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Nagar Nigam, Varanasi

U P JAL NIGAM DETAILED PROJECT REPORT

FOR WATER SUPPLY COMPONENT

(DISTRIBUTION SYSTEM IN CIS-VARUNA AREA OF

VARANASI CITY)PRIORITY-I, PHASE-II UNDER

JAWAHARLAL NEHRU NATIONAL URBAN RENEWAL MISSION (JNNURM)

VARANASI CITY

VOLUME-I Estimate No. : 5 Estimated Cost : 86.10/92.98 Crore Year : 2008-2009

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INDEX

Sl. No. Particulars Page No.

From To 1 2 3 4

1. SALIENT FEATURES 1 2 2. REPORT 3 133. 3.1 3.2 3.3

FINANCIAL STATEMENT FORM-J GENERAL ABSTRACT OF COST ABSTRACT OF COST

14 15 16

4. ECONOMICS 17 40 5. TECHNICAL STATEMENT 41 391 6. 6.1 6.2 6.3 6.4 6.5 6.6

ESTIMATES ESTIMATE OF DISTRIBUTION SYSTEM DETAILED MEASUREMENT OF DISTRIBUTION SYSTEM DETAILED MEASUREMENT OF ROAD CUTTING DETAILED MEASUREMENT OF SLUICE VALVE/ SCOUR VALVE/FIRE HYERANT INTERCONNECTION OF EXISTING PIPE LINE WITH PROPOSED PIPE LINE ESTIMATE FOR INSTALLATION OF WATER METER

392

397

401

420

396

399

400

419

435

436

7. 7.1 7.2 7.3 7.4 7.5

UNIT ESTIMATE UNIT ESTIMATE OF AIR VALVE CHAMBER UNIT ESTIMATE OF FIRE HYDRANT CHAMBER UNIT ESTIMATE OF SCOUR VALVE CHAMBER/ SLUICE VALVE CHAMBER UNIT ESTIMATE OF SLUICE VALVE CHAMBER(SURFACE BOX TYPE) UNIT ESTIMATE OF SINGLE TAP PILLAR TYPE STAND POST

437

439

441

444

438

440

442

443

445 8. ANNEXURES (I & XII) 446 491 9. DRAWINGS IN VOLUME-II

Salient Feature 1. Name of Project : Water Supply component (Distribution System in

Cis-Varuna Area) Under JNNURM. 2. Name of Town : Varanasi 3. Population & Water Requirement in MLD Sl. No.

Year Population Rate of water supply

Water Requirement in mld Cis-

Varuna Trans-Varuna

Total Cis-Varuna

Trans-Varuna

Total

1 2 3 4 5 6 7 8 9 1 2010 1188700 527400 1716100 150 lpcd+

15%(UFW) for General population & 40 lpcd+ 15%(UFW) for slum population

191.13 84.28 275.41 2 2025 1525000 998700 2523700 243.77 159.57 403.35 3. 2040 1847500 1520400 3367900 295.30 242.95 528.25

4. Work Proposed. 4.1 Distribution System

Size Type Length(m) 110mm 140mm 160mm

PVC PVC PVC

367626 17676 10742

200mm 250mm 300mm 350mm 400mm 450mm 500mm

AC AC AC AC AC AC AC

21087 16066 10422 6358 6798 5039 3318

600mm DI 1143 466275

Peak Factor 3 for less than 50000 population,

2.5 for 50000 to 200000 population Minimum Terminal Head 12m Value of C PVC pipe AC Pipe DI Pipe

145 140 140

4.2 Fittings Sluice Valve 100mm to 500mm 4516 Nos. Scour Valve 49 Nos. Air Valve Single orifice 20mm dia. 41 Nos. Fire Hydrant 55 Nos. Supply and fitting of water meters 200000 Nos. 5. ECONOMICS

Particulars Year 2010 Year 2030 Cost of scheme(in Rs. Lakh) 8610.00 8610.00Quantity of water to be produced in a year in MLD 100120.00 163716.00Total Annual Expenditure on maintenance (Rs. in lacs) 3034.00 12911.00Cost of production of water per KL(Rs.) 3.03 7.89Per Capita Cost of Scheme (Rs.) 501.75 306.84Per Capita Cost of Maintenance (Rs.) 177.00 460.00Annual Income (Rs. in lacs) 4729.00 15426.00Total Annual Expenditure 4260.00 14137.00Net Profit (Rs.) (+) 469.00 1289.00

Cost of Project (in Rs. lacs) Period of Implementation

8610.00 lacs 24 months from date of sanction

Funding Pattern Cost sharing pattern (as per JNNURM guide line) Share Rs. in lacs GoI 50% 3404.80 State Govt. 20% 1721.92 ULB 30% 2582.88 8609.60

Source of Funding GoI - GoI Budget State Govt. State Govt. Budget ULB - Nagar Nigam, Varanasi Budget

WATER SUPPLY COMPONENT(DISTRIBUTION SYSTEM OF CIS-VARUNA AREA) PRIORITY-I, PHASE-II IN

VARANASI CITY UNDER

JAWAHARLAL NEHRU NATIONAL URBAN RENEWAL MISSION (JNNURM)

PROJECT REPORT 1. AUTHORITY:

This estimate for Water Supply Component (Distribution system of Cis-Varuna Area) of Varanasi city under “Jawaharlal Nehru National Urban Renewal Mission (JNNURM)” has been prepared in pursuance to the instruction of Managing Director, U.P. Jal Nigam, Lucknow vide his letter no. 210/JNNURM/1005/034-2001/2006 dated 13.7.06 conveyed by Chief Engineer, U.P. Jal Nigam, Allahabad vide his letter no. 3385/JNURM/90 dated 5.7.06(Annexure-1). Resolution of Varanasi Jal Sansthan for implementation of this project is at Annexure-II.

1. JAHAWAHARLAL NEHRU NATIONAL URBAN RENUAL MISSION

(JNNURM) In order to cope with the massive problems of infrastructure that have emerged as

a result of rapid urban growth, it has become imperative to draw up a coherent urbanization policy/ strategy to implement projects in selected cities on massive mode.

Present DPR is for the improvement of Water Supply Facilities in Cis-Varuna area of Varanasi City of Uttar Pradesh. 3. INTRODUCTION:

Varanasi city is located along the western bank of the river Ganga. Its name has been derived from the two existing streams flowing in the North and South of the old city namely Varuna and Assi rivers. It is said to be the most ancient city in the world. Its name is traceable in the ancient books like Vedas and Upanishads. Since time immemorial, it is a famous pilgrim centre and a seat of learning. At present it is one of the most important tourist centre in the world. Thousands of foreigners visit the city every year specially to see beautiful scene of the crescent shape Ghats along the river Ganga. Besides, old narrow lanes, ancient Budha Stupa at Sarnath and the Golden Temple of Lord Vishwanath also attracts the tourists & devotees.

Varanasi is one of the five big cities of Uttar Pradesh. It is the District head quarter of Varanasi district and also head quarter of Varanasi Commissionery. It is also an important commercial centre and is mainly famous for Jari works on silk fabrics, woolen carpets, wooden toys and brass utencils etc. The city is gradually being industrialized with the establishment of big industries like Diesel Locomotive workshop, BHEL, Cinni Fan Factory, Sahu Chemical Fertilizer, Gas bottling plant etc. This has led

to rapid urbanization of other areas of the city where provision of civic amenities like Water Supply arrangement is very essential. 3.1 Location:

Varanasi town lies between the 25°15’ to 25°22’ North latitude and 82° 57’ to 83°01’ East longitude. The river Ganga flows from South to North having the world famous ghats on its left bank. A ridge runs almost 200m to 400m away from the western bank of Ganga and the area between the river and the ridge slopes towards the river Ganga. Most of the area beyond the ridge, slopes towards the river Assi in the South and towards river Varuna in the North. The highest flood level of river Ganga is 73.90 meters (1978), and lowest river water level is approximately 58.00 meters. The general ground level varies from R.L. 71.0m to 80.0m.

3.2 Approach: Varanasi city is approachable by rail, air and also by water ways. The most

important railway station within the city is Varanasi itself. The airport is located at about 18 kms towards the North-West of the city near Babatpur village. Introduction of water transport through Ganga from Patna to Allahabad via Varanasi is under active consideration of the Govt. of India and is expected to be materialized very soon.

3.3 Climate: The climate of the town is of tropical nature with temperature varying from 5°C in

winter to 45°C in summer. The annual rainfall varies from 680mm to 1500mm with large proportion of its occurring during the months of July to September.

3.4 Geology: Geologically it is situated in the alluvial Gangetic plains and is under laid with

sediments deposited in successive stages. Layers of clay, fine sand, clay mixed with kankar and stone bazari are met with during drilling operations.

4. EXISTING WATER SUPPLY:

Water supply system for Varanasi is as old as more than 100 years when it was introduced in year 1892. It was designed for the population of 2 lacs with a treatment plant of 33 mld constructed at Bhelupur. In the early years, water was being treated through slow sand filters but at the later stage rapid gravity filters replaced it. With increase in population and corresponding water demand of the city, capacities of different units were increased from time to time in stages along with reorganization and extension of distribution system to make equitable distribution of supply and to meet out the demand in different zones.

After the introduction of water supply system, the main reorganisation of the system was done in 1954 with per capita water supply at the rate of 200 lpcd and the scheme was executed for 4.60 lac population. The whole city as per reorganisation was divided in to 7 zones, which are as follows:

- Sikraul (Civil lines) - Cotton mills - Rajghat - Benia park

- Neechibagh(Chauk) - Bhelupur - London Mission

This scheme was supplying water to the entire city except distant areas of Sikraul (Civil lines) and Cotton mill zones, which were covered by the ground supply. Following improvements were made to improve the water supply in this reorganisation.

- Raw water carrying capacity was improved to 90 MLD - Effective filtration capacity was improved to 90 MLD - Clear water pumping capacity was improved to 32 MLD - Distribution system was improved to serve more population.

In later stages, with increase in population and demand, additional tube wells were constructed in different parts of the city to supplement the surface/ river water supply especially in the high zone areas. Water supply schemes for the Shivpur, Bazardiha. Jalalipura etc,. areas were executed in the year 1967-1968 due to extension of Municipal boundaries and increase in the population of the out skirt areas. These reorganizations were followed by Master Plan proposals for the river water districts and ground water districts were drawn up in the year 1972-1973 Based on these proposals, work for augmentation and reorganization of water supply were taken up in Cotton mill. Maidagin and Jaitpura zones. Similarly, in Shivpur, Rajghat and Lanka zones. additional tube wells were constructed for the augmentation of water supply.

A comprehensive scheme for 7.82 lacs anticipated population under the World Bank program was prepared in the year 1977 with a water supply rate as 225 lpcd. The scheme was divided in to three subprojects as subproject-1. Subproject-2 subproject-3 and the city was divided in to two parts as Cis-Varuna and Trans-Varuna. Cis- Varuna area included the old city where as the Trans- Varna included Civil lines, Shivpur, U.P. College, Pandeypur and Paharia areas. The following works were executed under this scheme. Tube wells 12 Nos. Overhead tanks 12 Nos. Clear water reservoirs 2 Nos.

Distribution system in different area of the city. Further at the later stage in the period of 1983 to 1992 some more works has been

executed to accommodate the increasing demand due to the increase in population of the city. which are as follows. Tube wells-26 Nos., under ground clear water reservoir(Maidagin)-1 No. of 1500 kilolitres. Zonal pumping stations and distribution system in Jaitpura zone has also been completed.

One more project was prepared by Varanasi Jal Sansthan in 1985 to supply 150mld clear water. The project was executed with the financial aid from the World Bank (Under U.P. Urban Development project) The estimated cost of the project was Rs. 1214.05 lac. and the main works under this project were.

1) Construction of an intake well at Bhadaini and installation of 4 pumps each of pumping capacity 40kl/min. of raw water against a head of 35 meters.

2) Construction of raw water rising main of 1200mm diameters from Bhadaini to Bhelupur water works.

3) Replacements of 5nos. clear water pumps of Bhelupur water works. 4) Conversion of two nos. settling tanks in to flocculation cum settling basin

with the provision of hydraulic de-sludging arrangement. 5) Construction of 100mld and 150mld rapid gravity sand filters. 6) Construction of 25 ML clear water reservoir at Bhelupur water works. 7) Laying of 1200mm to 600mm of 7.03 km. feeders main to London mission

and Cotton mill zone. 8) Installation of 5.0nos. C.W. pumps of capacity 40kl/min. with 40m head. 9) Laying of 18.84km distribution system in Trans Varuna area. 10) At present total length of distribution system in Cis-Varuna is 358 km and size

varies from 90mm to 750mm. 5. NECESSSITY OF THE PROJECT

Most of the distribution line are more than 50 years old. Due to increase in population the size of the existing pipe line are not adequate to cater the water demand with adequate terminal pressure and also causing heavy pipe line losses which is around 30% of water supply. Some of the lines are as old as 100 years, which are broken as they are too deep due to land filling and needs replacement. Distribution mains in some parts of the city are in bad condition and causing problems not only by increasing the UFW but also responsible for contaminating the water which leads to the water borne diseases in the city. In this way replacement of old lines is an urgent requirement. Hence in view of the above it is necessary to reorganize the distribution system of the Cis-Varuna area of Varanasi city.

6. WATER SUPPLY ZONES

Varanasi city is divided into 2 district areas namely Cis- Varuna and Trans-Varuna area. Cis-Varuna area comprises of old city and the developing area of Lanka towards South-West. The Trans-Varuna area consists of Civil Lines and developing area of Shivpur, U.P. College, Pandeypur & Paharia Zones etc. The Cis-Varuna area shall be covered in Priority-I and Trans-Varuna area shall be covered in Priority-II. The central water work at Bhelupur is located in the Cis- Varuna area. The city has been divided into following water supply zones of which 10 zones lies in the Cis-Varuna area and remaining 5 zones are in Trans-Varuna area. CIS Varuna District (i) Landon mission Zone (ii) Cotton mill Zone

(iii) Jaitpura Zone (iv) Rajghat Zone (v) Maidagin Zone (vi) Chauk Zone (vii) Benia Zone (viii) Sigra Zone (ix) Bhelupur Zone (x) Lanka Zone Trans Varuna District

(i) Shivpur Zone (ii) U.P. College Zone (iii) Pandeypur Zone (iv) Paharia Zone (v) Civil Lines Zone

Based on zonal water works as proposed in Priority-I, Phase-I project. Zones of Cis-Varuna area have been further divided into 41 nos. sub-zones. For the purpose of extending adequate and safe water supply facilities to the entire Cis-Varuna area of Varanasi city. 1. London Mission Zone 6. Chauk Zone (i) London Mission Zone-I (i) Chauk Zone-I (ii) London Mission Zone-II (ii) Chauk Zone-II (iii) London Mission Zone-III 7. Benia Zone (iv) London Mission Zone-IV (i) Benia Zone-I (v) London Mission Zone-V (ii) Benia Zone-II 2. Cotton Mill Zone (iii) Benia Zone-III (i) Cotton Mill Zone-I (ii) Cotton Mill Zone-II 8. Sigra Zone (iii) Cotton Mill Zone-III (i) Sigra Zone-I (iv) Cotton Mill Zone-IV (ii) Sigra Zone-II 3. Jaitpura Zone (iii) Sigra Zone-III (i) Jaitpura Zone-I (iv) Sigra Zone-IV (ii) Jaitpura Zone-II (v) Sigra Zone-V (iii) Jaitpura Zone-III (vi) Sigra Zone-VI 4. Rajghat Zone 9. Bhelupur Zone (i) Rajghat Zone-I (i) Bhelupur Zone-A (ii) Rajghat Zone-II (ii) Bhelupur Zone-B (iii) Rajghat Zone-III (iii) Bhelupur Zone-C (iv) Rajghat Zone-IV (iv) Bhelupur Zone-D 5. Maidagin Zone (v) Bhelupur Zone-E (i) Maidagin Zone-I (vi) Bhelupur Zone-F (ii) Maidagin Zone-II (vii) Bhelupur Zone-G

(viii) Bhelupur Zone-H

10. Lanka Zone (i) Lanka Zone-I (ii) Lanka Zaone-II (iii) Lanka Zone-III (iv) Lanka Zone-IV

7. SCOPE OF WORK: An integrated approach has been adopted to develop a complete water supply

system which will be capable to fulfill the water requirement for next 30 years. However, the works to be taken up have been proposed in phased manner.

Considering the urgency and importance of potable water supply, a project amounting to Rs. 110.021 crore has already been sanctioned by Govt. of India in August, 2007 under Priority-I, Phase-I to take up the following works in Cis-Varuna area of Varanasi city.

• Renovation of intake works and replacement of raw water pumps at Bhadaini. • Installation of sub-stations at Bhadaini Intake works and Bhelupur WTP. • Laying of raw water transmission main. • Rehabilitation/Renovation of Bhelupur WTP. • Replacement of old rising main. • Construction of zonal CWRs/OHTs. • Necesary arrangement for leak detection to reduce pipe into losses.

Under Priority-I, Phase-II reorganisation of distribution system of Cis-Varuna area has been proposed. As discussed earlier, Trans-Varuna area of Varanasi shall be taken up in Priority-II projects, which is under preparation. Following works have been proposed for Priority-II project.

• Construction of intake well and WTP of 250 mld capacity near Chaubepur for Trans-Varuna area.

• laying of raw water/clear water rising main • Strengthening/Laying of distribution network • Construction of storage reservoirs.

8. SURVEY & INVESTIGATION:

It is important to calculate the future water demand as it will form the basis for identification of facilities that will be required for proper delivery of water supply to the city. Projected population for the years 2010, 2025 & 2040 will be used to calculate the future water demand/requirement. Apart from that there are certain assumptions made to calculate the water requirement for the future. These assumptions are:

- Water supply for the projected 90% population will be at the rate of 150 lpcd for domestic use,

- Water supply for the projected 10% population will be at the rate of 40 lpcd for dwellers in the slum areas.

- Provision for UFW in accordance with planning guidelines should be made and an additional 15% of total water demand should be included.

- Floating population is added in order to calculate water requirement. 9. POPULATION & WATER DEIAND: Population of the town for the year 2010, 2025 and 2040 as project in Priority-I, Phase-I project which has already been approved by Govt. of India in August, 2007 will be considered for designing distribution network. Details are given in technical statement.

Following Table shows the future water demand of Cis-Varuna area, which will be used for calculating the facilities required to serve uninterrupted water supply to the city. Water Requirement in Cis-Varuna Area of Varanasi city in different years Sl. No. Year Population Cis-Varuna Water Requirement in mld

Cis-Varuna 1 2 3 4 1. 2000 1188700 191.13 2. 2025 1525000 243.77 3. 2040 1847500 295.30

10. DESIGN CRITERIA While designing distribution system following design criteria have been followed.

(i) The size of mains have been work out on the basis of peak demand factor as 3 for population less than 50000 and 2.5 for population 50000 to 200000 and 2 for population above 200000.

(ii) The minimum terminal pressure has been proposed as 12 meters. (iii) The Hazen William’s formula for discharge through circular pipe has been

followed. (iv) From economic consideration 200mm to 550 mm dia. AC pipe have been

proposed and beyond that size DI pipes have been provided. PVC pipe have been proposed below 200mm dia.

(v) The value of C for different type of pipe in Hazen William’s has been kept as follows: Type of Pipe Value of C PVC 145 AC 140 DI 140

(vi) The minimum pipe size of 100mm has been considered. (vii) While designing the existing mains have been accounted for and duplicate mains

have been proposed where the existing mains are not capable to carry the designed quantity of water with the requisite pressure.

(viii) The size and alignment of existing mains have been collected from the joint survey carried out by Jal Nigam and Jal Sansthan staff of Varanasi.

11. PROPOSAL

Reorganiation of distribution system of Cis-Varuna area of Varanasi city was not included in Priority-I Phase-I projects, which has been taken up in this DPR. The distribution network for each water supply zones have been designed as most economical system from the computer software at EDP cell, UPJN, Lucknow. Necessary provisions have been made for fixing valves and fittings at suitable locations and their chambers. Type/Size and length of various pipes proposed is given below. Size Type Length 110mm PVC 367626m 140mm PVC 17676m 160mm PVC 10742m 200mm AC 21087m 250mm AC 16066m 300mm AC 10422m 350mm AC 6358m 400mm AC 6798m 450mm AC 5039m 500mm AC 3318m 600mm DI 1143m 466275m

Adequate number of stand posts have been provide for slum population residing

in Cis-Varuna area. Single tap pillar type stand post for every 500 design population has been provided. The exact location of these stand posts will be decided at the time of execution by the executing authority in consultations with Nagar Nigam, Varanasi. Provision of 31000 Nos. water meter have been made. In the present DPR based on servey and investigation only those pipes are integrated which are in good condition. Other which are very old laying for below the ground level in good contidion have been left out. 12. LAND ACQUISITION

No land is required.

13. SCHEDULE OF RATES

Rates for laying of water supply line and appurtenant works are based on the rates of labour and material approved by General Manager, Ganga Pollution Prevention Unit, U.P. Jal Nigam, Varanasi vide his letter no. 5311/Karya-8/97 dated 29-12-07 (Annexure-III) The rates of pipes are in accordance with the instruction of Chief Engineer(Urban) U.P. Jal Nigam Lucknow vide his letter no. 130/034-2031/07 dated 22.3.07 (Annexure-IV) Schedule of rates are at Annexure-V.

14. ACTION PLAN FOR DISPOSAL OF WASTE WATER: In the base year 2010 approx. 300 mld sewage will be generated but the present sewage treatment capacity is only 90 mld. 37 mld STP is under constructio0n near Ramna village. To the treat the balance sewage of base year and mid year additional STP of capacity 200 mld will be constructed under JBIC Assisted Programme for which project has already been submitted to NRCD, New Delhi. 15. IMPLEMENTATION SCHEDULE

Project is designed for a period of 30 years considering 2010 as base year and ultimate year as 2040. Project will be implemented in two years after financial approval and allotment of funds Bar Chart is enclosed.

16. OPERATION & MAINTENANCE:

Income & expenditure data of Varanasi Jal Sansthan for last seven year is annexed as Annexure-V and summary is tabulated below:

Amount in Rs. lakh Sl. No.

Year Net Revenue Receipt

Expenditure (+) Profit (-) Loss

1. 2000-2001 1540.91 1465.41 +75.502. 2001-2002 1422.86 1233.62 +89.243. 2002-2003 2091.09 1818.88 +272.214. 2003-2004 1351.80 1277.53 +74.275. 2004-2005 1312.83 1111.80 +201.036. 2005-2006 1559.38 1367.67 +191.717 2006-2007 1720.59 1488.97 +231.62 Data shows that current revenue receipt is sufficient for the O&M expenditure. RECURRING EXPENDITURE:

The annual recurring expenditure of the scheme in the year 2010 and 2030 is Rs. 3034.00 lakh and Rs. 12911.00 lakh respectively. While working out the annual recurring expenditure, cost of electricity, oil &lubricant required to run the pumping plants, cost of the chemicals , repair cost of the works, expenditure on maintenance staff has been taken into account. The maintenance cost per capita per year and the cost of production of water per kilo litre worked out to Rs. 177.00 and Rs. 3.03 respectively in the year 2010 and Rs. 460.00 and Rs. 7.89 respectively after 20 years completion of the said projects i.e. in the year 2030.

ANNUAL INCOME

Annual income at different stages of the scheme has been calculated on the basis of Tariff approved by Government of Uttar Pradesh vide Gazette Notification No. 541/9-2-2000/25.7.2000 (Annexure-VII). According to the provisions under this notification, the consumer is charged on the basis of volumetric consumption. Details of annual income has been worked out in the enclosed financial statement. The total annual income in the year 2010 and 2030 work out to Rs. 4729.00 lakh and Rs. 15426.00 lakh respectively. The income thus generated is sufficient to meet the maintenance cost and thus the executed/proposed projects under water supply component in Varanasi is self sustainable.

(Amount in Rs. lacs) Years Annual Exp. Annual income Profit/loss (+)/(-) 2010 2030

4260.00 14137.00

4729.00 15426.00

(+) 469.00 (+)1289.00

17. FINANCING:

The total cost of the project is Rs. 86.10 crores. The proposed funding pattern will be: (i) 50% work cost of this project shall be made available by the Govt. of

India as grant-in-aid i.e Rs 43.05 crore. (ii) 20% work cost of this project shall be made available by the State Govt. as

grant-in-aid i.e Rs 17.21 crore. (iii) 30% work cost of this project i.e. Rs. 25.83 crores shall be made available

by Nagar Nigam, Varanasi (Annexure-X) In addition to the above project cost, 12.5% centage charge of U.P. Jal Nigam

over cost of project which includes project preparation and supervision shall be borne by State Govt. This amount works out to Rs. 6.89 crores..

15. CONCLUSION:

With the implementation of this project, the Cis-Varuna area of Varanasi city will get safe drinking water. The project will have socio-economic impacts in terms of improvement in living standard & public health in the region with allied benefits like employment opportunities particularly during the construction stages.

With the above remarks the “Detailed Project Report (DPR) of Water Supply

Component PriorityI, Phase-II under Jawahar Lal Nehru National Urban Renewal Mission” amounting to Rs 80.618/90.696 (with 12.5% centage) Crore is hereby submitted for approval and allotment of funds. (M.P. Jain)

GENERAL MANAGER COUNTERSIGNED

(R.K. Sharma) CHIEF ENGINEER

DETAILED PROJECT REPORT OF WATER SUPPLY COMPONENT (DISTRIBUTION SYSTEM) OF CIS-VARUNA AREA OF VARANASI CITY.

FORM-J

(Rs. in lacs) Sl. No.

Particulars Cost of work Amount

1 2 3 4 A. PROJECT COST 8716.22 Work Contingencies @ 3% (+)174.32B. FUNDING PATTERN Share of Govt. of India (50%) (-)280.94 Share of State Govt. (20%) 8609.60 Share of Local Bodies (30%) 2582.88C. FINANCIAL PHASING Central State ULB G.Total Year 2008-09 @ 30.% 1291.44 516.58 774.85 2582.88 Year 2009-10 @ 50% 2152.45 860.96 1291.44 4304.80 Year 2009-10 @ 20% 860.96 344.38 516.38 1721.92 Total: 4304.80 1721.91 2582.89 8609.2 Centage charge @12.5% 689.09 GRAND TOTAL 9298.61 Say Rs. 92.98 Cr. Checked Prepared (Yogendra Singh) (G.P. Khare)/ (A.K. Singh) Computer Project Engineer/Project Manager Ganga Pollution Prevention Unit U.P.Jal Nigam, Varanasi. Recommended Approved (M.P. Jain) (R.K. Sharma) General Manager Chief Engineer(Alld. Zone) Ganga Pollution Prevention Unit U.P.Jal Nigam, Varanasi. Varanasi.

COUNTERSIGNED

(R.K. Tripathi) (Dr. Nand Kishor) General Manager Municipal Commissioner Varanasi Jal Sansthan, Varanasi Nagar Nigam, Varanasi

GENERAL ABSTRACT OF COST

Sl.No. Items Amount in Rs. lacs

1 2 3

1. Cost of Distribution system 5116.22

2. Cost of water meter including supplying, fitting at

site etc. complete.

3600.00

Total 8716.22

Assistant Engineer.

ABSTRACT OF COST

Sl.No.

Details of work Amount (in lacs)

1 Supply of PVC/AC/D.I. pipes 1029.98 2 Specials for above @ 10% 102.99 3 Excavation of trenches 237.43 4 Carting of P.V.C./A.C/D.I. pipes 87.62 5 Dismantling of (i) B.O.E. 62.16 (ii) Bitumen 387.86

6 Supply of C.I. sluice valve 5.70 7 Carting of sluice valve 0.58 8 Supply of scour valve 1.48 9 Carting of scour valve 0.28 10 Supply & carting of air valve 0.52 11 Fire hydrant 8.74 12 Sluice valve chamber 3.65 13 Air valve chamber 1.68 14 Fire hydrant chamber 2.49 15 Construction of road

(i) B.O.E. 310.79 (ii) Coating (Bitumen) 2786.69

16 Crossing of pipe line (i) Over drain 4.68

17 Railway crossing 43.50 18 Stand post -NIL- 19 Inter connection 37.40 20 Supply and fitting of water Meter (2,00,000) @

1800 3600.00

Total 8716.22

Assistant Engineer

ABSTRACT OF COST Sl. No.

Details of work Qty. Amount in Rs. lacs

1 2 3 4 1. Laying and jointing of Distribution line size

varies from 110mm to 600mm dia. including all appurtenant works complete.

466.275 Km 7596.89

2. Supply and fixing of water meter 31000 Nos. 230.33 7827.01

ECONOMICS

Sl.No. Particulars Year 2010 Year 2030

1 2 3 4

1. Population (P) in lac 17.16 28.06

2. Total Capital cost of scheme in Rs. lacs

8610.00 8610.00

3. Quantity of water to be produced in a year in MLD

100120.00 163716.00

4. Total Annual Expenditure on maintenance (Rs. in lacs)

3034.00 12911.00

5. Cost of production of water per KL(Rs.) 3.03 7.89

6. Per Capita Cost of Scheme (Rs.) 501.75 306.84

7. Per Capita Cost of Maintenance (Rs.) 177.00 460.00

8. Annual Income (Rs. in lacs) 4729.00 15426.00

9. Total Annual Expenditure 4260.00 14137.00

10. Net Profit Rs. (+) 469.00 1289.00

Assistant Engineer

STATEMENT OF ANNUAL INCOME/ANNUAL EXPENDITURE /PROFIT/LOSS Sl. No. Particulars In the year 2010 In the year 2030

1 2 3 4

1. Population served 17.16 28.06

2. Rate of water supply 150lpcd+15% for General &

40 lpcd+15% for slum population

3. Total water requirement in mld 274.32 448.66

4. Annual Income 4728.94 lacs 15426.36 lacs

5. Annual Expenditure

(i) Operation & Maintenance

(ii) Annuity

Total Expenditure

3034.00 lacs

1226.00 lcas

4260.00 lacs

12911.00 lacs

1226.000 lacs

14137.00 lacs

6. Net Profit (4-5) 468.94 lacs 1289.36 lacs

VARANASI JAL SANSTHAN

PROPOSAL FOR REVENUE REALISATION PROPOSED UNDER JNNURM S.No. Particulars In the year 2010 In the year 2030

1 2 3 4 1. Estimated cost of works in DPR 86.10 crore 86.10 crore 2. Proposed cost of Priority-II works 111.02 crore 111.02 crore 3. Total Cost 197.12 crore 197.12 crore 4. Contribution of Varanasi Nagar

Nigam(ULB) 30% 30%

5. Annuity for the loan repayment in 20years 6.55 crores 6.55 crores Data Water Demand 274 mld 448 mld Unaccounted flow of water(15%) 41 mld 67 mld Saleable water 233 mld 381 mld EXPECTED REVENUE AND PROPOSED TARIFF CATEGORY WISE BASED ON VOLUMETRIC CONSUMPTION Sl. No.

Category Estimated % Water to be sold in mld

Rates per KL Estimated Revenue generation (Rs. in lacs)

2010 2030 2010 2030 2010 2030 1 2 3 4 5 6 7 8 9 1. Commercial 3% 7.00 11.00 12.00 24.00 306.60 963.60 2. Domestic (i) (0-3 kld) 25% 58.00 96.00 3.20 6.40 677.44 2242.56 (ii) (3–5 kld) 42% 98.00 160.00 5.00 10.00 1788.50 5840.00 (iii) 5-10 kld) 20% 47.00 76.00 7.00 14.00 1200.85 3883.60 (iv) (Above 10

kld) 10% 23.00 38.00 9.00 18.00 755.55 2496.60

Total: Say:

233.00 381.00 4728.94 47.29 Crore

15426.36 154.26 Crore

(B.K. Singh) (A.K. Jaiswal) (B.N. Singh) Assistant Egineer Executive Engineer Finance Officer

VARANASI JAL SANSTHAN, VARANASI.

(R.K. Tripathi) General Manager

Varanasi Jal Sansthan, Varanasi.

ANNUAL RECURRING EXPENDITURE

Sl.

No.

Particulars Expenditure in year

2010 (in Rs. Lacs)

Total Expenditure

in 2030 in Rs.Lacs

1 2 3 5

1. Annual Expenditure on Repair&

Maintenance.

210.46 1280.00

2. Annual Expenditure of Electricity. 2061.67 8130.00

3. Annual Expenditure on Chemicals. 126.70 756.00

4. Expenditure on Staff. 635.34 2745.00

Total :

Say :

3034.17

3034.00

12911.00

12911.00

(i) COST OF O&M FOR EXISTING WORKS AS PER NORMS Sl.No. Item Present Value

of Assets O&M Rates Amount

(Rs. in lacs) 1 2 3 4 5

1. Building Work 1877.00 1.5% 28.16

2. Pipe line work 4425.00 0.25% 11.06

3. O.H.T. & CWR 4017.00 0.25% 10.00

4. Machinery Work 725.30 3% 21.76

Total 70.98

(ii) COST OF O&M FOR PROPOSED WORKS IN PRIORITY-I Sl.No. Item Present Value


(Rs. in lacs) 1 2 3 4 5

1. Building Work 385.04 1.5% 5.78

2. Pipe line work 2245.08 0.25% 5.61

3. O.H.T. & CWR 3236.12 0.25% 8.09

4. Machinery Work 4000.13 3% 120.00

Total 139.48

(iii) COST OF O&M FOR WORKS TO BE PROPOSED IN PRIORITY-II Sl.No. Item Present Value


(Rs. in lacs) 1 2 3 4 5

1. Building Work 2495.00 1.5% 37.43

2. Pipe line work 9950.00 0.25% 24.88

3. O.H.T. & CWR 8762.00 0.25% 21.91

4. Machinery Work 4400.00 3% 132.00

Total 216.22

COMPREHSENSIVE COST OF O&M AS PER NORMS

Sl. No. Particulars Amount in Rs. lacs

1 2 3

1. Cost of O&M for existing works 70.98

2. Cost of O&M for proposed work in Priority-I 139.48

3 Cost of O&M for Works to be proposed in Priority-I 216.22

Total: 426.68

Assuming 10% linear increase in the O&M cost per

annum over the present worked out cost.

The operation & maintenance cost in the

year 2030 works out to = Rs. 426.68+426.68x20x10

100

= 1280.04 lacs

Say: Rs. 1280.00

ANNUAL EXPENDITURE ON REPAIR & MAINTENANCE

BUILDING WORK

1. Bhadaini Intake Works

Present Value of Bhadaini Intake well. 650.00 Lacs

2. Bhelupur Water Treatment Plant

(i) Present Value of W.T.P. of 250mld Capacity @ 16.00 Lacs /mld 4000.00 Lacs

(ii) Cost of Civil Work 60% of 4000.00 2400.00 Lacs

(iii)Cost of buildings works- 20% of 4000.00 800.00 lacs

3. Pump House

No. of Tube well existing 122.00

Present Value of Pump house & allied Works. =122x3.5 = 427.00 Lacs

Total Cost of Building Work. = 650+800+427 = 1877.00Lacs

Pipe Line Work

The length of existing distribution Net Work = 590km

Present Value existing distribution Main @ 7.50 Lac per km = Rs. 4425.00 Lacs

OVER HEAD TANK & CWR

(i) Cost of RCC reservoir in W.T.P.-40% of Rs. 4000.00 = 1600.00 lacs

(ii) Total storage Capacity of existing 17 numbers of OHT = 17.8 ml

= 17800kl

Present Value of OHT @ 4.00 per litre = 712.00 Lacs

(iii) Total Storage Capacity of existing CWR = 62.00ml

= 62000.00kl

Present Value of CWR @ 2.75/ litre = 62000x103x2.75

= 1705.00 lacs

Total cost of OHT & CWR 1600+712+1705 = 4017.00 Lacs

E/M WORK

Present Value of Existing Pumping Plant & Chlorinating Plant of 122 Nos.

Tube well = 122x1.50=183.00 Lacs

Cost of existing 5 no. pumps of 40 KL/min. = 500.00 lacs

Present cost of pumps installed at

Zonal Pumping Station = 1410HPx3000/HP = 42.30

Total cost = 500+183+42.30

= 725.30 lacs

ABSTRACT OF ANNUAL EXPENDITURE ON ELECTRICITY FOR

EXISTING & PROPOSED WORK IN PRIORITY-I

Sl. No. Particulars Amounting (Rs in Lacs)

1 2 3

1. Electricity Charges for Bhadaini Raw water

pumping station 515.15

2. Electricity charges for Bhelupur Water

Treatment Plant 922.66

3. Electricity Charges for running tubewell. 131.20

4. Electricity Charges for Benia Zonal Pumping

Station 134.86

5. Electricity Charges for running Booster Pump

at existing & proposed OHT site.OHT site. 289.10

6. Cost for running generating set at different

Pumping Station. 68.70

Total 2061.67

ANNUAL EXPENDITURE ON ELECTRICITY FOR WORKS TO BE

PROPOSED IN PRIORITY-II


1 2 3

1. Electricity Charges for Raw water Intake works. 680.00

2. Electricity charges for Water Treatment Plant 1015.00

3. Electricity Charges for Booster pumps at OHT

site. 440.00

Total: 2135.00

COMPREHSENSIVE COST OF ELECTRICITY

Sl. No. Particulars Amount in Rs. lacs

1 2 3

1. Annual expenditure on electricity for existing &

proposed works in Priority-I (less electricity charges

for tube well) 1930.44

2. Annual expenditure on electricity for works to be

proposed in Priority-II 2135.00

Total:

Say:

4065.44

4065.00

Assuming 5% linear increase in the cost of electricity

per annum on the present cost the anticipated expenditure

on electricity in the year 2030 works out to = Rs. 4065+4065x5x20

100

= 8130.00

Calculation for the cost of Electricity as per present Tarrif

and cost of Electricity 1.Total Load at Bhadaini ( 33/11 KV supply) : 3095.95 K.W.

Transformer required to handle the above load = 4000 KVA

Load for electricity connection = 4000 x 0.85 = 3400 KW

Unit consumption in one year= 2335.95x 18 x365=15347191 unit

Cost of electricity @ 3.25/Unit = Rs.

Demand charges 3400 K.W. @ 75/KW = Rs.

Electricity duty @ 0.09 per/ unit on 15347191 (Total Rs.)

Total cost of electricity and electricity duty

Total Rs.

49878370.00

255000.00

55133370.00

1381247.10

51514617.00

2. Total Load at Bhelupur 33/3.3 KV Supply) I- Power required for Pumps running at 3.3 KV

i. Bhelupur Chowk Zone = 671.4 KW ii. Bhelupur to Rajghat and Brijenclave Zone = 1007.1 KW 1678.5 KW iii. Power required for existing Pump 40Kl/

M, 35meter head,5No already installed and running at Bhelupur = 5 x 335.7 KW = 1678.50 KW Total Power required = (1678.50 +1678.5 )= 3357 KW Load for electric connection = 5000 KVA = 5000x0.85 = 4250 KW Total Unit consumption in one year =3357x18x365 Units = 22055490 Units

Cost of electricity @ 3.25/Unit = Rs. Demand charges for 4250 KW @ 75/KW = Rs. Total Rs. Electricity duty @ 0.09 per/ unit on 22055490 Units (Total Rs.) Total cost of electricity (Total Rs.)

71680342.00

318750.0071999092.00

1984994.1073984086.00

2. II- Power required for Pumps running at 0.4 KV at Bhelupur Zone i. Requirement of power for running Pumping plant of 5 Zones at Bhelupur = 375 KVA ii. Power required to run filter plant installed at Bhelupur Water Work = 400KVA

iii. Power required to run the work shop and internal & external lighting etc = 200 KVA Total: = 975 KVA Or 975 x 0.85 = 828.75KW Power connection required for 33/0.4 KV connection = 0.85x1500=1275.00KW Units consumed in One year = 828,75 x18x365 Units = 5444887.5 Units Cost of electricity @ 3.25/Unit = Rs. Demand charges for 1275 KW @ 75/KW = Rs. Total Rs. Electricity duty @ 0.09 per/ unit on 54448875.5 Units (Total Rs.) Total cost of electricity (Total Rs.)

17695884.0095625.00

17791509.00490039.87

18281548.00

Power required and cost of electricity for Pumping Plant for filling 3000 K. l. capacity C.W.R. KW = 74.60 Units consumed in One year = 74.6 x18x365 Units = 490122

Cost of electricity @ 3.25/Unit = Rs. Power connection needed = 250x 0.85 = 212.50 KW Demand charges @ 75/ KW for 212.50 KW = Rs. Electricity duty @ 0.09 per/ unit on 490122.00 Units (Total Rs.) Total cost of electricity (Total Rs.) For 1 reservoir = Rs

1592896.50

15937.5044110.98

1652944.901652944.90

Power required and cost of electricity for Pumping Plant for filling 2500 K. l. capacity O.H.T. KW = 59.68 KW Units consumed in One year = 59.68 x18x365 Units = 392097.6 Unit

Cost of electricity @ 3.25/Unit = Rs. 392097.6 x 3.25 = Rs. Power connection needed = 250x 0.85 = 212.50 KW Demand charges @ 75/ KW for 212.50 KW = Rs. Total Rs. Electricity duty @ 0.09 per/ unit on 392097.6 (Total Rs.) Total cost of electricity (Total Rs.) For 11Nos O.H.T. cost of Electricity 11 x 1325543.4 = Rs.

1274317.20

15937.501290254.70

35288.781325543.40

14580977.00

Power required and cost of electricity for filling 2000 K. l. capacity O.H.T. KW = 41.26 KW Units consumed in One year = 41.26 x18x365 = 271078.20 Units

Cost of electricity @ 3.25/Unit = Rs. 271078.20 x 3.25 = Rs. Power connection needed = 250x 0.85 = 212.50 KW Demand charges @ 75/ KW for 212.50 KW = Rs.

Electricity duty @ 0.09 per/ unit on 271078.20 Units (Total Rs.) Total cost of electricity (Total Rs.) For 8 No.O.H.T. cost of Electricity 8 x 921338.68 = Rs.

881004.15

15937.50

24397.03921338.68

7370709.40Power required and cost of electricity for Pumping Plant for filling 1500 K. l. capacity O.H.T. KW = 26.52 KW Units consumed in One year = 26.52 x18x365 Unit = 203275.40 unit

Cost of electricity @ 3.25/Unit = Rs. 203275.80 x 3.25 = Rs. Connection needed = 100x 0.85 = 85 KW Demand charges @ Rs. 75/ KW for 85 KW = Rs.

Electricity duty @ 0.09 per/ unit on 203278.80 Units (Total Rs.) Total cost of electricity (Total Rs.)

660646.35

6375.00

18294.82685316.17

Power required and cost of electricity for Pumping Plant for filling 1250 K. l. capacity O.H.T. KW = 26.52 KW Units consumed in One year = 26.52 x18x365 Units = 174236.20 Units

Cost of electricity @ 3.25/Unit = Rs.174236.40 = Rs. Power connection needed = 250x 0.85 = 212.50 KW Demand charges @ 75/ KW for 212.50 KW = Rs.

Electricity duty @ 0.09 per/ unit on 174236.40 Units (Total Rs.) Total cost of electricity (Total Rs.) For 4 Nos .O.H.T. cost of Electricity 4 x 597887.07 = Rs.

566268.30

15937.50

15681.27597887.07

2391548.20Power required and cost of electricity for Pumping Plant for filling 1000 K. l. capacity O.H.T. KW = 20.62 KW Units consumed in One year = 20.62 x18x365 Units = 135473.40 Units

Cost of electricity @ 3.25/Unit = Rs. 135473.40 x 3.25 = Rs. Power connection needed = 100x 0.85 = 85 KW

440288.55

Demand charges @ Rs. 75/ KW for 85 KW = Rs. Electricity duty @ 0.09 per/ unit on 135473.40 Units (Total Rs.) Total cost of electricity and electricity duty (Total Rs.) For 4 No.O.H.T. cost of Electricity 4 x 458856.15 = Rs.

6375.00

12192.60458856.15

1835424.60Power required and cost of electricity for Pumping Plant for filling 800 K. l. capacity C.W.R. KW = 17.68KW Units consumed in One year = 17.68x18x365 Units = 116157.6nits

Cost of electricity @ 3.25/Unit = Rs. 116157.6x3.25 = Rs. Connection Load 85 KW Demand charges @ 75/ KW for 85 KW = Rs.

Electricity duty @ 0.09 per/ unit on 116157.6 Units (Total Rs.) Total cost of electricity and electricity duty (Total Rs.)

377512.20

6375.00

10454.18394341.38

Total Cost of Electricity consumed in different premises of water works = (51514617+73984086.0+18281548+1652944.9+14580977+7370709.4+685316.17+2391548.20+1835424.6+394341.38) =172691512.65 = 1726.91 lacs

Calculation of Annual running Charges of Tube Wells

Sl.No

.

Particulars Initial State

1 2 3

1. Number of Tubewells 122.00

2(a)

(b)

Pumping hours (h) (for one TW)

Discharge of Pumping Unit in lpm

8.00

1500.00lpm

3. Head of Pumping 45.00

4. Annual consumption of Electricity (KW) for one T.W.

LPMxHxHrx365x0.746x0.70 4500x0.70

32675.00

5. Cost of Electricity (Rs. 3.25/ Unit) Rs. lacs 106193.00

6. Meter rent Light & Fans. 1272.00

Total

Say :

107465.00

1.075 Lacs

Cost of electricity for 122 Tube Well. 131.16 Lacs

Say: 131.20 lacs

OFFICE OF THE EXECUTIVE ENGINEER, JAL NIGAM YANTRIK KHAND-II, U.P. JAL NIGAM, VARANASI.

COST OF ABSTRACT ELECTRIC CONSUMPTION CHARGES FOR ZONAL PUMPING STATION Sl. No. Name of Zonal

Pumping Station Installed pump capacity in H.P.

Running pumping plants in HP

Annual cost (Rs.in lacs)

1. Benia Bagh 100 HP-2

175 HP-2

90 HP-2

100 HP-1

60 HP-1

45 HP-1

100 HP-2

175 HP-2

90 HP-2

-

-

-

134.86

Total: 134.86

Assistant Engineer

OFFICE OF THE EXECUTIVE ENGINEER, JAL NIGAM YANTRIK KHAND-II, U.P. JAL NIGAM, VARANASI

Provision for Electric Consumption Charges for Benia Bagh Zonal Pumping Station

Contracted Load : 935 HP on 935 KVA = 701.25 KW

Say: 710 KW

Calculation of Unit Consumption A. Nos. of Pumps running 100 HP- 2Nos. 200

175 HP- 2Nos. 350 730 HP

90 HP- 2 Nos. 180

For arrange running 20 hours/day for each pumps

Average KWI for all the 2 pumps (of capacity 150 HP) = 730x0.75

= 547.5 KW

Unit consumption of all the pumps for 365 days = 547.5x20x365

= 3996750 Unit

B. For light & Fan

@ 1800 unit per month for 12 month = 21600 Unit

Total Unit Consumption = (3996750+21600)

= 4018350 Unit

Calculation for charges

Unit charges on 4018350 @ Rs. 3.25 per unit = 13059637.50

Fixed charges for 701 KW @ Rs. 75/- per KW = 52575.00

Meter Rent @ Rs. 1000/- per month (1000x12) = 12000.00

Electricity duty @ Rs. 0.09/ unit on 4018350 Unit = 361651.50

Total Rs. = 13485864.00

Say Rs. = 134.86 lacs

Assistant Engineer

OFFICE OF THE EXECUTIVE ENGINEER, JAL NIGAM YANTRIK KHAND-II, U.P. JAL NIGAM, VARANASI

Estimate for Operation and Maintenance cost of Generating Set at different Pumping Station for water supply at Varanasi city.

Fuel Consumption: Capacity of D.G. Set = 100 KVA x 4 Nos. A. HSD Oil Average running of Generator = 6 hours No. of Generator = 4 Average Consumption = 22 litre/hour Total Running of days = 365 days Total HSD required 365x6x22 = 192720 litre Cost of HSD @ Rs. 34.76/litre = 6698947.00 Say Rs. 66.99 lacs B. Mobil Oil Total Running hours of Generator for 365 days = 4x6x365 = 8760 hours

(i) Average consumption of Mobil oil due to operation @ 3 litre 50 hour will be = 525 litre

(ii) Changing of Mobil oil on each 250 hours Nos. of time changing. = 8760/250 = 35.04 = 35 times

Total Mobil Oil required @ 25 litre/change = 25x35 = 875 litre Total Mobil Oil required = (525+875) litre = 1400 litres Cost of Mobil Lil @ 120/- per litre(20W/40 multigrade) =168000.00 Say: 1.68 lacs Total A+B = 66.99+1.68 = 68.67 Say: 68.67 lacs

Assistant Engineer

ABSTRACT OF ANNUAL EXPENDITURE ON CHEMICALS ON EXISTING W.T.P.


1 2 3

1. Cost of Alum 90.20

2. Cost of Bleaching Powder 36.50

Total 126.70

ANNUAL EXPENDITURE ON

CHEMICALS ON W.T.P. TO BE PROPOSED IN PRIORITY-II


1 2 3

1. Cost of Alum 90.00

2. Cost of Bleaching Powder 35.00

Total 125.00

COMPREHENSIVE ANNUAL EXPENDITURE ON CHEMICALS.


1 2 3

1. Expenditure on chemicals on existing W.T.P. 126.70

2. Expenditure on chemical on W.T.P. to be

proposed in priority-II. 125.00

Total 251.70

Say: 252.00

Assuming 10% linear increase in the expenditure on chemicals per annum on the present

works out expenditure.

The expenditure on chemical in the year 2030 works out to Rs. 252 + 252x10x20

100

= Rs. 756.00 lacs

OFFICE OF THE EXECUTIVE ENGINEER, JAL NIGAM YANTRIK KHAND (II) ,

U.P.JAL NIGAM, VARANASI. Calculation of Annual running charges for Alum 1. Assuming the turbidity (3000 ppm to 5000 ppm.) during rainy season. For 3 months ( 16 June to 15 September) i.e. = 92 days The Alum consumption will be 34.00 Tone/ day for 250 MLD of Raw Water = 34 x 92 days = 3128 Tones 2. Turbidity after rainy season of Raw Water will be below 3000 ppm. For 9 months ( 16 September to 15 June) i.e. = 273 days The Alum consumption 1.25 Tone/day for 250 MLD of Raw Water will be = 1.25 x 273 days = 341.25 Tones Total Consumption of Alum for one Year = (1+2) = (3128+341.25) =3469.25Tones Total Amount in Rs./Year = Alum @ Rs. 2600/- Tone = 3469.25 x 2600/- = Rs. 9020050.00 = Say Rs. 90.20 Lacs Assistant Engineer

OFFICE OF THE EXECUTIVE ENGINEER, JAL NIGAM YANTRIK KHAND (II) , U.P.JAL NIGAM, VARANASI.

Calculation of Bleaching Powder

1. Discharge / day 250 MLD

2. Requirement of Bleaching Powder for chlorination of

0.5 PPM. per day will be 2 Kg/MLD

i.e. 250 MLD

= 2 Kg x 250

= 500 Kg./day

For one year consumption will be = 500 x 365 182500 Kg.

Total Cost of Bleaching Powder @ 20/- per Kg. = 182500x 20 = Rs. 3650000/-

Say Rs. 36.50 Lacs

Assistant Engineer

COST OF STAFF OF VARANASI JALSANSTHAN

Sl No

Category of Staff Total Number of Sanctioned

Post

Average monthly Salary of

Staff

Average Annual

Salary of Staff

Annual Cost of Staff

1 2 3 4 5 6 1. General Manager 1 0.30 3.60 3.600 2. Finance Officer 1 0.295 3.54 3.540 3. Executive Engineer 5 0.295 3.54 17.70 4. Assistant Engineer 9 0.282 3.384 30.46 5. Accounts Officers 1 0.282 3.384 3.380 6. Junior Engineer (Jal) 15 0.216 2.592 38.880 7. Chemist 1 0.22 2.64 2.640 8. Assistant Chemist 2 0.22 2.64 5.280 9. Personnel Assistance 1 0.12 1.44 1.440 10. Office Superintendent 1 0.12 1.44 1.440 11. Accountant 3 0.12 1.44 4.320 12. Assistant tax Superintendent 1 0.12 1.44 1.44 13. Head Cleark 2 0.12 1.44 2.880 14. Cashier 1 0.10 1.20 1.200 15. Accounts Auditor 2 0.12 1.44 2.880 16. Assistant Accounts Auditor 2 0.10 1.20 2.400 17. Steno 3 0.10 1.20 3.600 18. Pump House Superintendent 2 0.10 1.20 3.600 19. Draughtsman 1 0.10 1.20 1.200 20. Assistant Accountant 2 0.10 1.20 2.400 21. Fore man 2 0.10 1.20 2.400 22. Head Electrician/ Head fitter 4 0.10 1.20 4.80 23. Shift incharge 5 0.075 0.90 4.500 24. Accounts Cleark 4 0.075 0.90 3.600 25. Cleark Grade-I 12 0.075 0.90 10.80 26. Tax Inspector 11 0.075 0.90 9.900 27. Inspector Metering 1 0.065 0.78 0.780 28. Cleark Grade –II 35 0.065 0.78 27.30 29. Kar Samaharta 35 0.065 0.78 27.300 30. Meter Reader 17 0.065 0.78 13.260 31. Driver 6 0.065 0.78 4.680 32. Carpenter 2 0.055 0.66 1.32 33. Pattern Maker/ Motor Mechanic/

Molder 3 0.055 0.66 1.980

34. Black Smith 3 0.055 0.66 1.980 35. Electrician 9 0.055 0.66 5.940

1. 2 3 4 5 6 36. Mechanical filter Operator 4 0.055 0.66 2.640 37. Meter Mechanic/Fitter/

Turner/Welder/Massion 27 0.050 0.60 16.200

38. Pump Driver 40 0.050 0.60 24.000 39. Assistant Molder/ Filter

attendent/ Juniour fitter/ Daftari/ Jamadar/ Hammer man

40

0.042

0.504

20.16

40. Substation attendent 222 0.042 0.504 118.890 41. Mali/ Peon/Store Beldar/

Chaukidar/ Cleaner/ Khalasi & Other Fourth Class Employees

293

0.040

0.48

140.600

42. Daily Wages Worker 4 0.03 0.36 1.440 TOTAL 577.590 Add 10% on Account of time to

time increase in DA, Pension leave Encasement etc.

57.750

Grand Total 635.340 Assuming 20% increase in the present staff engaged for operation & maintenance, the entire work (existing, Priority-I & II) Total expenditure on staff after completion of W.T.P. to be proposed in priority-II = 1.2x635.34 = 914.88 Say: 915.00 lacs Anticipated expenditure on staff in the year 2030 assuming 10% linear increase the salary & DA of staff works out to Rs. 915 + 915x10x20 100 = 2745.00 lacs

jn-rep

TECHNICAL STATEMENT

(1). POPULATION PROJECTION

For preparation NURM projects, population forecast is basic requirement as

facilities needed/provided, rate of enhancement of the facilities and revenue realization

from the users in a city are direct function of the population and population growth rate

of the city.

The city of Varanasi has a uniquely different growth character, complemented

by the movement of people from surrounding areas for occupational reasons, tourist

traffic as a result of its heritage value, and special events associated with the spiritual

importance of the Ganga at Varanasi. In addition to these areas, the growth of the

Varanasi region is complemented by the proximal townships of Ramnagar and

Mughalsarai, both of which lie across the Ganga River, east of Varanasi.

The models for across-river developments are numerous, such as the Delhi-

Noida growth, where the demographic shifts are influenced by the proximity to the

parent city, and catalyzed by efficient connectivity. For this considering business as

usual, in the absence of any major road network enhancement scenarios, the growth

projections are similar to those in the master plan documents prepared by the Varanasi

Development Authority.

The detailed analysis of the Varanasi region is focused on the municipal

extents of Varanasi in the municipal limit.

The base data used for population projection is the data obtained from the

Census of India, with detailed urban area population and municipal ward for 2001 and

the 1991 census data summaries. This data provides the numeric basis for

benchmarking the actual population and its decadal growth for the past decade.

The ward-wise population data for the municipal wards provides the base for

the population distribution across the landscape of the city. Comparison of the data

available from the 1991 census and the 2001 provisional census reflects a change in the

urban extent and the number of municipal wards. Increasing from 40 wards in 1991,

the current municipal area is now divided into 91 administrative wards.

Table -1 Decadal Population and Growth Rate of Varanasi Urban Area

Year Urban Area Population

Decadal Growth

Rate Source

1931 207,650 Census Figures (From Master Plan 2011 Report)

1941 266,002 28% Census Figures (From Master Plan 2011 Report)


1961 489,864 : 38% Census Figures (Fro Master Plan 2011 Report)



1991 1,030,863 33% Census Figures

2001 1,202,443 17% Census Figures

Varanasi town shows a constant increase in the population with varying rate of

increase from decade to decade. Assuming that the scheme of water supply will

commence to function from 2010, it is required to estimate the population after 30 years

that is in the year 2040 and also the intermediate population after 15 years that is in the

year 2025.

Population forecast of the city in different design stages of the project i.e. initial stage,

mid-stage and ultimate stage have been worked out by different methyods are a under.

1. Arithmetical Progression Method

Increase in population from 1931 to 2001

i.e. in 7 decades = 1202443

(-) 207650

994793

or increase per decade = 1/7 x 994793

= 142113

Population in 2010 = Population in 2001+Increase for 9/10 decades

= 1202443 + 9/10 x 142113

= 1330345

Population in 2025 = Population in 2001+ Increase for 2.4 decades

= 1202443+2.4x142133

= 1543515

Population in 2040 = Population in 2001+Increase for 3.9 decades

= 1202443+3.9x142133

= 1756684

2. Geometrical Progression Method: Rate growth(r) per decade between 1941 and 1931 = 58352 = 0.281 207650

1951 and 1941 = 89769 = 0.337 266002 1961 and 1951 = 134093 = 0.377 355771 1971 and 1961 = 182070 = 0.372 489864 1981 and 1971 = 101931 = 0.152 671934 1991 and 1981 = 256998 = 0.332 773865 2001 and 1991 = 171580 = 0.166 1030863

Geometric Mean, rg = 7√0.281x0.337x0.377x0.372x0.152x0.332x0.166

= 0.272

Assuming that the future growth follows the

Geometric mean for the period 1931 to 2001 = 0.272

Population in 2010 = Population in 2001 x (1+rg)0.9

= 1202443 (1+0.272)0.9

= 1493148

Population in 2025 = Population in 2001 x (1+rg)2.4

= 1202443 (1+0.272)2.4

= 2142070 Population in 2040 = Population in 2001 x (1+rg)3.9

= 1202443 (1+0.272)3.9

= 3073012

3. Method of Varying Increment or Incremental Increase Method In this method a progressively decreasing or increasing rather than a constant rate is adopted. Year Population Increase X Incremental Increase Y

1931 207650 - -

1941 266002 58352 -

1951 355771 89769 + 31417

1961 489864 134093 + 44324

1971 671934 182070 + 47977

1981 773865 101931 - 80139

1991 1030863 256998 + 155067

2001 1202443 171580 - 85418

Total: 994793 113228

Average = 1/7 994793 = 1/6 x 113228

= 142113 = 18871

Pn = P1 + nx + n(n+1)Y 2 P2010 = P2001 + 0.9 x 142113 + 0.9(0.9+1)x18871 2 = 1202443+127902+16134.70 = 1346480 P2025 = P2001 + 2.4 x 142113 + 2.4(2.4+1)x18871 2 = 1202443+341071.20+76993.68 = 1620508 P2040 = P2001 + 3.9 x 142113 + 3.9(3.9+1)x18871 2 = 1202443+554240.70+180312.40 = 1936997

Abstract of Population Projections by different method Sl. No.

Methods Population Remarks 2010 2025 2040

1 Arithmetical Progression Method

1330300 1543500 1756700

2 Geometrical Progression Method

1493100 2142100 3073000

3 Incremental Increase Method

1346500 1620500 1937000

4. Semi-log Graphical method

1600000 2280000 3300000

5. Area Density Method

1666100 2473700 3317900 Population projections have been elaborated in para 3 given below

(2) POPULATION PROJECTIONS AND BASIS OF THEIR ADOPTION The population projections have been worked out for the base year, mid year and

design year by different conventional methods as tabulated above.

From the above table it is clear that population projection by Arithmetical

progression, Geometrical Progression & Incremental increase methods are on lower side.

The projected population in the year 2010 by Geometrical Progression method is 14.93

lacs where as assessed present population (year 2007) of Varanasi city is more than 15.00

lacs.

The projected population by semi-log graph method & Area Density method are

almost similar and seems to be the most reasonable according to the trend of present

population growth of the city.

Therefore, base year, mid year and design population of Varanasi city calculated

by Area Density method has been adopted for design purposes.

Population projections by Area Density Method works out to 1666100, 2473700

and 3317900 in the year 2010, 2025 & 2040 respectively. Floating population in the

Varanasi city has been considered and equivalent population 50000 has been taken in

calculation of water demand in the various stages. Thus the population considered in

various stages in this project comes to 1716100, 2523700 and 3367900.

(3). POPULATION DISTRIBUTION PROJECTIONS

(3).1 Defining Urban Character of Municipal Wards and Peri-Urban Areas

The urban character of Varanasi is complex, extended between the old city of

Varanasi and the more contemporary growths that are happening now in more

peripheral limits of the municipal areas. The high-density of built form in the old city

precludes much growth of population in this area which is adjacent to the ghats along

the west-bank of the Ganga River.

Adjacent to the ghats and the old-city are the densely packed developments that

by their proximity to the ghats and their longevity of existence have become the

cultural fabric of the city. Much of the structures and infrastructure in these areas are in

poor physical condition, however the complexity of development and ownership

patterns makes it difficult to imagine a radical change in the future years in these areas.

For purposes of growth analysis and population increase, these areas have been

collectively categorized as the city core. In this area the expectation is to see almost no

additional growth and the master plan projects policies that are actually aimed at

decongesting these areas possibly resulting in negative growth.

The municipal areas adjacent to the city core are constantly under greater

development pressure due to the proximity to the city core and all the services and

cultural attraction. This area reflects a plotted development pattern with individual land

ownership and development providing the maximum potential for growth directed

through individual investment.

This pattern of development still remains relatively disorganized although the

road networks are wider than the city core and the built form is less congested. The

development pressures on these areas remains high and population growth in these

areas are likely to impose significant additional burden on the rather limited existing

infrastructure. These areas have been categorized as .proximal areas. in developing the

growth analysis and population projections for the municipal areas. The peripheral

areas encompassed by the municipal wards in Varanasi have a strikingly different

development pattern than the rest of the city. The growing presence of planned housing

developments by the Housing Board and Varanasi Development Authority will

influence the distribution pattern. These developments are increasingly attractive for the

resident population as they provide a more organized development form with

infrastructure being relatively in better condition. The demand for such developments is

increasing and with the participation of governmental and private development groups,

the growth on the peripheral areas is likely to be much higher in comparison to other

parts of the city.

Major catalysts for growth are the plans for development of the new ring road to

the North of the city which will over the next decades come in to developed form,

spawning a Greater urban development density in the northern parts of Varanasi. Also,

the development of Major road systems connecting to the National Highways on the

southern extent of the city is already causing a spurt in development in this area.

Combined with plans for a transport nagar in the waste", extremity of Varanasi and the

connectivity across the Ganga to the eastern bank (To Ramnagar and Mughalsarai) the

growth of urban areas and the population of Varanasi Outside of the municipal wards are

likely to continue to accelerate. .

(3).2 Defining Ward Characteristics

For the purposes of assigning growth rates by municipal wards, the following

ward characteristics were defined and growth rates allocated. Based on an analysis of

the growth. Characteristics of each ward, depending on its current density, road

network, master-plan designation, and adjacent ward characteristics, the individual ward

growth rates were redefined.

Table -5 Growth characteristics defined

Ward Character General Rangel

Growth Rate*

Pop. Density as per

2001 Census

Ghats 0.10% 842.00

Core Area 0.2% to 1% 601.00

Proximal to City Core 1 % to 5% 210.00

Developed areas adjacent to Varuna 5% to 7.5% 115.00

Open areas adjacent to Varuna 7.5% to 10% 40.00

Near BHU 3% to 10% 162.00

Peripheral Areas 3% to 5% 148.00

* Outliers to these growth rates exist and are a result of localized characteristics which

in instances have a lower or higher growth rate than that for the defined ward

characteristics

(3).3 Influences on Development Characteristics

The infrastructure is evidently one of the most important catalysts for growth

and its presence, and the.. Condition of the same, shapes the urban growth of the city.

The city of Varanasi is divided by the Varuna river, running west to east, through the

city, in to the Cis-Varuna and the Trans-Varuna regions. The Cis-Varuna area is the

older city area with spiritual and tourist attractions including the river ghats, the

temples, and the old shopping by lanes of the city that attract the tourists. These

attractions remain concentrated in the city core, surrounding which are the older

residential neighborhoods of the city. South of the city core is the Bananas Hindu

University Campus that provides a relief to the expanding high-urban density of

Varanasi, giving way to more rapidly growing areas of the city, in part due to the

availability of open space, and to a large extent due to the connectivity to the central

city by the road networks, as well as the links to the regional highway at the southern

extent of the city.

Being. predominantly a spiritually important tourist destination, the city core

has remained an attractive area -for business centered on tourist activities to continue to

grow and prosper. Consequently, this area continues to see added development

pressures, even in the face of the master-plan efforts to decongest these areas and

encourage further growth away from the city core.

Directed by the Varuna on the north and the boundary formed by the highway

connectivity on the south, the growth patterns in this part of Varanasi are expected to

be an. infill of available developable space, pushing further out to the west, along and

beyond the railway colony development.

The development patterns evident from the satellite imagery clearly reflect the

influence of the road networks across the urban landscape of Varanasi. As one follows

the urbanization radiating outward from the highly congested city core, the growth

across the Varuna River is funnelled through the limited connectivity cross the river.

This growth extends outward following the traces of the roads leading to Sarnath (north)

and Jaunpur (north-west). On the southern side of the city, the growth rapidly moves

across the network of road reaching south past the BHU campus, towards the highway.

On the west, the growth extends out from the central parts of the city to the railway

colony and other large clusters of development that have emerged outside of the current

municipal extents. On the east side, the Ganga River forms the natural boundary, with

bridges across to Ramnagar and Mughalsarai encouraging growth of these townships,

positioning them as complementary development areas, should the road connections be

enhanced.

Floating population in the Cis-Varuna area has been considered and equivalent

population load has been taken in deriving the water demand in various years.

Water Supply Zone wise Population (Cis-Varuna)

Sl. No.

Zone No.

Name of Zone Ward No.

Population 2010 2025 2030 2040

1 2 3 4 5 6 7 8 1. 6 London Mission 1 15292 17445 18067 19191

6 23450 40611 46754 59138

60 16225 18960 21344 23682

34 (P) 14720 17974 18923 20722

33 (P) 8916 11035 11690 12946

87 (P) 6765 7245 7385 7607

91 10449 20379 23876 30954

F.P. 3500 3500 3500 3500

Total:

Say:

99317

99300

138315

138300

151539

151600

177740

177700

2. 7 Cotton Mill Zone 19 5793 10383 12094 15676

14 18418 24496 26275 29858

9 16752 18552 19168 20307

36 16696 18362 18935 19982

8 (P) 7268 7990 8236 8686

26 (P) 13999 15170 15641 16502

59(P) 763 839 878 913

47 (P) 1460 1644 1698 1797

33(P) 8760 11131 11929 13535

34(P) 1033 1295 1279 1548

11 18040 19836 20452 21575

F.P. 3500 3500 3500 3500

Total:

Say:

112280

112300

133198

133200

140184

140200

153879

153900

3. 8 Rajghat Zone 13 22422 32682 36915 43730

10 18336 22587 24311 26571

12 16118 18341 19415 20587

17(P) 30024 41765 45347 53364

88(P) 9635 14751 16667 19754

80(P) 4400 5060 5358 5685

30(P) 5547 6026 6105 6197

3(P) 2909 3095 3204 3253

29(P) 5593 5952 6161 6260

59(P) 14019 14916 15664 15675

18(P) 2808 2988 3093 3142

26(P) 4450 4732 4898 4971

8(P) 10547 11217 11606 11779

F.P. 3500 3500 3500 3500

Total:

Say:

150309

150300

188213

188200

183831

183900

224469

224500

4. 9 Jaitpura Zone 18(P) 12997 15567 16521 18355

49(P) 3626 4339 4604 5112

52(P) 6303 7550 8013 8905

22 14251 17177 18256 20337

47(P) 8717 10687 11358 12653

40(P) 1573 1883 1998 2218

24(P) 6451 7723 8195 9102

34(P) 5782 7894 8651 10217

F.P. 3500 3500 3500 3500

Total:

Say:

63200

63200

76320

76300

81097

81100

90399

90400

5. 10 Maidagin Zone 88(P) 1837 3028 3457 4374

80(P) 5808 7194 7698 8717

43 13673 15695 16448 17894

50(P) 10080 11569 12125 13189

78 10997 12598 13175 14273

49(P) 7897 9043 9458 10248

29(P) 6041 6923 7245 7854

3(P) 12566 14401 15065 16320

30(P) 11128 12749 13332 14339

17(P) 1707 2558 2867 3524

F.P. 3500 3500 3500 3500

Total:

Say:

85233

85200

99258

99300

104370

104400

114232

114300

6. 11 Chauk Zone 69 9643 10935 11659 12309

50(P) 1084 1222 1273 1375

42 12392 13971 14558 15726

44 11114 12528 13053 14095

53 6151 6937 7231 7819

35 10878 12272 72793 13827

67 6958 7850 8183 8847

16 13770 15524 16176 17472

57(P) 7034 7915 8233 8861

81(P) 4999 5662 5897 6367

48(P) 4707 5301 5513 5935

46(P) 5914 6657 6928 7460

52(P) 5692 1408 6666 7175

F.P. 3500 3500 3500 3500

Total:

Say:

103836

103800

116683

116700

121662

121700

130768

130800

7. 12 Benia Zone 83 8082 9127 9473 10075

24(P) 2429 2675 2763 2935

40(P) 12439 13695 14145 15017

54 10448 11513 11898 12642

46(P) 8629 9973 9826 10447

48(P) 8505 8905 9683 10288

81(P) 4863 5390 5578 5943

57(P) 856 941 974 1034

66(P) 3772 4153 4291 4558

55 9265 10387 10748 11451

63(P) 6700 7532 7795 8307

45(P) 4817 6137 6589 7525

58 13829 15234 15744 16730

62 13095 14430 14910 15841

76 8237 9075 9379 9968

87(P) 2802 3086 3188 3385

41(P) 5489 6086 6299 6716

47(P) 479 540 559 596

F.P. 3500 3500 3500 3500

Total:

Say:

128236

128300

142379

142400

147342

147400

156958

157000

8. 13 Sigra Zone 32 19838 29063 31766 37136

45(P) 11365 14087 14842 16453

72 16065 25446 28434 34802

63(P) 8279 9008 9199 9514

41(P) 5549 5953 6082 6294

66(P) 7626 8129 8286 8543

70(P) 2614 2786 2839 2927

85(P) 10554 13414 14270 15934

65(P) 12177 18352 20582 25064

28 19659 28337 31549 36940

F.P. 3500 3500 3500 3500

Total:

Say:

117227

117200

158075

158100

171350

171400

197106

197100

10. 15 Bhelupur Zone 65(P) 13916 20247 22501 26934

85(P) 3289 4036 4255 4671

70(P) 7333 7543 7619 7720

66(P) 3565 3668 3706 3756

57(P) 809 831 841 852

37 11873 12242 12391 12606

39 12421 12807 12965 13195

89 9700 9999 10120 10294

90 26350 45878 51413 62326

64 23187 37838 42052 50337

56 24992 33780 36341 41300

68(P) 12603 17121 18415 20932

15(P) 21988 36977 41451 50271

75 27756 40448 44851 53830

86 14496 17263 18133 19771

74 17933 21361 22440 24477

31 15546 23034 25619 30701

77 12791 15226 15987 17423

F.P. 3500 3500 3500 3500

Total:

Say:

263948

263900

363799

363800

394599

394600

454896

454900

11. 16 Lanka Zone 71 42875 75916 85738 105231

15(P) 8751 14988 16937 20809

68(P) 10032 13879 15049 17330

F.P. 3500 3500 3500 3500

Total:

Say:

65158

65200

108283

108300

121225

121300

146870

146900

P = Part F.P. = Floating Population

WATER SUPPLY ZONE-WISE POPULATION, WATER DEMAND AND STORAGE IN CIS-VARUNA AREA OF VARANASI CITY

Sl. No.

Zone No.

Name of Zone Population 2010 2025 2040

Gen. Slum Total Gen. Slum Total Gen. Slum Total 1 2 3 4 5 6 7 8 9 10 11 12

1 6 London Mission

Zone

89400 9900 99300 124500 13800 138300 159900 17800 177700

2 7 Cotton Mill Zone 101100 11200 112300 119900 13300 133200 138500 15400 153900

3 8 Rajghat Zone 135300 15000 150300 169400 18800 188200 202100 22400 224500

4 9 Jaitpura Zone 56900 6300 63200 68700 7600 76300 81400 9000 90400

5 10 Maidagin Zone 76700 8500 85200 89400 9900 99300 102900 11400 114300

6 11 Chauk Zone 93400 10400 103800 105000 11700 116700 117700 13100 130800

7 12 Benia Zone 115500 12800 128300 128200 14200 142400 141300 15700 157000

8 13 Sigra Zone 105500 11700 117200 142600 15900 158500 177400 19700 197100

9 14 Lahartara Zone

10 15 Bhelupur Zone 237500 26400 263900 327400 36400 363800 409400 45500 454900

11. 16 Lanka Zone 58700 6500 65200 97500 10800 108300 132200 14700 146900

Total: (A) 1070000 118700 1188700 1372600 152400 1525000 1662800 184700 1847500

Sl. No.

Water requirement in mld 2010 2025 2040

Gen. Slum Total Gen. Slum Total Gen. Slum Total 1 13 14 15 16 17 18 19 20 21

1 15.42 0.46 15.88 21.48 0.63 22.11 27.58 0.82 28.40

2 17.44 0.52 17.96 20.68 0.61 21.29 23.89 0.71 24.60

3 23.34 0.69 24.03 29.22 0.86 30.08 34.86 1.03 35.89

4 9.82 0.29 10.11 11.85 0.35 12.20 14.04 0.41 14.45

5 13.23 1.47 14.70 15.42 0.46 15.88 17.75 0.52 18.27

6 16.11 0.48 16.59 18.11 0.54 18.65 20.30 0.60 20.90

7 19.92 0.59 20.51 22.11 0.65 22.76 24.37 0.72 25.09

8 18.20 0.54 18.74 24.60 0.73 25.33 30.60 0.91 31.51

9

10 40.97 1.21 42.18 56.48 1.67 58.15 70.62 2.09 72.71

11. 10.13 0.30 10.43 16.82 0.50 17.32 22.80 0.68 23.48

- - 191.13 - - 243.77 - - 295.30

Ward-wise Population

Name of the Zone

No./Name of the Sub-Zone

Ward No. Population 2010 2025 2040

1 2 3 4 5 6 Sigra 1. Adarsh Nagar 65P

28P Floating Population

12177 6317 600

18352 9135 600

25064 11876 600

Total: 19094 28087 37540 2. Gandhi Nagar 28P

66P 70P 72P 85P F.P.

3608 7626 2614 1287 10554 650

5126 8129 2786 2038 12414 650

6764 8543 2927 2732 15934 650

Total: 26339 32143 37550 3. Nagar Nigam 28P

F.P. 97324 460

14076 460

18300 460

Total: 10194 14536 18760 4. Shastri Nagar 45P

72P F.P.

3331 14778 645

4128 23408 645

4930 32070 645

Total: 18754 28181 37545 5. Gulab Bagh 32

F.P. 19838 409

29063 409

37136 409

Total: 20247 29472 37545 6. Sonia 41P

45P 63P F.P.

5549 8034 8279 736

5953 9959 9008 736

6294 11623 9514 736

Total: 22598 25656 28167 Grand Total:

(Zone 1 to 6) Say:

117260 117200

158075 158100

197106 197100

Lanka I. Brij Enclave 15P F.P.

7473 1000

12803 1000

17770 1000

Total: 8473 13803 18770 II. Sundarpur

Primary School 68P 15P 71P F.P.

10032 1278 10416 1000

13879 2185 18422 1000

17330 3039 25561 1000

Total: 22726 35506 46930 III. Aditya Nagar 71P

F.P. 13749 500

24343 500

33740 500

Total: 14249 24843 34240 IV. Bhikharipur 71P

F.P. 18710 1000

33131 1000

45930 1000


Say: 65158 65200

108283 108300

146870 146900

Bhelupur Bhelupur-A Bhogabir

56P F.P.

10381 1000

14031 1000

17160 1000

Total: 11381 15031 18160 Bhelupur-B 68P

56P 31 F.P.

12603 14611 15546 500

17121 19749 23034 500

20932 24140 30701 500

Total: 43260 60404 76273 Bhelupur-C 64

90P F.P.

23187 21237 500

37838 36958 500

50337 50226 500

Total: 44924 75296 101063 Bhelur-D

DOTP OHT 70P 66P 85P 77P F.P.

7333 3565 3289 3490 500

7543 3668 4036 4155 500

7720 3756 4671 4753 500

Total: 18177 19902 21400 Bhelupur-E 39

89 37 57P 77P 90P F.P.

12421 9700 11873 809 9301 5113 500

12807 9999 12242 831 11071 8920 500

13195 10294 12606 852 12670 12100 500

Total: 49717 56370 62217 Bhelupur-F 15P

75P 21988 15471

36977 22540

50271 30000

Total: 37459 59517 80271 Bhepupur-G 75P

86 74 65P

12185 14496 17933 4786

17908 17263]21361 6967

23830 19771 24477 9274

Total: 49400 63499 77352

Bhelupur-H 65P F.P.

9130 500

13280 500

17660 500

Total 9630 13780 18160 Grand Ttoal: 26394 363799 454896 London Mission

I. Lajpat Nagar 60 87P 1 F.P.

16225 3126 15292 500

19988 3335 17445 500

23682 3502 19191 500

Total: 35143 41268 46875 II. Maldhiya 6P

34P F.P.

7140 3503 500

12362 4306 500

18000 4965 500

Total: 11143 17168 23465 III Patel Nagar

Nadesar Police Chauki

34P 33 87P 51P 6P F.P.

11175 8916 3665 1013 4193 500

13701 11035 3909 1973 7288 500

15757 12946 4105 300 10567 500

Total: 29462 38406 46875 IV.Patel Nagar 6P

51P F.P.

12126 4714 1000

21083 9180 1000

30571 13954 1000

Total: 17840 31263 45525 V. Mint House 51P

F.P.4729 1000

9210 1000

14000 1000


(Zone I to V) Say:

99137 99300

138315 138300

177740 177700

Cotton Mill I. Chaukaghat 33P 9P F.P.

6553 10171 1000

8326 11290 1000

10158 12307 1000

Total: 17724 20616 23465 II. Sanjay Nagar

Park 9P 8P 36 F.P.

6581 7268 16696 872

7262 7990 18362 872

8000 8686 19982 872

Total: 31417 34486 37540 III. (Add. Labour

Commisioner office compound

33P 47P 26P 59P

2005 1460 13999 763

2805 1644 15170 839

3377 1797 16502 913

34P 11 F.P.

1033 18040 1218

1295 19836 1218

1548 21575 1218

Total: 38518 42807 46930 IV. Nakkhi Ghat

(Harku Singh Akhara)

19 14 F.P.

5793 18418 410

10383 24496 410

15676 29858 410


(Zone I to IV) Say:

112280 112300

133198 133200

153879 153900

Jaitpura I. Gopal Bagh CWR

22 47P F.P.

14251 1457 1000

17177 1767 1000

20227 2128 1000

Total: 16708 19944 23465 II. Gopal Bagh

OHT 47P 40P 24P 34P F.P.

7260 1573 6451 5782 1400

8920 1883 7723 7894 1400

10525 2218 9102 10217 1400

Total: 22466 27820 33462 III. Azad Park 18P

49P 52P F.P.

12997 3626 6303 1100

15567 4339 7550 1100

18355 5112 8905 1100


(Zone I to III) Say:

63200 63200

76320 76300

90399 90400

Maidagin I. Maidagin 78 49P 29P 50P 30P F.P.

10997 7897 6041 10080 7313 2000

12598 9043 6923 11569 8425 2000

14273 10248 7854 13189 9436 2000

Total: 44328 50558 57000 II. Machhodari 88P

80P 43 3P 30P 17P F.P.

1837 5808 13673 12566 3814 1707 1500

3028 7194 15695 14401 4324 2558 1500

4374 8717 17894 16320 4903 3524 1500


(Zone I to II) Say:

85233 85200

99258 99300

114232 114300

Rajghat I. Rajghat Old Dharmkanta

88P 17P F.P.

9635 14705 1000

14751 20450 1000

19754 26176 1000

Total: 25340 36201 46930 II. Rajghat 12P

17P 80P 30P 3P 29P 59P 18P 26P 8P F.P.

15184 3528 4400 5547 2909 5593 14019 2808 4450 10547 1000

17353 4906 5060 6026 3095 5952 14916 2988 4732 11217 1000

19436 6280 5685 6197 3253 6260 15675 3143 4971 11779 1000

Total: 69985 77845 83679 III. Konia 13P

17P 10P F.P.

11795 9792 4138 500

17165 13617 5085 500

23000 17430 6000 500

Total: 26225 36367 46930 IV. Kazzakpura

(Hospital) 13P 17P 10P 12P F.P.

10627 2000 14198 934 1000

15518 2792 17502 988 1000

40730 3478 20571 1151 1000


(Zone I to IV) Say:

150309 150300

188213 188200

224469 224500

Benia I. BENIA OHT 83(P) 54 46P 48P FP

3200 10448 4960 3740 1000

3636 11513 5825 3900 1000

2040 12642 6000 4525 1000

Total: 23348 25774 28167 II. Benia-II 83P

24P 40P

4882 2429 12439

5491 2675 13695

6075 2935 15017

46P 45P 58P 76 87P 41P 55P FP

3669 4817 10124 8237 2802 5489 4800 1500

4148 6137 11136 9075 3086 6089 5410 1500

4447 7525 12250 9968 3385 6716 5951 1500

Total: 61188 68442 75769 III. Benia-III 48P

81P 57P 66P 55P 63P 58P 47P 62P FP

4765 4863 856 3772 4465 6700 3705 479 13095 1000

5005 5390 941 4150 4977 7532 4098 540 14430 1000

5763 5943 1034 4558 5500 8307 4480 596 15841 100


(Zone I to III) Say:

128236 128300

142379 142400

156958 157000

Chauk Chauk- Zone-I 48(P)

46(p)

F.P.

4707

5914

500

5301

6657

500

5935

7460

500

Total: 11121 12458 13895

Chauk Zone-II 69 9643 10935 12309

50(P) 1084 1222 1375

42 12392 13971 15726

44 11114 12528 14095

53 6151 6937 7819

35 10878 12272 13827

67 6958 7850 8847

16 13770 15524 17472

57(P) 7034 7915 8861

81(P) 4999 5662 6367

52(P) 5692 1408 7175

F.P. 2000 2000 2000

Total: 92715 104224 116873

Grand Total: (Zone I & II)

Say:

103836

103800

116683

116700

130768

130800

JN-DISTRIBUTION

VARANASI WSS, Varanasi, Phase II, Zone LANKA 2 DATE:�� (LANKA2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 94.400 74.400 20.000 1FH 1 30. 0. 0. 46930. 400AC 140. 938.60 2.075 454.6 8.14 0.245 1 94.156 74.765 19.391 2 2 35. 130. 0. 8693. 200AC 140. 153.70 1.359 238.2 8.35 0.290 2 93.863 75.261 18.602 3 E 104 103. 20.16 0.659 3 40. 150. 0. 4738. 200AC 140. 94.76 0.838 227.3 3.41 0.135 3 93.727 74.670 19.057 4 4 40. 150. 0. 2950. 132PV 145. 59.00 1.197 152.0 10.05 0.400 4 93.325 74.193 19.132 5 5 68. 250. 0. 9227. E 300 83. 184.53 0.725 279.7 4.27 0.290 5 93.035 74.898 18.137 6MH 6 16. 60. 0. 8766. E 300 83. 175.32 0.689 279.7 3.88 0.060 6 92.973 74.437 18.536 7 7 203. 740. 0. 6947. E 300 83. 138.95 0.546 279.7 2.52 0.510 7 92.460 74.807 17.653 8 8 42. 150. 0. 3842. 132PV 145. 76.85 1.560 152.0 16.40 0.690 8 91.772 74.711 17.061 9 9 148. 540. 0. 3136. 132PV 145. 45.52 0.924 171.7 6.22 0.920 9 90.851 76.348 14.503 10 E 104 103. 17.20 0.562 10 25. 90. 0. 2631. E 104 103. 52.62 1.721 105.0 49.36 1.235 10 89.617 76.348 13.269 11 11 115. 420. 0. 1716. 104PV 145. 34.32 1.122 119.8 11.77 1.355 11 88.263 75.753 12.510 12 12 66. 240. 0. 476. E 104 103. 9.52 0.311 105.0 2.08 0.135 12 88.126 74.631 13.495 13 13 101. 370. 0. 179. E 104 103. 3.58 0.117 105.0 0.34 0.035 14 88.126 74.631 13.495 13 14 45. 160. 0. 814. E 104 103. 16.28 0.532 105.0 5.62 0.255 15 88.160 75.281 12.879 14MH 15 79. 290. 0. 1209. E 104 103. 24.18 0.791 105.0 11.70 0.925 16 88.413 75.211 13.202 15 16 87. 320. 0. 1734. E 104 103. 34.68 1.134 105.0 22.81 1.985 17 89.337 75.753 13.584 16 17 43. 160. 0. 2164. 132PV 145. 31.41 0.638 171.7 3.13 0.135 18 91.321 75.692 15.629 17 E 104 103. 11.87 0.388 18 116. 420. 0. 1195. 132PV 145. 23.90 0.485 152.0 1.89 0.220 19 91.455 76.169 15.286 18 19 82. 300. 0. 2305. 132PV 145. 46.09 0.936 152.0 6.37 0.520 20 91.674 75.496 16.178 19

20 29. 110. 0. 2268. 104PV 145. 45.35 1.483 119.8 19.73 0.570 21 92.196 75.174 17.022 20 21 43. 160. 0. 11431. 300AC 140. 228.62 0.898 340.9 2.42 0.105 22 92.768 75.163 17.605 21 22 24. 90. 0. 2686. 104PV 145. 53.73 1.757 119.8 27.00 0.650 22 92.224 74.339 17.885 23 23 15. 50. 0. 2195. 104PV 145. 43.89 1.435 119.8 18.57 0.280 23 91.946 74.447 17.499 24 24 63. 230. 0. 1054. 104PV 145. 21.07 0.689 119.8 4.77 0.300 24 91.645 74.732 16.913 25 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 29. 110. 0. 538. 104PV 145. 10.76 0.352 119.8 1.37 0.040 25 91.605 74.827 16.778 26 26 83. 300. 0. 574. 104PV 145. 11.47 0.375 119.8 1.55 0.130 26 91.477 74.829 16.648 27 27 32. 120. 0. 36. 104PV 145. 0.73 0.024 119.8 0.01 0.000 28 91.477 74.829 16.648 27 28 79. 290. 0. 641. 104PV 145. 12.81 0.419 119.8 1.90 0.150 29 91.477 74.829 16.648 28 29 56. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 27 91.473 74.729 16.744 30RN 30 57. 210. 0. 1115. E 104 103. 22.30 0.729 105.0 10.06 0.575 31 91.455 76.169 15.286 18 31 203. 740. 0. 7465. 250AC 140. 149.31 0.845 284.1 2.67 0.540 32 92.029 76.875 15.154 31MH 32 50. 180. 0. 5786. 250AC 140. 107.85 0.610 291.8 1.46 0.075 31 91.956 76.675 15.281 33 E 104 103. 7.87 0.257 33 201. 740. 0. 2044. E 200 83. 40.89 0.362 186.5 1.89 0.380 34 91.956 76.675 15.281 33 34 101. 370. 0. 1856. E 200 83. 37.13 0.328 186.5 1.58 0.160 35 92.335 75.993 16.342 34 35 140. 510. 0. 2296. E 200 83. 45.93 0.406 186.5 2.34 0.330 36 92.495 75.576 16.919 35 36 93. 340. 0. 2971. E 200 83. 59.43 0.525 186.5 3.77 0.350 37 92.822 75.752 17.070 36 37 42. 150. 0. 3776. E 200 83. 75.52 0.668 186.5 5.88 0.245 38 93.173 73.376 19.797 37 38 17. 60. 0. 1524. E 300 83. 30.47 0.120 279.7 0.15 0.005 39 93.420 75.577 17.843 38 39 113. 410. 0. 534. E 125 103. 10.68 0.242 126.2 1.05 0.120 40 93.422 75.677 17.745 39 40 50. 180. 0. 609. 104PV 145. 12.19 0.398 119.8 1.73 0.085 40 93.454 74.010 19.444 41 41 74. 270. 0. 2303. E 300 83. 46.06 0.181 279.7 0.33 0.025 42 93.454 74.010 19.444 41 42 45. 160. 0. 15863. 300AC 140. 303.55 1.193 346.7 4.09 0.185 42 93.295 73.800 19.495 43 E 104 103. 13.71 0.448 43 37. 140. 0. 15513. 300AC 140. 296.86 1.167 346.7 3.92 0.145 43 93.150 73.704 19.446 44 E 104 103. 13.40 0.438

44 32. 120. 0. 500. 104PV 145. 10.01 0.327 119.8 1.20 0.040 44 93.111 73.551 19.560 45 45 81. 300. 0. 10. 104PV 145. 0.21 0.007 119.8 0.00 0.000 45 93.111 73.471 19.640 46 46 52. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 46 93.108 73.596 19.512 47RN 47 68. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.005 36 92.816 75.952 16.864 48RN 48 76. 280. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.010 45 93.103 73.889 19.214 49RN 49 101. 370. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.020 44 93.130 74.280 18.850 50RN 50 54. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 43 93.291 73.900 19.391 51RN 51 85. 310. 0. 155. 104PV 145. 3.10 0.101 119.8 0.14 0.010 139 92.326 75.023 17.303 52RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 54. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 100 91.772 74.856 16.916 53RN 53 74. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 9 91.764 74.896 16.868 54RN 54 95. 350. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.015 13 88.109 74.263 13.846 55RN 55 52. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 10 90.848 76.152 14.696 56RN 56 20. 70. 0. 875. E 104 103. 17.50 0.572 105.0 6.43 0.130 12 88.134 75.637 12.497 57 57 109. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.025 57 88.110 75.896 12.214 58RN 58 120. 440. 0. 220. E 104 103. 4.40 0.144 105.0 0.50 0.060 57 88.075 75.428 12.647 59RN 59 34. 120. 0. 60. E 104 103. 1.20 0.039 105.0 0.04 0.000 61 88.141 74.848 13.293 60RN 60 52. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 61 88.139 75.236 12.903 62RN 61 16. 60. 0. 340. E 104 103. 6.80 0.222 105.0 1.12 0.020 14 88.142 75.070 13.072 61 62 47. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 15 88.411 75.863 12.548 63RN 63 60. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 16 89.332 76.975 12.357 64RN 64 52. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 17 91.318 77.345 13.973 65RN 65 90. 330. 0. 7205. 200AC 140. 90.40 0.799 271.4 3.13 0.280 33 91.675 77.631 14.044 66 E 200 83. 53.70 0.475 66 61. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 66 91.670 77.745 13.925 67RN 67 167. 610. 0. 6515. 151PV 145. 59.20 0.918 234.7 5.26 0.880 66 90.797 75.212 15.585 68

E 200 83. 71.10 0.629 68 91. 330. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.015 68 90.783 75.188 15.595 69RN 69 34. 120. 0. 5820. 132PV 145. 42.94 0.872 222.1 5.58 0.190 68 90.607 75.023 15.584 70 E 200 83. 73.46 0.649 70 63. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 70 90.602 75.196 15.406 71RN 71 42. 150. 0. 5455. E 200 83. 109.10 0.965 186.5 11.62 0.490 70 90.119 74.896 15.223 72 72 127. 460. 0. 230. 104PV 145. 4.60 0.150 119.8 0.28 0.035 72 90.083 75.012 15.071 73RN 73 31. 110. 0. 4865. E 200 83. 97.30 0.860 186.5 9.40 0.290 72 89.828 74.745 15.083 74 74 75. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 74 89.820 74.863 14.957 75RN 75 80. 290. 0. 4395. E 200 83. 87.90 0.777 186.5 7.79 0.625 74 89.205 74.863 14.342 76 76 57. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 76 89.201 75.056 14.145 77RN 77 189. 690. 0. 3695. 132PV 145. 45.82 0.930 182.3 6.30 1.190 76 88.015 74.896 13.119 78 E 125 103. 28.08 0.635 78 46. 170. 0. 415. 104PV 145. 8.30 0.271 119.8 0.85 0.040 78 87.976 75.290 12.686 79 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 79 26. 100. 0. 1478. E 125 103. 29.56 0.669 126.2 6.93 0.180 78 87.835 75.102 12.733 80 80 91. 330. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.015 79 87.962 75.362 12.600 81RN 81 44. 160. 0. 1348. E 125 103. 26.96 0.610 126.2 5.84 0.255 80 87.578 75.236 12.342 82 82 201. 740. 0. 598. 104PV 145. 11.96 0.391 119.8 1.67 0.335 82 87.242 75.213 12.029 83MH 83 60. 220. 0. 62. 104PV 145. 1.24 0.040 119.8 0.03 0.000 84 87.242 75.213 12.029 83MH 84 14. 50. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.005 84 87.238 75.202 12.036 85 85 28. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 85 87.237 75.223 12.014 86RN 86 41. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 85 87.236 75.216 12.020 87RN 87 49. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 83 87.239 75.098 12.141 88RN 88 82. 300. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.010 82 87.567 75.415 12.152 89RN 89 180. 660. 0. 330. E 104 103. 6.60 0.216 105.0 1.06 0.190 11 89.427 76.103 13.324 90RN 90 205. 750. 0. 2285. E 300 83. 45.70 0.180 279.7 0.32 0.065 8 92.395 75.033 17.362 91

91 52. 190. 0. 619. 104PV 145. 12.39 0.405 119.8 1.78 0.095 91 92.302 75.210 17.092 92 92 66. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 92 92.296 76.017 16.279 93RN 93 78. 290. 0. 139. 104PV 145. 2.79 0.091 119.8 0.11 0.010 92 92.293 75.246 17.047 94 94 48. 180. 0. 466. E 104 103. 9.31 0.304 105.0 2.00 0.095 95 92.293 75.246 17.047 94 95 73. 270. 0. 1061. E 300 83. 21.21 0.083 279.7 0.08 0.005 91 92.389 75.686 16.703 95 96 101. 370. 0. 185. E 300 83. 3.70 0.015 279.7 0.00 0.000 95 92.389 76.076 16.313 96RN 97 51. 190. 0. 275. E 104 103. 5.50 0.180 105.0 0.75 0.040 94 92.255 75.167 17.088 97 98 50. 180. 0. 90. E 104 103. 1.80 0.059 105.0 0.10 0.005 97 92.250 75.012 17.238 98RN 99 77. 280. 0. 1498. 104PV 145. 29.96 0.980 119.8 9.16 0.705 4 93.022 74.812 18.210 99 100 53. 190. 0. 211. 104PV 145. 4.21 0.138 119.8 0.24 0.015 6 93.022 74.812 18.210 99 101 45. 160. 0. 1339. E 104 103. 26.77 0.875 105.0 14.12 0.635 7 92.337 74.898 17.439 139 102 126. 460. 0. 719. E 104 103. 14.37 0.470 105.0 4.46 0.560 139 91.775 74.611 17.164 100 103 22. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 100 91.775 74.600 17.175 101RN 104 82. 300. 0. 59. E 104 103. 1.17 0.038 105.0 0.04 0.005 100 91.772 74.711 17.061 9 105 111. 410. 0. 1269. 104PV 145. 25.38 0.830 119.8 6.73 0.745 99 92.275 75.023 17.252 109 106 117. 430. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.030 109 92.245 75.263 16.982 110RN 107 52. 190. 0. 539. 104PV 145. 10.78 0.352 119.8 1.38 0.070 109 92.203 75.220 16.983 108 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 108 73. 270. 0. 2370. 104PV 145. 27.76 0.908 146.8 7.95 0.580 106 92.203 75.220 16.983 108 E 104 103. 19.63 0.642 109 35. 130. 0. 2840. 104PV 145. 33.27 1.088 146.8 11.12 0.390 104 92.783 75.600 17.183 106 E 104 103. 23.53 0.769 110 74. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 106 92.776 75.669 17.107 107RN 111 100. 370. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.020 104 93.153 75.698 17.455 105RN 112 31. 110. 0. 3330. 104PV 145. 39.01 1.276 146.8 14.93 0.465 102 93.173 75.428 17.745 104 E 104 103. 27.58 0.902 113 107. 390. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.020 102 93.613 75.458 18.155 103RN

114 12. 40. 0. 3795. 104PV 145. 44.46 1.454 146.8 19.01 0.230 3 93.635 75.261 18.374 102 E 104 103. 31.44 1.028 115 169. 620. 0. 9477. 250AC 140. 189.54 1.073 284.1 4.15 0.700 2 93.454 77.041 16.413 129 116 48. 180. 0. 28295. 400AC 140. 547.10 1.209 460.5 3.00 0.145 2 94.012 74.460 19.552 140 E 125 103. 18.80 0.426 117 67. 250. 0. 6602. E 300 83. 132.03 0.519 279.7 2.30 0.155 42 93.325 74.193 19.132 5 118 51. 190. 0. 25203. 300AC 140. 504.05 1.981 340.9 10.45 0.535 140 93.479 73.963 19.516 42 119 62. 230. 0. 1553. E 125 103. 31.06 0.703 126.2 7.59 0.470 140 93.541 74.671 18.870 40 120 90. 330. 0. 2522. E 300 83. 50.44 0.198 279.7 0.39 0.035 41 93.420 75.577 17.843 38 121 64. 230. 0. 445. 104PV 145. 8.89 0.291 119.8 0.97 0.060 37 93.111 73.471 19.640 46 122 169. 620. 0. 1535. E 300 83. 30.70 0.121 279.7 0.15 0.025 130 93.422 75.677 17.745 39 123 129. 470. 0. 1005. 104PV 145. 20.09 0.657 119.8 4.37 0.565 140 93.448 76.896 16.552 130 124 58. 210. 0. 1180. E 300 83. 23.61 0.093 279.7 0.09 0.005 129 93.448 76.896 16.552 130 125 148. 540. 0. 7611. E 250 83. 152.23 0.861 233.1 7.26 1.075 129 92.379 77.559 14.820 128 126 49. 180. 0. 1351. E 104 103. 27.03 0.884 105.0 14.37 0.705 128 91.675 77.734 13.941 126 127 46. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 126 91.673 77.952 13.721 127RN 128 399. 1460. 0. 5170. E 250 83. 103.40 0.585 233.1 3.55 1.415 128 90.964 77.772 13.192 131 129 182. 670. 0. 4105. E 250 83. 82.10 0.465 233.1 2.31 0.420 131 90.543 77.448 13.095 132 130 166. 610. 0. 2365. 132PV 145. 34.33 0.697 171.7 3.69 0.610 132 89.931 77.216 12.715 133 E 104 103. 12.97 0.424 131 300. 1100. 0. 550. E 250 83. 11.00 0.062 233.1 0.06 0.015 132 90.526 77.410 13.116 138RN 132 206. 750. 0. 375. 104PV 145. 7.50 0.245 119.8 0.70 0.145 135 89.626 76.840 12.786 137RN 133 134. 490. 0. 245. E 104 103. 4.90 0.160 105.0 0.61 0.080 133 89.849 77.640 12.209 134RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 134 194. 710. 0. 355. E 104 103. 7.10 0.232 105.0 1.21 0.235 133 89.696 76.213 13.483 136RN 135 40. 150. 0. 2604. 104PV 145. 52.07 1.703 119.8 25.48 1.020 108 91.184 75.628 15.556 111 136 80. 290. 0. 828. 104PV 145. 16.56 0.541 119.8 3.05 0.245 111 90.940 76.944 13.996 112

137 49. 180. 0. 1300. 104PV 145. 26.00 0.850 119.8 7.04 0.345 114 90.573 75.042 15.531 115 138 19. 70. 0. 735. 104PV 145. 14.70 0.481 119.8 2.45 0.045 115 90.526 75.627 14.899 116MH 139 108. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.025 116 90.502 75.067 15.435 117RN 140 81. 300. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.010 116 90.516 74.963 15.553 118RN 141 120. 440. 0. 220. 104PV 145. 4.40 0.144 119.8 0.26 0.030 115 90.541 75.556 14.985 119RN 142 131. 480. 0. 240. 104PV 145. 4.80 0.157 119.8 0.31 0.040 120 90.862 75.381 15.481 142RN 143 17. 60. 0. 520. 104PV 145. 10.40 0.340 119.8 1.29 0.020 112 90.918 76.241 14.677 113 144 40. 150. 0. 19. 104PV 145. 0.39 0.013 119.8 0.00 0.000 113 90.918 75.592 15.326 114 145 56. 200. 0. 33. 104PV 145. 0.66 0.022 119.8 0.01 0.000 112 90.939 76.965 13.974 121MH 146 51. 190. 0. 270. E 104 103. 5.39 0.176 105.0 0.73 0.035 121 90.902 76.241 14.661 120 147 13. 50. 0. 456. 104PV 145. 9.13 0.298 119.8 1.01 0.015 122 90.939 76.965 13.974 121MH 148 31. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 122 90.952 77.260 13.692 123RN 149 25. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 124 90.996 77.102 13.894 125RN 150 98. 360. 0. 911. E 104 103. 18.23 0.596 105.0 6.93 0.680 126 90.996 77.102 13.894 124 151 53. 190. 0. 8933. 250AC 140. 178.67 1.011 284.1 3.72 0.195 21 92.571 76.057 16.514 32 152 70. 260. 0. 873. 104PV 145. 17.46 0.571 119.8 3.37 0.235 32 92.335 75.993 16.342 34 153 40. 150. 0. 324. 104PV 145. 6.49 0.212 119.8 0.54 0.020 28 91.455 76.169 15.286 18 154 68. 250. 0. 221. 104PV 145. 4.42 0.144 119.8 0.26 0.020 25 91.627 75.496 16.131 29MH 155 50. 180. 0. 332. 104PV 145. 6.64 0.217 119.8 0.56 0.030 23 92.196 75.174 17.022 20 156 56. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 27 91.473 76.010 15.463 141RN 157 218. 850. 0. 897. 104PV 145. 17.94 0.587 119.8 3.54 0.770 78 87.243 75.188 12.055 84 158 190. 760. 0. 621. 104PV 145. 12.42 0.406 119.8 1.79 0.340 24 91.605 74.827 16.778 26 159 25. 90. 0. 350. 104PV 145. 7.01 0.229 119.8 0.62 0.015 113 90.902 76.241 14.661 120 160 29. 110. 0. 1501. 104PV 145. 30.01 0.981 119.8 9.18 0.265 111 90.918 75.592 15.326 114 161 75. 270. 0. 14378. 300AC 140. 287.55 1.130 340.9 3.70 0.275 44 92.872 74.195 18.677 22

162 29. 110. 0. 805. E 104 103. 16.10 0.526 105.0 5.51 0.160 133 89.771 77.216 12.555 135MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 163 13. 50. 0. 616. E 104 103. 12.33 0.403 105.0 3.36 0.045 124 90.952 76.965 13.987 122 164 20. 60. 0. 720. 104PV 145. 14.40 0.471 119.8 2.36 0.045 19 91.627 75.496 16.131 29MH ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 86 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.014 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00098 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.576 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 12827. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46930. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 88 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1588. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.51/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46930.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 37 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 5886. 4574.69 43.35 198312.95 86.00 506196.00 8.30 48853.80 0.05 X SUPPLY COST 25309.80 14.00/13.20 PVC 860. 712.62 43.35 30891.93 139.00 119540.00 9.05 7783.00 0.05 X SUPPLY COST 5977.00 16.00/15.10 PVC 167. 144.35 43.35 6257.79 184.00 30728.00 11.60 1937.20 0.05 X SUPPLY COST 1536.40 20.00 AC 165. 158.40 43.35 6866.64 285.00 47025.00 13.10 2161.50 0.10 X SUPPLY COST 4702.50 25.00 AC 475. 504.69 43.35 21878.20 394.00 187150.00 17.05 8098.75 0.10 X SUPPLY COST 18715.00 30.00 AC 251. 293.67 43.35 12730.59 569.00 142819.00 23.50 5898.50 0.10 X SUPPLY COST 14281.90 40.00 AC 78. 109.20 43.35 4733.82 1103.00 86034.00 36.40 2839.20 0.10 X SUPPLY COST 8603.40 TOTAL = 7882. 6497.62 281671.91 1119492.00 77571.95 79126.00 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1557862.

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LANKA 3 DATE:�� (LANKA3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 103.800 78.800 25.000 1FH 1 30. 100. 0. 34240. 250AC 140. 684.80 3.875 284.1 44.81 1.345 1 102.456 78.793 23.663 2 2 378. 1230. 0. 12275. 200AC 140. 162.25 1.435 266.1 9.23 3.490 2 98.966 77.531 21.435 3 E 200 72. 83.25 0.736 3 62. 200. 0. 11090. 200AC 140. 187.42 1.657 242.3 12.06 0.750 3 98.218 77.210 21.008 4 E 125 88. 34.38 0.778 4 64. 210. 0. 10365. 200AC 140. 175.17 1.549 242.3 10.64 0.680 4 97.537 76.991 20.546 5 E 125 88. 32.13 0.727 5 64. 210. 0. 9645. 200AC 140. 163.00 1.441 242.3 9.31 0.595 5 96.942 76.896 20.046 6 E 125 88. 29.90 0.677 6 50. 160. 0. 4065. 104PV 145. 40.88 1.337 155.6 16.28 0.815 6 96.128 76.663 19.465 7 E 125 88. 40.43 0.915 7 173. 560. 0. 2148. E 125 88. 42.96 0.972 119.3 18.21 3.150 7 92.977 75.980 16.997 8 8 68. 220. 0. 2039. E 125 88. 40.78 0.923 119.3 16.54 1.125 8 91.853 75.812 16.041 9 9 40. 130. 0. 1171. E 125 88. 23.43 0.530 119.3 5.93 0.235 9 91.616 75.785 15.831 10 10 31. 100. 0. 896. E 125 88. 17.93 0.406 119.3 3.61 0.110 10 91.504 75.763 15.741 11 11 126. 410. 0. 290. E 125 88. 5.81 0.131 119.3 0.45 0.055 11 91.447 75.415 16.032 12RN 12 145. 470. 0. 150. E 104 103. 2.99 0.098 105.0 0.24 0.035 13 91.447 75.415 16.032 12RN 13 25. 80. 0. 304. 104PV 145. 6.07 0.199 119.8 0.48 0.010 14 91.483 75.896 15.587 13MH 14 63. 200. 0. 874. 104PV 145. 17.47 0.571 119.8 3.37 0.210 15 91.495 75.694 15.801 14 15 101. 330. 0. 876. 104PV 145. 17.52 0.573 119.8 3.39 0.340 16 91.707 75.779 15.928 15 16 105. 340. 0. 1361. 104PV 145. 27.22 0.890 119.8 7.67 0.805 17 92.050 75.815 16.235 16 17 27. 90. 0. 737. E 104 103. 14.74 0.482 105.0 4.67 0.125 18 92.855 76.150 16.705 17 18 27. 90. 0. 671. E 104 103. 13.43 0.439 105.0 3.93 0.105 19 92.981 76.166 16.815 18

19 66. 210. 0. 1477. E 104 103. 29.54 0.966 105.0 16.94 1.120 20 93.087 76.201 16.886 19 20 39. 130. 0. 119. E 125 88. 2.39 0.054 119.3 0.09 0.005 20 94.202 76.076 18.126 21RN 21 59. 190. 0. 41. 104PV 145. 0.81 0.027 119.8 0.01 0.000 22 94.202 76.076 18.126 21RN 22 149. 480. 0. 956. 104PV 145. 19.11 0.625 119.8 3.98 0.595 23 94.203 76.187 18.016 22MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 56. 180. 0. 1376. E 104 103. 27.51 0.900 105.0 14.85 0.830 24 94.796 76.431 18.365 23 24 49. 160. 0. 1243. E 104 103. 24.85 0.813 105.0 12.31 0.605 24 95.025 76.914 18.111 25 25 50. 160. 0. 2140. E 104 103. 42.81 1.400 105.0 33.68 1.685 25 93.341 77.343 15.998 26MH 26 57. 180. 0. 1019. E 104 103. 20.39 0.667 105.0 8.53 0.485 26 92.855 76.150 16.705 17 27 96. 310. 0. 1921. E 125 88. 38.43 0.870 119.3 14.82 1.420 24 94.205 76.353 17.852 20 28 61. 200. 0. 556. 104PV 145. 11.11 0.363 119.8 1.46 0.090 19 92.998 76.013 16.985 30 29 36. 120. 0. 216. E 104 103. 4.31 0.141 105.0 0.48 0.015 30 92.981 76.166 16.815 18 30 57. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 30 92.995 76.120 16.875 31RN 31 118. 380. 0. 190. 104PV 145. 3.80 0.124 119.8 0.20 0.025 22 94.179 75.167 19.012 28RN 32 62. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 22 94.199 76.056 18.143 27RN 33 29. 90. 0. 45. E 104 103. 0.90 0.029 105.0 0.03 0.000 23 94.795 76.216 18.579 29RN 34 162. 530. 0. 5130. 151PV 145. 74.83 1.161 196.1 8.11 1.315 6 95.627 76.644 18.983 24 E 125 88. 27.76 0.628 35 155. 500. 0. 1308. 104PV 145. 26.15 0.855 119.8 7.12 1.105 7 95.025 76.914 18.111 25 36 206. 670. 0. 616. 104PV 145. 12.32 0.403 119.8 1.77 0.365 26 92.977 75.980 16.997 8 37 45. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 16 92.048 75.815 16.233 33RN 38 132. 430. 0. 477. 104PV 145. 9.55 0.312 119.8 1.10 0.145 9 91.707 75.779 15.928 15 39 49. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 10 91.614 75.812 15.802 37RN 40 70. 230. 0. 236. 104PV 145. 4.72 0.154 119.8 0.30 0.020 11 91.483 75.896 15.587 13MH 41 134. 430. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.035 14 91.461 75.641 15.820 38RN 42 157. 510. 0. 255. 104PV 145. 5.10 0.167 119.8 0.34 0.055 5 97.483 76.468 21.015 34RN

43 159. 520. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.055 4 98.162 76.916 21.246 35RN 44 145. 470. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.045 3 98.923 77.070 21.853 36RN 45 50. 160. 0. 21170. 250AC 140. 384.21 2.174 294.8 15.37 0.770 2 101.687 78.793 22.894 39 E 125 88. 39.19 0.887 46 304. 990. 0. 495. 104PV 145. 9.90 0.324 119.8 1.18 0.360 39 101.329 78.216 23.113 40RN 47 87. 280. 0. 19960. 250AC 140. 362.25 2.050 294.8 13.78 1.200 39 100.488 78.233 22.255 41 E 125 88. 36.95 0.836 48 70. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 41 100.483 78.168 22.315 42RN 49 154. 500. 0. 19340. 250AC 140. 350.99 1.986 294.8 13.00 2.000 41 98.487 78.305 20.182 43 E 125 88. 35.81 0.810 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 50 168. 540. 0. 16432. 250AC 140. 298.22 1.688 294.8 9.61 1.615 43 96.872 78.356 18.516 45 E 125 88. 30.42 0.689 51 182. 590. 0. 1473. 104PV 145. 29.46 0.963 119.8 8.87 1.615 43 96.872 78.356 18.516 45 52 192. 620. 0. 310. 104PV 145. 6.20 0.203 119.8 0.50 0.095 43 98.392 78.160 20.232 44RN 53 81. 260. 0. 17210. 300AC 140. 344.20 1.353 340.9 5.16 0.420 45 96.454 78.416 18.038 46 54 91. 300. 0. 460. 104PV 145. 9.20 0.301 119.8 1.03 0.095 46 96.360 78.416 17.944 47 55 32. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 47 96.360 78.416 17.944 48RN 56 65. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 47 96.356 78.315 18.041 49RN 57 357. 1160. 0. 15890. 300AC 140. 317.80 1.249 340.9 4.45 1.590 46 94.865 78.940 15.925 50 58 49. 160. 0. 13623. 250AC 140. 272.45 1.542 284.1 8.13 0.400 50 94.467 78.916 15.551 51 59 41. 130. 0. 13178. 250AC 140. 263.55 1.491 284.1 7.65 0.315 51 94.153 78.878 15.275 52 60 51. 170. 0. 12758. 250AC 140. 255.15 1.444 284.1 7.20 0.365 52 93.786 78.812 14.974 53 61 159. 520. 0. 7671. 250AC 140. 153.43 0.868 284.1 2.81 0.445 53 93.340 78.812 14.528 54 62 49. 160. 0. 1269. 104PV 145. 25.37 0.830 119.8 6.73 0.330 54 93.010 78.840 14.170 55 63 96. 310. 0. 146. E 104 103. 2.93 0.096 105.0 0.23 0.020 56 93.010 78.840 14.170 55 64 119. 390. 0. 4586. 151PV 145. 72.50 1.125 190.2 7.65 0.910 56 92.122 78.321 13.801 57 E 104 103. 19.23 0.629 65 51. 170. 0. 2527. 132PV 145. 36.68 0.745 171.7 4.17 0.215 57 91.909 78.176 13.733 58

E 104 103. 13.86 0.453 66 34. 110. 0. 1326. E 104 103. 26.53 0.867 105.0 13.89 0.470 58 91.437 77.996 13.441 59 67 62. 200. 0. 395. E 104 103. 7.89 0.258 105.0 1.47 0.090 60 91.437 77.996 13.441 59 68 52. 170. 0. 1309. E 104 103. 26.18 0.856 105.0 13.55 0.705 61 91.528 77.956 13.572 60 69 31. 100. 0. 2629. 132PV 145. 38.16 0.775 171.7 4.49 0.140 62 92.233 78.075 14.158 61 E 104 103. 14.41 0.471 70 59. 190. 0. 3014. 151PV 145. 47.64 0.739 190.2 3.51 0.205 63 92.372 78.095 14.277 62 E 104 103. 12.63 0.413 71 75. 240. 0. 3489. 151PV 145. 55.15 0.855 190.2 4.61 0.345 64 92.580 78.162 14.418 63 E 104 103. 14.62 0.478 72 56. 180. 0. 3899. 151PV 145. 61.63 0.956 190.2 5.66 0.315 65 92.925 78.216 14.709 64 E 104 103. 16.34 0.534 73 112. 360. 0. 7. 104PV 145. 0.15 0.005 119.8 0.00 0.000 66 93.242 78.582 14.660 65MH 74 73. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 66 93.236 78.256 14.980 67RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 75 363. 1180. 0. 1017. 104PV 145. 20.35 0.665 119.8 4.47 1.625 50 93.242 78.336 14.906 66 76 84. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 52 94.145 78.523 15.622 72RN 77 93. 300. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.010 51 94.455 78.698 15.757 73RN 78 179. 580. 0. 4451. 200AC 140. 89.02 0.787 227.3 3.04 0.545 53 93.242 78.582 14.660 65MH 79 61. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 64 92.922 78.256 14.666 71RN 80 65. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 74 93.224 78.214 15.010 75RN 81 102. 330. 0. 165. E 150 88. 3.30 0.052 143.1 0.06 0.005 74 93.222 78.230 14.992 76RN 82 49. 160. 0. 5163. 200AC 140. 103.25 0.913 227.3 4.00 0.195 74 93.032 78.468 14.564 56 83 85. 280. 0. 5923. 250AC 140. 101.70 0.575 301.1 1.31 0.110 54 93.228 77.556 15.672 74 E 150 88. 16.76 0.263 84 79. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.010 63 92.572 78.216 14.356 69RN 85 74. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 62 92.366 78.196 14.170 68RN 86 100. 320. 0. 594. 104PV 145. 11.89 0.389 119.8 1.65 0.165 70 91.528 77.956 13.572 60 87 132. 430. 0. 969. 104PV 145. 19.39 0.634 119.8 4.09 0.540 61 91.694 77.892 13.802 70

88 355. 1150. 0. 589. E 104 103. 11.78 0.385 105.0 3.09 1.095 60 90.433 77.340 13.093 77RN 89 400. 1300. 0. 636. 104PV 145. 12.72 0.416 119.8 1.87 0.750 78 90.433 77.340 13.093 77RN 90 60. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 78 91.180 78.006 13.174 79RN 91 27. 90. 0. 1521. 104PV 145. 30.42 0.995 119.8 9.42 0.255 59 91.183 78.075 13.108 78 92 144. 470. 0. 826. 104PV 145. 16.51 0.540 119.8 3.04 0.435 58 91.472 78.513 12.959 80 93 44. 140. 0. 1709. 104PV 145. 34.19 1.118 119.8 11.69 0.515 57 91.608 78.432 13.176 81 94 46. 150. 0. 813. 104PV 145. 16.25 0.531 119.8 2.95 0.135 81 91.472 78.513 12.959 80 95 134. 430. 0. 537. 104PV 145. 10.74 0.351 119.8 1.37 0.185 81 91.424 78.640 12.784 82 96 114. 370. 0. 283. 104PV 145. 5.66 0.185 119.8 0.42 0.050 80 91.424 78.640 12.784 82 97 131. 420. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.030 82 91.393 78.856 12.537 83RN 98 266. 860. 0. 430. 104PV 145. 8.60 0.281 119.8 0.91 0.240 80 91.231 78.351 12.880 84RN 99 365. 1180. 0. 590. 104PV 145. 11.80 0.386 119.8 1.63 0.595 55 92.415 78.640 13.775 85RN 100 28. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 17 92.854 76.150 16.704 32RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 25.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 83 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.537 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00041 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 3.773 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 10559. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 34240. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 77 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1875. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 7.13/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 25.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 34240.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES

POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 28 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 6082. 4727.03 43.35 204916.66 86.00 523052.00 8.30 50480.60 0.05 X SUPPLY COST 26152.60 14.00/13.20 PVC 82. 67.95 43.35 2945.51 139.00 11398.00 9.05 742.10 0.05 X SUPPLY COST 569.90 16.00/15.10 PVC 471. 407.13 43.35 17649.21 184.00 86664.00 11.60 5463.60 0.05 X SUPPLY COST 4333.20 20.00 AC 796. 764.16 43.35 33126.34 285.00 226860.00 13.10 10427.60 0.10 X SUPPLY COST 22686.00 25.00 AC 874. 928.63 43.35 40255.89 394.00 344356.00 17.05 14901.70 0.10 X SUPPLY COST 34435.60 30.00 AC 438. 512.46 43.35 22215.14 569.00 249222.00 23.50 10293.00 0.10 X SUPPLY COST 24922.20 TOTAL = 8743. 7407.35 321108.75 1441552.00 92308.61 113099.50 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1968069. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LANKA 4 DATE:�� (LANKA4/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98.600 78.600 20.000 1FH 1 30. 0. 0. 46930. 450AC 140. 938.60 1.639 511.4 4.59 0.140 1 98.462 78.645 19.817 2 2 70. 170. 0. 45523. 450AC 140. 910.47 1.590 511.4 4.34 0.305 2 98.159 78.715 19.444 3 3 69. 160. 0. 45248. 450AC 140. 904.97 1.581 511.4 4.29 0.295 3 97.863 78.640 19.223 4 4 139. 330. 0. 43925. 450AC 140. 878.50 1.534 511.4 4.06 0.565 4 97.299 78.602 18.697 5 5 990. 2340. 0. 1063. E 150 88. 21.27 0.334 143.1 2.04 2.020 5 95.280 78.301 16.979 6MH 6 20. 50. 0. 482. E 150 88. 9.63 0.151 143.1 0.47 0.010 7 95.280 78.301 16.979 6MH 7 42. 100. 0. 6961. 200AC 140. 107.40 0.950 250.9 4.30 0.180 7 95.109 78.290 16.819 8 E 150 88. 31.82 0.500 8 22. 50. 0. 6716. 200AC 140. 103.62 0.916 250.9 4.02 0.090 8 95.021 78.245 16.776 9 E 150 88. 30.70 0.483 9 19. 40. 0. 6531. 200AC 140. 100.76 0.891 250.9 3.82 0.075 9 94.948 78.210 16.738 10 E 150 88. 29.86 0.469 10 31. 70. 0. 6336. 200AC 140. 97.75 0.864 250.9 3.61 0.110 10 94.836 78.210 16.626 11 E 150 88. 28.97 0.455 11 33. 80. 0. 6081. 200AC 140. 93.82 0.830 250.9 3.35 0.110 11 94.725 78.186 16.539 12 E 150 88. 27.80 0.437 12 48. 110. 0. 68. E 100 103. 1.36 0.048 101.0 0.07 0.005 12 94.722 78.259 16.463 13 13 40. 90. 0. 62. E 100 103. 1.24 0.044 101.0 0.06 0.000 14 94.722 78.259 16.463 13 14 24. 60. 0. 427. E 100 103. 8.54 0.302 101.0 2.06 0.050 15 94.725 78.083 16.642 14 15 33. 80. 0. 637. E 100 103. 12.74 0.451 101.0 4.32 0.145 16 94.774 78.079 16.695 15 16 24. 60. 0. 797. E 100 103. 15.94 0.564 101.0 6.54 0.155 17 94.917 78.150 16.767 16 17 35. 80. 0. 338. 104PV 145. 6.76 0.221 119.8 0.58 0.020 18 95.074 78.393 16.681 17 18 41. 100. 0. 107. 104PV 145. 2.14 0.070 119.8 0.07 0.005 18 95.091 78.319 16.772 19

19 39. 90. 0. 450. 104PV 145. 8.99 0.294 119.8 0.99 0.040 19 95.053 77.963 17.090 20 20 61. 140. 0. 6369. 250AC 140. 127.39 0.721 284.1 1.99 0.120 20 94.931 78.416 16.515 21 21 169. 400. 0. 6482. 250AC 140. 129.64 0.734 284.1 2.06 0.345 21 94.584 78.355 16.229 22MH 22 40. 90. 0. 7213. 250AC 140. 134.46 0.761 291.8 2.20 0.090 22 94.496 78.210 16.286 23 E 104 103. 9.81 0.321 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 32. 80. 0. 7128. 250AC 140. 132.88 0.752 291.8 2.15 0.070 23 94.427 78.201 16.226 24 E 104 103. 9.69 0.317 24 55. 130. 0. 6214. 250AC 140. 115.83 0.655 291.8 1.67 0.090 24 94.335 78.057 16.278 25 E 104 103. 8.45 0.276 25 51. 120. 0. 6089. 250AC 140. 113.50 0.642 291.8 1.61 0.080 25 94.254 78.051 16.203 26 E 104 103. 8.28 0.271 26 71. 170. 0. 5944. 250AC 140. 110.80 0.627 291.8 1.54 0.110 26 94.144 78.179 15.965 27 E 104 103. 8.08 0.264 27 38. 90. 0. 5144. 200AC 140. 90.95 0.804 238.2 3.16 0.120 27 94.024 78.111 15.913 28 E 104 103. 11.93 0.390 28 59. 140. 0. 5029. 200AC 140. 88.92 0.786 238.2 3.03 0.180 28 93.846 78.295 15.551 29MH E 104 103. 11.66 0.381 29 45. 110. 0. 3889. 200AC 140. 68.76 0.608 238.2 1.88 0.085 29 93.761 78.190 15.571 30 E 104 103. 9.02 0.295 30 57. 130. 0. 3769. 200AC 140. 66.63 0.589 238.2 1.78 0.100 30 93.660 78.200 15.460 31 E 104 103. 8.74 0.286 31 39. 90. 0. 3046. 200AC 140. 53.85 0.476 238.2 1.20 0.045 31 93.613 78.246 15.367 32 E 104 103. 7.06 0.231 32 70. 170. 0. 2404. 200AC 140. 42.50 0.376 238.2 0.77 0.055 32 93.559 78.393 15.166 33 E 104 103. 5.57 0.182 33 17. 40. 0. 1929. 151PV 145. 30.49 0.473 190.2 1.54 0.025 33 93.533 78.393 15.140 34 E 104 103. 8.09 0.264 34 42. 100. 0. 1799. 151PV 145. 28.44 0.441 190.2 1.35 0.055 34 93.476 78.468 15.008 35 E 104 103. 7.54 0.247 35 51. 120. 0. 460. 104PV 145. 9.20 0.301 119.8 1.03 0.050 35 93.423 78.463 14.960 36MH 36 168. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.035 36 93.386 77.213 16.173 37RN 37 158. 370. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.030 33 93.529 77.200 16.329 38RN 38 25. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 34 93.532 78.390 15.142 39RN

39 54. 130. 0. 1164. 132PV 145. 16.90 0.343 171.7 0.99 0.055 35 93.422 78.241 15.181 40 E 104 103. 6.38 0.209 40 167. 400. 0. 200. E 104 103. 4.00 0.131 105.0 0.42 0.070 40 93.352 78.023 15.329 41RN 41 171. 400. 0. 499. E 104 103. 9.98 0.326 105.0 2.27 0.390 40 93.034 78.429 14.605 42 42 26. 60. 0. 209. E 104 103. 4.18 0.137 105.0 0.45 0.010 42 93.022 78.355 14.667 43 43 92. 220. 0. 480. E 104 103. 9.60 0.314 105.0 2.11 0.195 43 92.828 78.140 14.688 44 44 98. 230. 0. 115. E 104 103. 2.30 0.075 105.0 0.15 0.015 44 92.813 78.298 14.515 45RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 45 58. 140. 0. 70. E 104 103. 1.40 0.046 105.0 0.06 0.005 44 92.824 78.185 14.639 46RN 46 42. 100. 0. 220. E 104 103. 4.40 0.144 105.0 0.50 0.020 43 93.001 78.269 14.732 47 47 39. 90. 0. 45. E 104 103. 0.90 0.029 105.0 0.03 0.000 47 93.000 78.315 14.685 48RN 48 32. 80. 0. 40. E 104 103. 0.80 0.026 105.0 0.02 0.000 47 93.001 78.315 14.686 49RN 49 56. 130. 0. 746. 104PV 145. 8.74 0.286 146.8 0.94 0.050 50 93.022 78.355 14.667 43 E 104 103. 6.18 0.202 50 142. 340. 0. 981. 104PV 145. 11.49 0.376 146.8 1.55 0.220 51 93.075 78.263 14.812 50 E 104 103. 8.13 0.266 51 32. 80. 0. 1261. 104PV 145. 14.77 0.483 146.8 2.47 0.080 52 93.295 77.813 15.482 51 E 104 103. 10.45 0.342 52 30. 70. 0. 35. E 150 88. 0.70 0.011 143.1 0.00 0.000 51 93.295 77.738 15.557 53RN 53 48. 110. 0. 1356. 104PV 145. 16.56 0.541 144.5 3.05 0.145 54 93.374 77.797 15.577 52 E 100 103. 10.56 0.374 54 15. 40. 0. 3428. 200AC 140. 61.30 0.542 237.2 1.52 0.025 55 93.521 75.515 18.006 54 E 100 103. 7.25 0.256 55 44. 100. 0. 3498. 200AC 140. 62.55 0.553 237.2 1.58 0.070 56 93.544 75.515 18.029 55 E 100 103. 7.40 0.262 56 45. 110. 0. 3843. 200AC 140. 68.72 0.608 237.2 1.88 0.085 57 93.613 75.551 18.062 56 E 100 103. 8.13 0.288 57 80. 190. 0. 4333. 200AC 140. 77.49 0.685 237.2 2.35 0.190 58 93.698 76.157 17.541 57 E 100 103. 9.17 0.324 58 70. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 54 93.518 75.688 17.830 59RN 59 62. 150. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.010 56 93.604 75.669 17.935 60

60 18. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 60 93.604 75.669 17.935 61RN 61 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 60 93.604 75.669 17.935 62RN 62 66. 160. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.025 57 93.674 76.479 17.195 63 63 25. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 63 93.674 77.357 16.317 64RN 64 52. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 63 93.673 76.663 17.010 65RN 65 49. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 58 93.885 76.123 17.762 66RN 66 96. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.010 58 93.878 76.225 17.653 67RN 67 108. 260. 0. 4908. 250AC 140. 92.10 0.521 291.1 1.09 0.120 68 93.886 75.988 17.898 58 E 100 103. 6.06 0.214 68 95. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 68 93.997 76.410 17.587 69RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 69 60. 140. 0. 5328. 250AC 140. 99.98 0.566 291.1 1.27 0.075 70 94.004 76.410 17.594 68 E 100 103. 6.58 0.233 70 22. 50. 0. 5513. 250AC 140. 103.45 0.585 291.1 1.35 0.030 71 94.080 75.732 18.348 70 E 100 103. 6.81 0.241 71 20. 50. 0. 5653. 250AC 140. 106.08 0.600 291.1 1.42 0.030 72 94.110 75.559 18.551 71 E 100 103. 6.98 0.247 72 28. 70. 0. 5783. 250AC 140. 108.52 0.614 291.1 1.48 0.040 73 94.138 75.812 18.326 72 E 100 103. 7.14 0.252 73 36. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 70 94.079 75.896 18.183 74RN 74 36. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 71 94.109 75.860 18.249 75RN 75 37. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 73 94.179 76.159 18.020 76RN 76 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 72 94.138 76.949 17.189 77RN 77 53. 130. 0. 6742. 250AC 140. 126.51 0.716 291.1 1.96 0.105 78 94.179 75.464 18.715 73 E 100 103. 8.32 0.294 78 33. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 78 94.283 76.778 17.505 79RN 79 18. 40. 0. 6907. 250AC 140. 129.61 0.733 291.1 2.05 0.035 80 94.283 76.630 17.653 78 E 100 103. 8.53 0.302 80 86. 200. 0. 1051. 132PV 145. 21.01 0.426 152.0 1.49 0.130 174 94.236 78.103 16.133 81 81 56. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 81 94.235 78.169 16.066 82RN

82 13. 30. 0. 806. 132PV 145. 16.11 0.327 152.0 0.91 0.010 81 94.224 78.095 16.129 83 83 39. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 83 94.224 78.125 16.099 84RN 84 44. 100. 0. 651. 104PV 145. 13.01 0.425 119.8 1.95 0.085 83 94.138 78.072 16.066 85 85 56. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 85 94.137 77.886 16.251 86RN 86 24. 60. 0. 441. 104PV 145. 8.81 0.288 119.8 0.95 0.025 85 94.116 78.211 15.905 87MH 87 330. 780. 0. 61. 104PV 145. 1.22 0.040 119.8 0.02 0.010 88 94.116 78.211 15.905 87MH 88 33. 80. 0. 199. 104PV 145. 3.97 0.130 119.8 0.22 0.005 88 94.116 78.156 15.960 89 89 30. 70. 0. 84. 104PV 145. 1.67 0.055 119.8 0.04 0.000 89 94.115 77.989 16.126 90 90 29. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 90 94.115 77.636 16.479 91RN 91 18. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 89 94.116 78.156 15.960 92RN 92 62. 150. 0. 595. E 104 103. 11.90 0.389 105.0 3.15 0.195 27 93.949 78.068 15.881 93 93 27. 60. 0. 340. 104PV 145. 6.80 0.222 119.8 0.59 0.015 93 93.934 78.230 15.703 94 94 29. 70. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.010 94 93.922 78.304 15.618 95 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 95 100. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.010 95 93.913 78.449 15.464 96RN 96 62. 150. 0. 75. E 104 103. 1.50 0.049 105.0 0.07 0.005 93 93.945 78.206 15.739 97RN 97 72. 170. 0. 930. 104PV 145. 18.60 0.608 119.8 3.79 0.275 29 93.573 77.957 15.616 98 98 40. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 98 93.572 78.162 15.410 99RN 99 28. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 98 93.573 78.085 15.488 100RN 100 18. 40. 0. 665. 104PV 145. 13.30 0.435 119.8 2.04 0.035 98 93.536 78.033 15.503 101 101 122. 290. 0. 160. 104PV 145. 3.20 0.105 119.8 0.15 0.020 102 93.536 78.033 15.503 101 102 39. 90. 0. 63. 104PV 145. 1.26 0.041 119.8 0.03 0.000 102 93.553 78.315 15.238 103 103 66. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 103 93.550 78.260 15.290 104RN 104 27. 60. 0. 172. 104PV 145. 3.44 0.112 119.8 0.17 0.005 105 93.553 78.315 15.238 103 105 75. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 105 93.554 78.663 14.891 106RN

106 32. 80. 0. 16634. 300AC 140. 301.88 1.186 353.8 4.05 0.130 20 94.923 78.019 16.904 182 E 150 88. 30.79 0.484 107 57. 130. 0. 447. 104PV 145. 8.94 0.292 119.8 0.97 0.055 32 93.557 78.325 15.232 105 108 84. 200. 0. 513. 104PV 145. 10.26 0.335 119.8 1.26 0.105 31 93.554 78.265 15.289 102 109 81. 190. 0. 565. 104PV 145. 11.30 0.369 119.8 1.50 0.120 101 93.414 77.754 15.660 107 110 75. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 107 93.410 77.940 15.470 108RN 111 34. 80. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.010 107 93.406 77.910 15.496 109 112 48. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 109 93.405 78.023 15.382 110RN 113 24. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 109 93.406 78.058 15.348 111RN 114 19. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 107 93.414 77.754 15.660 112RN 115 96. 230. 0. 6821. 250AC 140. 136.43 0.772 284.1 2.26 0.215 80 94.104 76.949 17.155 113 116 35. 80. 0. 7365. 250AC 140. 137.29 0.777 291.8 2.29 0.080 113 94.024 77.057 16.967 114MH E 104 103. 10.01 0.327 117 17. 40. 0. 6767. 250AC 140. 126.14 0.714 291.8 1.95 0.035 114 93.990 76.136 17.854 115 E 104 103. 9.20 0.301 118 72. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 115 93.987 75.896 18.091 117RN 119 36. 90. 0. 218. 104PV 145. 4.35 0.142 119.8 0.26 0.010 116 93.953 75.869 18.084 118 120 70. 170. 0. 454. 104PV 145. 9.07 0.297 119.8 1.00 0.070 114 93.953 75.869 18.084 118 121 15. 40. 0. 6557. 250AC 140. 122.22 0.692 291.8 1.84 0.030 115 93.963 76.387 17.576 116MH E 104 103. 8.91 0.291 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 122 53. 130. 0. 6209. 250AC 140. 115.74 0.655 291.8 1.67 0.090 116 93.874 75.383 18.491 119 E 104 103. 8.44 0.276 123 83. 200. 0. 441. 104PV 145. 8.83 0.289 119.8 0.95 0.080 118 93.874 75.383 18.491 119 124 33. 80. 0. 6265. 250AC 140. 116.79 0.661 291.8 1.69 0.055 119 93.819 76.126 17.693 120 E 104 103. 8.52 0.279 125 39. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 120 93.818 76.126 17.692 121RN 126 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 120 93.817 76.558 17.259 122RN 127 76. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 119 93.871 76.109 17.762 123RN

128 28. 70. 0. 5980. 250AC 140. 111.48 0.631 291.8 1.55 0.045 120 93.775 76.558 17.217 124MH E 104 103. 8.13 0.266 129 58. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 124 93.773 75.963 17.810 125RN 130 38. 90. 0. 5760. 250AC 140. 107.38 0.608 291.8 1.45 0.055 124 93.720 75.963 17.757 126 E 104 103. 7.83 0.256 131 37. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 126 93.719 75.853 17.866 127RN 132 22. 50. 0. 5600. 250AC 140. 104.39 0.591 291.8 1.38 0.030 126 93.690 76.102 17.588 128 E 104 103. 7.61 0.249 133 23. 50. 0. 1124. E 104 103. 22.49 0.735 105.0 10.22 0.235 128 93.455 76.596 16.859 129 134 88. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 129 93.449 76.856 16.593 130RN 135 65. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 129 93.452 76.336 17.116 131RN 136 57. 130. 0. 674. E 104 103. 13.49 0.441 105.0 3.97 0.225 129 93.228 77.102 16.126 132 137 32. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 132 93.228 77.200 16.028 133RN 138 129. 310. 0. 374. E 104 103. 7.49 0.245 105.0 1.33 0.170 132 93.056 77.772 15.284 134 139 33. 80. 0. 754. E 150 88. 15.08 0.237 143.1 1.08 0.035 135 93.056 77.772 15.284 134 140 50. 120. 0. 3027. 104PV 145. 23.31 0.762 172.2 5.75 0.290 136 93.092 77.755 15.337 135 E 150 88. 37.24 0.585 141 23. 50. 0. 1054. E 150 88. 21.08 0.331 143.1 2.00 0.045 136 93.333 77.753 15.580 137 142 109. 260. 0. 4296. 200AC 140. 85.92 0.760 227.3 2.84 0.310 128 93.380 77.755 15.625 136 143 23. 50. 0. 117. E 150 88. 2.34 0.037 143.1 0.03 0.000 137 93.333 77.810 15.523 138 144 125. 300. 0. 188. E 150 88. 3.76 0.059 143.1 0.08 0.010 139 93.333 77.810 15.523 138 145 54. 130. 0. 65. E 150 88. 1.30 0.020 143.1 0.01 0.000 138 93.332 77.663 15.669 140RN 146 56. 130. 0. 4623. 200AC 140. 71.32 0.631 250.9 2.01 0.115 141 93.343 77.852 15.491 139 E 150 88. 21.13 0.332 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 147 58. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 141 93.454 77.663 15.791 142RN 148 171. 400. 0. 4020. 200AC 140. 80.40 0.711 227.3 2.52 0.430 139 92.913 78.160 14.753 143 149 57. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 143 92.911 78.116 14.795 144RN

150 30. 70. 0. 3655. 200AC 140. 73.10 0.646 227.3 2.11 0.065 143 92.850 78.123 14.727 145 151 117. 280. 0. 586. 104PV 145. 11.72 0.383 119.8 1.61 0.190 145 92.661 78.023 14.638 146 152 161. 380. 0. 2704. 200AC 140. 54.08 0.478 227.3 1.21 0.195 145 92.655 77.956 14.699 147 153 47. 110. 0. 151. 104PV 145. 3.02 0.099 119.8 0.13 0.005 146 92.655 77.956 14.699 147 154 42. 100. 0. 1572. 151PV 145. 31.43 0.488 173.9 1.63 0.070 147 92.587 78.175 14.412 150 155 102. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.010 146 92.653 78.226 14.427 148RN 156 106. 250. 0. 863. 104PV 145. 17.27 0.565 119.8 3.30 0.350 147 92.305 77.531 14.774 149 157 43. 100. 0. 448. 104PV 145. 8.97 0.293 119.8 0.98 0.040 149 92.263 77.496 14.767 151 158 104. 250. 0. 837. 104PV 145. 16.73 0.547 119.8 3.11 0.325 150 92.263 77.496 14.767 151 159 238. 560. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.100 150 92.489 78.102 14.387 157RN 160 110. 260. 0. 580. 104PV 145. 11.60 0.379 119.8 1.58 0.175 151 92.089 75.500 16.589 154 161 169. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.035 151 92.226 75.531 16.695 153RN 162 169. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.035 154 92.052 77.815 14.237 155RN 163 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 154 92.089 77.649 14.440 156RN 164 183. 430. 0. 718. E 150 88. 14.37 0.226 143.1 0.99 0.180 134 92.876 77.758 15.118 161MH 165 30. 70. 0. 216. E 150 88. 4.32 0.068 143.1 0.11 0.005 161 92.873 77.731 15.142 162 166 82. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 162 92.868 77.698 15.170 163RN 167 61. 140. 0. 79. 104PV 145. 1.58 0.052 119.8 0.04 0.000 164 92.873 77.731 15.142 162 168 72. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 164 92.872 76.339 16.533 165RN 169 26. 60. 0. 349. 104PV 145. 6.98 0.228 119.8 0.62 0.015 166 92.875 75.944 16.931 164 170 31. 70. 0. 413. 104PV 145. 8.25 0.270 119.8 0.84 0.025 166 92.865 75.595 17.270 167 171 99. 230. 0. 137. 104PV 145. 2.75 0.090 119.8 0.11 0.010 161 92.865 75.595 17.270 167 172 37. 90. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.010 167 92.854 75.100 17.754 168 173 62. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 168 92.852 75.337 17.515 169RN 174 15. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 168 92.854 74.767 18.087 170RN

175 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 167 92.864 75.853 17.011 171RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 176 65. 150. 0. 902. 104PV 145. 18.03 0.590 119.8 3.58 0.230 172 92.891 75.849 17.042 166 177 251. 590. 0. 295. 104PV 145. 5.90 0.193 119.8 0.45 0.115 172 93.010 77.831 15.179 173RN 178 110. 260. 0. 1697. 132PV 145. 33.93 0.689 152.0 3.61 0.395 54 93.124 75.560 17.564 172 179 15. 40. 0. 13883. 300AC 140. 251.96 0.990 353.8 2.89 0.045 174 94.320 77.506 16.814 80MH E 150 88. 25.70 0.404 180 46. 110. 0. 55. E 150 88. 1.10 0.017 143.1 0.01 0.000 174 94.363 77.663 16.700 175RN 181 74. 180. 0. 15254. 300AC 140. 291.89 1.147 346.7 3.80 0.280 176 94.364 77.506 16.858 174 E 104 103. 13.18 0.431 182 54. 130. 0. 485. 104PV 145. 9.70 0.317 119.8 1.13 0.060 176 94.584 77.963 16.621 177 183 28. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 177 94.584 78.021 16.563 178RN 184 80. 190. 0. 255. E 104 103. 5.10 0.167 105.0 0.66 0.050 177 94.531 78.225 16.306 179 185 25. 60. 0. 30. E 104 103. 0.60 0.020 105.0 0.01 0.000 179 94.531 78.260 16.271 180RN 186 41. 100. 0. 50. E 104 103. 1.00 0.033 105.0 0.03 0.000 179 94.530 78.296 16.234 181RN 187 74. 180. 0. 15984. 300AC 140. 290.08 1.140 353.8 3.76 0.280 182 94.645 77.709 16.936 176 E 150 88. 29.59 0.465 188 24. 60. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.000 182 94.921 78.263 16.658 183 189 23. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 183 94.921 78.263 16.658 184RN 190 17. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 183 94.921 78.263 16.658 185RN 191 155. 370. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.030 182 94.894 78.223 16.671 186RN 192 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 19 95.091 78.315 16.776 187RN 193 39. 90. 0. 188. E 104 103. 3.76 0.123 105.0 0.37 0.015 188 95.012 78.445 16.567 191 194 25. 60. 0. 247. E 104 103. 4.94 0.162 105.0 0.62 0.015 188 95.011 78.623 16.388 189 195 63. 150. 0. 75. E 104 103. 1.50 0.049 105.0 0.07 0.005 189 95.007 78.856 16.151 190RN 196 89. 210. 0. 38. 104PV 145. 0.76 0.025 119.8 0.01 0.000 191 95.011 78.623 16.388 189 197 33. 80. 0. 550. 104PV 145. 11.00 0.360 119.8 1.43 0.045 17 95.026 78.259 16.767 188

198 38. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 16 94.916 78.196 16.720 192RN 199 58. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 14 94.723 78.196 16.527 193RN 200 13. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 13 94.722 78.322 16.400 194RN 201 76. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 11 94.832 78.322 16.510 195RN 202 60. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 10 94.946 78.296 16.650 196RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 203 61. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 9 95.019 78.339 16.680 197RN 204 72. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 8 95.106 78.456 16.650 198RN 205 146. 350. 0. 175. E 100 103. 3.50 0.124 101.0 0.39 0.060 6 95.223 76.644 18.579 199RN 206 463. 1100. 0. 528. 104PV 145. 10.57 0.346 119.8 1.33 0.615 4 97.248 78.512 18.736 200 207 134. 320. 0. 812. 104PV 145. 16.23 0.531 119.8 2.94 0.395 201 97.248 78.512 18.736 200 208 268. 630. 0. 315. 104PV 145. 6.30 0.206 119.8 0.51 0.135 200 97.111 78.463 18.648 202RN 209 48. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 3 98.158 78.801 19.357 203RN 210 64. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 14 94.722 78.254 16.468 204RN 211 58. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 15 94.772 78.152 16.620 205RN 212 65. 150. 0. 1194. 104PV 145. 13.99 0.457 146.8 2.23 0.145 206 95.074 78.393 16.681 17 E 104 103. 9.89 0.323 213 45. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 206 95.218 78.395 16.823 207RN 214 19. 40. 0. 1399. 104PV 145. 16.39 0.536 146.8 3.00 0.055 208 95.219 78.175 17.044 206 E 104 103. 11.59 0.379 215 36. 90. 0. 476. 104PV 145. 9.53 0.312 119.8 1.10 0.040 209 95.276 78.195 17.081 208 216 35. 80. 0. 1028. 151PV 145. 16.25 0.252 190.2 0.48 0.015 210 95.276 78.195 17.081 208 E 104 103. 4.31 0.141 217 80. 190. 0. 183. E 104 103. 3.67 0.120 105.0 0.36 0.030 210 95.264 78.296 16.968 211 218 35. 80. 0. 759. E 104 103. 15.18 0.496 105.0 4.94 0.175 212 95.264 78.296 16.968 211 219 34. 80. 0. 845. 104PV 145. 16.90 0.553 119.8 3.17 0.110 210 95.185 78.302 16.883 213 220 34. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 213 95.184 78.415 16.769 214RN

221 27. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 213 95.185 78.354 16.831 215RN 222 54. 130. 0. 600. 104PV 145. 12.00 0.392 119.8 1.68 0.090 213 95.094 78.464 16.630 18MH 223 29. 70. 0. 2266. 151PV 145. 45.32 0.703 173.9 3.20 0.095 216 95.293 78.084 17.209 210 224 39. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 216 95.385 78.390 16.995 217RN 225 24. 60. 0. 3052. 151PV 145. 61.05 0.947 173.9 5.56 0.135 218 95.385 77.931 17.454 216 226 34. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 218 95.519 78.390 17.129 219RN 227 44. 100. 0. 3212. 151PV 145. 64.25 0.997 173.9 6.12 0.270 220 95.519 78.124 17.395 218 228 41. 100. 0. 11810. 250AC 140. 236.20 1.337 284.1 6.24 0.255 222 95.888 78.160 17.728 221 229 33. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 222 96.144 78.448 17.696 223RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 230 59. 140. 0. 561. 104PV 145. 11.22 0.367 119.8 1.48 0.090 221 95.801 78.312 17.489 224 231 41. 100. 0. 241. 104PV 145. 4.82 0.158 119.8 0.31 0.015 224 95.788 78.367 17.421 220 232 30. 70. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.005 224 95.796 78.350 17.446 225 233 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 225 95.796 78.395 17.401 226RN 234 60. 140. 0. 7948. 250AC 140. 158.95 0.899 284.1 3.00 0.180 220 95.608 77.815 17.793 227 235 36. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 227 95.608 77.963 17.645 228RN 236 24. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 225 95.796 78.350 17.446 229RN 237 273. 650. 0. 41202. 450AC 140. 758.22 1.324 527.9 3.09 0.845 5 96.455 78.161 18.294 230 E 200 103. 65.81 0.582 238 116. 270. 0. 12075. 300AC 140. 241.50 0.949 340.9 2.68 0.310 230 96.144 78.743 17.401 222MH 239 30. 70. 0. 28632. 300AC 140. 457.33 1.797 371.4 8.73 0.260 230 96.193 78.161 18.032 231 E 200 103. 115.30 1.019 240 30. 70. 0. 25455. 350AC 140. 476.68 1.376 407.8 4.45 0.135 231 96.059 78.009 18.050 232 E 150 88. 32.42 0.510 241 69. 160. 0. 25220. 350AC 140. 472.28 1.364 407.8 4.37 0.300 232 95.758 78.163 17.595 233 E 150 88. 32.12 0.505 242 60. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 233 95.756 78.196 17.560 234RN 243 75. 180. 0. 24910. 350AC 140. 466.48 1.347 407.8 4.28 0.320 233 95.437 78.128 17.309 212

E 150 88. 31.73 0.499 244 49. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 232 96.058 78.225 17.833 235RN 245 126. 300. 0. 2956. E 200 103. 59.13 0.523 201.9 2.53 0.320 231 95.873 78.226 17.647 236 246 79. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 236 95.869 78.497 17.372 237RN 247 256. 610. 0. 2311. E 200 103. 46.23 0.409 201.9 1.61 0.410 236 95.462 78.478 16.984 238 248 48. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 238 95.461 78.712 16.749 239RN 249 33. 80. 0. 1856. E 150 88. 37.13 0.584 143.1 5.72 0.190 238 95.273 78.699 16.574 240 250 39. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 240 95.273 78.674 16.599 241RN 251 128. 300. 0. 1576. E 150 88. 31.53 0.496 143.1 4.23 0.540 240 94.732 78.417 16.315 242 252 56. 130. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.015 242 94.718 78.417 16.301 243 253 27. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 243 94.718 78.584 16.134 244RN 254 38. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 243 94.718 78.590 16.128 245RN 255 73. 170. 0. 1061. E 150 88. 21.23 0.334 143.1 2.03 0.150 242 94.584 78.355 16.229 22MH 256 61. 140. 0. 22778. 350AC 140. 426.56 1.232 407.8 3.62 0.220 246 95.053 77.963 17.090 20 E 150 88. 29.01 0.456 257 41. 100. 0. 23971. 350AC 140. 448.89 1.296 407.8 3.98 0.165 212 95.274 77.998 17.276 246 E 150 88. 30.53 0.480 258 63. 150. 0. 998. 104PV 145. 19.95 0.652 119.8 4.31 0.270 246 95.002 78.181 16.821 247 259 68. 160. 0. 463. 104PV 145. 9.25 0.303 119.8 1.04 0.070 247 94.931 78.416 16.515 21 260 48. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 247 95.001 78.259 16.742 248RN 261 33. 80. 0. 230. 104PV 145. 4.60 0.150 119.8 0.28 0.010 247 94.993 78.240 16.753 249 262 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 249 94.991 78.336 16.655 250RN 263 31. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 249 94.992 78.459 16.533 251RN 264 96. 230. 0. 623. 104PV 145. 12.45 0.407 119.8 1.80 0.175 211 95.091 78.319 16.772 19 265 114. 270. 0. 7653. 250AC 140. 153.05 0.866 284.1 2.79 0.320 227 95.290 78.301 16.989 7 266 147. 350. 0. 1147. 104PV 145. 22.93 0.750 119.8 5.58 0.820 2 97.642 78.640 19.002 201 267 18. 40. 0. 11109. 250AC 140. 222.18 1.257 284.1 5.57 0.100 221 95.788 78.367 17.421 220

268 45. 110. 0. 576. 104PV 145. 11.53 0.377 119.8 1.56 0.070 216 95.315 78.325 16.990 209MH 269 31. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 211 95.264 78.390 16.874 252RN 270 24. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 42 93.034 78.517 14.517 253RN 271 270. 690. 0. 5173. 104PV 145. 20.91 0.684 220.0 4.70 1.270 12 93.456 77.952 15.504 141 E 200 103. 82.55 0.730 272 31. 70. 0. 734. 104PV 145. 14.68 0.480 119.8 2.44 0.075 73 94.104 76.949 17.155 113 273 24. 60. 0. 51. 104PV 145. 1.03 0.034 119.8 0.02 0.000 87 94.115 77.989 16.126 90 274 52. 120. 0. 749. E 100 103. 14.99 0.530 101.0 5.84 0.305 24 94.124 78.019 16.105 88 275 305. 740. 0. 517. E 104 103. 10.34 0.338 105.0 2.42 0.740 137 92.594 77.963 14.631 159MH 276 86. 200. 0. 100. E 104 103. 2.00 0.065 105.0 0.12 0.010 159 92.584 77.810 14.774 160RN 277 896. 2120. 0. 1113. 151PV 145. 17.60 0.273 190.2 0.56 0.500 135 92.594 77.963 14.631 159MH E 104 103. 4.67 0.153 278 183. 400. 0. 200. E 104 103. 4.00 0.131 105.0 0.42 0.075 12 94.649 76.216 18.433 158RN 279 110. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.010 149 92.296 77.376 14.920 152RN 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 155 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 14.237 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00097 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.089 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 19838. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46930. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 155 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2190. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.99/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46930.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 29 35 87 143 150 159 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 170 5.BILL OF QUANTITIES & COST ESTIMATE

P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 10164. 7899.62 43.35 342448.66 86.00 874104.00 8.30 84361.20 0.05 X SUPPLY COST 43705.20 14.00/13.20 PVC 263. 217.93 43.35 9447.18 139.00 36557.00 9.05 2380.15 0.05 X SUPPLY COST 1827.85 16.00/15.10 PVC 1129. 975.91 43.35 42305.64 184.00 207736.00 11.60 13096.40 0.05 X SUPPLY COST 10386.80 20.00 AC 1166. 1119.36 43.35 48524.25 285.00 332310.00 13.10 15274.60 0.10 X SUPPLY COST 33231.00 25.00 AC 1358. 1442.88 43.35 62548.63 394.00 535052.00 17.05 23153.90 0.10 X SUPPLY COST 53505.20 30.00 AC 341. 398.97 43.35 17295.35 569.00 194029.00 23.50 8013.50 0.10 X SUPPLY COST 19402.90 35.00 AC 276. 353.97 43.35 15344.60 802.00 221352.00 29.95 8266.20 0.10 X SUPPLY COST 22135.20 45.00 AC 581. 884.57 43.35 38346.22 1589.00 923209.00 50.00 29050.00 0.10 X SUPPLY COST 92320.90 TOTAL = 15278. 13293.21 576260.50 3324349.00 183595.95 276515.06 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 4360721. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LONDON MISSION DATE:�� (LONDO1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 97.500 77.500 20.000 1FH 1 30. 0. 0. 46875. 400AC 140. 937.50 2.072 454.6 8.13 0.245 1 97.256 77.515 19.741 2 2 26. 60. 0. 45270. 400AC 140. 898.71 1.987 455.9 7.51 0.195 2 97.061 77.558 19.503 3 E 100 40. 6.70 0.237 3 60. 140. 0. 32436. 400AC 140. 643.91 1.423 455.9 4.05 0.245 3 96.818 77.636 19.182 4 E 100 40. 4.80 0.170 4 109. 260. 0. 4897. E 300 70. 97.95 0.385 262.0 1.82 0.200 4 96.620 77.567 19.053 5 5 175. 410. 0. 16312. 250AC 140. 180.48 1.021 355.8 3.79 0.665 5 95.956 77.731 18.225 6 E 300 70. 145.76 0.573 6 20. 50. 0. 16012. 250AC 140. 177.16 1.002 355.8 3.66 0.075 6 95.883 77.778 18.105 7 E 300 70. 143.08 0.562 7 30. 70. 0. 15882. 250AC 140. 175.72 0.994 355.8 3.61 0.110 7 95.774 77.740 18.034 8 E 300 70. 141.92 0.558 8 31. 70. 0. 15742. 250AC 140. 174.17 0.986 355.8 3.55 0.110 8 95.664 77.658 18.006 9 E 300 70. 140.67 0.553 9 31. 70. 0. 15602. 250AC 140. 172.62 0.977 355.8 3.49 0.110 9 95.556 77.732 17.824 10 E 300 70. 139.42 0.548 10 31. 70. 0. 15462. 250AC 140. 171.07 0.968 355.8 3.43 0.105 10 95.450 77.676 17.774 11 E 300 70. 138.16 0.543 11 30. 70. 0. 15342. 250AC 140. 169.74 0.961 355.8 3.39 0.100 11 95.348 77.617 17.731 12 E 300 70. 137.09 0.539 12 42. 100. 0. 15137. 250AC 140. 167.48 0.948 355.8 3.30 0.140 12 95.209 77.512 17.697 13 E 300 70. 135.26 0.532 13 75. 180. 0. 14927. 250AC 140. 165.15 0.935 355.8 3.22 0.240 13 94.968 77.585 17.383 14 E 300 70. 133.38 0.524 14 127. 300. 0. 12409. 300AC 140. 229.63 0.902 351.2 2.44 0.310 14 94.658 77.675 16.983 15 E 150 70. 18.55 0.292 15 345. 810. 0. 12254. 300AC 140. 226.76 0.891 351.2 2.38 0.820 15 93.837 77.715 16.122 16 E 150 70. 18.32 0.288

16 52. 120. 0. 10775. 300AC 140. 215.50 0.847 340.9 2.17 0.115 16 93.724 78.581 15.143 17 17 27. 60. 0. 9801. 300AC 140. 196.01 0.770 340.9 1.82 0.050 17 93.675 78.625 15.050 18 18 41. 100. 0. 8880. 300AC 140. 177.59 0.698 340.9 1.51 0.060 18 93.613 78.617 14.996 19 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 19 89. 210. 0. 7475. 250AC 140. 149.50 0.846 284.1 2.68 0.240 19 93.375 78.370 15.005 20 20 71. 170. 0. 6465. 250AC 140. 129.30 0.732 284.1 2.05 0.145 20 93.230 78.170 15.060 21 21 105. 250. 0. 6185. 250AC 140. 123.70 0.700 284.1 1.88 0.200 21 93.032 78.115 14.917 22 22 105. 250. 0. 5885. 250AC 140. 117.70 0.666 284.1 1.72 0.180 22 92.851 78.058 14.793 23 23 182. 430. 0. 5235. 250AC 140. 104.70 0.592 284.1 1.38 0.250 23 92.599 78.562 14.037 24 24 453. 1070. 0. 1173. 132PV 145. 23.45 0.476 152.0 1.82 0.825 24 91.774 78.135 13.639 25 25 125. 290. 0. 493. 104PV 145. 9.85 0.322 119.8 1.17 0.145 25 91.628 78.369 13.259 26 26 39. 90. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 26 91.627 78.399 13.228 27 27 46. 110. 0. 137. 104PV 145. 2.75 0.090 119.8 0.11 0.005 28 91.627 78.399 13.228 27 28 83. 200. 0. 532. 104PV 145. 10.65 0.348 119.8 1.35 0.110 29 91.632 78.478 13.154 28 29 54. 130. 0. 871. 104PV 145. 17.43 0.570 119.8 3.36 0.180 30 91.744 78.478 13.266 29 30 83. 200. 0. 1832. 151PV 145. 36.65 0.568 173.9 2.16 0.180 31 91.925 78.565 13.360 30 31 13. 30. 0. 471. 104PV 145. 9.41 0.308 119.8 1.07 0.015 32 92.105 78.484 13.621 31 32 65. 150. 0. 561. 104PV 145. 11.21 0.367 119.8 1.48 0.095 33 92.119 78.407 13.712 32 33 69. 160. 0. 1557. 151PV 145. 31.14 0.483 173.9 1.60 0.110 33 92.105 78.484 13.621 31 34 122. 290. 0. 2417. 200AC 140. 48.35 0.427 227.3 0.98 0.120 34 92.215 78.384 13.831 33 35 148. 350. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.025 34 92.309 78.448 13.861 35RN 36 169. 400. 0. 3112. 200AC 140. 62.25 0.550 227.3 1.57 0.265 24 92.335 78.325 14.010 34 37 74. 170. 0. 711. 104PV 145. 14.22 0.465 119.8 2.30 0.170 30 91.755 78.911 12.844 36 38 51. 120. 0. 226. 104PV 145. 4.52 0.148 119.8 0.28 0.015 36 91.741 78.461 13.280 37 39 79. 190. 0. 79. 104PV 145. 1.58 0.052 119.8 0.04 0.005 29 91.741 78.461 13.280 37

40 65. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 37 91.739 78.523 13.216 38RN 41 103. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.010 28 91.623 78.559 13.064 39RN 42 46. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 27 91.626 78.412 13.214 40RN 43 99. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.010 26 91.621 78.451 13.170 41RN 44 142. 330. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.015 23 92.834 78.562 14.272 42 45 41. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 42 92.833 78.443 14.390 43RN 46 26. 60. 0. 258. 104PV 145. 5.17 0.169 119.8 0.35 0.010 44 92.834 78.562 14.272 42 47 69. 160. 0. 28. 104PV 145. 0.57 0.018 119.8 0.01 0.000 42 92.834 78.669 14.165 45 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 48 38. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 45 92.833 78.684 14.149 46RN 49 36. 80. 0. 580. 104PV 145. 11.60 0.379 119.8 1.58 0.055 47 92.843 78.509 14.334 44 50 36. 80. 0. 369. 104PV 145. 7.39 0.242 119.8 0.68 0.025 47 92.876 78.958 13.918 48 51 69. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 48 92.873 79.108 13.765 49RN 52 48. 110. 0. 114. 104PV 145. 2.29 0.075 119.8 0.08 0.005 48 92.872 79.210 13.662 50 53 101. 240. 0. 284. 104PV 145. 5.67 0.185 119.8 0.42 0.040 50 92.829 79.245 13.584 51 54 32. 80. 0. 161. 104PV 145. 3.22 0.105 119.8 0.15 0.005 51 92.825 79.258 13.567 52 55 12. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 52 92.825 79.260 13.565 53RN 56 42. 100. 0. 394. 104PV 145. 7.89 0.258 119.8 0.77 0.030 54 92.872 79.210 13.662 50 57 62. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 54 92.902 79.052 13.850 55RN 58 28. 70. 0. 629. 104PV 145. 12.59 0.412 119.8 1.84 0.050 56 92.904 79.198 13.706 54 59 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 56 92.955 79.105 13.850 57RN 60 19. 40. 0. 804. 104PV 145. 16.09 0.526 119.8 2.89 0.055 58 92.956 79.155 13.801 56 61 45. 110. 0. 197. 104PV 145. 3.93 0.129 119.8 0.21 0.010 44 92.834 78.669 14.165 45 62 20. 50. 0. 2481. 200AC 140. 49.63 0.439 227.3 1.03 0.020 58 92.990 79.014 13.976 59 63 44. 100. 0. 1358. 132PV 145. 27.16 0.551 152.0 2.39 0.105 59 92.885 78.960 13.925 60

64 10. 20. 0. 861. 104PV 145. 17.22 0.563 119.8 3.28 0.035 60 92.852 78.980 13.872 61 65 122. 290. 0. 183. 104PV 145. 3.65 0.119 119.8 0.19 0.025 61 92.829 79.245 13.584 51 66 22. 50. 0. 498. 104PV 145. 9.97 0.326 119.8 1.19 0.025 61 92.826 78.910 13.916 62 67 111. 260. 0. 39. 104PV 145. 0.78 0.025 119.8 0.01 0.000 62 92.825 79.258 13.567 52 68 7. 20. 0. 294. 104PV 145. 5.89 0.193 119.8 0.45 0.005 62 92.823 78.930 13.893 63MH 69 44. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 63 92.822 78.886 13.936 64RN 70 46. 110. 0. 129. 104PV 145. 2.59 0.085 119.8 0.10 0.005 63 92.818 78.862 13.956 66 71 39. 90. 0. 392. 104PV 145. 7.84 0.256 119.8 0.76 0.030 60 92.855 78.829 14.026 68 72 22. 50. 0. 1023. 104PV 145. 20.47 0.669 119.8 4.52 0.100 59 92.891 79.159 13.732 70MH 73 26. 60. 0. 480. 104PV 145. 9.60 0.314 119.8 1.11 0.030 70 92.862 78.897 13.965 69 74 11. 30. 0. 345. 104PV 145. 6.90 0.225 119.8 0.60 0.005 69 92.855 78.829 14.026 68 75 10. 20. 0. 667. 104PV 145. 13.34 0.436 119.8 2.05 0.020 68 92.835 78.830 14.005 67 76 29. 70. 0. 333. 104PV 145. 6.67 0.218 119.8 0.57 0.015 67 92.818 78.862 13.956 66 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 77 45. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 66 92.817 78.772 14.045 65RN 78 95. 220. 0. 379. 104PV 145. 7.57 0.248 119.8 0.72 0.070 70 92.823 78.881 13.942 72 79 40. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 69 92.861 78.910 13.951 71RN 80 55. 130. 0. 223. 104PV 145. 4.47 0.146 119.8 0.27 0.015 67 92.820 78.779 14.041 74 81 26. 60. 0. 233. 104PV 145. 4.66 0.152 119.8 0.29 0.010 66 92.811 78.765 14.046 154 82 16. 40. 0. 113. 104PV 145. 2.26 0.074 119.8 0.08 0.000 154 92.810 78.669 14.141 156 83 15. 40. 0. 3. 104PV 145. 0.06 0.002 119.8 0.00 0.000 156 92.810 78.568 14.242 77 84 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 154 92.811 78.772 14.039 155RN 85 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 156 92.809 78.497 14.312 157RN 86 23. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 72 92.823 78.810 14.013 73RN 87 37. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 75 92.814 78.810 14.004 76RN

88 20. 50. 0. 155. 104PV 145. 3.10 0.101 119.8 0.14 0.005 77 92.807 78.568 14.239 78 89 24. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 78 92.807 78.810 13.997 79RN 90 18. 40. 0. 217. 104PV 145. 4.34 0.142 119.8 0.26 0.005 75 92.810 78.568 14.242 77 91 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 78 92.807 78.378 14.429 80RN 92 91. 210. 0. 1135. 132PV 145. 22.69 0.461 152.0 1.71 0.155 81 92.900 78.601 14.299 47 93 25. 60. 0. 963. 132PV 145. 19.25 0.391 152.0 1.26 0.030 82 93.056 78.800 14.256 81MH 94 38. 90. 0. 1234. 132PV 145. 24.68 0.501 152.0 2.00 0.075 83 93.088 78.530 14.558 82 95 13. 30. 0. 1099. 132PV 145. 21.98 0.446 152.0 1.62 0.020 84 93.164 78.540 14.624 83 96 50. 120. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 84 93.181 78.415 14.766 85 97 51. 120. 0. 620. 104PV 145. 12.41 0.406 119.8 1.79 0.090 85 93.090 78.515 14.575 86 98 12. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 87 93.084 78.517 14.567 88RN 99 59. 140. 0. 179. 104PV 145. 3.58 0.117 119.8 0.18 0.010 87 93.074 78.596 14.478 89 100 30. 70. 0. 342. 104PV 145. 6.84 0.224 119.8 0.59 0.020 89 93.056 78.800 14.256 81MH 101 12. 30. 0. 294. 104PV 145. 5.88 0.192 119.8 0.45 0.005 86 93.085 78.515 14.570 87 102 25. 60. 0. 221. 104PV 145. 4.42 0.145 119.8 0.27 0.005 86 93.083 78.575 14.508 90 103 21. 50. 0. 293. 104PV 145. 5.85 0.191 119.8 0.45 0.010 90 93.074 78.596 14.478 89 104 30. 70. 0. 161. 104PV 145. 3.23 0.106 119.8 0.15 0.005 82 93.083 78.575 14.508 90 105 81. 190. 0. 725. 104PV 145. 14.51 0.474 119.8 2.39 0.195 20 93.181 78.415 14.766 85 106 90. 210. 0. 1389. 132PV 145. 27.78 0.564 152.0 2.49 0.225 91 93.185 78.540 14.645 84 107 41. 100. 0. 595. 104PV 145. 11.90 0.389 119.8 1.65 0.070 92 93.409 78.416 14.993 91 108 40. 90. 0. 269. 104PV 145. 5.38 0.176 119.8 0.38 0.015 93 93.477 78.407 15.070 92 109 26. 60. 0. 94. 104PV 145. 1.88 0.062 119.8 0.05 0.000 94 93.492 78.334 15.158 93 110 51. 120. 0. 370. 104PV 145. 7.40 0.242 119.8 0.69 0.035 94 93.459 78.388 15.071 95 111 113. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 95 93.447 78.448 14.999 96RN 112 144. 340. 0. 724. 104PV 145. 14.48 0.474 119.8 2.38 0.345 16 93.494 78.339 15.155 94

113 136. 320. 0. 604. 104PV 145. 12.09 0.395 119.8 1.70 0.230 17 93.492 78.334 15.158 93 114 129. 300. 0. 571. 104PV 145. 11.42 0.373 119.8 1.53 0.200 18 93.477 78.407 15.070 92 115 126. 300. 0. 1099. 132PV 145. 21.99 0.446 152.0 1.62 0.205 19 93.409 78.416 14.993 91 116 16. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 95 93.459 78.483 14.976 153RN 117 69. 160. 0. 3411. 200AC 140. 68.21 0.603 227.3 1.86 0.130 98 93.011 79.123 13.888 58 118 27. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 98 93.139 79.200 13.939 99RN 119 23. 50. 0. 3576. 200AC 140. 71.51 0.632 227.3 2.02 0.045 97 93.139 79.133 14.006 98 120 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 97 93.185 78.887 14.298 100RN 121 58. 140. 0. 265. 104PV 145. 5.30 0.173 119.8 0.37 0.020 97 93.164 78.540 14.624 83 122 37. 90. 0. 4051. 200AC 140. 81.01 0.716 227.3 2.55 0.095 101 93.185 78.617 14.568 97 123 46. 110. 0. 4099. 200AC 140. 81.98 0.725 227.3 2.61 0.120 104 93.280 78.845 14.435 101 124 78. 180. 0. 142. 104PV 145. 2.83 0.093 119.8 0.12 0.010 102 93.280 78.845 14.435 101 125 13. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 102 93.289 78.800 14.489 103RN 126 40. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 104 93.399 79.145 14.254 105RN 127 33. 80. 0. 4898. 200AC 140. 97.96 0.866 227.3 3.63 0.120 118 93.400 79.007 14.393 104 128 36. 80. 0. 574. 104PV 145. 11.48 0.375 119.8 1.55 0.055 104 93.344 78.785 14.559 106 129 24. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 106 93.344 79.001 14.343 107RN 130 25. 60. 0. 444. 104PV 145. 8.88 0.290 119.8 0.96 0.025 106 93.320 78.865 14.455 108 131 57. 130. 0. 327. 104PV 145. 6.53 0.214 119.8 0.55 0.030 108 93.289 78.885 14.404 102MH 132 57. 130. 0. 42. 104PV 145. 0.85 0.028 119.8 0.01 0.000 109 93.320 78.865 14.455 108 133 31. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 109 93.320 78.963 14.357 110RN 134 51. 120. 0. 507. 104PV 145. 10.15 0.332 119.8 1.23 0.065 112 93.321 78.904 14.417 109 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 135 116. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 109 93.308 78.394 14.914 111RN 136 17. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 112 93.384 78.400 14.984 113RN

137 29. 70. 0. 533. 104PV 145. 10.67 0.349 119.8 1.35 0.040 116 93.384 78.524 14.860 112 138 37. 90. 0. 454. 104PV 145. 9.08 0.297 119.8 1.00 0.035 116 93.386 78.475 14.911 114 139 106. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.010 114 93.376 78.260 15.116 115RN 140 20. 50. 0. 134. 104PV 145. 2.68 0.088 119.8 0.10 0.000 114 93.384 78.524 14.860 112 141 42. 100. 0. 1117. 104PV 145. 22.35 0.731 119.8 5.32 0.225 117 93.423 78.590 14.833 116MH 142 27. 60. 0. 663. 104PV 145. 13.27 0.434 119.8 2.02 0.055 125 93.646 78.700 14.946 117 143 58. 140. 0. 604. 104PV 145. 12.08 0.395 119.8 1.70 0.100 129 93.646 78.700 14.946 117 144 54. 130. 0. 330. 104PV 145. 6.61 0.216 119.8 0.56 0.030 118 93.489 79.021 14.468 119 145 110. 260. 0. 65. 104PV 145. 1.29 0.042 119.8 0.03 0.005 93 93.489 79.021 14.468 119 146 12. 30. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.000 119 93.487 79.078 14.409 120 147 31. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 12 95.348 79.102 16.246 121RN 148 23. 50. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.005 120 93.484 79.125 14.359 122 149 26. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 122 93.484 79.114 14.370 123RN 150 26. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 122 93.484 79.158 14.326 124RN 151 144. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.025 36 91.732 78.900 12.832 293RN 152 12. 30. 0. 204. 104PV 145. 4.07 0.133 119.8 0.23 0.005 72 92.820 78.779 14.041 74 153 10. 20. 0. 337. 104PV 145. 6.74 0.220 119.8 0.58 0.005 74 92.814 78.779 14.035 75 154 15. 40. 0. 320. 104PV 145. 6.41 0.210 119.8 0.53 0.010 277 93.884 77.324 16.560 275 155 44. 100. 0. 50. E 150 70. 1.00 0.016 131.0 0.01 0.000 5 96.619 77.567 19.052 174RN 156 42. 100. 0. 5384. 200AC 140. 107.67 0.952 227.3 4.32 0.180 125 93.519 78.829 14.690 118 157 81. 190. 0. 315. 104PV 145. 6.30 0.206 119.8 0.51 0.040 125 93.660 78.858 14.802 126 158 52. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 126 93.658 79.021 14.637 127RN 159 41. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 126 93.659 78.658 15.001 128RN 160 21. 50. 0. 6562. 250AC 140. 131.24 0.743 284.1 2.10 0.045 129 93.701 78.740 14.961 125 161 17. 40. 0. 7281. 250AC 140. 145.62 0.824 284.1 2.55 0.045 130 93.745 78.717 15.028 129

162 98. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.010 130 93.781 78.712 15.069 131RN 163 36. 80. 0. 7571. 250AC 140. 151.42 0.857 284.1 2.74 0.100 132 93.788 78.752 15.036 130 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 164 172. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.040 132 93.849 78.209 15.640 133RN 165 43. 100. 0. 8061. 250AC 140. 161.22 0.912 284.1 3.08 0.130 134 93.887 78.695 15.192 132 166 39. 90. 0. 346. E 125 40. 6.91 0.156 88.2 2.69 0.105 135 94.019 78.734 15.285 134 167 83. 200. 0. 7910. 250AC 140. 154.25 0.873 286.9 2.84 0.235 136 94.019 78.734 15.285 134 E 100 40. 3.96 0.140 168 65. 150. 0. 661. 104PV 145. 13.21 0.432 119.8 2.01 0.130 136 94.124 78.634 15.490 135 169 25. 60. 0. 165. E 125 40. 3.30 0.075 88.2 0.68 0.015 135 94.107 78.685 15.422 137 170 69. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 137 94.104 78.786 15.318 138RN 171 94. 220. 0. 168. 104PV 145. 3.36 0.110 119.8 0.16 0.015 137 94.092 78.755 15.337 139 172 30. 70. 0. 16. 104PV 145. 0.31 0.010 119.8 0.00 0.000 139 94.092 78.989 15.103 140RN 173 25. 60. 0. 1. 104PV 145. 0.02 0.001 119.8 0.00 0.000 141 94.092 78.989 15.103 140RN 174 22. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 141 94.092 79.100 14.992 142RN 175 26. 60. 0. 79. 104PV 145. 1.57 0.051 119.8 0.04 0.000 143 94.092 78.989 15.103 140RN 176 52. 120. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 143 94.092 78.755 15.337 139 177 83. 200. 0. 181. 104PV 145. 3.62 0.118 119.8 0.18 0.015 144 94.092 79.105 14.987 141MH 178 38. 90. 0. 266. 104PV 145. 5.32 0.174 119.8 0.37 0.015 144 94.093 79.113 14.980 143MH 179 91. 210. 0. 8851. 250AC 140. 172.59 0.977 286.9 3.49 0.320 145 94.255 78.727 15.528 136 E 100 40. 4.43 0.157 180 91. 210. 0. 9703. 250AC 140. 189.20 1.071 286.9 4.14 0.375 146 94.572 79.071 15.501 145 E 100 40. 4.86 0.172 181 20. 50. 0. 617. E 100 40. 12.34 0.436 70.6 23.26 0.465 145 94.107 78.866 15.241 144 182 137. 320. 0. 1623. E 300 70. 32.47 0.128 262.0 0.24 0.030 146 94.917 78.886 16.031 147 183 30. 70. 0. 755. E 300 70. 15.10 0.059 262.0 0.06 0.000 147 94.915 78.669 16.246 148 184 51. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 148 94.914 78.785 16.129 149RN

185 158. 370. 0. 415. E 300 70. 8.30 0.033 262.0 0.02 0.005 148 94.912 78.752 16.160 150 186 66. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 150 94.909 78.912 15.997 151RN 187 30. 70. 0. 35. E 300 70. 0.70 0.003 262.0 0.00 0.000 150 94.912 78.819 16.093 152RN 188 159. 370. 0. 488. E 125 40. 9.77 0.221 88.2 5.09 0.810 147 94.107 78.685 15.422 137 189 335. 790. 0. 643. E 300 70. 12.86 0.051 262.0 0.04 0.015 191 94.949 78.985 15.964 146 190 86. 200. 0. 11443. 300AC 140. 225.28 0.885 343.0 2.35 0.200 158 94.949 78.985 15.964 146 E 100 40. 3.58 0.127 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 191 156. 370. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.030 158 95.122 78.785 16.337 159RN 192 117. 280. 0. 12053. 300AC 140. 237.29 0.932 343.0 2.59 0.305 160 95.151 78.636 16.515 158 E 100 40. 3.77 0.133 193 74. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 160 95.451 78.558 16.893 161RN 194 64. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 160 95.452 78.452 17.000 162RN 195 221. 520. 0. 12773. 300AC 140. 251.47 0.988 343.0 2.88 0.635 163 95.455 78.369 17.086 160 E 100 40. 4.00 0.141 196 74. 170. 0. 85. E 300 70. 1.70 0.007 262.0 0.00 0.000 163 96.092 77.816 18.276 164RN 197 73. 170. 0. 14028. 350AC 140. 210.42 0.607 443.7 0.98 0.070 169 96.181 77.778 18.403 166 E 300 70. 70.14 0.276 198 72. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 169 96.249 77.915 18.334 170RN 199 34. 80. 0. 14323. 350AC 140. 214.85 0.620 443.7 1.02 0.035 171 96.252 77.790 18.462 169 E 300 70. 71.62 0.281 200 66. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 171 96.284 77.859 18.425 172RN 201 90. 210. 0. 8. 104PV 145. 0.16 0.005 119.8 0.00 0.000 165 96.092 77.215 18.877 167 202 20. 50. 0. 138. E 300 70. 2.76 0.011 262.0 0.00 0.000 163 96.092 77.814 18.278 165MH 203 20. 50. 0. 13391. 200AC 140. 109.21 0.966 319.7 4.44 0.090 166 96.092 77.778 18.314 163 E 300 70. 158.62 0.623 204 119. 280. 0. 387. 104PV 145. 7.74 0.253 119.8 0.75 0.090 166 96.092 77.215 18.877 167 205 62. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 167 96.090 77.366 18.724 168RN 206 128. 300. 0. 14673. 350AC 140. 220.10 0.635 443.7 1.06 0.135 173 96.287 77.784 18.503 171 E 300 70. 73.37 0.288

207 198. 470. 0. 27103. 400AC 140. 439.05 0.970 492.5 1.99 0.395 4 96.423 77.763 18.660 173 E 300 70. 103.01 0.405 208 30. 70. 0. 35. E 100 40. 0.70 0.025 70.6 0.11 0.005 6 95.953 78.010 17.943 175RN 209 30. 70. 0. 35. E 100 40. 0.70 0.025 70.6 0.11 0.005 7 95.879 78.021 17.858 176RN 210 30. 70. 0. 35. E 100 40. 0.70 0.025 70.6 0.11 0.005 8 95.771 78.100 17.671 177RN 211 30. 70. 0. 35. E 100 40. 0.70 0.025 70.6 0.11 0.005 9 95.661 78.105 17.556 178RN 212 30. 70. 0. 35. E 100 40. 0.70 0.025 70.6 0.11 0.005 10 95.553 78.110 17.443 179RN 213 20. 50. 0. 25. E 100 40. 0.50 0.018 70.6 0.06 0.000 11 95.448 78.112 17.336 180RN 214 20. 50. 0. 25. E 100 40. 0.50 0.018 70.6 0.06 0.000 12 95.347 78.115 17.232 181RN 215 30. 70. 0. 35. E 100 40. 0.70 0.025 70.6 0.11 0.005 13 95.206 78.117 17.089 182RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 216 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 16 93.836 78.580 15.256 183RN 217 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 17 93.723 78.620 15.103 184RN 218 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 18 93.674 78.522 15.152 185RN 219 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 21 93.229 78.500 14.729 186RN 220 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 22 93.032 78.150 14.882 187RN 221 113. 270. 0. 535. 104PV 145. 10.70 0.350 119.8 1.36 0.155 189 94.738 77.580 17.158 188 222 57. 130. 0. 531. 104PV 145. 10.62 0.347 119.8 1.34 0.075 14 94.892 77.450 17.442 189 223 51. 120. 0. 264. 104PV 145. 5.28 0.173 119.8 0.37 0.020 190 94.892 77.450 17.442 189 224 37. 90. 0. 549. 104PV 145. 10.98 0.359 119.8 1.43 0.055 191 94.910 77.452 17.458 190 225 77. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 190 94.907 77.452 17.455 192RN 226 20. 50. 0. 1657. E 300 70. 33.14 0.130 262.0 0.24 0.005 14 94.963 77.585 17.378 191 227 55. 130. 0. 11915. 300AC 140. 220.48 0.866 351.2 2.26 0.125 193 96.620 77.567 19.053 5 E 150 70. 17.81 0.280 228 52. 120. 0. 12575. 300AC 140. 251.51 0.988 340.9 2.89 0.150 194 96.744 77.850 18.894 193MH 229 57. 130. 0. 12670. 300AC 140. 253.40 0.996 340.9 2.93 0.165 3 96.894 77.652 19.242 194

230 99. 230. 0. 145. E 100 40. 2.91 0.103 70.6 1.60 0.160 195 96.894 77.652 19.242 194 231 33. 80. 0. 1204. 104PV 145. 19.28 0.631 130.3 4.05 0.135 195 96.919 77.410 19.509 196 E 100 40. 4.80 0.170 232 33. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 196 96.919 77.450 19.469 197RN 233 20. 50. 0. 1059. 104PV 145. 16.96 0.555 130.3 3.19 0.065 196 96.855 77.369 19.486 198 E 100 40. 4.22 0.149 234 36. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 198 96.855 77.485 19.370 199RN 235 20. 50. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.005 198 96.849 77.400 19.449 200MH 236 38. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 200 96.849 77.258 19.591 201RN 237 52. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 200 96.848 77.258 19.590 202RN 238 106. 250. 0. 569. 104PV 145. 11.38 0.372 119.8 1.53 0.160 198 96.694 77.325 19.369 205 239 73. 170. 0. 451. E 150 70. 9.02 0.142 131.0 0.64 0.045 193 96.697 77.460 19.237 203 240 51. 120. 0. 60. E 150 70. 1.20 0.019 131.0 0.02 0.000 203 96.696 77.485 19.211 204RN 241 21. 50. 0. 221. E 150 70. 4.42 0.069 131.0 0.17 0.005 203 96.694 77.325 19.369 205 242 66. 160. 0. 560. 104PV 145. 11.20 0.366 119.8 1.48 0.100 205 96.596 77.258 19.338 206 243 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 206 96.596 77.260 19.336 207RN 244 71. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 206 96.593 77.325 19.268 208RN 245 100. 240. 0. 120. E 150 70. 2.40 0.038 131.0 0.06 0.005 206 96.590 76.660 19.930 209RN 246 52. 120. 0. 11985. 250AC 140. 239.70 1.356 284.1 6.41 0.335 173 96.089 77.865 18.224 210 247 64. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 210 96.087 77.925 18.162 211RN 248 30. 70. 0. 11740. 250AC 140. 228.92 1.295 286.9 5.89 0.175 210 95.913 78.100 17.813 212 E 100 40. 5.88 0.208 249 57. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 212 95.911 78.025 17.886 213RN 250 19. 40. 0. 11555. 250AC 140. 225.32 1.275 286.9 5.72 0.110 212 95.804 78.125 17.679 214 E 100 40. 5.78 0.205 251 44. 100. 0. 460. E 100 40. 9.20 0.325 70.6 13.51 0.595 214 95.209 78.158 17.051 215 252 108. 250. 0. 125. E 100 40. 2.50 0.088 70.6 1.21 0.130 215 95.079 78.258 16.821 216RN 253 70. 160. 0. 80. E 100 40. 1.60 0.057 70.6 0.53 0.035 215 95.172 78.202 16.970 217RN

254 55. 130. 0. 10960. 250AC 140. 213.71 1.209 286.9 5.19 0.285 214 95.519 78.336 17.183 218 E 100 40. 5.49 0.194 255 74. 170. 0. 256. E 100 40. 5.11 0.181 70.6 4.55 0.335 218 95.182 78.585 16.597 224 256 35. 80. 0. 10514. 250AC 140. 205.03 1.160 286.9 4.80 0.170 218 95.351 78.458 16.893 219 E 100 40. 5.26 0.186 257 15. 40. 0. 4667. 200AC 140. 93.34 0.825 227.3 3.32 0.050 219 95.301 78.450 16.851 220 258 26. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 220 95.301 78.338 16.963 221RN 259 24. 60. 0. 5758. 200AC 140. 115.15 1.018 227.3 4.89 0.115 219 95.233 78.480 16.753 222 260 11. 30. 0. 5613. 200AC 140. 112.25 0.992 227.3 4.67 0.050 222 95.182 78.585 16.597 224 261 41. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 222 95.232 78.510 16.722 223RN 262 27. 60. 0. 5738. 200AC 140. 114.76 1.015 227.3 4.86 0.130 224 95.051 78.625 16.426 225 263 74. 170. 0. 4502. 200AC 140. 90.04 0.796 227.3 3.10 0.230 220 95.071 78.345 16.726 226MH 264 46. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 226 95.070 78.286 16.784 227RN 265 37. 90. 0. 4262. 200AC 140. 81.48 0.720 231.2 2.58 0.095 226 94.976 78.201 16.775 228 E 100 40. 3.76 0.133 266 58. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 229 94.936 78.205 16.731 230RN 267 28. 70. 0. 486. 104PV 145. 9.72 0.318 119.8 1.14 0.030 229 94.906 78.163 16.743 231 268 26. 60. 0. 248. 104PV 145. 4.95 0.162 119.8 0.33 0.010 231 94.897 78.118 16.779 232 269 32. 80. 0. 40. E 100 40. 0.80 0.028 70.6 0.15 0.005 232 94.893 78.065 16.828 233RN 270 57. 130. 0. 73. E 100 40. 1.45 0.051 70.6 0.44 0.025 232 94.872 78.300 16.572 235 271 67. 160. 0. 93. 104PV 145. 1.87 0.061 119.8 0.05 0.005 231 94.902 78.201 16.701 234 272 18. 40. 0. 681. 104PV 145. 13.62 0.445 119.8 2.13 0.040 228 94.938 78.300 16.638 229MH 273 35. 80. 0. 1806. 151PV 145. 36.13 0.560 173.9 2.11 0.075 228 94.902 78.201 16.701 234 274 15. 40. 0. 1760. 151PV 145. 35.19 0.546 173.9 2.01 0.030 234 94.872 78.300 16.572 235 275 18. 40. 0. 1727. 132PV 145. 30.49 0.619 159.4 2.96 0.055 235 94.819 78.560 16.259 236MH E 100 40. 4.05 0.143 276 57. 130. 0. 318. 104PV 145. 6.37 0.208 119.8 0.52 0.030 249 94.819 78.560 16.259 236MH

277 18. 40. 0. 1650. E 150 70. 32.99 0.519 131.0 7.08 0.125 228 94.848 78.302 16.546 249 278 35. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 249 94.848 78.441 16.407 250RN 279 17. 40. 0. 1146. E 150 70. 22.92 0.360 131.0 3.61 0.060 249 94.787 78.384 16.403 251 280 42. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 251 94.786 78.441 16.345 252RN 281 11. 30. 0. 1011. E 150 70. 20.22 0.318 131.0 2.86 0.030 251 94.756 78.400 16.356 253 282 81. 190. 0. 254. 104PV 145. 5.09 0.166 119.8 0.34 0.030 253 94.728 78.212 16.516 237 283 25. 60. 0. 1931. 132PV 145. 34.08 0.692 159.4 3.64 0.090 236 94.728 78.212 16.516 237 E 100 40. 4.53 0.160 284 12. 30. 0. 2045. 132PV 145. 36.10 0.733 159.4 4.05 0.050 237 94.679 78.160 16.519 238 E 100 40. 4.80 0.170 285 75. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 238 94.675 78.254 16.421 239RN 286 27. 60. 0. 1820. 132PV 145. 32.13 0.652 159.4 3.26 0.090 238 94.591 78.023 16.568 240 E 100 40. 4.27 0.151 287 73. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 240 94.588 77.969 16.619 241RN 288 21. 50. 0. 1595. 132PV 145. 28.16 0.572 159.4 2.56 0.055 240 94.537 77.750 16.787 242 E 100 40. 3.74 0.132 289 53. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 242 94.536 77.896 16.640 243RN 290 39. 90. 0. 933. 104PV 145. 14.95 0.489 130.3 2.53 0.100 242 94.439 77.560 16.879 244 E 100 40. 3.72 0.132 291 40. 90. 0. 547. 104PV 145. 10.93 0.357 119.8 1.41 0.055 245 94.439 77.560 16.879 244 292 36. 80. 0. 272. 104PV 145. 5.43 0.178 119.8 0.39 0.015 246 94.495 77.856 16.639 245 293 30. 70. 0. 437. 104PV 145. 8.73 0.285 119.8 0.93 0.030 242 94.509 78.023 16.486 246MH 294 40. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 246 94.509 77.800 16.709 256RN 295 40. 90. 0. 405. 104PV 145. 8.10 0.265 119.8 0.81 0.030 247 94.495 77.856 16.639 245 296 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 247 94.528 78.000 16.528 248RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 297 51. 120. 0. 560. 104PV 145. 11.20 0.366 119.8 1.48 0.075 255 94.528 78.158 16.370 247 298 27. 60. 0. 617. E 150 70. 12.34 0.194 131.0 1.15 0.030 253 94.725 78.415 16.310 254 299 107. 250. 0. 827. 104PV 145. 16.54 0.541 119.8 3.05 0.325 225 94.725 78.415 16.310 254

300 18. 40. 0. 1269. 104PV 145. 25.37 0.830 119.8 6.73 0.120 254 94.603 78.432 16.171 255 301 101. 240. 0. 509. 104PV 145. 10.17 0.333 119.8 1.24 0.125 255 94.478 78.558 15.920 257 302 38. 90. 0. 414. E 150 70. 8.28 0.130 131.0 0.55 0.020 257 94.458 78.663 15.795 258 303 129. 300. 0. 220. 104PV 145. 4.40 0.144 119.8 0.26 0.035 259 94.478 78.558 15.920 257 304 94. 220. 0. 338. 104PV 145. 6.77 0.221 119.8 0.58 0.055 259 94.458 78.663 15.795 258 305 47. 110. 0. 874. 104PV 145. 17.47 0.571 119.8 3.37 0.160 261 94.512 78.508 16.004 259 306 159. 370. 0. 4571. 200AC 140. 74.05 0.655 246.3 2.16 0.345 225 94.707 78.910 15.797 262MH E 150 70. 17.37 0.273 307 31. 70. 0. 3286. 200AC 140. 53.24 0.471 246.3 1.17 0.035 262 94.671 78.800 15.871 261 E 150 70. 12.49 0.196 308 23. 50. 0. 714. E 150 70. 14.27 0.224 131.0 1.50 0.035 261 94.636 78.998 15.638 263 309 38. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 263 94.636 79.052 15.584 264RN 310 94. 220. 0. 1474. 132PV 145. 29.48 0.598 152.0 2.78 0.260 261 94.409 78.775 15.634 260 311 33. 80. 0. 557. 104PV 145. 11.14 0.364 119.8 1.47 0.050 258 94.409 78.775 15.634 260 312 16. 40. 0. 1861. 132PV 145. 37.23 0.756 152.0 4.29 0.070 260 94.341 78.742 15.599 265 313 67. 160. 0. 765. 104PV 145. 15.30 0.500 119.8 2.64 0.175 265 94.164 78.663 15.501 266MH 314 126. 300. 0. 846. 104PV 145. 16.93 0.554 119.8 3.18 0.400 265 93.940 78.141 15.799 271 315 70. 160. 0. 392. 104PV 145. 7.83 0.256 119.8 0.76 0.055 266 94.110 78.211 15.899 269 316 141. 330. 0. 48. E 100 30. 0.96 0.034 63.3 0.35 0.050 266 94.114 78.459 15.655 268 317 111. 260. 0. 469. E 150 70. 9.37 0.147 131.0 0.69 0.075 263 94.560 78.539 16.021 267 318 49. 120. 0. 279. E 100 30. 5.57 0.197 63.3 9.10 0.445 267 94.114 78.459 15.655 268 319 73. 170. 0. 17. E 100 30. 0.34 0.012 63.3 0.05 0.005 268 94.110 78.211 15.899 269 320 73. 170. 0. 159. E 100 30. 3.17 0.112 63.3 3.20 0.235 269 93.877 78.053 15.824 270RN 321 85. 200. 0. 72. E 100 30. 1.44 0.051 63.3 0.74 0.065 271 93.877 78.053 15.824 270RN 322 29. 70. 0. 1540. 104PV 145. 25.95 0.849 127.8 7.02 0.205 2 97.053 77.460 19.593 195 E 100 30. 4.84 0.171 323 42. 100. 0. 475. 104PV 145. 9.49 0.310 119.8 1.09 0.045 271 93.894 77.645 16.249 272

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 324 42. 100. 0. 5. 104PV 145. 0.09 0.003 119.8 0.00 0.000 273 93.877 78.053 15.824 270RN 325 83. 200. 0. 194. 104PV 145. 3.88 0.127 119.8 0.21 0.015 272 93.877 77.785 16.092 273 326 34. 80. 0. 0. 104PV 145. 0.01 0.000 119.8 0.00 0.000 274 93.877 77.785 16.092 273 327 77. 180. 0. 130. 104PV 145. 2.61 0.085 119.8 0.10 0.010 275 93.877 77.238 16.639 274RN 328 34. 80. 0. 90. 104PV 145. 1.81 0.059 119.8 0.05 0.000 272 93.892 78.900 14.992 277MH 329 36. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 275 93.884 77.300 16.584 276RN 330 27. 60. 0. 320. 104PV 145. 6.40 0.209 119.8 0.53 0.015 278 93.892 78.900 14.992 277MH 331 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 278 93.906 77.324 16.582 279RN 332 26. 60. 0. 450. 104PV 145. 9.00 0.294 119.8 0.99 0.025 280 93.906 77.224 16.682 278 333 34. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 280 93.932 77.300 16.632 281RN 334 33. 80. 0. 600. 104PV 145. 12.00 0.392 119.8 1.68 0.055 282 93.932 77.252 16.680 280 335 101. 240. 0. 1270. 104PV 145. 20.34 0.665 130.3 4.47 0.450 244 93.988 77.208 16.780 282 E 100 40. 5.06 0.179 336 77. 180. 0. 420. E 100 40. 8.40 0.297 70.6 11.42 0.880 282 93.108 77.195 15.913 283 337 19. 40. 0. 20. E 100 40. 0.40 0.014 70.6 0.04 0.000 283 93.108 77.223 15.885 284RN 338 124. 290. 0. 145. E 100 40. 2.90 0.103 70.6 1.59 0.200 283 92.911 77.881 15.030 285RN 339 122. 290. 0. 920. 104PV 145. 18.40 0.602 119.8 3.71 0.455 262 94.254 77.731 16.523 286 340 42. 100. 0. 50. E 400 70. 1.00 0.002 349.3 0.00 0.000 286 94.254 78.049 16.205 287RN 341 131. 355. 0. 498. E 400 70. 9.95 0.022 349.3 0.01 0.000 286 94.253 77.242 17.011 288 342 20. 50. 0. 25. E 450 70. 0.50 0.001 392.9 0.00 0.000 288 94.253 76.920 17.333 289RN 343 45. 110. 0. 215. E 450 70. 4.30 0.008 392.9 0.00 0.000 288 94.253 76.771 17.482 290 344 20. 50. 0. 25. E 100 30. 0.50 0.018 63.3 0.10 0.000 290 94.251 76.567 17.684 291RN 345 45. 110. 0. 55. E 450 70. 1.10 0.002 392.9 0.00 0.000 290 94.253 76.654 17.599 292RN 346 100. 0. 0. 400. 104PV 145. 8.00 0.262 119.8 0.79 0.080 188 94.658 77.675 16.983 15

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 293 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.832 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00085 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.693 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 20040. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46875. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 39 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2512. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.34/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46875.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 18 24 36 70 130 143 277 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 209 291 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 11129. 8649.64 43.35 374961.75 86.00 957094.00 8.30 92370.70 0.05 X SUPPLY COST 47854.70 14.00/13.20 PVC 1093. 905.69 43.35 39261.49 139.00 151927.00 9.05 9891.65 0.05 X SUPPLY COST 7596.35 16.00/15.10 PVC 202. 174.61 43.35 7569.30 184.00 37168.00 11.60 2343.20 0.05 X SUPPLY COST 1858.40 20.00 AC 959. 920.64 43.35 39909.74 285.00 273315.00 13.10 12562.90 0.10 X SUPPLY COST 27331.50 25.00 AC 1590. 1689.38 43.35 73234.41 394.00 626460.00 17.05 27109.50 0.10 X SUPPLY COST 62646.00 30.00 AC 1180. 1380.60 43.35 59849.01 569.00 671420.00 23.50 27730.00 0.10 X SUPPLY COST 67142.00 35.00 AC 235. 301.39 43.35 13065.15 802.00 188470.00 29.95 7038.25 0.10 X SUPPLY COST 18847.00 40.00 AC 314. 439.60 43.35 19056.66 1103.00 346342.00 36.40 11429.60 0.10 X SUPPLY COST 34634.20 TOTAL = 16702. 14461.53 626907.56 3252196.00 190475.80 267910.16 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 4337490. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LONDON 2 DATE:�� (LONDO2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 94.215 76.215 18.000 1FH 1 40. 0. 0. 23465. E 450 79. 469.30 0.820 410.8 3.69 0.150 1 94.067 76.587 17.480 2 2 216. 580. 0. 8657. 250AC 140. 173.13 0.980 284.1 3.51 0.760 2 93.309 77.368 15.941 3 3 88. 235. 0. 6910. 200AC 140. 109.35 0.967 248.5 4.45 0.390 3 92.918 77.467 15.451 4 E 150 79. 28.85 0.453 4 170. 455. 0. 6290. 200AC 140. 99.54 0.880 248.5 3.74 0.635 4 92.283 77.739 14.544 5 E 150 79. 26.26 0.413 5 27. 75. 0. 5868. 200AC 140. 92.85 0.821 248.5 3.28 0.090 5 92.194 77.760 14.434 36 E 150 79. 24.50 0.385 6 125. 335. 0. 998. E 150 79. 19.95 0.314 136.9 2.25 0.280 36 91.913 77.800 14.113 6 7 40. 105. 0. 661. E 150 79. 13.22 0.208 136.9 1.05 0.040 6 91.871 77.839 14.032 7 8 37. 100. 0. 50. E 150 79. 1.00 0.016 136.9 0.01 0.000 7 91.871 77.939 13.932 8RN 9 40. 105. 0. 456. 104PV 145. 9.12 0.298 119.8 1.01 0.040 7 91.831 77.400 14.431 9 10 27. 75. 0. 612. 104PV 145. 12.25 0.400 119.8 1.75 0.045 9 91.784 77.388 14.396 10 11 35. 95. 0. 217. E 100 95. 4.35 0.154 98.0 0.68 0.025 10 91.760 77.400 14.360 11 12 9. 25. 0. 2548. 132PV 145. 38.75 0.787 168.7 4.62 0.040 11 91.718 77.416 14.302 12 E 100 95. 12.20 0.431 13 42. 115. 0. 2188. 132PV 145. 33.28 0.675 168.7 3.48 0.145 12 91.572 77.422 14.150 13 E 100 95. 10.47 0.370 14 29. 80. 0. 1780. E 100 95. 35.60 1.259 98.0 33.55 0.975 13 90.599 77.415 13.184 14 15 30. 80. 0. 1405. 104PV 145. 28.10 0.919 119.8 8.13 0.245 14 90.355 77.415 12.940 15 16 28. 75. 0. 1058. E 100 95. 21.15 0.748 98.0 12.79 0.360 15 89.997 77.326 12.671 16 17 32. 85. 0. 738. E 100 95. 14.75 0.522 98.0 6.56 0.210 16 89.787 77.300 12.487 17 18 59. 160. 0. 80. E 100 95. 1.60 0.057 98.0 0.11 0.005 17 89.780 77.669 12.111 18RN

19 112. 300. 0. 150. E 100 95. 3.00 0.106 98.0 0.34 0.040 17 89.748 77.710 12.038 19RN 20 88. 235. 0. 117. E 100 95. 2.35 0.083 98.0 0.22 0.020 17 89.768 77.720 12.048 20RN 21 89. 240. 0. 120. E 100 95. 2.40 0.085 98.0 0.23 0.020 16 89.977 77.710 12.267 21RN 22 100. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 15 90.344 77.620 12.724 22RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 110. 295. 0. 148. 104PV 145. 2.95 0.096 119.8 0.13 0.015 14 90.585 77.700 12.885 23RN 24 115. 310. 0. 155. E 100 95. 3.10 0.110 98.0 0.37 0.040 13 91.530 77.610 13.920 24RN 25 107. 290. 0. 145. E 100 95. 2.90 0.103 98.0 0.32 0.035 12 91.684 77.590 14.094 25RN 26 116. 310. 0. 155. E 100 95. 3.10 0.110 98.0 0.37 0.040 10 91.741 77.490 14.251 26RN 27 20. 55. 0. 2418. 132PV 145. 48.35 0.981 152.0 6.96 0.140 27 91.760 77.400 14.360 11 28 18. 50. 0. 3047. 200AC 140. 60.93 0.539 227.3 1.51 0.025 28 91.899 77.312 14.587 27 29 35. 95. 0. 407. 104PV 145. 8.15 0.266 119.8 0.82 0.030 28 91.897 77.446 14.451 29 30 48. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 29 91.896 78.332 13.564 30RN 31 29. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 29 91.897 77.443 14.454 31RN 32 26. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 27 91.899 77.390 14.509 32RN 33 56. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 29 91.895 77.354 14.541 33RN 34 33. 90. 0. 3055. 200AC 140. 61.10 0.540 227.3 1.51 0.050 34 91.926 77.360 14.566 28 35 99. 265. 0. 649. 104PV 145. 12.98 0.425 119.8 1.95 0.195 35 91.926 77.360 14.566 28 36 23. 60. 0. 4635. 200AC 140. 92.70 0.820 227.3 3.27 0.075 36 92.119 78.111 14.008 35MH 37 65. 175. 0. 3736. 200AC 140. 74.71 0.661 227.3 2.20 0.145 35 91.976 77.692 14.284 34 38 59. 160. 0. 468. 104PV 145. 9.37 0.306 119.8 1.06 0.065 34 91.913 77.800 14.113 6 39 111. 300. 0. 7. 104PV 145. 0.15 0.005 119.8 0.00 0.000 5 92.279 78.028 14.251 37 40 58. 155. 0. 378. 104PV 145. 7.55 0.247 119.8 0.71 0.040 46 92.279 78.028 14.251 37 41 59. 160. 0. 77. 104PV 145. 1.55 0.051 119.8 0.04 0.000 37 92.277 78.478 13.799 38 42 54. 145. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 38 92.275 78.213 14.062 47RN

43 37. 100. 0. 323. 104PV 145. 6.45 0.211 119.8 0.53 0.020 39 92.277 78.478 13.799 38 44 31. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 39 92.300 78.936 13.364 48RN 45 37. 100. 0. 508. 104PV 145. 10.15 0.332 119.8 1.23 0.045 40 92.300 78.713 13.587 39 46 22. 60. 0. 485. 104PV 145. 9.70 0.317 119.8 1.13 0.025 40 92.321 78.000 14.321 46 47 46. 125. 0. 1135. 104PV 145. 22.70 0.742 119.8 5.48 0.250 41 92.346 78.618 13.728 40 48 77. 205. 0. 1730. 132PV 145. 34.60 0.702 152.0 3.74 0.290 45 92.598 78.156 14.442 41 49 64. 170. 0. 345. 104PV 145. 6.90 0.226 119.8 0.60 0.040 41 92.559 77.876 14.683 42 50 32. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 42 92.559 77.800 14.759 44RN 51 65. 175. 0. 88. 104PV 145. 1.75 0.057 119.8 0.05 0.005 42 92.556 78.213 14.343 43RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 45 92.885 77.398 15.487 49RN 53 46. 125. 0. 1975. 132PV 145. 39.50 0.802 152.0 4.78 0.220 50 92.886 77.339 15.547 45 54 31. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 50 93.105 77.453 15.652 51RN 55 39. 105. 0. 2175. 132PV 145. 43.50 0.883 152.0 5.72 0.225 52 93.106 77.214 15.892 50 56 23. 60. 0. 5531. E 450 79. 110.63 0.193 410.8 0.25 0.005 52 93.323 76.968 16.355 53 57 36. 95. 0. 5084. E 450 79. 101.68 0.178 410.8 0.22 0.010 53 93.315 77.167 16.148 54 58 26. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 54 93.315 77.493 15.822 55RN 59 126. 340. 0. 4796. E 450 79. 95.93 0.168 410.8 0.20 0.025 54 93.291 76.117 17.174 61 60 134. 360. 0. 190. 104PV 145. 3.80 0.124 119.8 0.20 0.025 53 93.296 76.000 17.296 60 61 43. 115. 0. 151. 104PV 145. 3.02 0.099 119.8 0.13 0.005 60 93.291 76.117 17.174 61 62 56. 150. 0. 2284. E 400 79. 45.68 0.101 365.2 0.09 0.005 61 93.286 76.500 16.786 62 63 10. 25. 0. 1697. E 400 79. 33.94 0.075 365.2 0.05 0.000 62 93.285 76.565 16.720 63 64 90. 240. 0. 1256. E 400 79. 25.12 0.056 365.2 0.03 0.005 63 93.283 77.475 15.808 64 65 40. 105. 0. 463. 104PV 145. 9.25 0.302 119.8 1.04 0.040 64 93.241 77.675 15.566 65MH 66 120. 320. 0. 160. 104PV 145. 3.20 0.105 119.8 0.15 0.015 65 93.224 77.435 15.789 66RN

67 40. 105. 0. 52. E 400 79. 1.05 0.002 365.2 0.00 0.000 64 93.283 77.450 15.833 67RN 68 130. 350. 0. 134. 104PV 145. 2.68 0.088 119.8 0.10 0.015 63 93.272 76.000 17.272 75 69 143. 385. 0. 193. 104PV 145. 3.85 0.126 119.8 0.20 0.030 75 93.242 76.200 17.042 76RN 70 14. 40. 0. 446. 104PV 145. 8.92 0.292 119.8 0.97 0.015 77 93.272 76.000 17.272 75 71 70. 190. 0. 95. E 450 79. 1.90 0.003 410.8 0.00 0.000 77 93.285 75.500 17.785 78RN 72 58. 155. 0. 734. E 450 79. 14.67 0.026 410.8 0.01 0.000 79 93.285 75.898 17.387 77 73 108. 290. 0. 2216. E 450 79. 44.33 0.077 410.8 0.05 0.005 61 93.285 76.055 17.230 79 74 40. 105. 0. 1208. 104PV 145. 24.15 0.790 119.8 6.14 0.245 79 93.040 76.192 16.848 80MH 75 131. 350. 0. 512. 104PV 145. 10.25 0.335 119.8 1.26 0.165 80 92.875 74.879 17.996 87 76 40. 105. 0. 415. 104PV 145. 8.30 0.271 119.8 0.85 0.035 80 93.006 75.725 17.281 81 77 55. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 81 93.004 75.765 17.239 84RN 78 71. 190. 0. 1027. 104PV 145. 20.54 0.672 119.8 4.55 0.325 59 93.004 75.700 17.304 82 79 67. 180. 0. 672. 104PV 145. 13.43 0.439 119.8 2.07 0.140 82 92.865 75.099 17.766 86 80 57. 155. 0. 281. 104PV 145. 5.61 0.183 119.8 0.41 0.025 82 92.980 75.386 17.594 83 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 45. 120. 0. 1364. 104PV 145. 27.29 0.892 119.8 7.70 0.345 59 92.980 75.386 17.594 83 82 25. 65. 0. 1475. 104PV 145. 29.50 0.965 119.8 8.90 0.220 83 92.758 75.294 17.464 85MH 83 75. 200. 0. 549. 104PV 145. 10.98 0.359 119.8 1.43 0.105 86 92.758 75.294 17.464 85MH 84 70. 190. 0. 162. 104PV 145. 3.25 0.106 119.8 0.15 0.010 87 92.865 75.099 17.766 86 85 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 87 92.875 74.790 18.085 88RN 86 42. 115. 0. 1834. 104PV 145. 36.68 1.199 119.8 13.32 0.560 85 92.198 74.637 17.561 89 87 78. 210. 0. 1570. 104PV 145. 31.40 1.027 119.8 9.99 0.780 89 91.420 74.234 17.186 90MH 88 82. 220. 0. 540. 104PV 145. 10.81 0.353 119.8 1.39 0.115 90 91.306 73.944 17.362 91 89 20. 55. 0. 28. 104PV 145. 0.55 0.018 119.8 0.01 0.000 91 91.306 73.890 17.416 92RN 90 27. 75. 0. 338. 104PV 145. 6.76 0.221 119.8 0.58 0.015 91 91.290 73.722 17.568 93

91 48. 130. 0. 750. 104PV 145. 14.99 0.490 119.8 2.54 0.120 90 91.298 73.980 17.318 94 92 73. 195. 0. 77. E 100 95. 1.54 0.055 98.0 0.10 0.005 94 91.290 73.722 17.568 93 93 108. 290. 0. 135. E 100 95. 2.70 0.096 98.0 0.28 0.030 93 91.139 73.353 17.786 98 94 10. 25. 0. 497. E 100 95. 9.95 0.352 98.0 3.17 0.030 94 91.266 73.980 17.286 95 95 99. 265. 0. 133. E 100 95. 2.65 0.094 98.0 0.27 0.025 95 91.239 74.089 17.150 96RN 96 79. 210. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 95 91.139 73.390 17.749 97 97 30. 80. 0. 155. E 400 79. 3.10 0.007 365.2 0.00 0.000 97 91.139 73.353 17.786 98 98 40. 105. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 98 91.138 73.280 17.858 99RN 99 24. 65. 0. 218. E 400 79. 4.35 0.010 365.2 0.00 0.000 100 91.139 73.390 17.749 97 100 33. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 100 91.138 73.690 17.448 101RN 101 60. 160. 0. 420. E 400 79. 8.40 0.019 365.2 0.00 0.000 116 91.139 73.493 17.646 100 102 27. 75. 0. 197. 104PV 145. 3.95 0.129 119.8 0.21 0.005 116 91.133 73.987 17.146 102MH 103 40. 105. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 102 91.132 73.500 17.632 103RN 104 20. 55. 0. 28. 104PV 145. 0.55 0.018 119.8 0.01 0.000 102 91.133 73.900 17.233 104RN 105 40. 105. 0. 787. E 400 79. 15.75 0.035 365.2 0.01 0.000 105 91.139 73.822 17.317 116 106 33. 90. 0. 601. E 400 79. 12.01 0.027 365.2 0.01 0.000 105 91.139 74.422 16.717 106MH 107 74. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 106 91.135 74.300 16.835 107RN 108 180. 485. 0. 113. E 400 79. 2.26 0.005 365.2 0.00 0.000 106 91.139 73.600 17.539 112 109 40. 105. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 112 91.138 73.625 17.513 113RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 411. 1105. 0. 787. E 104 103. 15.74 0.515 105.0 5.28 2.170 3 91.139 73.600 17.539 112 111 69. 185. 0. 291. 104PV 145. 5.82 0.190 119.8 0.44 0.030 59 93.296 76.000 17.296 60 112 100. 270. 0. 965. 104PV 145. 19.30 0.631 119.8 4.05 0.405 114 93.327 75.483 17.844 59 113 180. 485. 0. 3456. E 250 79. 69.13 0.391 228.2 1.86 0.335 2 93.732 76.543 17.189 114MH 114 152. 410. 0. 2305. 132PV 145. 33.47 0.679 171.7 3.52 0.535 56 93.327 75.483 17.844 59 E 104 103. 12.64 0.413

115 60. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 57 94.030 76.787 17.243 58RN 116 40. 105. 0. 10767. E 450 79. 215.34 0.376 410.8 0.87 0.035 2 94.032 76.000 18.032 57 117 34. 90. 0. 10509. 250AC 140. 210.19 1.189 284.1 5.03 0.170 57 93.861 76.535 17.326 56 118 61. 165. 0. 7872. 200AC 140. 157.43 1.392 227.3 8.73 0.535 56 93.329 76.927 16.402 52 119 60. 160. 0. 419. 104PV 145. 8.38 0.274 119.8 0.87 0.050 62 93.234 77.231 16.003 70 120 22. 60. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 69 93.234 77.231 16.003 70 121 23. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 71 93.227 77.345 15.882 72RN 122 52. 140. 0. 192. 104PV 145. 3.84 0.125 119.8 0.20 0.010 71 93.216 77.643 15.573 73MH 123 35. 95. 0. 48. 104PV 145. 0.95 0.031 119.8 0.02 0.000 73 93.216 77.500 15.716 74RN 124 54. 145. 0. 46. 104PV 145. 0.91 0.030 119.8 0.01 0.000 117 93.216 77.643 15.573 73MH 125 33. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 65 93.241 77.515 15.726 68RN 126 47. 125. 0. 443. 104PV 145. 8.85 0.289 119.8 0.96 0.045 6 91.868 77.750 14.118 108 127 70. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 108 91.864 77.950 13.914 109RN 128 70. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 108 91.864 78.110 13.754 110RN 129 100. 270. 0. 1621. 104PV 145. 32.41 1.060 119.8 10.59 1.060 115 91.139 74.125 17.014 105 130 70. 190. 0. 6. 104PV 145. 0.13 0.004 119.8 0.00 0.000 89 92.198 74.730 17.468 115 131 102. 275. 0. 138. 104PV 145. 2.75 0.090 119.8 0.11 0.010 4 92.906 77.689 15.217 111RN 132 12. 30. 0. 337. 104PV 145. 6.74 0.220 119.8 0.58 0.005 70 93.227 77.270 15.957 71 133 16. 45. 0. 23. 104PV 145. 0.45 0.015 119.8 0.00 0.000 117 93.217 77.543 15.674 118RN 134 56. 150. 0. 238. 104PV 145. 4.76 0.156 119.8 0.30 0.015 69 93.217 77.432 15.785 117 135 96. 260. 0. 376. 104PV 145. 7.53 0.246 119.8 0.71 0.070 27 91.831 77.400 14.431 9 136 49. 130. 0. 451. 104PV 145. 9.02 0.295 119.8 0.99 0.050 64 93.234 77.210 16.024 69 137 47. 125. 0. 63. 104PV 145. 1.25 0.041 119.8 0.03 0.000 38 92.276 78.521 13.755 119RN 138 10. 25. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.000 81 93.004 75.700 17.304 82 139 100. 270. 0. 1979. 104PV 145. 39.58 1.294 119.8 15.33 1.535 114 92.198 74.730 17.468 115

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 18.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 19 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.038 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00082 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.656 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 8772. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 23465. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 19 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 982. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.55/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 18.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 23465.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 99 103 112 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 4695. 3649.03 43.35 158185.42 86.00 403770.00 8.30 38968.50 0.05 X SUPPLY COST 20188.50 14.00/13.20 PVC 385. 319.02 43.35 13829.53 139.00 53515.00 9.05 3484.25 0.05 X SUPPLY COST 2675.75 20.00 AC 485. 465.60 43.35 20183.76 285.00 138225.00 13.10 6353.50 0.10 X SUPPLY COST 13822.50 25.00 AC 250. 265.63 43.35 11514.84 394.00 98500.00 17.05 4262.50 0.10 X SUPPLY COST 9850.00 TOTAL = 5815. 4699.27 203713.56 694010.00 53068.75 46536.75 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 997329. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LONDON MISSION DATE:�� (LONDO3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 94.500 74.500 20.000 1FH 1 30. 0. 0. 46875. 450AC 140. 937.50 1.637 511.4 4.58 0.135 1 94.363 74.510 19.853 2 2 12. 40. 0. 44449. 450AC 140. 833.45 1.456 524.1 3.68 0.045 2 94.318 74.510 19.808 3 E 200 79. 55.53 0.491 3 85. 260. 0. 41305. 450AC 140. 774.49 1.353 524.1 3.21 0.275 3 94.045 74.775 19.270 4 E 200 79. 51.60 0.456 4 90. 280. 0. 40012. 450AC 140. 750.25 1.310 524.1 3.03 0.275 4 93.772 75.931 17.841 5 E 200 79. 49.99 0.442 5 74. 230. 0. 39757. 350AC 140. 442.05 1.276 497.3 3.87 0.285 5 93.486 75.771 17.715 6MH E 400 79. 353.10 0.780 6 52. 160. 0. 39994. 350AC 140. 444.68 1.284 497.3 3.91 0.205 6 93.283 74.500 18.783 7 E 400 79. 355.20 0.785 7 61. 190. 0. 39230. 350AC 140. 436.19 1.259 497.3 3.78 0.230 7 93.052 73.528 19.524 8 E 400 79. 348.41 0.770 8 109. 330. 0. 37833. 450AC 140. 745.08 1.301 514.4 2.99 0.325 8 92.726 73.291 19.435 9 E 104 103. 11.58 0.379 9 22. 70. 0. 36944. 450AC 140. 727.57 1.271 514.4 2.86 0.065 9 92.663 73.291 19.372 10 E 104 103. 11.31 0.370 10 18. 60. 0. 36246. 450AC 140. 713.82 1.247 514.4 2.76 0.050 10 92.613 73.117 19.496 11 E 104 103. 11.10 0.363 11 16. 50. 0. 35665. 400AC 140. 698.50 1.544 458.2 4.71 0.075 11 92.538 73.082 19.456 12 E 104 103. 14.80 0.484 12 18. 60. 0. 35218. 400AC 140. 689.75 1.525 458.2 4.60 0.085 12 92.455 73.203 19.252 13 E 104 103. 14.61 0.478 13 58. 180. 0. 34803. 350AC 140. 675.71 1.951 402.3 8.49 0.490 13 91.963 73.054 18.909 14 E 104 103. 20.34 0.665 14 93. 280. 0. 35255. 450AC 140. 705.10 1.231 511.4 2.70 0.250 14 91.711 73.180 18.531 15 15 207. 630. 0. 34710. 450AC 140. 673.15 1.176 517.4 2.48 0.515 15 91.198 73.416 17.782 16 E 150 79. 21.05 0.331

16 340. 1040. 0. 5323. 250AC 140. 99.21 0.561 291.8 1.25 0.425 16 90.772 74.063 16.709 17 E 104 103. 7.24 0.237 17 352. 1080. 0. 4203. 200AC 140. 74.30 0.657 238.2 2.17 0.765 17 90.007 76.102 13.905 18 E 104 103. 9.75 0.319 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 18 110. 340. 0. 3433. 151PV 145. 54.26 0.842 190.2 4.47 0.490 18 89.515 76.973 12.542 19 E 104 103. 14.39 0.471 19 70. 210. 0. 2100. 151PV 145. 33.19 0.515 190.2 1.80 0.125 19 89.389 76.898 12.491 20 E 104 103. 8.80 0.288 20 91. 280. 0. 706. E 104 103. 14.11 0.461 105.0 4.31 0.395 20 88.997 76.218 12.779 21 21 57. 170. 0. 335. E 104 103. 6.71 0.219 105.0 1.09 0.060 21 88.935 76.358 12.577 22 22 42. 130. 0. 209. 104PV 145. 4.18 0.137 119.8 0.24 0.010 23 88.935 76.358 12.577 22 23 76. 230. 0. 808. 104PV 145. 16.16 0.528 119.8 2.92 0.220 24 88.945 75.764 13.181 23 24 181. 550. 0. 2144. 151PV 145. 42.88 0.665 173.9 2.89 0.525 25 89.167 75.467 13.700 24 25 190. 580. 0. 5259. E 400 79. 105.17 0.232 365.2 0.41 0.080 25 89.612 75.131 14.481 26 26 120. 370. 0. 785. E 104 103. 15.71 0.514 105.0 5.26 0.630 26 88.981 75.342 13.639 27 27 16. 50. 0. 315. 104PV 145. 6.31 0.206 119.8 0.51 0.010 27 88.973 75.786 13.187 28 28 45. 140. 0. 352. 104PV 145. 7.04 0.230 119.8 0.63 0.030 28 88.944 76.324 12.620 29 29 72. 220. 0. 357. 104PV 145. 7.14 0.233 119.8 0.64 0.045 29 88.898 76.669 12.229 30MH 30 111. 340. 0. 153. E 150 79. 3.05 0.048 136.9 0.07 0.010 30 88.891 76.140 12.751 31 31 35. 110. 0. 132. 104PV 145. 2.65 0.087 119.8 0.10 0.005 32 88.891 76.140 12.751 31 32 32. 100. 0. 327. 104PV 145. 6.55 0.214 119.8 0.55 0.020 33 88.894 76.504 12.390 32 33 21. 60. 0. 497. 104PV 145. 9.95 0.325 119.8 1.19 0.025 34 88.912 76.836 12.076 33 34 10. 30. 0. 632. 104PV 145. 12.65 0.414 119.8 1.85 0.020 35 88.937 76.019 12.918 34 35 33. 100. 0. 787. 104PV 145. 15.75 0.515 119.8 2.78 0.090 36 88.955 76.654 12.301 35 36 272. 830. 0. 1312. E 450 79. 26.25 0.046 410.8 0.02 0.005 37 89.047 76.654 12.393 36 37 172. 530. 0. 2938. E 450 79. 58.76 0.103 410.8 0.08 0.015 38 89.052 76.675 12.377 37 38 147. 450. 0. 890. 104PV 145. 17.80 0.582 119.8 3.49 0.515 39 89.065 75.344 13.721 38

39 52. 160. 0. 7165. 250AC 140. 124.97 0.707 299.3 1.92 0.100 40 89.578 74.435 15.143 39 E 150 79. 18.33 0.288 40 80. 240. 0. 8285. 250AC 140. 144.50 0.818 299.3 2.51 0.200 41 89.678 73.789 15.889 40 E 150 79. 21.20 0.333 41 188. 570. 0. 21204. 400AC 140. 407.91 0.902 461.4 1.74 0.325 42 89.879 73.578 16.301 41 E 132 103. 16.18 0.328 42 79. 240. 0. 22313. 400AC 140. 429.22 0.949 461.4 1.91 0.150 43 90.206 73.641 16.565 42 E 132 103. 17.03 0.346 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 43 48. 150. 0. 23430. 400AC 140. 450.72 0.996 461.4 2.09 0.100 44 90.357 73.848 16.509 43 E 132 103. 17.88 0.363 44 51. 160. 0. 24647. 400AC 140. 474.13 1.048 461.4 2.30 0.115 45 90.458 74.080 16.378 44 E 132 103. 18.81 0.382 45 25. 80. 0. 25739. 400AC 140. 495.13 1.094 461.4 2.49 0.060 46 90.575 73.975 16.600 45 E 132 103. 19.64 0.399 46 90. 280. 0. 26994. 400AC 140. 539.87 1.193 454.6 2.92 0.265 47 90.638 73.553 17.085 46 47 112. 340. 0. 1039. 104PV 145. 20.78 0.679 119.8 4.65 0.520 47 90.380 73.654 16.726 48 48 22. 70. 0. 604. 104PV 145. 12.08 0.395 119.8 1.70 0.035 48 90.343 73.654 16.689 49 49 51. 160. 0. 857. 104PV 145. 17.15 0.561 119.8 3.26 0.165 49 90.176 73.745 16.431 50 50 14. 40. 0. 840. 104PV 145. 16.80 0.549 119.8 3.14 0.045 50 90.133 73.880 16.253 51 51 37. 110. 0. 525. 104PV 145. 10.50 0.343 119.8 1.31 0.050 51 90.084 73.980 16.104 52 52 30. 90. 0. 980. 104PV 145. 19.60 0.641 119.8 4.17 0.125 52 89.959 74.056 15.903 53 53 18. 60. 0. 1343. 104PV 145. 26.86 0.878 119.8 7.48 0.135 53 89.824 74.165 15.659 54 54 10. 30. 0. 815. 104PV 145. 16.30 0.533 119.8 2.96 0.030 54 89.794 74.165 15.629 55 55 22. 70. 0. 408. 104PV 145. 8.15 0.267 119.8 0.82 0.020 55 89.776 74.165 15.611 56 56 79. 240. 0. 77. 104PV 145. 1.55 0.051 119.8 0.04 0.005 57 89.776 74.165 15.611 56 57 79. 240. 0. 404. 104PV 145. 8.08 0.264 119.8 0.81 0.065 58 89.779 74.244 15.535 57 58 75. 230. 0. 699. E 400 79. 13.98 0.031 365.2 0.01 0.000 59 89.843 74.422 15.421 58 59 60. 180. 0. 1666. E 400 79. 33.33 0.074 365.2 0.05 0.005 60 89.844 73.822 16.022 59

60 60. 180. 0. 2554. E 400 79. 51.08 0.113 365.2 0.11 0.005 61 89.847 73.493 16.354 60 61 60. 180. 0. 3437. E 400 79. 68.74 0.152 365.2 0.19 0.010 62 89.853 73.353 16.500 61 62 10. 30. 0. 3692. E 400 79. 73.84 0.163 365.2 0.21 0.000 63 89.864 73.334 16.530 62 63 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 63 89.866 73.722 16.144 64RN 64 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 62 89.864 72.980 16.884 65RN 65 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 61 89.853 73.980 15.873 66RN 66 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 60 89.846 73.980 15.866 67RN 67 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 59 89.844 73.980 15.864 68RN 68 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 58 89.843 74.675 15.168 69RN 69 132. 400. 0. 84. 104PV 145. 1.67 0.055 119.8 0.04 0.005 71 89.768 74.675 15.093 70RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 70 33. 100. 0. 567. 104PV 145. 11.35 0.371 119.8 1.52 0.050 60 89.797 73.838 15.959 95 71 53. 160. 0. 79. 104PV 145. 1.58 0.052 119.8 0.04 0.000 94 89.797 73.838 15.959 95 72 22. 70. 0. 667. 104PV 145. 13.34 0.436 119.8 2.05 0.045 59 89.799 73.987 15.812 94 73 20. 60. 0. 443. 104PV 145. 8.86 0.290 119.8 0.96 0.020 94 89.780 74.543 15.237 73MH 74 114. 350. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 73 89.773 74.342 15.431 72RN 75 52. 160. 0. 277. 104PV 145. 5.55 0.181 119.8 0.40 0.020 55 89.773 74.342 15.431 72RN 76 75. 230. 0. 28. 104PV 145. 0.56 0.018 119.8 0.01 0.000 73 89.779 74.244 15.535 57 77 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 62 89.864 73.500 16.364 191RN 78 115. 350. 0. 528. 104PV 145. 10.56 0.345 119.8 1.33 0.155 42 90.054 73.900 16.154 75 79 96. 290. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.090 77 90.054 73.900 16.154 75 80 56. 170. 0. 837. 104PV 145. 16.75 0.548 119.8 3.12 0.175 43 90.183 74.231 15.952 76 81 10. 30. 0. 935. 104PV 145. 18.70 0.612 119.8 3.83 0.040 76 90.145 74.231 15.914 77MH 82 20. 60. 0. 228. 104PV 145. 4.56 0.149 119.8 0.28 0.005 78 90.183 74.231 15.952 76 83 34. 100. 0. 747. 104PV 145. 14.94 0.489 119.8 2.52 0.085 79 90.189 74.530 15.659 78MH

84 14. 40. 0. 897. 104PV 145. 17.94 0.587 119.8 3.54 0.050 81 90.274 74.231 16.043 79 85 30. 90. 0. 1017. 104PV 145. 20.34 0.665 119.8 4.47 0.135 44 90.324 74.231 16.093 81 86 25. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 79 90.274 74.564 15.710 80RN 87 57. 170. 0. 354. 104PV 145. 7.09 0.232 119.8 0.63 0.035 78 90.152 74.324 15.828 88 88 71. 220. 0. 225. 104PV 145. 4.50 0.147 119.8 0.27 0.020 77 90.125 74.176 15.949 89 89 19. 60. 0. 550. 104PV 145. 10.99 0.359 119.8 1.43 0.025 88 90.125 74.176 15.949 89 90 25. 80. 0. 595. 104PV 145. 11.90 0.389 119.8 1.65 0.040 89 90.084 73.980 16.104 52 91 68. 210. 0. 543. 104PV 145. 10.86 0.355 119.8 1.40 0.095 75 89.959 74.056 15.903 53 92 96. 290. 0. 338. 104PV 145. 6.76 0.221 119.8 0.58 0.055 54 89.768 74.675 15.093 70RN 93 94. 290. 0. 28. 104PV 145. 0.56 0.018 119.8 0.01 0.000 71 89.773 74.342 15.431 72RN 94 40. 120. 0. 370. 104PV 145. 7.41 0.242 119.8 0.69 0.030 87 90.152 74.324 15.828 88 95 34. 100. 0. 133. 104PV 145. 2.66 0.087 119.8 0.10 0.005 87 90.176 73.745 16.431 50 96 63. 190. 0. 708. 104PV 145. 14.16 0.463 119.8 2.29 0.145 82 90.180 73.987 16.193 87 97 37. 110. 0. 0. 104PV 145. 0.00 0.000 119.8 0.00 0.000 82 90.324 74.231 16.093 81 98 26. 80. 0. 898. 104PV 145. 17.97 0.587 119.8 3.55 0.090 83 90.324 74.098 16.226 82 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 99 44. 130. 0. 907. 104PV 145. 18.13 0.593 119.8 3.61 0.160 45 90.416 74.134 16.282 83 100 51. 160. 0. 995. 104PV 145. 19.90 0.651 119.8 4.29 0.220 46 90.419 73.876 16.543 84 101 24. 70. 0. 132. 104PV 145. 2.63 0.086 119.8 0.10 0.000 84 90.416 74.134 16.282 83 102 10. 30. 0. 643. 104PV 145. 12.87 0.421 119.8 1.91 0.020 84 90.400 73.876 16.524 86 103 28. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 84 90.418 73.432 16.986 85RN 104 57. 170. 0. 453. 104PV 145. 9.07 0.296 119.8 1.00 0.055 86 90.343 73.654 16.689 49 105 20. 60. 0. 28372. 350AC 140. 537.18 1.551 406.1 5.55 0.110 93 90.901 73.356 17.545 47 E 132 103. 30.27 0.614 106 50. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 93 91.010 74.500 16.510 92RN 107 75. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 48 90.374 74.000 16.374 91RN

108 80. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 51 90.126 73.897 16.229 90RN 109 109. 330. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.015 56 89.759 73.565 16.194 74RN 110 30. 90. 0. 45. E 104 103. 0.90 0.029 105.0 0.03 0.000 15 91.711 73.180 18.531 161RN 111 116. 350. 0. 857. 104PV 145. 17.15 0.561 119.8 3.26 0.380 162 91.963 73.054 18.909 14 112 23. 70. 0. 1067. E 125 95. 21.35 0.483 122.5 4.39 0.100 163 92.341 73.265 19.076 162 113 15. 50. 0. 1032. 104PV 145. 20.64 0.675 119.8 4.59 0.070 164 92.442 73.265 19.177 163 114 15. 50. 0. 860. 104PV 145. 17.20 0.562 119.8 3.28 0.050 165 92.510 73.336 19.174 164MH 115 15. 50. 0. 564. 104PV 145. 11.29 0.369 119.8 1.50 0.025 166 92.560 73.336 19.224 165 116 225. 690. 0. 268. 104PV 145. 5.36 0.175 119.8 0.38 0.085 61 89.768 74.675 15.093 70RN 117 57. 170. 0. 548. 104PV 145. 10.97 0.359 119.8 1.42 0.080 10 92.582 73.336 19.246 166 118 58. 180. 0. 436. 104PV 145. 8.72 0.285 119.8 0.93 0.055 11 92.560 73.336 19.224 165 119 57. 170. 0. 307. 104PV 145. 6.14 0.201 119.8 0.49 0.030 12 92.510 73.336 19.174 164MH 120 65. 200. 0. 195. 104PV 145. 3.91 0.128 119.8 0.21 0.015 13 92.442 73.265 19.177 163 121 36. 110. 0. 181. 104PV 145. 3.62 0.118 119.8 0.18 0.005 167 92.582 73.336 19.246 166 122 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 167 92.588 73.330 19.258 168RN 123 44. 130. 0. 361. 104PV 145. 7.22 0.236 119.8 0.66 0.030 169 92.589 73.330 19.259 167 124 67. 200. 0. 589. 104PV 145. 11.77 0.385 119.8 1.62 0.110 9 92.617 73.500 19.117 169 125 26. 80. 0. 23. 104PV 145. 0.46 0.015 119.8 0.00 0.000 169 92.617 73.710 18.907 170MH 126 79. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 170 92.611 73.669 18.942 171RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 127 26. 80. 0. 297. 104PV 145. 5.94 0.194 119.8 0.46 0.010 173 92.617 73.710 18.907 170MH 128 101. 310. 0. 982. 104PV 145. 19.64 0.642 119.8 4.19 0.425 8 92.629 73.500 19.129 173 129 159. 490. 0. 245. 104PV 145. 4.90 0.160 119.8 0.32 0.050 173 92.578 75.317 17.261 172RN 130 110. 340. 0. 419. 104PV 145. 8.37 0.274 119.8 0.86 0.095 7 93.188 74.741 18.447 176 131 47. 140. 0. 511. 104PV 145. 10.23 0.334 119.8 1.25 0.060 176 93.129 74.796 18.333 175

132 17. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 175 93.129 74.796 18.333 174RN 133 121. 370. 0. 518. 104PV 145. 10.35 0.339 119.8 1.28 0.155 177 93.188 74.741 18.447 176 134 118. 360. 0. 216. 104PV 145. 4.32 0.141 119.8 0.25 0.030 177 93.313 74.712 18.601 179 135 95. 290. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.010 179 93.301 74.863 18.438 178RN 136 334. 1020. 0. 119. 104PV 145. 2.37 0.078 119.8 0.08 0.030 181 93.129 74.796 18.333 175 137 49. 150. 0. 329. 104PV 145. 6.58 0.215 119.8 0.55 0.025 180 93.313 74.712 18.601 179 138 58. 180. 0. 596. E 104 103. 11.92 0.390 105.0 3.16 0.185 180 93.157 74.413 18.744 181 139 75. 230. 0. 1213. 104PV 145. 24.27 0.794 119.8 6.20 0.465 188 93.342 74.863 18.479 177 140 59. 180. 0. 1097. 104PV 145. 21.94 0.717 119.8 5.14 0.305 188 93.504 74.556 18.948 187 141 30. 90. 0. 1135. 104PV 145. 22.70 0.742 119.8 5.48 0.165 187 93.340 74.663 18.677 180 142 46. 140. 0. 243. 104PV 145. 4.87 0.159 119.8 0.32 0.015 186 93.504 74.556 18.948 187 143 43. 130. 0. 1818. E 132 103. 36.35 0.738 133.3 7.79 0.335 186 93.184 74.302 18.882 182 144 287. 880. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.270 182 92.912 77.351 15.561 184RN 145 36. 110. 0. 55. E 132 103. 1.10 0.022 133.3 0.01 0.000 182 93.183 74.500 18.683 183RN 146 126. 390. 0. 195. E 132 103. 3.90 0.079 133.3 0.12 0.015 182 93.168 74.585 18.583 185RN 147 70. 210. 0. 2301. E 132 103. 46.02 0.934 133.3 12.06 0.845 2 93.519 74.332 19.187 186 148 52. 160. 0. 2914. 132PV 145. 58.28 1.183 152.0 9.83 0.510 3 93.807 74.669 19.138 188 149 78. 240. 0. 199. 104PV 145. 3.98 0.130 119.8 0.22 0.015 188 93.790 74.812 18.978 189 150 69. 210. 0. 918. 104PV 145. 18.35 0.600 119.8 3.69 0.255 4 93.790 74.812 18.978 189 151 151. 460. 0. 661. 104PV 145. 13.23 0.433 119.8 2.01 0.305 189 93.486 75.771 17.715 6MH 152 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 17 90.772 74.063 16.709 160RN 153 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 18 90.007 76.102 13.905 159RN 154 85. 260. 0. 928. 104PV 145. 18.55 0.607 119.8 3.77 0.320 19 89.195 76.752 12.443 154MH 155 38. 120. 0. 1089. 104PV 145. 21.79 0.712 119.8 5.07 0.195 20 89.196 76.750 12.446 156 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

156 8. 20. 0. 187. 104PV 145. 3.74 0.122 119.8 0.19 0.000 156 89.195 76.752 12.443 154MH 157 39. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 154 89.194 76.430 12.764 155RN 158 92. 280. 0. 692. 104PV 145. 13.84 0.453 119.8 2.19 0.200 156 88.995 76.435 12.560 157 159 37. 110. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 21 88.995 76.435 12.560 157 160 65. 200. 0. 487. 104PV 145. 9.74 0.319 119.8 1.14 0.075 157 88.921 75.939 12.982 147 161 155. 470. 0. 620. 104PV 145. 12.40 0.405 119.8 1.79 0.275 154 88.918 76.008 12.910 152 162 38. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 152 88.917 76.136 12.781 153RN 163 19. 60. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.005 152 88.912 76.688 12.224 151 164 13. 40. 0. 54. 104PV 145. 1.07 0.035 119.8 0.02 0.000 151 88.912 76.688 12.224 158MH 165 54. 170. 0. 167. 104PV 145. 3.35 0.109 119.8 0.16 0.010 147 88.912 76.688 12.224 158MH 166 28. 90. 0. 123. 104PV 145. 2.46 0.080 119.8 0.09 0.005 146 88.921 75.939 12.982 147 167 34. 100. 0. 163. 104PV 145. 3.26 0.106 119.8 0.15 0.005 147 88.916 75.500 13.416 148 168 54. 170. 0. 118. 104PV 145. 2.35 0.077 119.8 0.08 0.005 148 88.911 75.939 12.972 149 169 31. 90. 0. 71. 104PV 145. 1.42 0.047 119.8 0.03 0.000 158 88.911 75.939 12.972 149 170 26. 80. 0. 19. 104PV 145. 0.38 0.012 119.8 0.00 0.000 149 88.911 76.765 12.146 150RN 171 36. 110. 0. 76. 104PV 145. 1.52 0.050 119.8 0.04 0.000 151 88.911 76.765 12.146 150RN 172 56. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 124 88.920 76.564 12.356 125RN 173 44. 130. 0. 145. 104PV 145. 2.89 0.095 119.8 0.12 0.005 124 88.917 76.342 12.575 123 174 37. 110. 0. 85. 104PV 145. 1.71 0.056 119.8 0.05 0.000 123 88.916 75.500 13.416 148 175 33. 100. 0. 110. 104PV 145. 2.19 0.072 119.8 0.07 0.000 144 88.916 75.500 13.416 148 176 26. 80. 0. 186. E 125 95. 3.72 0.084 122.5 0.17 0.005 146 88.919 75.894 13.025 145 177 9. 30. 0. 124. E 125 95. 2.47 0.056 122.5 0.08 0.000 145 88.918 75.894 13.024 144MH 178 37. 110. 0. 48. 104PV 145. 0.95 0.031 119.8 0.02 0.000 143 88.919 75.894 13.025 145 179 13. 40. 0. 203. 104PV 145. 4.06 0.133 119.8 0.23 0.005 142 88.919 76.098 12.821 143MH 180 33. 100. 0. 369. 104PV 145. 7.39 0.241 119.8 0.68 0.025 23 88.922 75.865 13.057 142

181 36. 110. 0. 42. 104PV 145. 0.83 0.027 119.8 0.01 0.000 142 88.922 75.710 13.212 141 182 25. 80. 0. 133. 104PV 145. 2.66 0.087 119.8 0.10 0.005 141 88.919 75.777 13.142 140 183 43. 130. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 143 88.919 75.777 13.142 140 184 18. 60. 0. 13. 104PV 145. 0.26 0.009 119.8 0.00 0.000 140 88.919 75.777 13.142 139 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 185 26. 80. 0. 91. E 125 95. 1.82 0.041 122.5 0.05 0.000 139 88.918 75.894 13.024 144MH 186 7. 20. 0. 158. E 125 95. 3.15 0.071 122.5 0.13 0.000 122 88.919 75.777 13.142 139 187 35. 110. 0. 116. 104PV 145. 2.31 0.076 119.8 0.08 0.005 122 88.917 76.342 12.575 123 188 7. 20. 0. 348. E 125 95. 6.96 0.158 122.5 0.55 0.005 121 88.920 75.700 13.220 122 189 44. 130. 0. 73. 104PV 145. 1.47 0.048 119.8 0.03 0.000 120 88.924 75.710 13.214 121MH 190 15. 50. 0. 211. 104PV 145. 4.23 0.138 119.8 0.24 0.005 120 88.922 75.710 13.212 141 191 41. 130. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.040 119 88.925 75.710 13.215 120 192 63. 190. 0. 851. 104PV 145. 17.02 0.557 119.8 3.21 0.200 24 88.964 75.634 13.330 119 193 62. 190. 0. 156. 104PV 145. 3.12 0.102 119.8 0.14 0.010 119 88.956 75.765 13.191 118 194 66. 200. 0. 113. E 210 103. 2.27 0.018 212.0 0.00 0.000 190 88.956 75.765 13.191 118 195 42. 130. 0. 415. E 125 95. 8.30 0.188 122.5 0.76 0.030 190 88.924 75.710 13.214 121MH 196 28. 90. 0. 738. E 125 95. 14.76 0.334 122.5 2.22 0.060 130 88.956 75.567 13.389 190 197 37. 110. 0. 111. 104PV 145. 2.23 0.073 119.8 0.07 0.005 129 89.018 75.523 13.495 130 198 39. 120. 0. 203. 104PV 145. 4.05 0.133 119.8 0.23 0.010 129 89.012 76.766 12.246 128 199 76. 230. 0. 495. 104PV 145. 9.89 0.324 119.8 1.18 0.090 128 88.922 76.564 12.358 124 200 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 127 89.035 76.979 12.056 126RN 201 20. 60. 0. 497. 104PV 145. 9.94 0.325 119.8 1.19 0.025 127 89.012 76.766 12.246 128 202 17. 50. 0. 642. 104PV 145. 12.84 0.420 119.8 1.91 0.030 136 89.036 76.949 12.087 127 203 24. 70. 0. 922. 104PV 145. 18.45 0.603 119.8 3.73 0.090 135 89.068 76.899 12.169 136 204 37. 110. 0. 1721. 104PV 145. 34.42 1.125 119.8 11.84 0.440 137 89.158 75.500 13.658 135

205 34. 100. 0. 659. 104PV 145. 13.17 0.431 119.8 2.00 0.070 135 89.090 75.413 13.677 134 206 34. 100. 0. 170. 104PV 145. 3.41 0.111 119.8 0.16 0.005 136 89.062 75.600 13.462 131 207 37. 110. 0. 484. 104PV 145. 9.68 0.316 119.8 1.13 0.040 131 89.021 76.213 12.808 129 208 13. 40. 0. 439. 104PV 145. 8.77 0.287 119.8 0.94 0.010 132 89.062 75.600 13.462 131 209 11. 30. 0. 534. 104PV 145. 10.67 0.349 119.8 1.35 0.015 134 89.075 75.718 13.357 132 210 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 134 89.089 75.413 13.676 138RN 211 21. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 132 89.075 75.718 13.357 133RN 212 57. 170. 0. 812. E 125 95. 16.24 0.368 122.5 2.64 0.150 112 89.018 75.523 13.495 130 213 38. 120. 0. 1782. E 125 95. 35.65 0.807 122.5 11.35 0.430 111 89.169 75.718 13.451 112 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 214 101. 310. 0. 671. 104PV 145. 13.41 0.439 119.8 2.07 0.210 112 88.960 75.878 13.082 113MH 215 38. 120. 0. 142. 104PV 145. 2.85 0.093 119.8 0.12 0.005 113 88.956 75.765 13.191 118 216 31. 90. 0. 112. E 104 103. 2.24 0.073 105.0 0.14 0.005 118 88.951 75.899 13.052 116 217 19. 60. 0. 283. 104PV 145. 5.66 0.185 119.8 0.42 0.010 113 88.952 75.065 13.887 114 218 30. 90. 0. 68. 104PV 145. 1.36 0.045 119.8 0.03 0.000 114 88.951 75.899 13.052 116 219 46. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 114 88.951 76.098 12.853 115RN 220 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 116 88.951 76.098 12.853 117RN 221 71. 220. 0. 1886. E 400 79. 37.72 0.083 365.2 0.06 0.005 111 89.596 76.531 13.065 137MH 222 51. 160. 0. 3918. E 400 79. 78.37 0.173 365.2 0.24 0.010 26 89.600 75.413 14.187 111 223 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 32 88.894 76.669 12.225 103RN 224 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 34 88.936 76.775 12.161 102RN 225 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 35 88.955 76.775 12.180 101RN 226 20. 60. 0. 30. E 450 79. 0.60 0.001 410.8 0.00 0.000 36 89.047 76.771 12.276 99RN 227 20. 60. 0. 30. E 150 79. 0.60 0.009 136.9 0.00 0.000 37 89.052 76.675 12.377 98RN 228 30. 90. 0. 45. E 450 79. 0.90 0.002 410.8 0.00 0.000 38 89.065 75.344 13.721 97RN

229 29. 90. 0. 2673. E 150 79. 53.46 0.840 136.9 13.93 0.405 109 89.065 75.344 13.721 38 230 127. 390. 0. 1276. 104PV 145. 14.95 0.489 146.8 2.53 0.320 109 89.149 75.678 13.471 108 E 104 103. 10.57 0.346 231 207. 630. 0. 504. E 104 103. 10.08 0.330 105.0 2.32 0.480 109 88.990 76.087 12.903 105 232 264. 810. 0. 481. E 150 79. 9.62 0.151 136.9 0.58 0.155 37 88.898 76.669 12.229 30MH 233 87. 270. 0. 320. 104PV 145. 6.40 0.209 119.8 0.52 0.045 105 88.944 76.324 12.620 29 234 38. 120. 0. 326. 104PV 145. 6.51 0.213 119.8 0.54 0.020 106 88.990 76.087 12.903 105 235 95. 290. 0. 277. 104PV 145. 5.53 0.181 119.8 0.40 0.040 106 88.973 75.786 13.187 28 236 85. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.010 27 88.972 75.876 13.096 107RN 237 41. 130. 0. 872. 104PV 145. 17.45 0.570 119.8 3.36 0.140 108 89.011 75.876 13.135 106 238 276. 840. 0. 277. E 104 103. 5.53 0.181 105.0 0.76 0.210 110 89.149 75.678 13.471 108 239 99. 300. 0. 492. E 104 103. 9.85 0.322 105.0 2.22 0.220 39 89.359 74.897 14.462 110 240 104. 320. 0. 5168. 250AC 140. 90.14 0.510 299.3 1.05 0.110 39 89.469 75.546 13.923 109 E 150 79. 13.22 0.208 241 170. 565. 0. 637. 104PV 145. 12.74 0.416 119.8 1.88 0.320 40 89.359 74.897 14.462 110 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 242 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 33 88.911 76.836 12.075 100RN 243 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 31 88.890 76.504 12.386 104RN 244 199. 610. 0. 8273. E 400 79. 165.45 0.366 365.2 0.95 0.190 41 89.690 74.047 15.643 25 245 20. 60. 0. 487. 104PV 145. 9.73 0.318 119.8 1.14 0.025 95 89.774 73.838 15.936 71 246 82. 250. 0. 248. 104PV 145. 4.95 0.162 119.8 0.33 0.025 182 93.157 74.413 18.744 181 247 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 86 90.399 74.500 15.899 96RN 248 55. 170. 0. 3852. E 400 79. 77.04 0.170 365.2 0.23 0.015 41 89.867 73.334 16.533 63 249 15. 0. 0. 394. 104PV 145. 7.89 0.258 119.8 0.77 0.010 22 88.923 76.358 12.565 146MH 250 30. 0. 0. 28552. 350AC 140. 571.05 1.649 397.8 6.22 0.185 16 91.012 74.000 17.012 93 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 126 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.056 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00098 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.371 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 15409. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46875. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 103 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2311. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.43/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46875.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 19 33 99 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 14 65 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg# 9. 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 9270. 7204.79 43.35 312327.75 86.00 797220.00 8.30 76941.00 0.05 X SUPPLY COST 39861.00 14.00/13.20 PVC 52. 43.09 43.35 1867.88 139.00 7228.00 9.05 470.60 0.05 X SUPPLY COST 361.40 16.00/15.10 PVC 361. 312.05 43.35 13527.31 184.00 66424.00 11.60 4187.60 0.05 X SUPPLY COST 3321.20 20.00 AC 352. 337.92 43.35 14648.83 285.00 100320.00 13.10 4611.20 0.10 X SUPPLY COST 10032.00 25.00 AC 576. 612.00 43.35 26530.20 394.00 226944.00 17.05 9820.80 0.10 X SUPPLY COST 22694.40 35.00 AC 295. 378.34 43.35 16400.93 802.00 236590.00 29.95 8835.25 0.10 X SUPPLY COST 23659.00 40.00 AC 515. 721.00 43.35 31255.35 1103.00 568045.00 36.40 18746.00 0.10 X SUPPLY COST 56804.50 45.00 AC 666. 1013.99 43.35 43956.25 1589.00 1058274.00 50.00 33300.00 0.10 X SUPPLY COST 105827.40 TOTAL = 12087. 10623.17 460514.50 3061045.00 156912.45 262560.91 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3941033. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LONDON 4 DATE:�� (LONDO4/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 97.350 75.350 22.000 1FH 1 30. 0. 0. 45425. 300AC 140. 908.50 3.570 340.9 31.12 0.935 1 96.416 75.600 20.816 2 2 50. 180. 0. 27939. 300AC 140. 558.79 2.196 340.9 12.65 0.635 2 95.784 75.100 20.684 3 3 111. 400. 0. 22294. 300AC 140. 445.87 1.752 340.9 8.33 0.925 3 94.859 75.263 19.596 4MH 4 82. 295. 0. 22447. 300AC 140. 429.55 1.688 346.7 7.77 0.635 4 94.221 74.320 19.901 5 E 104 103. 19.40 0.634 5 40. 145. 0. 22334. 300AC 140. 411.87 1.618 351.6 7.19 0.290 5 93.934 74.585 19.349 6 E 132 103. 34.81 0.707 6 28. 100. 0. 21756. 300AC 140. 435.13 1.710 340.9 7.96 0.225 6 93.711 74.580 19.131 7 7 10. 35. 0. 20531. 250AC 140. 361.30 2.044 298.3 13.71 0.135 7 93.574 74.572 19.002 8 E 132 103. 49.33 1.001 8 6. 20. 0. 20259. 250AC 140. 356.50 2.017 298.3 13.38 0.080 8 93.493 74.570 18.923 9 E 132 103. 48.67 0.988 9 14. 50. 0. 19990. 250AC 140. 351.77 1.991 298.3 13.05 0.185 9 93.311 74.558 18.753 10 E 132 103. 48.03 0.975 10 34. 125. 0. 20644. 300AC 140. 380.70 1.496 351.6 6.22 0.210 10 93.099 74.589 18.510 11 E 132 103. 32.18 0.653 11 28. 100. 0. 18451. 250AC 140. 324.70 1.837 298.3 11.25 0.315 11 92.784 74.569 18.215 12 E 132 103. 44.33 0.900 12 12. 45. 0. 17181. 250AC 140. 302.33 1.711 298.3 9.86 0.120 12 92.666 74.549 18.117 13 E 132 103. 41.28 0.838 13 20. 70. 0. 16543. 250AC 140. 291.11 1.647 298.3 9.19 0.185 13 92.482 74.656 17.826 14 E 132 103. 39.75 0.807 14 49. 175. 0. 15360. 300AC 140. 307.21 1.207 340.9 4.18 0.205 14 92.277 75.845 16.432 15 15 67. 240. 0. 11541. 300AC 140. 171.22 0.673 381.9 1.42 0.095 15 92.182 75.770 16.412 16MH E 250 79. 59.60 0.337 16 30. 110. 0. 11366. 250AC 140. 190.31 1.077 304.0 4.18 0.125 16 92.057 74.981 17.076 17 E 151 103. 37.01 0.574

17 45. 160. 0. 10013. 250AC 140. 167.65 0.949 304.0 3.31 0.150 17 91.908 74.407 17.501 18 E 151 103. 32.60 0.506 18 78. 280. 0. 8279. 250AC 140. 144.40 0.817 299.3 2.51 0.195 18 91.712 73.723 17.989 19 E 150 79. 21.18 0.333 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 19 23. 85. 0. 6787. 200AC 140. 107.40 0.950 248.5 4.30 0.100 19 91.613 73.548 18.065 20 E 150 79. 28.33 0.445 20 31. 110. 0. 5796. 200AC 140. 91.72 0.811 248.5 3.21 0.100 20 91.514 73.504 18.010 21 E 150 79. 24.20 0.380 21 26. 95. 0. 5508. E 150 79. 110.16 1.732 136.9 53.15 1.380 21 90.132 73.501 16.631 22 22 18. 65. 0. 3083. E 150 79. 61.66 0.969 136.9 18.15 0.325 22 89.805 73.642 16.163 23 23 227. 820. 0. 2075. E 150 79. 41.50 0.652 136.9 8.72 1.980 23 87.826 75.556 12.270 24MH 24 98. 355. 0. 718. E 150 79. 14.35 0.226 136.9 1.22 0.120 24 87.707 74.816 12.891 25 25 100. 360. 0. 180. E 150 79. 3.60 0.057 136.9 0.09 0.010 25 87.697 73.416 14.281 26RN 26 50. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 25 87.704 73.250 14.454 27RN 27 47. 170. 0. 2260. 104PV 145. 45.20 1.478 119.8 19.60 0.920 22 89.210 73.445 15.765 28 28 46. 165. 0. 1973. 104PV 145. 39.45 1.290 119.8 15.24 0.700 28 88.509 73.390 15.119 29 29 57. 205. 0. 1428. 104PV 145. 28.55 0.934 119.8 8.37 0.475 29 88.032 73.340 14.692 30 30 37. 135. 0. 1018. 104PV 145. 20.35 0.665 119.8 4.47 0.165 30 87.867 73.285 14.582 31 31 154. 555. 0. 278. E 104 103. 5.55 0.181 105.0 0.77 0.120 31 87.749 73.180 14.569 32RN 32 59. 215. 0. 288. 104PV 145. 5.75 0.188 119.8 0.43 0.025 31 87.841 73.156 14.685 33 33 20. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 33 87.841 73.150 14.691 34RN 34 30. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 33 87.841 73.200 14.641 35RN 35 66. 240. 0. 120. E 125 95. 2.40 0.054 122.5 0.08 0.005 30 88.027 73.265 14.762 36RN 36 100. 360. 0. 180. 104PV 145. 3.60 0.118 119.8 0.18 0.020 29 88.491 73.339 15.152 37RN 37 33. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 28 89.210 73.500 15.710 38RN 38 103. 370. 0. 1125. E 151 103. 22.50 0.349 152.4 1.66 0.170 19 91.541 75.750 15.791 39 39 28. 100. 0. 890. E 151 103. 17.80 0.276 152.4 1.08 0.030 39 91.511 75.930 15.581 40MH

40 49. 175. 0. 753. 104PV 145. 15.05 0.492 119.8 2.56 0.125 40 91.385 75.317 16.068 41 41 85. 305. 0. 403. 104PV 145. 8.05 0.263 119.8 0.80 0.070 41 91.317 73.669 17.648 42 42 29. 105. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 42 91.316 73.700 17.616 43RN 43 40. 145. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 42 91.316 73.705 17.611 44RN 44 30. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 41 91.385 75.255 16.130 45RN 45 214. 770. 0. 385. E 104 103. 7.70 0.252 105.0 1.41 0.300 24 87.526 73.302 14.224 46RN 46 58. 210. 0. 461. E 104 103. 9.21 0.301 105.0 1.96 0.115 23 89.692 73.520 16.172 47 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 47 12. 45. 0. 98. E 104 103. 1.96 0.064 105.0 0.11 0.000 47 89.690 73.445 16.245 48 48 106. 380. 0. 190. E 104 103. 3.80 0.124 105.0 0.38 0.040 48 89.650 73.263 16.387 49RN 49 65. 235. 0. 117. E 104 103. 2.35 0.077 105.0 0.16 0.010 47 89.681 73.512 16.169 50RN 50 195. 705. 0. 657. 104PV 145. 13.14 0.430 119.8 1.99 0.390 51 89.690 73.445 16.245 48 51 85. 305. 0. 593. 104PV 145. 11.86 0.388 119.8 1.65 0.140 51 89.938 73.240 16.698 52 52 274. 990. 0. 1700. 104PV 145. 21.39 0.700 142.9 4.91 1.345 52 88.593 73.025 15.568 53 E 100 95. 12.61 0.446 53 147. 530. 0. 585. 104PV 145. 11.70 0.383 119.8 1.60 0.235 53 88.358 72.988 15.370 54 54 45. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 54 88.356 72.952 15.404 55RN 55 45. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 54 88.356 73.102 15.254 56RN 56 99. 355. 0. 178. 104PV 145. 3.55 0.116 119.8 0.18 0.015 53 88.576 73.160 15.416 57RN 57 57. 205. 0. 1857. 104PV 145. 37.15 1.215 119.8 13.63 0.775 58 90.078 73.336 16.742 51 58 47. 170. 0. 1632. 104PV 145. 32.64 1.067 119.8 10.73 0.505 59 90.855 73.741 17.114 58 59 122. 440. 0. 673. 104PV 145. 13.47 0.440 119.8 2.08 0.255 20 91.359 73.885 17.474 59 60 69. 250. 0. 1388. 104PV 145. 27.77 0.908 119.8 7.95 0.550 18 91.359 73.885 17.474 59 61 78. 280. 0. 553. 104PV 145. 11.06 0.362 119.8 1.45 0.115 60 90.855 73.741 17.114 58 62 43. 155. 0. 770. 104PV 145. 15.41 0.504 119.8 2.67 0.115 60 90.853 73.552 17.301 61 63 66. 240. 0. 1874. 104PV 145. 37.49 1.226 119.8 13.86 0.915 61 89.938 73.240 16.698 52

64 45. 160. 0. 1621. 104PV 145. 32.42 1.060 119.8 10.60 0.475 62 90.968 73.625 17.343 60 65 95. 340. 0. 1238. 104PV 145. 24.75 0.809 119.8 6.43 0.610 63 91.445 73.815 17.630 62 66 125. 450. 0. 1526. 104PV 145. 30.53 0.998 119.8 9.48 1.185 64 90.853 73.552 17.301 61 67 163. 585. 0. 926. 104PV 145. 18.52 0.605 119.8 3.76 0.610 17 91.445 73.815 17.630 62 68 41. 150. 0. 3537. E 250 79. 70.74 0.400 228.2 1.94 0.080 15 92.197 75.697 16.500 120 69 55. 200. 0. 4124. E 250 79. 82.49 0.467 228.2 2.58 0.140 120 92.055 75.451 16.604 63 70 16. 60. 0. 2587. E 250 79. 51.74 0.293 228.2 1.09 0.015 63 92.038 75.480 16.558 64 71 85. 305. 0. 1275. E 250 79. 25.50 0.144 228.2 0.29 0.025 64 92.013 76.083 15.930 65 72 10. 35. 0. 600. 104PV 145. 12.00 0.392 119.8 1.68 0.015 65 91.996 76.100 15.896 66 73 101. 365. 0. 305. 104PV 145. 6.09 0.199 119.8 0.48 0.050 66 91.948 76.834 15.114 67 74 15. 55. 0. 500. 104PV 145. 10.01 0.327 119.8 1.20 0.020 68 91.948 76.834 15.114 67 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 75 26. 95. 0. 1175. 104PV 145. 23.51 0.769 119.8 5.84 0.150 69 91.966 76.981 14.985 68MH 76 139. 500. 0. 2208. E 250 79. 44.17 0.250 228.2 0.81 0.115 70 92.117 77.020 15.097 69 77 34. 125. 0. 6238. E 250 79. 124.75 0.706 228.2 5.56 0.190 70 92.041 77.237 14.804 71 78 14. 50. 0. 5505. E 250 79. 110.10 0.623 228.2 4.41 0.060 71 91.980 77.260 14.720 72 79 114. 410. 0. 1828. E 250 79. 36.57 0.207 228.2 0.57 0.065 70 92.165 77.438 14.727 73MH 80 300. 1080. 0. 3250. E 250 79. 65.00 0.368 228.2 1.66 0.500 72 91.481 76.249 15.232 74 81 115. 415. 0. 2244. E 250 79. 44.87 0.254 228.2 0.84 0.095 74 91.385 75.506 15.879 75 82 85. 305. 0. 1414. E 250 79. 28.27 0.160 228.2 0.36 0.030 75 91.354 75.656 15.698 76 83 70. 250. 0. 1180. E 250 79. 23.60 0.134 228.2 0.25 0.020 76 91.337 75.753 15.584 77 84 60. 215. 0. 947. E 250 79. 18.95 0.107 228.2 0.17 0.010 77 91.326 78.193 13.133 78MH 85 233. 840. 0. 420. 104PV 145. 8.40 0.275 119.8 0.87 0.200 78 91.124 75.663 15.461 79RN 86 130. 470. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.040 75 91.346 75.260 16.086 80RN 87 469. 1690. 0. 845. E 104 103. 16.90 0.553 105.0 6.02 2.825 72 89.154 76.873 12.281 81RN

88 179. 645. 0. 323. 104PV 145. 6.45 0.211 119.8 0.53 0.095 71 91.946 76.885 15.061 82RN 89 167. 600. 0. 300. 104PV 145. 6.00 0.196 119.8 0.47 0.080 68 91.888 75.556 16.332 83RN 90 165. 595. 0. 298. E 104 103. 5.95 0.195 105.0 0.87 0.145 67 91.804 75.663 16.141 84RN 91 140. 505. 0. 253. 104PV 145. 5.05 0.165 119.8 0.34 0.045 65 91.965 75.103 16.862 85RN 92 178. 640. 0. 364. 104PV 145. 7.28 0.238 119.8 0.67 0.120 86 91.354 75.656 15.698 76 93 60. 215. 0. 151. 104PV 145. 3.03 0.099 119.8 0.13 0.010 74 91.473 76.303 15.170 86 94 241. 870. 0. 866. E 132 103. 17.31 0.351 133.3 1.97 0.475 87 91.473 76.303 15.170 86 95 20. 70. 0. 35. E 132 103. 0.70 0.014 133.3 0.01 0.000 87 92.018 76.805 15.213 88RN 96 215. 775. 0. 1758. E 250 79. 35.16 0.199 228.2 0.53 0.115 89 92.018 76.785 15.233 87 97 70. 250. 0. 299. 104PV 145. 5.98 0.196 119.8 0.46 0.030 73 92.133 77.263 14.870 89 98 122. 440. 0. 2192. E 250 79. 43.83 0.248 228.2 0.80 0.100 70 92.133 77.263 14.870 89 99 120. 430. 0. 13419. 200AC 140. 198.83 1.758 254.7 13.45 1.615 90 92.230 77.447 14.783 70 E 151 103. 69.54 1.079 100 66. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 90 93.839 76.669 17.170 127RN 101 142. 510. 0. 14129. 250AC 140. 236.57 1.339 304.0 6.26 0.890 91 93.845 76.959 16.886 90 E 151 103. 46.00 0.714 102 98. 355. 0. 290. E 104 103. 5.80 0.190 105.0 0.83 0.080 91 94.652 75.122 19.530 92 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 103 88. 315. 0. 1126. E 104 103. 22.52 0.736 105.0 10.26 0.900 92 93.750 75.243 18.507 93 104 408. 1470. 0. 735. E 104 103. 14.70 0.481 105.0 4.65 1.900 93 91.851 76.441 15.410 100RN 105 232. 835. 0. 2253. 132PV 145. 45.05 0.914 152.0 6.10 1.415 93 92.334 77.351 14.983 94 106 63. 225. 0. 923. 104PV 145. 18.45 0.603 119.8 3.73 0.235 94 92.099 77.153 14.946 95 107 184. 665. 0. 333. 104PV 145. 6.65 0.217 119.8 0.56 0.105 95 91.996 77.456 14.540 96RN 108 40. 145. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 95 92.098 77.200 14.898 97RN 109 41. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 94 92.333 77.505 14.828 98RN 110 181. 650. 0. 325. 104PV 145. 6.50 0.213 119.8 0.54 0.100 94 92.236 77.102 15.134 99RN 111 50. 180. 0. 3261. 132PV 145. 65.23 1.324 152.0 12.11 0.605 101 93.750 75.243 18.507 93

112 165. 595. 0. 404. 104PV 145. 8.09 0.264 119.8 0.81 0.135 101 94.221 74.320 19.901 5 113 64. 230. 0. 1286. 104PV 145. 25.72 0.841 119.8 6.90 0.440 102 94.652 75.122 19.530 92 114 45. 160. 0. 5276. 151PV 145. 105.51 1.637 173.9 15.33 0.690 3 95.094 74.963 20.131 102 115 98. 355. 0. 701. 104PV 145. 14.02 0.459 119.8 2.24 0.220 103 95.094 74.963 20.131 102 116 60. 215. 0. 14959. 250AC 140. 299.17 1.693 284.1 9.67 0.580 103 94.734 76.209 18.525 91 117 45. 160. 0. 16025. 250AC 140. 320.49 1.814 284.1 10.98 0.495 104 95.314 76.115 19.199 103 118 171. 615. 0. 809. E 104 103. 16.17 0.529 105.0 5.55 0.950 104 94.859 75.263 19.596 4MH 119 33. 120. 0. 1098. 104PV 145. 21.96 0.718 119.8 5.15 0.170 7 93.541 74.620 18.921 111 120 22. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 111 93.541 74.675 18.866 112RN 121 14. 50. 0. 933. 104PV 145. 18.66 0.610 119.8 3.81 0.055 111 93.488 74.650 18.838 113 122 14. 50. 0. 982. 104PV 145. 19.63 0.642 119.8 4.18 0.060 113 93.429 74.700 18.729 114 123 19. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 114 93.429 74.710 18.719 115RN 124 37. 135. 0. 166. 104PV 145. 3.33 0.109 119.8 0.16 0.005 9 93.488 74.650 18.838 113 125 40. 145. 0. 814. 104PV 145. 16.28 0.532 119.8 2.96 0.120 114 93.311 74.558 18.753 10 126 45. 160. 0. 1755. 104PV 145. 35.10 1.148 119.8 12.27 0.550 11 92.547 74.725 17.822 116 127 60. 215. 0. 1258. 104PV 145. 25.16 0.823 119.8 6.62 0.395 116 92.149 74.963 17.186 121 128 117. 420. 0. 524. 104PV 145. 10.48 0.343 119.8 1.31 0.155 121 91.996 75.663 16.333 124 129 61. 220. 0. 15. E 104 103. 0.29 0.010 105.0 0.00 0.000 124 91.996 76.100 15.896 66 130 94. 340. 0. 19. 104PV 145. 0.39 0.013 119.8 0.00 0.000 124 91.996 76.336 15.660 125 131 70. 250. 0. 611. 104PV 145. 12.21 0.399 119.8 1.74 0.120 69 91.996 76.336 15.660 125 132 93. 335. 0. 168. 104PV 145. 3.35 0.110 119.8 0.16 0.015 125 91.981 76.230 15.751 126RN 133 58. 210. 0. 311. 104PV 145. 6.22 0.203 119.8 0.50 0.030 121 92.121 75.004 17.117 122 134 38. 135. 0. 690. 104PV 145. 13.79 0.451 119.8 2.18 0.085 122 92.038 75.480 16.558 64 135 74. 265. 0. 133. E 104 103. 2.65 0.087 105.0 0.19 0.015 122 92.106 75.446 16.660 123RN 136 62. 225. 0. 928. 104PV 145. 18.57 0.607 119.8 3.77 0.235 118 92.121 75.004 17.117 122

137 32. 115. 0. 1156. 104PV 145. 23.11 0.756 119.8 5.66 0.180 117 92.355 74.963 17.392 118 138 34. 125. 0. 247. 104PV 145. 4.95 0.162 119.8 0.33 0.010 116 92.536 74.802 17.734 117 139 47. 170. 0. 1113. 104PV 145. 22.27 0.728 119.8 5.28 0.250 12 92.536 74.802 17.734 117 140 21. 75. 0. 20. 104PV 145. 0.39 0.013 119.8 0.00 0.000 118 92.355 74.756 17.599 119 141 29. 105. 0. 1008. 104PV 145. 20.16 0.659 119.8 4.39 0.125 14 92.355 74.756 17.599 119 142 49. 175. 0. 850. 104PV 145. 17.00 0.556 119.8 3.21 0.155 119 92.197 75.697 16.500 120 143 126. 455. 0. 228. E 104 103. 4.55 0.149 105.0 0.53 0.065 6 93.867 74.798 19.069 105RN 144 68. 245. 0. 123. 104PV 145. 2.45 0.080 119.8 0.09 0.005 8 93.568 74.798 18.770 106RN 145 68. 245. 0. 123. 104PV 145. 2.45 0.080 119.8 0.09 0.005 11 93.093 74.863 18.230 107RN 146 57. 205. 0. 478. 104PV 145. 9.55 0.312 119.8 1.10 0.065 13 92.603 74.669 17.934 108 147 40. 145. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 108 92.602 74.741 17.861 110RN 148 64. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 108 92.598 75.115 17.483 109RN 149 52. 185. 0. 93. 104PV 145. 1.85 0.060 119.8 0.05 0.005 21 91.511 73.510 18.001 128RN 150 275. 990. 0. 704. 104PV 145. 14.09 0.461 119.8 2.26 0.620 73 91.473 76.303 15.170 86 151 48. 175. 0. 17308. 250AC 140. 346.16 1.959 284.1 12.67 0.610 2 95.808 75.986 19.822 104 152 74. 265. 0. 4186. 151PV 145. 83.71 1.298 173.9 9.98 0.740 102 94.355 74.701 19.654 101 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 22.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 24 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.270 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00085 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.241 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 12640. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 45425. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 79 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1356. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.59/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS

TERMINAL HEAD AT FEEDING NODE NO. 1= 22.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 45425.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg# 6. 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 24 78 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 34 55 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 6375. 4954.75 43.35 214788.48 86.00 548250.00 8.30 52912.50 0.05 X SUPPLY COST 27412.50 14.00/13.20 PVC 282. 233.67 43.35 10129.68 139.00 39198.00 9.05 2552.10 0.05 X SUPPLY COST 1959.90 16.00/15.10 PVC 119. 102.86 43.35 4459.14 184.00 21896.00 11.60 1380.40 0.05 X SUPPLY COST 1094.80 20.00 AC 174. 167.04 43.35 7241.18 285.00 49590.00 13.10 2279.40 0.10 X SUPPLY COST 4959.00 25.00 AC 538. 571.63 43.35 24779.94 394.00 211972.00 17.05 9172.90 0.10 X SUPPLY COST 21197.20 30.00 AC 491. 574.47 43.35 24903.28 569.00 279379.00 23.50 11538.50 0.10 X SUPPLY COST 27937.90 TOTAL = 7979. 6604.42 286301.69 1150285.00 79835.80 84561.30 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1600984. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LONDON 5 DATE:�� (LONDO5/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 94.550 76.550 18.000 1FH 1 30. 0. 0. 15000. 250AC 140. 269.60 1.526 295.9 7.97 0.240 1 94.311 76.600 17.711 2 E 132 85. 30.40 0.617 2 378. 530. 0. 2832. 104PV 145. 21.88 0.715 172.0 5.12 1.935 2 92.377 75.822 16.555 3 E 151 86. 34.76 0.539 3 76. 105. 0. 1430. E 132 85. 28.59 0.580 123.9 7.12 0.540 3 91.836 76.252 15.584 4 4 70. 100. 0. 1147. E 132 85. 22.94 0.466 123.9 4.74 0.330 4 91.504 76.839 14.665 5MH 5 87. 120. 0. 827. E 132 85. 16.54 0.336 123.9 2.58 0.225 5 91.280 76.400 14.880 6 6 85. 120. 0. 147. E 132 85. 2.95 0.060 123.9 0.11 0.010 6 91.271 76.241 15.030 7 7 59. 80. 0. 515. E 132 85. 10.30 0.209 123.9 1.07 0.065 8 91.271 76.241 15.030 7 8 183. 255. 0. 1319. E 132 85. 26.38 0.535 123.9 6.13 1.120 9 91.334 76.574 14.760 8MH 9 136. 190. 0. 3797. 200AC 140. 67.14 0.594 238.2 1.80 0.245 9 92.211 76.784 15.427 10 E 104 103. 8.81 0.288 10 45. 65. 0. 3447. 200AC 140. 68.95 0.610 227.3 1.89 0.085 10 92.126 76.915 15.211 11 11 103. 145. 0. 2421. 200AC 140. 48.42 0.428 227.3 0.98 0.100 11 92.025 77.270 14.755 12 12 204. 285. 0. 2136. 132PV 145. 42.72 0.867 152.0 5.53 1.130 12 90.897 77.771 13.126 13 13 237. 330. 0. 1103. 132PV 145. 22.05 0.448 152.0 1.63 0.385 13 90.512 78.286 12.226 14MH 14 74. 105. 0. 410. 104PV 145. 8.20 0.268 119.8 0.83 0.060 14 90.450 77.918 12.532 15 15 66. 90. 0. 271. 104PV 145. 5.41 0.177 119.8 0.38 0.025 15 90.425 77.725 12.700 16 16 87. 120. 0. 116. 104PV 145. 2.31 0.076 119.8 0.08 0.005 16 90.418 77.795 12.623 17 17 255. 355. 0. 178. 104PV 145. 3.55 0.116 119.8 0.18 0.045 17 90.373 76.358 14.015 18RN 18 151. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.010 17 90.408 75.508 14.900 19RN 19 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 16 90.425 77.489 12.936 20RN

20 251. 350. 0. 462. 104PV 145. 9.25 0.302 119.8 1.04 0.260 21 90.450 77.918 12.532 15 21 54. 75. 0. 572. 104PV 145. 11.43 0.374 119.8 1.54 0.085 22 90.711 77.172 13.539 21 22 42. 60. 0. 781. 104PV 145. 15.62 0.511 119.8 2.74 0.115 23 90.794 77.253 13.541 22 23 37. 50. 0. 1259. 104PV 145. 25.19 0.824 119.8 6.64 0.245 24 90.909 77.266 13.643 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 24 94. 130. 0. 2487. 132PV 145. 49.73 1.010 152.0 7.33 0.690 25 91.154 77.251 13.903 24 25 40. 55. 0. 2086. 132PV 145. 41.73 0.847 152.0 5.29 0.210 26 91.843 77.314 14.529 25 26 161. 225. 0. 2296. 151PV 145. 45.93 0.712 173.9 3.28 0.530 27 92.055 77.401 14.654 26 27 163. 230. 0. 3285. 200AC 140. 65.71 0.581 227.3 1.73 0.280 28 92.584 76.964 15.620 27 28 74. 105. 0. 4377. 200AC 140. 77.39 0.684 238.2 2.34 0.175 30 92.866 76.441 16.425 28 E 104 103. 10.15 0.332 29 157. 220. 0. 4610. 200AC 140. 81.50 0.721 238.2 2.58 0.405 31 93.039 76.386 16.653 30 E 104 103. 10.69 0.350 30 84. 115. 0. 4832. 200AC 140. 85.44 0.755 238.2 2.82 0.235 32 93.444 76.382 17.062 31 E 104 103. 11.21 0.366 31 101. 140. 0. 5600. 200AC 140. 99.01 0.875 238.2 3.70 0.375 33 93.681 76.452 17.229 32 E 104 103. 12.99 0.425 32 108. 150. 0. 11828. 300AC 140. 226.34 0.889 346.7 2.37 0.255 2 94.054 76.927 17.127 33 E 104 103. 10.22 0.334 33 152. 210. 0. 5978. 200AC 140. 105.70 0.935 238.2 4.18 0.635 33 93.420 77.097 16.323 34 E 104 103. 13.86 0.453 34 267. 375. 0. 5526. 200AC 140. 97.70 0.864 238.2 3.61 0.965 34 92.456 76.994 15.462 9 E 104 103. 12.81 0.419 35 114. 160. 0. 80. E 104 103. 1.60 0.052 105.0 0.08 0.010 34 93.411 77.126 16.285 58RN 36 143. 200. 0. 540. 104PV 145. 10.79 0.353 119.8 1.38 0.200 32 93.483 76.596 16.887 37 37 34. 45. 0. 23. 104PV 145. 0.45 0.015 119.8 0.00 0.000 37 93.483 76.619 16.864 38RN 38 38. 55. 0. 367. 104PV 145. 7.34 0.240 119.8 0.68 0.025 37 93.457 76.663 16.794 36 39 64. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 36 93.457 76.693 16.764 39RN 40 44. 60. 0. 220. 104PV 145. 4.39 0.144 119.8 0.26 0.010 36 93.446 76.523 16.923 35 41 135. 190. 0. 40. 104PV 145. 0.79 0.026 119.8 0.01 0.000 35 93.444 76.382 17.062 31

42 41. 55. 0. 28. 104PV 145. 0.55 0.018 119.8 0.01 0.000 35 93.446 76.587 16.859 40RN 43 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 30 93.039 76.450 16.589 59RN 44 252. 350. 0. 749. 104PV 145. 14.98 0.490 119.8 2.54 0.640 28 92.227 76.283 15.944 29 45 73. 100. 0. 228. 104PV 145. 4.56 0.149 119.8 0.28 0.020 29 92.206 76.404 15.802 73 46 235. 330. 0. 57. 104PV 145. 1.14 0.037 119.8 0.02 0.005 10 92.206 76.404 15.802 73 47 199. 280. 0. 622. 104PV 145. 12.43 0.406 119.8 1.80 0.355 27 92.227 76.283 15.944 29 48 205. 285. 0. 635. 104PV 145. 12.71 0.415 119.8 1.87 0.385 29 91.843 77.314 14.529 25 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 49 51. 70. 0. 1102. 104PV 145. 22.05 0.721 119.8 5.19 0.265 24 90.890 76.927 13.963 67 50 54. 75. 0. 660. 104PV 145. 13.20 0.432 119.8 2.01 0.110 67 90.781 76.809 13.972 66 51 59. 80. 0. 311. 104PV 145. 6.22 0.203 119.8 0.50 0.030 66 90.752 77.605 13.147 65MH 52 24. 35. 0. 126. 104PV 145. 2.52 0.082 119.8 0.09 0.000 65 90.750 77.565 13.185 64RN 53 83. 115. 0. 28. 104PV 145. 0.57 0.019 119.8 0.01 0.000 75 90.750 77.565 13.185 64RN 54 132. 185. 0. 248. 104PV 145. 4.97 0.162 119.8 0.33 0.045 60 90.750 77.205 13.545 75 55 47. 65. 0. 693. 104PV 145. 13.86 0.453 119.8 2.20 0.105 13 90.794 77.328 13.466 60 56 233. 325. 0. 157. 104PV 145. 3.14 0.103 119.8 0.14 0.035 60 90.761 76.528 14.233 61 57 135. 190. 0. 16. 104PV 145. 0.31 0.010 119.8 0.00 0.000 63 90.750 77.565 13.185 64RN 58 106. 150. 0. 53. 104PV 145. 1.05 0.034 119.8 0.02 0.000 65 90.750 76.934 13.816 63 59 109. 150. 0. 197. 104PV 145. 3.93 0.129 119.8 0.21 0.025 66 90.758 76.688 14.070 62 60 60. 85. 0. 327. 104PV 145. 6.54 0.214 119.8 0.55 0.035 67 90.857 76.775 14.082 70 61 75. 105. 0. 371. 104PV 145. 7.42 0.243 119.8 0.69 0.050 23 90.857 76.775 14.082 70 62 108. 150. 0. 67. 104PV 145. 1.34 0.044 119.8 0.03 0.005 22 90.791 76.623 14.168 69 63 126. 175. 0. 276. 104PV 145. 5.51 0.180 119.8 0.40 0.050 61 90.711 77.172 13.539 21 64 38. 55. 0. 109. 104PV 145. 2.18 0.071 119.8 0.07 0.005 61 90.758 76.688 14.070 62 65 51. 70. 0. 168. 104PV 145. 3.36 0.110 119.8 0.16 0.010 62 90.750 76.934 13.816 63

66 125. 175. 0. 388. 104PV 145. 7.76 0.254 119.8 0.75 0.095 14 90.418 77.795 12.623 17 67 60. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 21 90.710 77.200 13.510 72RN 68 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 26 92.055 77.410 14.645 71RN 69 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 12 92.024 77.250 14.774 68RN 70 206. 290. 0. 777. E 104 103. 15.53 0.508 105.0 5.15 1.060 11 91.065 76.663 14.402 41MH 71 231. 325. 0. 163. E 104 103. 3.25 0.106 105.0 0.28 0.065 41 90.999 76.460 14.539 42RN 72 435. 605. 0. 4. 104PV 145. 0.08 0.003 119.8 0.00 0.000 41 91.065 76.288 14.777 43RN 73 152. 210. 0. 207. 104PV 145. 4.14 0.135 119.8 0.23 0.035 44 91.065 76.288 14.777 43RN 74 81. 115. 0. 67. 104PV 145. 1.34 0.044 119.8 0.03 0.000 45 91.100 76.210 14.890 44 75 101. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 45 91.099 75.952 15.147 46RN 76 211. 295. 0. 412. 104PV 145. 8.24 0.270 119.8 0.84 0.175 6 91.103 76.199 14.904 45 77 186. 260. 0. 432. 104PV 145. 8.64 0.283 119.8 0.92 0.170 7 91.100 76.210 14.890 44 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 78 315. 440. 0. 416. 104PV 145. 8.33 0.272 119.8 0.86 0.270 8 91.065 76.288 14.777 43RN 79 152. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.010 5 91.494 76.070 15.424 47RN 80 128. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 4 91.830 75.852 15.978 48RN 81 67. 95. 0. 127. 104PV 145. 2.54 0.083 119.8 0.09 0.005 3 92.371 76.946 15.425 50MH 82 100. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 55 92.368 77.950 14.418 49RN 83 42. 60. 0. 49. 104PV 145. 0.99 0.032 119.8 0.02 0.000 50 92.370 76.226 16.144 51 84 33. 45. 0. 33. 104PV 145. 0.66 0.022 119.8 0.01 0.000 51 92.370 76.963 15.407 52RN 85 81. 115. 0. 26. 104PV 145. 0.52 0.017 119.8 0.01 0.000 53 92.370 76.963 15.407 52RN 86 106. 150. 0. 158. E 250 79. 3.17 0.018 228.2 0.01 0.000 54 92.370 78.299 14.071 53MH 87 18. 25. 0. 337. E 250 79. 6.74 0.038 228.2 0.02 0.000 55 92.371 76.257 16.114 54 88 60. 85. 0. 698. E 250 79. 13.96 0.079 228.2 0.10 0.005 3 92.371 75.753 16.618 55 89 44. 60. 0. 66. 104PV 145. 1.33 0.043 119.8 0.03 0.000 55 92.370 76.226 16.144 51

90 51. 70. 0. 56. 104PV 145. 1.12 0.037 119.8 0.02 0.000 54 92.370 76.963 15.407 52RN 91 123. 170. 0. 85. E 250 79. 1.70 0.010 228.2 0.00 0.000 3 92.377 75.506 16.871 57RN 92 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 55 92.371 76.200 16.171 56RN 93 85. 120. 0. 269. 104PV 145. 5.38 0.176 119.8 0.38 0.030 15 90.418 77.795 12.623 17 94 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 73 92.206 76.350 15.856 74RN 95 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 75 90.750 77.150 13.600 76RN 96 23. 30. 0. 520. 104PV 145. 10.40 0.340 119.8 1.29 0.030 69 90.761 76.528 14.233 61 97 43. 60. 0. 573. 104PV 145. 11.46 0.375 119.8 1.54 0.065 70 90.791 76.623 14.168 69 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- Pg# 4. 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 18.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 14 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.226 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00070 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.793 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 10773. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 15000. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 18 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1662. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.51/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 18.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 15000.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 14 65 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 19 57 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 7199. 5595.18 43.35 242550.97 86.00 619114.00 8.30 59751.70 0.05 X SUPPLY COST 30955.70

14.00/13.20 PVC 575. 476.46 43.35 20654.49 139.00 79925.00 9.05 5203.75 0.05 X SUPPLY COST 3996.25 16.00/15.10 PVC 161. 139.17 43.35 6032.96 184.00 29624.00 11.60 1867.60 0.05 X SUPPLY COST 1481.20 20.00 AC 1282. 1230.72 43.35 53351.71 285.00 365370.00 13.10 16794.20 0.10 X SUPPLY COST 36537.00 25.00 AC 30. 31.88 43.35 1381.78 394.00 11820.00 17.05 511.50 0.10 X SUPPLY COST 1182.00 30.00 AC 108. 126.36 43.35 5477.71 569.00 61452.00 23.50 2538.00 0.10 X SUPPLY COST 6145.20 TOTAL = 9355. 7599.76 329449.66 1167305.00 86666.76 80297.36 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1663719. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone MAIDAGIN 1 DATE:�� (MAIDA1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 101.500 74.500 27.000 1FH 1 40. 220. 0. 57000. 132PV 145. 290.44 5.895 238.6 192.41 7.695 1 93.804 74.550 19.254 2 E 225 81. 659.56 4.608 2 76. 410. 0. 40382. E 400 85. 673.03 1.488 376.8 10.97 0.835 2 92.970 74.754 18.216 3 3 126. 680. 0. 30748. E 400 85. 512.46 1.133 376.8 6.62 0.835 3 92.136 74.684 17.452 4 4 70. 380. 0. 30218. E 400 85. 503.63 1.113 376.8 6.41 0.450 4 91.687 74.600 17.087 148 5 22. 120. 0. 25700. E 400 85. 428.33 0.947 376.8 4.75 0.105 5 91.054 74.600 16.454 6 6 17. 90. 0. 23447. E 400 85. 390.78 0.864 376.8 4.01 0.070 6 90.985 74.650 16.335 7 7 24. 130. 0. 21744. E 400 85. 362.41 0.801 376.8 3.49 0.085 7 90.902 74.600 16.302 8 8 47. 250. 0. 19783. E 400 85. 329.72 0.729 376.8 2.93 0.140 8 90.764 74.623 16.141 9 9 27. 150. 0. 17733. E 400 85. 295.54 0.653 376.8 2.39 0.065 9 90.700 74.650 16.050 10 10 51. 270. 0. 17113. E 400 85. 285.21 0.630 376.8 2.24 0.115 10 90.586 74.721 15.865 11 11 70. 380. 0. 6540. E 400 85. 108.99 0.241 376.8 0.38 0.025 11 90.559 74.345 16.214 12 12 68. 370. 0. 4587. E 400 85. 76.45 0.169 376.8 0.20 0.015 12 90.546 74.133 16.413 13 13 70. 380. 0. 2640. E 400 85. 44.00 0.097 376.8 0.07 0.005 13 90.541 74.234 16.307 14 14 68. 370. 0. 185. E 400 85. 3.08 0.007 376.8 0.00 0.000 14 90.541 74.300 16.241 15RN 15 80. 430. 0. 1357. 104PV 145. 22.62 0.740 119.8 5.44 0.435 13 90.111 74.786 15.325 16 16 100. 540. 0. 780. 104PV 145. 13.01 0.425 119.8 1.95 0.195 16 89.915 74.098 15.817 17 17 30. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 17 89.915 75.145 14.770 18RN 18 80. 430. 0. 1362. 104PV 145. 22.71 0.742 119.8 5.48 0.440 12 90.121 75.100 15.021 19 19 29. 160. 0. 649. 104PV 145. 10.82 0.354 119.8 1.39 0.040 19 90.081 75.234 14.847 20

20 36. 190. 0. 1253. 104PV 145. 20.89 0.683 119.8 4.69 0.170 20 89.912 75.453 14.459 21 21 40. 220. 0. 889. 104PV 145. 14.81 0.484 119.8 2.48 0.100 21 89.812 75.768 14.044 22MH 22 59. 320. 0. 1194. 104PV 145. 19.91 0.651 119.8 4.29 0.255 22 89.559 74.980 14.579 23 23 27. 150. 0. 1695. 104PV 145. 28.25 0.924 119.8 8.21 0.220 23 89.337 74.687 14.650 24 24 18. 100. 0. 1250. 104PV 145. 20.83 0.681 119.8 4.67 0.085 24 89.253 74.548 14.705 25 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 59. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.005 25 89.247 74.100 15.147 26RN 26 54. 290. 0. 735. 104PV 145. 12.25 0.401 119.8 1.75 0.095 25 89.159 75.546 13.613 27 27 18. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 27 89.159 75.600 13.559 28RN 28 22. 120. 0. 430. 104PV 145. 7.17 0.234 119.8 0.65 0.015 27 89.145 75.234 13.911 29 29 39. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.000 29 89.143 75.100 14.043 30RN 30 30. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 29 89.144 75.000 14.144 31RN 31 20. 110. 0. 834. 104PV 145. 13.90 0.455 119.8 2.21 0.045 44 90.081 75.234 14.847 20 32 20. 110. 0. 791. 104PV 145. 13.18 0.431 119.8 2.00 0.040 32 89.559 74.980 14.579 23 33 49. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 32 89.596 75.562 14.034 33RN 34 34. 180. 0. 1196. 104PV 145. 19.93 0.652 119.8 4.30 0.145 34 89.599 75.547 14.052 32 35 36. 190. 0. 1591. 104PV 145. 26.51 0.867 119.8 7.30 0.265 35 89.745 75.540 14.205 34 36 27. 150. 0. 1891. 104PV 145. 31.51 1.030 119.8 10.05 0.270 36 90.008 76.223 13.785 35 37 39. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.000 34 89.743 75.600 14.143 37RN 38 25. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 35 90.008 76.300 13.708 38RN 39 79. 430. 0. 2181. E 250 95. 36.34 0.206 244.9 0.40 0.030 39 90.279 76.800 13.479 36MH 40 48. 260. 0. 4337. E 300 95. 72.29 0.284 293.9 0.59 0.030 40 90.311 75.456 14.855 39 41 41. 220. 0. 6336. E 300 95. 105.61 0.415 293.9 1.19 0.050 41 90.340 75.216 15.124 40 42 30. 160. 0. 7321. E 300 95. 122.02 0.479 293.9 1.56 0.045 42 90.388 75.048 15.340 41 43 10. 50. 0. 8772. E 300 95. 146.20 0.574 293.9 2.18 0.020 43 90.435 74.986 15.449 42

44 80. 430. 0. 1131. 104PV 145. 18.85 0.616 119.8 3.88 0.310 42 90.125 75.400 14.725 44 45 76. 410. 0. 178. 104PV 145. 2.97 0.097 119.8 0.13 0.010 45 90.125 75.400 14.725 44 46 25. 130. 0. 1694. 104PV 145. 28.23 0.923 119.8 8.20 0.205 40 90.135 75.641 14.494 45 47 124. 670. 0. 911. 104PV 145. 15.18 0.496 119.8 2.60 0.320 45 89.812 75.768 14.044 22MH 48 71. 380. 0. 1622. 104PV 145. 27.03 0.884 119.8 7.57 0.535 39 89.774 75.587 14.187 46 49 39. 210. 0. 577. 104PV 145. 9.61 0.314 119.8 1.12 0.045 46 89.731 75.651 14.080 47 50 54. 290. 0. 605. 104PV 145. 10.08 0.330 119.8 1.22 0.065 46 89.708 75.980 13.728 48MH 51 65. 350. 0. 175. 104PV 145. 2.92 0.095 119.8 0.12 0.010 48 89.700 75.544 14.156 49RN 52 60. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.005 47 89.724 75.730 13.994 50RN 53 38. 200. 0. 695. 104PV 145. 11.58 0.379 119.8 1.57 0.060 41 90.329 75.097 15.232 51 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 54 24. 130. 0. 545. 104PV 145. 9.08 0.297 119.8 1.00 0.025 52 90.329 75.097 15.232 51 55 17. 90. 0. 1220. 104PV 145. 20.33 0.665 119.8 4.47 0.075 53 90.353 75.100 15.253 52 56 85. 460. 0. 1154. E 150 95. 19.23 0.302 146.9 1.49 0.125 54 90.429 75.144 15.285 53 57 60. 320. 0. 1138. 104PV 145. 18.97 0.620 119.8 3.93 0.235 54 90.320 75.033 15.287 55 58 30. 160. 0. 1193. 104PV 145. 19.89 0.650 119.8 4.29 0.130 55 90.191 75.171 15.020 56 59 40. 220. 0. 1808. 104PV 145. 30.13 0.985 119.8 9.25 0.370 56 89.821 75.195 14.626 57 60 75. 400. 0. 585. 104PV 145. 9.74 0.319 119.8 1.14 0.085 57 89.735 75.786 13.949 58 61 38. 200. 0. 880. 104PV 145. 14.67 0.480 119.8 2.44 0.095 59 89.735 75.786 13.949 58 62 72. 390. 0. 598. 104PV 145. 9.96 0.326 119.8 1.19 0.085 59 89.742 75.342 14.400 60 63 64. 340. 0. 555. 104PV 145. 9.24 0.302 119.8 1.04 0.065 60 89.676 75.675 14.001 61 64 20. 110. 0. 225. E 100 52. 3.75 0.133 78.0 1.58 0.030 61 89.644 75.876 13.768 62 65 61. 330. 0. 241. 104PV 145. 4.02 0.132 119.8 0.22 0.015 62 89.630 76.200 13.430 63RN 66 48. 260. 0. 366. 104PV 145. 6.10 0.200 119.8 0.48 0.025 64 89.644 75.876 13.768 62 67 87. 470. 0. 334. 104PV 145. 5.56 0.182 119.8 0.40 0.035 64 89.632 76.178 13.454 65

68 137. 740. 0. 455. 104PV 145. 7.58 0.248 119.8 0.72 0.100 47 89.632 76.178 13.454 65 69 45. 240. 0. 793. 104PV 145. 13.22 0.432 119.8 2.01 0.090 57 89.731 75.651 14.080 47 70 70. 380. 0. 1963. 104PV 145. 32.71 1.070 119.8 10.77 0.755 66 89.828 75.577 14.251 59 71 55. 300. 0. 1050. 104PV 145. 17.51 0.572 119.8 3.38 0.185 67 90.582 75.231 15.351 66 72 10. 50. 0. 4511. E 175 78. 75.18 0.868 159.3 12.53 0.125 68 90.768 74.923 15.845 67 73 58. 310. 0. 1993. E 175 78. 33.22 0.384 159.3 2.76 0.160 6 90.893 74.888 16.005 68 74 50. 270. 0. 2833. E 175 78. 47.21 0.545 159.3 5.29 0.265 5 90.893 74.888 16.005 68 75 38. 200. 0. 3186. E 175 78. 53.09 0.613 159.3 6.58 0.250 67 90.518 74.829 15.689 69 76 44. 240. 0. 4364. E 175 78. 72.73 0.840 159.3 11.79 0.520 69 89.999 75.014 14.985 70 77 16. 90. 0. 3270. E 175 78. 54.49 0.629 159.3 6.91 0.110 70 89.889 75.037 14.852 71 78 35. 190. 0. 2638. E 175 78. 43.96 0.508 159.3 4.64 0.160 71 89.727 75.319 14.408 72 79 35. 190. 0. 1409. E 175 78. 23.48 0.271 159.3 1.45 0.050 72 89.676 75.458 14.218 73 80 61. 330. 0. 979. E 175 78. 16.32 0.189 159.3 0.74 0.045 73 89.630 76.398 13.232 74 81 16. 90. 0. 994. 104PV 145. 16.56 0.542 119.8 3.05 0.050 72 89.678 75.400 14.278 75 82 73. 390. 0. 517. 104PV 145. 8.62 0.282 119.8 0.91 0.065 75 89.611 75.768 13.843 76 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 83 52. 280. 0. 200. 104PV 145. 3.34 0.109 119.8 0.16 0.010 76 89.603 76.701 12.902 77MH 84 95. 510. 0. 170. 104PV 145. 2.83 0.092 119.8 0.12 0.010 77 89.592 75.683 13.909 78 85 43. 230. 0. 548. 104PV 145. 9.14 0.299 119.8 1.02 0.045 79 89.592 75.683 13.909 78 86 25. 130. 0. 1405. 104PV 145. 23.42 0.766 119.8 5.80 0.145 95 89.805 74.765 15.040 89 87 16. 90. 0. 239. 104PV 145. 3.98 0.130 119.8 0.22 0.005 80 89.635 75.243 14.392 79 88 26. 140. 0. 891. 104PV 145. 14.86 0.486 119.8 2.50 0.065 81 89.639 75.155 14.484 80 89 110. 590. 0. 638. 104PV 145. 10.64 0.348 119.8 1.35 0.150 82 89.704 74.980 14.724 81 90 110. 590. 0. 959. 104PV 145. 15.98 0.523 119.8 2.86 0.315 83 89.852 74.768 15.084 82 91 31. 170. 0. 6597. E 225 81. 109.96 0.768 207.7 6.97 0.215 83 89.950 74.313 15.637 95

92 42. 230. 0. 3839. E 225 81. 63.99 0.447 207.7 2.56 0.105 84 89.688 75.066 14.622 85 93 42. 230. 0. 2899. E 225 81. 48.32 0.338 207.7 1.52 0.065 85 89.624 75.314 14.310 86 94 36. 190. 0. 1153. 104PV 145. 19.22 0.628 119.8 4.02 0.145 86 89.479 75.114 14.365 87 95 38. 200. 0. 210. 104PV 145. 3.49 0.114 119.8 0.17 0.005 87 89.473 75.098 14.375 88 96 91. 490. 0. 1095. 104PV 145. 18.25 0.597 119.8 3.66 0.335 89 89.473 75.098 14.375 88 97 38. 200. 0. 4942. E 225 81. 82.37 0.575 207.7 4.08 0.155 95 89.795 74.762 15.033 84 98 33. 180. 0. 870. 104PV 145. 14.50 0.474 119.8 2.39 0.080 88 89.394 75.243 14.151 90 99 17. 90. 0. 644. 104PV 145. 10.73 0.351 119.8 1.37 0.025 90 89.371 75.342 14.029 91 100 116. 620. 0. 213. 104PV 145. 3.55 0.116 119.8 0.18 0.020 91 89.350 75.842 13.508 92RN 101 80. 430. 0. 84. E 100 52. 1.41 0.050 78.0 0.26 0.020 93 89.350 75.842 13.508 92RN 102 17. 90. 0. 208. E 100 52. 3.46 0.122 78.0 1.36 0.025 94 89.371 75.485 13.886 93 103 32. 170. 0. 298. E 100 52. 4.97 0.176 78.0 2.66 0.085 87 89.394 75.367 14.027 94 104 47. 250. 0. 143. E 100 52. 2.39 0.084 78.0 0.68 0.030 86 89.592 75.683 13.909 78 105 21. 110. 0. 311. E 100 52. 5.18 0.183 78.0 2.88 0.060 78 89.531 75.320 14.211 96 106 50. 270. 0. 135. E 100 52. 2.25 0.080 78.0 0.61 0.030 96 89.501 75.100 14.401 97RN 107 48. 260. 0. 144. 104PV 145. 2.40 0.078 119.8 0.09 0.005 98 89.531 75.320 14.211 96 108 31. 170. 0. 799. 104PV 145. 13.32 0.436 119.8 2.04 0.065 98 89.472 75.400 14.072 99 109 29. 160. 0. 899. 104PV 145. 14.99 0.490 119.8 2.54 0.075 99 89.399 75.455 13.944 100 110 20. 110. 0. 476. 104PV 145. 7.94 0.260 119.8 0.78 0.015 100 89.383 75.654 13.729 101MH 111 29. 160. 0. 341. 104PV 145. 5.69 0.186 119.8 0.42 0.010 101 89.371 75.485 13.886 93 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 112 27. 150. 0. 213. 104PV 145. 3.55 0.116 119.8 0.18 0.005 100 89.394 75.367 14.027 94 113 19. 100. 0. 315. 104PV 145. 5.25 0.172 119.8 0.36 0.005 87 89.472 75.400 14.072 99 114 20. 110. 0. 1213. 104PV 145. 20.22 0.661 119.8 4.42 0.090 86 89.535 75.453 14.082 98 115 8. 40. 0. 247. E 100 52. 4.12 0.146 78.0 1.88 0.015 102 89.350 75.842 13.508 92RN

116 122. 660. 0. 613. 104PV 145. 10.21 0.334 119.8 1.25 0.150 103 89.365 75.800 13.565 102 117 38. 200. 0. 675. 104PV 145. 11.25 0.368 119.8 1.49 0.055 104 89.517 75.564 13.953 103 118 19. 100. 0. 527. 104PV 145. 8.79 0.287 119.8 0.94 0.020 105 89.574 75.321 14.253 104 119 74. 400. 0. 519. E 100 52. 8.66 0.306 78.0 7.43 0.550 106 89.592 74.876 14.716 105 120 31. 170. 0. 174. E 100 52. 2.90 0.102 78.0 0.98 0.030 107 90.142 74.609 15.533 106 121 28. 150. 0. 706. 104PV 145. 11.76 0.385 119.8 1.62 0.045 108 90.142 74.609 15.533 106 122 37. 200. 0. 576. 104PV 145. 9.59 0.314 119.8 1.11 0.040 109 90.187 74.589 15.598 108 123 21. 110. 0. 624. 104PV 145. 10.40 0.340 119.8 1.29 0.025 110 90.228 74.166 16.062 109 124 72. 390. 0. 301. 104PV 145. 5.02 0.164 119.8 0.34 0.025 111 90.228 74.166 16.062 109 125 30. 160. 0. 385. 104PV 145. 6.42 0.210 119.8 0.53 0.015 112 90.187 74.589 15.598 108 126 34. 180. 0. 1739. 104PV 145. 28.99 0.948 119.8 8.61 0.295 113 90.253 74.150 16.103 111 127 37. 200. 0. 8117. E 225 81. 135.29 0.945 207.7 10.24 0.380 113 90.167 74.266 15.901 83 128 51. 270. 0. 54. E 100 52. 0.90 0.032 78.0 0.11 0.005 107 90.167 74.266 15.901 83 129 22. 120. 0. 10107. E 300 95. 168.44 0.662 293.9 2.83 0.060 114 90.545 74.000 16.545 113 130 42. 230. 0. 13010. E 225 81. 216.83 1.515 207.7 24.52 1.030 115 90.608 73.959 16.649 114 131 60. 320. 0. 1479. 104PV 145. 24.64 0.806 119.8 6.38 0.385 110 89.873 74.677 15.196 116 132 33. 180. 0. 230. 104PV 145. 3.83 0.125 119.8 0.20 0.005 116 89.866 74.500 15.366 117 133 61. 330. 0. 1011. 104PV 145. 16.85 0.551 119.8 3.15 0.190 118 89.866 74.500 15.366 117 134 41. 220. 0. 6574. E 200 103. 109.56 0.969 201.9 7.94 0.325 118 89.733 74.832 14.901 119 135 229. 1230. 0. 8474. E 200 103. 141.24 1.249 201.9 12.71 2.910 3 90.059 74.787 15.272 118 136 36. 190. 0. 6369. E 400 85. 106.14 0.235 376.8 0.36 0.015 119 89.720 75.038 14.682 120 137 46. 250. 0. 6734. E 400 85. 112.23 0.248 376.8 0.40 0.020 120 89.702 75.220 14.482 121 138 46. 250. 0. 6963. E 400 85. 116.05 0.257 376.8 0.42 0.020 121 89.682 75.337 14.345 122 139 15. 80. 0. 6231. E 400 85. 103.85 0.230 376.8 0.34 0.005 122 89.677 75.437 14.240 123 140 20. 110. 0. 5368. E 400 85. 89.47 0.198 376.8 0.26 0.005 123 89.672 75.789 13.883 124

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 141 10. 50. 0. 4481. E 400 85. 74.68 0.165 376.8 0.19 0.000 124 89.670 75.958 13.712 125 142 28. 150. 0. 3914. E 400 85. 65.23 0.144 376.8 0.15 0.005 125 89.666 76.264 13.402 126MH 143 40. 220. 0. 2371. E 400 85. 39.51 0.087 376.8 0.06 0.000 126 89.664 76.231 13.433 127 144 82. 440. 0. 196. 104PV 145. 3.27 0.107 119.8 0.15 0.010 127 89.651 76.098 13.553 128 145 30. 160. 0. 86. 104PV 145. 1.44 0.047 119.8 0.03 0.000 128 89.650 75.987 13.663 129 146 44. 240. 0. 93. 104PV 145. 1.55 0.051 119.8 0.04 0.000 129 89.648 75.987 13.661 130 147 46. 250. 0. 125. 104PV 145. 2.08 0.068 119.8 0.07 0.005 130 89.645 76.231 13.414 131RN 148 43. 230. 0. 305. 104PV 145. 5.08 0.166 119.8 0.34 0.015 126 89.651 76.098 13.553 128 149 48. 260. 0. 337. 104PV 145. 5.62 0.184 119.8 0.41 0.020 125 89.650 75.987 13.663 129 150 54. 290. 0. 422. 104PV 145. 7.03 0.230 119.8 0.62 0.035 122 89.648 75.987 13.661 130 151 98. 530. 0. 1580. E 400 85. 26.33 0.058 376.8 0.03 0.005 127 89.661 76.220 13.441 132 152 72. 390. 0. 1120. 104PV 145. 18.66 0.610 119.8 3.81 0.275 132 89.387 75.336 14.051 133 153 67. 360. 0. 500. 104PV 145. 8.33 0.272 119.8 0.86 0.055 133 89.329 76.389 12.940 134 154 30. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 134 89.328 76.765 12.563 135RN 155 30. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 134 89.328 76.432 12.896 136RN 156 106. 570. 0. 653. 104PV 145. 10.88 0.356 119.8 1.40 0.150 126 89.517 75.564 13.953 103 157 95. 510. 0. 553. 104PV 145. 9.21 0.301 119.8 1.03 0.100 124 89.574 75.321 14.253 104 158 95. 510. 0. 513. 104PV 145. 8.55 0.279 119.8 0.90 0.085 123 89.592 74.876 14.716 105 159 74. 400. 0. 1880. E 150 95. 31.33 0.493 146.9 3.68 0.270 14 90.269 73.684 16.585 137 160 131. 700. 0. 350. 104PV 145. 5.83 0.191 119.8 0.44 0.060 137 90.211 72.896 17.315 138RN 161 62. 330. 0. 815. E 150 95. 13.58 0.214 146.9 0.78 0.050 137 90.220 73.000 17.220 139 162 80. 430. 0. 215. 104PV 145. 3.58 0.117 119.8 0.18 0.015 139 90.206 72.236 17.970 140RN 163 40. 220. 0. 110. 104PV 145. 1.83 0.060 119.8 0.05 0.000 139 90.218 72.900 17.318 146RN 164 116. 620. 0. 310. 104PV 145. 5.17 0.169 119.8 0.35 0.040 11 90.545 73.985 16.560 141RN

165 77. 410. 0. 205. 104PV 145. 3.42 0.112 119.8 0.16 0.015 10 90.687 73.000 17.687 142RN 166 69. 370. 0. 185. 104PV 145. 3.08 0.101 119.8 0.14 0.010 8 90.892 73.300 17.592 143RN 167 75. 400. 0. 200. E 104 103. 3.33 0.109 105.0 0.30 0.020 5 91.136 73.500 17.636 144RN 168 79. 430. 0. 215. 104PV 145. 3.58 0.117 119.8 0.18 0.015 148 91.673 72.850 18.823 145RN 169 97. 520. 0. 278. 104PV 145. 4.63 0.151 119.8 0.29 0.030 80 89.611 75.768 13.843 76 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 170 123. 660. 0. 599. 104PV 145. 9.99 0.327 119.8 1.20 0.145 70 89.852 74.768 15.084 82 171 247. 1330. 0. 2063. E 250 95. 34.39 0.195 244.9 0.36 0.090 114 90.518 74.829 15.689 69 172 50. 270. 0. 753. 104PV 145. 12.55 0.410 119.8 1.83 0.090 84 89.704 74.980 14.724 81 173 45. 240. 0. 590. 104PV 145. 9.83 0.321 119.8 1.16 0.050 85 89.635 75.243 14.392 79 174 97. 520. 0. 739. 104PV 145. 12.32 0.403 119.8 1.77 0.170 116 89.702 75.220 14.482 121 175 74. 400. 0. 786. 104PV 145. 13.09 0.428 119.8 1.98 0.145 117 89.720 75.038 14.682 120 176 80. 430. 0. 2533. 104PV 145. 42.21 1.380 119.8 17.27 1.380 115 90.255 74.077 16.178 110 177 60. 320. 0. 16033. E 225 81. 267.22 1.867 207.7 36.10 2.165 2 91.637 73.581 18.056 115 178 68. 340. 0. 1422. 104PV 145. 23.71 0.775 119.8 5.93 0.405 7 90.582 75.231 15.351 66 179 83. 450. 0. 1176. 104PV 145. 19.61 0.641 119.8 4.17 0.345 8 90.555 74.565 15.990 54 180 20. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 48 89.708 75.600 14.108 149RN 181 51. 270. 0. 430. 104PV 145. 7.17 0.235 119.8 0.65 0.035 52 90.320 75.033 15.287 55 182 50. 270. 0. 939. 104PV 145. 15.66 0.512 119.8 2.75 0.140 51 90.191 75.171 15.020 56 183 40. 220. 0. 451. 104PV 145. 7.52 0.246 119.8 0.71 0.030 43 90.429 75.144 15.285 53 184 51. 270. 0. 9493. E 300 95. 158.22 0.622 293.9 2.52 0.130 11 90.457 74.934 15.523 43 185 95. 510. 0. 163. 104PV 145. 2.72 0.089 119.8 0.11 0.010 19 90.111 74.786 15.325 16 186 95. 510. 0. 95. 104PV 145. 1.59 0.052 119.8 0.04 0.005 17 89.912 75.453 14.459 21 187 60. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.005 24 89.331 75.098 14.233 147RN 188 31. 170. 0. 407. E 100 52. 6.78 0.240 78.0 4.73 0.145 71 89.742 75.342 14.400 60

189 41. 220. 0. 6. 104PV 145. 0.09 0.003 119.8 0.00 0.000 73 89.676 75.675 14.001 61 190 69. 370. 0. 65. E 250 95. 1.09 0.006 244.9 0.00 0.000 74 89.630 76.200 13.430 63RN 191 26. 140. 0. 113. 104PV 145. 1.89 0.062 119.8 0.05 0.000 65 89.630 76.200 13.430 63RN 192 37. 200. 0. 464. 104PV 145. 7.74 0.253 119.8 0.75 0.030 74 89.603 76.701 12.902 77MH 193 54. 290. 0. 91. 104PV 145. 1.52 0.050 119.8 0.04 0.000 75 89.676 75.458 14.218 73 194 32. 170. 0. 533. 104PV 145. 8.88 0.290 119.8 0.96 0.030 112 90.172 74.548 15.624 107 195 13. 70. 0. 1118. 104PV 145. 18.63 0.609 119.8 3.80 0.050 111 90.203 74.107 16.096 112 196 48. 260. 0. 115. E 100 52. 1.91 0.068 78.0 0.45 0.020 133 89.365 75.800 13.565 102 197 37. 200. 0. 24. 104PV 145. 0.41 0.013 119.8 0.00 0.000 93 89.371 75.342 14.029 91 198 36. 190. 0. 4. 104PV 145. 0.06 0.002 119.8 0.00 0.000 94 89.394 75.243 14.151 90 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 199 23. 120. 0. 1790. 104PV 145. 29.84 0.976 119.8 9.09 0.210 9 90.555 74.565 15.990 54 200 87. 470. 0. 29363. E 400 85. 489.38 1.082 376.8 6.08 0.530 148 91.158 74.562 16.596 5 201 18. 100. 0. 1115. 104PV 145. 18.58 0.607 119.8 3.78 0.070 58 89.667 75.800 13.867 64 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 27.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 135 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.563 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00096 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.564 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 10594. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 57000. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 30 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1043. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 11.85/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 27.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 57000.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES

POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 140 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 7080. 5502.69 43.35 238541.58 86.00 608880.00 8.30 58764.00 0.05 X SUPPLY COST 30444.00 14.00/13.20 PVC 40. 33.14 43.35 1436.83 139.00 5560.00 9.05 362.00 0.05 X SUPPLY COST 278.00 TOTAL = 7120. 5535.83 239978.41 614440.00 59126.00 30722.00 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 944266. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone MAIDAGIN 1 DATE:�� (MAIDA2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 94.400 74.400 20.000 1FH 1 30. 210. 0. 57232. 350AC 140. 953.87 2.754 397.8 16.08 0.480 1 93.918 74.450 19.468 2 2 129. 910. 0. 46473. 350AC 140. 774.55 2.236 397.8 10.93 1.410 2 92.507 73.897 18.610 3 3 105. 740. 0. 39010. 350AC 140. 650.17 1.877 397.8 7.91 0.830 3 91.677 73.445 18.232 4 4 42. 300. 0. 27686. 300AC 140. 461.44 1.813 340.9 8.88 0.375 4 91.304 73.923 17.381 5 5 44. 310. 0. 26175. 300AC 140. 436.26 1.714 340.9 8.00 0.350 5 90.952 74.045 16.907 6 6 21. 150. 0. 24606. E 350 85. 410.09 1.184 328.5 8.55 0.180 6 90.773 74.185 16.588 7 7 13. 90. 0. 23547. E 350 85. 392.45 1.133 328.5 7.88 0.100 7 90.670 74.342 16.328 8 8 83. 580. 0. 19521. E 350 85. 325.35 0.939 328.5 5.57 0.460 8 90.208 74.543 15.665 9 9 97. 680. 0. 17322. E 350 85. 288.70 0.833 328.5 4.46 0.435 9 89.775 74.775 15.000 10 10 22. 150. 0. 15276. E 350 85. 254.60 0.735 328.5 3.54 0.080 10 89.697 74.712 14.985 11 11 108. 760. 0. 9690. E 300 84. 161.50 0.635 280.2 3.31 0.355 11 89.340 74.654 14.686 12 12 33. 230. 0. 7152. E 200 80. 119.20 1.054 183.5 14.79 0.490 12 88.852 74.687 14.165 13 13 84. 590. 0. 5165. E 200 80. 86.08 0.761 183.5 8.10 0.680 13 88.172 74.786 13.386 14 14 132. 930. 0. 2619. E 200 80. 43.65 0.386 183.5 2.30 0.305 14 87.868 74.666 13.202 15 15 70. 490. 0. 245. E 200 80. 4.08 0.036 183.5 0.03 0.000 15 87.866 74.766 13.100 16RN 16 87. 610. 0. 305. E 225 81. 5.08 0.036 207.7 0.02 0.000 15 87.866 74.453 13.413 17RN 17 47. 330. 0. 387. 104PV 145. 6.45 0.211 119.8 0.53 0.025 18 87.868 74.666 13.202 15 18 110. 770. 0. 937. E 104 103. 15.62 0.511 105.0 5.21 0.575 19 87.893 74.675 13.218 18 19 72. 510. 0. 823. 104PV 145. 13.72 0.449 119.8 2.15 0.155 20 88.465 75.980 12.485 19 20 182. 1280. 0. 1394. 104PV 145. 23.23 0.760 119.8 5.72 1.040 21 88.465 75.980 12.485 19

21 100. 700. 0. 1897. E 150 76. 31.62 0.497 135.2 5.61 0.560 21 88.945 74.987 13.958 22 22 143. 1010. 0. 1583. 132PV 145. 26.38 0.536 152.0 2.27 0.325 22 88.621 76.564 12.057 20MH 23 121. 850. 0. 4706. 200AC 140. 62.50 0.553 247.8 1.58 0.190 11 89.506 75.564 13.942 21 E 150 76. 15.93 0.250 24 76. 540. 0. 811. E 150 76. 13.51 0.212 135.2 1.16 0.090 23 88.945 74.987 13.958 22 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 37. 260. 0. 1672. 104PV 145. 27.87 0.911 119.8 8.01 0.295 24 89.033 75.564 13.469 23 26 56. 390. 0. 267. 104PV 145. 4.44 0.145 119.8 0.27 0.015 23 89.018 76.234 12.784 25MH 27 104. 730. 0. 683. 104PV 145. 11.39 0.372 119.8 1.53 0.160 26 89.018 76.234 12.784 25MH 28 99. 700. 0. 1888. 104PV 145. 31.47 1.029 119.8 10.03 0.995 27 89.177 75.451 13.726 26 29 69. 490. 0. 245. 104PV 145. 4.08 0.134 119.8 0.23 0.015 26 89.161 75.032 14.129 28RN 30 56. 390. 0. 1116. 104PV 145. 18.61 0.608 119.8 3.79 0.210 27 89.958 75.342 14.616 29 31 81. 570. 0. 3077. 132PV 145. 51.29 1.041 152.0 7.76 0.630 29 89.329 75.477 13.852 24 32 141. 990. 0. 495. 104PV 145. 8.25 0.270 119.8 0.84 0.120 24 89.211 75.786 13.425 30RN 33 55. 390. 0. 195. 104PV 145. 3.25 0.106 119.8 0.15 0.010 25 89.010 76.034 12.976 31RN 34 39. 270. 0. 3685. 132PV 145. 61.41 1.247 152.0 10.83 0.420 32 90.170 75.980 14.190 27 35 110. 770. 0. 453. 104PV 145. 7.55 0.247 119.8 0.71 0.080 33 90.592 74.546 16.046 32 36 20. 140. 0. 158. 104PV 145. 2.64 0.086 119.8 0.10 0.000 34 90.671 74.654 16.017 33 37 46. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.005 34 90.668 74.776 15.892 35RN 38 56. 390. 0. 743. 104PV 145. 12.39 0.405 119.8 1.78 0.100 7 90.673 74.876 15.797 34MH 39 84. 590. 0. 1045. 104PV 145. 17.41 0.569 119.8 3.35 0.280 6 90.671 74.654 16.017 33 40 62. 440. 0. 3972. 132PV 145. 66.19 1.344 152.0 12.44 0.770 36 90.592 74.546 16.046 32 41 61. 430. 0. 2656. 104PV 145. 44.26 1.447 119.8 18.86 1.150 36 90.213 73.877 16.336 37 42 40. 280. 0. 1761. 104PV 145. 29.35 0.960 119.8 8.81 0.350 37 89.861 73.640 16.221 38 43 74. 520. 0. 1317. 104PV 145. 21.95 0.718 119.8 5.15 0.380 38 89.480 74.345 15.135 39 44 53. 370. 0. 206. 104PV 145. 3.44 0.112 119.8 0.17 0.010 39 89.471 74.099 15.372 40

45 24. 170. 0. 618. 104PV 145. 10.30 0.337 119.8 1.27 0.030 41 89.471 74.099 15.372 40 46 44. 310. 0. 615. 104PV 145. 10.25 0.335 119.8 1.26 0.055 43 89.502 74.675 14.827 42 47 18. 130. 0. 570. 104PV 145. 9.50 0.311 119.8 1.09 0.020 44 89.557 74.088 15.469 43 48 27. 190. 0. 360. 104PV 145. 6.00 0.196 119.8 0.47 0.015 45 89.557 74.088 15.469 43 49 40. 280. 0. 1528. 104PV 145. 25.46 0.833 119.8 6.77 0.270 46 89.570 73.863 15.707 45 50 10. 70. 0. 1108. 104PV 145. 18.46 0.604 119.8 3.74 0.035 47 89.841 73.776 16.065 46 51 80. 560. 0. 236. 104PV 145. 3.94 0.129 119.8 0.21 0.015 47 89.861 73.640 16.221 38 52 45. 320. 0. 394. 104PV 145. 6.57 0.215 119.8 0.55 0.025 40 89.446 74.453 14.993 48 53 50. 350. 0. 175. 104PV 145. 2.92 0.095 119.8 0.12 0.005 42 89.496 75.053 14.443 58RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 54 8. 60. 0. 665. 104PV 145. 11.08 0.362 119.8 1.45 0.010 49 89.577 74.114 15.463 44MH 55 30. 210. 0. 584. 104PV 145. 9.74 0.318 119.8 1.14 0.035 50 89.588 74.120 15.468 49 56 215. 1510. 0. 1099. 104PV 145. 18.32 0.599 119.8 3.68 0.790 51 89.623 75.309 14.314 50MH 57 21. 150. 0. 2831. 104PV 145. 47.18 1.543 119.8 21.23 0.445 51 89.968 74.765 15.203 52 58 107. 750. 0. 291. 104PV 145. 4.85 0.159 119.8 0.31 0.035 39 89.446 74.453 14.993 48 59 43. 300. 0. 1581. 104PV 145. 26.35 0.862 119.8 7.22 0.310 52 89.658 74.987 14.671 87 60 81. 570. 0. 501. 104PV 145. 8.35 0.273 119.8 0.86 0.070 87 89.588 74.120 15.468 49 61 42. 300. 0. 495. 104PV 145. 8.25 0.270 119.8 0.84 0.035 87 89.623 75.309 14.314 50MH 62 12. 80. 0. 4800. 104PV 145. 80.00 2.616 119.8 56.43 0.675 53 90.414 74.476 15.938 51 63 79. 560. 0. 1198. 104PV 145. 19.97 0.653 119.8 4.32 0.340 53 90.750 74.897 15.853 54MH 64 93. 660. 0. 1651. 104PV 145. 27.52 0.900 119.8 7.82 0.730 55 90.750 74.897 15.853 54MH 65 76. 540. 0. 7992. 250AC 140. 109.32 0.619 306.3 1.50 0.115 55 91.364 74.234 17.130 36 E 175 78. 23.88 0.276 66 82. 580. 0. 1949. 104PV 145. 32.49 1.062 119.8 10.64 0.870 54 89.878 73.876 16.002 47 67 93. 660. 0. 330. E 175 78. 5.50 0.064 159.3 0.10 0.010 36 91.354 73.544 17.810 56RN 68 76. 540. 0. 270. 104PV 145. 4.50 0.147 119.8 0.27 0.020 37 90.192 74.897 15.295 57RN

69 81. 570. 0. 9809. 200AC 140. 163.48 1.445 227.3 9.36 0.760 2 93.159 73.453 19.706 59 70 35. 250. 0. 7988. 200AC 140. 133.13 1.177 227.3 6.40 0.225 59 92.935 73.587 19.348 60 71 30. 210. 0. 6341. 151PV 145. 105.68 1.639 173.9 15.37 0.460 60 92.474 73.765 18.709 61 72 37. 260. 0. 3866. 132PV 145. 64.43 1.308 152.0 11.83 0.440 61 92.036 74.231 17.805 62 73 152. 1070. 0. 1271. 104PV 145. 21.18 0.693 119.8 4.82 0.730 62 91.304 73.923 17.381 5 74 122. 860. 0. 1500. 104PV 145. 25.00 0.817 119.8 6.55 0.800 62 91.238 72.768 18.470 63 75 69. 490. 0. 623. 104PV 145. 10.39 0.340 119.8 1.29 0.090 64 91.238 72.768 18.470 63 76 88. 620. 0. 1228. E 125 73. 20.47 0.463 111.0 6.55 0.575 65 91.327 72.675 18.652 64 77 33. 230. 0. 247. E 100 69. 4.12 0.146 86.8 1.11 0.035 65 91.867 73.587 18.280 66 78 83. 580. 0. 1220. E 125 73. 20.33 0.460 111.0 6.47 0.535 66 91.330 73.587 17.743 67MH 79 29. 200. 0. 650. E 125 73. 10.83 0.245 111.0 2.02 0.060 67 91.271 73.487 17.784 68 80 28. 200. 0. 100. E 125 73. 1.67 0.038 111.0 0.06 0.000 68 91.270 73.543 17.727 69RN 81 50. 350. 0. 175. E 125 73. 2.92 0.066 111.0 0.18 0.010 68 91.262 73.443 17.819 70RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 82 41. 290. 0. 446. E 100 69. 7.43 0.263 86.8 3.32 0.135 71 91.867 73.587 18.280 66 83 62. 440. 0. 220. E 100 69. 3.67 0.130 86.8 0.90 0.055 71 91.947 73.668 18.279 72RN 84 33. 230. 0. 65. E 100 69. 1.08 0.038 86.8 0.09 0.005 67 91.327 72.675 18.652 64 85 54. 380. 0. 1221. E 100 69. 20.35 0.720 86.8 21.42 1.155 59 92.003 73.768 18.235 71MH 86 48. 340. 0. 1247. E 100 69. 20.78 0.735 86.8 22.26 1.070 60 91.867 73.587 18.280 66 87 48. 340. 0. 2071. 104PV 145. 34.51 1.128 119.8 11.89 0.570 61 91.903 75.076 16.827 65MH 88 124. 870. 0. 1507. 104PV 145. 25.12 0.821 119.8 6.60 0.820 5 90.485 72.564 17.921 73 89 87. 610. 0. 1264. 104PV 145. 21.07 0.689 119.8 4.77 0.415 9 89.793 73.897 15.896 74 90 75. 530. 0. 1366. 104PV 145. 22.76 0.744 119.8 5.50 0.415 10 89.362 73.675 15.687 75 91 155. 1090. 0. 545. 104PV 145. 9.08 0.297 119.8 1.00 0.155 75 89.206 72.897 16.309 76RN 92 114. 800. 0. 1643. 104PV 145. 27.38 0.895 119.8 7.75 0.885 12 88.457 73.980 14.477 77

93 39. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 77 88.454 73.453 15.001 78RN 94 140. 990. 0. 478. 104PV 145. 7.96 0.260 119.8 0.79 0.110 77 88.347 73.879 14.468 79 95 169. 1190. 0. 982. 104PV 145. 16.37 0.535 119.8 2.99 0.505 13 88.347 73.879 14.468 79 96 53. 370. 0. 185. 104PV 145. 3.08 0.101 119.8 0.14 0.005 79 88.339 73.231 15.108 80RN 97 128. 900. 0. 1336. 104PV 145. 22.26 0.728 119.8 5.28 0.675 14 87.496 72.987 14.509 81 98 25. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 81 87.495 72.435 15.060 82RN 99 21. 152. 0. 630. 104PV 145. 10.50 0.343 119.8 1.31 0.030 81 87.468 73.675 13.793 83 100 129. 910. 0. 945. 104PV 145. 15.75 0.515 119.8 2.78 0.360 83 87.109 72.186 14.923 84 101 24. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 84 87.108 73.123 13.985 85RN 102 46. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.005 84 87.104 72.243 14.861 86RN 103 158. 1110. 0. 893. E 104 103. 14.88 0.487 105.0 4.76 0.750 63 90.485 72.564 17.921 73 104 156. 1100. 0. 860. E 104 103. 14.33 0.469 105.0 4.44 0.695 73 89.793 73.897 15.896 74 105 173. 1280. 0. 629. E 104 103. 10.49 0.343 105.0 2.49 0.430 74 89.362 73.675 15.687 75 106 61. 430. 0. 1061. E 104 103. 17.69 0.578 105.0 6.55 0.400 15 87.468 73.675 13.793 83 107 178. 1250. 0. 3066. 151PV 145. 51.10 0.793 173.9 4.00 0.710 8 89.958 75.342 14.616 29 108 80. 560. 0. 10524. 250AC 140. 143.95 0.815 306.3 2.49 0.200 4 91.478 74.456 17.022 55 E 175 78. 31.45 0.363 109 32. 230. 0. 818. 104PV 145. 13.63 0.446 119.8 2.13 0.070 45 89.501 74.670 14.831 41 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 61. 430. 0. 810. 104PV 145. 13.50 0.441 119.8 2.09 0.130 52 89.841 73.776 16.065 46 111 46. 320. 0. 6478. 132PV 145. 107.97 2.191 152.0 30.79 1.415 3 91.091 74.746 16.345 53 112 16. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 42 89.501 74.670 14.831 41 113 22. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 48 89.446 75.657 13.789 88RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE :

INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 20 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.057 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00054 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.378 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 8125. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 57232. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 86 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1135. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 6.43/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 57232.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 84 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 4540. 3528.56 43.35 152963.11 86.00 390440.00 8.30 37682.00 0.05 X SUPPLY COST 19522.00 14.00/13.20 PVC 408. 338.08 43.35 14655.71 139.00 56712.00 9.05 3692.40 0.05 X SUPPLY COST 2835.60 16.00/15.10 PVC 208. 179.80 43.35 7794.13 184.00 38272.00 11.60 2412.80 0.05 X SUPPLY COST 1913.60 20.00 AC 237. 227.52 43.35 9862.99 285.00 67545.00 13.10 3104.70 0.10 X SUPPLY COST 6754.50 25.00 AC 156. 165.75 43.35 7185.26 394.00 61464.00 17.05 2659.80 0.10 X SUPPLY COST 6146.40 30.00 AC 86. 100.62 43.35 4361.88 569.00 48934.00 23.50 2021.00 0.10 X SUPPLY COST 4893.40 35.00 AC 264. 338.58 43.35 14677.44 802.00 211728.00 29.95 7906.80 0.10 X SUPPLY COST 21172.80 TOTAL = 5899. 4878.90 211500.52 875095.00 59479.50 63238.30 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1209313. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone RAJGHAT 1 DATE:�� (RAJGH1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 96.980 76.980 20.000 1FH 1 50. 0. 0. 46370. 350AC 140. 927.40 2.677 397.8 15.26 0.765 1 96.217 76.900 19.317 2 2 200. 2250. 0. 35074. 350AC 140. 701.48 2.025 397.8 9.10 1.820 2 94.397 76.600 17.797 3 3 40. 450. 0. 29474. 350AC 140. 589.48 1.702 397.8 6.59 0.265 3 94.133 76.654 17.479 4 4 280. 3160. 0. 24480. 350AC 140. 489.60 1.414 397.8 4.68 1.310 4 92.824 75.000 17.824 25 5 137. 1550. 0. 7747. E 350 79. 154.93 0.447 319.5 1.61 0.220 5 91.346 77.098 14.248 6 6 87. 980. 0. 490. E 350 79. 9.80 0.028 319.5 0.01 0.000 6 91.345 77.324 14.021 7RN 7 188. 2120. 0. 4932. E 200 95. 98.63 0.872 195.9 7.57 1.425 6 89.923 76.123 13.800 8 8 86. 970. 0. 2461. E 200 95. 49.23 0.435 195.9 2.09 0.180 8 89.743 76.231 13.512 9 9 120. 1360. 0. 1296. E 200 95. 25.93 0.229 195.9 0.64 0.075 9 89.666 76.657 13.009 10RN 10 92. 1040. 0. 520. 104PV 145. 10.40 0.340 119.8 1.29 0.120 12 90.889 76.897 13.992 11RN 11 160. 1810. 0. 4373. 200AC 140. 87.47 0.773 227.3 2.94 0.470 14 91.008 76.650 14.358 12 12 73. 820. 0. 2018. 104PV 145. 40.37 1.320 119.8 15.90 1.160 12 89.847 74.784 15.063 13 13 91. 1030. 0. 410. 104PV 145. 8.20 0.268 119.8 0.83 0.075 8 89.847 74.784 15.063 13 14 188. 2120. 0. 444. 104PV 145. 8.87 0.290 119.8 0.96 0.180 13 89.666 76.657 13.009 10RN 15 18. 200. 0. 5778. 200AC 140. 115.57 1.022 227.3 4.93 0.090 5 91.478 74.236 17.242 14 16 35. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.010 14 91.471 75.000 16.471 24RN 17 63. 710. 0. 2815. 104PV 145. 56.30 1.841 119.8 29.44 1.855 3 92.542 74.500 18.042 15 18 126. 1420. 0. 710. 104PV 145. 14.20 0.464 119.8 2.30 0.290 15 92.253 74.800 17.453 16RN 19 92. 1040. 0. 520. 104PV 145. 10.40 0.340 119.8 1.29 0.120 15 92.423 74.500 17.923 17RN 20 96. 1080. 0. 540. 104PV 145. 10.80 0.353 119.8 1.38 0.135 3 94.264 74.300 19.964 18RN

21 90. 1020. 0. 9661. 151PV 145. 193.22 2.997 173.9 46.99 4.230 2 91.988 75.000 16.988 19 22 100. 1130. 0. 1446. 104PV 145. 28.92 0.946 119.8 8.57 0.855 19 91.130 75.000 16.130 20 23 90. 1020. 0. 510. 104PV 145. 10.20 0.334 119.8 1.24 0.110 20 91.018 75.000 16.018 21RN 24 162. 1830. 0. 915. 104PV 145. 18.30 0.598 119.8 3.67 0.595 19 91.393 75.000 16.393 23RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 470. 5310. 0. 2655. 132PV 145. 53.10 1.078 152.0 8.27 3.890 19 88.100 75.000 13.100 22RN 26 270. 3050. 0. 1664. 104PV 145. 33.28 1.088 119.8 11.12 3.005 4 91.130 75.000 16.130 20 27 539. 6090. 0. 3045. E 300 79. 60.90 0.239 273.9 0.61 0.325 25 92.497 75.000 17.497 26RN 28 213. 2410. 0. 15605. E 350 79. 312.10 0.901 319.5 5.90 1.255 25 91.567 76.546 15.021 5 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 10 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 13.009 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00000 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 3.088 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 4156. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46370. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 10 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1222. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 5.98/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46370.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 7 10 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 14 18 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT

11.00/10.40 PVC 1478. 1148.73 43.35 49797.24 86.00 127108.00 8.30 12267.40 0.05 X SUPPLY COST 6355.40 14.00/13.20 PVC 470. 389.45 43.35 16882.80 139.00 65330.00 9.05 4253.50 0.05 X SUPPLY COST 3266.50 16.00/15.10 PVC 90. 77.80 43.35 3372.46 184.00 16560.00 11.60 1044.00 0.05 X SUPPLY COST 828.00 20.00 AC 178. 170.88 43.35 7407.65 285.00 50730.00 13.10 2331.80 0.10 X SUPPLY COST 5073.00 35.00 AC 570. 731.03 43.35 31689.93 802.00 457140.00 29.95 17071.50 0.10 X SUPPLY COST 45714.00 TOTAL = 2786. 2517.88 109150.08 716868.00 36968.20 61236.90 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 924223. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone RAJGHAT 2 DATE:�� (RAJGH2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 101.200 76.200 25.000 1FH 1 50. 0. 0. 83680. 450AC 140. 1673.60 2.923 511.4 13.39 0.670 1 100.530 76.370 24.160 2 2 101. 705. 0. 76917. 450AC 140. 1482.56 2.589 518.6 10.70 1.080 2 99.450 76.876 22.574 3 E 150 95. 55.79 0.877 3 145. 1015. 0. 70717. 450AC 140. 1363.06 2.381 518.6 9.16 1.330 3 98.122 77.098 21.024 4 E 150 95. 51.29 0.806 4 110. 770. 0. 68595. 450AC 140. 1340.67 2.341 515.9 8.88 0.975 4 97.145 77.564 19.581 5 E 125 95. 31.23 0.707 5 57. 400. 0. 63782. 450AC 140. 1246.59 2.177 515.9 7.76 0.440 5 96.703 77.132 19.571 6 E 125 95. 29.04 0.657 6 196. 1370. 0. 62517. 450AC 140. 1221.87 2.134 515.9 7.48 1.465 6 95.237 76.787 18.450 7 E 125 95. 28.46 0.644 7 45. 315. 0. 61289. 450AC 140. 1197.88 2.092 515.9 7.21 0.325 7 94.913 76.598 18.315 8 E 125 95. 27.90 0.632 8 110. 770. 0. 48145. 400AC 140. 905.04 2.001 465.4 7.61 0.835 8 94.075 74.675 19.400 9 E 175 79. 57.86 0.668 9 115. 805. 0. 45478. 400AC 140. 854.90 1.890 465.4 6.85 0.790 9 93.288 74.098 19.190 10 E 175 79. 54.65 0.631 10 66. 460. 0. 4420. 151PV 145. 88.40 1.371 173.9 11.04 0.730 10 92.559 73.400 19.159 11 11 15. 105. 0. 48. 104PV 145. 0.96 0.031 119.8 0.02 0.000 11 92.559 73.432 19.127 77 12 76. 530. 0. 2530. 104PV 145. 24.57 0.803 157.7 6.34 0.480 77 92.077 73.786 18.291 12 E 125 95. 26.04 0.589 13 163. 1140. 0. 875. 104PV 145. 17.50 0.572 119.8 3.38 0.550 12 91.525 73.072 18.453 13 14 20. 140. 0. 958. 104PV 145. 19.16 0.626 119.8 4.00 0.080 14 91.525 73.072 18.453 13 15 31. 215. 0. 19270. 300AC 140. 385.41 1.515 340.9 6.36 0.195 14 92.081 73.018 19.063 15 16 27. 190. 0. 18180. 300AC 140. 363.60 1.429 340.9 5.71 0.155 15 91.927 73.000 18.927 16 17 8. 55. 0. 15555. 300AC 140. 311.10 1.223 340.9 4.28 0.035 16 91.219 73.000 18.219 17

18 45. 315. 0. 15846. 300AC 140. 316.91 1.245 340.9 4.43 0.200 17 91.020 72.700 18.320 18 19 16. 110. 0. 15359. 250AC 140. 307.18 1.738 284.1 10.15 0.160 18 90.858 72.557 18.301 19 20 29. 205. 0. 14117. 250AC 140. 282.33 1.598 284.1 8.69 0.250 19 90.606 72.485 18.121 20 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 21 99. 690. 0. 12789. 250AC 140. 255.78 1.447 284.1 7.23 0.715 20 89.890 72.777 17.113 21 22 116. 810. 0. 10076. 250AC 140. 201.53 1.140 284.1 4.65 0.540 21 89.350 73.043 16.307 22 23 298. 2085. 0. 4506. 200AC 140. 90.11 0.797 227.3 3.11 0.925 22 88.424 73.654 14.770 23 24 293. 2050. 0. 1038. 104PV 145. 20.76 0.679 119.8 4.64 1.360 23 87.064 73.654 13.410 24RN 25 202. 1410. 0. 692. 104PV 145. 13.84 0.452 119.8 2.19 0.440 25 87.064 73.654 13.410 24RN 26 212. 1480. 0. 2976. 151PV 145. 59.52 0.923 173.9 5.31 1.125 26 87.506 73.598 13.908 25 27 85. 595. 0. 3826. 151PV 145. 76.52 1.187 173.9 8.45 0.720 22 88.632 73.240 15.392 26 28 70. 490. 0. 302. 104PV 145. 6.05 0.198 119.8 0.47 0.035 75 91.970 74.234 17.736 69RN 29 254. 1775. 0. 1075. 104PV 145. 21.50 0.703 119.8 4.95 1.260 21 88.632 73.240 15.392 26 30 126. 880. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.120 20 90.487 73.000 17.487 27RN 31 155. 1085. 0. 543. 104PV 145. 10.85 0.355 119.8 1.40 0.215 19 90.641 73.100 17.541 28RN 32 343. 2400. 0. 756. 104PV 145. 15.13 0.495 119.8 2.58 0.885 116 90.130 74.200 15.930 29 33 37. 260. 0. 144. 104PV 145. 2.88 0.094 119.8 0.12 0.005 18 91.016 73.500 17.516 116 34 26. 180. 0. 2032. 132PV 145. 40.65 0.825 152.0 5.04 0.130 114 91.016 73.500 17.516 116 35 30. 210. 0. 2397. 151PV 145. 47.95 0.744 173.9 3.56 0.105 16 91.820 73.879 17.941 114 36 24. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 114 91.819 74.000 17.819 115RN 37 366. 2560. 0. 4899. 200AC 140. 97.99 0.866 227.3 3.63 1.330 14 90.950 74.550 16.400 30 38 20. 140. 0. 3549. 151PV 145. 70.99 1.101 173.9 7.36 0.145 30 90.130 74.200 15.930 29 39 28. 195. 0. 2938. 151PV 145. 58.77 0.912 173.9 5.18 0.145 29 89.985 74.074 15.911 31 40 391. 2735. 0. 1228. 104PV 145. 24.57 0.803 119.8 6.34 2.480 31 87.506 73.598 13.908 25 41 100. 700. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.060 25 87.444 73.700 13.744 32RN

42 37. 260. 0. 1063. 104PV 145. 21.26 0.695 119.8 4.85 0.180 13 91.346 73.200 18.146 33 43 21. 145. 0. 815. 104PV 145. 16.30 0.533 119.8 2.97 0.060 15 91.346 73.200 18.146 33 44 59. 415. 0. 683. 104PV 145. 13.66 0.447 119.8 2.14 0.125 33 91.219 73.000 18.219 17 45 69. 480. 0. 545. 104PV 145. 10.90 0.357 119.8 1.41 0.095 33 91.248 73.654 17.594 34 46 143. 1000. 0. 819. 104PV 145. 16.37 0.535 119.8 2.99 0.425 35 91.248 73.654 17.594 34 47 47. 330. 0. 1831. 132PV 145. 36.62 0.743 152.0 4.16 0.195 35 91.480 74.936 16.544 36 48 41. 285. 0. 1199. 104PV 145. 23.97 0.784 119.8 6.06 0.250 36 91.232 74.786 16.446 37MH 49 103. 720. 0. 360. 104PV 145. 7.20 0.235 119.8 0.65 0.065 37 91.165 74.231 16.934 38RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 50 60. 420. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 36 91.476 75.088 16.388 39 51 83. 580. 0. 810. 104PV 145. 16.20 0.530 119.8 2.93 0.245 39 91.232 74.876 16.356 40 52 45. 315. 0. 158. 104PV 145. 3.15 0.103 119.8 0.14 0.005 40 91.226 75.098 16.128 41RN 53 29. 205. 0. 103. 104PV 145. 2.05 0.067 119.8 0.06 0.000 40 91.230 74.564 16.666 42RN 54 51. 355. 0. 178. 104PV 145. 3.55 0.116 119.8 0.18 0.010 44 91.745 75.876 15.869 43RN 55 38. 265. 0. 1327. 104PV 145. 26.55 0.868 119.8 7.32 0.280 44 91.476 75.088 16.388 39 56 41. 285. 0. 1957. 104PV 145. 39.15 1.280 119.8 15.02 0.615 45 91.754 75.213 16.541 44 57 120. 840. 0. 11185. 250AC 140. 223.70 1.266 284.1 5.64 0.675 46 92.370 74.876 17.494 45 58 60. 420. 0. 28300. 350AC 140. 518.87 1.498 411.1 5.21 0.310 46 92.735 73.544 19.191 47 E 175 79. 47.13 0.544 59 58. 405. 0. 688. 104PV 145. 13.75 0.450 119.8 2.16 0.125 47 92.609 73.876 18.733 48 60 24. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 48 92.608 73.950 18.658 49RN 61 45. 315. 0. 158. 104PV 145. 3.15 0.103 119.8 0.14 0.005 48 92.603 73.900 18.703 50RN 62 40. 280. 0. 27060. 350AC 140. 496.14 1.432 411.1 4.79 0.190 47 92.543 73.300 19.243 119 E 175 79. 45.06 0.520 63 92. 645. 0. 8343. 250AC 140. 166.85 0.944 284.1 3.28 0.300 45 92.068 74.564 17.504 51 64 99. 690. 0. 345. 104PV 145. 6.90 0.226 119.8 0.60 0.060 51 92.008 74.895 17.113 52RN 65 62. 435. 0. 7113. 200AC 140. 142.25 1.258 227.3 7.24 0.450 51 91.619 74.345 17.274 53

66 62. 435. 0. 6678. 200AC 140. 133.55 1.181 227.3 6.44 0.400 53 91.220 74.908 16.312 54 67 67. 470. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.020 54 91.200 74.500 16.700 55RN 68 38. 265. 0. 5858. 200AC 140. 117.15 1.036 227.3 5.05 0.190 54 91.028 75.654 15.374 56 69 18. 125. 0. 4173. 200AC 140. 83.45 0.738 227.3 2.69 0.050 56 90.980 76.009 14.971 57 70 133. 930. 0. 1268. 104PV 145. 25.37 0.829 119.8 6.73 0.895 57 90.085 75.900 14.185 58 71 17. 120. 0. 478. 104PV 145. 9.57 0.313 119.8 1.11 0.020 58 90.066 76.300 13.766 59 72 20. 140. 0. 348. 104PV 145. 6.97 0.228 119.8 0.61 0.010 59 90.054 76.564 13.490 60 73 29. 205. 0. 242. 104PV 145. 4.84 0.158 119.8 0.31 0.010 61 90.054 76.564 13.490 60 74 40. 280. 0. 332. 104PV 145. 6.64 0.217 119.8 0.56 0.020 61 90.041 76.890 13.151 62 75 15. 105. 0. 140. 104PV 145. 2.79 0.091 119.8 0.11 0.000 62 90.039 76.900 13.139 63 76 55. 385. 0. 225. 104PV 145. 4.51 0.147 119.8 0.27 0.015 60 90.039 76.900 13.139 63 77 17. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 63 90.039 76.950 13.089 64RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 78 38. 265. 0. 133. 104PV 145. 2.65 0.087 119.8 0.10 0.005 58 90.081 75.546 14.535 65RN 79 213. 1490. 0. 745. 104PV 145. 14.90 0.487 119.8 2.51 0.535 56 90.494 76.432 14.062 66RN 80 72. 505. 0. 2124. 132PV 145. 42.48 0.862 152.0 5.47 0.395 57 90.586 77.177 13.409 67 81 57. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.015 67 90.573 77.737 12.836 68RN 82 65. 455. 0. 593. 104PV 145. 11.85 0.388 119.8 1.64 0.105 12 91.970 74.234 17.736 69RN 83 180. 1260. 0. 207. 104PV 145. 4.15 0.136 119.8 0.24 0.040 70 91.970 74.234 17.736 69RN 84 46. 320. 0. 1478. 104PV 145. 29.57 0.967 119.8 8.93 0.410 71 92.012 75.435 16.577 70 85 81. 565. 0. 540. 104PV 145. 10.80 0.353 119.8 1.38 0.110 72 92.423 75.897 16.526 71 86 199. 1390. 0. 2076. 132PV 145. 41.52 0.843 152.0 5.24 1.045 73 92.423 75.897 16.526 71 87 88. 615. 0. 1440. 104PV 145. 28.80 0.942 119.8 8.51 0.750 73 92.718 76.123 16.595 74 88 44. 310. 0. 978. 104PV 145. 19.55 0.639 119.8 4.15 0.185 74 92.535 76.465 16.070 72MH 89 102. 715. 0. 124. 104PV 145. 2.47 0.081 119.8 0.09 0.010 70 92.003 74.675 17.328 75

90 199. 1390. 0. 1476. 104PV 145. 29.53 0.966 119.8 8.91 1.775 76 92.003 74.675 17.328 75 91 106. 740. 0. 3170. 132PV 145. 63.40 1.287 152.0 11.49 1.220 76 92.559 73.432 19.127 77 92 28. 195. 0. 5809. 200AC 140. 116.18 1.027 227.3 4.97 0.140 78 93.776 73.908 19.868 76 93 50. 350. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.010 78 93.907 74.654 19.253 79RN 94 96. 670. 0. 6592. 200AC 140. 131.83 1.166 227.3 6.28 0.605 80 93.916 74.324 19.592 78 95 33. 230. 0. 5095. 151PV 145. 101.90 1.581 173.9 14.37 0.475 80 94.045 75.897 18.148 81 96 201. 1405. 0. 571. 104PV 145. 11.42 0.373 119.8 1.53 0.310 82 94.045 75.897 18.148 81 97 94. 655. 0. 1601. 104PV 145. 32.02 1.047 119.8 10.35 0.975 83 94.353 76.231 18.122 82MH 98 227. 1585. 0. 733. 104PV 145. 14.65 0.479 119.8 2.43 0.550 83 94.773 76.546 18.227 84MH 99 38. 265. 0. 12269. 250AC 140. 245.38 1.389 284.1 6.70 0.255 84 94.519 76.155 18.364 80 100 20. 140. 0. 12532. 250AC 140. 250.63 1.418 284.1 6.97 0.140 8 94.773 76.546 18.227 84MH 101 55. 385. 0. 1123. 104PV 145. 22.45 0.734 119.8 5.36 0.295 9 93.780 75.032 18.748 85 102 60. 420. 0. 580. 104PV 145. 11.60 0.379 119.8 1.58 0.095 85 93.686 74.675 19.011 86 103 28. 195. 0. 98. 104PV 145. 1.95 0.064 119.8 0.06 0.000 86 93.684 74.765 18.919 87RN 104 25. 175. 0. 88. 104PV 145. 1.75 0.057 119.8 0.05 0.000 86 93.684 74.876 18.808 88RN 105 20. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 85 93.780 75.265 18.515 89RN 106 81. 565. 0. 283. 104PV 145. 5.65 0.185 119.8 0.42 0.035 9 94.042 75.032 19.010 90RN 107 55. 385. 0. 193. 104PV 145. 3.85 0.126 119.8 0.20 0.010 7 95.226 76.234 18.992 91RN 108 54. 380. 0. 190. 104PV 145. 3.80 0.124 119.8 0.20 0.010 6 96.692 76.564 20.128 92RN 109 176. 1230. 0. 615. E 100 95. 12.30 0.435 98.0 4.69 0.825 4 97.297 74.675 22.622 93RN 110 68. 475. 0. 5102. 104PV 145. 102.05 3.337 119.8 88.57 6.025 3 93.427 76.342 17.085 94 111 69. 480. 0. 2374. 104PV 145. 47.47 1.552 119.8 21.47 1.480 94 91.946 75.678 16.268 95 112 51. 355. 0. 1061. 104PV 145. 21.22 0.694 119.8 4.83 0.245 95 91.699 75.355 16.344 96 113 30. 210. 0. 131. E 200 95. 2.63 0.023 195.9 0.01 0.000 97 91.699 75.355 16.344 96 114 28. 195. 0. 98. E 200 95. 1.95 0.017 195.9 0.01 0.000 97 91.699 75.677 16.022 98RN

115 25. 175. 0. 519. 104PV 145. 10.38 0.339 119.8 1.29 0.030 99 91.699 75.123 16.576 97 116 121. 845. 0. 444. 104PV 145. 8.88 0.290 119.8 0.96 0.115 100 91.732 74.675 17.057 99 117 58. 405. 0. 203. 104PV 145. 4.05 0.132 119.8 0.23 0.015 100 91.835 75.900 15.935 101RN 118 68. 475. 0. 1509. 104PV 145. 30.18 0.987 119.8 9.28 0.630 112 91.848 75.876 15.972 100 119 58. 405. 0. 2049. 104PV 145. 40.98 1.340 119.8 16.35 0.950 94 92.479 76.657 15.822 112 120 14. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 112 92.479 76.700 15.779 113RN 121 35. 245. 0. 708. 104PV 145. 14.15 0.463 119.8 2.28 0.080 102 91.732 74.675 17.057 99 122 75. 525. 0. 1908. E 200 95. 38.15 0.337 195.9 1.30 0.100 102 91.714 74.455 17.259 103 123 160. 1120. 0. 560. 104PV 145. 11.20 0.366 119.8 1.48 0.235 103 91.477 72.678 18.799 104RN 124 75. 525. 0. 263. E 200 95. 5.25 0.046 195.9 0.03 0.000 103 91.711 74.600 17.111 105RN 125 130. 910. 0. 455. E 200 95. 9.10 0.080 195.9 0.09 0.010 96 91.687 74.600 17.087 106RN 126 55. 385. 0. 703. 104PV 145. 14.05 0.459 119.8 2.25 0.125 95 91.822 75.876 15.946 107 127 35. 245. 0. 388. 104PV 145. 7.75 0.253 119.8 0.75 0.025 107 91.796 76.435 15.361 108MH 128 38. 265. 0. 133. 104PV 145. 2.65 0.087 119.8 0.10 0.005 108 91.792 76.342 15.450 109RN 129 263. 1840. 0. 5490. 132PV 145. 109.80 2.229 152.0 31.76 8.355 2 92.177 74.877 17.300 110 130 126. 880. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.120 110 92.057 74.000 18.057 111RN 131 35. 245. 0. 123. 104PV 145. 2.45 0.080 119.8 0.09 0.005 31 89.982 74.200 15.782 118RN 132 137. 960. 0. 144. 104PV 145. 2.88 0.094 119.8 0.12 0.015 34 91.232 74.786 16.446 37MH 133 47. 330. 0. 4683. 151PV 145. 93.67 1.453 173.9 12.29 0.580 81 93.467 75.654 17.813 73 134 44. 310. 0. 40270. 400AC 140. 757.01 1.673 465.4 5.47 0.240 10 93.047 73.654 19.393 46 E 175 79. 48.39 0.559 135 111. 775. 0. 3702. 151PV 145. 74.05 1.149 173.9 7.95 0.885 11 91.676 73.980 17.696 35 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 136 111. 775. 0. 3841. 132PV 145. 76.82 1.559 152.0 16.39 1.820 5 95.326 76.897 18.429 83 137 99. 690. 0. 3345. E 200 95. 66.90 0.592 195.9 3.69 0.365 110 91.811 74.654 17.157 102 138 48. 335. 0. 26753. 350AC 140. 535.05 1.545 397.8 5.51 0.265 119 92.278 73.077 19.201 14

139 94. 655. 0. 1144. 104PV 145. 22.88 0.748 119.8 5.56 0.520 67 90.063 76.600 13.463 61 140 200. 1400. 0. 700. 104PV 145. 14.00 0.458 119.8 2.24 0.445 23 87.977 73.600 14.377 117RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 25.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 68 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.836 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00059 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.252 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 12017. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 83680. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 24 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1991. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 7.10/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 25.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 83680.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 20 104 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 7218. 5609.95 43.35 243191.13 86.00 620748.00 8.30 59909.40 0.05 X SUPPLY COST 31037.40 14.00/13.20 PVC 824. 682.79 43.35 29598.78 139.00 114536.00 9.05 7457.20 0.05 X SUPPLY COST 5726.80 16.00/15.10 PVC 632. 546.30 43.35 23682.17 184.00 116288.00 11.60 7331.20 0.05 X SUPPLY COST 5814.40 20.00 AC 968. 929.28 43.35 40284.29 285.00 275880.00 13.10 12680.80 0.10 X SUPPLY COST 27588.00 25.00 AC 530. 563.13 43.35 24411.47 394.00 208820.00 17.05 9036.50 0.10 X SUPPLY COST 20882.00 30.00 AC 111. 129.87 43.35 5629.86 569.00 63159.00 23.50 2608.50 0.10 X SUPPLY COST 6315.90 35.00 AC 148. 189.81 43.35 8228.26 802.00 118696.00 29.95 4432.60 0.10 X SUPPLY COST 11869.60 40.00 AC 269. 376.60 43.35 16325.61 1103.00 296707.00 36.40 9791.60 0.10 X SUPPLY COST 29670.70 45.00 AC 704. 1071.84 43.35 46464.26 1589.00 1118656.00 50.00 35200.00 0.10 X SUPPLY COST 111865.60 TOTAL = 11404. 10099.56 437815.81 2933490.00 148447.81 250770.41 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3770524. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone RAJGHAT 3 DATE:�� (RAJGH3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 92.500 72.500 20.000 1FH 1 100. 0. 0. 46930. 450AC 140. 938.60 1.639 511.4 4.59 0.460 1 92.041 73.500 18.541 2 2 200. 1050. 0. 40137. 400AC 140. 786.09 1.738 458.2 5.86 1.175 2 90.868 72.874 17.994 3 E 104 103. 16.66 0.545 3 231. 1210. 0. 31928. 400AC 140. 638.57 1.411 454.6 3.99 0.920 3 89.946 72.720 17.226 4 4 62. 325. 0. 26848. 350AC 140. 536.95 1.550 397.8 5.55 0.345 4 89.603 72.923 16.680 5 5 92. 480. 0. 18675. 300AC 140. 373.51 1.468 340.9 6.00 0.550 5 89.050 73.215 15.835 6 6 66. 345. 0. 17968. 300AC 140. 359.36 1.412 340.9 5.59 0.370 6 88.682 72.968 15.714 7MH 7 22. 115. 0. 17453. 300AC 140. 349.06 1.372 340.9 5.29 0.115 7 88.565 72.825 15.740 8 8 19. 100. 0. 17115. 300AC 140. 342.31 1.345 340.9 5.11 0.095 8 88.468 72.593 15.875 9 9 34. 180. 0. 16320. 300AC 140. 326.41 1.283 340.9 4.68 0.160 9 88.309 72.770 15.539 10 10 32. 170. 0. 15670. 300AC 140. 313.41 1.232 340.9 4.34 0.140 10 88.170 72.696 15.474 11 11 16. 85. 0. 15033. 300AC 140. 300.66 1.181 340.9 4.02 0.065 11 88.106 72.662 15.444 12 12 14. 75. 0. 14383. 300AC 140. 287.66 1.130 340.9 3.70 0.050 12 88.054 72.692 15.362 13 13 65. 340. 0. 13895. 300AC 140. 277.91 1.092 340.9 3.47 0.225 13 87.829 72.855 14.974 14MH 14 175. 915. 0. 12583. 300AC 140. 251.66 0.989 340.9 2.89 0.505 14 87.323 71.979 15.344 15 15 137. 720. 0. 11410. 300AC 140. 228.21 0.897 340.9 2.41 0.330 15 86.993 70.547 16.446 16 16 17. 90. 0. 9905. 250AC 140. 198.10 1.121 284.1 4.51 0.075 16 86.917 70.345 16.572 17 17 31. 160. 0. 8863. 250AC 140. 177.26 1.003 284.1 3.67 0.115 17 86.803 70.715 16.088 18 18 13. 70. 0. 7491. 200AC 140. 149.81 1.325 227.3 7.96 0.105 18 86.699 70.800 15.899 19 19 33. 175. 0. 7563. 200AC 140. 151.25 1.337 227.3 8.11 0.270 19 86.432 71.634 14.798 20

20 15. 80. 0. 6071. 200AC 140. 121.41 1.074 227.3 5.40 0.080 20 86.351 72.133 14.218 21 21 33. 175. 0. 5543. 200AC 140. 110.86 0.980 227.3 4.56 0.150 21 86.200 73.039 13.161 22 22 40. 210. 0. 4286. 151PV 145. 85.73 1.330 173.9 10.43 0.415 22 85.783 72.808 12.975 23 23 106. 555. 0. 1163. 104PV 145. 23.25 0.760 119.8 5.72 0.605 23 85.176 71.874 13.302 24 24 107. 560. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.045 24 85.132 71.236 13.896 25RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 62. 325. 0. 163. 104PV 145. 3.25 0.106 119.8 0.15 0.010 24 85.167 71.748 13.419 26RN 26 58. 305. 0. 2618. 132PV 145. 52.35 1.063 152.0 8.06 0.465 23 85.316 72.989 12.327 27 27 19. 100. 0. 2125. 132PV 145. 42.50 0.863 152.0 5.48 0.105 27 85.212 73.089 12.123 28 28 342. 1790. 0. 895. 104PV 145. 17.90 0.585 119.8 3.53 1.205 28 84.005 71.985 12.020 29RN 29 54. 285. 0. 143. 104PV 145. 2.85 0.093 119.8 0.12 0.005 28 85.205 72.684 12.521 30RN 30 55. 290. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.005 27 85.309 72.326 12.983 31RN 31 76. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.015 21 86.334 72.652 13.682 32RN 32 80. 420. 0. 239. 104PV 145. 4.77 0.156 119.8 0.31 0.025 33 85.783 72.808 12.975 23 33 17. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 33 85.807 72.500 13.307 34RN 34 90. 470. 0. 774. 104PV 145. 15.47 0.506 119.8 2.69 0.240 35 85.807 72.451 13.356 33 35 42. 220. 0. 249. 104PV 145. 4.99 0.163 119.8 0.33 0.015 36 86.050 73.510 12.540 35MH 36 37. 195. 0. 967. 104PV 145. 19.34 0.632 119.8 4.07 0.150 22 86.050 73.510 12.540 35MH 37 60. 315. 0. 1207. 104PV 145. 24.14 0.789 119.8 6.14 0.370 20 86.064 72.652 13.412 36 38 44. 230. 0. 1142. 104PV 145. 22.85 0.747 119.8 5.54 0.245 18 86.559 70.500 16.059 37 39 32. 170. 0. 2175. 104PV 145. 43.50 1.422 119.8 18.26 0.585 37 85.975 70.472 15.503 38 40 19. 100. 0. 2310. 104PV 145. 46.20 1.511 119.8 20.42 0.390 38 85.587 70.509 15.078 39 41 12. 65. 0. 1863. 104PV 145. 37.25 1.218 119.8 13.70 0.165 39 85.422 70.421 15.001 40 42 10. 50. 0. 1415. 104PV 145. 28.30 0.925 119.8 8.24 0.080 40 85.340 70.668 14.672 41 43 18. 95. 0. 948. 104PV 145. 18.95 0.620 119.8 3.92 0.070 41 85.269 70.725 14.544 42

44 14. 75. 0. 354. 104PV 145. 7.08 0.232 119.8 0.63 0.010 42 85.261 71.087 14.174 43RN 45 157. 825. 0. 96. 104PV 145. 1.92 0.063 119.8 0.06 0.010 42 85.261 71.087 14.174 43RN 46 75. 395. 0. 198. 104PV 145. 3.95 0.129 119.8 0.21 0.015 41 85.324 70.451 14.873 44RN 47 74. 390. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.015 40 85.407 70.500 14.907 45RN 48 70. 365. 0. 183. 104PV 145. 3.65 0.119 119.8 0.19 0.015 39 85.574 70.320 15.254 46RN 49 80. 420. 0. 480. 104PV 145. 9.60 0.314 119.8 1.11 0.090 36 85.975 70.472 15.503 38 50 36. 190. 0. 1328. 104PV 145. 26.55 0.868 119.8 7.32 0.265 47 86.559 70.500 16.059 37 51 14. 75. 0. 698. 104PV 145. 13.96 0.457 119.8 2.23 0.030 48 86.823 70.600 16.223 47 52 39. 205. 0. 103. 104PV 145. 2.05 0.067 119.8 0.06 0.000 48 86.851 70.700 16.151 49RN 53 31. 160. 0. 1021. 104PV 145. 20.41 0.667 119.8 4.50 0.140 16 86.854 70.650 16.204 48 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 54 30. 155. 0. 840. 104PV 145. 16.79 0.549 119.8 3.13 0.095 17 86.823 70.600 16.223 47 55 68. 355. 0. 178. 104PV 145. 3.55 0.116 119.8 0.18 0.010 15 87.311 72.210 15.101 50RN 56 131. 685. 0. 343. 104PV 145. 6.85 0.224 119.8 0.60 0.080 14 87.751 72.685 15.066 51RN 57 109. 570. 0. 285. 104PV 145. 5.70 0.186 119.8 0.42 0.045 12 88.060 72.896 15.164 52RN 58 125. 655. 0. 328. 104PV 145. 6.55 0.214 119.8 0.55 0.070 9 88.400 72.784 15.616 53RN 59 53. 280. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.005 13 88.048 72.759 15.289 54RN 60 97. 510. 0. 255. 104PV 145. 5.10 0.167 119.8 0.34 0.035 11 88.137 75.451 12.686 55RN 61 91. 475. 0. 238. 104PV 145. 4.75 0.155 119.8 0.30 0.030 10 88.282 72.541 15.741 56RN 62 44. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 8 88.562 72.584 15.978 57RN 63 54. 285. 0. 143. 104PV 145. 2.85 0.093 119.8 0.12 0.005 7 88.675 72.745 15.930 58RN 64 56. 295. 0. 148. 104PV 145. 2.95 0.096 119.8 0.13 0.005 6 89.043 72.874 16.169 59RN 65 329. 1725. 0. 6907. 250AC 140. 138.14 0.782 284.1 2.31 0.760 5 88.842 72.400 16.442 60 66 22. 115. 0. 5662. 200AC 140. 113.24 1.001 227.3 4.74 0.105 60 88.738 72.032 16.706 61 67 18. 95. 0. 4708. 200AC 140. 94.16 0.832 227.3 3.37 0.060 61 88.677 72.000 16.677 62

68 37. 195. 0. 4228. 200AC 140. 84.56 0.748 227.3 2.76 0.100 62 88.575 71.684 16.891 63 69 57. 300. 0. 4225. 200AC 140. 84.49 0.747 227.3 2.76 0.155 63 88.418 71.352 17.066 64 70 54. 285. 0. 938. 104PV 145. 18.75 0.613 119.8 3.84 0.210 64 88.210 70.841 17.369 65 71 94. 495. 0. 247. 104PV 145. 4.95 0.162 119.8 0.33 0.030 65 88.179 70.563 17.616 66RN 72 57. 300. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.005 65 88.203 70.200 18.003 67RN 73 534. 2800. 0. 1595. 132PV 145. 31.89 0.647 152.0 3.22 1.720 64 86.699 70.800 15.899 19 74 64. 335. 0. 168. 104PV 145. 3.35 0.110 119.8 0.16 0.010 62 88.667 72.326 16.341 68RN 75 62. 325. 0. 163. 104PV 145. 3.25 0.106 119.8 0.15 0.010 60 88.833 72.784 16.049 69RN 76 20. 105. 0. 4006. E 150 103. 80.12 1.259 151.4 18.06 0.360 4 89.585 72.997 16.588 70 77 52. 275. 0. 3041. E 150 103. 60.82 0.956 151.4 10.84 0.565 70 89.021 73.672 15.349 71 78 21. 110. 0. 2393. E 150 103. 47.87 0.752 151.4 6.96 0.145 71 88.875 73.750 15.125 72 79 32. 170. 0. 2033. E 150 103. 40.67 0.639 151.4 5.15 0.165 72 88.711 74.013 14.698 73 80 10. 50. 0. 1698. E 150 103. 33.97 0.534 151.4 3.69 0.035 73 88.674 74.012 14.662 74 81 57. 300. 0. 1228. E 150 103. 24.57 0.386 151.4 2.02 0.115 74 88.558 74.344 14.214 75MH 82 44. 230. 0. 638. E 150 103. 12.77 0.201 151.4 0.60 0.025 75 88.531 74.131 14.400 76 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 83 42. 220. 0. 37. E 150 103. 0.73 0.012 151.4 0.00 0.000 77 88.531 74.131 14.400 76 84 52. 275. 0. 439. E 150 103. 8.78 0.138 151.4 0.30 0.015 78 88.531 74.112 14.419 77 85 24. 125. 0. 804. E 150 103. 16.08 0.253 151.4 0.92 0.020 79 88.547 74.181 14.366 78 86 35. 185. 0. 1440. E 150 103. 28.81 0.453 151.4 2.72 0.095 80 88.569 74.356 14.213 79 87 24. 125. 0. 1043. E 150 103. 20.86 0.328 151.4 1.49 0.035 81 88.664 74.100 14.564 80 88 40. 210. 0. 105. E 150 103. 2.10 0.033 151.4 0.02 0.000 81 88.699 74.500 14.199 82RN 89 29. 150. 0. 702. 104PV 145. 14.04 0.459 119.8 2.25 0.065 83 88.700 73.998 14.702 81 90 24. 125. 0. 1642. 104PV 145. 32.84 1.074 119.8 10.85 0.260 84 88.765 74.449 14.316 83MH 91 48. 250. 0. 677. 104PV 145. 13.55 0.443 119.8 2.11 0.100 83 88.664 74.100 14.564 80

92 88. 460. 0. 918. 104PV 145. 18.37 0.601 119.8 3.70 0.325 84 88.700 73.998 14.702 81 93 332. 1740. 0. 3723. 132PV 145. 54.04 1.097 171.7 8.55 2.835 85 89.026 74.056 14.970 84 E 104 103. 20.41 0.667 94 29. 150. 0. 406. 104PV 145. 8.12 0.266 119.8 0.82 0.025 79 88.546 74.409 14.137 86MH 95 23. 120. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.000 78 88.546 74.409 14.137 86MH 96 27. 140. 0. 306. 104PV 145. 6.12 0.200 119.8 0.48 0.015 86 88.532 74.046 14.486 87 97 60. 315. 0. 158. 104PV 145. 3.15 0.103 119.8 0.14 0.010 87 88.524 74.200 14.324 88RN 98 283. 1485. 0. 1416. 104PV 145. 28.33 0.926 119.8 8.25 2.335 3 88.532 74.046 14.486 87 99 86. 450. 0. 225. 104PV 145. 4.50 0.147 119.8 0.27 0.025 76 88.508 74.784 13.724 90RN 100 62. 325. 0. 163. 104PV 145. 3.25 0.106 119.8 0.15 0.010 75 88.549 73.745 14.804 91RN 101 43. 225. 0. 113. 104PV 145. 2.25 0.074 119.8 0.08 0.005 73 88.707 73.744 14.963 92RN 102 42. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 72 88.872 74.000 14.872 93RN 103 87. 455. 0. 228. 104PV 145. 4.55 0.149 119.8 0.28 0.025 71 88.997 74.032 14.965 94RN 104 68. 355. 0. 178. 104PV 145. 3.55 0.116 119.8 0.18 0.010 70 89.573 73.652 15.921 95RN 105 180. 945. 0. 4448. 200AC 140. 88.95 0.786 227.3 3.03 0.545 3 90.322 72.326 17.996 96 106 407. 2135. 0. 813. 132PV 145. 16.25 0.330 152.0 0.92 0.375 96 89.946 72.720 17.226 4 107 400. 2095. 0. 1048. 104PV 145. 20.95 0.685 119.8 4.72 1.890 96 88.434 74.800 13.634 97RN 108 200. 1050. 0. 525. 104PV 145. 10.50 0.343 119.8 1.31 0.265 2 91.778 72.800 18.978 98RN 109 70. 365. 0. 5035. 200AC 140. 80.85 0.715 247.1 2.54 0.180 2 91.863 74.500 17.363 85 E 132 103. 19.85 0.403 110 50. 260. 0. 130. E 132 103. 2.60 0.053 133.3 0.06 0.005 85 91.860 75.300 16.560 99RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 111 80. 420. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.020 70 89.566 72.654 16.912 100RN 112 56. 295. 0. 148. 104PV 145. 2.95 0.096 119.8 0.13 0.005 74 88.667 73.684 14.983 101RN 113 30. 155. 0. 78. 104PV 145. 1.55 0.051 119.8 0.04 0.000 77 88.530 73.720 14.810 102RN 114 114. 595. 0. 298. 104PV 145. 5.95 0.195 119.8 0.46 0.050 87 88.480 74.300 14.180 89RN 115 115. 605. 0. 547. 104PV 145. 10.94 0.358 119.8 1.42 0.165 61 88.575 71.684 16.891 63

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 29 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.020 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00406 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.251 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 9049. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46930. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 29 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1866. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.55/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46930.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 28 35 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 17 46 67 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 5036. 3914.06 43.35 169674.48 86.00 433096.00 8.30 41798.80 0.05 X SUPPLY COST 21654.80 14.00/13.20 PVC 1350. 1118.64 43.35 48493.15 139.00 187650.00 9.05 12217.50 0.05 X SUPPLY COST 9382.50 16.00/15.10 PVC 40. 34.58 43.35 1498.87 184.00 7360.00 11.60 464.00 0.05 X SUPPLY COST 368.00 20.00 AC 478. 458.88 43.35 19892.45 285.00 136230.00 13.10 6261.80 0.10 X SUPPLY COST 13623.00 25.00 AC 377. 400.56 43.35 17364.38 394.00 148538.00 17.05 6427.85 0.10 X SUPPLY COST 14853.80 30.00 AC 672. 786.24 43.35 34083.50 569.00 382368.00 23.50 15792.00 0.10 X SUPPLY COST 38236.80 35.00 AC 62. 79.51 43.35 3446.98 802.00 49724.00 29.95 1856.90 0.10 X SUPPLY COST 4972.40 40.00 AC 431. 603.40 43.35 26157.39 1103.00 475393.00 36.40 15688.40 0.10 X SUPPLY COST 47539.30 45.00 AC 100. 152.25 43.35 6600.04 1589.00 158900.00 50.00 5000.00 0.10 X SUPPLY COST 15890.00 TOTAL = 8546. 7548.13 327211.22 1979259.00 105507.25 166520.61 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 2578498. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone RAJGHAT 4 DATE:�� (RAJGH4/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 96.500 76.500 20.000 1FH 1 60. 0. 0. 46930. 350AC 140. 938.60 2.710 397.8 15.60 0.935 1 95.564 76.600 18.964 2 2 50. 195. 0. 39843. 300AC 140. 475.28 1.868 415.0 9.38 0.470 2 95.095 76.756 18.339 3MH E 300 95. 321.57 1.264 3 202. 795. 0. 35858. 300AC 140. 427.74 1.681 415.0 7.71 1.560 3 93.537 74.363 19.174 4 E 300 95. 289.41 1.137 4 125. 495. 0. 19964. 250AC 140. 290.12 1.642 320.8 9.13 1.140 4 92.395 73.403 18.992 5 E 200 95. 109.15 0.965 5 28. 110. 0. 19269. 250AC 140. 280.03 1.585 320.8 8.55 0.240 5 92.155 73.260 18.895 6 E 200 95. 105.36 0.932 6 131. 515. 0. 17663. 250AC 140. 256.68 1.452 320.8 7.28 0.955 6 91.201 72.668 18.533 7 E 200 95. 96.57 0.854 7 104. 410. 0. 13643. 200AC 140. 162.74 1.439 276.6 9.28 0.965 7 90.236 72.110 18.126 8 E 200 95. 110.11 0.974 8 10. 40. 0. 11030. 200AC 140. 131.58 1.163 276.6 6.26 0.065 8 90.173 72.100 18.073 9 E 200 95. 89.02 0.787 9 33. 130. 0. 10625. 200AC 140. 126.74 1.121 276.6 5.84 0.195 9 89.981 72.075 17.906 10 E 200 95. 85.76 0.758 10 46. 180. 0. 8703. 132PV 145. 59.03 1.198 229.3 10.06 0.465 10 89.518 72.262 17.256 11 E 200 95. 115.02 1.017 11 29. 115. 0. 8255. 104PV 145. 35.52 1.162 214.8 12.55 0.365 11 89.154 72.275 16.879 12 E 200 95. 129.58 1.146 12 15. 60. 0. 6458. E 200 95. 129.15 1.142 195.9 12.47 0.185 12 88.967 72.227 16.740 13 13 37. 145. 0. 4522. 200AC 140. 90.45 0.800 227.3 3.13 0.115 13 88.851 72.356 16.495 14 14 42. 165. 0. 4416. 200AC 140. 88.31 0.781 227.3 2.99 0.125 14 88.725 72.332 16.393 15 15 73. 290. 0. 4140. 200AC 140. 82.80 0.732 227.3 2.66 0.195 15 88.531 72.214 16.317 16 16 161. 635. 0. 3208. 151PV 145. 64.15 0.995 173.9 6.10 0.980 16 87.549 72.044 15.505 17

17 160. 630. 0. 1390. 132PV 145. 27.80 0.564 152.0 2.50 0.400 17 87.150 74.986 12.164 18 18 86. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.015 18 87.136 75.000 12.136 19RN 19 186. 735. 0. 368. 104PV 145. 7.35 0.240 119.8 0.68 0.125 18 87.024 74.133 12.891 20RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 20 300. 1185. 0. 593. 104PV 145. 11.85 0.387 119.8 1.64 0.495 17 87.056 73.669 13.387 21RN 21 119. 470. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.035 16 88.496 72.452 16.044 22RN 22 30. 120. 0. 108. 104PV 145. 2.17 0.071 119.8 0.07 0.000 23 88.851 72.356 16.495 14 23 109. 430. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.025 23 88.825 72.553 16.272 24RN 24 51. 200. 0. 698. 104PV 145. 13.97 0.457 119.8 2.23 0.115 13 88.853 72.400 16.453 23 25 120. 475. 0. 189. 104PV 145. 3.79 0.124 119.8 0.20 0.025 25 88.725 72.332 16.393 15 26 77. 305. 0. 220. 104PV 145. 4.40 0.144 119.8 0.26 0.020 25 88.729 72.394 16.335 26 27 102. 400. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.020 26 88.706 72.412 16.294 27RN 28 35. 140. 0. 402. 104PV 145. 8.05 0.263 119.8 0.80 0.030 28 88.729 72.394 16.335 26 29 135. 535. 0. 268. 104PV 145. 5.35 0.175 119.8 0.38 0.050 28 88.706 72.600 16.106 29RN 30 109. 430. 0. 1222. 104PV 145. 24.45 0.799 119.8 6.28 0.685 30 88.757 72.500 16.257 28 31 35. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 30 89.441 72.350 17.091 31RN 32 81. 320. 0. 160. 104PV 145. 3.20 0.105 119.8 0.15 0.010 9 90.162 72.400 17.762 32RN 33 48. 190. 0. 1672. 104PV 145. 33.45 1.094 119.8 11.23 0.540 10 89.442 72.300 17.142 30 34 76. 300. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.010 11 89.508 72.350 17.158 52RN 35 222. 875. 0. 1273. E 200 95. 25.45 0.225 195.9 0.62 0.135 12 89.017 72.441 16.576 33 36 35. 140. 0. 420. E 150 95. 8.40 0.132 146.9 0.32 0.010 33 89.006 72.541 16.465 34 37 23. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 34 89.005 72.650 16.355 35RN 38 66. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 34 88.999 72.663 16.336 36RN 39 88. 345. 0. 173. 104PV 145. 3.45 0.113 119.8 0.17 0.015 33 89.002 72.500 16.502 37RN 40 136. 535. 0. 2120. E 150 95. 42.40 0.667 146.9 6.44 0.875 8 89.360 72.400 16.960 38

41 26. 105. 0. 2184. E 125 95. 43.67 0.988 122.5 16.52 0.430 38 88.931 72.450 16.481 39 42 82. 325. 0. 1494. E 125 95. 29.87 0.676 122.5 8.18 0.670 39 88.260 72.500 15.760 40 43 86. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.015 40 88.246 72.650 15.596 41RN 44 120. 475. 0. 238. 104PV 145. 4.75 0.155 119.8 0.30 0.035 39 88.895 72.600 16.295 42RN 45 93. 365. 0. 809. 104PV 145. 16.17 0.529 119.8 2.92 0.270 40 87.988 72.700 15.288 43 46 46. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 43 87.986 72.750 15.236 44RN 47 72. 285. 0. 304. 104PV 145. 6.07 0.199 119.8 0.48 0.035 43 87.954 72.850 15.104 45 48 104. 410. 0. 205. 104PV 145. 4.10 0.134 119.8 0.23 0.025 45 87.930 72.900 15.030 46RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 49 54. 215. 0. 356. 104PV 145. 7.13 0.233 119.8 0.64 0.035 47 87.954 72.850 15.104 45 50 39. 155. 0. 1241. 104PV 145. 24.83 0.812 119.8 6.46 0.250 48 87.989 72.900 15.089 47 51 82. 325. 0. 2031. 104PV 145. 40.63 1.328 119.8 16.09 1.320 49 88.241 72.850 15.391 48 52 133. 525. 0. 3295. 132PV 145. 65.90 1.338 152.0 12.34 1.640 7 89.560 72.800 16.760 49 53 115. 455. 0. 611. 104PV 145. 12.22 0.400 119.8 1.74 0.200 49 89.360 72.400 16.960 38 54 139. 550. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.055 48 88.186 72.850 15.336 51RN 55 75. 295. 0. 6842. E 350 79. 136.85 0.395 319.5 1.28 0.095 2 95.468 76.500 18.968 53 56 214. 845. 0. 1917. E 200 95. 38.35 0.339 195.9 1.32 0.280 53 95.186 76.675 18.511 54MH 57 83. 325. 0. 1332. E 125 95. 26.65 0.603 122.5 6.62 0.550 54 94.636 75.987 18.649 55 58 134. 530. 0. 745. E 125 95. 14.90 0.337 122.5 2.26 0.300 56 94.636 75.987 18.649 55 59 418. 1650. 0. 825. 104PV 145. 16.50 0.540 119.8 3.03 1.270 55 93.369 74.988 18.381 57RN 60 113. 445. 0. 1968. E 200 95. 39.35 0.348 195.9 1.38 0.155 3 94.939 75.676 19.263 56 61 186. 735. 0. 368. E 200 95. 7.35 0.065 195.9 0.06 0.010 56 94.927 74.550 20.377 58RN 62 165. 650. 0. 4030. E 350 79. 80.60 0.233 319.5 0.48 0.080 53 95.388 76.123 19.265 59 63 72. 285. 0. 2133. E 725 103. 42.66 0.029 731.9 0.00 0.000 59 95.388 76.032 19.356 60 64 29. 115. 0. 1698. E 125 95. 33.96 0.769 122.5 10.37 0.300 60 95.087 75.874 19.213 61

65 153. 605. 0. 303. E 125 95. 6.05 0.137 122.5 0.42 0.065 61 95.022 75.451 19.571 62RN 66 213. 840. 0. 616. 104PV 145. 12.31 0.403 119.8 1.76 0.375 61 94.712 75.652 19.060 63 67 90. 355. 0. 305. 104PV 145. 6.09 0.199 119.8 0.48 0.045 64 94.712 75.652 19.060 63 68 50. 195. 0. 460. 104PV 145. 9.20 0.301 119.8 1.03 0.050 64 94.703 75.652 19.051 65 69 36. 140. 0. 41. 104PV 145. 0.81 0.027 119.8 0.01 0.000 65 94.703 75.700 19.003 66RN 70 116. 460. 0. 22. 104PV 145. 0.43 0.014 119.8 0.00 0.000 65 94.703 75.700 19.003 66RN 71 21. 85. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.010 63 94.703 75.700 19.003 66RN 72 99. 390. 0. 1234. 104PV 145. 24.69 0.807 119.8 6.40 0.635 59 94.755 75.874 18.881 64MH 73 59. 235. 0. 117. 104PV 145. 2.35 0.077 119.8 0.08 0.005 60 95.383 76.326 19.057 67RN 74 329. 1300. 0. 650. 104PV 145. 13.00 0.425 119.8 1.95 0.640 3 94.453 74.888 19.565 135RN 75 96. 380. 0. 14184. 300AC 140. 230.08 0.904 369.2 2.45 0.235 4 93.302 74.445 18.857 68 E 200 95. 53.59 0.474 76 66. 260. 0. 5875. E 200 95. 117.51 1.039 195.9 10.47 0.690 68 92.611 74.218 18.393 121 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 77 29. 115. 0. 4576. E 200 95. 91.52 0.809 195.9 6.59 0.190 121 92.420 74.285 18.135 69 78 24. 95. 0. 2301. E 125 95. 46.01 1.041 122.5 18.20 0.435 69 91.983 74.499 17.484 70 79 22. 85. 0. 2727. E 125 95. 54.54 1.235 122.5 24.94 0.550 70 91.434 74.550 16.884 71 80 16. 65. 0. 1353. 104PV 145. 27.05 0.884 119.8 7.58 0.120 71 91.313 74.633 16.680 72 81 281. 1110. 0. 555. 104PV 145. 11.10 0.363 119.8 1.46 0.410 72 90.904 74.320 16.584 73RN 82 53. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 72 91.309 74.700 16.609 74RN 83 116. 460. 0. 1070. 104PV 145. 21.39 0.700 119.8 4.91 0.570 71 90.865 74.750 16.115 75 84 23. 90. 0. 2510. 104PV 145. 50.20 1.641 119.8 23.81 0.550 75 90.317 74.750 15.567 76 85 84. 330. 0. 1025. 104PV 145. 20.50 0.670 119.8 4.53 0.380 76 89.936 74.750 15.186 77 86 67. 265. 0. 858. 104PV 145. 17.15 0.561 119.8 3.26 0.220 77 89.718 74.800 14.918 78 87 30. 120. 0. 445. 104PV 145. 8.90 0.291 119.8 0.97 0.030 78 89.689 74.850 14.839 79 88 26. 105. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 79 89.689 74.800 14.889 80RN

89 71. 280. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.010 79 89.681 74.850 14.831 81RN 90 56. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 78 89.714 74.900 14.814 82RN 91 28. 110. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.005 83 89.936 74.750 15.186 77 92 31. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 83 89.941 74.850 15.091 84RN 93 36. 140. 0. 430. 104PV 145. 8.60 0.281 119.8 0.91 0.035 85 89.942 74.900 15.042 83MH 94 40. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 85 89.973 74.750 15.223 86RN 95 32. 125. 0. 723. 104PV 145. 14.45 0.473 119.8 2.37 0.075 87 89.974 71.880 18.094 85 96 79. 310. 0. 155. 104PV 145. 3.10 0.101 119.8 0.14 0.010 87 90.039 74.750 15.289 88RN 97 45. 180. 0. 1185. 104PV 145. 23.70 0.775 119.8 5.93 0.265 76 90.050 74.700 15.350 87 98 29. 115. 0. 1773. 104PV 145. 35.46 1.159 119.8 12.50 0.365 89 90.865 74.750 16.115 75 99 71. 280. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.010 89 91.219 74.400 16.819 90RN 100 28. 110. 0. 2165. 104PV 145. 43.31 1.416 119.8 18.11 0.505 91 91.227 74.600 16.627 89 101 64. 255. 0. 407. 104PV 145. 8.13 0.266 119.8 0.82 0.050 92 91.735 74.550 17.185 91 102 36. 140. 0. 889. 104PV 145. 17.78 0.582 119.8 3.48 0.125 93 91.787 74.000 17.787 92 103 72. 285. 0. 143. 104PV 145. 2.85 0.093 119.8 0.12 0.010 92 91.778 74.100 17.678 94RN 104 45. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 93 91.910 74.100 17.810 95RN 105 39. 155. 0. 1217. 104PV 145. 24.33 0.796 119.8 6.23 0.245 6 91.912 73.800 18.112 93 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106 24. 95. 0. 1989. 104PV 145. 39.77 1.300 119.8 15.47 0.370 96 91.735 74.550 17.185 91 107 56. 220. 0. 1053. 104PV 145. 21.05 0.688 119.8 4.76 0.265 97 92.106 74.500 17.606 96 108 91. 360. 0. 212. 104PV 145. 4.24 0.139 119.8 0.25 0.020 5 92.373 74.600 17.773 97 109 21. 85. 0. 1173. 104PV 145. 23.46 0.767 119.8 5.82 0.120 98 92.373 74.600 17.773 97 110 17. 65. 0. 33. 104PV 145. 0.65 0.021 119.8 0.01 0.000 98 92.495 74.600 17.895 99RN 111 52. 205. 0. 1196. 104PV 145. 23.92 0.782 119.8 6.03 0.315 69 92.106 74.500 17.606 96 112 58. 230. 0. 1395. 104PV 145. 27.91 0.913 119.8 8.03 0.465 100 92.495 74.550 17.945 98

113 22. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 100 92.960 74.450 18.510 101RN 114 31. 120. 0. 1655. 104PV 145. 33.11 1.083 119.8 11.02 0.340 68 92.960 74.400 18.560 100 115 59. 235. 0. 117. 104PV 145. 2.35 0.077 119.8 0.08 0.005 68 93.297 74.600 18.697 102RN 116 51. 200. 0. 5938. E 200 95. 118.76 1.050 195.9 10.68 0.545 68 92.757 74.189 18.568 103 117 64. 255. 0. 4375. E 200 95. 87.50 0.774 195.9 6.07 0.390 103 92.369 74.200 18.169 104 118 10. 40. 0. 3952. E 200 95. 79.05 0.699 195.9 5.03 0.050 104 92.319 74.233 18.086 105 119 53. 210. 0. 3070. E 200 95. 61.40 0.543 195.9 3.15 0.165 105 92.152 74.260 17.892 106 120 51. 200. 0. 1767. E 200 95. 35.34 0.312 195.9 1.13 0.060 106 92.094 74.262 17.832 107 121 20. 80. 0. 40. E 200 95. 0.80 0.007 195.9 0.00 0.000 107 92.094 74.200 17.894 108RN 122 54. 215. 0. 1480. 104PV 145. 29.59 0.968 119.8 8.95 0.485 107 91.611 75.045 16.566 109 123 254. 1000. 0. 1855. 104PV 145. 37.10 1.213 119.8 13.60 3.455 109 88.157 73.862 14.295 110 124 60. 235. 0. 117. 104PV 145. 2.35 0.077 119.8 0.08 0.005 110 88.152 73.900 14.252 111RN 125 87. 345. 0. 948. 104PV 145. 18.95 0.620 119.8 3.92 0.340 110 87.816 73.910 13.906 112 126 57. 225. 0. 113. 104PV 145. 2.25 0.074 119.8 0.08 0.005 112 87.811 73.856 13.955 113RN 127 140. 550. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.055 112 87.760 74.023 13.737 114RN 128 52. 205. 0. 1085. 104PV 145. 21.71 0.710 119.8 5.04 0.260 115 91.611 75.045 16.566 109 129 69. 270. 0. 963. 104PV 145. 19.26 0.630 119.8 4.04 0.280 106 91.873 75.000 16.873 115 130 117. 460. 0. 590. 104PV 145. 11.80 0.386 119.8 1.63 0.190 116 91.873 75.000 16.873 115 131 47. 185. 0. 609. 104PV 145. 12.18 0.398 119.8 1.73 0.080 116 91.983 74.499 17.484 70 132 24. 95. 0. 1569. 104PV 145. 31.39 1.026 119.8 9.98 0.240 117 92.064 74.800 17.264 116 133 26. 105. 0. 675. 104PV 145. 13.49 0.441 119.8 2.09 0.055 118 92.304 74.600 17.704 117 134 20. 80. 0. 832. 104PV 145. 16.64 0.544 119.8 3.08 0.060 69 92.358 74.350 18.008 118 135 16. 65. 0. 33. 104PV 145. 0.65 0.021 119.8 0.01 0.000 118 92.358 74.400 17.958 119RN 136 27. 105. 0. 1047. 104PV 145. 20.94 0.685 119.8 4.72 0.125 120 92.304 74.600 17.704 117 137 39. 155. 0. 1034. 104PV 145. 20.68 0.676 119.8 4.61 0.180 121 92.431 74.450 17.981 120

138 12. 45. 0. 165. 104PV 145. 3.31 0.108 119.8 0.15 0.000 122 92.431 74.450 17.981 120 139 46. 180. 0. 577. 104PV 145. 11.54 0.377 119.8 1.57 0.070 122 92.361 74.450 17.911 123 140 19. 75. 0. 475. 104PV 145. 9.50 0.311 119.8 1.09 0.020 123 92.340 74.600 17.740 124 141 14. 55. 0. 28. 104PV 145. 0.55 0.018 119.8 0.01 0.000 124 92.340 74.750 17.590 125RN 142 52. 205. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.020 124 92.319 74.233 18.086 105 143 63. 250. 0. 150. 104PV 145. 3.01 0.098 119.8 0.13 0.010 104 92.361 74.450 17.911 123 144 28. 110. 0. 910. 104PV 145. 18.20 0.595 119.8 3.64 0.100 126 92.433 74.400 18.033 122 145 29. 115. 0. 58. 104PV 145. 1.15 0.038 119.8 0.02 0.000 126 92.534 74.650 17.884 127RN 146 32. 125. 0. 63. 104PV 145. 1.25 0.041 119.8 0.03 0.000 126 92.534 74.750 17.784 128RN 147 33. 130. 0. 1270. 104PV 145. 25.40 0.831 119.8 6.74 0.225 103 92.535 74.600 17.935 126 148 84. 330. 0. 770. 104PV 145. 15.40 0.504 119.8 2.67 0.225 105 92.095 74.200 17.895 129 149 46. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 129 92.092 74.250 17.842 130RN 150 108. 425. 0. 213. 104PV 145. 4.25 0.139 119.8 0.25 0.025 129 92.068 74.300 17.768 131RN 151 73. 290. 0. 730. 104PV 145. 14.60 0.477 119.8 2.42 0.175 4 93.360 73.400 19.960 132 152 18. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 132 93.360 73.450 19.910 133RN 153 130. 515. 0. 258. 104PV 145. 5.15 0.168 119.8 0.35 0.045 132 93.315 73.900 19.415 134RN 154 59. 235. 0. 917. 104PV 145. 18.34 0.600 119.8 3.69 0.220 13 88.749 72.290 16.459 25 155 178. 700. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.110 47 87.878 72.900 14.978 50RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 19 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.136 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00082 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.876 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 11949. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46930. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 20 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1492. M

AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 6.35/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46930.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg# 6. 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 10 17 85 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 8328. 6472.65 43.35 280589.56 86.00 716208.00 8.30 69122.40 0.05 X SUPPLY COST 35810.40 14.00/13.20 PVC 339. 280.90 43.35 12177.17 139.00 47121.00 9.05 3067.95 0.05 X SUPPLY COST 2356.05 16.00/15.10 PVC 161. 139.17 43.35 6032.96 184.00 29624.00 11.60 1867.60 0.05 X SUPPLY COST 1481.20 20.00 AC 299. 287.04 43.35 12443.18 285.00 85215.00 13.10 3916.90 0.10 X SUPPLY COST 8521.50 25.00 AC 284. 301.75 43.35 13080.86 394.00 111896.00 17.05 4842.20 0.10 X SUPPLY COST 11189.60 30.00 AC 348. 407.16 43.35 17650.38 569.00 198012.00 23.50 8178.00 0.10 X SUPPLY COST 19801.20 35.00 AC 60. 76.95 43.35 3335.78 802.00 48120.00 29.95 1797.00 0.10 X SUPPLY COST 4812.00 TOTAL = 9819. 7965.63 345309.91 1236196.00 92792.05 83971.95 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1758270. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone SIGRA 1 DATE:�� (SIGRA1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98.500 78.500 20.000 1FH 1 50. 70. 0. 37630. 300AC 140. 752.60 2.957 340.9 21.96 1.100 1 97.402 78.528 18.874 2 2 126. 170. 0. 20028. 300AC 140. 357.52 1.405 356.0 5.53 0.695 2 96.705 78.409 18.296 3 E 151 103. 43.04 0.668 3 28. 40. 0. 19704. 250AC 140. 280.05 1.585 323.5 8.56 0.240 3 96.465 78.418 18.047 4 E 200 103. 114.04 1.008 4 207. 290. 0. 9726. 200AC 140. 112.29 0.993 280.1 4.67 0.965 4 95.498 78.170 17.328 5 E 200 103. 82.23 0.727 5 92. 130. 0. 5808. 132PV 145. 58.38 1.185 197.5 9.86 0.905 5 94.591 78.259 16.332 6 E 150 103. 57.77 0.908 6 74. 100. 0. 3406. E 150 103. 68.11 1.071 151.4 13.37 0.990 6 93.602 78.326 15.276 7 7 43. 60. 0. 1581. E 150 103. 31.62 0.497 151.4 3.23 0.140 7 93.463 78.552 14.911 8 8 284. 390. 0. 1296. E 150 103. 25.92 0.407 151.4 2.24 0.635 8 92.828 78.552 14.276 9MH 9 31. 40. 0. 6801. E 300 103. 136.02 0.535 302.9 1.65 0.050 9 92.777 77.838 14.939 10 10 85. 120. 0. 6757. E 300 103. 135.14 0.531 302.9 1.63 0.140 10 92.639 77.810 14.829 11 11 49. 70. 0. 4899. E 300 103. 97.97 0.385 302.9 0.90 0.045 11 92.595 77.785 14.810 12 12 50. 70. 0. 4166. E 300 103. 83.33 0.327 302.9 0.66 0.035 12 92.562 77.752 14.810 13 13 38. 50. 0. 3505. E 300 103. 70.10 0.275 302.9 0.48 0.020 13 92.543 77.800 14.743 14 14 17. 20. 0. 3390. E 400 103. 67.80 0.150 403.8 0.11 0.000 14 92.541 77.810 14.731 15 15 19. 30. 0. 3245. E 400 103. 64.90 0.143 403.8 0.10 0.000 15 92.539 77.825 14.714 16 16 13. 20. 0. 3080. E 400 103. 61.60 0.136 403.8 0.09 0.000 16 92.538 77.825 14.713 17 17 37. 50. 0. 2594. E 400 103. 51.88 0.115 403.8 0.07 0.005 17 92.536 77.780 14.756 18 18 68. 90. 0. 2394. E 400 103. 47.88 0.106 403.8 0.06 0.005 18 92.532 77.665 14.867 19

19 31. 40. 0. 1900. E 400 103. 38.00 0.084 403.8 0.04 0.000 19 92.531 77.547 14.984 20 20 25. 30. 0. 1370. E 400 103. 27.41 0.061 403.8 0.02 0.000 20 92.530 77.547 14.983 21 21 25. 30. 0. 1270. E 400 103. 25.41 0.056 403.8 0.02 0.000 21 92.530 77.540 14.990 22 22 30. 40. 0. 1035. E 400 103. 20.71 0.046 403.8 0.01 0.000 22 92.529 77.620 14.909 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 56. 80. 0. 925. E 450 103. 18.51 0.032 454.3 0.01 0.000 23 92.529 77.625 14.904 24 24 29. 40. 0. 805. E 450 103. 16.11 0.028 454.3 0.00 0.000 24 92.529 77.558 14.971 25 25 16. 20. 0. 386. E 450 103. 7.72 0.013 454.3 0.00 0.000 25 92.529 77.558 14.971 26 26 83. 110. 0. 321. 104PV 145. 6.42 0.210 119.8 0.53 0.045 26 92.485 77.865 14.620 27 27 180. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.015 27 92.468 77.860 14.608 28RN 28 48. 70. 0. 9778. 104PV 145. 39.52 1.292 220.0 15.29 0.735 4 95.731 78.468 17.263 29 E 200 103. 156.04 1.380 29 69. 100. 0. 8039. E 200 103. 160.79 1.422 201.9 16.16 1.115 29 94.616 78.463 16.153 30 30 23. 30. 0. 9158. E 200 103. 183.16 1.619 201.9 20.57 0.475 30 94.143 78.460 15.683 31 31 20. 30. 0. 9363. E 250 103. 187.26 1.060 252.4 7.23 0.145 31 93.998 78.460 15.538 32 32 41. 60. 0. 9318. E 250 103. 186.36 1.055 252.4 7.17 0.295 32 93.704 78.220 15.484 33 33 37. 50. 0. 7585. E 250 103. 151.70 0.858 252.4 4.89 0.180 33 93.523 77.957 15.566 34 34 29. 40. 0. 7394. E 250 103. 147.89 0.837 252.4 4.67 0.135 34 93.388 77.950 15.438 35 35 30. 40. 0. 7243. E 250 103. 144.87 0.820 252.4 4.49 0.135 35 93.253 77.919 15.334 36 36 34. 50. 0. 7504. E 250 103. 150.08 0.849 252.4 4.80 0.165 36 93.090 77.679 15.411 37 37 15. 20. 0. 6738. E 300 103. 134.77 0.530 302.9 1.62 0.025 37 93.065 77.628 15.437 38 38 20. 30. 0. 6653. E 300 103. 133.07 0.523 302.9 1.58 0.030 38 93.034 77.635 15.399 39 39 120. 170. 0. 6503. E 300 103. 130.07 0.511 302.9 1.51 0.180 39 92.852 77.508 15.344 40 40 39. 50. 0. 644. 104PV 145. 12.87 0.421 119.8 1.91 0.075 40 92.777 77.994 14.783 41 41 113. 160. 0. 473. 104PV 145. 9.45 0.309 119.8 1.08 0.120 41 92.655 78.530 14.125 42MH 42 21. 30. 0. 824. 104PV 145. 16.47 0.539 119.8 3.02 0.065 42 92.592 78.198 14.394 43

43 28. 40. 0. 361. 104PV 145. 7.22 0.236 119.8 0.66 0.020 43 92.573 78.054 14.519 44 44 94. 130. 0. 501. 104PV 145. 10.02 0.328 119.8 1.20 0.115 44 92.460 78.395 14.065 45 45 49. 70. 0. 901. 104PV 145. 18.03 0.589 119.8 3.57 0.175 45 92.285 78.549 13.736 46 46 17. 20. 0. 676. 104PV 145. 13.53 0.442 119.8 2.10 0.035 46 92.249 78.590 13.659 47 47 20. 30. 0. 205. 104PV 145. 4.10 0.134 119.8 0.23 0.005 47 92.245 78.708 13.537 48 48 65. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 48 92.244 78.841 13.403 49RN 49 38. 50. 0. 1629. 104PV 145. 32.58 1.065 119.8 10.69 0.405 29 95.325 78.459 16.866 50 50 25. 30. 0. 675. 104PV 145. 13.49 0.441 119.8 2.09 0.050 50 95.273 78.652 16.621 51 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 51 60. 80. 0. 620. 104PV 145. 12.39 0.405 119.8 1.79 0.105 51 95.165 78.605 16.560 52 52 27. 40. 0. 560. 104PV 145. 11.19 0.366 119.8 1.48 0.040 52 95.126 78.585 16.541 53 53 70. 100. 0. 1324. 104PV 145. 26.48 0.866 119.8 7.28 0.510 53 94.616 78.463 16.153 30 54 64. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 30 94.615 78.564 16.051 55RN 55 108. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 36 93.249 78.625 14.624 56RN 56 42. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 38 93.065 77.684 15.381 57RN 57 34. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 39 93.034 77.715 15.319 58RN 58 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 8 93.463 78.442 15.021 59RN 59 53. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 7 93.601 78.442 15.159 60RN 60 22. 30. 0. 250. 104PV 145. 4.99 0.163 119.8 0.33 0.005 61 94.143 78.460 15.683 31 61 111. 150. 0. 971. 104PV 145. 19.42 0.635 119.8 4.10 0.455 61 93.695 78.700 14.995 62MH 62 10. 10. 0. 1733. 104PV 145. 34.66 1.133 119.8 11.99 0.120 62 93.575 78.347 15.228 63 63 14. 20. 0. 1016. E 250 103. 20.31 0.115 252.4 0.12 0.000 63 93.573 78.327 15.246 64 64 31. 40. 0. 796. E 250 103. 15.91 0.090 252.4 0.08 0.000 64 93.571 78.368 15.203 65 65 46. 60. 0. 365. E 100 103. 7.29 0.258 101.0 1.54 0.070 65 93.500 78.525 14.975 66 66 43. 60. 0. 560. 104PV 145. 11.20 0.366 119.8 1.48 0.065 66 93.436 78.884 14.552 67

67 18. 20. 0. 706. 104PV 145. 14.11 0.461 119.8 2.27 0.040 67 93.395 78.919 14.476 68 68 20. 30. 0. 1032. 104PV 145. 20.64 0.675 119.8 4.59 0.090 68 93.304 78.859 14.445 69 69 27. 40. 0. 1509. 104PV 145. 30.17 0.987 119.8 9.27 0.250 69 93.053 78.860 14.193 70 70 60. 80. 0. 735. 104PV 145. 14.71 0.481 119.8 2.45 0.145 70 92.906 78.830 14.076 71 71 30. 40. 0. 605. 104PV 145. 12.11 0.396 119.8 1.71 0.050 71 92.855 78.669 14.186 72 72 54. 70. 0. 345. 104PV 145. 6.90 0.225 119.8 0.60 0.035 72 92.822 79.127 13.695 73MH 73 160. 220. 0. 623. 104PV 145. 12.46 0.407 119.8 1.80 0.290 73 92.534 78.735 13.799 74 74 30. 40. 0. 77. 104PV 145. 1.55 0.051 119.8 0.04 0.000 75 92.534 78.735 13.799 74 75 62. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 75 92.534 79.260 13.274 76RN 76 64. 90. 0. 232. 104PV 145. 4.65 0.152 119.8 0.29 0.020 77 92.535 78.801 13.734 75 77 58. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 77 92.553 78.635 13.918 78RN 78 50. 70. 0. 392. 104PV 145. 7.85 0.257 119.8 0.77 0.040 43 92.553 78.456 14.097 77 79 54. 70. 0. 535. 104PV 145. 10.71 0.350 119.8 1.36 0.075 74 92.460 78.395 14.065 45 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 80 59. 80. 0. 486. 104PV 145. 9.72 0.318 119.8 1.14 0.065 79 92.655 78.530 14.125 42MH 81 63. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 79 92.721 78.652 14.069 80RN 82 62. 90. 0. 661. 104PV 145. 13.22 0.432 119.8 2.01 0.125 81 92.722 78.485 14.237 79 83 126. 170. 0. 645. 104PV 145. 12.91 0.422 119.8 1.92 0.245 37 92.847 78.736 14.111 81MH 84 44. 60. 0. 176. 104PV 145. 3.51 0.115 119.8 0.17 0.010 72 92.847 78.736 14.111 81MH 85 33. 50. 0. 121. 104PV 145. 2.41 0.079 119.8 0.09 0.005 34 93.520 78.011 15.509 82 86 46. 60. 0. 752. 104PV 145. 15.03 0.491 119.8 2.55 0.115 82 93.403 78.274 15.129 83 87 21. 30. 0. 62. 104PV 145. 1.24 0.041 119.8 0.03 0.000 83 93.402 78.325 15.077 84 88 15. 20. 0. 624. 104PV 145. 12.49 0.408 119.8 1.81 0.025 85 93.402 78.325 15.077 84 89 13. 20. 0. 42. 104PV 145. 0.85 0.028 119.8 0.01 0.000 86 93.430 78.360 15.070 85 90 20. 30. 0. 425. 104PV 145. 8.51 0.278 119.8 0.89 0.020 87 93.430 78.362 15.068 86

91 28. 40. 0. 706. 104PV 145. 14.12 0.462 119.8 2.27 0.065 88 93.447 78.285 15.162 87 92 13. 20. 0. 1031. 104PV 145. 20.63 0.674 119.8 4.59 0.060 65 93.511 78.300 15.211 88 93 44. 60. 0. 216. 104PV 145. 4.31 0.141 119.8 0.25 0.010 87 93.436 78.884 14.552 67 94 70. 100. 0. 308. 104PV 145. 6.16 0.201 119.8 0.49 0.035 86 93.395 78.919 14.476 68 95 34. 50. 0. 637. 104PV 145. 12.73 0.416 119.8 1.88 0.065 84 93.339 78.525 14.814 89 96 26. 40. 0. 532. 104PV 145. 10.63 0.348 119.8 1.34 0.035 89 93.304 78.859 14.445 69 97 41. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 89 93.338 78.665 14.673 90RN 98 9. 10. 0. 639. 104PV 145. 12.79 0.418 119.8 1.89 0.015 83 93.386 78.200 15.186 91 99 26. 40. 0. 626. 104PV 145. 12.51 0.409 119.8 1.82 0.045 91 93.339 78.240 15.099 92 100 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 92 93.338 78.339 14.999 93RN 101 70. 100. 0. 506. 104PV 145. 10.11 0.331 119.8 1.22 0.085 92 93.253 77.919 15.334 36 102 76. 100. 0. 61. 104PV 145. 1.22 0.040 119.8 0.02 0.000 35 93.386 78.200 15.186 91 103 71. 100. 0. 736. 104PV 145. 14.72 0.481 119.8 2.46 0.175 62 93.520 78.011 15.509 82 104 74. 100. 0. 652. 104PV 145. 13.04 0.426 119.8 1.96 0.145 63 93.430 78.360 15.070 85 105 132. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 46 92.278 79.660 12.618 94RN 106 55. 80. 0. 406. 104PV 145. 8.13 0.266 119.8 0.82 0.045 47 92.204 78.592 13.612 95 107 42. 60. 0. 324. 104PV 145. 6.47 0.212 119.8 0.54 0.025 96 92.204 78.592 13.612 95 108 47. 60. 0. 434. 104PV 145. 8.67 0.284 119.8 0.92 0.045 97 92.227 78.590 13.637 96 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 109 29. 40. 0. 391. 104PV 145. 7.83 0.256 119.8 0.76 0.020 98 92.270 78.888 13.382 97MH 110 21. 30. 0. 277. 104PV 145. 5.54 0.181 119.8 0.40 0.010 98 92.284 77.995 14.289 99 111 28. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 99 92.284 78.035 14.249 100RN 112 97. 130. 0. 157. 104PV 145. 3.14 0.103 119.8 0.14 0.015 99 92.270 78.888 13.382 97MH 113 43. 60. 0. 734. 104PV 145. 14.67 0.480 119.8 2.44 0.105 101 92.292 78.838 13.454 98 114 100. 140. 0. 393. 104PV 145. 7.86 0.257 119.8 0.77 0.075 102 92.397 77.781 14.616 101

115 46. 60. 0. 79. 104PV 145. 1.59 0.052 119.8 0.04 0.000 102 92.472 77.761 14.711 103 116 56. 80. 0. 531. 104PV 145. 10.61 0.347 119.8 1.34 0.075 103 92.397 77.781 14.616 101 117 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 101 92.397 77.815 14.582 104RN 118 60. 80. 0. 561. 104PV 145. 11.23 0.367 119.8 1.49 0.090 13 92.472 77.761 14.711 103 119 68. 90. 0. 617. 104PV 145. 12.35 0.404 119.8 1.77 0.120 12 92.474 77.780 14.694 102 120 89. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 15 92.539 77.887 14.652 105RN 121 105. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 16 92.536 77.925 14.611 106RN 122 96. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.005 18 92.533 77.825 14.708 107RN 123 42. 60. 0. 465. 104PV 145. 9.29 0.304 119.8 1.05 0.045 20 92.487 77.778 14.709 108 124 52. 70. 0. 186. 104PV 145. 3.71 0.121 119.8 0.19 0.010 108 92.477 77.810 14.667 109 125 38. 50. 0. 7. 104PV 145. 0.14 0.005 119.8 0.00 0.000 109 92.477 77.821 14.656 110 126 16. 20. 0. 175. 104PV 145. 3.51 0.115 119.8 0.17 0.005 111 92.477 77.821 14.656 110 127 16. 20. 0. 255. 104PV 145. 5.11 0.167 119.8 0.35 0.005 112 92.479 77.843 14.636 111 128 41. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 111 92.479 77.940 14.539 113RN 129 77. 110. 0. 334. 104PV 145. 6.69 0.219 119.8 0.57 0.045 25 92.485 77.840 14.645 112 130 22. 30. 0. 1. E 132 103. 0.02 0.000 133.3 0.00 0.000 27 92.485 77.840 14.645 112 131 42. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 24 92.529 77.712 14.817 115RN 132 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 23 92.529 77.810 14.719 116RN 133 31. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 22 92.529 77.700 14.829 117RN 134 118. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 22 92.525 77.889 14.636 361RN 135 18. 20. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 21 92.530 77.745 14.785 118 136 17. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 118 92.530 77.750 14.780 120RN 137 24. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 118 92.530 77.810 14.720 119RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 138 83. 110. 0. 396. 104PV 145. 7.92 0.259 119.8 0.78 0.065 17 92.474 77.800 14.674 123MH

139 195. 270. 0. 136. 104PV 145. 2.72 0.089 119.8 0.11 0.020 123 92.452 77.558 14.894 124 140 52. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 123 92.473 77.710 14.763 125RN 141 40. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 124 92.452 77.640 14.812 126RN 142 26. 40. 0. 79. 104PV 145. 1.58 0.052 119.8 0.04 0.000 127 92.452 77.558 14.894 124 143 59. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 127 92.453 77.732 14.721 128RN 144 98. 140. 0. 249. 104PV 145. 4.98 0.163 119.8 0.33 0.030 121 92.453 77.652 14.801 127 145 106. 150. 0. 139. 104PV 145. 2.78 0.091 119.8 0.11 0.010 108 92.475 77.840 14.635 114RN 146 84. 120. 0. 58. 104PV 145. 1.17 0.038 119.8 0.02 0.000 109 92.475 77.840 14.635 114RN 147 149. 210. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 110 92.475 77.840 14.635 114RN 148 43. 60. 0. 550. 104PV 145. 11.00 0.360 119.8 1.43 0.060 95 92.143 78.942 13.201 129 149 21. 30. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.005 129 92.137 78.950 13.187 130 150 79. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 130 92.135 79.000 13.135 131RN 151 81. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 130 92.135 79.253 12.882 132RN 152 72. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 48 92.244 79.884 12.360 133RN 153 57. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 95 92.204 78.658 13.546 134RN 154 80. 110. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.020 129 92.123 78.585 13.538 135 155 56. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 135 92.122 78.610 13.512 136RN 156 61. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 135 92.122 78.440 13.682 137RN 157 96. 130. 0. 1124. 104PV 145. 22.47 0.735 119.8 5.37 0.515 11 92.123 77.912 14.211 138 158 46. 60. 0. 949. 104PV 145. 18.97 0.620 119.8 3.93 0.180 138 91.942 77.958 13.984 139 159 119. 160. 0. 162. 104PV 145. 3.23 0.106 119.8 0.15 0.020 139 91.924 78.085 13.839 140 160 43. 60. 0. 863. 104PV 145. 17.26 0.564 119.8 3.30 0.140 140 91.783 78.025 13.758 141 161 72. 100. 0. 1340. 104PV 145. 26.80 0.876 119.8 7.45 0.535 141 91.246 77.910 13.336 142 162 109. 150. 0. 1135. 104PV 145. 22.70 0.742 119.8 5.48 0.595 142 90.650 77.822 12.828 143 163 63. 90. 0. 825. E 250 103. 16.50 0.093 252.4 0.08 0.005 143 90.645 77.669 12.976 144

164 72. 100. 0. 530. E 250 103. 10.60 0.060 252.4 0.04 0.005 144 90.642 77.458 13.184 145 165 34. 50. 0. 365. E 250 103. 7.30 0.041 252.4 0.02 0.000 145 90.641 77.229 13.412 146 166 66. 90. 0. 175. E 250 103. 3.50 0.020 252.4 0.00 0.000 146 90.641 77.118 13.523 147 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 167 92. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.005 147 90.639 77.154 13.485 148RN 168 84. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 146 90.639 77.118 13.521 149RN 169 68. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 145 90.641 77.558 13.083 150RN 170 142. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.010 144 90.636 77.856 12.780 151RN 171 138. 190. 0. 95. E 104 103. 1.90 0.062 105.0 0.11 0.015 143 90.635 78.230 12.405 152RN 172 58. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 138 92.122 78.003 14.119 153RN 173 59. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 142 91.246 77.968 13.278 362RN 174 44. 60. 0. 1645. 104PV 145. 32.89 1.075 119.8 10.88 0.480 7 93.123 78.285 14.838 154 175 276. 380. 0. 1001. 104PV 145. 20.03 0.655 119.8 4.34 1.200 154 91.924 78.085 13.839 140 176 103. 140. 0. 353. 104PV 145. 7.06 0.231 119.8 0.63 0.065 154 93.058 78.459 14.599 155 177 59. 80. 0. 743. 104PV 145. 14.86 0.486 119.8 2.50 0.145 155 92.910 78.552 14.358 156 178 94. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.005 156 92.908 78.963 13.945 157RN 179 108. 150. 0. 575. 104PV 145. 11.50 0.376 119.8 1.55 0.170 158 93.058 78.459 14.599 155 180 106. 150. 0. 498. 104PV 145. 9.96 0.326 119.8 1.19 0.125 156 92.784 78.183 14.601 159 181 71. 100. 0. 2237. 104PV 145. 44.74 1.463 119.8 19.23 1.365 6 93.226 78.274 14.952 158 182 48. 70. 0. 1502. 104PV 145. 30.04 0.982 119.8 9.20 0.440 158 92.784 78.183 14.601 159 183 55. 80. 0. 1850. 104PV 145. 37.00 1.210 119.8 13.53 0.745 159 92.040 78.396 13.644 160 184 36. 50. 0. 256. 104PV 145. 5.12 0.167 119.8 0.35 0.010 161 91.582 78.753 12.829 162 185 19. 30. 0. 682. 104PV 145. 13.65 0.446 119.8 2.13 0.040 162 91.541 78.659 12.882 163 186 70. 100. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 164 91.541 78.659 12.882 163 187 59. 80. 0. 163. 104PV 145. 3.25 0.106 119.8 0.15 0.010 165 91.542 78.753 12.789 164MH

188 75. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 165 91.549 78.758 12.791 166RN 189 22. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 164 91.542 78.750 12.792 167RN 190 49. 70. 0. 625. 104PV 145. 12.50 0.409 119.8 1.81 0.090 163 91.452 78.731 12.721 168 191 20. 30. 0. 395. 104PV 145. 7.90 0.258 119.8 0.78 0.015 168 91.437 78.521 12.916 169 192 16. 20. 0. 240. 104PV 145. 4.80 0.157 119.8 0.31 0.005 169 91.432 78.410 13.022 170 193 167. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.015 170 91.418 78.320 13.098 171RN 194 93. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.005 169 91.434 78.585 12.849 172RN 195 20. 30. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.005 168 91.449 79.019 12.430 173 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 196 34. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 173 91.449 79.085 12.364 174RN 197 10. 10. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.000 173 91.448 79.105 12.343 175 198 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 175 91.448 79.210 12.238 176RN 199 28. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 175 91.448 79.145 12.303 177RN 200 124. 170. 0. 552. 104PV 145. 11.03 0.361 119.8 1.44 0.180 363 91.582 78.753 12.829 162 201 88. 120. 0. 847. 104PV 145. 16.93 0.554 119.8 3.18 0.280 160 91.760 78.519 13.241 363 202 64. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 363 91.759 78.429 13.330 364RN 203 44. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 363 91.760 78.669 13.091 365RN 204 46. 60. 0. 3679. E 200 103. 73.57 0.651 201.9 3.80 0.175 5 95.324 78.165 17.159 178 205 107. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 178 95.320 78.339 16.981 179RN 206 151. 210. 0. 3394. E 200 103. 67.87 0.600 201.9 3.27 0.495 178 94.829 78.339 16.490 180 207 150. 210. 0. 345. 104PV 145. 6.90 0.226 119.8 0.60 0.090 180 94.739 78.669 16.070 181 208 85. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 181 94.737 78.698 16.039 182RN 209 84. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 181 94.737 78.702 16.035 183RN 210 106. 150. 0. 2764. E 200 103. 55.27 0.489 201.9 2.24 0.235 180 94.592 78.445 16.147 184 211 44. 60. 0. 2042. E 150 103. 40.85 0.642 151.4 5.19 0.230 184 94.364 78.515 15.849 185

212 59. 80. 0. 1809. E 150 103. 36.17 0.569 151.4 4.14 0.245 185 94.120 78.640 15.480 186 213 20. 30. 0. 1274. E 150 103. 25.47 0.400 151.4 2.16 0.045 186 94.076 78.648 15.428 187 214 245. 340. 0. 250. 104PV 145. 5.00 0.163 119.8 0.33 0.080 188 94.076 78.648 15.428 187 215 45. 60. 0. 1172. E 104 103. 23.45 0.767 105.0 11.05 0.495 189 94.158 78.931 15.227 188 216 67. 90. 0. 2626. 104PV 145. 30.77 1.006 146.8 9.62 0.645 190 94.655 78.721 15.934 189 E 104 103. 21.76 0.711 217 15. 20. 0. 3706. 104PV 145. 74.12 2.424 119.8 49.00 0.735 190 94.564 78.798 15.766 191 218 28. 40. 0. 2188. 104PV 145. 43.76 1.431 119.8 18.46 0.515 191 94.047 78.790 15.257 192 219 31. 40. 0. 1221. 104PV 145. 24.41 0.798 119.8 6.27 0.195 192 93.853 78.759 15.094 193 220 46. 60. 0. 2330. 104PV 145. 46.61 1.524 119.8 20.75 0.955 193 92.899 78.985 13.914 194 221 20. 30. 0. 1315. 104PV 145. 26.31 0.860 119.8 7.20 0.145 194 92.755 78.882 13.873 195 222 84. 120. 0. 756. 104PV 145. 15.11 0.494 119.8 2.58 0.215 195 92.538 78.800 13.738 196 223 39. 50. 0. 1121. 104PV 145. 22.41 0.733 119.8 5.35 0.210 196 92.330 78.672 13.658 197MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 224 105. 140. 0. 399. 104PV 145. 7.98 0.261 119.8 0.79 0.085 197 92.247 78.445 13.802 198 225 79. 110. 0. 148. 104PV 145. 2.96 0.097 119.8 0.13 0.010 198 92.237 78.190 14.047 199 226 31. 40. 0. 450. 104PV 145. 8.99 0.294 119.8 0.99 0.030 200 92.237 78.190 14.047 199 227 98. 140. 0. 702. 104PV 145. 14.03 0.459 119.8 2.25 0.220 200 92.047 78.545 13.502 201 228 46. 60. 0. 298. 104PV 145. 5.97 0.195 119.8 0.46 0.020 202 92.047 78.545 13.502 201 229 100. 140. 0. 273. 104PV 145. 5.46 0.178 119.8 0.39 0.040 202 92.029 78.610 13.419 203 230 22. 30. 0. 1028. 104PV 145. 20.57 0.673 119.8 4.56 0.100 203 91.929 78.627 13.302 204 231 16. 20. 0. 237. 104PV 145. 4.74 0.155 119.8 0.30 0.005 205 91.929 78.627 13.302 204 232 43. 60. 0. 804. 104PV 145. 16.07 0.526 119.8 2.89 0.125 205 91.809 78.498 13.311 206 233 32. 40. 0. 714. 104PV 145. 14.27 0.467 119.8 2.32 0.075 206 91.735 78.434 13.301 207 234 30. 40. 0. 674. 104PV 145. 13.47 0.441 119.8 2.08 0.065 207 91.673 78.490 13.183 208MH 235 56. 80. 0. 474. 104PV 145. 9.47 0.310 119.8 1.09 0.060 208 91.612 78.315 13.297 209

236 129. 180. 0. 1320. 104PV 145. 26.40 0.863 119.8 7.24 0.935 209 90.678 78.176 12.502 210 237 48. 70. 0. 395. 104PV 145. 7.89 0.258 119.8 0.77 0.035 210 90.640 78.150 12.490 211 238 8. 10. 0. 154. 104PV 145. 3.09 0.101 119.8 0.14 0.000 211 90.639 78.275 12.364 212 239 86. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 212 90.637 78.158 12.479 213RN 240 66. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 212 90.638 78.325 12.313 214RN 241 98. 140. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.010 211 90.631 78.365 12.266 215 242 54. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 215 90.630 78.107 12.523 216RN 243 10. 10. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 217 90.631 78.365 12.266 215 244 91. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 217 90.628 78.154 12.474 218RN 245 52. 70. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.010 219 90.631 78.526 12.105 217MH 246 37. 50. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.010 219 90.631 78.389 12.242 220MH 247 77. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 220 90.630 78.200 12.430 221RN 248 61. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 220 90.631 78.284 12.347 222RN 249 100. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 208 91.669 78.300 13.369 223RN 250 31. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 206 91.809 78.510 13.299 224RN 251 27. 40. 0. 1220. 104PV 145. 24.41 0.798 119.8 6.26 0.170 204 91.760 78.518 13.242 225 252 73. 100. 0. 663. 104PV 145. 13.26 0.434 119.8 2.02 0.150 225 91.612 78.315 13.297 209 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 253 50. 70. 0. 402. 104PV 145. 8.05 0.263 119.8 0.80 0.040 226 91.689 78.518 13.171 227 254 88. 120. 0. 423. 104PV 145. 8.47 0.277 119.8 0.88 0.080 227 91.612 78.315 13.297 209 255 26. 40. 0. 136. 104PV 145. 2.72 0.089 119.8 0.11 0.005 228 91.689 78.518 13.171 227 256 104. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 228 91.689 78.553 13.136 229RN 257 31. 40. 0. 316. 104PV 145. 6.32 0.207 119.8 0.51 0.015 230 91.692 78.664 13.028 228MH 258 20. 30. 0. 351. 104PV 145. 7.01 0.229 119.8 0.62 0.010 230 91.696 78.510 13.186 231 259 43. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 231 91.695 78.525 13.170 232RN

260 101. 140. 0. 206. 104PV 145. 4.11 0.135 119.8 0.23 0.025 231 91.672 78.360 13.312 233 261 46. 60. 0. 732. 104PV 145. 14.63 0.479 119.8 2.43 0.110 234 91.708 78.525 13.183 230 262 58. 80. 0. 468. 104PV 145. 9.37 0.306 119.8 1.06 0.060 235 91.820 78.118 13.702 234 263 53. 70. 0. 322. 104PV 145. 6.44 0.211 119.8 0.53 0.030 236 91.882 78.464 13.418 235 264 109. 150. 0. 408. 104PV 145. 8.16 0.267 119.8 0.82 0.090 236 91.820 78.118 13.702 234 265 41. 60. 0. 870. 104PV 145. 17.40 0.569 119.8 3.35 0.135 201 91.910 78.436 13.474 236 266 39. 50. 0. 497. 104PV 145. 9.95 0.325 119.8 1.19 0.045 199 92.190 78.225 13.965 237 267 57. 80. 0. 382. 104PV 145. 7.65 0.250 119.8 0.73 0.040 237 92.149 78.289 13.860 238 268 72. 100. 0. 754. 104PV 145. 15.09 0.493 119.8 2.57 0.185 238 91.964 78.390 13.574 239 269 110. 150. 0. 377. 104PV 145. 7.53 0.246 119.8 0.71 0.080 239 91.886 78.681 13.205 369MH 270 36. 50. 0. 198. 104PV 145. 3.95 0.129 119.8 0.22 0.010 239 91.956 78.285 13.671 241 271 24. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 239 91.964 78.350 13.614 242RN 272 38. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 237 92.190 78.265 13.925 243RN 273 76. 100. 0. 512. 104PV 145. 10.24 0.335 119.8 1.25 0.095 244 92.149 78.289 13.860 238 274 72. 100. 0. 76. 104PV 145. 1.53 0.050 119.8 0.04 0.005 198 92.244 78.576 13.668 244 275 55. 80. 0. 576. 104PV 145. 11.51 0.376 119.8 1.56 0.085 197 92.244 78.576 13.668 244 276 77. 110. 0. 44. 104PV 145. 0.88 0.029 119.8 0.01 0.000 245 92.330 78.672 13.658 197MH 277 54. 70. 0. 935. 104PV 145. 18.70 0.611 119.8 3.82 0.205 194 92.692 78.941 13.751 246 278 16. 20. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.005 246 92.687 78.766 13.921 247 279 40. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 248 92.685 78.661 14.024 249RN 280 58. 80. 0. 20. 104PV 145. 0.41 0.013 119.8 0.00 0.000 248 92.685 79.150 13.535 250 281 47. 60. 0. 80. 104PV 145. 1.59 0.052 119.8 0.04 0.000 247 92.685 79.150 13.535 250 282 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 250 92.685 79.200 13.485 251RN 283 94. 130. 0. 565. 104PV 145. 11.30 0.369 119.8 1.50 0.140 246 92.551 78.800 13.751 252 284 25. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 196 92.538 78.774 13.764 253RN

285 176. 240. 0. 365. 104PV 145. 7.29 0.239 119.8 0.67 0.120 195 92.637 78.585 14.052 254 286 202. 280. 0. 544. 104PV 145. 10.89 0.356 119.8 1.40 0.285 241 91.672 78.360 13.312 233 287 194. 270. 0. 647. 104PV 145. 12.93 0.423 119.8 1.93 0.375 245 91.956 78.285 13.671 241 288 80. 110. 0. 936. 104PV 145. 18.71 0.612 119.8 3.83 0.305 254 92.331 78.519 13.812 245 289 392. 540. 0. 270. 104PV 145. 5.40 0.177 119.8 0.38 0.150 233 91.522 78.400 13.122 255RN 290 70. 100. 0. 702. 104PV 145. 14.05 0.459 119.8 2.25 0.160 256 93.853 78.759 15.094 193 291 15. 20. 0. 831. 104PV 145. 16.62 0.544 119.8 3.08 0.045 257 94.011 78.771 15.240 256 292 59. 80. 0. 1448. 104PV 145. 28.97 0.947 119.8 8.60 0.505 191 94.057 79.052 15.005 257 293 32. 40. 0. 547. 104PV 145. 10.94 0.358 119.8 1.42 0.045 257 94.012 79.206 14.806 258 294 26. 40. 0. 221. 104PV 145. 4.42 0.145 119.8 0.26 0.005 258 94.005 79.308 14.697 259 295 95. 130. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 258 94.005 79.308 14.697 259 296 17. 20. 0. 101. 104PV 145. 2.03 0.066 119.8 0.06 0.000 258 94.011 78.956 15.055 260 297 45. 60. 0. 21. 104PV 145. 0.43 0.014 119.8 0.00 0.000 260 94.010 78.665 15.345 261 298 24. 30. 0. 54. 104PV 145. 1.07 0.035 119.8 0.02 0.000 256 94.010 78.665 15.345 261 299 22. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 261 94.010 78.623 15.387 262RN 300 30. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 260 94.010 78.886 15.124 263RN 301 42. 60. 0. 216. 104PV 145. 4.32 0.141 119.8 0.25 0.010 259 93.994 79.662 14.332 264 302 92. 130. 0. 1314. 104PV 145. 26.28 0.859 119.8 7.18 0.660 189 93.994 79.662 14.332 264 303 20. 30. 0. 1420. 104PV 145. 28.40 0.929 119.8 8.29 0.165 264 93.828 79.600 14.228 265MH 304 54. 70. 0. 835. E 104 103. 16.70 0.546 105.0 5.89 0.320 265 93.510 78.812 14.698 266 305 54. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 266 93.510 78.952 14.558 267RN 306 57. 80. 0. 690. E 104 103. 13.80 0.451 105.0 4.14 0.235 266 93.274 78.785 14.489 268 307 188. 260. 0. 876. 104PV 145. 17.52 0.573 119.8 3.39 0.635 268 92.637 78.585 14.052 254 308 69. 100. 0. 406. 104PV 145. 8.12 0.266 119.8 0.82 0.055 269 93.274 78.785 14.489 268 309 177. 240. 0. 792. 104PV 145. 15.84 0.518 119.8 2.81 0.500 265 93.331 79.102 14.229 269

310 74. 100. 0. 166. 104PV 145. 3.32 0.108 119.8 0.16 0.010 269 93.319 79.158 14.161 278MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 311 47. 60. 0. 407. E 104 103. 8.14 0.266 105.0 1.56 0.075 270 93.828 79.600 14.228 265MH 312 64. 90. 0. 678. E 104 103. 13.55 0.443 105.0 4.00 0.255 188 93.901 79.016 14.885 270 313 141. 190. 0. 101. E 104 103. 2.01 0.066 105.0 0.12 0.015 270 93.885 78.531 15.354 271 314 34. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 271 93.885 78.636 15.249 272RN 315 111. 150. 0. 119. E 104 103. 2.39 0.078 105.0 0.16 0.020 273 93.885 78.531 15.354 271 316 79. 110. 0. 1284. E 150 103. 25.67 0.404 151.4 2.20 0.175 187 93.903 78.785 15.118 273 317 102. 140. 0. 964. E 125 103. 19.28 0.437 126.2 3.14 0.320 273 93.582 78.812 14.770 274 318 170. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.015 274 93.569 78.969 14.600 275RN 319 71. 100. 0. 614. E 104 103. 12.28 0.402 105.0 3.34 0.235 274 93.345 78.958 14.387 276 320 111. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 276 93.342 79.023 14.319 277RN 321 250. 340. 0. 134. 104PV 145. 2.68 0.088 119.8 0.11 0.025 276 93.319 79.158 14.161 278MH 322 58. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 278 93.318 79.105 14.213 279RN 323 80. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 276 93.344 79.150 14.194 280RN 324 67. 90. 0. 435. 104PV 145. 8.70 0.284 119.8 0.93 0.060 186 94.057 78.715 15.342 281 325 132. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 281 94.051 78.958 15.093 282RN 326 155. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.010 281 94.047 78.640 15.407 283RN 327 329. 450. 0. 61. 104PV 145. 1.22 0.040 119.8 0.02 0.010 284 94.364 78.515 15.849 185 328 43. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 284 94.372 78.102 16.270 285RN 329 197. 270. 0. 481. 104PV 145. 9.62 0.315 119.8 1.12 0.220 184 94.372 78.123 16.249 284 330 72. 100. 0. 7399. 200AC 140. 147.99 1.308 227.3 7.79 0.560 286 96.341 78.643 17.698 287 331 85. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 286 96.900 78.712 18.188 288RN 332 170. 230. 0. 6503. 200AC 140. 130.05 1.150 227.3 6.13 1.040 287 95.299 78.708 16.591 190 333 105. 140. 0. 662. 104PV 145. 13.23 0.433 119.8 2.02 0.210 287 96.129 79.064 17.065 289

334 42. 60. 0. 9746. 200AC 140. 194.93 1.723 227.3 12.97 0.545 290 96.129 79.064 17.065 289 335 40. 60. 0. 897. 104PV 145. 17.94 0.587 119.8 3.54 0.140 192 93.906 79.018 14.888 291 336 40. 60. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.015 291 93.889 79.277 14.612 292 337 68. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 292 93.888 79.448 14.440 293RN 338 57. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 370 93.886 79.284 14.602 294RN 339 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 370 93.887 79.253 14.634 295RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 340 60. 80. 0. 8688. 200AC 140. 173.75 1.536 227.3 10.48 0.630 289 95.501 78.716 16.785 296 341 47. 60. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 296 95.497 78.901 16.596 297 342 26. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 297 95.497 79.043 16.454 298RN 343 31. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 297 95.497 78.958 16.539 299RN 344 30. 40. 0. 8488. 200AC 140. 169.75 1.501 227.3 10.04 0.300 296 95.200 78.991 16.209 300 345 106. 150. 0. 1498. 104PV 145. 29.96 0.980 119.8 9.15 0.970 300 94.229 79.148 15.081 301MH 346 53. 70. 0. 1476. E 132 103. 29.52 0.599 133.3 5.30 0.280 301 93.948 78.621 15.327 302 347 62. 90. 0. 1055. E 132 103. 21.10 0.428 133.3 2.85 0.175 302 93.772 78.677 15.095 303 348 29. 40. 0. 930. E 132 103. 18.60 0.378 133.3 2.25 0.065 303 93.706 78.381 15.325 304 349 20. 30. 0. 855. E 132 103. 17.10 0.347 133.3 1.93 0.040 304 93.668 78.361 15.307 305 350 19. 30. 0. 785. E 132 103. 15.70 0.319 133.3 1.65 0.030 305 93.637 78.360 15.277 306 351 50. 70. 0. 695. E 132 103. 13.90 0.282 133.3 1.31 0.065 306 93.571 78.368 15.203 65 352 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 306 93.636 78.385 15.251 307RN 353 32. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 305 93.668 78.415 15.253 308RN 354 47. 60. 0. 30. E 104 103. 0.60 0.020 105.0 0.01 0.000 303 93.771 79.207 14.564 309RN 355 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 304 93.706 78.894 14.812 310RN 356 43. 60. 0. 160. 104PV 145. 3.20 0.105 119.8 0.15 0.005 64 93.567 78.415 15.152 311 357 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 311 93.566 78.510 15.056 312RN

358 49. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 311 93.566 78.460 15.106 313RN 359 83. 110. 0. 286. E 104 103. 5.72 0.187 105.0 0.81 0.065 302 93.881 78.769 15.112 314 360 66. 90. 0. 859. 104PV 145. 17.17 0.561 119.8 3.27 0.215 314 93.666 78.942 14.724 315 361 51. 70. 0. 729. 104PV 145. 14.57 0.476 119.8 2.41 0.125 315 93.543 79.086 14.457 316 362 77. 110. 0. 579. 104PV 145. 11.57 0.378 119.8 1.57 0.120 316 93.422 79.076 14.346 317 363 29. 40. 0. 324. 104PV 145. 6.47 0.212 119.8 0.54 0.015 317 93.406 79.100 14.306 318MH 364 28. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 318 93.406 79.050 14.356 319RN 365 20. 30. 0. 249. 104PV 145. 4.97 0.163 119.8 0.33 0.005 318 93.400 79.031 14.369 320 366 61. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 320 93.399 79.125 14.274 321RN 367 43. 60. 0. 124. 104PV 145. 2.47 0.081 119.8 0.09 0.005 320 93.395 78.919 14.476 68 368 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 316 93.542 79.152 14.390 322RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 369 129. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 317 93.415 79.852 13.563 323RN 370 54. 70. 0. 678. 104PV 145. 13.56 0.444 119.8 2.11 0.115 70 92.939 79.052 13.887 324 371 59. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 324 92.939 79.339 13.600 325RN 372 54. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 71 92.906 78.963 13.943 326RN 373 100. 140. 0. 493. 104PV 145. 9.86 0.323 119.8 1.17 0.115 324 92.822 79.127 13.695 73MH 374 34. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 315 93.665 79.132 14.533 327RN 375 80. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 314 93.880 78.870 15.009 328RN 376 34. 50. 0. 808. 104PV 145. 16.16 0.528 119.8 2.92 0.100 329 93.881 78.769 15.112 314 377 17. 20. 0. 903. 104PV 145. 18.06 0.590 119.8 3.58 0.060 330 93.980 78.680 15.300 329 378 44. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 329 93.980 78.550 15.430 331RN 379 26. 40. 0. 306. 104PV 145. 6.12 0.200 119.8 0.48 0.015 332 94.041 78.580 15.461 330 380 43. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 332 94.054 78.585 15.469 333RN 381 16. 20. 0. 396. 104PV 145. 7.92 0.259 119.8 0.78 0.010 334 94.054 78.679 15.375 332MH

382 29. 40. 0. 4398. 200AC 140. 87.97 0.778 227.3 2.97 0.085 335 94.066 78.650 15.416 334 383 31. 40. 0. 4748. 200AC 140. 94.95 0.840 227.3 3.42 0.105 336 94.152 78.800 15.352 335 384 15. 20. 0. 5125. 200AC 140. 102.50 0.906 227.3 3.94 0.060 337 94.259 78.850 15.409 336 385 105. 140. 0. 6724. 200AC 140. 134.49 1.189 227.3 6.52 0.685 338 94.318 78.894 15.424 337 386 43. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 338 95.002 79.225 15.777 339RN 387 46. 60. 0. 595. 104PV 145. 11.90 0.389 119.8 1.65 0.075 337 94.242 78.849 15.393 340 388 45. 60. 0. 865. E 132 103. 17.29 0.351 133.3 1.97 0.090 337 94.229 79.148 15.081 301MH 389 32. 40. 0. 852. 104PV 145. 17.04 0.557 119.8 3.22 0.105 340 94.139 78.888 15.251 341MH 390 30. 40. 0. 1081. 104PV 145. 21.63 0.707 119.8 5.01 0.150 341 93.988 78.583 15.405 342 391 32. 40. 0. 289. 104PV 145. 5.79 0.189 119.8 0.44 0.015 335 94.139 78.888 15.251 341MH 392 31. 40. 0. 327. 104PV 145. 6.55 0.214 119.8 0.55 0.015 336 94.242 78.849 15.393 340 393 32. 40. 0. 3952. 200AC 140. 79.05 0.699 227.3 2.44 0.080 334 93.988 78.583 15.405 342 394 42. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 342 93.988 78.375 15.613 343RN 395 15. 20. 0. 4924. 151PV 145. 98.48 1.527 173.9 13.49 0.200 342 93.786 78.500 15.286 344 396 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 344 93.786 78.448 15.338 345RN 397 25. 30. 0. 4849. 151PV 145. 96.98 1.504 173.9 13.11 0.330 344 93.458 78.408 15.050 346 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 398 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 346 93.458 78.528 14.930 347RN 399 50. 70. 0. 2547. 132PV 145. 50.93 1.034 152.0 7.66 0.385 346 93.075 78.478 14.597 348 400 52. 70. 0. 3007. 132PV 145. 60.15 1.221 152.0 10.42 0.540 348 92.534 78.662 13.871 349 401 84. 120. 0. 1171. 104PV 145. 23.41 0.766 119.8 5.80 0.485 349 92.046 78.626 13.420 350 402 22. 30. 0. 1096. 104PV 145. 21.91 0.717 119.8 5.13 0.115 350 91.934 78.546 13.388 205 403 51. 70. 0. 876. 104PV 145. 17.51 0.573 119.8 3.39 0.175 351 92.029 78.610 13.419 203 404 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 351 92.202 78.500 13.702 352RN 405 15. 20. 0. 2192. 104PV 145. 43.84 1.434 119.8 18.53 0.280 346 93.180 78.500 14.680 353

406 10. 10. 0. 616. 104PV 145. 12.31 0.403 119.8 1.76 0.020 353 93.163 78.400 14.763 354 407 39. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 353 93.180 78.500 14.680 355RN 408 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 54 93.007 78.500 14.507 356RN 409 48. 70. 0. 1396. 104PV 145. 27.93 0.913 119.8 8.04 0.385 54 92.621 78.500 14.121 357 410 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 357 92.621 78.500 14.121 358RN 411 52. 70. 0. 1276. 104PV 145. 25.53 0.835 119.8 6.80 0.355 357 92.267 78.133 14.134 200 412 61. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 14 92.543 77.852 14.691 359RN 413 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 96 92.227 78.462 13.765 360RN 414 119. 160. 0. 139. E 100 103. 2.77 0.098 101.0 0.26 0.030 3 96.674 78.784 17.890 290 415 231. 270. 0. 1446. 104PV 145. 28.91 0.945 119.8 8.57 1.980 289 94.150 78.499 15.651 61 416 56. 80. 0. 9758. 200AC 140. 195.16 1.726 227.3 13.00 0.730 2 96.674 78.784 17.890 290 417 59. 80. 0. 874. 104PV 145. 17.49 0.572 119.8 3.38 0.200 50 95.126 78.585 16.541 53 418 75. 100. 0. 147. 104PV 145. 2.95 0.096 119.8 0.12 0.010 366 92.573 78.054 14.519 44 419 83. 110. 0. 182. 104PV 145. 3.65 0.119 119.8 0.19 0.015 367 92.573 78.054 14.519 44 420 15. 20. 0. 277. 104PV 145. 5.55 0.181 119.8 0.40 0.005 367 92.583 77.800 14.783 366 421 35. 50. 0. 550. 104PV 145. 10.99 0.360 119.8 1.43 0.050 11 92.589 77.869 14.720 367 422 33. 50. 0. 1653. E 250 103. 33.06 0.187 252.4 0.29 0.010 33 93.695 78.700 14.995 62MH 423 90. 120. 0. 617. 104PV 145. 12.34 0.404 119.8 1.77 0.160 139 91.783 78.025 13.758 141 424 69. 100. 0. 353. 104PV 145. 7.05 0.231 119.8 0.63 0.045 161 91.551 78.683 12.868 165 425 39. 50. 0. 532. 104PV 145. 10.64 0.348 119.8 1.35 0.055 291 93.853 78.759 15.094 193 426 173. 280. 0. 201. 104PV 145. 4.01 0.131 119.8 0.22 0.040 210 90.639 78.275 12.364 212 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 427 87. 120. 0. 687. 104PV 145. 13.74 0.449 119.8 2.16 0.190 301 94.041 78.580 15.461 330 428 28. 40. 0. 275. 104PV 145. 5.51 0.180 119.8 0.40 0.010 88 93.500 78.525 14.975 66 429 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 366 92.583 77.950 14.633 368RN

430 29. 40. 0. 6874. 200AC 140. 137.49 1.216 227.3 6.79 0.195 300 95.003 79.127 15.876 338 431 20. 30. 0. 5735. E 300 103. 114.70 0.451 302.9 1.20 0.025 40 92.828 78.552 14.276 9MH 432 20. 30. 0. 51. 104PV 145. 1.02 0.033 119.8 0.02 0.000 41 92.777 77.838 14.939 10 433 61. 80. 0. 389. 104PV 145. 7.78 0.254 119.8 0.75 0.045 19 92.486 77.745 14.741 121 434 22. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 121 92.486 77.800 14.686 122RN 435 158. 220. 0. 793. 104PV 145. 15.87 0.519 119.8 2.82 0.445 160 91.594 78.804 12.790 161MH 436 14. 20. 0. 232. 104PV 145. 4.63 0.151 119.8 0.29 0.005 369 91.882 78.464 13.418 235 437 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 369 91.885 78.389 13.496 240RN 438 17. 20. 0. 130. 104PV 145. 2.61 0.085 119.8 0.10 0.000 247 92.685 79.014 13.671 248 439 11. 20. 0. 490. 104PV 145. 9.80 0.320 119.8 1.16 0.015 252 92.538 78.800 13.738 196 440 61. 80. 0. 7609. 200AC 140. 152.19 1.346 227.3 8.20 0.500 2 96.902 78.536 18.366 286 441 17. 20. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.000 292 93.887 79.363 14.524 370MH 442 57. 80. 0. 571. 104PV 145. 11.41 0.373 119.8 1.53 0.085 354 93.075 78.478 14.597 348 443 28. 40. 0. 1722. 104PV 145. 34.44 1.126 119.8 11.85 0.330 349 92.202 78.510 13.692 351 444 58. 80. 0. 711. 104PV 145. 14.22 0.465 119.8 2.30 0.135 351 92.068 78.461 13.607 202 445 19. 30. 0. 1496. 104PV 145. 29.93 0.979 119.8 9.14 0.175 353 93.007 78.463 14.544 54 446 23. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 366 92.583 77.950 14.633 368RN 447 29. 50. 0. 462. 104PV 145. 9.25 0.302 119.8 1.04 0.030 225 91.730 78.500 13.230 226 448 36. 0. 0. 460. 104PV 145. 9.20 0.301 119.8 1.03 0.035 210 90.641 78.201 12.440 219 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 217 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.105 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00094 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.766 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 27367. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below

Eq.DesignPopulation @160.00 lpcd = 37630. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 28 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1592. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.79/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 37630.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 97 217 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 147 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 22269. 17307.82 43.35 750294.13 86.00 1915134.00 8.30 184832.70 0.05 X SUPPLY COST 95756.70 14.00/13.20 PVC 194. 160.75 43.35 6968.65 139.00 26966.00 9.05 1755.70 0.05 X SUPPLY COST 1348.30 16.00/15.10 PVC 40. 34.58 43.35 1498.87 184.00 7360.00 11.60 464.00 0.05 X SUPPLY COST 368.00 20.00 AC 939. 901.44 43.35 39077.42 285.00 267615.00 13.10 12300.90 0.10 X SUPPLY COST 26761.50 25.00 AC 28. 29.75 43.35 1289.66 394.00 11032.00 17.05 477.40 0.10 X SUPPLY COST 1103.20 30.00 AC 176. 205.92 43.35 8926.63 569.00 100144.00 23.50 4136.00 0.10 X SUPPLY COST 10014.40 TOTAL = 23646. 18640.26 808055.38 2328251.00 203966.72 135352.11 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3475625. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone SIGRA 2 DATE:�� (SIGRA2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98.200 78.200 20.000 1FH 1 30. 130. 0. 37550. 350AC 140. 751.00 2.168 397.8 10.33 0.310 1 97.890 78.150 19.740 2 2 44. 190. 0. 35253. 350AC 140. 705.06 2.036 397.8 9.19 0.405 2 97.486 78.069 19.417 3 3 55. 240. 0. 33580. 350AC 140. 671.61 1.939 397.8 8.40 0.460 3 97.024 78.068 18.956 4 4 105. 460. 0. 32117. 250AC 140. 294.25 1.665 382.3 9.38 0.985 4 96.040 76.762 19.278 5 E 300 103. 348.08 1.368 5 166. 720. 0. 30610. 350AC 140. 509.90 1.472 426.4 5.04 0.835 5 95.203 77.685 17.518 6 E 250 68. 102.30 0.579 6 289. 1260. 0. 26540. 350AC 140. 442.10 1.276 426.4 3.87 1.120 6 94.084 76.985 17.099 7 E 250 68. 88.70 0.502 7 75. 330. 0. 21496. 300AC 140. 330.48 1.299 376.8 4.78 0.360 7 93.725 76.852 16.873 8 E 250 68. 99.45 0.563 8 110. 480. 0. 19712. 200AC 140. 126.06 1.115 350.6 5.79 0.635 8 93.089 76.228 16.861 9 E 300 103. 268.17 1.054 9 498. 2170. 0. 16545. 300AC 140. 330.90 1.300 340.9 4.80 2.390 9 90.701 75.792 14.909 10 10 70. 310. 0. 13766. 300AC 140. 275.32 1.082 340.9 3.41 0.240 10 90.462 75.640 14.822 11 11 34. 150. 0. 12611. 300AC 140. 252.23 0.991 340.9 2.90 0.100 11 90.364 75.605 14.759 12MH 12 193. 840. 0. 11200. 300AC 140. 224.00 0.880 340.9 2.33 0.450 12 89.914 75.145 14.769 13 13 82. 360. 0. 10310. 300AC 140. 206.20 0.810 340.9 2.00 0.165 13 89.750 75.096 14.654 14 14 90. 390. 0. 705. 104PV 145. 14.10 0.461 119.8 2.27 0.205 14 89.546 74.982 14.564 15 15 210. 920. 0. 8770. 250AC 140. 175.40 0.993 284.1 3.60 0.755 14 88.995 74.658 14.337 16 16 168. 730. 0. 6463. 250AC 140. 129.26 0.731 284.1 2.04 0.345 16 88.652 74.038 14.614 17 17 23. 100. 0. 5938. 200AC 140. 118.76 1.050 227.3 5.18 0.120 17 88.532 73.828 14.704 18 18 35. 150. 0. 4475. 200AC 140. 89.50 0.791 227.3 3.07 0.105 18 88.425 74.067 14.358 19

19 14. 60. 0. 1714. 104PV 145. 34.29 1.121 119.8 11.75 0.165 19 88.261 74.186 14.075 20 20 10. 40. 0. 1197. 104PV 145. 23.94 0.783 119.8 6.04 0.060 20 88.200 74.356 13.844 21 21 25. 110. 0. 529. 104PV 145. 10.59 0.346 119.8 1.33 0.035 21 88.167 74.967 13.200 22 22 48. 210. 0. 582. 104PV 145. 11.64 0.381 119.8 1.59 0.075 22 88.091 75.197 12.894 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 33. 140. 0. 960. 104PV 145. 19.20 0.628 119.8 4.02 0.135 23 87.958 75.114 12.844 24MH 24 30. 130. 0. 495. 104PV 145. 9.90 0.324 119.8 1.18 0.035 24 87.923 75.050 12.873 25 25 42. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 25 87.921 75.400 12.521 26RN 26 43. 190. 0. 838. 104PV 145. 16.76 0.548 119.8 3.12 0.135 27 88.091 75.197 12.894 23 27 20. 90. 0. 1081. 104PV 145. 21.61 0.707 119.8 5.00 0.100 28 88.225 75.726 12.499 27 28 26. 110. 0. 1055. 132PV 145. 21.10 0.428 152.0 1.50 0.040 28 88.286 76.151 12.135 29 29 100. 440. 0. 220. 104PV 145. 4.40 0.144 119.8 0.26 0.025 29 88.260 74.200 14.060 30RN 30 89. 390. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.020 29 88.267 75.336 12.931 31RN 31 32. 140. 0. 1268. 104PV 145. 25.36 0.829 119.8 6.72 0.215 18 88.317 73.799 14.518 32 32 59. 260. 0. 318. 104PV 145. 6.36 0.208 119.8 0.52 0.030 32 88.287 74.378 13.909 33 33 35. 150. 0. 57. 104PV 145. 1.14 0.037 119.8 0.02 0.000 34 88.287 74.378 13.909 33 34 64. 280. 0. 442. 104PV 145. 8.84 0.289 119.8 0.96 0.060 35 88.288 74.537 13.751 34 35 14. 60. 0. 752. 104PV 145. 15.04 0.492 119.8 2.56 0.035 36 88.349 74.698 13.651 35 36 31. 140. 0. 992. 104PV 145. 19.84 0.649 119.8 4.27 0.130 37 88.385 74.936 13.449 36MH 37 33. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 37 88.516 74.740 13.776 38RN 38 32. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 36 88.384 74.700 13.684 39RN 39 32. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 35 88.348 74.744 13.604 40RN 40 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 34 88.286 74.623 13.663 41RN 41 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 33 88.285 74.553 13.732 42RN 42 27. 120. 0. 690. 104PV 145. 13.80 0.451 119.8 2.18 0.060 32 88.259 73.673 14.586 43

43 107. 470. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.030 43 88.227 74.050 14.177 44RN 44 37. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 43 88.257 74.100 14.157 45RN 45 25. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 17 88.651 74.236 14.415 46RN 46 23. 100. 0. 263. 104PV 145. 5.25 0.172 119.8 0.36 0.010 47 88.167 74.967 13.200 22 47 48. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 47 88.172 75.150 13.022 48RN 48 17. 70. 0. 558. 104PV 145. 11.15 0.365 119.8 1.47 0.025 21 88.175 75.000 13.175 47 49 47. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 24 87.955 74.100 13.855 49RN 50 57. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.005 25 87.917 74.684 13.233 50RN 51 30. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 24 87.957 75.100 12.857 51RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 43. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.000 23 88.088 75.200 12.888 52RN 53 48. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 27 88.222 75.800 12.422 53RN 54 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 29 88.284 76.200 12.084 54RN 55 67. 290. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.010 13 89.906 75.200 14.706 55RN 56 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 15 89.545 75.100 14.445 56RN 57 78. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.015 15 89.534 75.700 13.834 57RN 58 116. 510. 0. 661. 104PV 145. 13.23 0.433 119.8 2.01 0.235 12 90.130 75.128 15.002 58 59 135. 590. 0. 295. 104PV 145. 5.90 0.193 119.8 0.45 0.060 58 90.069 74.852 15.217 59RN 60 120. 520. 0. 444. 104PV 145. 8.87 0.290 119.8 0.96 0.115 60 90.130 75.128 15.002 58 61 27. 120. 0. 239. 104PV 145. 4.78 0.156 119.8 0.31 0.010 61 90.245 75.745 14.500 60MH 62 31. 140. 0. 137. 104PV 145. 2.74 0.090 119.8 0.11 0.005 62 90.253 75.745 14.508 61 63 40. 170. 0. 642. 104PV 145. 12.84 0.420 119.8 1.91 0.075 63 90.257 75.783 14.474 62 64 81. 350. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.015 62 90.243 75.836 14.407 64RN 65 43. 190. 0. 1444. 104PV 145. 28.88 0.944 119.8 8.55 0.370 10 90.333 75.810 14.523 63 66 89. 390. 0. 427. 104PV 145. 8.54 0.279 119.8 0.90 0.080 63 90.253 75.745 14.508 61

67 91. 400. 0. 724. 104PV 145. 14.49 0.474 119.8 2.38 0.215 11 90.245 75.745 14.500 60MH 68 99. 430. 0. 1627. E 250 68. 32.54 0.184 216.0 0.60 0.060 9 93.029 76.778 16.251 65 69 100. 440. 0. 1756. E 250 68. 35.13 0.199 216.0 0.70 0.070 65 92.960 76.825 16.135 66 70 39. 170. 0. 1211. E 250 68. 24.23 0.137 216.0 0.35 0.015 66 92.946 76.869 16.077 67 71 78. 340. 0. 366. E 250 68. 7.33 0.041 216.0 0.04 0.005 67 92.943 77.058 15.885 68 72 54. 240. 0. 76. 104PV 145. 1.53 0.050 119.8 0.04 0.000 68 92.941 77.102 15.839 69RN 73 232. 1010. 0. 549. 104PV 145. 10.97 0.359 119.8 1.43 0.330 70 92.941 77.102 15.839 69RN 74 62. 270. 0. 1084. 104PV 145. 21.67 0.709 119.8 5.03 0.310 71 93.272 76.810 16.462 70 75 21. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 71 93.583 76.900 16.683 72RN 76 59. 260. 0. 1439. 104PV 145. 28.77 0.941 119.8 8.49 0.500 7 93.583 76.889 16.694 71 77 136. 590. 0. 295. E 104 103. 5.90 0.193 105.0 0.86 0.115 67 92.829 77.552 15.277 73RN 78 56. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 66 92.955 77.228 15.727 74RN 79 136. 590. 0. 1385. 104PV 145. 27.70 0.906 119.8 7.92 1.075 75 94.125 77.812 16.313 76 80 61. 270. 0. 595. 104PV 145. 11.90 0.389 119.8 1.66 0.100 76 94.024 77.940 16.084 77 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 16. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 77 94.024 77.950 16.074 78RN 82 89. 390. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.020 77 94.005 77.960 16.045 79RN 83 82. 360. 0. 180. 104PV 145. 3.60 0.118 119.8 0.18 0.015 76 94.110 77.918 16.192 80RN 84 106. 460. 0. 230. E 450 103. 4.60 0.008 454.3 0.00 0.000 75 95.201 77.558 17.643 81RN 85 85. 370. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.015 3 97.470 78.380 19.090 82RN 86 124. 540. 0. 844. E 100 103. 16.87 0.597 101.0 7.27 0.900 4 96.123 78.008 18.115 83MH 87 53. 230. 0. 668. E 125 103. 13.37 0.303 126.2 1.59 0.085 83 96.038 77.859 18.179 84 88 61. 270. 0. 135. E 125 103. 2.70 0.061 126.2 0.08 0.005 83 96.118 78.000 18.118 85RN 89 92. 400. 0. 680. 104PV 145. 13.59 0.445 119.8 2.12 0.195 86 96.123 78.008 18.115 83MH 90 57. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.005 86 96.312 77.978 18.334 87RN

91 91. 400. 0. 1330. 104PV 145. 26.59 0.870 119.8 7.34 0.670 88 96.318 78.135 18.183 86 92 63. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.005 88 96.979 78.513 18.466 89RN 93 16. 70. 0. 1835. 104PV 145. 36.69 1.200 119.8 13.33 0.215 90 96.986 78.639 18.347 88 94 60. 260. 0. 1562. 104PV 145. 31.24 1.022 119.8 9.89 0.595 91 97.199 78.512 18.687 90 95 77. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.015 91 97.780 78.050 19.730 92RN 96 45. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 109 97.263 78.447 18.816 93RN 97 43. 190. 0. 822. E 300 103. 16.43 0.065 302.9 0.03 0.000 5 96.038 76.660 19.378 94 98 90. 390. 0. 2485. 104PV 145. 49.70 1.625 119.8 23.37 2.105 7 91.981 77.158 14.823 95 99 108. 470. 0. 575. 104PV 145. 11.50 0.376 119.8 1.55 0.170 95 91.813 77.258 14.555 96 100 38. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 96 91.811 77.280 14.531 97RN 101 39. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 96 91.811 77.222 14.589 98RN 102 34. 150. 0. 1405. 104PV 145. 28.10 0.919 119.8 8.13 0.275 95 91.704 77.136 14.568 99 103 39. 170. 0. 584. 104PV 145. 11.68 0.382 119.8 1.60 0.060 99 91.642 77.200 14.442 100 104 11. 50. 0. 166. 104PV 145. 3.32 0.109 119.8 0.16 0.000 100 91.640 77.180 14.460 101 105 24. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 101 91.640 77.180 14.460 102RN 106 20. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 100 91.642 77.200 14.442 103RN 107 30. 130. 0. 24. 104PV 145. 0.48 0.016 119.8 0.00 0.000 104 91.640 77.180 14.460 101 108 7. 30. 0. 203. 104PV 145. 4.06 0.133 119.8 0.23 0.000 100 91.640 77.143 14.497 104 109 62. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.005 104 91.634 77.250 14.384 105RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 38. 170. 0. 256. 104PV 145. 5.12 0.168 119.8 0.35 0.015 106 91.640 77.143 14.497 104 111 42. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 106 91.651 77.200 14.451 107RN 112 31. 140. 0. 591. 104PV 145. 11.82 0.387 119.8 1.64 0.050 99 91.654 77.105 14.549 106 113 83. 360. 0. 180. 104PV 145. 3.60 0.118 119.8 0.18 0.015 94 96.023 77.156 18.867 108RN 114 48. 210. 0. 543. 104PV 145. 10.85 0.355 119.8 1.40 0.065 109 97.199 78.512 18.687 90

115 54. 240. 0. 968. 104PV 145. 19.35 0.633 119.8 4.07 0.220 3 97.266 78.173 19.093 109 116 210. 920. 0. 93. E 300 103. 1.87 0.007 302.9 0.00 0.000 84 96.038 76.660 19.378 94 117 50. 220. 0. 2250. E 450 103. 45.00 0.079 454.3 0.03 0.000 6 95.201 77.640 17.561 75 118 64. 280. 0. 1342. 104PV 145. 26.84 0.878 119.8 7.47 0.480 16 88.517 74.775 13.742 37 119 100. 420. 0. 2446. 200AC 140. 48.91 0.432 227.3 1.00 0.100 19 88.325 76.014 12.311 28 120 83. 360. 0. 287. 104PV 145. 5.75 0.188 119.8 0.43 0.035 20 88.225 75.726 12.499 27 121 92. 400. 0. 765. 104PV 145. 15.29 0.500 119.8 2.63 0.240 70 93.029 76.778 16.251 65 122 72. 310. 0. 1225. 104PV 145. 24.49 0.801 119.8 6.30 0.455 8 93.272 76.810 16.462 70 123 47. 200. 0. 620. E 250 68. 12.40 0.070 216.0 0.10 0.005 6 95.198 77.860 17.338 110 124 120. 520. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.045 110 95.155 78.100 17.055 111RN 125 10. 40. 0. 2052. E 132 103. 41.04 0.833 133.3 9.76 0.100 2 97.793 78.138 19.655 91 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 54 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.084 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00009 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.966 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 8615. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 37550. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 30 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2413. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.12/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg# 5. 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 37550.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 43 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 5146. 3999.55 43.35 173380.64 86.00 442556.00 8.30 42711.80 0.05 X SUPPLY COST 22127.80 14.00/13.20 PVC 26. 21.54 43.35 933.94 139.00 3614.00 9.05 235.30 0.05 X SUPPLY COST 180.70 20.00 AC 268. 257.28 43.35 11153.09 285.00 76380.00 13.10 3510.80 0.10 X SUPPLY COST 7638.00 25.00 AC 483. 513.19 43.35 22246.68 394.00 190302.00 17.05 8235.15 0.10 X SUPPLY COST 19030.20 30.00 AC 952. 1113.84 43.35 48284.96 569.00 541688.00 23.50 22372.00 0.10 X SUPPLY COST 54168.80 35.00 AC 584. 748.98 43.35 32468.28 802.00 468368.00 29.95 17490.80 0.10 X SUPPLY COST 46836.80 TOTAL = 7459. 6654.39 288467.59 1722908.00 94555.84 149982.30 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 2255914. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone SIGRA 3 DATE:�� (SIGRA3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98.000 78.000 20.000 1FH 1 30. 40. 0. 18820. 250AC 140. 376.40 2.130 284.1 14.79 0.445 1 97.556 78.060 19.496 2 2 115. 170. 0. 13837. E 300 103. 276.74 1.087 302.9 6.13 0.705 2 96.851 77.976 18.875 3 3 59. 90. 0. 8598. E 300 103. 171.95 0.676 302.9 2.54 0.150 3 96.701 78.064 18.637 4 4 54. 80. 0. 3188. 200AC 140. 57.02 0.504 237.2 1.33 0.070 4 96.629 78.171 18.458 234 E 100 103. 6.75 0.239 5 48. 70. 0. 2075. 104PV 145. 25.34 0.829 144.5 6.71 0.320 234 96.307 78.194 18.113 5 E 100 103. 16.16 0.572 6 74. 110. 0. 2244. 132PV 145. 44.88 0.911 152.0 6.06 0.450 5 95.859 78.030 17.829 6 7 55. 80. 0. 1068. 104PV 145. 21.35 0.698 119.8 4.89 0.270 6 95.590 78.110 17.480 7 8 17. 30. 0. 2518. E 200 103. 50.36 0.445 201.9 1.88 0.030 7 95.558 78.150 17.408 8 9 100. 150. 0. 3330. E 200 103. 66.59 0.589 201.9 3.16 0.315 8 95.242 78.423 16.819 9 10 42. 60. 0. 3773. E 200 103. 75.46 0.667 201.9 3.98 0.165 9 95.074 78.473 16.601 225 11 48. 70. 0. 3568. E 200 103. 71.36 0.631 201.9 3.59 0.170 225 94.449 78.564 15.885 10 12 26. 40. 0. 3354. E 200 103. 67.07 0.593 201.9 3.20 0.085 10 94.366 78.938 15.428 11 13 21. 30. 0. 3269. E 200 103. 65.37 0.578 201.9 3.05 0.065 11 94.302 78.953 15.349 12 14 164. 240. 0. 3231. E 200 103. 64.62 0.571 201.9 2.99 0.490 12 93.812 79.004 14.808 13 15 45. 70. 0. 3036. E 200 103. 60.72 0.537 201.9 2.66 0.120 13 93.692 78.854 14.838 14 16 14. 20. 0. 2441. E 200 103. 48.82 0.432 201.9 1.78 0.025 14 93.667 78.800 14.867 15 17 50. 70. 0. 2216. E 200 103. 44.32 0.392 201.9 1.49 0.075 15 93.593 78.760 14.833 16 18 30. 40. 0. 2111. E 151 103. 42.22 0.655 152.4 5.34 0.160 16 93.433 78.833 14.600 17 19 29. 40. 0. 1553. E 151 103. 31.06 0.482 152.4 3.02 0.090 17 93.345 78.789 14.556 18

20 67. 100. 0. 1291. E 132 103. 25.82 0.524 133.3 4.13 0.275 18 93.068 78.737 14.331 19MH 21 9. 10. 0. 1186. E 132 103. 23.72 0.481 133.3 3.53 0.030 19 93.036 78.640 14.396 20 22 11. 20. 0. 801. E 132 103. 16.02 0.325 133.3 1.71 0.020 20 93.017 78.650 14.367 21 23 15. 20. 0. 470. 104PV 145. 9.39 0.307 119.8 1.07 0.015 21 93.001 78.700 14.301 22 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 24 50. 70. 0. 223. 104PV 145. 4.47 0.146 119.8 0.27 0.015 22 92.988 78.500 14.488 23 25 15. 20. 0. 128. 104PV 145. 2.57 0.084 119.8 0.10 0.000 23 92.986 78.550 14.436 24 26 55. 80. 0. 361. 104PV 145. 7.22 0.236 119.8 0.66 0.035 24 92.950 78.212 14.738 25 27 90. 130. 0. 186. 104PV 145. 3.72 0.122 119.8 0.19 0.015 25 92.933 78.288 14.645 26 28 30. 40. 0. 31. 104PV 145. 0.62 0.020 119.8 0.01 0.000 26 91.106 78.382 12.724 27 29 10. 10. 0. 34. 104PV 145. 0.68 0.022 119.8 0.01 0.000 28 91.106 78.382 12.724 27 30 26. 40. 0. 129. 104PV 145. 2.58 0.084 119.8 0.10 0.005 29 91.106 78.419 12.687 28 31 7. 10. 0. 204. 104PV 145. 4.08 0.134 119.8 0.23 0.000 30 91.109 78.348 12.761 29 32 7. 10. 0. 254. 104PV 145. 5.08 0.166 119.8 0.34 0.000 31 91.110 78.430 12.680 30 33 10. 10. 0. 264. 104PV 145. 5.28 0.173 119.8 0.37 0.005 32 91.113 78.400 12.713 31 34 25. 40. 0. 339. 104PV 145. 6.78 0.222 119.8 0.58 0.015 33 91.117 78.400 12.717 32 35 75. 110. 0. 614. 104PV 145. 12.28 0.402 119.8 1.76 0.130 34 91.131 78.384 12.747 33 36 20. 30. 0. 714. 104PV 145. 14.28 0.467 119.8 2.32 0.045 35 91.263 78.600 12.663 34 37 44. 60. 0. 299. 104PV 145. 5.98 0.196 119.8 0.46 0.020 36 91.309 78.570 12.739 35 38 38. 60. 0. 399. 104PV 145. 7.98 0.261 119.8 0.79 0.030 37 91.330 78.792 12.538 36MH 39 27. 40. 0. 562. 104PV 145. 11.24 0.368 119.8 1.49 0.040 38 91.360 78.749 12.611 37 40 30. 40. 0. 866. 104PV 145. 17.33 0.567 119.8 3.32 0.100 39 91.400 78.805 12.595 38MH 41 33. 50. 0. 1664. 104PV 145. 33.28 1.088 119.8 11.12 0.365 40 91.500 78.870 12.630 39 42 59. 90. 0. 1804. 132PV 145. 36.08 0.732 152.0 4.05 0.240 41 91.867 78.776 13.091 40 43 72. 110. 0. 2114. 151PV 145. 42.28 0.656 173.9 2.82 0.205 42 92.105 79.002 13.103 41

44 53. 80. 0. 2619. 151PV 145. 52.38 0.813 173.9 4.19 0.220 43 92.308 79.541 12.767 42 45 10. 10. 0. 2714. 151PV 145. 54.28 0.842 173.9 4.48 0.045 44 92.530 80.073 12.457 43 46 20. 30. 0. 2734. 151PV 145. 54.68 0.848 173.9 4.54 0.090 45 92.575 80.050 12.525 44 47 39. 60. 0. 1313. 104PV 145. 26.26 0.859 119.8 7.17 0.280 46 92.666 80.300 12.366 45MH 48 42. 60. 0. 410. 104PV 145. 8.20 0.268 119.8 0.83 0.035 47 92.946 80.507 12.439 46 49 50. 70. 0. 36. 104PV 145. 0.72 0.023 119.8 0.01 0.000 47 92.980 80.609 12.371 48MH 50 21. 30. 0. 94. 104PV 145. 1.88 0.062 119.8 0.05 0.000 49 92.980 80.609 12.371 48MH 51 43. 60. 0. 229. 104PV 145. 4.58 0.150 119.8 0.28 0.010 50 94.808 80.332 14.476 49 52 77. 110. 0. 394. 104PV 145. 7.88 0.258 119.8 0.77 0.060 51 94.820 79.664 15.156 50 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 53 32. 50. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 52 94.880 79.002 15.878 51 54 84. 120. 0. 285. 104PV 145. 5.70 0.186 119.8 0.42 0.035 53 94.880 79.856 15.024 52MH 55 42. 60. 0. 485. 104PV 145. 9.70 0.317 119.8 1.13 0.050 54 94.915 79.786 15.129 53 56 97. 140. 0. 1083. 104PV 145. 21.65 0.708 119.8 5.02 0.485 55 94.963 79.073 15.890 54 57 19. 30. 0. 1238. 104PV 145. 24.75 0.809 119.8 6.43 0.120 56 95.450 78.500 16.950 55 58 82. 120. 0. 1142. 104PV 145. 22.85 0.747 119.8 5.54 0.455 57 95.572 78.447 17.125 56 59 22. 30. 0. 1098. 104PV 145. 21.96 0.718 119.8 5.15 0.115 58 96.479 78.496 17.983 57 60 37. 50. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 58 96.589 78.357 18.232 59 61 193. 280. 0. 529. 104PV 145. 10.59 0.346 119.8 1.33 0.255 60 96.589 78.357 18.232 59 62 151. 250. 0. 4043. E 600 103. 80.86 0.079 605.7 0.02 0.005 61 96.847 78.190 18.657 60 63 85. 130. 0. 3183. E 600 103. 63.67 0.063 605.7 0.01 0.000 60 96.846 78.065 18.781 62 64 28. 40. 0. 7958. E 250 103. 159.16 0.901 252.4 5.35 0.150 62 96.696 78.080 18.616 63 65 58. 90. 0. 6390. E 250 103. 127.80 0.723 252.4 3.56 0.205 63 96.489 78.402 18.087 64 66 89. 130. 0. 6030. E 250 103. 120.60 0.682 252.4 3.20 0.285 64 96.204 78.390 17.814 65 67 43. 60. 0. 3517. 132PV 145. 70.33 1.428 152.0 13.92 0.600 65 95.606 78.450 17.156 66

68 26. 40. 0. 1209. 104PV 145. 24.18 0.791 119.8 6.15 0.160 66 95.446 78.500 16.946 167 69 32. 50. 0. 664. 104PV 145. 13.28 0.434 119.8 2.03 0.065 167 95.381 79.585 15.796 68 70 43. 60. 0. 300. 104PV 145. 6.01 0.196 119.8 0.47 0.020 68 94.908 79.669 15.239 69 71 29. 40. 0. 1084. 104PV 145. 21.69 0.709 119.8 5.03 0.145 69 94.762 79.896 14.866 70 72 17. 30. 0. 331. 104PV 145. 6.62 0.217 119.8 0.56 0.010 70 94.752 80.295 14.457 71MH 73 49. 70. 0. 475. 104PV 145. 9.49 0.310 119.8 1.09 0.055 72 94.752 80.295 14.457 71MH 74 45. 70. 0. 585. 104PV 145. 11.69 0.382 119.8 1.60 0.070 73 94.806 79.501 15.305 72 75 21. 30. 0. 665. 104PV 145. 13.29 0.435 119.8 2.03 0.045 74 94.878 79.850 15.028 73 76 45. 70. 0. 911. 104PV 145. 18.23 0.596 119.8 3.65 0.165 75 94.921 80.224 14.697 74MH 77 60. 90. 0. 413. 104PV 145. 8.27 0.270 119.8 0.84 0.050 76 95.085 79.105 15.980 75 78 21. 30. 0. 1320. 104PV 145. 26.39 0.863 119.8 7.24 0.150 77 95.135 78.500 16.635 76 79 10. 10. 0. 841. 104PV 145. 16.83 0.550 119.8 3.15 0.030 76 95.104 78.554 16.550 78 80 29. 40. 0. 415. 104PV 145. 8.30 0.271 119.8 0.85 0.025 78 95.079 78.685 16.394 79 81 14. 20. 0. 753. 104PV 145. 15.05 0.492 119.8 2.56 0.035 79 95.043 78.750 16.293 80 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 82 49. 70. 0. 683. 104PV 145. 13.67 0.447 119.8 2.14 0.105 70 94.657 79.632 15.025 81 83 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 81 94.657 79.657 15.000 82RN 84 16. 20. 0. 588. 104PV 145. 11.77 0.385 119.8 1.62 0.025 81 94.631 79.500 15.131 83 85 13. 20. 0. 1194. 104PV 145. 23.88 0.781 119.8 6.02 0.080 83 94.553 78.398 16.155 84 86 27. 40. 0. 290. 104PV 145. 5.80 0.190 119.8 0.44 0.010 84 94.541 78.624 15.917 85 87 29. 40. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 85 94.540 78.763 15.777 86 88 21. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 86 94.540 78.797 15.743 87RN 89 17. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 86 94.540 78.700 15.840 88RN 90 56. 80. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 85 94.536 78.465 16.071 89 91 37. 50. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.025 89 94.513 78.520 15.993 90

92 107. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 90 94.508 78.814 15.694 91RN 93 38. 60. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.005 90 94.509 78.434 16.075 92 94 27. 40. 0. 574. 104PV 145. 11.48 0.376 119.8 1.55 0.040 92 94.467 78.484 15.983 93 95 33. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 93 94.467 78.500 15.967 94RN 96 31. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 11 94.366 78.880 15.486 95RN 97 41. 60. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.005 15 93.662 78.825 14.837 96 98 31. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 96 93.662 78.881 14.781 97RN 99 26. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 96 93.662 78.854 14.808 98RN 100 19. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 96 93.662 78.884 14.778 99RN 101 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 16 93.593 78.821 14.772 100RN 102 58. 90. 0. 147. 104PV 145. 2.94 0.096 119.8 0.12 0.005 18 93.338 79.615 13.723 101MH 103 17. 30. 0. 465. 104PV 145. 9.30 0.304 119.8 1.05 0.020 101 93.320 79.000 14.320 102 104 21. 30. 0. 345. 104PV 145. 6.90 0.226 119.8 0.60 0.015 102 93.307 78.995 14.312 103MH 105 59. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 103 93.306 78.825 14.481 104RN 106 81. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 103 93.305 78.898 14.407 105RN 107 81. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 103 93.305 78.812 14.493 106RN 108 59. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 102 93.319 78.154 15.165 107RN 109 97. 140. 0. 448. 104PV 145. 8.96 0.293 119.8 0.98 0.095 17 93.338 79.615 13.723 101MH 110 33. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 19 93.068 78.696 14.372 108RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 111 31. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 23 92.988 78.500 14.488 109RN 112 55. 80. 0. 271. 104PV 145. 5.42 0.177 119.8 0.39 0.020 21 92.996 78.812 14.184 110 113 15. 20. 0. 191. 104PV 145. 3.82 0.125 119.8 0.20 0.005 110 92.993 78.800 14.193 111 114 19. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 110 92.996 78.856 14.140 112RN 115 84. 120. 0. 310. 104PV 145. 6.20 0.203 119.8 0.50 0.040 20 92.995 78.475 14.520 113

116 117. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 113 92.989 78.500 14.489 114RN 117 56. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 113 92.994 78.350 14.644 115RN 118 49. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 25 92.950 78.154 14.796 116RN 119 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 26 92.933 78.300 14.633 117RN 120 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 27 91.106 78.418 12.688 118RN 121 48. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 28 91.106 78.514 12.592 119RN 122 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 29 91.109 78.418 12.691 120RN 123 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 30 91.110 78.514 12.596 121RN 124 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 32 91.116 78.500 12.616 122RN 125 19. 30. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.000 33 91.129 78.602 12.527 123 126 34. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 123 91.129 78.958 12.171 124RN 127 54. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 123 91.128 78.852 12.276 125RN 128 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 33 91.131 78.430 12.701 126RN 129 18. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 34 91.263 78.626 12.637 127RN 130 30. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 36 91.330 78.660 12.670 128RN 131 42. 60. 0. 490. 104PV 145. 9.80 0.320 119.8 1.16 0.050 129 91.309 78.570 12.739 35 132 26. 40. 0. 487. 104PV 145. 9.74 0.319 119.8 1.14 0.030 130 91.358 78.658 12.700 129 133 31. 50. 0. 328. 104PV 145. 6.56 0.214 119.8 0.55 0.015 131 91.388 78.745 12.643 130 134 40. 60. 0. 723. 104PV 145. 14.46 0.473 119.8 2.37 0.095 39 91.405 78.810 12.595 131 135 42. 60. 0. 234. 104PV 145. 4.69 0.153 119.8 0.29 0.010 38 91.388 78.745 12.643 130 136 44. 60. 0. 83. 104PV 145. 1.66 0.054 119.8 0.04 0.000 37 91.358 78.658 12.700 129 137 29. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 131 91.405 78.800 12.605 132RN 138 67. 100. 0. 250. 104PV 145. 5.00 0.163 119.8 0.33 0.020 131 91.382 78.985 12.397 133 139 84. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 133 91.380 79.128 12.252 134RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

140 54. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 133 91.382 79.052 12.330 135RN 141 47. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 40 91.866 78.900 12.966 136RN 142 36. 50. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.005 41 92.099 79.125 12.974 137 143 10. 10. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.000 137 92.098 79.200 12.898 138 144 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 138 92.098 79.410 12.688 139RN 145 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 138 92.098 79.360 12.738 140RN 146 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 137 92.098 79.225 12.873 141RN 147 93. 140. 0. 340. 104PV 145. 6.80 0.222 119.8 0.59 0.055 42 92.254 79.799 12.455 142 148 71. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 142 92.253 79.782 12.471 143RN 149 118. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 142 92.248 79.912 12.336 144RN 150 33. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 43 92.530 80.100 12.430 145RN 151 78. 110. 0. 566. 104PV 145. 11.32 0.370 119.8 1.51 0.120 146 92.981 80.550 12.431 47 152 23. 30. 0. 1749. 104PV 145. 34.98 1.144 119.8 12.20 0.280 147 93.098 80.320 12.778 146 153 27. 40. 0. 1696. 104PV 145. 33.92 1.109 119.8 11.52 0.310 147 93.068 80.300 12.768 148 154 103. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 148 93.064 80.165 12.899 149RN 155 67. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 146 93.097 80.302 12.795 150RN 156 36. 50. 0. 988. 104PV 145. 19.77 0.646 119.8 4.24 0.155 146 92.946 80.507 12.439 46 157 44. 60. 0. 1496. 104PV 145. 29.92 0.978 119.8 9.13 0.400 148 92.666 80.300 12.366 45MH 158 35. 50. 0. 3505. 132PV 145. 70.10 1.423 152.0 13.84 0.485 231 93.379 80.258 13.121 147 159 54. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 48 92.980 80.445 12.535 151RN 160 62. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 49 94.807 80.258 14.549 152RN 161 51. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 50 94.819 80.100 14.719 153RN 162 23. 30. 0. 155. 104PV 145. 3.10 0.101 119.8 0.14 0.005 52 94.877 79.665 15.212 154 163 57. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 154 94.876 79.610 15.266 155RN 164 41. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 154 94.876 79.558 15.318 156RN

165 21. 30. 0. 242. 104PV 145. 4.83 0.158 119.8 0.31 0.005 53 94.909 79.856 15.053 157MH 166 18. 30. 0. 273. 104PV 145. 5.45 0.178 119.8 0.39 0.005 158 94.909 79.856 15.053 157MH 167 20. 30. 0. 353. 104PV 145. 7.05 0.231 119.8 0.63 0.015 159 94.916 79.320 15.596 158 168 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 158 94.916 78.806 16.110 160RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 169 55. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 159 94.928 79.250 15.678 161RN 170 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 55 95.449 79.100 16.349 162RN 171 18. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 73 94.878 80.150 14.728 163RN 172 24. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 72 94.806 79.705 15.101 164RN 173 22. 30. 0. 294. 104PV 145. 5.87 0.192 119.8 0.45 0.010 68 95.371 79.500 15.871 165 174 79. 120. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.075 167 95.371 79.500 15.871 165 175 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 83 94.631 78.500 16.131 166RN 176 52. 80. 0. 716. 104PV 145. 14.32 0.468 119.8 2.33 0.120 71 94.631 79.500 15.131 83 177 35. 50. 0. 310. 104PV 145. 6.20 0.203 119.8 0.50 0.015 84 94.536 78.465 16.071 89 178 35. 50. 0. 514. 104PV 145. 10.29 0.336 119.8 1.26 0.045 84 94.509 78.434 16.075 92 179 41. 60. 0. 864. 104PV 145. 17.28 0.565 119.8 3.31 0.135 80 94.908 79.669 15.239 69 180 151. 250. 0. 276. 104PV 145. 5.53 0.181 119.8 0.40 0.060 78 95.043 78.750 16.293 80 181 82. 120. 0. 428. 104PV 145. 8.55 0.280 119.8 0.90 0.075 66 95.079 78.685 16.394 79 182 59. 90. 0. 2108. 132PV 145. 42.15 0.856 152.0 5.39 0.320 66 95.287 78.448 16.839 77 183 53. 80. 0. 783. 104PV 145. 15.66 0.512 119.8 2.75 0.145 65 95.606 78.450 17.156 66 184 103. 150. 0. 653. 104PV 145. 13.06 0.427 119.8 1.97 0.205 77 95.085 79.105 15.980 75 185 40. 60. 0. 330. 104PV 145. 6.61 0.216 119.8 0.56 0.020 66 95.583 78.950 16.633 67MH 186 50. 70. 0. 205. 104PV 145. 4.11 0.134 119.8 0.23 0.010 67 95.572 78.447 17.125 56 187 32. 50. 0. 473. 104PV 145. 9.45 0.309 119.8 1.08 0.035 54 94.928 79.523 15.405 159MH 188 168. 250. 0. 1378. E 200 103. 27.56 0.244 201.9 0.62 0.105 63 96.592 78.409 18.183 58

189 63. 90. 0. 1550. 104PV 145. 31.01 1.014 119.8 9.76 0.615 65 95.590 78.110 17.480 7 190 55. 80. 0. 942. 104PV 145. 18.83 0.616 119.8 3.87 0.215 223 95.558 78.150 17.408 8 191 15. 20. 0. 292. 104PV 145. 5.85 0.191 119.8 0.44 0.005 111 92.986 78.550 14.436 24 192 56. 80. 0. 161. 104PV 145. 3.23 0.105 119.8 0.15 0.010 22 92.993 78.800 14.193 111 193 32. 50. 0. 172. 104PV 145. 3.43 0.112 119.8 0.17 0.005 74 94.915 79.786 15.129 53 194 38. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 67 95.583 78.448 17.135 168RN 195 66. 100. 0. 200. 104PV 145. 4.00 0.131 119.8 0.22 0.015 64 96.475 78.502 17.973 169 196 23. 30. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 169 96.474 78.485 17.989 170 197 26. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 170 96.474 78.541 17.933 171RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 198 22. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 170 96.474 78.448 18.026 172RN 199 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 169 96.474 78.558 17.916 173RN 200 90. 150. 0. 5249. E 250 103. 104.98 0.594 252.4 2.48 0.225 4 96.478 78.100 18.378 174 201 34. 50. 0. 1013. 104PV 145. 20.27 0.663 119.8 4.44 0.150 234 96.478 78.100 18.378 174 202 48. 70. 0. 6127. E 250 103. 122.55 0.693 252.4 3.30 0.160 174 96.320 78.298 18.022 175 203 31. 50. 0. 284. 104PV 145. 5.68 0.186 119.8 0.42 0.015 175 96.307 78.194 18.113 5 204 55. 80. 0. 5743. E 250 103. 114.87 0.650 252.4 2.92 0.160 175 96.159 78.505 17.654 176 205 45. 70. 0. 5668. E 250 103. 113.37 0.642 252.4 2.85 0.130 176 96.031 78.651 17.380 177 206 67. 120. 0. 320. E 250 103. 6.40 0.036 252.4 0.01 0.000 177 96.030 78.750 17.280 178 207 104. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 178 96.026 78.769 17.257 179RN 208 74. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 178 96.028 78.600 17.428 180RN 209 52. 80. 0. 5213. 200AC 140. 104.27 0.922 227.3 4.07 0.210 177 95.819 79.066 16.753 181 210 10. 10. 0. 5118. 200AC 140. 102.37 0.905 227.3 3.93 0.040 181 95.780 79.025 16.755 182 211 24. 40. 0. 4843. 200AC 140. 96.87 0.856 227.3 3.55 0.085 182 95.694 78.891 16.803 183 212 73. 110. 0. 4678. 200AC 140. 93.57 0.827 227.3 3.33 0.245 183 95.451 78.744 16.707 184

213 22. 30. 0. 1115. 104PV 145. 22.30 0.729 119.8 5.30 0.115 184 95.335 78.920 16.415 185 214 23. 30. 0. 538. 104PV 145. 10.75 0.352 119.8 1.37 0.030 185 95.303 78.944 16.359 186 215 15. 20. 0. 413. 104PV 145. 8.25 0.270 119.8 0.84 0.015 186 95.291 78.868 16.423 187 216 11. 20. 0. 400. 104PV 145. 8.00 0.262 119.8 0.79 0.010 187 95.282 78.800 16.482 188 217 18. 30. 0. 305. 104PV 145. 6.10 0.199 119.8 0.48 0.010 188 95.273 78.435 16.838 189 218 31. 50. 0. 107. 104PV 145. 2.13 0.070 119.8 0.07 0.000 189 95.271 78.500 16.771 190 219 45. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 190 95.271 78.600 16.671 191RN 220 43. 60. 0. 18. 104PV 145. 0.37 0.012 119.8 0.00 0.000 192 95.271 78.500 16.771 190 221 17. 30. 0. 143. 104PV 145. 2.87 0.094 119.8 0.12 0.000 189 95.271 78.650 16.621 192 222 52. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 192 95.271 78.845 16.426 193RN 223 44. 60. 0. 520. 104PV 145. 10.40 0.340 119.8 1.29 0.055 14 93.635 79.097 14.538 194 224 41. 60. 0. 340. 104PV 145. 6.80 0.222 119.8 0.59 0.025 194 93.611 78.063 15.548 195 225 36. 50. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.005 195 93.607 78.925 14.682 196 226 81. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 196 93.605 79.058 14.547 197RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 227 92. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 195 93.608 79.102 14.506 198RN 228 83. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 194 93.633 79.118 14.515 199RN 229 27. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 13 93.812 79.147 14.665 200RN 230 46. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 188 95.281 79.215 16.066 201RN 231 70. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 186 95.302 79.254 16.048 202RN 232 38. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 185 95.334 79.580 15.754 203RN 233 91. 130. 0. 579. 104PV 145. 11.58 0.378 119.8 1.57 0.145 10 94.306 79.040 15.266 204 234 44. 60. 0. 127. 104PV 145. 2.54 0.083 119.8 0.10 0.005 204 94.302 78.953 15.349 12 235 81. 120. 0. 3353. 151PV 145. 67.07 1.040 173.9 6.62 0.535 205 94.306 79.040 15.266 204 236 31. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 205 95.295 79.105 16.190 206RN

237 30. 40. 0. 3630. 132PV 145. 72.60 1.474 152.0 14.76 0.445 204 93.863 79.217 14.646 231 238 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 231 93.863 79.425 14.438 207RN 239 33. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 231 93.863 79.254 14.609 208RN 240 28. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 183 95.694 78.925 16.769 209RN 241 48. 70. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.010 182 95.768 78.973 16.795 210 242 31. 50. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 210 95.766 78.929 16.837 211 243 22. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 211 95.766 78.915 16.851 212RN 244 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 211 95.766 78.950 16.816 213RN 245 18. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 210 95.768 78.950 16.818 214RN 246 24. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 210 95.768 78.980 16.788 215RN 247 37. 50. 0. 462. 104PV 145. 9.25 0.302 119.8 1.04 0.040 185 95.296 78.703 16.593 216 248 54. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 216 95.296 78.550 16.746 217RN 249 39. 60. 0. 157. 104PV 145. 3.15 0.103 119.8 0.14 0.005 216 95.291 78.696 16.595 218 250 50. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 218 95.290 78.756 16.534 219RN 251 33. 50. 0. 32. 104PV 145. 0.65 0.021 119.8 0.01 0.000 218 95.291 78.868 16.423 187 252 117. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 216 95.291 78.815 16.476 220RN 253 31. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 183 95.694 79.210 16.484 221RN 254 31. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 181 95.819 79.105 16.714 222RN 255 18. 30. 0. 1067. 104PV 145. 21.33 0.697 119.8 4.88 0.090 6 95.771 78.102 17.669 223 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 256 45. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 223 95.770 78.215 17.555 224RN 257 23. 30. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.000 225 95.072 78.556 16.516 226 258 10. 10. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 226 95.072 78.500 16.572 227 259 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 227 95.072 78.602 16.470 228RN 260 21. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 227 95.072 78.628 16.444 229RN

261 26. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 226 95.072 78.600 16.472 230RN 262 226. 330. 0. 4333. E 250 103. 86.66 0.490 252.4 1.74 0.390 232 96.850 78.083 18.767 61 263 88. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 232 97.240 78.102 19.138 233RN 264 153. 230. 0. 4743. E 250 103. 94.86 0.537 252.4 2.05 0.315 2 97.242 78.336 18.906 232 265 169. 250. 0. 4985. E 600 103. 99.69 0.098 605.7 0.03 0.005 3 96.846 78.065 18.781 62 266 130. 190. 0. 385. 104PV 145. 7.69 0.251 119.8 0.74 0.095 59 96.493 78.732 17.761 235MH 267 80. 120. 0. 180. 104PV 145. 3.59 0.117 119.8 0.18 0.015 235 96.479 78.496 17.983 57 268 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 235 96.493 78.700 17.793 236RN 269 76. 110. 0. 604. 104PV 145. 12.07 0.395 119.8 1.70 0.130 165 95.242 78.423 16.819 9 270 22. 30. 0. 3478. 151PV 145. 69.57 1.079 173.9 7.09 0.155 184 95.295 79.055 16.240 205 271 15. 20. 0. 494. 104PV 145. 9.88 0.323 119.8 1.17 0.020 93 94.449 78.564 15.885 10 272 28. 40. 0. 464. 104PV 145. 9.28 0.304 119.8 1.05 0.030 157 94.880 79.002 15.878 51 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 124 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.171 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00092 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.633 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 12779. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 18820. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 119 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1442. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.78/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg# 9. 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 18820.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 101 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 3 6 195 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 9699. 7538.22 43.35 326781.75 86.00 834114.00 8.30 80501.70 0.05 X SUPPLY COST 41705.70 14.00/13.20 PVC 300. 248.59 43.35 10776.25 139.00 41700.00 9.05 2715.00 0.05 X SUPPLY COST 2085.00 16.00/15.10 PVC 258. 223.02 43.35 9667.72 184.00 47472.00 11.60 2992.80 0.05 X SUPPLY COST 2373.60 20.00 AC 213. 204.48 43.35 8864.21 285.00 60705.00 13.10 2790.30 0.10 X SUPPLY COST 6070.50 25.00 AC 30. 31.88 43.35 1381.78 394.00 11820.00 17.05 511.50 0.10 X SUPPLY COST 1182.00 TOTAL = 10500. 8246.18 357471.72 995811.00 89511.30 53416.80 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1496211. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone SIGRA 4 DATE:�� (SIGRA4/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98.390 78.390 20.000 1FH 1 25. 70. 0. 37545. E 450 86. 750.90 1.311 425.2 7.46 0.185 1 98.203 78.485 19.718 2 2 121. 320. 0. 32031. E 450 86. 640.62 1.119 425.2 5.56 0.675 2 97.530 78.510 19.020 232 3 165. 440. 0. 31960. E 600 87. 639.20 0.628 570.1 1.33 0.220 3 96.460 78.000 18.460 4 4 48. 130. 0. 31675. E 600 87. 633.50 0.622 570.1 1.30 0.065 4 96.398 78.102 18.296 5 5 43. 110. 0. 31555. E 600 87. 631.10 0.620 570.1 1.30 0.055 5 96.342 78.212 18.130 6 6 66. 180. 0. 31410. 400AC 140. 603.35 1.334 461.6 3.59 0.235 6 96.105 77.978 18.127 7 E 150 76. 24.85 0.391 7 74. 200. 0. 31220. 400AC 140. 599.70 1.326 461.6 3.55 0.265 7 95.842 77.745 18.097 8 E 150 76. 24.70 0.388 8 20. 50. 0. 29916. 400AC 140. 574.65 1.270 461.6 3.28 0.065 8 95.776 77.500 18.276 9 E 150 76. 23.66 0.372 9 9. 20. 0. 29881. 400AC 140. 573.98 1.269 461.6 3.28 0.030 9 95.747 77.439 18.308 10 E 150 76. 23.64 0.372 10 40. 110. 0. 28900. 400AC 140. 555.14 1.227 461.6 3.08 0.125 10 95.624 77.000 18.624 11 E 150 76. 22.86 0.359 11 19. 50. 0. 3117. E 150 76. 62.34 0.980 135.2 19.74 0.375 11 95.249 77.034 18.215 12 12 15. 40. 0. 2837. E 150 76. 56.74 0.892 135.2 16.58 0.250 12 95.000 77.072 17.928 13 13 22. 60. 0. 2647. E 150 76. 52.94 0.832 135.2 14.58 0.320 13 94.679 76.835 17.844 14 14 84. 220. 0. 2347. E 150 76. 46.94 0.738 135.2 11.67 0.980 14 93.699 76.704 16.995 15 15 20. 50. 0. 2162. E 150 76. 43.24 0.680 135.2 10.02 0.200 15 93.499 76.708 16.791 16 16 8. 20. 0. 2077. E 150 76. 41.54 0.653 135.2 9.31 0.075 16 93.424 76.700 16.724 17 17 19. 50. 0. 3119. E 150 76. 62.38 0.981 135.2 19.76 0.375 17 93.049 76.655 16.394 18 18 10. 30. 0. 3019. E 150 76. 60.38 0.949 135.2 18.61 0.185 18 92.863 76.650 16.213 19

19 29. 80. 0. 4018. E 150 76. 80.37 1.263 135.2 31.59 0.915 19 91.947 76.850 15.097 20 20 12. 30. 0. 2554. E 150 76. 51.09 0.803 135.2 13.65 0.165 20 91.783 76.631 15.152 21 21 10. 30. 0. 2484. E 150 76. 49.69 0.781 135.2 12.97 0.130 21 91.653 76.850 14.803 22 22 31. 80. 0. 2280. E 150 76. 45.60 0.717 135.2 11.06 0.345 22 91.310 76.607 14.703 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 36. 100. 0. 3108. E 150 76. 62.17 0.977 135.2 19.63 0.705 23 90.604 76.685 13.919 24 24 26. 70. 0. 2973. E 150 76. 59.47 0.935 135.2 18.08 0.470 24 90.133 76.600 13.533 25 25 8. 20. 0. 1885. E 150 76. 37.70 0.593 135.2 7.77 0.060 25 90.071 76.579 13.492 26 26 15. 40. 0. 1785. E 150 76. 35.70 0.561 135.2 7.03 0.105 26 89.966 76.572 13.394 27 27 7. 20. 0. 1675. E 150 76. 33.50 0.527 135.2 6.25 0.045 27 89.922 76.500 13.422 28 28 25. 70. 0. 1260. E 150 76. 25.19 0.396 135.2 3.69 0.090 28 89.830 76.689 13.141 29 29 23. 60. 0. 1125. E 150 76. 22.49 0.354 135.2 2.99 0.070 29 89.761 76.508 13.253 30 30 18. 50. 0. 1000. E 150 76. 19.99 0.314 135.2 2.40 0.045 30 89.718 76.516 13.202 31 31 17. 50. 0. 880. E 150 76. 17.59 0.276 135.2 1.90 0.030 31 89.686 76.600 13.086 32 32 16. 40. 0. 1438. E 150 76. 28.77 0.452 135.2 4.71 0.075 32 89.610 76.580 13.030 33 33 46. 120. 0. 1288. E 150 76. 25.77 0.405 135.2 3.84 0.175 33 89.434 76.458 12.976 34 34 24. 60. 0. 1128. E 150 76. 22.57 0.355 135.2 3.01 0.070 34 89.361 76.360 13.001 35 35 8. 20. 0. 924. E 150 76. 18.49 0.291 135.2 2.08 0.015 35 89.345 76.358 12.987 36 36 65. 170. 0. 769. E 150 76. 15.39 0.242 135.2 1.48 0.095 36 89.249 76.357 12.892 37 37 8. 20. 0. 624. E 300 103. 12.49 0.049 302.9 0.02 0.000 37 89.248 76.360 12.888 38 38 86. 230. 0. 419. E 300 103. 8.39 0.033 302.9 0.01 0.000 38 89.248 76.386 12.862 39 39 70. 190. 0. 179. E 400 85. 3.59 0.008 376.8 0.00 0.000 39 89.248 76.348 12.900 40 40 17. 50. 0. 3822. E 400 85. 76.45 0.169 376.8 0.20 0.005 41 89.248 76.348 12.900 40 41 49. 130. 0. 4344. E 400 85. 86.88 0.192 376.8 0.25 0.010 42 89.251 76.378 12.873 41MH 42 36. 100. 0. 4839. E 200 103. 96.78 0.856 201.9 6.31 0.225 43 89.263 76.371 12.892 42

43 36. 100. 0. 4957. E 200 103. 99.15 0.877 201.9 6.60 0.240 44 89.490 76.354 13.136 43 44 40. 110. 0. 6653. E 200 103. 133.06 1.177 201.9 11.38 0.455 45 89.728 76.399 13.329 44 45 41. 110. 0. 7586. E 200 103. 151.72 1.341 201.9 14.52 0.595 46 90.184 76.367 13.817 45 46 95. 250. 0. 9193. E 200 103. 183.87 1.626 201.9 20.72 1.970 47 90.779 76.464 14.315 46 47 55. 150. 0. 8576. E 200 103. 171.52 1.517 201.9 18.22 1.000 48 92.747 76.536 16.211 47 48 12. 30. 0. 18410. E 250 103. 368.19 2.083 252.4 25.29 0.305 49 93.749 76.582 17.167 48 49 42. 110. 0. 20007. 350AC 140. 307.26 0.887 439.8 1.97 0.085 50 94.053 76.567 17.486 49 E 250 103. 92.88 0.526 50 19. 50. 0. 9724. E 250 103. 194.48 1.100 252.4 7.75 0.145 51 94.135 76.572 17.563 50 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 51 46. 120. 0. 9809. E 300 103. 196.18 0.771 302.9 3.24 0.150 52 94.283 76.580 17.703 51 52 8. 20. 0. 230. E 300 103. 4.60 0.018 302.9 0.00 0.000 52 94.432 76.700 17.732 53 53 83. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 53 94.426 77.156 17.270 54RN 54 194. 520. 0. 3622. E 400 85. 72.44 0.160 376.8 0.18 0.035 40 89.213 75.910 13.303 55 55 20. 50. 0. 191. 104PV 145. 3.83 0.125 119.8 0.20 0.005 56 89.213 75.910 13.303 55 56 13. 30. 0. 310. 104PV 145. 6.20 0.203 119.8 0.49 0.005 57 89.218 76.005 13.213 56 57 31. 80. 0. 365. 104PV 145. 7.30 0.239 119.8 0.67 0.020 58 89.224 76.045 13.179 57MH 58 54. 140. 0. 915. 104PV 145. 18.30 0.598 119.8 3.67 0.200 59 89.245 75.885 13.360 58 59 32. 90. 0. 655. 104PV 145. 13.09 0.428 119.8 1.98 0.065 60 89.443 76.551 12.892 59 60 41. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 60 89.506 76.339 13.167 61RN 61 36. 100. 0. 860. 104PV 145. 17.19 0.562 119.8 3.27 0.120 62 89.506 76.171 13.335 60 62 37. 100. 0. 1227. 104PV 145. 24.53 0.802 119.8 6.32 0.235 63 89.624 76.201 13.423 62 63 39. 100. 0. 1295. 104PV 145. 25.90 0.847 119.8 6.99 0.275 64 89.858 76.212 13.646 63 64 111. 300. 0. 20. 104PV 145. 0.39 0.013 119.8 0.00 0.000 65 90.131 76.244 13.887 64 65 91. 240. 0. 1307. 104PV 145. 26.15 0.855 119.8 7.11 0.645 46 90.131 76.736 13.395 65 66 39. 100. 0. 968. 104PV 145. 19.36 0.633 119.8 4.08 0.160 65 89.972 77.342 12.630 66

67 102. 270. 0. 167. 104PV 145. 3.34 0.109 119.8 0.16 0.015 67 89.858 76.212 13.646 63 68 11. 30. 0. 1476. 104PV 145. 29.51 0.965 119.8 8.90 0.100 66 89.874 77.300 12.574 67 69 95. 250. 0. 698. 104PV 145. 13.96 0.456 119.8 2.22 0.210 45 89.972 77.342 12.630 66 70 39. 100. 0. 1109. 104PV 145. 22.17 0.725 119.8 5.24 0.205 67 89.670 77.153 12.517 68 71 88. 230. 0. 132. 104PV 145. 2.63 0.086 119.8 0.10 0.010 69 89.624 76.201 13.423 62 72 118. 310. 0. 310. 104PV 145. 6.20 0.203 119.8 0.49 0.060 44 89.670 77.153 12.517 68 73 36. 100. 0. 897. 104PV 145. 17.94 0.587 119.8 3.54 0.125 69 89.506 77.003 12.503 70 74 62. 160. 0. 455. 104PV 145. 9.11 0.298 119.8 1.01 0.065 70 89.443 76.551 12.892 59 75 123. 330. 0. 147. 104PV 145. 2.93 0.096 119.8 0.12 0.015 70 89.490 76.354 13.136 43 76 187. 500. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.020 42 89.245 75.885 13.360 58 77 192. 510. 0. 177. 104PV 145. 3.53 0.116 119.8 0.17 0.035 41 89.218 76.005 13.213 56 78 77. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 247 89.224 76.045 13.179 57MH 79 45. 120. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.015 58 89.229 75.889 13.340 247 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 80 23. 60. 0. 3498. E 250 103. 69.96 0.396 252.4 1.17 0.025 55 89.186 75.965 13.221 146 81 18. 50. 0. 2853. E 400 85. 57.06 0.126 376.8 0.11 0.000 146 89.184 76.001 13.183 144 82 37. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 144 89.184 76.252 12.932 145RN 83 62. 160. 0. 2648. E 400 85. 52.96 0.117 376.8 0.10 0.005 144 89.178 75.693 13.485 129 84 30. 80. 0. 353. E 132 103. 7.06 0.143 133.3 0.37 0.010 129 89.167 75.744 13.423 130 85 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 130 89.167 75.700 13.467 131RN 86 17. 50. 0. 565. E 250 103. 11.30 0.064 252.4 0.04 0.000 146 89.186 75.852 13.334 147 87 24. 60. 0. 282. E 250 103. 5.64 0.032 252.4 0.01 0.000 147 89.186 75.910 13.276 148 88 27. 70. 0. 197. 104PV 145. 3.94 0.129 119.8 0.21 0.005 148 89.180 76.023 13.157 150 89 6. 20. 0. 122. 104PV 145. 2.44 0.080 119.8 0.09 0.000 150 89.179 76.000 13.179 152 90 54. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 152 89.178 76.123 13.055 153RN

91 10. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 150 89.180 76.200 12.980 151RN 92 26. 70. 0. 63. 104PV 145. 1.26 0.041 119.8 0.03 0.000 154 89.179 76.000 13.179 152 93 30. 80. 0. 188. 104PV 145. 3.76 0.123 119.8 0.20 0.005 147 89.180 75.925 13.255 154 94 17. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 154 89.180 75.900 13.280 155RN 95 89. 240. 0. 143. E 132 103. 2.86 0.058 133.3 0.07 0.005 130 89.161 76.188 12.973 132MH 96 47. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 132 89.160 75.300 13.860 133RN 97 44. 120. 0. 167. 104PV 145. 3.34 0.109 119.8 0.16 0.005 134 89.161 76.188 12.973 132MH 98 21. 60. 0. 2122. E 400 85. 42.45 0.094 376.8 0.07 0.000 135 89.168 76.185 12.983 134 99 62. 160. 0. 2447. E 400 85. 48.94 0.108 376.8 0.09 0.005 128 89.169 76.023 13.146 135 100 120. 320. 0. 55. 104PV 145. 1.09 0.036 119.8 0.02 0.000 135 89.167 76.367 12.800 124 101 73. 190. 0. 25. 104PV 145. 0.49 0.016 119.8 0.00 0.000 124 89.166 76.463 12.703 123 102 27. 70. 0. 1830. E 400 85. 36.60 0.081 376.8 0.05 0.000 134 89.166 76.463 12.703 123 103 58. 150. 0. 1650. E 400 85. 33.00 0.073 376.8 0.04 0.000 123 89.164 76.597 12.567 121MH 104 48. 130. 0. 156. 104PV 145. 3.13 0.102 119.8 0.14 0.005 121 89.157 76.415 12.742 122RN 105 28. 70. 0. 1319. E 400 85. 26.37 0.058 376.8 0.03 0.000 121 89.163 76.338 12.825 119 106 47. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 119 89.162 76.458 12.704 120RN 107 41. 110. 0. 1099. E 400 85. 21.97 0.049 376.8 0.02 0.000 119 89.162 76.105 13.057 117 108 43. 110. 0. 144. 104PV 145. 2.87 0.094 119.8 0.12 0.005 117 89.157 75.933 13.224 118RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 109 67. 180. 0. 1. 104PV 145. 0.03 0.001 119.8 0.00 0.000 122 89.157 75.933 13.224 118RN 110 70. 190. 0. 750. E 400 85. 15.00 0.033 376.8 0.01 0.000 117 89.162 74.878 14.284 115 111 45. 120. 0. 60. E 400 85. 1.20 0.003 376.8 0.00 0.000 115 89.162 74.852 14.310 116RN 112 95. 250. 0. 410. E 150 76. 8.20 0.129 135.2 0.46 0.045 115 89.118 75.128 13.990 113 113 54. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 113 89.116 75.339 13.777 114RN 114 87. 230. 0. 30. E 150 76. 0.60 0.009 135.2 0.00 0.000 113 89.118 75.258 13.860 111

115 82. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 111 89.112 75.669 13.443 112RN 116 124. 330. 0. 470. 104PV 145. 9.40 0.307 119.8 1.07 0.135 108 89.118 75.258 13.860 111 117 212. 560. 0. 1285. E 150 76. 25.70 0.404 135.2 3.83 0.810 88 89.251 75.685 13.566 108 118 81. 220. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.030 108 89.222 75.996 13.226 109 119 56. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 109 89.220 76.200 13.020 110RN 120 119. 320. 0. 532. E 151 103. 10.63 0.165 152.4 0.42 0.050 127 89.174 75.680 13.494 128 121 88. 230. 0. 540. E 151 103. 10.80 0.168 152.4 0.43 0.040 127 89.186 76.366 12.820 125 122 31. 80. 0. 40. E 132 103. 0.80 0.016 133.3 0.01 0.000 125 89.186 76.743 12.443 126RN 123 46. 120. 0. 285. 104PV 145. 5.70 0.186 119.8 0.42 0.020 125 89.167 76.367 12.800 124 124 24. 60. 0. 1377. 104PV 145. 27.53 0.900 119.8 7.83 0.190 136 89.224 75.833 13.391 127 125 70. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 136 89.408 76.258 13.150 137RN 126 19. 50. 0. 1622. 104PV 145. 32.43 1.060 119.8 10.60 0.200 138 89.412 75.770 13.642 136 127 37. 100. 0. 234. 104PV 145. 4.67 0.153 119.8 0.29 0.010 62 89.613 75.916 13.697 138 128 53. 140. 0. 1533. 104PV 145. 30.66 1.003 119.8 9.55 0.505 139 89.613 75.916 13.697 138 129 28. 70. 0. 1422. 104PV 145. 28.44 0.930 119.8 8.31 0.235 71 90.120 76.114 14.006 139 130 24. 60. 0. 1505. 104PV 145. 30.11 0.984 119.8 9.24 0.220 71 90.131 76.244 13.887 64 131 70. 190. 0. 311. 104PV 145. 6.22 0.204 119.8 0.50 0.035 140 90.120 76.114 14.006 139 132 12. 30. 0. 491. 104PV 145. 9.82 0.321 119.8 1.16 0.015 141 90.155 76.340 13.815 140MH 133 12. 30. 0. 591. 104PV 145. 11.82 0.387 119.8 1.64 0.020 85 90.169 76.300 13.869 141 134 28. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 141 90.169 76.200 13.969 142RN 135 26. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 140 90.155 76.212 13.943 143RN 136 14. 40. 0. 1398. 104PV 145. 27.96 0.914 119.8 8.05 0.115 85 90.076 76.415 13.661 86 137 14. 40. 0. 448. 104PV 145. 8.96 0.293 119.8 0.98 0.015 86 90.062 76.395 13.667 88 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 138 44. 120. 0. 1197. 104PV 145. 23.94 0.783 119.8 6.04 0.265 89 90.062 76.395 13.667 88

139 43. 110. 0. 785. 104PV 145. 15.70 0.513 119.8 2.77 0.120 87 89.862 76.958 12.904 100 140 65. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 100 89.859 77.058 12.801 101RN 141 62. 160. 0. 480. 104PV 145. 9.60 0.314 119.8 1.11 0.070 100 89.793 77.143 12.650 102 142 28. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 102 89.793 77.164 12.629 107RN 143 15. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 102 89.793 77.151 12.642 106RN 144 38. 100. 0. 240. 104PV 145. 4.80 0.157 119.8 0.31 0.010 102 89.781 77.105 12.676 103 145 42. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 103 89.780 77.470 12.310 104RN 146 29. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 103 89.781 77.130 12.651 105RN 147 41. 110. 0. 1229. 104PV 145. 24.57 0.803 119.8 6.34 0.260 84 90.188 76.257 13.931 85 148 26. 70. 0. 459. 104PV 145. 9.19 0.300 119.8 1.03 0.025 83 90.448 76.206 14.242 84 149 15. 40. 0. 310. 104PV 145. 6.20 0.203 119.8 0.50 0.005 83 90.468 76.100 14.368 82 150 17. 50. 0. 1272. 104PV 145. 25.45 0.832 119.8 6.77 0.115 82 90.353 75.992 14.361 71 151 28. 70. 0. 875. 104PV 145. 17.50 0.572 119.8 3.38 0.095 86 89.981 76.400 13.581 87 152 52. 140. 0. 921. 104PV 145. 18.41 0.602 119.8 3.72 0.195 90 90.188 76.257 13.931 85 153 60. 160. 0. 939. 104PV 145. 18.78 0.614 119.8 3.86 0.230 93 90.448 76.206 14.242 84 154 59. 160. 0. 904. 104PV 145. 18.09 0.591 119.8 3.60 0.210 94 90.475 76.200 14.275 83 155 62. 160. 0. 1087. 104PV 145. 21.75 0.711 119.8 5.06 0.315 95 90.468 76.100 14.368 82 156 60. 160. 0. 1825. 104PV 145. 36.49 1.193 119.8 13.19 0.790 72 90.353 75.992 14.361 71 157 8. 20. 0. 1267. 104PV 145. 25.34 0.829 119.8 6.72 0.055 90 90.328 76.700 13.628 89MH 158 11. 30. 0. 2283. 104PV 145. 45.66 1.493 119.8 19.97 0.220 91 90.382 76.708 13.674 90 159 24. 60. 0. 1125. 104PV 145. 22.50 0.736 119.8 5.39 0.130 92 90.601 76.895 13.706 91 160 16. 40. 0. 847. 104PV 145. 16.94 0.554 119.8 3.18 0.050 92 90.680 76.924 13.756 93 161 27. 70. 0. 227. 104PV 145. 4.54 0.149 119.8 0.28 0.010 94 90.680 76.924 13.756 93 162 14. 40. 0. 1267. 104PV 145. 25.33 0.828 119.8 6.71 0.095 95 90.687 76.900 13.787 94 163 12. 30. 0. 2469. 104PV 145. 49.38 1.615 119.8 23.09 0.275 75 90.781 76.800 13.981 95

164 13. 30. 0. 1255. 104PV 145. 25.10 0.821 119.8 6.59 0.085 72 91.058 76.900 14.158 75 165 27. 70. 0. 3209. 104PV 145. 64.19 2.099 119.8 37.54 1.015 73 91.144 76.814 14.330 72 166 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 73 92.157 77.108 15.049 74RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 167 74. 200. 0. 3394. 132PV 145. 67.89 1.378 152.0 13.04 0.965 79 92.157 77.025 15.132 73 168 149. 400. 0. 9543. 250AC 140. 190.87 1.080 284.1 4.21 0.625 48 93.122 77.175 15.947 79 169 33. 90. 0. 5804. 132PV 145. 116.08 2.356 152.0 35.21 1.160 79 91.960 77.200 14.760 78 170 6. 20. 0. 3630. 104PV 145. 72.61 2.374 119.8 47.16 0.285 78 91.678 77.000 14.678 77 171 25. 70. 0. 2154. 104PV 145. 43.08 1.409 119.8 17.94 0.450 77 91.229 76.990 14.239 76 172 25. 70. 0. 1279. 104PV 145. 25.58 0.837 119.8 6.83 0.170 76 91.058 76.900 14.158 75 173 5. 10. 0. 2114. 104PV 145. 42.27 1.382 119.8 17.32 0.085 78 91.874 77.200 14.674 80 174 85. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 80 91.867 77.300 14.567 81RN 175 44. 120. 0. 1819. 104PV 145. 36.37 1.189 119.8 13.11 0.575 80 91.297 77.035 14.262 98 176 23. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 98 91.297 77.263 14.034 99RN 177 95. 250. 0. 1328. 104PV 145. 26.56 0.868 119.8 7.32 0.695 98 90.601 76.895 13.706 91 178 22. 60. 0. 216. 104PV 145. 4.32 0.141 119.8 0.25 0.005 98 91.291 77.243 14.048 97 179 23. 60. 0. 1457. 104PV 145. 29.14 0.953 119.8 8.70 0.200 97 91.091 77.156 13.935 96 180 22. 60. 0. 2052. 104PV 145. 41.04 1.342 119.8 16.40 0.360 96 90.731 76.985 13.746 92 181 50. 130. 0. 1366. 104PV 145. 27.33 0.894 119.8 7.72 0.385 77 91.291 77.243 14.048 97 182 57. 150. 0. 730. 104PV 145. 14.60 0.477 119.8 2.42 0.140 76 91.091 77.156 13.935 96 183 101. 270. 0. 10244. E 300 103. 204.88 0.805 302.9 3.51 0.355 182 94.432 76.660 17.772 52 184 129. 340. 0. 10533. 250AC 140. 210.65 1.192 284.1 5.05 0.650 182 94.135 76.572 17.563 50 185 133. 350. 0. 1352. 104PV 145. 27.04 0.884 119.8 7.57 1.005 49 93.045 76.752 16.293 183 186 80. 210. 0. 922. 104PV 145. 18.44 0.603 119.8 3.73 0.300 183 92.747 76.536 16.211 47 187 19. 50. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.000 183 93.044 76.853 16.191 184

188 15. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 184 93.044 76.860 16.184 185RN 189 22. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 184 93.043 76.665 16.378 186RN 190 50. 130. 0. 21147. E 300 103. 422.93 1.662 302.9 13.45 0.670 181 94.787 77.565 17.222 182MH 191 59. 160. 0. 23076. 400AC 140. 343.49 0.759 508.6 1.27 0.075 187 95.459 77.869 17.590 181 E 300 103. 118.04 0.464 192 24. 60. 0. 23186. 450AC 140. 463.73 0.810 511.4 1.24 0.030 188 95.534 77.850 17.684 187 193 40. 110. 0. 25648. 450AC 140. 512.96 0.896 511.4 1.50 0.060 11 95.564 77.715 17.849 188 194 64. 170. 0. 2292. 104PV 145. 45.84 1.499 119.8 20.12 1.290 188 94.276 77.236 17.040 189 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 195 68. 180. 0. 456. 104PV 145. 9.12 0.298 119.8 1.01 0.070 189 94.208 78.107 16.101 180 196 117. 310. 0. 1630. 104PV 145. 32.59 1.066 119.8 10.70 1.250 181 94.208 78.107 16.101 180 197 49. 130. 0. 1775. 104PV 145. 35.51 1.161 119.8 12.54 0.615 180 93.593 77.619 15.974 179 198 23. 60. 0. 1099. 104PV 145. 21.98 0.719 119.8 5.16 0.120 179 93.475 77.548 15.927 178 199 25. 70. 0. 1349. 104PV 145. 26.98 0.882 119.8 7.54 0.190 178 93.286 77.602 15.684 176 200 22. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 176 93.286 77.873 15.413 177RN 201 44. 120. 0. 1194. 104PV 145. 23.88 0.781 119.8 6.01 0.265 176 93.021 77.500 15.521 175MH 202 26. 70. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.015 192 93.475 77.548 15.927 178 203 54. 140. 0. 305. 104PV 145. 6.09 0.199 119.8 0.48 0.025 192 93.465 76.740 16.725 191 204 8. 20. 0. 1087. 104PV 145. 21.75 0.711 119.8 5.06 0.040 191 93.424 76.700 16.724 17 205 36. 100. 0. 913. 104PV 145. 18.25 0.597 119.8 3.66 0.130 190 93.465 76.740 16.725 191 206 68. 180. 0. 1571. 104PV 145. 31.42 1.027 119.8 10.00 0.680 189 93.596 77.652 15.944 190 207 39. 100. 0. 468. 104PV 145. 9.37 0.306 119.8 1.06 0.040 190 93.555 77.701 15.854 193 208 27. 70. 0. 546. 104PV 145. 10.93 0.357 119.8 1.41 0.040 179 93.555 77.701 15.854 193 209 42. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 193 93.554 77.993 15.561 194RN 210 20. 50. 0. 1384. 104PV 145. 27.68 0.905 119.8 7.91 0.160 20 91.789 76.992 14.797 173 211 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 173 91.788 77.225 14.563 174RN

212 21. 60. 0. 1249. 104PV 145. 24.98 0.817 119.8 6.54 0.135 173 91.651 77.300 14.351 172 213 25. 70. 0. 114. 104PV 145. 2.29 0.075 119.8 0.08 0.000 22 91.651 77.300 14.351 172 214 10. 30. 0. 1283. 104PV 145. 25.66 0.839 119.8 6.87 0.070 172 91.583 77.335 14.248 170 215 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 170 91.582 77.552 14.030 171RN 216 23. 60. 0. 1158. 104PV 145. 23.16 0.757 119.8 5.69 0.130 170 91.452 77.458 13.994 168MH 217 35. 90. 0. 963. 104PV 145. 19.26 0.630 119.8 4.04 0.140 168 91.310 76.607 14.703 23 218 44. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 168 91.451 77.300 14.151 169RN 219 33. 90. 0. 998. 104PV 145. 19.97 0.653 119.8 4.32 0.145 25 89.991 76.953 13.038 166 220 96. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.010 166 89.981 77.225 12.756 167RN 221 47. 130. 0. 628. 104PV 145. 12.57 0.411 119.8 1.83 0.085 166 89.905 76.885 13.020 165MH 222 32. 90. 0. 325. 104PV 145. 6.51 0.213 119.8 0.54 0.015 28 89.905 76.885 13.020 165MH 223 92. 240. 0. 724. 104PV 145. 14.48 0.473 119.8 2.38 0.220 165 89.686 76.600 13.086 32 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 224 12. 30. 0. 15. E 300 103. 0.30 0.001 302.9 0.00 0.000 39 89.248 76.700 12.548 164RN 225 32. 90. 0. 119. E 104 103. 2.38 0.078 105.0 0.16 0.005 35 89.356 76.354 13.002 156 226 45. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 156 89.355 76.621 12.734 157RN 227 59. 160. 0. 126. E 104 103. 2.52 0.082 105.0 0.18 0.010 158 89.356 76.354 13.002 156 228 34. 90. 0. 153. 104PV 145. 3.05 0.100 119.8 0.13 0.005 162 89.367 76.382 12.985 158 229 29. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 162 89.371 76.500 12.871 163RN 230 81. 220. 0. 208. E 104 103. 4.17 0.136 105.0 0.45 0.035 159 89.367 76.382 12.985 158 231 50. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 159 89.402 76.852 12.550 160RN 232 14. 40. 0. 468. 104PV 145. 9.37 0.306 119.8 1.06 0.015 161 89.403 76.702 12.701 159 233 69. 180. 0. 368. 104PV 145. 7.35 0.240 119.8 0.68 0.045 161 89.371 76.475 12.896 162 234 67. 180. 0. 1036. 104PV 145. 20.72 0.678 119.8 4.62 0.310 44 89.418 76.778 12.640 161MH 235 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 15 93.699 76.750 16.949 215RN

236 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 16 93.499 76.720 16.779 216RN 237 22. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 18 93.049 76.710 16.339 217RN 238 15. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 21 91.783 76.740 15.043 218RN 239 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 24 90.603 76.700 13.903 219RN 240 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 26 90.071 76.600 13.471 220RN 241 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 27 89.965 76.800 13.165 221RN 242 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 29 89.830 76.710 13.120 222RN 243 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 30 89.761 76.850 12.911 223RN 244 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 31 89.718 76.700 13.018 224RN 245 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 33 89.610 76.900 12.710 225RN 246 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 34 89.433 76.550 12.883 226RN 247 22. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 36 89.345 76.470 12.875 227RN 248 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 37 89.249 76.400 12.849 228RN 249 60. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 14 94.677 76.925 17.752 214RN 250 54. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 13 94.998 76.852 18.146 213RN 251 43. 110. 0. 180. E 104 103. 3.60 0.118 105.0 0.34 0.015 12 95.234 77.484 17.750 206 252 42. 110. 0. 70. E 104 103. 1.40 0.046 105.0 0.06 0.005 208 95.234 77.484 17.750 206 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 253 40. 110. 0. 450. E 104 103. 9.00 0.294 105.0 1.88 0.075 211 95.237 77.754 17.483 208 254 51. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 206 95.232 77.522 17.710 207RN 255 51. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 208 95.235 77.815 17.420 209RN 256 59. 160. 0. 585. 104PV 145. 11.70 0.383 119.8 1.60 0.095 204 95.312 78.033 17.279 211 257 50. 130. 0. 851. 104PV 145. 17.02 0.556 119.8 3.21 0.160 10 95.586 78.309 17.277 202 258 35. 90. 0. 801. 104PV 145. 16.03 0.524 119.8 2.87 0.100 202 95.486 78.450 17.036 203 259 43. 110. 0. 631. 104PV 145. 12.63 0.413 119.8 1.85 0.080 203 95.406 78.303 17.103 204

260 84. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 204 95.400 78.213 17.187 205RN 261 29. 80. 0. 101. 104PV 145. 2.01 0.066 119.8 0.06 0.000 195 95.586 78.309 17.277 202 262 33. 90. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 203 95.486 78.523 16.963 198 263 36. 100. 0. 359. 104PV 145. 7.17 0.234 119.8 0.65 0.025 200 95.406 78.303 17.103 204 264 48. 130. 0. 1114. 104PV 145. 22.28 0.729 119.8 5.29 0.255 8 95.588 78.453 17.135 195 265 13. 30. 0. 894. 104PV 145. 17.87 0.584 119.8 3.52 0.045 195 95.542 78.442 17.100 196 266 40. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 196 95.542 78.436 17.106 197RN 267 23. 60. 0. 739. 104PV 145. 14.77 0.483 119.8 2.47 0.055 196 95.486 78.523 16.963 198 268 34. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 198 95.485 78.523 16.962 199RN 269 40. 110. 0. 544. 104PV 145. 10.87 0.355 119.8 1.40 0.055 198 95.430 78.321 17.109 200 270 29. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 200 95.429 78.412 17.017 201RN 271 50. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 208 95.235 77.600 17.635 210RN 272 194. 520. 0. 260. E 125 103. 5.20 0.118 126.2 0.28 0.055 2 98.150 78.223 19.927 212RN 273 63. 170. 0. 4679. E 450 86. 93.58 0.163 425.2 0.16 0.010 2 98.193 78.000 20.193 229 274 57. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 229 98.191 78.125 20.066 230RN 275 63. 170. 0. 4359. E 450 86. 87.18 0.152 425.2 0.14 0.010 229 98.185 77.325 20.860 231 276 187. 500. 0. 891. 104PV 145. 17.82 0.583 119.8 3.50 0.655 231 97.530 78.510 19.020 232 277 51. 140. 0. 32442. 300AC 140. 648.84 2.550 340.9 16.69 0.850 232 96.679 78.425 18.254 3MH 278 73. 190. 0. 325. E 151 103. 6.50 0.101 152.4 0.17 0.010 231 98.173 77.184 20.989 233 279 89. 240. 0. 110. E 150 76. 2.20 0.035 135.2 0.04 0.005 233 98.169 78.073 20.096 238RN 280 63. 170. 0. 167. 104PV 145. 3.34 0.109 119.8 0.16 0.010 234 98.169 78.073 20.096 238RN 281 56. 150. 0. 3. E 150 76. 0.06 0.001 135.2 0.00 0.000 236 98.169 78.073 20.096 238RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 282 18. 50. 0. 25. E 150 76. 0.50 0.008 135.2 0.00 0.000 236 98.169 77.500 20.669 237RN 283 60. 160. 0. 208. E 150 76. 4.16 0.065 135.2 0.13 0.010 235 98.169 77.863 20.306 236

284 30. 80. 0. 40. E 450 86. 0.80 0.001 425.2 0.00 0.000 235 98.177 77.815 20.362 239RN 285 113. 300. 0. 2563. E 450 86. 51.26 0.090 425.2 0.05 0.005 231 98.179 77.616 20.563 234 286 57. 150. 0. 2086. E 450 86. 41.73 0.073 425.2 0.04 0.000 234 98.177 77.816 20.361 235 287 164. 440. 0. 1423. 104PV 145. 28.46 0.931 119.8 8.32 1.365 235 96.812 78.313 18.499 240 288 105. 280. 0. 703. E 150 76. 14.06 0.221 135.2 1.25 0.130 240 96.680 78.819 17.861 244MH 289 61. 160. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.025 240 96.787 78.384 18.403 241 290 27. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 241 96.786 78.510 18.276 242RN 291 50. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 241 96.785 78.452 18.333 243RN 292 15. 40. 0. 543. E 300 103. 10.86 0.043 302.9 0.02 0.000 244 96.680 78.800 17.880 245 293 247. 645. 0. 201. E 300 103. 4.01 0.016 302.9 0.00 0.000 245 96.679 78.420 18.259 246RN 294 25. 70. 0. 157. E 300 103. 3.14 0.012 302.9 0.00 0.000 3 96.679 78.420 18.259 246RN 295 6. 20. 0. 1203. 104PV 145. 24.07 0.787 119.8 6.10 0.035 68 89.633 77.150 12.483 69MH 296 9. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 148 89.186 75.900 13.286 149RN 297 8. 20. 0. 2165. E 250 103. 43.31 0.245 252.4 0.48 0.005 129 89.174 75.680 13.494 128 298 31. 80. 0. 1094. 104PV 145. 21.88 0.715 119.8 5.12 0.160 175 92.863 76.650 16.213 19 299 23. 60. 0. 790. 104PV 145. 15.79 0.516 119.8 2.80 0.065 193 93.491 77.452 16.039 192 300 30. 80. 0. 40. E 250 103. 0.80 0.005 252.4 0.00 0.000 38 89.248 76.200 13.048 248RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 104 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.310 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00091 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 3.967 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 14108. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 37545. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 114 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2005. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.63/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.)

3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 37545.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 66 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 116 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 8518. 6620.33 43.35 286991.13 86.00 732548.00 8.30 70699.40 0.05 X SUPPLY COST 36627.40 14.00/13.20 PVC 107. 88.66 43.35 3843.53 139.00 14873.00 9.05 968.35 0.05 X SUPPLY COST 743.65 25.00 AC 278. 295.38 43.35 12804.51 394.00 109532.00 17.05 4739.90 0.10 X SUPPLY COST 10953.20 30.00 AC 51. 59.67 43.35 2586.69 569.00 29019.00 23.50 1198.50 0.10 X SUPPLY COST 2901.90 35.00 AC 42. 53.87 43.35 2335.05 802.00 33684.00 29.95 1257.90 0.10 X SUPPLY COST 3368.40 40.00 AC 268. 375.20 43.35 16264.92 1103.00 295604.00 36.40 9755.20 0.10 X SUPPLY COST 29560.40 45.00 AC 64. 97.44 43.35 4224.02 1589.00 101696.00 50.00 3200.00 0.10 X SUPPLY COST 10169.60 TOTAL = 9328. 7590.54 329049.84 1316956.00 91819.25 94324.55 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1832150. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone SIGRA 5 DATE:�� (SIGRA5/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98.820 78.820 20.000 1FH 1 340. 900. 0. 37545. 400AC 140. 721.20 1.594 461.6 5.00 1.700 1 97.120 78.819 18.301 2 E 150 76. 29.70 0.467 2 56. 150. 0. 33877. 400AC 140. 650.74 1.438 461.6 4.13 0.230 2 96.889 78.831 18.058 3 E 150 76. 26.80 0.421 3 60. 160. 0. 24945. 350AC 140. 471.33 1.361 406.5 4.36 0.260 3 96.627 78.722 17.905 4 E 150 76. 27.58 0.433 4 186. 490. 0. 24530. 350AC 140. 463.49 1.338 406.5 4.22 0.785 4 95.842 78.209 17.633 5 E 150 76. 27.12 0.426 5 50. 130. 0. 24140. 350AC 140. 456.12 1.317 406.5 4.10 0.205 5 95.637 78.260 17.377 6 E 150 76. 26.69 0.419 6 49. 130. 0. 23930. 350AC 140. 452.15 1.305 406.5 4.04 0.200 6 95.439 78.274 17.165 7 E 150 76. 26.45 0.416 7 30. 80. 0. 23705. 350AC 140. 447.90 1.293 406.5 3.97 0.120 7 95.320 78.250 17.070 8 E 150 76. 26.21 0.412 8 7. 20. 0. 23525. 350AC 140. 444.50 1.283 406.5 3.91 0.025 8 95.292 78.394 16.898 9 E 150 76. 26.01 0.409 9 40. 110. 0. 23380. 350AC 140. 441.76 1.275 406.5 3.87 0.155 9 95.138 78.436 16.702 10 E 150 76. 25.85 0.406 10 21. 60. 0. 23175. 350AC 140. 437.89 1.264 406.5 3.80 0.080 10 95.058 78.350 16.708 11 E 150 76. 25.62 0.403 11 19. 50. 0. 22850. 350AC 140. 431.75 1.246 406.5 3.70 0.070 11 94.988 78.378 16.610 12 E 150 76. 25.26 0.397 12 28. 70. 0. 22700. 350AC 140. 428.91 1.238 406.5 3.66 0.100 12 94.885 78.465 16.420 13 E 150 76. 25.09 0.394 13 6. 20. 0. 22575. 350AC 140. 426.55 1.231 406.5 3.62 0.020 13 94.863 78.450 16.413 14 E 150 76. 24.96 0.392 14 12. 30. 0. 13723. 300AC 140. 252.33 0.992 352.0 2.90 0.035 14 94.829 78.497 16.332 15 E 150 76. 22.14 0.348 15 34. 90. 0. 13583. 300AC 140. 249.75 0.981 352.0 2.85 0.095 15 94.732 78.772 15.960 16 E 150 76. 21.92 0.345

16 47. 120. 0. 13398. 300AC 140. 246.35 0.968 352.0 2.78 0.130 16 94.601 78.886 15.715 17 E 150 76. 21.62 0.340 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 17 84. 220. 0. 13148. 300AC 140. 242.47 0.953 351.6 2.70 0.225 17 94.375 78.385 15.990 18 E 132 103. 20.50 0.416 18 106. 280. 0. 10549. 250AC 140. 185.64 1.050 298.3 4.00 0.425 18 93.951 78.434 15.517 19 E 132 103. 25.35 0.514 19 28. 70. 0. 9720. 300AC 140. 194.41 0.764 340.9 1.79 0.050 19 93.901 78.407 15.494 20 20 13. 30. 0. 9590. 300AC 140. 191.81 0.754 340.9 1.75 0.025 20 93.878 78.450 15.428 21 21 14. 40. 0. 9475. 300AC 140. 189.51 0.745 340.9 1.71 0.025 21 93.854 78.572 15.282 22 22 50. 130. 0. 8685. 250AC 140. 173.71 0.983 284.1 3.53 0.175 22 93.678 78.500 15.178 23 23 19. 50. 0. 8075. 250AC 140. 161.50 0.914 284.1 3.09 0.060 23 93.619 78.565 15.054 24 24 54. 140. 0. 7900. 250AC 140. 158.00 0.894 284.1 2.96 0.160 24 93.459 78.473 14.986 25 25 47. 120. 0. 7267. 250AC 140. 145.33 0.822 284.1 2.54 0.120 25 93.340 78.570 14.770 26MH 26 20. 50. 0. 4396. 200AC 140. 87.92 0.777 227.3 2.97 0.060 26 93.280 78.450 14.830 27 27 16. 40. 0. 3380. 200AC 140. 67.60 0.598 227.3 1.82 0.030 27 93.251 78.470 14.781 28 28 46. 120. 0. 3220. 200AC 140. 64.40 0.569 227.3 1.67 0.075 28 93.174 78.399 14.775 29 29 21. 60. 0. 3010. 200AC 140. 60.20 0.532 227.3 1.47 0.030 29 93.144 78.400 14.744 30 30 18. 50. 0. 2378. 151PV 145. 47.55 0.738 173.9 3.50 0.065 30 93.080 78.369 14.711 31 31 9. 20. 0. 2083. 151PV 145. 41.65 0.646 173.9 2.74 0.025 31 93.056 78.300 14.756 32 32 33. 90. 0. 1626. 151PV 145. 32.52 0.504 173.9 1.73 0.055 32 92.999 78.252 14.747 33 33 37. 100. 0. 1157. 132PV 145. 23.13 0.470 152.0 1.78 0.065 33 92.933 78.274 14.659 34 34 27. 70. 0. 905. 132PV 145. 18.09 0.367 152.0 1.13 0.030 34 92.902 78.150 14.752 35 35 19. 50. 0. 1086. 132PV 145. 21.72 0.441 152.0 1.58 0.030 35 92.872 78.135 14.737 36 36 293. 780. 0. 591. 104PV 145. 11.82 0.387 119.8 1.64 0.480 36 92.393 78.302 14.091 37 37 112. 300. 0. 269. 104PV 145. 5.38 0.176 119.8 0.38 0.045 38 92.393 78.302 14.091 37 38 48. 130. 0. 894. 104PV 145. 17.88 0.585 119.8 3.52 0.170 39 92.436 78.258 14.178 38

39 33. 90. 0. 570. 104PV 145. 11.40 0.373 119.8 1.53 0.050 40 92.604 78.205 14.399 39 40 50. 130. 0. 890. 132PV 145. 17.80 0.361 152.0 1.09 0.055 41 92.655 78.158 14.497 40 41 34. 90. 0. 792. 132PV 145. 15.84 0.322 152.0 0.88 0.030 42 92.710 78.205 14.505 41 42 8. 20. 0. 1492. 132PV 145. 29.85 0.606 152.0 2.85 0.025 43 92.740 78.250 14.490 42 43 51. 140. 0. 1395. 132PV 145. 27.90 0.566 152.0 2.51 0.130 44 92.762 78.269 14.493 43 44 48. 130. 0. 227. 104PV 145. 4.54 0.148 119.8 0.28 0.015 45 92.890 78.294 14.596 44 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 45 77. 200. 0. 409. 104PV 145. 8.17 0.267 119.8 0.83 0.065 45 92.840 78.353 14.487 46 46 68. 180. 0. 789. 104PV 145. 15.79 0.516 119.8 2.80 0.190 47 92.840 78.353 14.487 46 47 32. 80. 0. 1029. 104PV 145. 20.59 0.673 119.8 4.57 0.145 48 93.030 78.424 14.606 47 48 111. 290. 0. 1819. 132PV 145. 36.38 0.738 152.0 4.11 0.455 49 93.177 78.447 14.730 48 49 53. 140. 0. 3169. 200AC 140. 63.38 0.560 227.3 1.62 0.085 50 93.632 78.395 15.237 49 50 34. 90. 0. 3221. 200AC 140. 64.42 0.570 227.3 1.67 0.055 51 93.718 78.825 14.893 50 51 11. 30. 0. 652. 104PV 145. 13.04 0.426 119.8 1.96 0.020 52 93.775 78.850 14.925 51 52 37. 100. 0. 197. 104PV 145. 3.94 0.129 119.8 0.21 0.010 53 93.797 79.053 14.744 52 53 14. 40. 0. 447. 104PV 145. 8.94 0.292 119.8 0.98 0.015 54 93.805 78.877 14.928 53 54 9. 20. 0. 351. 104PV 145. 7.01 0.229 119.8 0.62 0.005 55 93.818 78.850 14.968 54 55 17. 50. 0. 436. 104PV 145. 8.71 0.285 119.8 0.93 0.015 56 93.824 78.828 14.996 55 56 19. 50. 0. 545. 104PV 145. 10.90 0.356 119.8 1.41 0.025 57 93.840 78.813 15.027 56 57 13. 30. 0. 838. 104PV 145. 16.76 0.548 119.8 3.12 0.040 58 93.866 78.800 15.066 57 58 13. 30. 0. 741. E 132 103. 14.82 0.301 133.3 1.48 0.020 59 93.907 78.809 15.098 58 59 13. 30. 0. 1415. E 132 103. 28.30 0.574 133.3 4.90 0.065 60 93.926 78.800 15.126 59 60 21. 60. 0. 1252. E 132 103. 25.03 0.508 133.3 3.90 0.080 61 93.990 78.801 15.189 60 61 16. 40. 0. 1858. E 132 103. 37.17 0.754 133.3 8.12 0.130 62 94.072 78.593 15.479 61 62 36. 100. 0. 2770. 200AC 140. 44.48 0.393 247.1 0.84 0.030 63 94.202 78.594 15.608 62 E 132 103. 10.92 0.222

63 19. 50. 0. 2895. 200AC 140. 46.48 0.411 247.1 0.91 0.015 64 94.232 78.576 15.656 63 E 132 103. 11.41 0.232 64 174. 460. 0. 3043. 151PV 145. 35.65 0.553 213.1 2.06 0.360 65 94.249 78.514 15.735 64 E 151 103. 25.21 0.391 65 18. 50. 0. 3398. E 200 103. 67.96 0.601 201.9 3.28 0.060 66 94.607 78.500 16.107 65 66 28. 70. 0. 5275. E 200 103. 105.51 0.933 201.9 7.41 0.205 67 94.666 78.590 16.076 66 67 46. 120. 0. 4734. E 200 103. 94.69 0.837 201.9 6.06 0.280 68 94.874 78.602 16.272 67 68 61. 160. 0. 5014. E 200 103. 100.29 0.887 201.9 6.74 0.410 69 95.153 78.521 16.632 68 69 218. 580. 0. 7595. 250AC 140. 135.82 0.769 296.5 2.24 0.490 70 95.564 78.478 17.086 69 E 125 103. 16.07 0.364 70 8. 20. 0. 8035. 250AC 140. 143.69 0.813 296.5 2.49 0.020 71 96.052 78.500 17.552 70 E 125 103. 17.00 0.385 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 71 60. 160. 0. 6952. 250AC 140. 139.04 0.787 284.1 2.34 0.140 72 96.072 78.543 17.529 71MH 72 90. 240. 0. 7526. 250AC 140. 150.53 0.852 284.1 2.71 0.245 73 96.213 78.612 17.601 72 73 43. 110. 0. 7981. 250AC 140. 159.63 0.903 284.1 3.02 0.130 74 96.457 78.760 17.697 73 74 47. 120. 0. 8406. 250AC 140. 168.13 0.951 284.1 3.33 0.155 75 96.586 78.952 17.634 74 75 74. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 75 96.738 78.974 17.764 76RN 76 76. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 74 96.582 78.960 17.622 77RN 77 53. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 73 96.455 78.812 17.643 78RN 78 126. 330. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.020 72 96.193 79.784 16.409 79RN 79 67. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 71 96.069 78.051 18.018 80RN 80 23. 60. 0. 1383. E 125 103. 27.65 0.626 126.2 6.12 0.140 81 96.072 78.543 17.529 71MH 81 24. 60. 0. 1693. E 125 103. 33.87 0.767 126.2 8.91 0.215 82 96.213 78.550 17.663 81 82 63. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 82 96.424 78.898 17.526 83RN 83 51. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 73 96.455 78.802 17.653 84RN 84 40. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 74 96.586 78.868 17.718 85RN

85 52. 140. 0. 1963. E 125 103. 39.27 0.889 126.2 11.72 0.610 86 96.427 78.820 17.607 82 86 51. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 81 96.211 78.600 17.611 87RN 87 54. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 70 96.051 78.650 17.401 88RN 88 95. 250. 0. 2085. 132PV 145. 31.11 0.631 170.0 3.07 0.290 69 95.272 78.669 16.603 89 E 100 103. 10.60 0.375 89 134. 360. 0. 816. 104PV 145. 16.32 0.534 119.8 2.97 0.400 89 94.874 78.602 16.272 67 90 14. 40. 0. 1797. 132PV 145. 26.81 0.544 170.0 2.33 0.035 66 94.634 78.600 16.034 90 E 100 103. 9.13 0.323 91 36. 100. 0. 1487. 132PV 145. 22.18 0.450 170.0 1.64 0.060 90 94.575 78.754 15.821 91 E 100 103. 7.56 0.267 92 47. 120. 0. 874. 104PV 145. 17.48 0.572 119.8 3.37 0.160 91 94.416 79.753 14.663 92 93 41. 110. 0. 629. 104PV 145. 12.58 0.411 119.8 1.84 0.075 92 94.340 80.170 14.170 93MH 94 61. 160. 0. 78. 104PV 145. 1.55 0.051 119.8 0.04 0.000 94 94.340 80.170 14.170 93MH 95 33. 90. 0. 485. 104PV 145. 9.70 0.317 119.8 1.13 0.035 95 94.343 78.923 15.420 94 96 89. 240. 0. 318. 104PV 145. 6.35 0.208 119.8 0.52 0.045 96 94.380 79.015 15.365 95MH 97 36. 100. 0. 183. E 100 103. 3.66 0.130 101.0 0.43 0.015 97 94.426 78.993 15.433 96 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 98 70. 190. 0. 408. E 100 103. 8.16 0.289 101.0 1.89 0.135 91 94.442 79.081 15.361 97 99 32. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 97 94.442 79.158 15.284 99RN 100 50. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 92 94.415 79.852 14.563 100RN 101 90. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.010 90 94.626 79.195 15.431 98RN 102 130. 340. 0. 794. E 100 103. 15.89 0.562 101.0 6.50 0.845 89 94.426 78.993 15.433 96 103 59. 160. 0. 491. 104PV 145. 9.83 0.321 119.8 1.16 0.070 93 94.272 78.863 15.409 101 104 47. 120. 0. 45. 104PV 145. 0.90 0.030 119.8 0.01 0.000 102 94.272 78.863 15.409 101 105 35. 90. 0. 1046. 104PV 145. 20.92 0.684 119.8 4.71 0.165 102 94.108 78.786 15.322 103 106 55. 150. 0. 496. 104PV 145. 9.92 0.324 119.8 1.18 0.065 103 94.043 79.287 14.756 104 107 15. 40. 0. 8. 104PV 145. 0.16 0.005 119.8 0.00 0.000 105 94.043 79.287 14.756 104

108 21. 60. 0. 684. 104PV 145. 13.68 0.447 119.8 2.14 0.045 106 94.043 79.300 14.743 105MH 109 9. 20. 0. 4751. 200AC 140. 95.02 0.840 227.3 3.43 0.030 107 94.088 79.214 14.874 106 110 12. 30. 0. 4896. 200AC 140. 97.92 0.866 227.3 3.62 0.045 108 94.119 79.200 14.919 107 111 15. 40. 0. 4991. 200AC 140. 99.82 0.883 227.3 3.75 0.055 109 94.162 79.145 15.017 108 112 12. 30. 0. 5086. 200AC 140. 101.72 0.899 227.3 3.89 0.045 110 94.218 79.102 15.116 109 113 13. 30. 0. 5166. 200AC 140. 103.32 0.913 227.3 4.00 0.050 111 94.265 79.058 15.207 110 114 38. 100. 0. 5281. 250AC 140. 105.62 0.598 284.1 1.41 0.055 112 94.317 79.025 15.292 111 115 150. 400. 0. 5611. 250AC 140. 112.22 0.635 284.1 1.57 0.235 113 94.371 78.085 16.286 112 116 17. 50. 0. 2801. 200AC 140. 56.02 0.495 227.3 1.29 0.020 113 94.585 78.952 15.633 114 117 30. 80. 0. 2225. 200AC 140. 44.50 0.393 227.3 0.84 0.025 114 94.559 79.058 15.501 115 118 13. 30. 0. 741. 104PV 145. 14.83 0.485 119.8 2.49 0.030 115 94.527 79.100 15.427 116MH 119 19. 50. 0. 206. 104PV 145. 4.13 0.135 119.8 0.23 0.005 117 94.527 79.100 15.427 116MH 120 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 117 94.531 79.250 15.281 118RN 121 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 117 94.531 79.300 15.231 119RN 122 30. 80. 0. 1389. 132PV 145. 27.77 0.564 152.0 2.49 0.075 115 94.485 79.125 15.360 120 123 28. 70. 0. 1114. 132PV 145. 22.27 0.452 152.0 1.65 0.045 120 94.438 79.100 15.338 121MH 124 20. 50. 0. 99. 104PV 145. 1.98 0.065 119.8 0.06 0.000 122 94.438 79.100 15.338 121MH 125 31. 80. 0. 1112. 132PV 145. 22.25 0.452 152.0 1.65 0.050 121 94.387 78.919 15.468 123 126 29. 80. 0. 1224. 132PV 145. 24.48 0.497 152.0 1.97 0.055 123 94.330 78.886 15.444 125 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 127 26. 70. 0. 1301. 132PV 145. 26.02 0.528 152.0 2.21 0.055 125 94.273 78.804 15.469 102 128 28. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 102 94.272 78.969 15.303 126RN 129 50. 130. 0. 217. 104PV 145. 4.35 0.142 119.8 0.26 0.015 94 94.330 78.886 15.444 125 130 31. 80. 0. 232. 104PV 145. 4.63 0.151 119.8 0.29 0.010 124 94.387 78.919 15.468 123 131 24. 60. 0. 362. 104PV 145. 7.25 0.237 119.8 0.66 0.015 124 94.380 79.015 15.365 95MH

132 20. 50. 0. 689. 104PV 145. 13.78 0.451 119.8 2.17 0.045 122 94.396 78.096 16.300 124 133 26. 70. 0. 873. 104PV 145. 17.45 0.571 119.8 3.37 0.090 116 94.440 78.910 15.530 122 134 57. 150. 0. 436. 104PV 145. 8.73 0.285 119.8 0.93 0.055 114 94.531 79.102 15.429 117 135 41. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 257 94.256 78.910 15.346 127RN 136 32. 80. 0. 390. 104PV 145. 7.80 0.255 119.8 0.76 0.025 103 94.084 78.898 15.186 128 137 67. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 128 94.080 78.995 15.085 129RN 138 64. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.005 128 94.081 79.068 15.013 130RN 139 74. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 120 94.480 79.268 15.212 131RN 140 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 112 94.370 78.970 15.400 132RN 141 19. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 111 94.317 79.200 15.117 133RN 142 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 110 94.265 79.150 15.115 134RN 143 23. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 109 94.218 79.200 15.018 135RN 144 21. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 108 94.162 79.300 14.862 136RN 145 47. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 107 94.118 79.350 14.768 137RN 146 33. 90. 0. 3982. 200AC 140. 79.64 0.704 227.3 2.47 0.080 106 94.006 79.200 14.806 138 147 22. 60. 0. 596. 104PV 145. 11.92 0.390 119.8 1.66 0.035 105 94.006 79.200 14.806 138 148 53. 140. 0. 3930. 200AC 140. 78.60 0.695 227.3 2.41 0.130 138 93.878 79.165 14.713 139 149 41. 110. 0. 3390. 200AC 140. 67.80 0.599 227.3 1.83 0.075 139 93.803 78.934 14.869 140 150 24. 60. 0. 2659. 200AC 140. 53.19 0.470 227.3 1.17 0.030 140 93.775 78.850 14.925 51 151 41. 110. 0. 575. 104PV 145. 11.49 0.376 119.8 1.55 0.065 143 93.797 79.053 14.744 52 152 25. 70. 0. 380. 104PV 145. 7.60 0.249 119.8 0.72 0.020 139 93.860 79.174 14.686 143MH 153 26. 70. 0. 468. 104PV 145. 9.35 0.306 119.8 1.06 0.030 138 93.979 79.100 14.879 145 154 36. 100. 0. 665. 104PV 145. 13.30 0.435 119.8 2.03 0.075 144 93.860 79.174 14.686 143MH 155 9. 20. 0. 1082. 104PV 145. 21.64 0.708 119.8 5.01 0.045 145 93.934 79.050 14.884 144 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

156 7. 20. 0. 669. 104PV 145. 13.38 0.438 119.8 2.06 0.015 146 93.979 79.100 14.879 145 157 20. 50. 0. 626. 104PV 145. 12.53 0.410 119.8 1.82 0.035 150 93.993 78.940 15.053 146 158 18. 50. 0. 384. 104PV 145. 7.68 0.251 119.8 0.74 0.015 104 94.030 79.100 14.930 150 159 20. 50. 0. 409. 104PV 145. 8.17 0.267 119.8 0.83 0.015 141 93.718 78.825 14.893 50 160 15. 40. 0. 525. 104PV 145. 10.51 0.344 119.8 1.32 0.020 255 93.735 78.920 14.815 141MH 161 10. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 255 93.755 78.986 14.769 142RN 162 28. 70. 0. 610. 104PV 145. 12.21 0.399 119.8 1.74 0.050 140 93.755 78.800 14.955 255 163 23. 60. 0. 536. 104PV 145. 10.72 0.350 119.8 1.36 0.030 148 94.000 78.949 15.051 147MH 164 38. 100. 0. 139. 104PV 145. 2.78 0.091 119.8 0.11 0.005 149 94.031 78.789 15.242 148 165 12. 30. 0. 307. 104PV 145. 6.15 0.201 119.8 0.49 0.005 149 94.030 79.100 14.930 150 166 51. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 68 95.151 78.602 16.549 151RN 167 38. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 65 94.607 78.651 15.956 152RN 168 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 63 94.232 78.800 15.432 153RN 169 35. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 62 94.201 78.642 15.559 154RN 170 27. 70. 0. 609. 104PV 145. 12.18 0.398 119.8 1.73 0.045 59 93.880 78.791 15.089 155 171 49. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 155 93.878 78.750 15.128 156RN 172 14. 40. 0. 424. 104PV 145. 8.48 0.277 119.8 0.88 0.010 155 93.867 78.845 15.022 157 173 40. 110. 0. 198. 104PV 145. 3.96 0.129 119.8 0.22 0.010 57 93.858 78.815 15.043 158 174 31. 80. 0. 177. 104PV 145. 3.54 0.116 119.8 0.18 0.005 159 93.837 79.000 14.837 161MH 175 59. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 159 93.840 78.900 14.940 160RN 176 19. 50. 0. 309. 104PV 145. 6.18 0.202 119.8 0.49 0.010 157 93.858 78.815 15.043 158 177 71. 190. 0. 222. 104PV 145. 4.43 0.145 119.8 0.27 0.020 161 93.818 78.850 14.968 54 178 12. 30. 0. 195. 104PV 145. 3.90 0.127 119.8 0.21 0.005 56 93.837 79.000 14.837 161MH 179 66. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 53 93.801 79.125 14.676 162RN 180 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 55 93.824 78.500 15.324 163RN

181 67. 180. 0. 240. 104PV 145. 4.81 0.157 119.8 0.31 0.020 143 93.840 78.813 15.027 56 182 85. 230. 0. 242. 104PV 145. 4.84 0.158 119.8 0.31 0.025 144 93.907 78.809 15.098 58 183 30. 80. 0. 248. 104PV 145. 4.96 0.162 119.8 0.33 0.010 147 93.990 78.801 15.189 60 184 32. 80. 0. 517. 104PV 145. 10.33 0.338 119.8 1.28 0.040 61 94.031 78.789 15.242 148 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 185 90. 240. 0. 632. 104PV 145. 12.63 0.413 119.8 1.85 0.165 62 94.035 79.105 14.930 149 186 23. 60. 0. 367. 104PV 145. 7.33 0.240 119.8 0.68 0.015 101 94.256 78.824 15.432 257 187 44. 120. 0. 167. 104PV 145. 3.33 0.109 119.8 0.16 0.005 257 94.249 78.514 15.735 64 188 74. 200. 0. 28. 104PV 145. 0.56 0.018 119.8 0.01 0.000 164 93.735 78.920 14.815 141MH 189 36. 100. 0. 434. 104PV 145. 8.68 0.284 119.8 0.92 0.035 164 93.702 78.956 14.746 165MH 190 55. 150. 0. 687. 104PV 145. 13.74 0.449 119.8 2.16 0.120 166 93.735 78.821 14.914 164 191 37. 100. 0. 636. 104PV 145. 12.72 0.416 119.8 1.87 0.070 167 93.854 78.443 15.411 166 192 28. 70. 0. 721. 104PV 145. 14.42 0.471 119.8 2.36 0.065 167 93.857 78.465 15.392 168 193 45. 120. 0. 192. 104PV 145. 3.85 0.126 119.8 0.20 0.010 169 93.857 78.465 15.392 168 194 33. 90. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 169 93.866 78.588 15.278 170 195 53. 140. 0. 584. 104PV 145. 11.68 0.382 119.8 1.60 0.085 19 93.866 78.588 15.278 170 196 71. 190. 0. 402. 104PV 145. 8.05 0.263 119.8 0.80 0.055 167 93.867 78.833 15.034 169MH 197 156. 410. 0. 2144. 151PV 145. 42.88 0.665 173.9 2.89 0.450 18 93.923 78.513 15.410 167 198 16. 40. 0. 459. 104PV 145. 9.18 0.300 119.8 1.02 0.015 170 93.850 78.600 15.250 171 199 35. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 171 93.850 78.558 15.292 172RN 200 68. 180. 0. 259. 104PV 145. 5.18 0.169 119.8 0.35 0.025 171 93.826 78.600 15.226 173 201 42. 110. 0. 666. 104PV 145. 13.32 0.435 119.8 2.04 0.085 173 93.740 78.528 15.212 174MH 202 54. 140. 0. 24. 104PV 145. 0.47 0.016 119.8 0.00 0.000 174 93.740 78.369 15.371 175 203 89. 240. 0. 369. 104PV 145. 7.37 0.241 119.8 0.68 0.060 175 93.679 77.856 15.823 176 204 32. 80. 0. 751. 104PV 145. 15.01 0.491 119.8 2.55 0.080 176 93.598 77.528 16.070 177

205 58. 150. 0. 836. 104PV 145. 16.73 0.547 119.8 3.11 0.180 177 93.417 77.852 15.565 178 206 64. 170. 0. 620. 104PV 145. 12.40 0.405 119.8 1.79 0.115 22 93.740 78.369 15.371 175 207 122. 320. 0. 361. 104PV 145. 7.21 0.236 119.8 0.66 0.080 23 93.598 77.528 16.070 177 208 85. 230. 0. 308. 104PV 145. 6.16 0.202 119.8 0.49 0.040 25 93.417 77.852 15.565 178 209 49. 130. 0. 889. 104PV 145. 17.79 0.582 119.8 3.49 0.170 178 93.247 78.100 15.147 179 210 56. 150. 0. 2580. 200AC 140. 51.61 0.456 227.3 1.11 0.060 180 93.247 78.100 15.147 179 211 21. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 180 93.308 78.000 15.308 181RN 212 41. 110. 0. 3275. 200AC 140. 65.50 0.579 227.3 1.72 0.070 179 93.176 77.985 15.191 182 213 8. 20. 0. 3130. 200AC 140. 62.60 0.553 227.3 1.58 0.015 182 93.163 78.100 15.063 183 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 214 17. 50. 0. 3005. 200AC 140. 60.10 0.531 227.3 1.47 0.025 183 93.138 78.158 14.980 184 215 32. 80. 0. 2820. 200AC 140. 56.40 0.499 227.3 1.30 0.040 184 93.097 78.254 14.843 185 216 21. 60. 0. 2700. 200AC 140. 54.00 0.477 227.3 1.20 0.025 185 93.071 78.324 14.747 186 217 66. 180. 0. 89. 104PV 145. 1.77 0.058 119.8 0.05 0.005 187 93.071 78.324 14.747 186 218 30. 80. 0. 2419. 151PV 145. 48.37 0.750 173.9 3.62 0.110 186 92.963 78.411 14.552 188 219 48. 130. 0. 931. 104PV 145. 18.62 0.609 119.8 3.79 0.180 188 92.781 78.320 14.461 189 220 35. 90. 0. 493. 104PV 145. 9.86 0.323 119.8 1.17 0.040 189 92.740 79.985 12.755 190MH 221 21. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 190 92.740 79.300 13.440 191RN 222 78. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 40 92.650 78.025 14.625 192RN 223 78. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 38 92.430 78.058 14.372 193RN 224 66. 180. 0. 298. 104PV 145. 5.96 0.195 119.8 0.46 0.030 190 92.710 78.205 14.505 41 225 55. 150. 0. 253. 104PV 145. 5.05 0.165 119.8 0.34 0.020 189 92.762 78.269 14.493 43 226 31. 80. 0. 1343. 132PV 145. 26.86 0.545 152.0 2.34 0.075 188 92.890 78.294 14.596 44 227 51. 140. 0. 871. 104PV 145. 17.41 0.569 119.8 3.35 0.170 187 92.904 78.268 14.636 45 228 143. 380. 0. 945. 104PV 145. 18.90 0.618 119.8 3.90 0.560 49 93.075 78.284 14.791 187

229 90. 240. 0. 484. 104PV 145. 9.69 0.317 119.8 1.13 0.100 48 93.075 78.284 14.791 187 230 133. 350. 0. 146. 104PV 145. 2.92 0.095 119.8 0.12 0.015 50 93.702 78.956 14.746 165MH 231 55. 150. 0. 280. 104PV 145. 5.60 0.183 119.8 0.41 0.025 165 93.679 77.856 15.823 176 232 68. 180. 0. 427. 104PV 145. 8.54 0.279 119.8 0.90 0.060 174 93.679 77.856 15.823 176 233 20. 50. 0. 577. 104PV 145. 11.54 0.377 119.8 1.56 0.030 168 93.826 78.600 15.226 173 234 15. 40. 0. 196. 104PV 145. 3.92 0.128 119.8 0.21 0.005 168 93.854 78.443 15.411 166 235 81. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 186 93.066 78.541 14.525 194RN 236 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 185 93.097 78.400 14.697 195RN 237 47. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 184 93.137 78.369 14.768 196RN 238 34. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 183 93.163 78.100 15.063 197RN 239 31. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 182 93.176 78.150 15.026 198RN 240 30. 80. 0. 931. 104PV 145. 18.62 0.609 119.8 3.79 0.115 27 93.166 78.510 14.656 199 241 20. 50. 0. 441. 104PV 145. 8.83 0.289 119.8 0.95 0.020 199 93.147 78.559 14.588 200 242 37. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 200 93.147 78.600 14.547 201RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 243 19. 50. 0. 291. 104PV 145. 5.83 0.191 119.8 0.44 0.010 200 93.139 78.650 14.489 202 244 39. 100. 0. 375. 104PV 145. 7.49 0.245 119.8 0.70 0.025 199 93.139 78.650 14.489 202 245 32. 80. 0. 551. 104PV 145. 11.02 0.360 119.8 1.44 0.045 202 93.093 78.665 14.428 203 246 31. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 203 93.093 78.700 14.393 204RN 247 8. 20. 0. 421. 104PV 145. 8.42 0.275 119.8 0.87 0.005 203 93.086 78.650 14.436 205 248 27. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 205 93.086 78.800 14.286 206RN 249 31. 80. 0. 301. 104PV 145. 6.02 0.197 119.8 0.47 0.015 205 93.072 78.715 14.357 207MH 250 39. 100. 0. 248. 104PV 145. 4.95 0.162 119.8 0.33 0.015 208 93.072 78.715 14.357 207MH 251 21. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 208 93.084 78.700 14.384 209RN 252 31. 80. 0. 398. 104PV 145. 7.95 0.260 119.8 0.78 0.025 210 93.084 78.698 14.386 208

253 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 210 93.108 78.500 14.608 211RN 254 25. 70. 0. 543. 104PV 145. 10.85 0.355 119.8 1.40 0.035 30 93.109 78.486 14.623 210 255 67. 180. 0. 369. 104PV 145. 7.37 0.241 119.8 0.68 0.045 207 93.026 78.445 14.581 212 256 17. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 212 93.026 78.500 14.526 213RN 257 54. 140. 0. 410. 104PV 145. 8.20 0.268 119.8 0.83 0.045 212 92.981 78.325 14.656 214 258 24. 60. 0. 605. 104PV 145. 12.09 0.395 119.8 1.71 0.040 214 92.940 78.365 14.575 215 259 27. 70. 0. 205. 104PV 145. 4.10 0.134 119.8 0.23 0.005 215 92.934 78.400 14.534 216 260 29. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 216 92.933 78.525 14.408 217RN 261 34. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 216 92.933 78.445 14.488 218RN 262 19. 50. 0. 310. 104PV 145. 6.19 0.202 119.8 0.49 0.010 215 92.931 78.325 14.606 219 263 29. 80. 0. 351. 104PV 145. 7.03 0.230 119.8 0.62 0.020 219 92.912 78.400 14.512 220MH 264 25. 70. 0. 276. 104PV 145. 5.53 0.181 119.8 0.40 0.010 220 92.902 78.150 14.752 35 265 21. 60. 0. 137. 104PV 145. 2.74 0.090 119.8 0.11 0.000 34 92.931 78.325 14.606 219 266 31. 80. 0. 334. 104PV 145. 6.69 0.219 119.8 0.57 0.020 33 92.981 78.325 14.656 214 267 55. 150. 0. 326. 104PV 145. 6.53 0.213 119.8 0.54 0.030 32 93.026 78.445 14.581 212 268 77. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 38 92.431 78.105 14.326 221RN 269 60. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 46 92.838 78.330 14.508 222RN 270 40. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 47 93.030 78.400 14.630 223RN 271 82. 220. 0. 218. 104PV 145. 4.36 0.143 119.8 0.26 0.020 224 92.604 78.205 14.399 39 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 272 83. 220. 0. 498. 104PV 145. 9.96 0.326 119.8 1.19 0.100 225 92.626 78.185 14.441 224 273 49. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 225 92.723 78.325 14.398 226RN 274 41. 110. 0. 793. 104PV 145. 15.86 0.519 119.8 2.82 0.115 46 92.725 78.302 14.423 225 275 21. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 224 92.626 78.200 14.426 227RN 276 119. 320. 0. 485. 104PV 145. 9.71 0.317 119.8 1.14 0.135 42 92.604 78.205 14.399 39

277 120. 320. 0. 160. 104PV 145. 3.20 0.105 119.8 0.15 0.015 37 92.375 78.400 13.975 228RN 278 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 36 92.872 78.240 14.632 229RN 279 99. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.010 31 93.071 78.451 14.620 230RN 280 46. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 29 93.173 78.412 14.761 231RN 281 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 28 93.251 78.450 14.801 232RN 282 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 25 93.459 78.600 14.859 233RN 283 32. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 24 93.619 78.660 14.959 234RN 284 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 21 93.878 78.250 15.628 235RN 285 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 20 93.901 78.380 15.521 236RN 286 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 17 94.601 78.900 15.701 237RN 287 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 16 94.731 78.863 15.868 238RN 288 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 15 94.828 78.760 16.068 239RN 289 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 13 94.885 78.660 16.225 240RN 290 35. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 12 94.987 78.560 16.427 241RN 291 47. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 10 95.137 78.550 16.587 242RN 292 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 9 95.292 78.400 16.892 243RN 293 47. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 7 95.438 78.450 16.988 244RN 294 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 6 95.636 78.393 17.243 245RN 295 30. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 5 95.841 78.400 17.441 246RN 296 35. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 4 96.627 78.852 17.775 247RN 297 49. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 8 95.318 78.632 16.686 248RN 298 28. 70. 0. 235. 104PV 145. 4.70 0.154 119.8 0.30 0.010 11 95.050 78.552 16.498 249 299 22. 60. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.000 249 95.048 78.669 16.379 250 300 17. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 250 95.048 78.700 16.348 251RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

301 16. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 250 95.048 78.750 16.298 252RN 302 20. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 249 95.050 78.800 16.250 253RN 303 121. 320. 0. 160. 104PV 145. 3.20 0.105 119.8 0.15 0.020 96 94.409 79.210 15.199 254RN 304 247. 660. 0. 2363. E 300 84. 47.27 0.186 280.2 0.34 0.085 2 97.036 78.420 18.616 86 305 54. 155. 0. 33. 104PV 145. 0.66 0.022 119.8 0.01 0.000 81 96.213 78.612 17.601 72 306 72. 190. 0. 8732. 250AC 140. 174.64 0.988 284.1 3.57 0.255 14 94.606 78.856 15.750 113 307 25. 70. 0. 2750. 200AC 140. 55.01 0.486 227.3 1.25 0.030 26 93.309 78.250 15.059 180 308 41. 110. 0. 8721. 250AC 140. 174.43 0.987 284.1 3.56 0.145 3 96.743 78.932 17.811 75 309 25. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 157 93.867 78.900 14.967 256RN 310 53. 140. 0. 148. 104PV 145. 2.95 0.097 119.8 0.13 0.005 147 93.993 78.940 15.053 146 311 19. 50. 0. 402. 104PV 145. 8.04 0.263 119.8 0.80 0.015 158 93.843 78.858 14.985 159 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 190 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.755 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00092 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.642 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 14156. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 37545. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 228 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2059. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.13/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 37545.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 93 105 165 169 190 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 177

5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 9410. 7313.60 43.35 317044.66 86.00 809260.00 8.30 78103.00 0.05 X SUPPLY COST 40463.00 14.00/13.20 PVC 657. 544.41 43.35 23600.00 139.00 91323.00 9.05 5945.85 0.05 X SUPPLY COST 4566.15 16.00/15.10 PVC 420. 363.05 43.35 15738.15 184.00 77280.00 11.60 4872.00 0.05 X SUPPLY COST 3864.00 20.00 AC 704. 675.84 43.35 29297.66 285.00 200640.00 13.10 9222.40 0.10 X SUPPLY COST 20064.00 25.00 AC 1043. 1108.19 43.35 48039.93 394.00 410942.00 17.05 17783.15 0.10 X SUPPLY COST 41094.20 30.00 AC 232. 271.44 43.35 11766.92 569.00 132008.00 23.50 5452.00 0.10 X SUPPLY COST 13200.80 35.00 AC 496. 636.12 43.35 27575.80 802.00 397792.00 29.95 14855.20 0.10 X SUPPLY COST 39779.20 40.00 AC 396. 554.40 43.35 24033.24 1103.00 436788.00 36.40 14414.40 0.10 X SUPPLY COST 43678.80 TOTAL = 13358. 11467.05 497096.41 2556033.00 150648.00 206710.14 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3410488. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone SIGRA 6 DATE:�� (SIGRA6/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 94.209 76.209 18.000 1FH 1 80. 100. 0. 28167. 350AC 140. 563.34 1.626 397.8 6.06 0.485 1 93.724 76.245 17.479 2 2 22. 30. 0. 24937. 350AC 140. 476.53 1.376 404.7 4.45 0.100 2 93.626 76.352 17.274 3 E 150 61. 22.21 0.349 3 31. 40. 0. 25068. 350AC 140. 479.04 1.383 404.7 4.49 0.140 3 93.487 76.285 17.202 4 E 150 61. 22.32 0.351 4 21. 30. 0. 1640. E 150 61. 32.79 0.515 124.0 9.15 0.190 4 93.295 76.248 17.047 5 5 14. 20. 0. 1262. E 150 61. 25.23 0.397 124.0 5.63 0.080 5 93.216 76.008 17.208 6 6 58. 70. 0. 1167. E 150 61. 23.33 0.367 124.0 4.87 0.285 6 92.933 75.765 17.168 7 7 38. 50. 0. 613. E 150 61. 12.26 0.193 124.0 1.48 0.055 7 92.877 75.695 17.182 8 8 17. 20. 0. 368. E 150 61. 7.36 0.116 124.0 0.57 0.010 8 92.867 75.578 17.289 9 9 29. 40. 0. 373. E 150 61. 7.46 0.117 124.0 0.59 0.015 9 92.850 75.553 17.297 10 10 43. 60. 0. 283. E 150 61. 5.66 0.089 124.0 0.35 0.015 10 92.835 75.706 17.129 11 11 11. 10. 0. 547. E 150 61. 10.93 0.172 124.0 1.20 0.015 11 92.822 75.666 17.156 12 12 11. 10. 0. 387. E 150 61. 7.73 0.122 124.0 0.63 0.005 12 92.815 75.847 16.968 13 13 98. 130. 0. 761. E 150 61. 15.22 0.239 124.0 2.21 0.215 13 92.598 75.827 16.771 14 14 17. 20. 0. 3242. E 200 95. 64.83 0.573 195.9 3.48 0.060 14 92.539 75.651 16.888 15 15 65. 80. 0. 3122. E 200 95. 62.43 0.552 195.9 3.25 0.210 15 92.328 75.511 16.817 16MH 16 20. 30. 0. 1602. E 200 95. 32.04 0.283 195.9 0.94 0.020 16 92.309 75.405 16.904 17 17 12. 20. 0. 1437. E 200 95. 28.74 0.254 195.9 0.77 0.010 17 92.300 75.055 17.245 18 18 55. 70. 0. 18869. 350AC 140. 326.65 0.943 420.2 2.21 0.120 18 92.178 74.991 17.187 19 E 200 95. 50.72 0.448 19 19. 20. 0. 19133. 350AC 140. 331.22 0.956 420.2 2.27 0.045 19 92.135 75.036 17.099 20MH

E 200 95. 51.43 0.455 20 30. 40. 0. 17724. 350AC 140. 306.83 0.886 420.2 1.97 0.060 20 92.076 74.898 17.178 21 E 200 95. 47.65 0.421 21 17. 20. 0. 17324. 350AC 140. 299.91 0.866 420.2 1.89 0.030 21 92.044 74.806 17.238 22 E 200 95. 46.57 0.412 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 22 37. 50. 0. 16893. 350AC 140. 292.44 0.844 420.2 1.80 0.065 22 91.977 74.710 17.267 23 E 200 95. 45.41 0.402 23 15. 20. 0. 16952. 350AC 140. 293.47 0.847 420.2 1.81 0.025 23 91.950 74.595 17.355 24 E 200 95. 45.57 0.403 24 40. 50. 0. 1469. E 200 95. 29.39 0.260 195.9 0.80 0.030 24 91.918 74.620 17.298 25 25 53. 70. 0. 1180. E 200 95. 23.60 0.209 195.9 0.54 0.030 25 91.890 74.695 17.195 26 26 36. 50. 0. 156. E 150 61. 3.11 0.049 124.0 0.12 0.005 26 91.886 74.740 17.146 27 27 20. 30. 0. 210. E 150 61. 4.19 0.066 124.0 0.20 0.005 27 91.881 74.810 17.071 28MH 28 41. 50. 0. 322. E 150 61. 6.44 0.101 124.0 0.45 0.020 28 91.863 74.683 17.180 29 29 101. 130. 0. 152. E 150 61. 3.04 0.048 124.0 0.11 0.010 29 91.852 75.058 16.794 30 30 42. 50. 0. 18. 104PV 145. 0.36 0.012 119.8 0.00 0.000 31 91.852 75.058 16.794 30 31 69. 90. 0. 158. 104PV 145. 3.16 0.103 119.8 0.14 0.010 32 91.852 76.061 15.791 31 32 47. 60. 0. 233. 104PV 145. 4.66 0.152 119.8 0.29 0.015 33 91.862 76.415 15.447 32MH 33 28. 40. 0. 323. 104PV 145. 6.46 0.211 119.8 0.53 0.015 34 91.875 75.376 16.499 33 34 63. 80. 0. 383. 104PV 145. 7.66 0.250 119.8 0.73 0.045 35 91.890 75.237 16.653 34 35 74. 100. 0. 388. 104PV 145. 7.75 0.254 119.8 0.75 0.055 36 91.936 75.610 16.326 35 36 13. 20. 0. 582. 104PV 145. 11.63 0.380 119.8 1.59 0.020 37 91.992 75.635 16.357 36 37 91. 120. 0. 862. 104PV 145. 17.23 0.563 119.8 3.29 0.300 38 92.013 75.760 16.253 37MH 38 14. 20. 0. 1509. 132PV 145. 30.18 0.613 152.0 2.90 0.040 39 92.312 75.795 16.517 38 39 43. 60. 0. 1269. 132PV 145. 25.39 0.515 152.0 2.11 0.090 40 92.352 75.965 16.387 39MH 40 18. 20. 0. 1501. 132PV 145. 30.03 0.609 152.0 2.88 0.050 41 92.443 76.036 16.407 40 41 30. 40. 0. 2161. 132PV 145. 43.22 0.877 152.0 5.65 0.170 42 92.495 76.145 16.350 41

42 114. 150. 0. 2618. 151PV 145. 52.36 0.812 173.9 4.19 0.475 43 92.664 76.425 16.239 42MH 43 64. 80. 0. 364. E 250 95. 7.28 0.041 244.9 0.02 0.000 44 93.142 76.515 16.627 43 44 11. 10. 0. 21709. 350AC 140. 434.18 1.254 397.8 3.74 0.040 45 93.143 76.485 16.658 44 45 37. 50. 0. 22535. 350AC 140. 450.71 1.301 397.8 4.01 0.150 46 93.184 76.403 16.781 45 46 22. 30. 0. 768. 104PV 145. 15.36 0.502 119.8 2.66 0.060 46 93.274 76.258 17.016 47 47 88. 110. 0. 961. 104PV 145. 19.22 0.629 119.8 4.02 0.355 47 92.920 76.158 16.762 48 48 16. 20. 0. 532. 104PV 145. 10.65 0.348 119.8 1.35 0.020 48 92.898 75.950 16.948 49 49 14. 20. 0. 595. 104PV 145. 11.89 0.389 119.8 1.65 0.025 49 92.875 75.895 16.980 50 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 50 21. 30. 0. 550. 104PV 145. 10.99 0.359 119.8 1.43 0.030 50 92.845 75.885 16.960 51MH 51 9. 10. 0. 45. 104PV 145. 0.90 0.030 119.8 0.01 0.000 51 92.845 75.795 17.050 52 52 43. 60. 0. 319. 104PV 145. 6.37 0.208 119.8 0.52 0.020 53 92.845 75.795 17.050 52 53 18. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 50 92.875 76.385 16.490 54RN 54 21. 30. 0. 278. 104PV 145. 5.56 0.182 119.8 0.40 0.010 55 93.274 76.258 17.016 47 55 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 55 93.282 76.380 16.902 56RN 56 122. 160. 0. 716. 104PV 145. 14.33 0.468 119.8 2.34 0.285 45 92.899 76.275 16.624 57 57 14. 20. 0. 162. 104PV 145. 3.23 0.106 119.8 0.15 0.000 58 92.899 76.275 16.624 57 58 20. 30. 0. 137. 104PV 145. 2.74 0.090 119.8 0.11 0.000 58 92.899 76.195 16.704 59 59 16. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 59 92.899 76.621 16.278 60RN 60 8. 10. 0. 21295. 350AC 140. 425.90 1.230 397.8 3.61 0.030 44 93.114 76.680 16.434 61 61 42. 50. 0. 21225. 350AC 140. 424.50 1.226 397.8 3.59 0.150 61 92.963 76.710 16.253 62 62 16. 20. 0. 20384. 350AC 140. 407.68 1.177 397.8 3.33 0.055 62 92.910 76.755 16.155 63 63 13. 20. 0. 20314. 350AC 140. 406.28 1.173 397.8 3.31 0.045 63 92.867 77.650 15.217 64MH 64 5. 10. 0. 2373. 200AC 140. 47.45 0.420 227.3 0.95 0.005 64 92.862 76.832 16.030 65 65 12. 20. 0. 2308. 200AC 140. 46.15 0.408 227.3 0.90 0.010 65 92.851 76.856 15.995 66MH

66 15. 20. 0. 1818. 132PV 145. 36.36 0.738 152.0 4.10 0.060 66 92.790 76.551 16.239 67 67 13. 20. 0. 1738. 132PV 145. 34.76 0.706 152.0 3.77 0.050 67 92.741 76.131 16.610 68 68 26. 30. 0. 2204. 200AC 140. 36.63 0.324 243.8 0.59 0.015 68 92.725 76.028 16.697 69 E 150 61. 7.44 0.117 69 22. 30. 0. 2640. 200AC 140. 43.90 0.388 243.8 0.82 0.020 69 92.707 76.159 16.548 70 E 150 61. 8.91 0.140 70 33. 40. 0. 20. E 150 61. 0.40 0.006 124.0 0.00 0.000 70 92.707 76.441 16.266 71RN 71 57. 70. 0. 502. 104PV 145. 10.04 0.328 119.8 1.21 0.070 72 92.725 76.028 16.697 69 72 30. 40. 0. 728. 104PV 145. 14.56 0.476 119.8 2.41 0.070 73 92.794 76.380 16.414 72 73 18. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 73 92.867 76.510 16.357 74RN 74 10. 10. 0. 166. 104PV 145. 3.32 0.109 119.8 0.16 0.000 72 92.793 76.669 16.124 75 75 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 65 92.862 76.725 16.137 76RN 76 31. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 61 93.114 76.852 16.262 77RN 77 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 63 92.910 76.663 16.247 78RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 78 43. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 67 92.790 75.823 16.967 79RN 79 126. 160. 0. 17847. 350AC 140. 356.93 1.030 397.8 2.60 0.330 64 92.539 75.601 16.938 80 80 59. 80. 0. 17667. 350AC 140. 353.33 1.020 397.8 2.56 0.150 80 92.388 75.551 16.837 81 81 14. 20. 0. 17567. 350AC 140. 351.33 1.014 397.8 2.53 0.035 81 92.353 75.690 16.663 82 82 41. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 82 92.352 75.770 16.582 83RN 83 40. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 81 92.388 75.910 16.478 84RN 84 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 80 92.538 76.335 16.203 85RN 85 73. 90. 0. 761. 104PV 145. 15.22 0.498 119.8 2.61 0.190 62 92.773 76.301 16.472 86 86 21. 30. 0. 671. 104PV 145. 13.42 0.439 119.8 2.07 0.045 86 92.729 76.105 16.624 87 87 42. 50. 0. 611. 104PV 145. 12.22 0.399 119.8 1.74 0.075 87 92.656 75.825 16.831 88 88 63. 80. 0. 888. 104PV 145. 17.76 0.581 119.8 3.48 0.220 88 92.437 75.715 16.722 89 89 32. 40. 0. 950. 104PV 145. 19.00 0.621 119.8 3.94 0.125 89 92.311 75.669 16.642 90

90 12. 20. 0. 1487. 104PV 145. 29.74 0.973 119.8 9.03 0.110 90 92.203 75.301 16.902 91 91 88. 110. 0. 1342. E 250 95. 26.84 0.152 244.9 0.23 0.020 91 92.183 75.215 16.968 92 92 17. 20. 0. 1217. E 250 95. 24.34 0.138 244.9 0.19 0.005 92 92.179 75.418 16.761 93 93 23. 30. 0. 404. E 250 95. 8.08 0.046 244.9 0.02 0.000 93 92.179 75.160 17.019 94 94 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 94 92.179 75.245 16.934 95RN 95 25. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 93 92.179 75.369 16.810 96RN 96 47. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 92 92.182 75.869 16.313 97RN 97 59. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 91 92.202 76.302 15.900 98RN 98 24. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 86 92.773 76.412 16.361 99RN 99 19. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 87 92.729 75.503 17.226 100RN 100 16. 20. 0. 124. 104PV 145. 2.48 0.081 119.8 0.09 0.000 36 91.990 75.305 16.685 101 101 58. 70. 0. 79. 104PV 145. 1.58 0.052 119.8 0.04 0.000 101 91.988 75.218 16.770 102 102 20. 30. 0. 302. 104PV 145. 6.04 0.198 119.8 0.47 0.010 102 91.979 75.428 16.551 103 103 44. 60. 0. 417. 104PV 145. 8.35 0.273 119.8 0.86 0.040 103 91.941 75.963 15.978 104MH 104 48. 60. 0. 378. 104PV 145. 7.56 0.247 119.8 0.72 0.035 104 91.907 75.205 16.702 105 105 58. 70. 0. 169. 104PV 145. 3.38 0.110 119.8 0.16 0.010 105 91.897 75.663 16.234 106MH 106 33. 40. 0. 194. 104PV 145. 3.88 0.127 119.8 0.21 0.005 107 91.897 75.663 16.234 106MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 107 5. 10. 0. 99. 104PV 145. 1.99 0.065 119.8 0.06 0.000 108 91.904 75.645 16.259 107 108 9. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 108 91.904 75.123 16.781 109RN 109 19. 20. 0. 298. 104PV 145. 5.96 0.195 119.8 0.46 0.010 106 91.889 74.663 17.226 110 110 25. 30. 0. 70. 104PV 145. 1.41 0.046 119.8 0.03 0.000 110 91.888 75.332 16.556 111MH 111 117. 150. 0. 251. 104PV 145. 5.02 0.164 119.8 0.33 0.040 112 91.941 75.963 15.978 104MH 112 37. 50. 0. 486. 104PV 145. 9.71 0.318 119.8 1.14 0.040 113 91.980 75.287 16.693 112 113 22. 30. 0. 570. 104PV 145. 11.39 0.372 119.8 1.53 0.035 114 92.022 75.250 16.772 113

114 53. 70. 0. 398. 104PV 145. 7.97 0.260 119.8 0.79 0.040 114 92.014 75.302 16.712 115 115 19. 20. 0. 323. 104PV 145. 6.47 0.211 119.8 0.54 0.010 115 92.004 75.255 16.749 116 116 8. 10. 0. 288. 104PV 145. 5.77 0.189 119.8 0.43 0.005 116 92.000 75.195 16.805 117 117 9. 10. 0. 258. 104PV 145. 5.17 0.169 119.8 0.35 0.005 117 91.997 75.176 16.821 118 118 15. 20. 0. 223. 104PV 145. 4.47 0.146 119.8 0.27 0.005 118 91.993 75.213 16.780 119 119 16. 20. 0. 90. 104PV 145. 1.79 0.059 119.8 0.05 0.000 120 91.993 75.213 16.780 119 120 27. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 115 92.014 75.325 16.689 121RN 121 16. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 116 92.004 75.290 16.714 122RN 122 16. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 117 92.000 75.170 16.830 123RN 123 19. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 118 91.997 76.065 15.932 124RN 124 11. 10. 0. 624. 104PV 145. 12.49 0.408 119.8 1.81 0.020 41 92.475 76.195 16.280 125 125 52. 70. 0. 524. 104PV 145. 10.49 0.343 119.8 1.31 0.070 125 92.407 76.210 16.197 126 126 8. 10. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 126 92.407 76.311 16.096 127MH 127 30. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 127 92.406 76.083 16.323 128RN 128 15. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 127 92.407 75.895 16.512 129RN 129 22. 30. 0. 404. 104PV 145. 8.09 0.264 119.8 0.81 0.020 126 92.389 75.846 16.543 130 130 15. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 130 92.389 75.635 16.754 131RN 131 28. 40. 0. 190. 104PV 145. 3.80 0.124 119.8 0.20 0.005 37 92.007 75.663 16.344 132 132 15. 20. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.000 132 92.005 75.852 16.153 133MH 133 58. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 133 92.005 75.825 16.180 134RN 134 40. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 133 92.005 75.710 16.295 135RN 135 24. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 132 92.007 75.933 16.074 136RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 136 55. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 31 91.851 75.615 16.236 137RN 137 30. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 33 91.875 74.852 17.023 138RN

138 60. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 30 91.851 75.212 16.639 139RN 139 61. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 29 91.862 74.932 16.930 140RN 140 25. 30. 0. 1364. 132PV 145. 27.28 0.554 152.0 2.41 0.060 20 92.075 74.836 17.239 141 141 52. 70. 0. 1274. 132PV 145. 25.48 0.517 152.0 2.12 0.110 141 91.965 74.815 17.150 142 142 11. 10. 0. 1184. 104PV 145. 23.68 0.774 119.8 5.92 0.065 142 91.899 74.803 17.096 143 143 15. 20. 0. 941. 104PV 145. 18.83 0.616 119.8 3.87 0.060 143 91.841 74.790 17.051 144 144 11. 10. 0. 617. 104PV 145. 12.33 0.403 119.8 1.77 0.020 144 91.822 74.789 17.033 145MH 145 22. 30. 0. 413. 104PV 145. 8.25 0.270 119.8 0.84 0.020 145 91.803 74.763 17.040 146 146 64. 80. 0. 298. 104PV 145. 5.95 0.195 119.8 0.46 0.030 146 91.774 74.735 17.039 147 147 17. 20. 0. 386. 104PV 145. 7.72 0.253 119.8 0.74 0.015 147 91.761 74.712 17.049 148 148 24. 30. 0. 321. 104PV 145. 6.42 0.210 119.8 0.53 0.015 148 91.749 74.685 17.064 149 149 15. 20. 0. 536. 104PV 145. 10.71 0.350 119.8 1.36 0.020 149 91.728 74.669 17.059 150 150 7. 10. 0. 451. 104PV 145. 9.01 0.295 119.8 0.99 0.005 150 91.721 74.658 17.063 151 151 5. 10. 0. 21. 104PV 145. 0.41 0.014 119.8 0.00 0.000 151 91.721 74.508 17.213 152 152 15. 20. 0. 186. 104PV 145. 3.72 0.122 119.8 0.19 0.005 152 91.718 74.603 17.115 153MH 153 5. 10. 0. 101. 104PV 145. 2.02 0.066 119.8 0.06 0.000 154 91.718 74.603 17.115 153MH 154 10. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 154 91.719 74.950 16.769 155RN 155 28. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 141 92.075 74.903 17.172 156RN 156 41. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 142 91.964 74.945 17.019 157RN 157 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 146 91.803 76.652 15.151 158RN 158 110. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 17 92.306 75.136 17.170 159RN 159 202. 260. 0. 1335. 132PV 145. 26.69 0.542 152.0 2.31 0.470 16 91.860 74.963 16.897 160 160 46. 60. 0. 498. 104PV 145. 9.97 0.326 119.8 1.19 0.055 160 91.806 74.923 16.883 161MH 161 14. 20. 0. 598. 104PV 145. 11.96 0.391 119.8 1.67 0.025 161 91.782 74.833 16.949 162 162 15. 20. 0. 239. 104PV 145. 4.77 0.156 119.8 0.30 0.005 162 91.778 74.902 16.876 163MH

163 50. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 163 91.777 74.772 17.005 164RN 164 52. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 150 91.728 74.802 16.926 165RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 165 24. 30. 0. 661. 104PV 145. 13.23 0.432 119.8 2.01 0.050 160 91.812 74.785 17.027 166 166 26. 30. 0. 551. 104PV 145. 11.03 0.361 119.8 1.44 0.035 166 91.775 74.760 17.015 167MH 167 6. 10. 0. 511. 104PV 145. 10.23 0.334 119.8 1.25 0.010 167 91.767 74.712 17.055 168 168 35. 50. 0. 471. 104PV 145. 9.43 0.308 119.8 1.08 0.040 168 91.730 74.595 17.135 169 169 31. 40. 0. 196. 104PV 145. 3.92 0.128 119.8 0.21 0.005 169 91.723 74.552 17.171 170 170 6. 10. 0. 171. 104PV 145. 3.42 0.112 119.8 0.16 0.000 170 91.722 74.515 17.207 171 171 10. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 171 91.722 74.735 16.987 172RN 172 10. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 168 91.767 74.815 16.952 173RN 173 16. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 167 91.775 74.735 17.040 174RN 174 60. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 166 91.811 76.125 15.686 175RN 175 56. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 15 92.538 77.154 15.384 176RN 176 57. 70. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 12 92.817 77.210 15.607 177MH 177 62. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 177 92.816 74.674 18.142 178RN 178 36. 50. 0. 15423. 350AC 140. 285.54 0.824 409.6 1.72 0.060 24 91.888 74.610 17.278 179 E 151 103. 22.92 0.355 179 48. 60. 0. 15175. 350AC 140. 280.96 0.811 409.6 1.67 0.080 179 91.808 74.586 17.222 180 E 151 103. 22.55 0.350 180 48. 60. 0. 741. E 150 61. 14.83 0.233 124.0 2.10 0.100 180 91.707 74.512 17.195 181 181 23. 30. 0. 636. E 150 61. 12.73 0.200 124.0 1.59 0.035 181 91.671 74.446 17.225 182 182 61. 80. 0. 272. E 150 61. 5.44 0.086 124.0 0.33 0.020 182 91.650 74.339 17.311 183 183 33. 40. 0. 104. E 150 61. 2.09 0.033 124.0 0.06 0.000 184 91.650 74.339 17.311 183 184 55. 70. 0. 35. E 150 61. 0.70 0.011 124.0 0.01 0.000 184 91.652 74.508 17.144 185RN 185 36. 50. 0. 557. 104PV 145. 11.14 0.364 119.8 1.47 0.055 186 91.652 74.265 17.387 184 186 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 186 91.705 74.832 16.873 187RN

187 30. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 148 91.761 74.663 17.098 188RN 188 47. 60. 0. 30. E 125 57. 0.60 0.014 101.0 0.02 0.000 181 91.706 74.720 16.986 189RN 189 40. 50. 0. 59. 104PV 145. 1.18 0.039 119.8 0.02 0.000 190 91.808 74.586 17.222 180 190 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 190 91.809 74.684 17.125 191RN 191 25. 30. 0. 7. 104PV 145. 0.15 0.005 119.8 0.00 0.000 179 91.888 74.695 17.193 192 192 14. 20. 0. 68. 104PV 145. 1.35 0.044 119.8 0.03 0.000 193 91.888 74.695 17.193 192 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 193 30. 40. 0. 128. 104PV 145. 2.55 0.083 119.8 0.10 0.005 194 91.889 74.725 17.164 193 194 24. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 194 91.891 74.823 17.068 195RN 195 27. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 193 91.889 74.738 17.151 196RN 196 38. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 192 91.888 74.715 17.173 197RN 197 37. 50. 0. 145. 104PV 145. 2.90 0.095 119.8 0.12 0.005 179 91.884 74.832 17.052 198 198 34. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 198 91.884 74.736 17.148 199RN 199 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 198 91.884 74.336 17.548 200RN 200 91. 120. 0. 14348. 350AC 140. 286.96 0.828 397.8 1.74 0.160 180 91.650 74.439 17.211 201 201 54. 70. 0. 113. 104PV 145. 2.26 0.074 119.8 0.08 0.005 201 91.646 74.405 17.241 202 202 10. 10. 0. 342. 104PV 145. 6.85 0.224 119.8 0.60 0.005 202 91.640 74.225 17.415 203 203 58. 70. 0. 162. E 132 103. 3.25 0.066 133.3 0.09 0.005 203 91.635 74.312 17.323 204 204 27. 30. 0. 95. E 132 103. 1.90 0.039 133.3 0.03 0.000 204 91.634 73.965 17.669 205 205 34. 40. 0. 268. E 104 103. 5.35 0.175 105.0 0.72 0.025 205 91.609 73.515 18.094 206 206 95. 120. 0. 60. E 150 61. 1.20 0.019 124.0 0.02 0.000 206 91.607 74.223 17.384 207RN 207 65. 80. 0. 40. E 104 103. 0.80 0.026 105.0 0.02 0.000 205 91.632 74.058 17.574 208RN 208 40. 50. 0. 259. E 104 103. 5.17 0.169 105.0 0.67 0.025 204 91.608 74.136 17.472 209 209 96. 120. 0. 241. E 150 61. 4.83 0.076 124.0 0.26 0.025 209 91.582 74.474 17.108 210 210 21. 30. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.000 203 91.638 74.496 17.142 211

211 35. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 211 91.638 74.503 17.135 212RN 212 34. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 211 91.638 74.512 17.126 213RN 213 14. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 211 91.638 73.850 17.788 214RN 214 50. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 210 91.582 74.075 17.507 215RN 215 25. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 209 91.608 76.339 15.269 216RN 216 42. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 6 93.216 76.669 16.547 217RN 217 165. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.010 8 92.866 75.550 17.316 218RN 218 30. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 10 92.850 76.162 16.688 219RN 219 30. 40. 0. 186. E 200 95. 3.73 0.033 195.9 0.02 0.000 220 93.626 76.352 17.274 3 220 35. 50. 0. 14852. 350AC 140. 257.11 0.742 420.2 1.42 0.050 210 91.533 76.415 15.118 221 E 200 95. 39.93 0.353 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 221 19. 20. 0. 14787. 350AC 140. 255.99 0.739 420.2 1.41 0.025 221 91.506 76.560 14.946 222 E 200 95. 39.75 0.351 222 23. 30. 0. 14732. 350AC 140. 255.04 0.736 420.2 1.40 0.030 222 91.474 76.624 14.850 223 E 200 95. 39.60 0.350 223 41. 50. 0. 14642. 350AC 140. 253.48 0.732 420.2 1.38 0.055 223 91.417 76.858 14.559 224 E 200 95. 39.36 0.348 224 61. 80. 0. 13998. 350AC 140. 242.33 0.700 420.2 1.27 0.080 224 91.340 77.268 14.072 225 E 200 95. 37.63 0.333 225 79. 100. 0. 13698. 300AC 140. 222.21 0.873 369.2 2.29 0.180 225 91.158 77.285 13.873 226 E 200 95. 51.76 0.458 226 33. 40. 0. 13508. 300AC 140. 219.13 0.861 369.2 2.24 0.075 226 91.085 77.332 13.753 227MH E 200 95. 51.04 0.451 227 8. 10. 0. 13363. 300AC 140. 216.77 0.852 369.2 2.19 0.020 227 91.067 77.193 13.874 228 E 200 95. 50.49 0.446 228 8. 10. 0. 13602. 300AC 140. 220.65 0.867 369.2 2.26 0.020 228 91.049 77.325 13.724 229 E 200 95. 51.39 0.454 229 53. 70. 0. 7441. 300AC 140. 132.83 0.522 356.0 0.88 0.045 229 91.002 77.284 13.718 230 E 151 103. 15.99 0.248 230 22. 30. 0. 2752. E 151 103. 55.03 0.854 152.4 8.72 0.190 230 90.810 77.320 13.490 231 231 59. 80. 0. 1498. E 151 103. 29.97 0.465 152.4 2.83 0.165 231 90.643 77.360 13.283 232

232 8. 10. 0. 1207. 104PV 145. 24.14 0.789 119.8 6.14 0.050 232 90.594 77.405 13.189 233 233 20. 30. 0. 753. 104PV 145. 15.06 0.492 119.8 2.56 0.050 233 90.543 77.440 13.103 234 234 19. 20. 0. 538. 104PV 145. 10.76 0.352 119.8 1.37 0.025 234 90.517 77.558 12.959 235 235 56. 70. 0. 12. 104PV 145. 0.24 0.008 119.8 0.00 0.000 235 90.517 77.684 12.833 236 236 24. 30. 0. 708. 104PV 145. 14.15 0.463 119.8 2.28 0.055 236 90.462 77.802 12.660 237 237 28. 40. 0. 285. 104PV 145. 5.71 0.187 119.8 0.42 0.010 237 90.450 77.820 12.630 238 238 36. 50. 0. 393. E 200 95. 7.85 0.069 195.9 0.07 0.005 239 90.450 77.820 12.630 238 239 40. 50. 0. 1137. E 200 95. 22.75 0.201 195.9 0.50 0.020 240 90.453 77.738 12.715 239 240 5. 10. 0. 344. E 200 95. 6.88 0.061 195.9 0.05 0.000 240 90.472 77.499 12.973 241 241 62. 80. 0. 237. E 200 95. 4.74 0.042 195.9 0.03 0.000 242 90.472 77.499 12.973 241 242 24. 30. 0. 660. E 104 103. 13.20 0.432 105.0 3.81 0.090 242 90.382 77.485 12.897 243 243 68. 90. 0. 551. 104PV 145. 8.32 0.272 133.2 0.85 0.060 243 90.324 77.647 12.677 244 E 100 52. 2.69 0.095 244 29. 40. 0. 79. E 100 52. 1.59 0.056 78.0 0.32 0.010 244 90.315 77.758 12.557 245 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 245 25. 30. 0. 196. E 100 52. 3.91 0.138 78.0 1.71 0.045 246 90.315 77.758 12.557 245 246 12. 20. 0. 450. E 100 52. 9.00 0.318 78.0 7.99 0.095 247 90.358 77.765 12.593 246 247 135. 170. 0. 566. 132PV 145. 9.65 0.196 161.5 0.35 0.045 247 90.406 78.085 12.321 248MH E 100 52. 1.67 0.059 248 26. 30. 0. 416. 104PV 145. 8.31 0.272 119.8 0.85 0.020 248 90.384 77.366 13.018 249 249 74. 100. 0. 291. 104PV 145. 5.81 0.190 119.8 0.44 0.035 249 90.351 77.369 12.982 250 250 55. 70. 0. 176. 104PV 145. 3.51 0.115 119.8 0.17 0.010 250 90.342 77.339 13.003 251 251 82. 110. 0. 16. 104PV 145. 0.31 0.010 119.8 0.00 0.000 251 90.342 77.281 13.061 252 252 32. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 252 90.342 77.350 12.992 253RN 253 55. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 251 90.341 77.310 13.031 254RN 254 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 250 90.351 77.958 12.393 255RN

255 49. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 249 90.384 77.812 12.572 256RN 256 41. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 248 90.406 77.545 12.861 257RN 257 23. 30. 0. 1126. 132PV 145. 19.20 0.390 161.5 1.26 0.030 258 90.454 77.852 12.602 247 E 100 52. 3.32 0.117 258 33. 40. 0. 219. E 100 52. 4.38 0.155 78.0 2.10 0.070 259 90.482 77.465 13.017 258 259 60. 80. 0. 40. E 100 52. 0.80 0.028 78.0 0.09 0.005 259 90.546 77.745 12.801 260RN 260 19. 20. 0. 952. 104PV 145. 19.04 0.622 119.8 3.95 0.075 261 90.482 77.465 13.017 258 261 24. 30. 0. 867. 104PV 145. 17.34 0.567 119.8 3.33 0.080 262 90.558 78.010 12.548 261 262 5. 10. 0. 1158. 104PV 145. 23.16 0.757 119.8 5.68 0.030 263 90.637 78.115 12.522 262MH 263 15. 20. 0. 709. 104PV 145. 14.18 0.464 119.8 2.29 0.035 264 90.666 78.140 12.526 263 264 14. 20. 0. 729. 104PV 145. 14.58 0.477 119.8 2.41 0.035 265 90.700 78.153 12.547 264 265 86. 110. 0. 299. E 104 103. 5.97 0.195 105.0 0.88 0.075 266 90.734 77.862 12.872 265 266 79. 100. 0. 355. 104PV 145. 7.09 0.232 119.8 0.64 0.050 267 90.809 77.250 13.559 266 267 52. 70. 0. 732. E 250 95. 14.64 0.083 244.9 0.07 0.005 268 90.860 76.975 13.885 267 268 18. 20. 0. 183. E 250 95. 3.67 0.021 244.9 0.01 0.000 268 90.863 76.987 13.876 269 269 28. 40. 0. 258. E 250 95. 5.16 0.029 244.9 0.01 0.000 270 90.863 76.987 13.876 269 270 35. 50. 0. 857. 104PV 145. 17.14 0.560 119.8 3.25 0.115 271 90.864 77.098 13.766 270 271 55. 70. 0. 1594. 200AC 140. 31.88 0.282 227.3 0.45 0.025 272 90.978 76.790 14.188 271 272 41. 50. 0. 2962. 300AC 140. 59.23 0.233 340.9 0.20 0.010 273 91.003 76.905 14.098 272 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 273 14. 20. 0. 3793. 300AC 140. 75.86 0.298 340.9 0.31 0.005 274 91.011 76.953 14.058 273 274 13. 20. 0. 4575. 300AC 140. 91.50 0.360 340.9 0.44 0.005 275 91.015 76.955 14.060 274 275 32. 40. 0. 5452. 350AC 140. 109.04 0.315 397.8 0.29 0.010 276 91.021 76.990 14.031 275 276 19. 20. 0. 5542. 350AC 140. 110.84 0.320 397.8 0.30 0.005 277 91.030 77.018 14.012 276 277 51. 70. 0. 484. 104PV 145. 9.68 0.317 119.8 1.13 0.060 277 90.978 77.228 13.750 278 278 72. 90. 0. 4984. 350AC 140. 99.67 0.288 397.8 0.25 0.020 278 90.961 77.095 13.866 279

279 16. 20. 0. 5685. 350AC 140. 113.70 0.328 397.8 0.31 0.005 279 90.956 76.976 13.980 280 280 14. 20. 0. 3146. 250AC 140. 62.93 0.356 284.1 0.54 0.010 280 90.948 77.325 13.623 281 281 26. 30. 0. 705. E 104 103. 14.09 0.461 105.0 4.30 0.110 281 90.836 77.345 13.491 282 282 17. 20. 0. 1209. E 104 103. 24.19 0.791 105.0 11.70 0.200 282 90.637 77.523 13.114 283 283 74. 100. 0. 1049. E 250 95. 20.97 0.119 244.9 0.15 0.010 283 90.626 77.635 12.991 284 284 12. 20. 0. 879. E 250 95. 17.57 0.099 244.9 0.10 0.000 284 90.625 77.638 12.987 285 285 20. 30. 0. 804. E 250 95. 16.07 0.091 244.9 0.09 0.000 285 90.623 76.636 13.987 286 286 10. 10. 0. 754. E 250 95. 15.07 0.085 244.9 0.08 0.000 286 90.623 77.736 12.887 287 287 41. 50. 0. 871. E 250 95. 17.41 0.099 244.9 0.10 0.005 287 90.618 77.955 12.663 288MH 288 38. 50. 0. 25. E 250 95. 0.50 0.003 244.9 0.00 0.000 288 90.618 77.734 12.884 289RN 289 83. 110. 0. 55. E 250 95. 1.10 0.006 244.9 0.00 0.000 284 90.626 77.635 12.991 290RN 290 36. 50. 0. 25. E 250 95. 0.50 0.003 244.9 0.00 0.000 285 90.625 77.698 12.927 291RN 291 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 286 90.623 77.541 13.082 292RN 292 61. 80. 0. 187. 104PV 145. 3.74 0.122 119.8 0.19 0.010 293 90.623 77.736 12.887 287 293 14. 20. 0. 186. 104PV 145. 3.73 0.122 119.8 0.19 0.005 294 90.634 77.430 13.204 293 294 16. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 294 90.637 77.365 13.272 295RN 295 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 230 91.002 77.158 13.844 296RN 296 43. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 276 91.030 78.087 12.943 297RN 297 30. 40. 0. 1531. 104PV 145. 30.62 1.001 119.8 9.53 0.285 298 90.473 77.695 12.778 240 298 54. 70. 0. 1392. 132PV 145. 27.84 0.565 152.0 2.50 0.135 299 90.759 78.517 12.242 298MH 299 51. 70. 0. 1888. 200AC 140. 37.76 0.334 227.3 0.62 0.030 300 90.894 77.296 13.598 299 300 5. 10. 0. 1752. 151PV 145. 35.04 0.544 173.9 1.99 0.010 301 90.925 77.285 13.640 300 301 17. 20. 0. 186. 104PV 145. 3.72 0.122 119.8 0.19 0.005 302 90.925 77.285 13.640 300 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 302 55. 70. 0. 261. 104PV 145. 5.22 0.171 119.8 0.36 0.020 303 90.929 77.119 13.810 302

303 24. 30. 0. 672. 132PV 145. 13.44 0.273 152.0 0.65 0.015 304 90.948 77.085 13.863 303 304 21. 30. 0. 1025. 151PV 145. 20.49 0.318 173.9 0.74 0.015 305 90.964 77.035 13.929 304 305 9. 10. 0. 383. 104PV 145. 7.65 0.250 119.8 0.73 0.005 306 90.980 77.004 13.976 305 306 11. 10. 0. 667. 132PV 145. 13.34 0.271 152.0 0.64 0.005 307 90.980 77.004 13.976 305 307 32. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 307 90.986 77.215 13.771 308RN 308 25. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 302 90.929 78.052 12.877 309RN 309 15. 20. 0. 416. 104PV 145. 8.33 0.272 119.8 0.86 0.015 299 90.881 78.236 12.645 310MH 310 31. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 310 90.881 77.985 12.896 311RN 311 40. 50. 0. 341. 104PV 145. 6.83 0.223 119.8 0.59 0.025 310 90.857 77.753 13.104 312 312 17. 20. 0. 619. 104PV 145. 12.37 0.405 119.8 1.78 0.030 313 90.857 77.753 13.104 312 313 21. 30. 0. 714. 132PV 145. 14.27 0.290 152.0 0.73 0.015 314 90.887 77.636 13.251 313 314 35. 50. 0. 558. 132PV 145. 11.16 0.226 152.0 0.46 0.015 315 90.903 77.325 13.578 314 315 28. 40. 0. 3089. 250AC 140. 61.77 0.350 284.1 0.52 0.015 316 90.919 77.350 13.569 315 316 9. 10. 0. 304. 104PV 145. 6.08 0.199 119.8 0.48 0.005 317 90.933 77.156 13.777 316 317 17. 20. 0. 646. 132PV 145. 12.92 0.262 152.0 0.60 0.010 318 90.938 77.101 13.837 317 318 21. 30. 0. 398. 104PV 145. 7.96 0.260 119.8 0.79 0.015 319 90.948 76.975 13.973 318 319 8. 10. 0. 1177. 132PV 145. 23.54 0.478 152.0 1.83 0.015 320 90.964 76.930 14.034 319 320 25. 30. 0. 744. 132PV 145. 14.87 0.302 152.0 0.78 0.020 319 90.945 77.082 13.863 321 321 32. 40. 0. 339. 104PV 145. 6.77 0.222 119.8 0.58 0.020 321 90.926 77.210 13.716 322MH 322 31. 40. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.020 321 90.926 77.410 13.516 323MH 323 24. 30. 0. 612. 132PV 145. 12.24 0.248 152.0 0.55 0.015 323 90.913 77.352 13.561 324 324 20. 30. 0. 132. 104PV 145. 2.64 0.086 119.8 0.10 0.000 324 90.911 77.398 13.513 325 325 44. 60. 0. 2307. 200AC 140. 46.14 0.408 227.3 0.90 0.040 325 90.871 77.425 13.446 326 326 49. 60. 0. 360. 104PV 145. 7.20 0.235 119.8 0.65 0.030 327 90.871 77.425 13.446 326 327 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 327 90.903 77.023 13.880 328RN

328 21. 30. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 329 90.978 76.790 14.188 271 329 33. 40. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.005 330 90.978 76.952 14.026 329MH 330 29. 40. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.010 331 90.981 76.822 14.159 330 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 331 80. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 331 90.991 76.685 14.306 332RN 332 85. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 330 90.980 77.123 13.857 333RN 333 18. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 329 90.978 76.836 14.142 334RN 334 78. 100. 0. 504. E 250 95. 10.08 0.057 244.9 0.04 0.005 270 90.861 77.325 13.536 335 335 47. 60. 0. 344. 104PV 145. 6.88 0.225 119.8 0.60 0.030 335 90.833 77.915 12.918 336MH 336 53. 70. 0. 219. 104PV 145. 4.38 0.143 119.8 0.26 0.015 336 90.819 77.695 13.124 337 337 41. 50. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.010 337 90.810 76.704 14.106 338 338 60. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 338 90.810 76.708 14.102 339RN 339 70. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 338 90.809 76.655 14.154 340RN 340 50. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 336 90.832 76.631 14.201 341RN 341 65. 80. 0. 40. E 250 95. 0.80 0.005 244.9 0.00 0.000 335 90.861 77.285 13.576 342RN 342 53. 70. 0. 276. 104PV 145. 5.51 0.180 119.8 0.40 0.020 267 90.839 77.369 13.470 343 343 8. 10. 0. 297. 104PV 145. 5.94 0.194 119.8 0.46 0.005 343 90.835 77.663 13.172 344MH 344 62. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 344 90.834 77.215 13.619 345RN 345 31. 40. 0. 81. 104PV 145. 1.62 0.053 119.8 0.04 0.000 346 90.839 77.369 13.470 343 346 134. 170. 0. 279. 104PV 145. 5.59 0.183 119.8 0.41 0.055 347 90.759 78.517 12.242 298MH 347 10. 10. 0. 2106. E 250 95. 42.11 0.238 244.9 0.53 0.005 348 90.813 77.564 13.249 347 348 46. 60. 0. 3274. 350AC 140. 51.18 0.148 436.8 0.07 0.005 349 90.819 77.673 13.146 348 E 250 95. 14.29 0.081 349 13. 20. 0. 2787. E 250 95. 55.74 0.315 244.9 0.89 0.010 350 90.822 77.415 13.407 349 350 47. 60. 0. 278. 104PV 145. 5.57 0.182 119.8 0.41 0.020 351 90.833 77.745 13.088 350 351 54. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 313 90.887 78.370 12.517 352RN

352 16. 20. 0. 1043. 104PV 145. 20.86 0.682 119.8 4.68 0.075 353 90.734 77.862 12.872 265 353 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 353 90.809 77.985 12.824 354RN 354 114. 150. 0. 463. 104PV 145. 9.26 0.303 119.8 1.04 0.120 265 90.615 77.125 13.490 355 355 41. 50. 0. 524. 104PV 145. 10.47 0.342 119.8 1.31 0.055 355 90.562 77.577 12.985 356 356 99. 130. 0. 529. 104PV 145. 10.58 0.346 119.8 1.33 0.130 357 90.666 78.140 12.526 263 357 40. 50. 0. 1057. 104PV 145. 21.14 0.691 119.8 4.80 0.190 357 90.606 77.785 12.821 358MH 358 28. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 358 90.605 77.565 13.040 359RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 359 15. 20. 0. 475. E 104 103. 9.51 0.311 105.0 2.08 0.030 243 90.351 77.610 12.741 360 360 16. 20. 0. 520. E 104 103. 10.39 0.340 105.0 2.45 0.040 360 90.312 77.628 12.684 361MH 361 26. 30. 0. 287. E 104 103. 5.73 0.187 105.0 0.81 0.020 361 90.291 77.460 12.831 362 362 10. 10. 0. 235. E 104 103. 4.69 0.153 105.0 0.56 0.005 362 90.285 77.460 12.825 363 363 11. 10. 0. 210. E 100 52. 4.19 0.148 78.0 1.94 0.020 363 90.264 77.403 12.861 364 364 19. 20. 0. 204. E 100 52. 4.07 0.144 78.0 1.84 0.035 364 90.229 77.327 12.902 365 365 17. 20. 0. 72. E 100 52. 1.44 0.051 78.0 0.27 0.005 365 90.224 77.223 13.001 366 366 15. 20. 0. 19. E 100 52. 0.37 0.013 78.0 0.02 0.000 367 90.224 77.223 13.001 366 367 89. 110. 0. 84. 104PV 145. 1.67 0.055 119.8 0.04 0.005 368 90.225 77.258 12.967 367 368 12. 20. 0. 149. 104PV 145. 2.97 0.097 119.8 0.13 0.000 369 90.229 77.321 12.908 368 369 11. 10. 0. 326. 104PV 145. 6.52 0.213 119.8 0.54 0.005 370 90.230 77.436 12.794 369 370 15. 20. 0. 516. 104PV 145. 10.33 0.338 119.8 1.27 0.020 371 90.236 77.465 12.771 370 371 19. 20. 0. 469. 104PV 145. 9.39 0.307 119.8 1.07 0.020 372 90.255 77.548 12.707 371MH 372 34. 40. 0. 233. 104PV 145. 4.67 0.153 119.8 0.29 0.010 373 90.276 77.525 12.751 372 373 30. 40. 0. 328. 104PV 145. 6.57 0.215 119.8 0.55 0.015 374 90.285 77.501 12.785 373 374 32. 40. 0. 126. 104PV 145. 2.52 0.082 119.8 0.09 0.005 374 90.299 77.987 12.312 375MH 375 19. 20. 0. 623. E 132 103. 12.46 0.253 133.3 1.07 0.020 238 90.430 77.831 12.599 376

376 17. 20. 0. 678. E 132 103. 13.57 0.275 133.3 1.26 0.020 376 90.408 77.668 12.740 377 377 19. 20. 0. 507. E 132 103. 10.15 0.206 133.3 0.73 0.015 377 90.394 77.403 12.991 378 378 26. 30. 0. 299. E 104 103. 5.98 0.196 105.0 0.88 0.025 378 90.371 77.345 13.026 379 379 37. 50. 0. 164. E 104 103. 3.29 0.108 105.0 0.29 0.010 379 90.361 77.284 13.077 380 380 80. 100. 0. 224. E 104 103. 4.47 0.146 105.0 0.51 0.040 380 90.320 77.354 12.966 381 381 47. 60. 0. 114. 104PV 145. 2.27 0.074 119.8 0.08 0.005 381 90.316 77.663 12.653 382MH 382 62. 80. 0. 390. 104PV 145. 7.81 0.255 119.8 0.76 0.045 383 90.316 77.663 12.653 382MH 383 29. 40. 0. 414. 104PV 145. 8.28 0.271 119.8 0.85 0.025 382 90.291 77.395 12.896 384 384 88. 110. 0. 58. 104PV 145. 1.16 0.038 119.8 0.02 0.000 366 90.222 77.565 12.657 385MH 385 12. 20. 0. 37. 104PV 145. 0.74 0.024 119.8 0.01 0.000 386 90.222 77.565 12.657 385MH 386 10. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 386 90.223 77.255 12.968 387RN 387 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 385 90.222 77.090 13.132 388RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 388 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 381 90.320 77.619 12.701 389RN 389 34. 40. 0. 367. 104PV 145. 7.34 0.240 119.8 0.68 0.025 237 90.439 77.565 12.874 390 390 51. 70. 0. 288. E 200 95. 5.76 0.051 195.9 0.04 0.000 390 90.437 77.531 12.906 391 391 5. 10. 0. 498. E 200 95. 9.96 0.088 195.9 0.11 0.000 391 90.436 77.625 12.811 392MH 392 66. 90. 0. 310. 104PV 145. 6.21 0.203 119.8 0.50 0.035 392 90.404 77.485 12.919 393 393 44. 60. 0. 266. 104PV 145. 5.32 0.174 119.8 0.37 0.015 393 90.387 77.495 12.892 394 394 6. 10. 0. 74. 104PV 145. 1.48 0.048 119.8 0.03 0.000 394 90.387 77.501 12.886 395 395 19. 20. 0. 163. 104PV 145. 3.25 0.106 119.8 0.15 0.005 395 90.384 77.535 12.849 396 396 10. 10. 0. 265. 104PV 145. 5.29 0.173 119.8 0.37 0.005 396 90.380 77.665 12.715 397 397 46. 60. 0. 200. 104PV 145. 3.99 0.131 119.8 0.22 0.010 397 90.370 77.302 13.068 398 398 27. 30. 0. 209. 104PV 145. 4.18 0.137 119.8 0.24 0.005 398 90.364 77.362 13.002 399 399 25. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 399 90.364 77.485 12.879 400RN

400 25. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 397 90.380 77.815 12.565 401RN 401 49. 60. 0. 105. 104PV 145. 2.11 0.069 119.8 0.07 0.005 402 90.430 77.831 12.599 376 402 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 402 90.433 77.515 12.918 403RN 403 41. 50. 0. 216. 104PV 145. 4.32 0.141 119.8 0.25 0.010 404 90.439 77.565 12.874 390 404 45. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 404 90.449 77.518 12.931 405RN 405 36. 50. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 404 90.449 77.535 12.914 406 406 12. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 406 90.449 77.495 12.954 407RN 407 9. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 406 90.449 77.325 13.124 408RN 408 104. 130. 0. 315. 104PV 145. 6.30 0.206 119.8 0.51 0.055 409 90.437 77.531 12.906 391 409 25. 30. 0. 634. 104PV 145. 12.68 0.415 119.8 1.86 0.045 410 90.490 77.360 13.130 409 410 19. 20. 0. 519. 104PV 145. 10.38 0.339 119.8 1.29 0.025 411 90.537 77.395 13.142 410 411 35. 50. 0. 1173. 104PV 145. 23.47 0.767 119.8 5.82 0.205 231 90.606 77.340 13.266 412 412 27. 30. 0. 592. 104PV 145. 11.84 0.387 119.8 1.64 0.045 412 90.562 77.365 13.197 413 413 24. 30. 0. 474. 104PV 145. 9.48 0.310 119.8 1.09 0.025 413 90.536 77.321 13.215 414 414 20. 30. 0. 688. 104PV 145. 13.76 0.450 119.8 2.17 0.045 414 90.493 77.274 13.219 415 415 47. 60. 0. 270. 104PV 145. 5.40 0.177 119.8 0.38 0.020 415 90.475 77.241 13.234 416 416 63. 80. 0. 339. 104PV 145. 6.78 0.222 119.8 0.58 0.035 416 90.438 77.204 13.234 417 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 417 15. 20. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 417 90.437 77.425 13.012 418 418 21. 30. 0. 49. 104PV 145. 0.99 0.032 119.8 0.02 0.000 419 90.437 77.425 13.012 418 419 34. 40. 0. 173. 104PV 145. 3.46 0.113 119.8 0.17 0.005 420 90.438 77.255 13.183 419 420 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 420 90.443 77.215 13.228 421RN 421 13. 20. 0. 94. 104PV 145. 1.89 0.062 119.8 0.05 0.000 418 90.436 77.576 12.860 422 422 46. 60. 0. 93. 104PV 145. 1.86 0.061 119.8 0.05 0.000 422 90.434 77.684 12.750 423MH 423 44. 60. 0. 31. 104PV 145. 0.62 0.020 119.8 0.01 0.000 423 90.434 77.525 12.909 424RN

424 37. 50. 0. 53. 104PV 145. 1.06 0.035 119.8 0.02 0.000 425 90.434 77.525 12.909 424RN 425 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 425 90.434 77.285 13.149 426RN 426 57. 70. 0. 6. 104PV 145. 0.12 0.004 119.8 0.00 0.000 427 90.434 77.525 12.909 424RN 427 28. 40. 0. 38. 104PV 145. 0.77 0.025 119.8 0.01 0.000 428 90.434 77.241 13.193 427 428 34. 40. 0. 76. 104PV 145. 1.53 0.050 119.8 0.04 0.000 429 90.434 77.241 13.193 428 429 30. 40. 0. 68. 104PV 145. 1.37 0.045 119.8 0.03 0.000 413 90.561 77.412 13.149 430 430 27. 30. 0. 319. 104PV 145. 6.39 0.209 119.8 0.52 0.015 430 90.547 77.435 13.112 431MH 431 12. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 431 90.547 77.346 13.201 432RN 432 14. 20. 0. 296. 104PV 145. 5.92 0.194 119.8 0.45 0.005 433 90.561 77.412 13.149 430 433 10. 10. 0. 574. 104PV 145. 11.47 0.375 119.8 1.55 0.015 224 91.402 76.852 14.550 434 434 48. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 434 91.401 76.458 14.943 435RN 435 90. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 227 91.083 76.358 14.725 436RN 436 95. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 226 91.156 76.559 14.597 437RN 437 54. 70. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.010 225 91.330 76.585 14.745 438 438 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 438 91.330 76.225 15.105 439RN 439 86. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 438 91.329 76.185 15.144 440RN 440 34. 40. 0. 226. 104PV 145. 4.53 0.148 119.8 0.28 0.010 441 93.627 76.336 17.291 220 441 11. 10. 0. 341. 104PV 145. 6.83 0.223 119.8 0.59 0.005 442 93.636 76.210 17.426 441 442 30. 40. 0. 406. 104PV 145. 8.13 0.266 119.8 0.82 0.025 443 93.643 76.245 17.398 442 443 34. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 442 93.642 76.336 17.306 444RN 444 70. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 441 93.635 76.374 17.261 445RN 445 27. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 221 91.533 76.423 15.110 446RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 446 24. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 222 91.506 76.669 14.837 447RN 447 36. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 223 91.474 76.379 15.095 448RN

448 102. 130. 0. 2554. 151PV 145. 51.08 0.792 173.9 4.00 0.410 2 93.316 76.552 16.764 449 449 49. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 449 93.316 76.268 17.048 450RN 450 50. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 125 92.475 75.936 16.539 451RN 451 32. 40. 0. 142. 104PV 145. 2.84 0.093 119.8 0.12 0.005 452 92.437 75.715 16.722 89 452 18. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 452 92.441 77.445 14.996 453RN 453 99. 130. 0. 101. E 104 103. 2.02 0.066 105.0 0.12 0.010 454 90.819 77.695 13.124 337 454 31. 40. 0. 54. E 104 103. 1.08 0.035 105.0 0.04 0.000 454 90.829 77.400 13.429 455 455 36. 50. 0. 23369. 350AC 140. 467.37 1.349 397.8 4.29 0.155 4 93.332 76.435 16.897 46 456 21. 30. 0. 338. 104PV 145. 6.76 0.221 119.8 0.58 0.010 5 93.283 76.405 16.878 55MH 457 67. 90. 0. 449. 104PV 145. 8.97 0.293 119.8 0.98 0.065 7 92.867 75.898 16.969 53MH 458 14. 20. 0. 45. 104PV 145. 0.90 0.030 119.8 0.01 0.000 53 92.867 75.578 17.289 9 459 29. 40. 0. 464. 104PV 145. 9.29 0.304 119.8 1.05 0.030 51 92.815 75.847 16.968 13 460 131. 170. 0. 225. 104PV 145. 4.49 0.147 119.8 0.27 0.035 144 91.806 74.923 16.883 161MH 461 35. 50. 0. 203. 104PV 145. 4.05 0.132 119.8 0.23 0.010 143 91.892 74.750 17.142 194 462 25. 30. 0. 324. E 250 95. 6.48 0.037 244.9 0.02 0.000 94 92.178 74.991 17.187 19 463 52. 70. 0. 723. 104PV 145. 14.46 0.473 119.8 2.38 0.125 93 92.056 75.325 16.731 114 464 33. 40. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.020 21 92.056 75.325 16.731 114 465 31. 40. 0. 376. 104PV 145. 7.52 0.246 119.8 0.71 0.020 22 92.022 75.250 16.772 113 466 33. 40. 0. 115. 104PV 145. 2.29 0.075 119.8 0.08 0.005 112 91.977 74.710 17.267 23 467 82. 110. 0. 175. 104PV 145. 3.49 0.114 119.8 0.17 0.015 25 91.904 75.645 16.259 107 468 22. 30. 0. 129. 104PV 145. 2.59 0.085 119.8 0.10 0.000 105 91.904 75.621 16.283 108 469 34. 40. 0. 99. 104PV 145. 1.97 0.065 119.8 0.06 0.000 26 91.888 75.332 16.556 111MH 470 28. 40. 0. 114. 104PV 145. 2.28 0.075 119.8 0.08 0.000 111 91.886 74.740 17.146 27 471 40. 50. 0. 177. 104PV 145. 3.55 0.116 119.8 0.18 0.005 110 91.881 74.810 17.071 28MH 472 52. 70. 0. 120. 104PV 145. 2.41 0.079 119.8 0.09 0.005 104 91.936 75.610 16.326 35

473 11. 10. 0. 572. E 250 95. 11.44 0.065 244.9 0.05 0.000 38 92.311 75.669 16.642 90 474 11. 10. 0. 187. 104PV 145. 3.74 0.122 119.8 0.19 0.000 40 92.441 75.945 16.496 452 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 475 13. 20. 0. 352. 104PV 145. 7.04 0.230 119.8 0.63 0.010 42 92.656 75.825 16.831 88 476 49. 60. 0. 2399. 151PV 145. 47.98 0.744 173.9 3.56 0.175 449 93.142 76.515 16.627 43 477 31. 40. 0. 344. 104PV 145. 6.88 0.225 119.8 0.60 0.020 48 92.901 76.226 16.675 58 478 12. 20. 0. 778. 104PV 145. 15.56 0.509 119.8 2.72 0.035 57 92.867 76.375 16.492 73 479 66. 90. 0. 425. 104PV 145. 8.49 0.278 119.8 0.89 0.060 66 92.793 76.669 16.124 75 480 41. 50. 0. 516. 104PV 145. 10.31 0.337 119.8 1.27 0.050 75 92.741 76.131 16.610 68 481 15. 20. 0. 92. 104PV 145. 1.84 0.060 119.8 0.05 0.000 59 92.898 75.950 16.948 49 482 27. 30. 0. 2570. 151PV 145. 51.41 0.797 173.9 4.05 0.110 70 92.598 75.827 16.771 14 483 21. 30. 0. 17492. 350AC 140. 349.83 1.010 397.8 2.51 0.055 82 92.300 75.055 17.245 18 484 40. 50. 0. 375. 104PV 145. 7.50 0.245 119.8 0.70 0.030 113 91.994 75.430 16.564 120 485 12. 20. 0. 283. 104PV 145. 5.66 0.185 119.8 0.42 0.005 119 91.988 75.218 16.770 102 486 66. 90. 0. 205. 104PV 145. 4.11 0.134 119.8 0.23 0.015 120 91.979 75.428 16.551 103 487 27. 30. 0. 154. 104PV 145. 3.07 0.100 119.8 0.13 0.005 163 91.774 74.735 17.039 147 488 77. 100. 0. 289. 104PV 145. 5.79 0.189 119.8 0.44 0.035 162 91.749 74.685 17.064 149 489 36. 50. 0. 205. 104PV 145. 4.11 0.134 119.8 0.23 0.010 169 91.721 74.508 17.213 152 490 31. 40. 0. 136. 104PV 145. 2.72 0.089 119.8 0.11 0.005 171 91.719 74.546 17.173 154 491 20. 30. 0. 405. 104PV 145. 8.10 0.265 119.8 0.81 0.015 151 91.705 74.558 17.147 186 492 41. 50. 0. 247. 104PV 145. 4.94 0.162 119.8 0.33 0.015 153 91.705 74.558 17.147 186 493 39. 50. 0. 159. E 125 57. 3.18 0.072 101.0 0.33 0.015 145 91.809 74.775 17.034 190 494 141. 180. 0. 756. E 150 61. 15.11 0.238 124.0 2.18 0.305 26 91.582 74.474 17.108 210 495 40. 50. 0. 14115. 350AC 140. 282.30 0.815 397.8 1.69 0.065 201 91.582 74.474 17.108 210 496 30. 40. 0. 289. E 104 103. 5.79 0.189 105.0 0.83 0.025 182 91.646 74.405 17.241 202

497 36. 50. 0. 291. 104PV 145. 5.83 0.190 119.8 0.44 0.015 183 91.635 74.312 17.323 204 498 37. 50. 0. 313. 104PV 145. 6.25 0.204 119.8 0.50 0.020 184 91.634 73.965 17.669 205 499 26. 30. 0. 113. E 150 61. 2.25 0.035 124.0 0.06 0.000 206 91.608 74.136 17.472 209 500 55. 70. 0. 461. 104PV 145. 9.23 0.302 119.8 1.03 0.055 2 93.667 76.235 17.432 443 501 203. 260. 0. 379. E 125 57. 7.57 0.171 101.0 1.65 0.335 434 91.067 77.193 13.874 228 502 37. 50. 0. 6096. 350AC 140. 121.92 0.352 397.8 0.36 0.015 229 91.036 77.293 13.743 277 503 22. 30. 0. 4595. 250AC 140. 91.89 0.520 284.1 1.09 0.025 230 90.978 77.228 13.750 278 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 504 21. 30. 0. 231. 104PV 145. 4.63 0.151 119.8 0.29 0.005 232 90.637 77.415 13.222 294 505 38. 50. 0. 771. 104PV 145. 15.41 0.504 119.8 2.67 0.100 288 90.517 77.684 12.833 236 506 74. 100. 0. 431. 104PV 145. 8.62 0.282 119.8 0.91 0.065 235 90.449 77.578 12.871 404MH 507 41. 50. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.005 234 90.537 77.395 13.142 410 508 40. 50. 0. 409. 104PV 145. 8.18 0.267 119.8 0.83 0.035 233 90.561 77.302 13.259 411 509 40. 50. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.005 433 90.561 77.302 13.259 411 510 30. 40. 0. 521. 104PV 145. 10.42 0.341 119.8 1.30 0.040 412 90.568 76.645 13.923 433 511 30. 40. 0. 264. 104PV 145. 5.29 0.173 119.8 0.37 0.010 431 90.536 77.321 13.215 414 512 78. 100. 0. 189. 104PV 145. 3.78 0.124 119.8 0.20 0.015 409 90.475 77.241 13.234 416 513 23. 30. 0. 123. 104PV 145. 2.46 0.080 119.8 0.09 0.000 392 90.434 77.375 13.059 425 514 60. 80. 0. 63. 104PV 145. 1.26 0.041 119.8 0.03 0.000 429 90.434 77.241 13.193 427 515 11. 10. 0. 204. 104PV 145. 4.08 0.134 119.8 0.23 0.005 417 90.435 77.381 13.054 429MH 516 40. 50. 0. 64. 104PV 145. 1.27 0.042 119.8 0.03 0.000 419 90.436 77.576 12.860 422 517 2. 0. 0. 2. 104PV 145. 0.04 0.001 119.8 0.00 0.000 423 90.434 77.241 13.193 428 518 101. 130. 0. 308. 104PV 145. 6.16 0.201 119.8 0.49 0.050 415 90.443 77.258 13.185 420 519 27. 30. 0. 200. 104PV 145. 4.01 0.131 119.8 0.22 0.005 390 90.433 77.841 12.592 402MH 520 92. 120. 0. 91. 104PV 145. 1.82 0.059 119.8 0.05 0.005 377 90.404 77.485 12.919 393

521 62. 80. 0. 144. 104PV 145. 2.87 0.094 119.8 0.12 0.005 378 90.387 77.501 12.886 395 522 32. 40. 0. 74. 104PV 145. 1.49 0.049 119.8 0.04 0.000 379 90.370 77.302 13.068 398 523 28. 40. 0. 137. 104PV 145. 2.74 0.090 119.8 0.11 0.005 394 90.384 77.535 12.849 396 524 25. 30. 0. 149. 104PV 145. 2.98 0.097 119.8 0.13 0.005 399 90.361 77.284 13.077 380 525 44. 60. 0. 665. 104PV 145. 13.30 0.435 119.8 2.03 0.090 239 90.363 77.415 12.948 383 526 86. 110. 0. 112. 104PV 145. 2.24 0.073 119.8 0.07 0.005 365 90.223 77.415 12.808 386 527 82. 110. 0. 251. 104PV 145. 5.02 0.164 119.8 0.34 0.025 384 90.264 77.403 12.861 364 528 92. 120. 0. 28. 104PV 145. 0.56 0.018 119.8 0.01 0.000 384 90.291 77.460 12.831 362 529 112. 140. 0. 134. 104PV 145. 2.69 0.088 119.8 0.11 0.010 383 90.351 77.610 12.741 360 530 79. 100. 0. 486. 104PV 145. 9.72 0.318 119.8 1.14 0.090 241 90.382 77.485 12.897 243 531 63. 80. 0. 168. 104PV 145. 3.36 0.110 119.8 0.16 0.010 361 90.302 76.612 13.690 374 532 30. 40. 0. 386. 104PV 145. 7.72 0.253 119.8 0.74 0.020 244 90.302 76.612 13.690 374 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 533 58. 70. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 373 90.285 77.460 12.825 363 534 92. 120. 0. 127. 104PV 145. 2.54 0.083 119.8 0.09 0.010 364 90.255 77.548 12.707 371MH 535 90. 120. 0. 115. 104PV 145. 2.31 0.075 119.8 0.08 0.005 370 90.229 77.327 12.902 365 536 90. 120. 0. 102. 104PV 145. 2.05 0.067 119.8 0.06 0.005 369 90.224 77.223 13.001 366 537 117. 150. 0. 154. 104PV 145. 3.09 0.101 119.8 0.14 0.015 246 90.342 77.281 13.061 252 538 32. 40. 0. 220. E 104 103. 4.40 0.144 105.0 0.50 0.015 245 90.299 77.987 12.312 375MH 539 29. 40. 0. 286. E 104 103. 5.72 0.187 105.0 0.81 0.025 375 90.276 77.525 12.751 372 540 32. 40. 0. 972. 104PV 145. 19.44 0.636 119.8 4.11 0.130 358 90.474 77.535 12.939 242 541 18. 20. 0. 329. 104PV 145. 6.58 0.215 119.8 0.55 0.010 356 90.552 77.185 13.367 259 542 40. 50. 0. 135. 104PV 145. 2.69 0.088 119.8 0.11 0.005 356 90.558 78.010 12.548 261 543 87. 110. 0. 216. 104PV 145. 4.31 0.141 119.8 0.25 0.020 262 90.615 77.125 13.490 355 544 42. 50. 0. 1108. 200AC 140. 22.16 0.196 227.3 0.23 0.010 348 90.809 78.801 12.008 353MH

545 44. 60. 0. 1706. E 250 95. 34.12 0.193 244.9 0.36 0.015 347 90.798 77.578 13.220 357 546 22. 30. 0. 542. 104PV 145. 10.83 0.354 119.8 1.39 0.030 351 90.822 77.415 13.407 349 547 43. 60. 0. 895. E 250 95. 17.90 0.101 244.9 0.11 0.005 312 90.853 77.863 12.990 351MH 548 24. 30. 0. 2564. 200AC 140. 51.27 0.453 227.3 1.09 0.025 267 90.833 77.745 13.088 350 549 10. 10. 0. 2602. 200AC 140. 52.04 0.460 227.3 1.12 0.010 326 90.860 76.975 13.885 267 550 31. 40. 0. 216. 104PV 145. 4.31 0.141 119.8 0.25 0.010 325 90.903 77.325 13.578 314 551 24. 30. 0. 2471. 250AC 140. 49.42 0.280 284.1 0.34 0.010 315 90.911 77.398 13.513 325 552 34. 40. 0. 2830. 250AC 140. 56.59 0.320 284.1 0.44 0.015 303 90.933 77.156 13.777 316 553 68. 90. 0. 324. 104PV 145. 6.49 0.212 119.8 0.54 0.035 130 92.352 75.965 16.387 39MH 554 24. 30. 0. 312. 104PV 145. 6.24 0.204 119.8 0.50 0.010 317 90.926 77.410 13.516 323MH 555 47. 60. 0. 991. 132PV 145. 19.81 0.402 152.0 1.33 0.065 322 90.864 77.030 13.834 268 556 31. 40. 0. 391. 104PV 145. 7.83 0.256 119.8 0.76 0.025 269 90.840 77.826 13.014 346MH 557 102. 167. 0. 132. E 104 103. 2.65 0.087 105.0 0.19 0.020 455 90.809 77.250 13.559 266 558 26. 30. 0. 197. 104PV 145. 3.94 0.129 119.8 0.21 0.005 344 90.829 77.400 13.429 455 559 27. 30. 0. 255. 104PV 145. 5.10 0.167 119.8 0.35 0.010 346 90.831 77.452 13.379 454 560 22. 30. 0. 717. 104PV 145. 14.34 0.469 119.8 2.34 0.050 271 90.926 77.210 13.716 322MH ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg#17. 561 22. 30. 0. 878. 132PV 145. 17.56 0.356 152.0 1.07 0.025 272 90.979 77.003 13.976 320 562 12. 20. 0. 405. 104PV 145. 8.10 0.265 119.8 0.81 0.010 272 90.993 76.579 14.414 331 563 29. 40. 0. 776. 132PV 145. 15.53 0.315 152.0 0.85 0.025 273 90.986 77.045 13.941 306MH 564 37. 50. 0. 344. 132PV 145. 6.88 0.140 152.0 0.19 0.005 306 90.979 77.003 13.976 320 565 35. 50. 0. 298. 104PV 145. 5.96 0.195 119.8 0.46 0.015 304 90.948 76.975 13.973 318 566 20. 30. 0. 2504. 250AC 140. 50.08 0.283 284.1 0.35 0.005 280 90.948 77.085 13.863 303 567 39. 50. 0. 2392. 250AC 140. 47.83 0.271 284.1 0.32 0.015 281 90.935 77.315 13.620 301 568 65. 80. 0. 570. 104PV 145. 11.39 0.372 119.8 1.53 0.100 301 90.836 77.345 13.491 282 569 39. 50. 0. 76. E 104 103. 1.52 0.050 105.0 0.07 0.005 283 90.634 77.430 13.204 293 570 67. 90. 0. 802. 132PV 145. 16.03 0.325 152.0 0.90 0.060 275 90.961 77.095 13.866 279 571 37. 50. 0. 737. 132PV 145. 14.74 0.299 152.0 0.77 0.030 274 90.987 77.138 13.849 307 572 20. 30. 0. 314. 104PV 145. 6.27 0.205 119.8 0.51 0.010 52 92.835 75.706 17.129 11 573 10. 10. 0. 445. 104PV 145. 8.90 0.291 119.8 0.97 0.010 324 90.903 77.510 13.393 327MH 574 23. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 198 91.884 77.500 14.384 456RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 18.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 353 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.008 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00092 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.286 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 21809. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 28167. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 254 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2120. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 1.82/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 18.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 28167.160.00 LPCD, 3.00

Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 227 248 288 291 298 327 336 346 353 385 402 423 431 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 206 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 14364. 11163.93 43.35 483956.38 86.00 1235304.00 8.30 119221.20 0.05 X SUPPLY COST 61765.20 14.00/13.20 PVC 1028. 851.83 43.35 36926.63 139.00 142892.00 9.05 9303.40 0.05 X SUPPLY COST 7144.60 16.00/15.10 PVC 318. 274.88 43.35 11916.03 184.00 58512.00 11.60 3688.80 0.05 X SUPPLY COST 2925.60 20.00 AC 291. 279.36 43.35 12110.26 285.00 82935.00 13.10 3812.10 0.10 X SUPPLY COST 8293.50 25.00 AC 181. 192.31 43.35 8336.75 394.00 71314.00 17.05 3086.05 0.10 X SUPPLY COST 7131.40 30.00 AC 249. 291.33 43.35 12629.16 569.00 141681.00 23.50 5851.50 0.10 X SUPPLY COST 14168.10 35.00 AC 1305. 1673.66 43.35 72553.27 802.00 1046610.00 29.95 39084.75 0.10 X SUPPLY COST 104661.00 TOTAL = 17736. 14727.30 638428.38 2779248.00 184047.80 206089.41 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3807814. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BENIA 1 DATE:�� (BENIA1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 93.600 75.600 18.000 1FH 1 30. 140. 0. 28167. 250AC 140. 563.34 3.188 284.1 31.22 0.935 1 92.664 75.620 17.044 2 2 40. 180. 0. 27937. E 525 87. 558.74 0.717 497.7 2.01 0.080 2 92.583 75.684 16.899 3 3 215. 980. 0. 25287. E 525 87. 505.74 0.649 497.7 1.67 0.360 3 92.225 75.896 16.329 4 4 27. 120. 0. 21227. 250AC 140. 234.85 1.329 355.8 6.18 0.165 4 92.058 76.336 15.722 5 E 300 70. 189.68 0.745 5 76. 350. 0. 20192. 250AC 140. 223.40 1.264 355.8 5.63 0.430 5 91.630 75.985 15.645 6 E 300 70. 180.44 0.709 6 99. 450. 0. 17991. 250AC 140. 199.05 1.126 355.8 4.55 0.450 6 91.180 75.684 15.496 7 E 300 70. 160.77 0.632 7 84. 380. 0. 8468. E 300 70. 169.36 0.666 262.0 5.01 0.420 7 90.759 75.326 15.433 8 8 85. 390. 0. 5728. E 300 70. 114.56 0.450 262.0 2.43 0.205 8 90.553 75.032 15.521 9 9 182. 830. 0. 918. 104PV 145. 18.36 0.600 119.8 3.69 0.670 9 89.881 75.684 14.197 10 10 32. 150. 0. 626. 104PV 145. 12.52 0.409 119.8 1.82 0.060 11 89.881 75.684 14.197 10 11 55. 250. 0. 125. E 150 61. 2.50 0.039 124.0 0.08 0.005 11 89.934 75.769 14.165 12RN 12 160. 730. 0. 1316. E 150 61. 26.32 0.414 124.0 6.09 0.975 13 89.939 75.985 13.954 11MH 13 80. 360. 0. 1621. E 150 61. 32.42 0.510 124.0 8.96 0.715 6 90.913 76.032 14.881 13 14 69. 310. 0. 395. 104PV 145. 7.90 0.258 119.8 0.78 0.055 14 90.913 76.032 14.881 13 15 129. 590. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 15 90.967 76.325 14.642 14 16 42. 190. 0. 620. 104PV 145. 12.40 0.406 119.8 1.79 0.075 16 90.973 76.855 14.118 15MH 17 159. 720. 0. 1275. E 150 61. 25.50 0.401 124.0 5.75 0.915 17 91.048 76.874 14.174 16 18 71. 320. 0. 3350. E 200 95. 67.00 0.592 195.9 3.70 0.265 4 91.962 76.235 15.727 17 19 176. 800. 0. 1155. 104PV 145. 23.10 0.755 119.8 5.66 0.995 17 90.967 76.325 14.642 14

20 30. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 15 90.972 76.850 14.122 18RN 21 44. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 16 91.046 76.900 14.146 19RN 22 90. 410. 0. 1631. 104PV 145. 32.63 1.067 119.8 10.72 0.965 52 89.541 74.784 14.757 20 23 24. 110. 0. 1555. 104PV 145. 31.10 1.017 119.8 9.81 0.235 20 89.305 74.800 14.505 21 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 24 158. 720. 0. 360. 104PV 145. 7.20 0.235 119.8 0.65 0.105 21 89.202 75.326 13.876 22RN 25 171. 780. 0. 390. 104PV 145. 7.80 0.255 119.8 0.76 0.130 21 89.176 74.832 14.344 23RN 26 231. 1050. 0. 1545. 104PV 145. 30.90 1.010 119.8 9.69 2.240 3 90.344 76.684 13.660 24 27 117. 530. 0. 265. 104PV 145. 5.30 0.173 119.8 0.37 0.045 24 90.301 76.874 13.427 25RN 28 107. 490. 0. 245. 104PV 145. 4.90 0.160 119.8 0.32 0.035 24 90.310 76.326 13.984 26RN 29 175. 800. 0. 400. E 250 68. 8.00 0.045 216.0 0.04 0.010 5 92.050 76.000 16.050 27RN 30 164. 750. 0. 8733. 250AC 140. 146.23 0.827 304.0 2.57 0.420 7 90.759 76.236 14.523 28 E 151 103. 28.44 0.441 31 22. 100. 0. 7244. 200AC 140. 107.34 0.949 254.7 4.30 0.095 28 90.664 76.300 14.364 29 E 151 103. 37.54 0.582 32 36. 160. 0. 6193. 200AC 140. 91.77 0.811 254.7 3.21 0.115 29 90.549 76.400 14.149 30 E 151 103. 32.09 0.498 33 123. 560. 0. 5019. 200AC 140. 74.37 0.658 254.7 2.18 0.270 30 90.281 76.580 13.701 31 E 151 103. 26.01 0.403 34 52. 240. 0. 3939. 200AC 140. 69.64 0.616 238.2 1.93 0.100 31 90.181 76.541 13.640 32 E 104 103. 9.13 0.299 35 80. 360. 0. 538. E 104 103. 10.77 0.352 105.0 2.62 0.210 33 90.181 76.541 13.640 32 36 33. 150. 0. 419. E 104 103. 8.38 0.274 105.0 1.64 0.055 34 90.390 76.326 14.064 33 37 35. 160. 0. 113. E 104 103. 2.27 0.074 105.0 0.15 0.005 35 90.444 76.100 14.344 34 38 67. 310. 0. 256. E 104 103. 5.12 0.167 105.0 0.66 0.045 35 90.405 75.800 14.605 36 39 44. 200. 0. 1645. 151PV 145. 32.90 0.510 173.9 1.77 0.080 37 90.405 75.800 14.605 36 40 116. 530. 0. 2090. 104PV 145. 14.49 0.474 179.2 2.38 0.275 8 90.483 75.750 14.733 37 E 151 103. 27.31 0.424 41 68. 310. 0. 75. 104PV 145. 1.51 0.049 119.8 0.04 0.000 38 90.483 75.750 14.733 37

42 69. 310. 0. 1491. 132PV 145. 21.65 0.439 171.7 1.57 0.110 36 90.297 74.657 15.640 40 E 104 103. 8.18 0.267 43 37. 170. 0. 2119. 200AC 140. 35.23 0.311 243.8 0.55 0.020 52 90.485 74.654 15.831 38 E 150 61. 7.15 0.112 44 100. 460. 0. 834. 104PV 145. 16.69 0.546 119.8 3.10 0.310 28 90.449 75.985 14.464 35 45 101. 460. 0. 690. 104PV 145. 13.81 0.452 119.8 2.18 0.220 29 90.444 76.100 14.344 34 46 96. 440. 0. 595. 104PV 145. 11.89 0.389 119.8 1.65 0.160 30 90.390 76.326 14.064 33 47 90. 410. 0. 729. E 150 61. 14.57 0.229 124.0 2.04 0.185 38 90.302 74.600 15.702 39 48 17. 80. 0. 264. E 150 61. 5.27 0.083 124.0 0.31 0.005 39 90.297 74.657 15.640 40 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 49 332. 1537. 0. 791. E 150 61. 15.82 0.249 124.0 2.37 0.790 40 89.508 75.200 14.308 41 50 93. 420. 0. 2817. 200AC 140. 56.35 0.498 227.3 1.30 0.120 42 89.508 75.200 14.308 41 51 40. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 42 89.627 75.841 13.786 43RN 52 93. 420. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.020 32 90.158 76.874 13.284 44RN 53 120. 550. 0. 3482. 151PV 145. 55.05 0.854 190.2 4.59 0.550 32 89.629 75.652 13.977 42 E 104 103. 14.60 0.477 54 191. 870. 0. 619. 104PV 145. 12.37 0.405 119.8 1.78 0.340 10 89.541 74.784 14.757 20 55 150. 680. 0. 340. 104PV 145. 6.80 0.222 119.8 0.59 0.090 31 90.193 76.500 13.693 45RN 56 18. 80. 0. 2590. 151PV 145. 51.80 0.803 173.9 4.10 0.075 41 89.434 75.250 14.184 46 57 49. 220. 0. 2440. 132PV 145. 48.80 0.991 152.0 7.07 0.345 46 89.088 75.876 13.212 47 58 91. 410. 0. 1425. 104PV 145. 28.50 0.932 119.8 8.35 0.760 47 88.328 75.334 12.994 48 59 152. 690. 0. 345. 104PV 145. 6.90 0.226 119.8 0.60 0.090 48 88.236 76.187 12.049 49RN 60 117. 530. 0. 265. 104PV 145. 5.30 0.173 119.8 0.37 0.045 48 88.285 75.400 12.885 50RN 61 153. 700. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.095 47 88.993 75.180 13.813 51RN 62 36. 160. 0. 4120. E 300 70. 82.41 0.324 262.0 1.32 0.045 9 90.506 75.200 15.306 52 63 48. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 39 90.298 74.700 15.598 53RN 64 190. 870. 0. 435. 104PV 145. 8.70 0.284 119.8 0.93 0.175 38 90.309 76.987 13.322 54RN

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 18.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 49 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.049 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00088 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.387 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 6181. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 28167. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 49 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1407. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.81/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 18.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 28167.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 39 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 3308. 2571.03 43.35 111454.17 86.00 284488.00 8.30 27456.40 0.05 X SUPPLY COST 14224.40 14.00/13.20 PVC 118. 97.78 43.35 4238.66 139.00 16402.00 9.05 1067.90 0.05 X SUPPLY COST 820.10 16.00/15.10 PVC 182. 157.32 43.35 6819.86 184.00 33488.00 11.60 2111.20 0.05 X SUPPLY COST 1674.40 20.00 AC 363. 348.48 43.35 15106.61 285.00 103455.00 13.10 4755.30 0.10 X SUPPLY COST 10345.50 25.00 AC 396. 420.75 43.35 18239.51 394.00 156024.00 17.05 6751.80 0.10 X SUPPLY COST 15602.40 TOTAL = 4367. 3595.36 155858.81 593857.00 42142.60 42666.80 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 834525. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BENIA 1 DATE:�� (BENIA2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 101.800 74.800 27.000 1FH 1 150. 0. 0. 75770. 450AC 140. 1262.83 2.206 511.4 7.95 1.190 1 100.608 74.852 25.756 2 2 45. 190. 0. 71783. 300AC 140. 568.77 2.235 452.3 13.08 0.590 2 100.019 74.889 25.130 3 E 400 72. 627.61 1.387 3 116. 490. 0. 23413. E 400 72. 390.21 0.863 353.9 5.42 0.630 3 99.390 75.125 24.265 4 4 70. 295. 0. 45619. 200AC 140. 180.80 1.599 392.4 11.28 0.790 4 98.601 75.230 23.370 5 E 400 72. 579.52 1.281 5 27. 115. 0. 44889. 132PV 145. 73.13 1.484 368.1 14.96 0.405 5 98.196 75.326 22.870 6 E 400 72. 675.03 1.492 6 157. 660. 0. 40745. 132PV 145. 66.38 1.347 368.1 12.51 1.965 6 96.233 75.358 20.875 7 E 400 72. 612.71 1.354 7 122. 515. 0. 24343. E 400 72. 405.72 0.897 353.9 5.83 0.710 7 95.522 75.412 20.110 8 8 117. 495. 0. 24465. E 400 72. 407.76 0.901 353.9 5.88 0.690 8 94.833 75.663 19.170 9 9 30. 125. 0. 21630. E 400 72. 360.50 0.797 353.9 4.68 0.140 9 94.693 75.752 18.941 10 10 92. 390. 0. 19675. E 400 72. 327.92 0.725 353.9 3.93 0.360 10 94.331 75.865 18.466 11 11 16. 70. 0. 18556. E 400 72. 309.27 0.684 353.9 3.53 0.055 11 94.275 75.985 18.290 12 12 103. 435. 0. 8580. 200AC 140. 143.00 1.264 227.3 7.31 0.755 12 93.522 76.265 17.257 13 13 90. 380. 0. 8203. 200AC 140. 136.72 1.209 227.3 6.72 0.605 13 92.917 76.361 16.556 14 14 27. 115. 0. 2236. 104PV 145. 37.27 1.219 119.8 13.72 0.370 125 94.575 75.945 18.630 136 15 65. 275. 0. 1344. 104PV 145. 22.40 0.733 119.8 5.34 0.345 15 92.917 76.361 16.556 14 16 45. 190. 0. 952. 104PV 145. 15.86 0.519 119.8 2.82 0.125 16 93.265 76.453 16.812 15 17 47. 200. 0. 711. 104PV 145. 11.85 0.387 119.8 1.64 0.075 17 93.391 76.442 16.949 16 18 112. 470. 0. 4235. 132PV 145. 70.58 1.433 152.0 14.01 1.570 14 91.348 76.236 15.112 18

19 98. 415. 0. 2253. 104PV 145. 37.55 1.228 119.8 13.91 1.365 18 89.985 76.102 13.883 19 20 31. 130. 0. 1006. 104PV 145. 16.76 0.548 119.8 3.12 0.095 19 89.888 76.100 13.788 20 21 70. 295. 0. 1022. 104PV 145. 17.03 0.557 119.8 3.22 0.225 20 89.663 75.889 13.774 21 22 158. 665. 0. 333. 104PV 145. 5.54 0.181 119.8 0.40 0.065 21 89.599 75.125 14.474 22RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 53. 225. 0. 97. 104PV 145. 1.62 0.053 119.8 0.04 0.000 21 89.661 76.680 12.981 23MH 24 24. 100. 0. 600. 104PV 145. 10.00 0.327 119.8 1.20 0.030 23 89.632 76.541 13.091 24 25 73. 310. 0. 821. 104PV 145. 13.68 0.447 119.8 2.14 0.155 25 89.661 76.680 12.981 23MH 26 33. 140. 0. 570. 104PV 145. 9.50 0.311 119.8 1.09 0.035 26 89.817 76.541 13.276 25 27 23. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 26 89.853 76.325 13.528 27RN 28 57. 240. 0. 855. 104PV 145. 14.25 0.466 119.8 2.31 0.130 19 89.853 76.474 13.379 26 29 59. 250. 0. 601. 104PV 145. 10.01 0.327 119.8 1.20 0.070 20 89.817 76.541 13.276 25 30 46. 195. 0. 1052. 104PV 145. 17.53 0.573 119.8 3.39 0.155 28 89.888 76.100 13.788 20 31 107. 450. 0. 89. 104PV 145. 1.49 0.049 119.8 0.04 0.005 28 90.040 76.319 13.721 29MH 32 112. 470. 0. 661. E 100 52. 11.01 0.389 78.0 11.61 1.300 30 90.040 76.319 13.721 29MH 33 102. 430. 0. 869. 104PV 145. 14.49 0.474 119.8 2.38 0.245 30 91.097 76.445 14.652 31 34 124. 525. 0. 1726. 104PV 145. 28.77 0.941 119.8 8.49 1.055 31 90.044 76.205 13.839 28 35 60. 255. 0. 158. E 104 103. 2.64 0.086 105.0 0.19 0.010 32 93.522 76.265 17.257 13 36 49. 205. 0. 333. E 104 103. 5.55 0.182 105.0 0.77 0.040 33 93.534 76.556 16.978 32 37 49. 205. 0. 411. E 104 103. 6.85 0.224 105.0 1.13 0.055 34 93.572 76.354 17.218 33 38 47. 200. 0. 461. E 104 103. 7.68 0.251 105.0 1.40 0.065 35 93.627 76.463 17.164 34 39 17. 70. 0. 1593. E 104 103. 26.55 0.868 105.0 13.90 0.235 36 93.693 76.558 17.135 35 40 32. 135. 0. 879. E 104 103. 14.65 0.479 105.0 4.62 0.150 37 93.929 76.668 17.261 36 41 23. 95. 0. 189. E 104 103. 3.16 0.103 105.0 0.27 0.005 38 94.077 76.268 17.809 37 42 62. 260. 0. 130. E 104 103. 2.17 0.071 105.0 0.13 0.010 38 94.075 76.567 17.508 39RN

43 67. 280. 0. 140. 104PV 145. 2.33 0.076 119.8 0.08 0.005 38 94.078 76.771 17.307 40RN 44 86. 365. 0. 999. 104PV 145. 16.65 0.544 119.8 3.08 0.265 41 93.929 76.668 17.261 36 45 24. 100. 0. 1252. E 450 73. 20.87 0.036 399.9 0.01 0.000 41 94.194 76.935 17.259 42 46 54. 230. 0. 115. E 450 73. 1.92 0.003 399.9 0.00 0.000 42 94.194 77.242 16.952 43RN 47 60. 255. 0. 3610. E 450 73. 60.17 0.105 399.9 0.09 0.005 44 94.194 76.886 17.308 41 48 20. 85. 0. 234. 104PV 145. 3.90 0.127 119.8 0.21 0.005 44 94.196 76.710 17.486 45 49 31. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 45 94.195 76.787 17.408 46RN 50 54. 230. 0. 4129. E 450 73. 68.82 0.120 399.9 0.12 0.005 47 94.200 76.675 17.525 44 51 49. 205. 0. 5878. E 450 73. 97.97 0.171 399.9 0.23 0.010 48 94.207 76.465 17.742 47 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 51. 215. 0. 7671. E 450 73. 127.85 0.223 399.9 0.38 0.020 49 94.218 76.258 17.960 48 53 66. 280. 0. 9584. E 450 73. 159.73 0.279 399.9 0.57 0.040 12 94.237 76.185 18.052 49 54 120. 505. 0. 1413. 104PV 145. 23.55 0.770 119.8 5.86 0.705 49 93.534 76.556 16.978 32 55 125. 525. 0. 1320. 104PV 145. 22.01 0.720 119.8 5.17 0.645 48 93.572 76.354 17.218 33 56 118. 495. 0. 1284. 104PV 145. 21.40 0.700 119.8 4.91 0.580 47 93.627 76.463 17.164 34 57 225. 950. 0. 414. 104PV 145. 6.89 0.225 119.8 0.60 0.135 11 94.196 76.710 17.486 45 58 46. 195. 0. 902. 104PV 145. 15.03 0.491 119.8 2.55 0.115 41 94.077 76.268 17.809 37 59 46. 195. 0. 874. 104PV 145. 14.57 0.477 119.8 2.41 0.110 42 94.083 76.636 17.447 38 60 109. 460. 0. 767. 104PV 145. 12.78 0.418 119.8 1.89 0.205 35 93.487 76.540 16.947 229MH 61 122. 515. 0. 626. 104PV 145. 10.44 0.341 119.8 1.30 0.160 34 93.469 76.514 16.955 17 62 118. 495. 0. 683. 104PV 145. 11.39 0.372 119.8 1.53 0.180 33 93.391 76.442 16.949 16 63 114. 480. 0. 865. 104PV 145. 14.42 0.471 119.8 2.36 0.270 32 93.265 76.453 16.812 15 64 196. 825. 0. 2113. E 200 65. 35.21 0.311 170.0 2.25 0.440 9 94.393 76.652 17.741 50 65 50. 210. 0. 105. E 151 103. 1.75 0.027 152.4 0.01 0.000 50 94.393 76.874 17.519 51RN 66 45. 190. 0. 1395. E 200 65. 23.25 0.206 170.0 1.04 0.045 50 94.346 76.441 17.905 52

67 37. 155. 0. 318. 104PV 145. 5.29 0.173 119.8 0.37 0.015 52 94.333 76.695 17.638 53 68 28. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 53 94.332 76.755 17.577 54RN 69 28. 120. 0. 60. E 200 65. 1.00 0.009 170.0 0.00 0.000 53 94.333 76.710 17.623 55RN 70 14. 60. 0. 875. 104PV 145. 14.59 0.477 119.8 2.41 0.035 52 94.313 76.541 17.772 56MH 71 77. 325. 0. 258. E 200 65. 4.31 0.038 170.0 0.05 0.005 56 94.309 76.325 17.984 57 72 84. 355. 0. 247. E 200 65. 4.11 0.036 170.0 0.04 0.005 56 94.309 76.325 17.984 57 73 46. 195. 0. 68. E 200 65. 1.13 0.010 170.0 0.00 0.000 57 94.309 76.225 18.084 58 74 45. 190. 0. 1140. E 200 65. 19.00 0.168 170.0 0.72 0.030 58 94.277 76.032 18.245 59 75 135. 570. 0. 285. E 200 65. 4.75 0.042 170.0 0.05 0.005 59 94.269 76.451 17.818 60RN 76 102. 430. 0. 260. 104PV 145. 4.33 0.142 119.8 0.26 0.025 59 94.251 76.395 17.856 61 77 65. 275. 0. 138. 104PV 145. 2.29 0.075 119.8 0.08 0.005 61 94.246 76.496 17.750 62RN 78 104. 440. 0. 450. 104PV 145. 7.50 0.245 119.8 0.70 0.075 63 94.251 76.395 17.856 61 79 160. 675. 0. 338. 104PV 145. 5.62 0.184 119.8 0.41 0.065 63 94.258 76.652 17.606 64RN 80 70. 295. 0. 1492. 104PV 145. 24.87 0.813 119.8 6.49 0.455 65 94.324 76.451 17.873 63 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 64. 270. 0. 132. 104PV 145. 2.19 0.072 119.8 0.07 0.005 65 94.773 75.745 19.028 66 82 171. 720. 0. 2267. E 150 61. 37.78 0.594 124.0 11.90 2.035 67 94.778 76.035 18.743 65 83 220. 930. 0. 465. 104PV 145. 7.75 0.253 119.8 0.75 0.165 67 96.647 75.587 21.060 68RN 84 48. 200. 0. 3657. E 150 61. 60.94 0.958 124.0 28.84 1.385 6 96.812 75.684 21.128 67 85 125. 525. 0. 263. E 151 103. 4.38 0.068 152.4 0.08 0.010 5 98.590 76.000 22.590 69RN 86 72. 305. 0. 1545. E 150 61. 25.75 0.405 124.0 5.85 0.420 10 94.271 76.174 18.097 70 87 67. 280. 0. 2075. 104PV 145. 34.58 1.131 119.8 11.94 0.800 70 93.471 76.443 17.028 71 88 8. 35. 0. 4211. 104PV 145. 70.19 2.295 119.8 44.29 0.355 71 93.117 76.343 16.774 72 89 64. 270. 0. 2986. 104PV 145. 49.77 1.627 119.8 23.43 1.500 72 91.617 77.158 14.459 73 90 80. 335. 0. 1694. 104PV 145. 28.24 0.923 119.8 8.20 0.655 73 90.961 77.458 13.503 74

91 78. 330. 0. 1112. 104PV 145. 18.53 0.606 119.8 3.76 0.295 74 90.668 77.704 12.964 75 92 26. 110. 0. 1189. E 400 72. 19.81 0.044 353.9 0.02 0.000 75 90.667 77.829 12.838 76 93 53. 225. 0. 871. E 400 72. 14.52 0.032 353.9 0.01 0.000 76 90.666 78.028 12.638 77 94 46. 195. 0. 98. E 400 72. 1.63 0.004 353.9 0.00 0.000 77 90.666 78.049 12.617 78RN 95 35. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 76 90.666 77.910 12.756 79RN 96 32. 135. 0. 496. 104PV 145. 8.27 0.270 119.8 0.84 0.025 77 90.639 78.045 12.594 80 97 59. 250. 0. 30. 104PV 145. 0.51 0.017 119.8 0.00 0.000 80 90.639 78.022 12.617 81 98 48. 200. 0. 414. 104PV 145. 6.90 0.226 119.8 0.60 0.030 82 90.639 78.022 12.617 81 99 26. 110. 0. 165. 104PV 145. 2.74 0.090 119.8 0.11 0.005 81 90.636 78.128 12.508 83 100 47. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 83 90.634 78.386 12.248 84RN 101 47. 200. 0. 282. 104PV 145. 4.70 0.154 119.8 0.30 0.015 85 90.636 78.128 12.508 83 102 35. 150. 0. 259. 104PV 145. 4.31 0.141 119.8 0.25 0.010 86 90.650 78.105 12.545 85 103 42. 175. 0. 9. 104PV 145. 0.15 0.005 119.8 0.00 0.000 87 90.659 78.057 12.602 86 104 67. 280. 0. 111. 104PV 145. 1.85 0.061 119.8 0.05 0.005 87 90.655 77.558 13.097 94 105 25. 105. 0. 217. 104PV 145. 3.61 0.118 119.8 0.18 0.005 87 90.654 77.958 12.696 88 106 51. 215. 0. 38. 104PV 145. 0.64 0.021 119.8 0.01 0.000 90 90.654 77.958 12.696 88 107 22. 95. 0. 354. 104PV 145. 5.90 0.193 119.8 0.45 0.010 91 90.655 77.445 13.210 90 108 105. 445. 0. 624. 104PV 145. 10.40 0.340 119.8 1.29 0.135 92 90.665 77.133 13.532 91 109 66. 280. 0. 87. 104PV 145. 1.45 0.047 119.8 0.03 0.000 93 90.800 77.010 13.790 92 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 41. 175. 0. 350. E 100 52. 5.84 0.207 78.0 3.59 0.145 93 90.655 77.558 13.097 94 111 94. 395. 0. 37. 104PV 145. 0.61 0.020 119.8 0.01 0.000 94 90.655 77.445 13.210 90 112 10. 40. 0. 685. 104PV 145. 11.41 0.373 119.8 1.53 0.015 95 90.802 77.128 13.674 93 113 25. 105. 0. 361. 104PV 145. 6.02 0.197 119.8 0.47 0.010 95 90.806 77.236 13.570 96 114 11. 45. 0. 933. E 200 65. 15.56 0.138 170.0 0.49 0.005 96 90.801 77.136 13.665 97

115 29. 120. 0. 76. 104PV 145. 1.27 0.041 119.8 0.03 0.000 98 90.801 77.136 13.665 97 116 16. 65. 0. 1144. 104PV 145. 19.07 0.624 119.8 3.97 0.065 98 90.738 77.312 13.426 99 117 16. 65. 0. 357. 104PV 145. 5.95 0.195 119.8 0.46 0.005 99 90.731 77.357 13.374 100 118 74. 310. 0. 772. 104PV 145. 12.87 0.421 119.8 1.91 0.140 97 90.659 77.858 12.801 87 119 73. 310. 0. 567. 104PV 145. 9.45 0.309 119.8 1.08 0.080 99 90.659 78.057 12.602 86 120 73. 310. 0. 353. 104PV 145. 5.89 0.193 119.8 0.45 0.035 230 90.650 78.105 12.545 85 121 17. 70. 0. 948. 104PV 145. 15.80 0.517 119.8 2.80 0.050 100 90.683 77.367 13.316 230 122 154. 650. 0. 984. 104PV 145. 16.39 0.536 119.8 3.00 0.460 101 90.731 77.357 13.374 100 123 140. 590. 0. 1096. 104PV 145. 18.27 0.597 119.8 3.66 0.515 101 90.679 77.527 13.152 102 124 59. 250. 0. 125. 104PV 145. 2.08 0.068 119.8 0.07 0.005 74 90.957 77.752 13.205 103RN 125 19. 80. 0. 2740. 104PV 145. 45.66 1.493 119.8 19.98 0.380 104 91.192 77.453 13.739 101 126 28. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 105 91.993 77.450 14.543 231RN 127 54. 230. 0. 378. 104PV 145. 6.30 0.206 119.8 0.51 0.030 105 91.966 77.450 14.516 110 128 25. 105. 0. 2285. 104PV 145. 38.09 1.246 119.8 14.28 0.355 110 91.609 77.458 14.151 106 129 18. 75. 0. 2075. 104PV 145. 34.59 1.131 119.8 11.95 0.215 106 91.394 77.460 13.934 107 130 51. 215. 0. 1760. 104PV 145. 29.34 0.959 119.8 8.81 0.450 107 90.945 77.563 13.382 108 131 54. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 108 90.942 77.640 13.302 109RN 132 26. 110. 0. 1368. 104PV 145. 22.80 0.745 119.8 5.52 0.145 108 90.801 77.303 13.498 98 133 29. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 106 91.609 77.433 14.176 233RN 134 40. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 107 91.393 77.350 14.043 232RN 135 60. 255. 0. 128. 104PV 145. 2.12 0.069 119.8 0.07 0.005 110 91.962 77.102 14.860 111RN 136 24. 100. 0. 2380. 104PV 145. 39.67 1.297 119.8 15.40 0.370 112 91.966 77.450 14.516 110 137 42. 175. 0. 3182. 104PV 145. 53.04 1.734 119.8 26.36 1.105 113 92.336 76.865 15.471 112 138 8. 35. 0. 5013. 104PV 145. 83.56 2.732 119.8 61.17 0.490 114 93.443 76.765 16.678 113 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

139 15. 65. 0. 4487. 132PV 145. 74.78 1.518 152.0 15.59 0.235 115 93.932 76.683 17.249 114 140 12. 50. 0. 2678. 104PV 145. 44.63 1.459 119.8 19.15 0.230 116 94.166 76.680 17.486 115 141 31. 130. 0. 4110. 132PV 145. 68.51 1.391 152.0 13.26 0.410 117 94.396 76.258 18.138 116 142 33. 140. 0. 2261. 104PV 145. 37.68 1.232 119.8 14.00 0.460 117 94.345 76.105 18.240 118 143 40. 170. 0. 1159. 104PV 145. 19.32 0.632 119.8 4.06 0.160 118 94.183 76.214 17.969 119 144 21. 90. 0. 2177. 104PV 145. 36.28 1.186 119.8 13.05 0.275 119 93.908 76.325 17.583 120 145 46. 195. 0. 1245. 104PV 145. 20.75 0.679 119.8 4.64 0.215 116 94.183 76.214 17.969 119 146 46. 195. 0. 380. 104PV 145. 6.33 0.207 119.8 0.51 0.025 114 93.908 76.325 17.583 120 147 29. 120. 0. 2354. 104PV 145. 39.23 1.283 119.8 15.08 0.435 120 93.471 76.443 17.028 71 148 22. 95. 0. 1025. 104PV 145. 17.09 0.559 119.8 3.24 0.070 72 93.046 76.225 16.821 121 149 53. 225. 0. 1614. 104PV 145. 26.89 0.879 119.8 7.50 0.395 113 93.046 76.225 16.821 121 150 50. 210. 0. 2374. 104PV 145. 39.56 1.294 119.8 15.32 0.765 121 92.280 77.339 14.941 122 151 15. 65. 0. 2671. 104PV 145. 44.52 1.456 119.8 19.06 0.285 122 91.994 77.239 14.755 105 152 55. 230. 0. 550. 104PV 145. 9.16 0.300 119.8 1.02 0.055 112 92.280 77.339 14.941 122 153 37. 155. 0. 6584. 200AC 140. 109.73 0.970 227.3 4.47 0.165 123 94.807 76.025 18.782 117 154 32. 135. 0. 1477. 104PV 145. 24.61 0.805 119.8 6.36 0.205 123 94.769 76.258 18.511 124 155 77. 325. 0. 850. 104PV 145. 14.16 0.463 119.8 2.29 0.175 125 94.769 76.258 18.511 124 156 40. 170. 0. 1756. 104PV 145. 29.27 0.957 119.8 8.77 0.350 126 94.945 76.000 18.945 125 157 30. 125. 0. 10309. 200AC 140. 171.82 1.519 227.3 10.27 0.310 127 95.296 75.760 19.536 126 158 28. 120. 0. 9781. 250AC 140. 163.02 0.922 284.1 3.14 0.090 128 95.604 75.815 19.789 127 159 30. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 128 95.692 75.669 20.023 129RN 160 58. 245. 0. 11066. 250AC 140. 184.43 1.044 284.1 3.95 0.230 236 95.692 75.713 19.979 128 161 20. 85. 0. 13709. 250AC 140. 228.49 1.293 284.1 5.87 0.115 195 95.921 75.195 20.726 236 162 34. 145. 0. 13514. 250AC 140. 225.23 1.274 284.1 5.72 0.195 7 96.039 75.448 20.591 195 163 17. 70. 0. 2444. 132PV 145. 40.73 0.827 152.0 5.06 0.085 236 95.835 75.487 20.348 235

164 17. 70. 0. 3104. 132PV 145. 51.74 1.050 152.0 7.88 0.135 235 95.701 75.558 20.143 173 165 52. 220. 0. 761. 104PV 145. 12.68 0.415 119.8 1.86 0.095 173 95.604 75.815 19.789 127 166 41. 175. 0. 1722. 104PV 145. 28.70 0.939 119.8 8.46 0.345 172 94.945 76.000 18.945 125 167 122. 515. 0. 338. 104PV 145. 5.63 0.184 119.8 0.41 0.050 136 94.524 75.840 18.684 135 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 168 96. 405. 0. 275. 104PV 145. 4.58 0.150 119.8 0.28 0.025 135 94.497 75.945 18.552 130 169 66. 280. 0. 1471. 104PV 145. 24.51 0.802 119.8 6.31 0.415 130 94.080 76.352 17.728 131 170 11. 45. 0. 1561. 104PV 145. 26.02 0.851 119.8 7.05 0.080 136 94.497 75.945 18.552 130 171 25. 105. 0. 64. 104PV 145. 1.07 0.035 119.8 0.02 0.000 131 94.080 76.498 17.582 132RN 172 58. 245. 0. 207. 104PV 145. 3.45 0.113 119.8 0.17 0.010 133 94.080 76.498 17.582 132RN 173 114. 480. 0. 144. 104PV 145. 2.40 0.078 119.8 0.09 0.010 133 94.080 76.498 17.582 132RN 174 75. 315. 0. 871. 104PV 145. 14.51 0.475 119.8 2.39 0.180 134 94.090 76.358 17.732 133 175 26. 110. 0. 1866. 104PV 145. 31.11 1.017 119.8 9.81 0.255 135 94.269 75.925 18.344 134 176 27. 115. 0. 726. 104PV 145. 12.09 0.395 119.8 1.71 0.045 134 94.223 77.000 17.223 137 177 22. 95. 0. 557. 104PV 145. 9.28 0.303 119.8 1.04 0.025 138 94.223 77.000 17.223 137 178 74. 310. 0. 4620. 132PV 145. 77.00 1.563 152.0 16.46 1.220 138 93.028 76.918 16.110 139 179 31. 130. 0. 3800. 104PV 145. 63.33 2.071 119.8 36.61 1.135 139 91.893 76.948 14.945 140 180 34. 145. 0. 3487. 104PV 145. 58.12 1.901 119.8 31.23 1.060 140 90.831 77.010 13.821 141 181 48. 200. 0. 2415. 104PV 145. 40.25 1.316 119.8 15.82 0.760 141 90.072 77.523 12.549 142 182 20. 85. 0. 1288. 104PV 145. 21.46 0.702 119.8 4.94 0.100 142 89.973 77.623 12.350 143 183 80. 335. 0. 168. 104PV 145. 2.79 0.091 119.8 0.11 0.010 143 89.964 77.908 12.056 144RN 184 101. 425. 0. 213. 104PV 145. 3.54 0.116 119.8 0.18 0.020 143 89.955 77.916 12.039 145RN 185 75. 315. 0. 328. 104PV 145. 5.46 0.179 119.8 0.39 0.030 143 89.943 77.553 12.390 146 186 23. 95. 0. 82. 104PV 145. 1.37 0.045 119.8 0.03 0.000 147 89.943 77.553 12.390 146 187 60. 255. 0. 128. 104PV 145. 2.12 0.069 119.8 0.07 0.005 147 89.940 77.362 12.578 148RN

188 49. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.000 146 89.941 77.488 12.453 149RN 189 33. 140. 0. 455. 104PV 145. 7.58 0.248 119.8 0.72 0.025 150 89.944 77.312 12.632 147 190 18. 75. 0. 702. 104PV 145. 11.70 0.383 119.8 1.61 0.030 151 89.968 77.438 12.530 150 191 30. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 151 89.996 77.325 12.671 152RN 192 33. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 150 89.967 77.438 12.529 153RN 193 28. 120. 0. 925. 104PV 145. 15.41 0.504 119.8 2.67 0.075 142 89.997 77.501 12.496 151MH 194 42. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 140 91.891 77.102 14.789 154RN 195 142. 600. 0. 300. 104PV 145. 5.00 0.163 119.8 0.33 0.045 139 92.980 77.829 15.151 155RN 196 91. 385. 0. 1185. 104PV 145. 19.76 0.646 119.8 4.23 0.385 156 94.246 77.100 17.146 138 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 197 21. 90. 0. 1423. 104PV 145. 23.72 0.775 119.8 5.94 0.125 157 94.631 77.325 17.306 156 198 16. 65. 0. 2574. 104PV 145. 42.90 1.403 119.8 17.80 0.285 158 94.756 77.625 17.131 157MH 199 35. 150. 0. 8257. 200AC 140. 137.62 1.217 227.3 6.81 0.240 159 95.041 77.889 17.152 158 200 19. 80. 0. 10380. 200AC 140. 173.00 1.530 227.3 10.40 0.200 160 95.279 76.985 18.294 159 201 27. 115. 0. 272. 104PV 145. 4.53 0.148 119.8 0.28 0.005 161 95.476 77.158 18.318 160 202 11. 45. 0. 1787. 104PV 145. 29.79 0.974 119.8 9.06 0.100 161 95.384 76.663 18.721 162 203 21. 90. 0. 1400. 104PV 145. 23.33 0.763 119.8 5.76 0.120 162 95.263 76.459 18.804 163 204 57. 240. 0. 865. 104PV 145. 14.42 0.471 119.8 2.36 0.135 163 95.129 75.812 19.317 164 205 15. 65. 0. 1383. 104PV 145. 23.05 0.754 119.8 5.64 0.085 164 95.044 75.868 19.176 165 206 26. 110. 0. 2181. 104PV 145. 36.34 1.188 119.8 13.09 0.340 165 94.704 75.868 18.836 166 207 23. 95. 0. 842. 104PV 145. 14.04 0.459 119.8 2.25 0.050 166 94.652 77.125 17.527 167 208 25. 105. 0. 1301. 104PV 145. 21.68 0.709 119.8 5.03 0.125 168 94.652 77.125 17.527 167 209 21. 90. 0. 3818. 132PV 145. 63.63 1.291 152.0 11.56 0.245 168 94.535 76.761 17.774 169 210 19. 80. 0. 4426. 132PV 145. 73.77 1.497 152.0 15.21 0.290 169 94.246 77.100 17.146 138 211 90. 380. 0. 884. 104PV 145. 14.73 0.482 119.8 2.46 0.220 157 94.535 76.761 17.774 169

212 85. 360. 0. 5396. 200AC 140. 89.93 0.795 227.3 3.10 0.265 158 94.778 77.465 17.313 168 213 106. 445. 0. 1355. 104PV 145. 22.59 0.739 119.8 5.43 0.575 159 94.704 75.868 18.836 166 214 12. 50. 0. 2343. 104PV 145. 39.06 1.277 119.8 14.96 0.180 166 94.524 75.840 18.684 135 215 113. 475. 0. 1122. 104PV 145. 18.71 0.612 119.8 3.83 0.430 160 95.044 75.868 19.176 165 216 22. 95. 0. 718. 104PV 145. 11.97 0.391 119.8 1.67 0.035 170 95.129 75.812 19.317 164 217 42. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 179 95.375 75.459 19.916 181RN 218 17. 70. 0. 801. 104PV 145. 13.35 0.436 119.8 2.05 0.035 171 95.166 75.812 19.354 170 219 28. 120. 0. 1031. 104PV 145. 17.18 0.562 119.8 3.27 0.090 172 95.200 75.762 19.438 171 220 51. 215. 0. 3133. 132PV 145. 52.22 1.060 152.0 8.02 0.410 173 95.292 75.669 19.623 172 221 30. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 172 95.291 75.687 19.604 183RN 222 32. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 171 95.200 75.783 19.417 182RN 223 100. 420. 0. 1252. 104PV 145. 20.86 0.682 119.8 4.68 0.470 174 95.701 75.558 20.143 173 224 44. 185. 0. 1820. 104PV 145. 30.34 0.992 119.8 9.37 0.410 175 96.169 76.854 19.315 174 225 41. 175. 0. 279. 104PV 145. 4.64 0.152 119.8 0.29 0.010 176 96.581 77.362 19.219 175 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 226 44. 185. 0. 1248. 104PV 145. 20.80 0.680 119.8 4.66 0.205 176 96.388 77.215 19.173 177 227 58. 245. 0. 2397. 104PV 145. 39.95 1.306 119.8 15.59 0.905 177 95.484 77.059 18.425 161 228 32. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 161 95.483 76.520 18.963 178RN 229 34. 145. 0. 248. 104PV 145. 4.12 0.135 119.8 0.23 0.010 162 95.376 76.435 18.941 179 230 88. 370. 0. 185. 104PV 145. 3.08 0.101 119.8 0.14 0.010 163 95.251 76.583 18.668 180RN 231 113. 475. 0. 968. 104PV 145. 16.14 0.528 119.8 2.91 0.330 184 95.835 75.487 20.348 235 232 15. 65. 0. 1147. 104PV 145. 19.12 0.625 119.8 3.98 0.060 185 96.164 76.759 19.405 184 233 146. 615. 0. 618. 104PV 145. 10.30 0.337 119.8 1.27 0.185 185 96.039 75.448 20.591 195 234 31. 130. 0. 2170. 104PV 145. 36.17 1.183 119.8 12.98 0.400 186 96.224 76.655 19.569 185 235 23. 95. 0. 2468. 104PV 145. 41.13 1.345 119.8 16.46 0.380 187 96.626 76.663 19.963 186

236 29. 120. 0. 831. 104PV 145. 13.85 0.453 119.8 2.19 0.065 187 96.941 76.853 20.088 188 237 33. 140. 0. 1185. 104PV 145. 19.76 0.646 119.8 4.23 0.140 189 96.941 76.853 20.088 188 238 38. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 189 97.080 76.632 20.448 190RN 239 41. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 189 97.079 76.680 20.399 191RN 240 27. 115. 0. 1648. 104PV 145. 27.47 0.898 119.8 7.79 0.210 192 97.081 76.663 20.418 189 241 59. 250. 0. 15432. 250AC 140. 257.20 1.455 284.1 7.31 0.430 192 96.860 77.845 19.015 193 242 30. 125. 0. 1769. 104PV 145. 29.48 0.964 119.8 8.89 0.265 193 96.593 77.636 18.957 176MH 243 50. 210. 0. 13519. 250AC 140. 225.32 1.275 284.1 5.72 0.285 193 96.574 77.665 18.909 196 244 22. 95. 0. 197. 104PV 145. 3.28 0.107 119.8 0.15 0.005 197 96.860 77.845 19.015 193 245 19. 80. 0. 514. 104PV 145. 8.57 0.280 119.8 0.90 0.015 198 96.863 77.758 19.105 197 246 14. 60. 0. 303. 104PV 145. 5.04 0.165 119.8 0.34 0.005 198 96.876 77.137 19.739 199 247 15. 65. 0. 85. 104PV 145. 1.41 0.046 119.8 0.03 0.000 200 96.876 77.137 19.739 199 248 49. 205. 0. 475. 104PV 145. 7.91 0.259 119.8 0.78 0.040 201 96.876 77.137 19.739 200 249 70. 295. 0. 895. 104PV 145. 14.91 0.488 119.8 2.52 0.175 202 96.914 76.258 20.656 201 250 39. 165. 0. 2287. 104PV 145. 38.11 1.246 119.8 14.29 0.555 203 97.090 77.413 19.677 202 251 49. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.000 203 97.646 76.448 21.198 204RN 252 40. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 201 96.913 76.369 20.544 227RN 253 54. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 197 96.860 77.896 18.964 237RN 254 77. 325. 0. 163. 104PV 145. 2.71 0.089 119.8 0.11 0.010 199 96.867 76.985 19.882 238RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 255 60. 255. 0. 128. 104PV 145. 2.12 0.069 119.8 0.07 0.005 200 96.872 76.420 20.452 239RN 256 84. 355. 0. 11743. 200AC 140. 195.72 1.730 227.3 13.07 1.095 196 95.476 77.158 18.318 160 257 31. 130. 0. 1429. 104PV 145. 23.81 0.779 119.8 5.98 0.185 196 96.388 77.215 19.173 177 258 65. 275. 0. 1024. 104PV 145. 17.07 0.558 119.8 3.23 0.210 202 96.880 77.616 19.264 198 259 19. 80. 0. 2614. 104PV 145. 43.57 1.425 119.8 18.31 0.350 205 97.648 77.256 20.392 203

260 27. 115. 0. 20299. 250AC 140. 338.32 1.914 284.1 12.14 0.330 206 97.996 77.102 20.894 205 261 54. 230. 0. 973. 104PV 145. 16.21 0.530 119.8 2.94 0.160 207 98.324 76.783 21.541 206 262 27. 115. 0. 58. 104PV 145. 0.96 0.031 119.8 0.02 0.000 207 98.482 75.782 22.700 208RN 263 57. 240. 0. 1323. 104PV 145. 22.05 0.721 119.8 5.19 0.295 209 98.482 75.863 22.619 207 264 67. 280. 0. 1930. 104PV 145. 32.17 1.052 119.8 10.44 0.700 210 98.778 75.675 23.103 209 265 73. 310. 0. 2387. 104PV 145. 39.79 1.301 119.8 15.48 1.130 2 99.477 75.452 24.025 210 266 60. 255. 0. 1222. 104PV 145. 20.37 0.666 119.8 4.48 0.270 2 100.339 75.136 25.203 211MH 267 14. 60. 0. 445. 104PV 145. 7.42 0.243 119.8 0.69 0.010 211 100.329 75.103 25.226 212 268 77. 325. 0. 163. 104PV 145. 2.71 0.089 119.8 0.11 0.010 212 100.321 74.863 25.458 213RN 269 15. 65. 0. 587. 104PV 145. 9.79 0.320 119.8 1.15 0.015 211 100.321 75.105 25.216 215 270 64. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 215 100.316 74.758 25.558 214RN 271 68. 285. 0. 143. 104PV 145. 2.37 0.078 119.8 0.08 0.005 215 100.316 75.096 25.220 216RN 272 51. 215. 0. 47922. 400AC 140. 798.71 1.765 454.6 6.04 0.310 3 99.711 74.889 24.822 217 273 20. 85. 0. 19912. 250AC 140. 331.86 1.878 284.1 11.72 0.235 217 99.477 76.202 23.275 218MH 274 62. 260. 0. 19671. 250AC 140. 327.86 1.855 284.1 11.46 0.710 218 98.767 74.452 24.315 219 275 39. 165. 0. 19581. 250AC 140. 326.35 1.847 284.1 11.36 0.445 219 98.324 76.783 21.541 206 276 53. 225. 0. 235. 104PV 145. 3.91 0.128 119.8 0.21 0.010 209 98.767 74.452 24.315 219 277 55. 230. 0. 47. 104PV 145. 0.79 0.026 119.8 0.01 0.000 210 99.477 76.202 23.275 218MH 278 29. 120. 0. 22659. 300AC 140. 377.65 1.484 340.9 6.13 0.180 220 99.390 75.125 24.265 4 279 58. 245. 0. 4874. 132PV 145. 81.23 1.649 152.0 18.18 1.055 220 98.513 76.023 22.490 221 280 95. 400. 0. 1099. 104PV 145. 18.31 0.599 119.8 3.68 0.350 221 98.164 76.205 21.959 222 281 38. 160. 0. 3373. 132PV 145. 56.22 1.141 152.0 9.19 0.350 221 98.164 76.205 21.959 222 282 28. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 222 98.164 76.282 21.882 223RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 9. 283 67. 280. 0. 3932. 132PV 145. 65.53 1.330 152.0 12.21 0.820 222 97.346 76.325 21.021 224 284 56. 235. 0. 118. 104PV 145. 1.96 0.064 119.8 0.06 0.005 224 97.343 76.382 20.961 225RN 285 35. 150. 0. 3482. 132PV 145. 58.03 1.178 152.0 9.75 0.340 224 97.005 76.325 20.680 187 286 44. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 186 96.624 76.523 20.101 226RN 287 34. 145. 0. 27788. 350AC 140. 463.14 1.337 397.8 4.22 0.145 217 99.568 75.852 23.716 220 288 77. 325. 0. 17425. 250AC 140. 290.41 1.643 284.1 9.15 0.705 205 97.291 77.325 19.966 192 289 39. 165. 0. 1804. 104PV 145. 30.07 0.983 119.8 9.22 0.360 188 96.581 77.362 19.219 175 290 41. 175. 0. 179. 104PV 145. 2.98 0.097 119.8 0.13 0.005 174 96.164 76.759 19.405 184 291 102. 430. 0. 215. 104PV 145. 3.58 0.117 119.8 0.18 0.020 159 95.261 76.427 18.834 240RN 292 83. 350. 0. 802. 104PV 145. 13.37 0.437 119.8 2.05 0.170 128 95.522 75.412 20.110 8 293 47. 200. 0. 8305. 200AC 140. 138.42 1.224 227.3 6.88 0.325 126 94.973 75.858 19.115 123 294 55. 230. 0. 1981. 104PV 145. 33.02 1.080 119.8 10.96 0.605 124 94.166 76.680 17.486 115 295 38. 160. 0. 1134. 104PV 145. 18.90 0.618 119.8 3.90 0.150 131 93.932 76.683 17.249 114 296 30. 125. 0. 885. 104PV 145. 14.74 0.482 119.8 2.46 0.075 118 94.271 76.174 18.097 70 297 16. 65. 0. 957. 104PV 145. 15.94 0.521 119.8 2.85 0.045 73 91.572 77.339 14.233 104 298 86. 365. 0. 91. 104PV 145. 1.51 0.049 119.8 0.04 0.005 80 90.636 78.128 12.508 83 299 26. 110. 0. 352. 104PV 145. 5.86 0.192 119.8 0.45 0.010 102 90.668 77.704 12.964 75 300 27. 115. 0. 337. 104PV 145. 5.62 0.184 119.8 0.41 0.010 102 90.668 77.527 13.141 82 301 40. 170. 0. 320. 104PV 145. 5.33 0.174 119.8 0.37 0.015 230 90.668 77.527 13.141 82 302 46. 195. 0. 1216. 104PV 145. 20.27 0.663 119.8 4.44 0.205 241 90.818 77.336 13.482 95 303 95. 400. 0. 847. 104PV 145. 14.12 0.462 119.8 2.27 0.215 241 90.806 77.236 13.570 96 304 164. 690. 0. 2706. 104PV 145. 45.09 1.474 119.8 19.52 3.200 137 91.022 78.237 12.785 241MH 305 167. 705. 0. 4398. E 400 72. 73.29 0.162 353.9 0.25 0.040 14 92.876 76.531 16.345 228 306 490. 2065. 0. 3013. 151PV 145. 44.78 0.695 181.6 3.13 1.535 228 91.341 76.889 14.452 30

E 100 52. 5.43 0.192 307 69. 290. 0. 145. E 125 95. 2.42 0.055 122.5 0.08 0.005 29 90.035 76.187 13.848 234RN 308 130. 550. 0. 275. 104PV 145. 4.58 0.150 119.8 0.28 0.035 24 89.595 76.540 13.055 194RN 309 139. 585. 0. 1936. 104PV 145. 32.26 1.055 119.8 10.50 1.460 7 94.773 75.745 19.028 66 310 89. 375. 0. 1452. E 150 61. 24.21 0.381 124.0 5.22 0.465 66 94.309 76.225 18.084 58 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 311 49. 205. 0. 1437. E 150 61. 23.95 0.376 124.0 5.11 0.250 18 91.097 76.445 14.652 31 312 40. 170. 0. 1958. 104PV 145. 32.64 1.067 119.8 10.73 0.430 167 94.223 77.000 17.223 137 313 22. 95. 0. 489. 104PV 145. 8.16 0.267 119.8 0.82 0.020 229 93.469 76.514 16.955 17 314 22. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 88 90.654 78.053 12.601 89RN 315 40. 170. 0. 1941. 104PV 145. 32.34 1.058 119.8 10.55 0.420 105 91.572 77.339 14.233 104 316 21. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 212 100.329 75.136 25.193 242RN 317 12. 0. 0. 900. 104PV 145. 15.00 0.490 119.8 2.54 0.030 141 90.800 77.010 13.790 92 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 27.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 145 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.039 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00093 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 3.934 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 18121. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 75770. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 30 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1790. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 5.84/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 27.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 75770.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 23 30 43 78 241 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 219 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S

OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 12534. 9741.63 43.35 422299.47 86.00 1077924.00 8.30 104032.20 0.05 X SUPPLY COST 53896.20 14.00/13.20 PVC 739. 612.35 43.35 26545.51 139.00 102721.00 9.05 6687.95 0.05 X SUPPLY COST 5136.05 16.00/15.10 PVC 490. 423.56 43.35 18361.17 184.00 90160.00 11.60 5684.00 0.05 X SUPPLY COST 4508.00 20.00 AC 600. 576.00 43.35 24969.60 285.00 171000.00 13.10 7860.00 0.10 X SUPPLY COST 17100.00 25.00 AC 474. 503.63 43.35 21832.14 394.00 186756.00 17.05 8081.70 0.10 X SUPPLY COST 18675.60 30.00 AC 74. 86.58 43.35 3753.24 569.00 42106.00 23.50 1739.00 0.10 X SUPPLY COST 4210.60 35.00 AC 34. 43.60 43.35 1890.28 802.00 27268.00 29.95 1018.30 0.10 X SUPPLY COST 2726.80 40.00 AC 51. 71.40 43.35 3095.19 1103.00 56253.00 36.40 1856.40 0.10 X SUPPLY COST 5625.30 45.00 AC 150. 228.38 43.35 9900.06 1589.00 238350.00 50.00 7500.00 0.10 X SUPPLY COST 23835.00 TOTAL = 15146. 12287.12 532646.69 1992538.00 144459.56 135713.55 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 2805358. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. VARANASI WSS, Varanasi, Phase II, Zone BENIA 3 DATE:�� (BENIA3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106.700 77.700 29.000 1FH 1 1040. 0. 0. 53020. E 700 81. 883.67 0.638 647.1 1.30 1.355 1 105.344 75.081 30.263 147 2 66. 315. 0. 17464. 200AC 140. 291.07 2.574 227.3 27.25 1.800 2 101.099 75.684 25.415 3 3 49. 235. 0. 15909. 200AC 140. 265.15 2.344 227.3 22.92 1.125 3 99.976 75.152 24.824 4 4 56. 265. 0. 14580. 200AC 140. 243.00 2.149 227.3 19.50 1.090 4 98.884 74.518 24.366 5 5 76. 360. 0. 2253. 104PV 145. 37.54 1.228 119.8 13.90 1.055 5 97.827 74.491 23.336 6 6 56. 265. 0. 1690. 104PV 145. 28.17 0.921 119.8 8.17 0.455 6 97.370 74.734 22.636 7 7 42. 200. 0. 2649. 104PV 145. 44.15 1.444 119.8 18.77 0.790 8 97.370 74.734 22.636 7 8 37. 175. 0. 3329. E 104 103. 55.49 1.814 105.0 54.45 2.015 9 98.158 75.186 22.972 8 9 32. 150. 0. 26627. E 300 70. 443.78 1.744 262.0 29.81 0.955 9 99.219 74.940 24.279 10 10 12. 55. 0. 18380. E 300 70. 306.33 1.204 262.0 15.00 0.180 10 99.039 74.982 24.057 11 11 173. 825. 0. 14809. E 300 70. 246.82 0.970 262.0 10.06 1.740 11 97.299 75.867 21.432 12

12 71. 340. 0. 11513. E 300 70. 191.89 0.754 262.0 6.31 0.450 12 96.851 76.258 20.593 13 13 112. 535. 0. 8710. E 300 70. 145.16 0.570 262.0 3.76 0.420 13 96.430 76.427 20.003 15 14 25. 120. 0. 5690. E 300 70. 94.83 0.373 262.0 1.71 0.045 15 96.387 76.462 19.925 16 15 20. 95. 0. 3627. 104PV 145. 60.45 1.977 119.8 33.58 0.670 16 95.715 76.884 18.831 17 16 25. 120. 0. 2007. 104PV 145. 33.45 1.094 119.8 11.23 0.280 17 95.435 76.703 18.732 18 17 28. 135. 0. 1507. 104PV 145. 25.12 0.821 119.8 6.61 0.185 18 95.250 76.699 18.551 19 18 42. 200. 0. 1278. 104PV 145. 21.29 0.696 119.8 4.86 0.205 19 95.045 76.204 18.841 20 19 17. 80. 0. 424. E 200 95. 7.07 0.063 195.9 0.06 0.000 20 95.044 76.053 18.991 21 20 6. 30. 0. 72. E 200 95. 1.20 0.011 195.9 0.00 0.000 21 95.044 76.043 19.001 22 21 47. 225. 0. 865. 104PV 145. 14.41 0.471 119.8 2.36 0.110 23 95.044 76.043 19.001 22 22 20. 95. 0. 101. 104PV 145. 1.68 0.055 119.8 0.04 0.000 23 95.154 75.869 19.285 24 23 20. 95. 0. 1277. 104PV 145. 21.28 0.696 119.8 4.86 0.095 24 95.057 75.817 19.240 25 24 86. 410. 0. 2302. 104PV 145. 38.37 1.255 119.8 14.48 1.245 25 93.812 75.510 18.302 26 25 122. 580. 0. 1059. 104PV 145. 17.66 0.577 119.8 3.44 0.420 26 93.393 75.481 17.912 28 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 26 81. 385. 0. 427. 104PV 145. 7.11 0.233 119.8 0.64 0.050 28 93.341 75.191 18.150 29 27 21. 100. 0. 1232. 104PV 145. 20.54 0.671 119.8 4.55 0.095 30 93.341 75.191 18.150 29 28 53. 250. 0. 1547. 104PV 145. 25.79 0.843 119.8 6.93 0.365 31 93.437 75.183 18.254 30 29 38. 180. 0. 2479. 104PV 145. 41.32 1.351 119.8 16.60 0.630 32 93.805 75.039 18.766 31 30 60. 285. 0. 2869. 104PV 145. 47.82 1.564 119.8 21.76 1.305 33 94.435 74.926 19.509 32 31 63. 300. 0. 1787. 104PV 145. 29.79 0.974 119.8 9.06 0.570 34 95.741 74.790 20.951 33 32 30. 145. 0. 2901. 104PV 145. 48.36 1.581 119.8 22.21 0.665 35 95.741 74.790 20.951 33 33 49. 235. 0. 4739. 104PV 145. 46.27 1.513 146.8 20.47 1.005 36 96.408 75.336 21.072 35 E 104 103. 32.71 1.070 34 10. 50. 0. 8009. 104PV 145. 78.20 2.557 146.8 54.10 0.540 37 97.411 75.326 22.085 36 E 104 103. 55.29 1.808 35 54. 255. 0. 3000. E 104 103. 50.01 1.635 105.0 44.92 2.425 36 94.985 75.823 19.162 38

36 23. 110. 0. 8089. 104PV 145. 78.98 2.582 146.8 55.11 1.265 10 97.952 75.941 22.011 37MH E 104 103. 55.84 1.826 37 42. 200. 0. 2184. E 104 103. 36.40 1.190 105.0 24.94 1.050 38 93.938 75.796 18.142 39 38 28. 135. 0. 907. E 104 103. 15.12 0.494 105.0 4.90 0.135 39 93.800 75.763 18.037 40 39 22. 105. 0. 865. E 104 103. 14.41 0.471 105.0 4.48 0.100 40 93.702 75.712 17.990 41MH 40 50. 240. 0. 208. E 104 103. 3.47 0.113 105.0 0.32 0.015 41 93.685 75.669 18.016 42 41 41. 195. 0. 159. E 104 103. 2.65 0.087 105.0 0.20 0.010 43 93.685 75.669 18.016 42 42 158. 750. 0. 109. 104PV 145. 1.81 0.059 119.8 0.05 0.010 41 93.693 75.586 18.107 43 43 32. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 42 93.684 75.712 17.972 44RN 44 32. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 28 93.392 75.610 17.782 45RN 45 30. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 29 93.340 75.256 18.084 46RN 46 37. 175. 0. 1022. 104PV 145. 17.03 0.557 119.8 3.22 0.120 39 93.819 75.445 18.374 47 47 22. 105. 0. 426. 104PV 145. 7.10 0.232 119.8 0.64 0.015 47 93.805 75.560 18.245 48 48 27. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 48 93.804 75.460 18.344 49RN 49 34. 160. 0. 94. 104PV 145. 1.57 0.051 119.8 0.04 0.000 50 93.805 75.560 18.245 48 50 22. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 51 94.951 75.621 19.330 146RN 51 22. 105. 0. 403. 104PV 145. 6.72 0.220 119.8 0.58 0.015 47 93.806 75.059 18.747 50 52 18. 85. 0. 134. 104PV 145. 2.24 0.073 119.8 0.08 0.000 50 93.805 75.039 18.766 31 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 53 37. 175. 0. 2256. 104PV 145. 37.60 1.229 119.8 13.94 0.515 51 94.435 74.926 19.509 32 54 58. 275. 0. 2192. E 104 103. 36.53 1.194 105.0 25.11 1.455 35 94.951 75.441 19.510 51 55 41. 195. 0. 491. 104PV 145. 8.19 0.268 119.8 0.83 0.035 38 94.951 75.441 19.510 51 56 62. 295. 0. 2983. 104PV 145. 49.72 1.626 119.8 23.39 1.450 11 97.589 75.123 22.466 52 57 30. 145. 0. 2633. 104PV 145. 43.89 1.435 119.8 18.56 0.555 52 97.032 72.223 24.809 53 58 27. 130. 0. 2351. 104PV 145. 39.18 1.281 119.8 15.05 0.405 53 96.626 75.325 21.301 54

59 55. 260. 0. 1427. 104PV 145. 23.79 0.778 119.8 5.97 0.330 54 96.297 75.445 20.852 55 60 32. 150. 0. 1651. 104PV 145. 27.51 0.900 119.8 7.82 0.250 56 96.297 75.445 20.852 55 61 21. 100. 0. 2823. 104PV 145. 47.05 1.538 119.8 21.12 0.445 55 95.854 75.663 20.191 57 62 36. 170. 0. 1578. 104PV 145. 26.31 0.860 119.8 7.19 0.260 57 95.595 75.710 19.885 58 63 42. 200. 0. 1698. 104PV 145. 28.30 0.925 119.8 8.24 0.345 58 95.249 75.785 19.464 60 64 33. 155. 0. 78. 104PV 145. 1.29 0.042 119.8 0.03 0.000 60 95.248 75.812 19.436 61RN 65 35. 165. 0. 1361. 104PV 145. 22.68 0.741 119.8 5.46 0.190 60 95.057 75.817 19.240 25 66 127. 605. 0. 844. 104PV 145. 14.06 0.460 119.8 2.26 0.285 56 96.261 76.448 19.813 62 67 42. 200. 0. 2266. 104PV 145. 37.77 1.235 119.8 14.06 0.590 13 96.261 76.448 19.813 62 68 21. 100. 0. 2657. 104PV 145. 44.28 1.448 119.8 18.88 0.395 62 95.864 76.512 19.352 63 69 63. 300. 0. 946. 104PV 145. 15.76 0.515 119.8 2.79 0.175 63 95.689 76.684 19.005 64 70 83. 395. 0. 1314. 104PV 145. 21.90 0.716 119.8 5.12 0.425 63 95.439 76.258 19.181 65 71 19. 90. 0. 1808. 104PV 145. 30.14 0.986 119.8 9.26 0.175 64 95.513 76.652 18.861 66 72 56. 265. 0. 783. 104PV 145. 13.05 0.427 119.8 1.96 0.110 66 95.403 76.338 19.065 67 73 53. 250. 0. 1250. 104PV 145. 20.84 0.681 119.8 4.67 0.250 67 95.155 75.937 19.218 23 74 41. 195. 0. 9. 104PV 145. 0.16 0.005 119.8 0.00 0.000 68 95.527 77.210 18.317 77 75 71. 340. 0. 1188. 104PV 145. 19.80 0.648 119.8 4.25 0.300 68 95.225 77.632 17.593 69 76 10. 50. 0. 1515. 104PV 145. 25.25 0.826 119.8 6.67 0.065 69 95.158 77.829 17.329 70 77 34. 160. 0. 722. 104PV 145. 12.04 0.394 119.8 1.69 0.060 70 95.101 77.916 17.185 71MH 78 25. 120. 0. 217. 104PV 145. 3.62 0.118 119.8 0.18 0.005 71 95.096 77.823 17.273 72 79 114. 540. 0. 270. 104PV 145. 4.50 0.147 119.8 0.27 0.030 72 95.065 77.553 17.512 73RN 80 49. 235. 0. 170. 104PV 145. 2.84 0.093 119.8 0.12 0.005 78 95.249 77.809 17.440 74 81 65. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.005 74 95.243 77.241 18.002 75RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 82 12. 55. 0. 285. 104PV 145. 4.75 0.155 119.8 0.30 0.005 76 95.249 77.809 17.440 74

83 69. 330. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.005 76 95.250 76.699 18.551 19 84 90. 430. 0. 795. 104PV 145. 13.25 0.433 119.8 2.02 0.180 18 95.253 77.823 17.430 76MH 85 26. 125. 0. 584. 104PV 145. 9.74 0.318 119.8 1.14 0.030 78 95.225 77.632 17.593 69 86 73. 345. 0. 1107. 104PV 145. 18.45 0.603 119.8 3.73 0.270 77 95.255 77.758 17.497 78 87 79. 375. 0. 526. E 200 95. 8.76 0.077 195.9 0.09 0.005 20 95.038 76.861 18.177 79 88 40. 190. 0. 202. 104PV 145. 3.37 0.110 119.8 0.16 0.005 21 95.038 77.102 17.936 81RN 89 65. 310. 0. 150. 104PV 145. 2.49 0.082 119.8 0.09 0.005 82 95.038 77.102 17.936 81RN 90 95. 450. 0. 225. E 200 95. 3.75 0.033 195.9 0.02 0.000 22 95.043 76.669 18.374 27RN 91 62. 295. 0. 46. 104PV 145. 0.76 0.025 119.8 0.01 0.000 79 95.038 77.102 17.936 81RN 92 30. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 79 95.038 77.620 17.418 80RN 93 19. 90. 0. 770. 104PV 145. 12.83 0.420 119.8 1.90 0.035 65 95.403 76.338 19.065 67 94 50. 240. 0. 1391. 104PV 145. 23.19 0.758 119.8 5.70 0.285 65 95.154 75.869 19.285 24 95 31. 145. 0. 1440. 104PV 145. 24.00 0.785 119.8 6.07 0.190 17 95.527 77.210 18.317 77 96 103. 490. 0. 1710. 104PV 145. 28.50 0.932 119.8 8.35 0.860 16 95.527 77.325 18.202 68 97 64. 305. 0. 535. 104PV 145. 8.92 0.292 119.8 0.97 0.060 70 95.096 77.823 17.273 72 98 41. 195. 0. 2595. 104PV 145. 43.25 1.414 119.8 18.07 0.740 15 95.689 76.684 19.005 64 99 44. 210. 0. 743. 104PV 145. 12.38 0.405 119.8 1.78 0.080 66 95.435 76.703 18.732 18 100 41. 195. 0. 2616. 104PV 145. 43.60 1.426 119.8 18.34 0.750 12 96.547 75.669 20.878 56 101 79. 375. 0. 541. 104PV 145. 9.02 0.295 119.8 0.99 0.080 54 96.547 75.669 20.878 56 102 31. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 53 97.031 75.312 21.719 83RN 103 27. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 52 97.588 75.202 22.386 84RN 104 19. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 34 96.312 75.742 20.570 85RN 105 38. 180. 0. 167. 104PV 145. 2.79 0.091 119.8 0.11 0.005 48 93.800 75.763 18.037 40 106 46. 220. 0. 1000. 104PV 145. 16.66 0.545 119.8 3.09 0.140 57 95.712 75.778 19.934 59 107 109. 520. 0. 565. 104PV 145. 9.41 0.308 119.8 1.07 0.115 59 95.595 75.710 19.885 58

108 14. 65. 0. 33. 104PV 145. 0.54 0.018 119.8 0.01 0.000 59 95.712 75.869 19.843 145RN 109 87. 415. 0. 889. E 100 52. 14.82 0.524 78.0 20.12 1.750 8 96.408 75.336 21.072 35 110 100. 475. 0. 842. E 100 52. 14.03 0.496 78.0 18.18 1.820 4 98.158 75.186 22.972 8 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 111 72. 345. 0. 30291. E 300 70. 504.85 1.984 262.0 37.84 2.725 2 100.173 74.863 25.310 9 112 28. 135. 0. 3864. 104PV 145. 64.41 2.106 119.8 37.77 1.060 7 96.312 74.569 21.743 34 113 48. 230. 0. 1325. 104PV 145. 22.08 0.722 119.8 5.20 0.250 64 95.439 76.258 19.181 65 114 12. 55. 0. 332. E 200 95. 5.53 0.049 195.9 0.04 0.000 22 95.044 77.070 17.974 82 115 269. 1280. 0. 640. 104PV 145. 10.67 0.349 119.8 1.35 0.365 3 100.736 76.447 24.289 14RN 116 77. 365. 0. 183. 104PV 145. 3.04 0.099 119.8 0.13 0.010 71 95.091 77.520 17.571 86RN 117 53. 250. 0. 125. E 132 103. 2.08 0.042 133.3 0.04 0.000 6 97.825 75.272 22.553 87RN 118 37. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 7 97.368 75.677 21.691 88RN 119 32. 150. 0. 1694. E 132 103. 28.24 0.573 133.3 4.88 0.155 34 96.156 74.646 21.510 89 120 65. 310. 0. 1239. E 104 103. 20.66 0.675 105.0 8.74 0.570 89 95.588 75.840 19.748 91 121 63. 300. 0. 2259. E 104 103. 37.65 1.231 105.0 26.56 1.675 91 93.914 75.020 18.894 92 122 34. 160. 0. 935. E 104 103. 15.58 0.509 105.0 5.18 0.175 92 93.738 76.067 17.671 93 123 57. 270. 0. 1338. E 104 103. 22.31 0.729 105.0 10.07 0.575 93 93.164 76.183 16.981 94 124 48. 230. 0. 894. 104PV 145. 14.89 0.487 119.8 2.51 0.120 94 93.043 77.471 15.572 95MH 125 43. 205. 0. 1169. 104PV 145. 19.48 0.637 119.8 4.13 0.175 29 93.164 76.183 16.981 94 126 29. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 30 93.436 76.500 16.936 98RN 127 40. 190. 0. 714. 104PV 145. 11.90 0.389 119.8 1.66 0.065 31 93.738 76.067 17.671 93 128 38. 180. 0. 2236. 104PV 145. 37.26 1.218 119.8 13.71 0.520 32 93.914 75.020 18.894 92 129 27. 130. 0. 1390. 104PV 145. 23.16 0.757 119.8 5.68 0.155 33 95.588 75.840 19.748 91 130 32. 150. 0. 1186. 104PV 145. 19.77 0.647 119.8 4.24 0.135 94 93.028 76.339 16.689 96 131 22. 105. 0. 909. 104PV 145. 15.15 0.495 119.8 2.59 0.055 96 92.971 76.659 16.312 97

132 51. 245. 0. 656. 104PV 145. 10.94 0.358 119.8 1.42 0.070 95 92.971 76.659 16.312 97 133 32. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 96 93.027 76.412 16.615 99RN 134 80. 380. 0. 1200. 104PV 145. 20.00 0.654 119.8 4.33 0.345 97 92.624 76.336 16.288 100 135 28. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 100 92.624 76.441 16.183 101RN 136 67. 320. 0. 715. 104PV 145. 11.92 0.390 119.8 1.66 0.110 100 92.513 75.925 16.588 102 137 34. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 102 92.512 76.115 16.397 103RN 138 83. 395. 0. 198. 104PV 145. 3.29 0.108 119.8 0.15 0.015 102 92.501 75.448 17.053 104RN 139 18. 85. 0. 3198. 104PV 145. 53.29 1.743 119.8 26.60 0.480 92 93.436 74.912 18.524 105 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 140 22. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 105 93.435 74.892 18.543 106RN 141 15. 70. 0. 3015. 104PV 145. 50.25 1.643 119.8 23.86 0.360 105 93.078 74.925 18.153 107 142 69. 330. 0. 165. 104PV 145. 2.75 0.090 119.8 0.11 0.010 107 93.070 75.249 17.821 108RN 143 228. 1085. 0. 2108. 104PV 145. 35.13 1.149 119.8 12.29 2.800 107 90.275 74.663 15.612 109 144 80. 380. 0. 190. 104PV 145. 3.17 0.104 119.8 0.14 0.010 109 90.264 74.802 15.462 110RN 145 26. 125. 0. 602. 104PV 145. 10.03 0.328 119.8 1.21 0.030 109 90.244 74.888 15.356 111MH 146 124. 590. 0. 295. 104PV 145. 4.92 0.161 119.8 0.32 0.040 111 90.204 74.223 15.981 112RN 147 56. 265. 0. 183. 104PV 145. 3.05 0.100 119.8 0.13 0.005 113 90.244 74.888 15.356 111MH 148 35. 165. 0. 679. 104PV 145. 11.31 0.370 119.8 1.51 0.055 114 90.252 74.669 15.583 113 149 39. 185. 0. 188. 104PV 145. 3.14 0.103 119.8 0.14 0.005 113 90.246 74.515 15.731 115 150 10. 50. 0. 341. 104PV 145. 5.69 0.186 119.8 0.42 0.005 115 90.242 74.490 15.752 116 151 89. 425. 0. 213. 104PV 145. 3.54 0.116 119.8 0.18 0.015 116 90.226 74.785 15.441 144RN 152 48. 230. 0. 224. 104PV 145. 3.73 0.122 119.8 0.19 0.010 117 90.242 74.490 15.752 116 153 14. 65. 0. 56. 104PV 145. 0.94 0.031 119.8 0.02 0.000 117 90.252 74.605 15.647 118MH 154 58. 275. 0. 138. 104PV 145. 2.29 0.075 119.8 0.08 0.005 118 90.247 74.559 15.688 119RN 155 55. 260. 0. 381. 104PV 145. 6.35 0.208 119.8 0.52 0.030 120 90.252 74.605 15.647 118MH

156 30. 145. 0. 73. E 150 61. 1.21 0.019 124.0 0.02 0.000 120 90.280 74.752 15.528 121RN 157 55. 260. 0. 786. E 150 61. 13.10 0.206 124.0 1.67 0.090 122 90.280 74.236 16.044 120 158 38. 180. 0. 109. E 104 103. 1.81 0.059 105.0 0.10 0.005 123 90.372 73.956 16.416 122 159 15. 70. 0. 977. 104PV 145. 16.28 0.532 119.8 2.96 0.045 124 90.376 74.135 16.241 123 160 36. 170. 0. 982. E 150 61. 16.37 0.257 124.0 2.53 0.090 125 90.372 73.956 16.416 122 161 83. 395. 0. 871. 104PV 145. 14.51 0.475 119.8 2.39 0.200 126 90.420 74.108 16.312 124 162 26. 125. 0. 5. 104PV 145. 0.08 0.002 119.8 0.00 0.000 127 90.619 73.953 16.666 126 163 20. 95. 0. 1310. 104PV 145. 21.83 0.714 119.8 5.09 0.100 127 90.517 74.202 16.315 128 164 44. 210. 0. 187. 104PV 145. 3.12 0.102 119.8 0.14 0.005 129 90.517 74.202 16.315 128 165 34. 160. 0. 691. 104PV 145. 11.52 0.377 119.8 1.56 0.055 129 90.470 74.002 16.468 130 166 123. 585. 0. 174. 104PV 145. 2.89 0.095 119.8 0.12 0.015 130 90.455 74.202 16.253 131 167 12. 55. 0. 1317. 104PV 145. 21.95 0.718 119.8 5.15 0.060 128 90.455 74.202 16.253 131 168 43. 205. 0. 1068. 104PV 145. 17.80 0.582 119.8 3.49 0.150 131 90.305 74.325 15.980 114 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 169 50. 240. 0. 423. 104PV 145. 7.05 0.230 119.8 0.63 0.030 132 90.698 73.758 16.940 133 170 96. 455. 0. 1746. E 150 61. 29.10 0.457 124.0 7.34 0.705 134 90.698 73.758 16.940 133 171 55. 260. 0. 1071. E 104 103. 17.85 0.584 105.0 6.66 0.365 135 91.402 73.696 17.706 134 172 105. 500. 0. 1283. E 150 61. 21.38 0.336 124.0 4.14 0.435 136 91.402 73.696 17.706 134 173 41. 195. 0. 1630. 104PV 145. 27.17 0.888 119.8 7.64 0.315 137 91.838 74.566 17.272 136MH 174 111. 530. 0. 1060. 104PV 145. 17.66 0.577 119.8 3.44 0.380 137 91.769 73.789 17.980 135 175 46. 220. 0. 3162. 104PV 145. 52.70 1.723 119.8 26.05 1.200 138 92.151 73.756 18.395 137 176 49. 235. 0. 5424. 104PV 145. 90.40 2.956 119.8 70.77 3.470 139 93.349 73.815 19.534 138 177 34. 160. 0. 5628. 104PV 145. 93.80 3.067 119.8 75.78 2.575 139 94.241 73.863 20.378 140 178 76. 360. 0. 2954. 104PV 145. 49.24 1.610 119.8 22.97 1.745 140 92.495 73.954 18.541 141 179 32. 150. 0. 1376. 104PV 145. 22.93 0.750 119.8 5.58 0.180 141 92.316 73.852 18.464 142

180 28. 135. 0. 2708. 104PV 145. 45.13 1.476 119.8 19.55 0.545 142 91.769 73.789 17.980 135 181 118. 560. 0. 1755. 104PV 145. 29.24 0.956 119.8 8.75 1.035 138 92.316 73.852 18.464 142 182 92. 440. 0. 2014. 104PV 145. 33.56 1.098 119.8 11.30 1.040 135 90.730 73.863 16.867 132 183 89. 425. 0. 2820. 104PV 145. 47.00 1.537 119.8 21.08 1.875 141 90.619 74.025 16.594 127 184 148. 705. 0. 2061. 104PV 145. 34.36 1.123 119.8 11.80 1.745 140 92.495 73.954 18.541 141 185 58. 275. 0. 606. 104PV 145. 10.10 0.330 119.8 1.22 0.070 123 90.305 74.325 15.980 114 186 52. 245. 0. 550. 104PV 145. 9.17 0.300 119.8 1.02 0.055 114 90.252 74.449 15.803 117 187 53. 250. 0. 396. 104PV 145. 6.59 0.216 119.8 0.55 0.030 109 90.246 74.515 15.731 115 188 56. 265. 0. 471. 104PV 145. 7.85 0.257 119.8 0.77 0.045 125 90.420 74.108 16.312 124 189 161. 765. 0. 11632. 200AC 140. 193.87 1.714 227.3 12.84 2.065 5 96.817 73.803 23.014 139 190 47. 225. 0. 113. 104PV 145. 1.87 0.061 119.8 0.05 0.005 89 96.153 74.614 21.539 90RN 191 30. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 130 90.469 73.960 16.509 143RN 192 32. 150. 0. 1746. E 150 61. 29.10 0.457 124.0 7.34 0.235 133 90.463 73.863 16.600 125 193 25. 120. 0. 1123. 104PV 145. 18.72 0.612 119.8 3.83 0.095 127 90.523 74.023 16.500 129 194 26. 125. 0. 1189. 104PV 145. 19.81 0.648 119.8 4.26 0.110 132 90.619 73.953 16.666 126 195 47. 225. 0. 635. E 104 103. 10.59 0.346 105.0 2.54 0.120 26 93.693 75.586 18.107 43 196 449. 2135. 0. 51952. E 675 81. 865.87 0.672 623.6 1.50 0.675 147 104.668 73.890 30.778 148 197 345. 1640. 0. 50065. E 600 81. 834.42 0.820 553.0 2.52 0.870 148 103.798 74.141 29.657 149 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 198 244. 1160. 0. 48665. E 550 80. 811.08 0.948 505.9 3.69 0.900 149 102.898 75.125 27.773 2 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 111 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 15.356 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00096 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.693 M HEAD & LEVELS ARE IN METERS

TOTAL FLOW LENGTH = 12186. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 53020. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 73 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2908. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.00/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 53020.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 37 71 76 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 53 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 7753. 6025.76 43.35 261216.50 86.00 666758.00 8.30 64349.90 0.05 X SUPPLY COST 33337.90 20.00 AC 332. 318.72 43.35 13816.51 285.00 94620.00 13.10 4349.20 0.10 X SUPPLY COST 9462.00 TOTAL = 8085. 6344.48 275033.00 761378.00 68699.10 42799.90 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1147910. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR A DATE:�� (BHELUA/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 95.300 75.300 20.000 1FH 1 20. 30. 0. 18160. E 350 91. 363.20 1.049 338.2 5.92 0.120 1 95.182 75.370 19.812 2 2 37. 50. 0. 11015. E 250 91. 220.30 1.247 241.6 12.08 0.445 2 94.735 75.294 19.441 3MH 3 119. 160. 0. 1513. E 250 91. 30.26 0.171 241.6 0.31 0.035 3 94.698 74.886 19.812 4 4 47. 60. 0. 1742. E 250 91. 34.84 0.197 241.6 0.40 0.020 4 94.679 74.435 20.244 5 5 48. 60. 0. 1726. E 250 91. 34.52 0.195 241.6 0.39 0.020 5 94.661 74.560 20.101 6 6 54. 70. 0. 1416. E 250 91. 28.33 0.160 241.6 0.27 0.015 6 94.646 74.620 20.026 7 7 229. 300. 0. 1081. E 250 91. 21.62 0.122 241.6 0.16 0.040 7 94.609 74.712 19.897 8 8 58. 80. 0. 521. E 250 91. 10.42 0.059 241.6 0.04 0.000 8 94.606 74.892 19.714 9 9 26. 30. 0. 474. E 250 91. 9.48 0.054 241.6 0.04 0.000 9 94.605 74.956 19.649 10 10 73. 100. 0. 504. E 250 91. 10.08 0.057 241.6 0.04 0.005 10 94.602 75.123 19.479 11 11 132. 170. 0. 239. 104PV 145. 4.78 0.156 119.8 0.31 0.040 11 94.562 73.449 21.113 12 12 73. 100. 0. 344. 104PV 145. 6.88 0.225 119.8 0.60 0.045 12 94.518 73.397 21.121 13 13 139. 100. 0. 97. 104PV 145. 1.95 0.064 119.8 0.06 0.010 13 94.510 72.523 21.987 14 14 42. 50. 0. 160. 104PV 145. 3.21 0.105 119.8 0.15 0.005 15 94.510 72.523 21.987 14 15 164. 210. 0. 41. 104PV 145. 0.83 0.027 119.8 0.01 0.000 13 94.516 72.916 21.600 15 16 172. 220. 0. 359. 104PV 145. 7.18 0.235 119.8 0.65 0.110 16 94.516 72.916 21.600 15 17 74. 100. 0. 379. E 104 98. 7.59 0.248 103.4 1.48 0.110 16 94.519 74.870 19.649 17 18 59. 80. 0. 231. 104PV 145. 4.62 0.151 119.8 0.29 0.015 18 94.519 74.870 19.649 17 19 44. 60. 0. 61. 104PV 145. 1.21 0.040 119.8 0.02 0.000 19 94.536 74.244 20.292 18 20 118. 150. 0. 315. 104PV 145. 6.31 0.206 119.8 0.51 0.060 48 94.536 74.244 20.292 18

21 14. 20. 0. 64. 104PV 145. 1.28 0.042 119.8 0.03 0.000 48 94.595 76.112 18.483 49MH 22 59. 80. 0. 453. 104PV 145. 9.05 0.296 119.8 1.00 0.060 49 94.537 74.326 20.211 19 23 35. 50. 0. 227. 104PV 145. 4.54 0.148 119.8 0.28 0.010 19 94.527 74.618 19.909 20 24 20. 30. 0. 466. 104PV 145. 9.32 0.305 119.8 1.05 0.020 21 94.527 74.618 19.909 20 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 65. 80. 0. 600. 104PV 145. 12.01 0.393 119.8 1.68 0.110 50 94.548 74.832 19.716 21 26 57. 70. 0. 474. 104PV 145. 9.47 0.310 119.8 1.08 0.060 50 94.595 76.112 18.483 49MH 27 151. 200. 0. 20. 104PV 145. 0.41 0.013 119.8 0.00 0.000 22 94.548 74.832 19.716 21 28 199. 260. 0. 351. 104PV 145. 7.01 0.229 119.8 0.62 0.125 51 94.548 74.773 19.775 22 29 25. 30. 0. 1164. E 200 88. 23.28 0.206 190.8 0.59 0.015 51 94.657 75.663 18.994 50 30 82. 110. 0. 378. E 100 88. 7.56 0.267 95.4 2.16 0.175 23 94.548 74.773 19.775 22 31 46. 60. 0. 312. E 100 88. 6.24 0.221 95.4 1.52 0.070 24 94.726 74.650 20.076 23 32 55. 70. 0. 221. E 100 88. 4.42 0.156 95.4 0.80 0.045 25 94.796 74.512 20.284 24 33 304. 400. 0. 190. 104PV 145. 3.80 0.124 119.8 0.20 0.060 25 94.779 75.160 19.619 26 34 90. 120. 0. 200. E 100 88. 4.00 0.141 95.4 0.66 0.060 27 94.779 75.160 19.619 26 35 101. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.005 26 94.776 75.763 19.013 59RN 36 552. 720. 0. 455. E 150 88. 9.09 0.143 143.1 0.42 0.235 27 94.605 74.956 19.649 10 37 87. 110. 0. 1130. E 150 88. 22.59 0.355 143.1 2.28 0.200 28 94.839 75.375 19.464 27MH 38 119. 160. 0. 1939. E 300 88. 38.79 0.152 286.3 0.21 0.025 29 95.037 75.017 20.020 28 39 47. 60. 0. 645. 104PV 145. 12.90 0.422 119.8 1.92 0.090 28 94.947 75.243 19.704 32 40 260. 340. 0. 493. 104PV 145. 9.87 0.323 119.8 1.17 0.305 32 94.642 75.163 19.479 33 41 51. 70. 0. 83. 104PV 145. 1.67 0.055 119.8 0.04 0.000 31 94.947 75.243 19.704 32 42 222. 290. 0. 484. 104PV 145. 9.68 0.316 119.8 1.13 0.250 31 94.698 74.886 19.812 4 43 59. 80. 0. 787. 104PV 145. 15.75 0.515 119.8 2.78 0.165 30 94.949 75.300 19.649 31MH 44 64. 80. 0. 6132. E 350 91. 122.65 0.354 338.2 0.79 0.050 30 95.062 75.349 19.713 29

45 141. 180. 0. 736. E 132 98. 14.73 0.299 131.2 1.58 0.220 29 94.840 74.498 20.342 25 46 146. 190. 0. 251. 104PV 145. 5.01 0.164 119.8 0.33 0.050 45 94.796 74.512 20.284 24 47 56. 70. 0. 3212. E 200 88. 64.23 0.568 190.8 3.89 0.220 29 94.844 75.605 19.239 45 48 18. 20. 0. 2751. E 200 88. 55.02 0.486 190.8 2.92 0.055 45 94.792 75.623 19.169 44MH 49 80. 100. 0. 362. 104PV 145. 7.25 0.237 119.8 0.66 0.055 44 94.739 75.097 19.642 43 50 65. 80. 0. 191. 104PV 145. 3.82 0.125 119.8 0.20 0.015 43 94.726 74.650 20.076 23 51 105. 140. 0. 11. 104PV 145. 0.22 0.007 119.8 0.00 0.000 43 94.739 75.500 19.239 42 52 53. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 45 94.844 75.810 19.034 46RN 53 32. 40. 0. 490. 104PV 145. 9.81 0.321 119.8 1.16 0.035 42 94.702 75.563 19.139 41 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 54 84. 110. 0. 94. 104PV 145. 1.88 0.061 119.8 0.05 0.005 40 94.702 75.563 19.139 41 55 72. 90. 0. 464. 104PV 145. 9.29 0.304 119.8 1.05 0.075 41 94.626 76.348 18.278 47MH 56 27. 40. 0. 484. 104PV 145. 9.69 0.317 119.8 1.13 0.030 47 94.596 76.112 18.484 48 57 169. 220. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.035 54 94.626 76.348 18.278 47MH 58 56. 70. 0. 1695. E 200 88. 33.89 0.300 190.8 1.19 0.065 42 94.672 76.106 18.566 51MH 59 48. 60. 0. 8794. E 500 88. 175.89 0.249 477.1 0.29 0.015 37 94.671 75.500 19.171 52MH 60 27. 40. 0. 8948. E 500 88. 178.96 0.253 477.1 0.30 0.010 38 94.685 74.716 19.969 37 61 85. 110. 0. 116. 104PV 145. 2.32 0.076 119.8 0.08 0.005 39 94.693 74.909 19.784 38 62 23. 30. 0. 8922. E 500 88. 178.44 0.252 477.1 0.30 0.005 39 94.693 74.909 19.784 38 63 22. 30. 0. 9123. E 500 88. 182.46 0.258 477.1 0.31 0.005 40 94.700 74.991 19.709 39 64 87. 110. 0. 9342. E 500 88. 186.84 0.264 477.1 0.32 0.030 3 94.706 75.220 19.486 40 65 49. 60. 0. 74. E 100 88. 1.48 0.052 95.4 0.11 0.005 37 94.679 74.435 20.244 5 66 31. 40. 0. 8674. E 500 88. 173.49 0.245 477.1 0.28 0.010 52 94.662 74.740 19.922 54 67 35. 50. 0. 8324. E 500 88. 166.48 0.236 477.1 0.26 0.010 54 94.653 74.426 20.227 55 68 63. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 55 94.652 74.640 20.012 56RN

69 43. 60. 0. 8189. E 500 88. 163.78 0.232 477.1 0.25 0.010 55 94.642 74.164 20.478 57 70 66. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 57 94.641 74.531 20.110 58RN 71 57. 70. 0. 8034. E 500 88. 160.68 0.227 477.1 0.24 0.015 57 94.628 73.370 21.258 16 72 98. 130. 0. 180. 104PV 145. 3.59 0.117 119.8 0.18 0.020 6 94.643 74.856 19.787 35 73 20. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 35 94.643 74.850 19.793 36RN 74 28. 40. 0. 65. 104PV 145. 1.29 0.042 119.8 0.03 0.000 35 94.642 75.211 19.431 34MH 75 34. 40. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 34 94.642 75.163 19.479 33 76 240. 310. 0. 163. 104PV 145. 3.26 0.107 119.8 0.15 0.035 33 94.606 74.892 19.714 9 77 119. 160. 0. 70. 104PV 145. 1.41 0.046 119.8 0.03 0.005 7 94.642 75.211 19.431 34MH 78 97. 130. 0. 305. 104PV 145. 6.10 0.199 119.8 0.48 0.045 8 94.562 73.449 21.113 12 79 100. 130. 0. 65. E 200 88. 1.30 0.011 190.8 0.00 0.000 11 94.602 75.123 19.479 60RN 80 53. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 19 94.536 74.731 19.805 61RN 81 99. 130. 0. 588. 104PV 145. 11.76 0.384 119.8 1.62 0.160 20 94.367 75.500 18.867 62MH 82 9. 10. 0. 768. 104PV 145. 15.37 0.502 119.8 2.66 0.025 62 94.343 75.148 19.195 63 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 83 154. 200. 0. 280. 104PV 145. 5.59 0.183 119.8 0.41 0.065 63 94.280 75.129 19.151 64 84 49. 60. 0. 293. E 100 88. 5.86 0.207 95.4 1.35 0.065 64 94.213 75.308 18.905 65 85 56. 70. 0. 35. E 100 88. 0.70 0.025 95.4 0.03 0.000 65 94.212 75.523 18.689 66RN 86 46. 60. 0. 163. E 100 88. 3.26 0.115 95.4 0.46 0.020 65 94.193 75.624 18.569 67 87 72. 90. 0. 206. E 100 88. 4.13 0.146 95.4 0.71 0.050 67 94.142 75.988 18.154 68 88 21. 30. 0. 114. E 100 88. 2.29 0.081 95.4 0.24 0.005 68 94.137 76.089 18.048 69 89 108. 140. 0. 17. E 100 88. 0.34 0.012 95.4 0.01 0.000 69 94.136 76.585 17.551 70RN 90 34. 40. 0. 73. 104PV 145. 1.46 0.048 119.8 0.03 0.000 71 94.136 76.585 17.551 70RN 91 58. 80. 0. 202. 104PV 145. 4.05 0.132 119.8 0.22 0.015 72 94.138 75.926 18.212 71 92 46. 60. 0. 316. 104PV 145. 6.33 0.207 119.8 0.51 0.025 73 94.151 75.812 18.339 72

93 24. 30. 0. 379. 104PV 145. 7.59 0.248 119.8 0.72 0.015 74 94.174 75.620 18.554 73 94 22. 30. 0. 416. 104PV 145. 8.32 0.272 119.8 0.85 0.020 75 94.192 75.431 18.761 74 95 28. 40. 0. 483. 104PV 145. 9.67 0.316 119.8 1.13 0.030 76 94.210 75.216 18.994 75 96 32. 40. 0. 697. 104PV 145. 13.94 0.456 119.8 2.22 0.070 77 94.242 74.686 19.556 76 97 30. 40. 0. 1229. 104PV 145. 24.59 0.804 119.8 6.35 0.190 78 94.313 74.531 19.782 77 98 75. 100. 0. 1215. E 250 91. 24.31 0.138 241.6 0.20 0.015 79 94.503 74.096 20.407 78 99 49. 60. 0. 277. 104PV 145. 5.53 0.181 119.8 0.40 0.020 79 94.499 73.518 20.981 80MH 100 123. 160. 0. 87. 104PV 145. 1.73 0.057 119.8 0.05 0.005 80 94.493 73.365 21.128 81 101 63. 80. 0. 93. 104PV 145. 1.87 0.061 119.8 0.05 0.005 82 94.493 73.365 21.128 81 102 29. 40. 0. 256. 104PV 145. 5.11 0.167 119.8 0.35 0.010 83 94.497 75.148 19.349 82MH 103 160. 210. 0. 3. 104PV 145. 0.05 0.002 119.8 0.00 0.000 150 94.497 75.148 19.349 82MH 104 26. 30. 0. 478. 104PV 145. 9.57 0.313 119.8 1.11 0.030 84 94.507 73.278 21.229 83 105 13. 20. 0. 1038. E 300 88. 20.77 0.082 286.3 0.07 0.000 85 94.535 73.108 21.427 84 106 49. 60. 0. 1335. E 300 88. 26.71 0.105 286.3 0.11 0.005 86 94.536 73.108 21.428 85 107 70. 90. 0. 1629. E 300 88. 32.59 0.128 286.3 0.15 0.010 87 94.541 73.269 21.272 86 108 29. 40. 0. 1966. E 250 91. 39.32 0.223 241.6 0.50 0.015 87 94.538 73.454 21.084 88 109 58. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 80 94.498 73.485 21.013 89RN 110 56. 70. 0. 1607. E 250 91. 32.14 0.182 241.6 0.34 0.020 88 94.519 73.395 21.124 79 111 166. 220. 0. 194. 104PV 145. 3.88 0.127 119.8 0.21 0.035 88 94.503 74.096 20.407 78 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 112 123. 160. 0. 689. 104PV 145. 13.78 0.451 119.8 2.17 0.265 87 94.285 74.260 20.025 90 113 72. 90. 0. 387. 104PV 145. 7.74 0.253 119.8 0.75 0.055 90 94.231 74.250 19.981 91 114 21. 30. 0. 341. 104PV 145. 6.82 0.223 119.8 0.59 0.010 91 94.219 74.531 19.688 92 115 50. 70. 0. 148. 104PV 145. 2.97 0.097 119.8 0.13 0.005 93 94.219 74.531 19.688 92 116 23. 30. 0. 243. 104PV 145. 4.85 0.159 119.8 0.31 0.005 94 94.225 74.711 19.514 93

117 60. 80. 0. 54. 104PV 145. 1.08 0.035 119.8 0.02 0.000 94 94.231 74.250 19.981 91 118 22. 30. 0. 367. 104PV 145. 7.33 0.240 119.8 0.68 0.015 95 94.232 74.516 19.716 94 119 33. 40. 0. 452. 104PV 145. 9.03 0.295 119.8 0.99 0.035 96 94.247 74.339 19.908 95 120 48. 60. 0. 374. E 104 98. 7.49 0.245 103.4 1.44 0.070 97 94.280 74.211 20.069 96 121 78. 100. 0. 527. E 104 98. 10.54 0.345 103.4 2.71 0.210 98 94.349 73.980 20.369 97 122 37. 50. 0. 152. 104PV 145. 3.05 0.100 119.8 0.13 0.005 90 94.280 74.211 20.069 96 123 59. 80. 0. 4469. E 450 88. 89.39 0.156 429.4 0.14 0.010 98 94.552 73.524 21.028 87 124 39. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 95 94.247 74.412 19.835 99RN 125 81. 110. 0. 438. 104PV 145. 8.75 0.286 119.8 0.94 0.075 77 94.237 74.853 19.384 100 126 39. 50. 0. 148. 104PV 145. 2.97 0.097 119.8 0.13 0.005 76 94.237 74.853 19.384 100 127 23. 30. 0. 491. 104PV 145. 9.82 0.321 119.8 1.16 0.025 100 94.210 75.023 19.187 101 128 37. 50. 0. 8. 104PV 145. 0.15 0.005 119.8 0.00 0.000 75 94.210 75.023 19.187 101 129 19. 20. 0. 448. 104PV 145. 8.97 0.293 119.8 0.98 0.020 101 94.192 75.446 18.746 102 130 25. 30. 0. 2314. E 200 88. 46.27 0.409 190.8 2.12 0.055 44 94.739 75.500 19.239 42 131 41. 50. 0. 18. 104PV 145. 0.37 0.012 119.8 0.00 0.000 102 94.192 75.431 18.761 74 132 48. 60. 0. 12. 104PV 145. 0.24 0.008 119.8 0.00 0.000 103 94.174 75.620 18.554 73 133 24. 30. 0. 380. 104PV 145. 7.60 0.248 119.8 0.72 0.015 102 94.174 75.446 18.728 103 134 32. 40. 0. 303. 104PV 145. 6.06 0.198 119.8 0.47 0.015 103 94.159 75.321 18.838 104 135 13. 20. 0. 8. 104PV 145. 0.16 0.005 119.8 0.00 0.000 104 94.159 75.216 18.943 105 136 26. 30. 0. 250. 104PV 145. 4.99 0.163 119.8 0.33 0.010 104 94.151 75.517 18.634 106 137 25. 30. 0. 322. 104PV 145. 6.45 0.211 119.8 0.53 0.015 105 94.146 75.216 18.930 107 138 45. 60. 0. 14. 104PV 145. 0.28 0.009 119.8 0.00 0.000 72 94.151 75.517 18.634 106 139 87. 110. 0. 164. 104PV 145. 3.27 0.107 119.8 0.15 0.015 106 94.137 76.418 17.719 108 140 106. 140. 0. 80. E 104 98. 1.59 0.052 103.4 0.08 0.010 107 94.137 76.089 18.048 69 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 5.

141 144. 190. 0. 63. 104PV 145. 1.26 0.041 119.8 0.03 0.005 107 94.142 75.988 18.154 68 142 33. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 109 94.137 76.446 17.691 110RN 143 35. 50. 0. 44. 104PV 145. 0.89 0.029 119.8 0.01 0.000 71 94.137 76.446 17.691 109 144 26. 30. 0. 36. 104PV 145. 0.71 0.023 119.8 0.01 0.000 108 94.137 76.446 17.691 109 145 59. 80. 0. 18. 104PV 145. 0.36 0.012 119.8 0.00 0.000 108 94.137 76.089 18.048 69 146 17. 20. 0. 34. 104PV 145. 0.69 0.022 119.8 0.01 0.000 93 94.225 74.840 19.385 111 147 37. 50. 0. 212. 104PV 145. 4.24 0.139 119.8 0.24 0.010 112 94.225 74.840 19.385 111 148 110. 140. 0. 141. 104PV 145. 2.82 0.092 119.8 0.12 0.015 111 94.212 74.931 19.281 113 149 78. 100. 0. 227. 104PV 145. 4.55 0.149 119.8 0.28 0.020 112 94.212 74.931 19.281 113 150 103. 130. 0. 184. 104PV 145. 3.67 0.120 119.8 0.19 0.020 113 94.193 75.624 18.569 67 151 17. 20. 0. 524. 104PV 145. 10.48 0.343 119.8 1.31 0.020 114 94.234 74.973 19.261 112MH 152 29. 40. 0. 408. 104PV 145. 8.16 0.267 119.8 0.82 0.025 122 94.256 74.973 19.283 114 153 27. 40. 0. 498. 104PV 145. 9.96 0.326 119.8 1.19 0.030 121 94.280 75.012 19.268 122 154 37. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 122 94.280 74.840 19.440 123RN 155 145. 190. 0. 241. E 104 98. 4.83 0.158 103.4 0.64 0.095 115 94.256 74.973 19.283 114 156 44. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 121 94.312 75.862 18.450 125RN 157 50. 70. 0. 349. 104PV 145. 6.97 0.228 119.8 0.62 0.030 63 94.312 75.637 18.675 121 158 205. 270. 0. 386. 104PV 145. 7.71 0.252 119.8 0.74 0.150 17 94.367 75.500 18.867 62MH 159 33. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 120 94.325 74.030 20.295 124RN 160 30. 40. 0. 284. 104PV 145. 5.69 0.186 119.8 0.42 0.015 120 94.312 75.637 18.675 121 161 84. 110. 0. 399. 104PV 145. 7.99 0.261 119.8 0.79 0.065 119 94.325 73.960 20.365 120 162 27. 40. 0. 534. 104PV 145. 10.69 0.349 119.8 1.36 0.035 118 94.391 73.842 20.549 119 163 44. 60. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.005 118 94.423 73.863 20.560 127 164 44. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 119 94.391 73.910 20.481 126RN 165 22. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 127 94.423 73.863 20.560 128RN

166 65. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 127 94.422 74.030 20.392 129RN 167 58. 80. 0. 764. 104PV 145. 15.29 0.500 119.8 2.63 0.155 117 94.428 73.674 20.754 118 168 44. 60. 0. 5670. E 450 88. 113.40 0.198 429.4 0.21 0.010 117 94.571 73.677 20.894 116 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 169 60. 80. 0. 5126. E 450 88. 102.53 0.179 429.4 0.18 0.010 116 94.560 73.712 20.848 98 170 75. 100. 0. 22. 104PV 145. 0.45 0.015 119.8 0.00 0.000 97 94.349 73.840 20.509 115 171 85. 110. 0. 419. E 100 88. 8.38 0.296 95.4 2.62 0.220 116 94.349 73.840 20.509 115 172 75. 100. 0. 6881. E 450 88. 137.61 0.240 429.4 0.31 0.025 130 94.580 73.548 21.032 117 173 53. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 130 94.603 73.531 21.072 131RN 174 76. 100. 0. 7051. E 450 88. 141.01 0.246 429.4 0.32 0.025 16 94.604 73.456 21.147 130 175 59. 80. 0. 286. E 104 98. 5.72 0.187 103.4 0.88 0.050 117 94.529 73.348 21.181 132 176 150. 200. 0. 119. 104PV 145. 2.38 0.078 119.8 0.08 0.015 86 94.529 73.348 21.181 132 177 19. 20. 0. 175. E 104 98. 3.50 0.115 103.4 0.35 0.005 132 94.522 73.231 21.291 133 178 30. 40. 0. 145. E 104 98. 2.90 0.095 103.4 0.25 0.005 133 94.515 73.151 21.364 134 179 19. 20. 0. 182. E 104 98. 3.64 0.119 103.4 0.38 0.005 134 94.507 73.027 21.480 135 180 62. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 132 94.528 73.216 21.312 141RN 181 57. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 135 94.507 73.228 21.279 140RN 182 27. 40. 0. 82. 104PV 145. 1.64 0.054 119.8 0.04 0.000 135 94.506 72.961 21.545 136 183 22. 30. 0. 142. 104PV 145. 2.84 0.093 119.8 0.12 0.005 136 94.504 72.947 21.557 137 184 90. 120. 0. 17. 104PV 145. 0.34 0.011 119.8 0.00 0.000 137 94.504 72.721 21.783 138 185 39. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 137 94.504 72.500 22.004 148RN 186 58. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 138 94.503 72.916 21.587 139RN 187 49. 60. 0. 153. 104PV 145. 3.06 0.100 119.8 0.13 0.005 14 94.504 72.721 21.783 138 188 145. 190. 0. 162. 104PV 145. 3.24 0.106 119.8 0.15 0.020 85 94.515 73.151 21.364 134 189 122. 140. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.020 142 94.506 72.961 21.545 136

190 33. 40. 0. 515. E 300 88. 10.30 0.040 286.3 0.02 0.000 84 94.535 72.864 21.671 143 191 47. 60. 0. 140. E 300 88. 2.80 0.011 286.3 0.00 0.000 143 94.535 72.258 22.277 144 192 59. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 144 94.534 72.103 22.431 145RN 193 25. 30. 0. 15. E 300 88. 0.30 0.001 286.3 0.00 0.000 144 94.535 72.258 22.277 149RN 194 19. 20. 0. 315. 104PV 145. 6.30 0.206 119.8 0.51 0.010 143 94.525 72.852 21.673 142 195 51. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 142 94.525 72.663 21.862 147RN 196 44. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 81 94.493 72.365 22.128 146RN 197 212. 280. 0. 283. E 100 88. 5.67 0.200 95.4 1.27 0.270 22 94.280 75.129 19.151 64 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 198 79. 100. 0. 389. 104PV 145. 7.78 0.255 119.8 0.75 0.060 92 94.159 75.216 18.943 105 199 67. 90. 0. 7045. E 350 91. 140.90 0.407 338.2 1.03 0.070 2 95.113 75.370 19.743 30 200 57. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 52 94.670 74.816 19.854 53RN 201 80. 80. 0. 148. 104PV 145. 2.95 0.097 119.8 0.13 0.010 83 94.497 72.500 21.997 150 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 70 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 17.551 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00098 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.482 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 14003. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 18160. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 108 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1216. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 0.96/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 18160.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 145

5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 9349. 7266.19 43.35 314989.44 86.00 804014.00 8.30 77596.70 0.05 X SUPPLY COST 40200.70 TOTAL = 9349. 7266.19 314989.44 804014.00 77596.70 40200.70 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1236801. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR B DATE:�� (BHELUB/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106.700 77.700 29.000 1FH 1 1150. 0. 0. 76273. 500AC 140. 1271.22 1.798 568.2 4.82 5.540 1 101.160 76.361 24.799 2 2 58. 110. 0. 62557. 450AC 140. 1042.62 1.821 511.4 5.57 0.325 2 100.837 76.478 24.359 3 3 73. 140. 0. 44506. 400AC 140. 741.77 1.640 454.6 5.27 0.385 3 100.453 76.444 24.009 4 4 27. 50. 0. 43819. 400AC 140. 730.32 1.614 454.6 5.12 0.140 4 100.314 76.530 23.784 5 5 30. 60. 0. 43614. 400AC 140. 726.91 1.607 454.6 5.07 0.150 5 100.162 76.524 23.638 6MH 6 36. 70. 0. 42411. 400AC 140. 706.84 1.562 454.6 4.82 0.175 6 99.989 76.045 23.944 7 7 16. 30. 0. 41511. 400AC 140. 691.86 1.529 454.6 4.63 0.075 7 99.915 75.977 23.938 8 8 69. 130. 0. 1261. 104PV 145. 21.02 0.687 119.8 4.75 0.330 8 99.587 75.905 23.682 9 9 25. 50. 0. 1111. 104PV 145. 18.52 0.605 119.8 3.76 0.095 9 99.493 75.822 23.671 10 10 16. 30. 0. 3148. E 200 79. 52.47 0.464 182.6 3.32 0.055 10 99.440 75.950 23.490 11 11 44. 80. 0. 3093. E 200 79. 51.56 0.456 182.6 3.21 0.140 11 99.299 76.032 23.267 12 12 41. 80. 0. 13820. 250AC 140. 175.47 0.993 315.1 3.60 0.150 12 99.151 76.051 23.100 13 E 200 79. 54.86 0.485 13 28. 50. 0. 9432. 200AC 140. 100.63 0.890 269.3 3.81 0.105 13 99.044 76.105 22.939 14 E 200 79. 56.57 0.500 14 47. 90. 0. 8391. 200AC 140. 89.52 0.792 269.3 3.07 0.145 14 98.900 76.098 22.802 15 E 200 79. 50.33 0.445 15 36. 70. 0. 8211. 200AC 140. 87.60 0.775 269.3 2.95 0.105 15 98.794 75.989 22.805 16 E 200 79. 49.25 0.435 16 32. 60. 0. 8046. 200AC 140. 85.84 0.759 269.3 2.84 0.090 16 98.703 75.934 22.769 17MH E 200 79. 48.26 0.427 17 30. 60. 0. 2962. E 200 79. 49.36 0.436 182.6 2.96 0.090 17 98.614 75.805 22.809 18 18 19. 40. 0. 2442. E 200 79. 40.70 0.360 182.6 2.07 0.040 18 98.575 75.910 22.665 19

19 46. 90. 0. 1329. 104PV 145. 22.15 0.724 119.8 5.23 0.240 19 98.334 75.592 22.742 20 20 100. 190. 0. 674. 104PV 145. 11.23 0.367 119.8 1.49 0.150 20 98.186 75.612 22.574 21 21 40. 70. 0. 388. 104PV 145. 6.47 0.212 119.8 0.54 0.020 21 98.164 75.271 22.893 22 22 32. 60. 0. 439. 104PV 145. 7.31 0.239 119.8 0.67 0.020 22 98.142 75.160 22.982 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 26. 50. 0. 152. 104PV 145. 2.54 0.083 119.8 0.09 0.000 23 98.140 74.993 23.147 24 24 51. 100. 0. 26277. 450AC 140. 437.94 0.765 511.4 1.12 0.055 24 98.083 74.751 23.332 25 25 50. 90. 0. 25265. 450AC 140. 421.09 0.735 511.4 1.04 0.050 25 98.031 74.603 23.428 26 26 121. 230. 0. 24539. 450AC 140. 408.99 0.714 511.4 0.99 0.120 26 97.912 75.521 22.391 27 27 45. 80. 0. 24741. 450AC 140. 412.35 0.720 511.4 1.00 0.045 27 97.867 74.991 22.876 28 28 27. 50. 0. 23158. 400AC 140. 276.54 0.611 516.0 0.85 0.025 28 97.844 74.444 23.400 29 E 350 79. 109.43 0.316 29 38. 70. 0. 22011. 400AC 140. 262.83 0.581 516.0 0.77 0.030 29 97.815 75.434 22.381 30 E 350 79. 104.01 0.300 30 21. 40. 0. 20211. 350AC 140. 245.01 0.707 448.9 1.30 0.025 30 97.787 75.775 22.012 31 E 300 79. 91.84 0.361 31 95. 180. 0. 19971. 350AC 140. 242.10 0.699 448.9 1.27 0.120 31 97.667 75.741 21.926 32 E 300 79. 90.75 0.357 32 31. 60. 0. 19801. 350AC 140. 240.04 0.693 448.9 1.25 0.040 32 97.628 75.657 21.971 33 E 300 79. 89.97 0.354 33 38. 70. 0. 19656. 350AC 140. 238.28 0.688 448.9 1.23 0.045 33 97.581 75.548 22.033 34 E 300 79. 89.32 0.351 34 42. 80. 0. 17292. 300AC 140. 288.20 1.133 340.9 3.71 0.155 34 97.425 75.209 22.216 35 35 31. 60. 0. 16566. 300AC 140. 276.11 1.085 340.9 3.43 0.105 35 97.319 75.142 22.177 36 36 20. 40. 0. 16632. 300AC 140. 277.20 1.089 340.9 3.45 0.070 36 97.250 74.929 22.321 37 37 34. 60. 0. 16264. 300AC 140. 271.07 1.065 340.9 3.31 0.115 37 97.137 74.513 22.624 38 38 68. 130. 0. 15578. 300AC 140. 259.64 1.020 340.9 3.06 0.210 38 96.929 73.598 23.331 39 39 36. 70. 0. 15056. 300AC 140. 250.93 0.986 340.9 2.87 0.105 39 96.826 73.324 23.502 40 40 11. 20. 0. 14848. 300AC 140. 247.47 0.972 340.9 2.80 0.030 40 96.795 73.191 23.604 41

41 39. 70. 0. 15145. 300AC 140. 252.41 0.992 340.9 2.90 0.115 41 96.682 73.376 23.306 42 42 29. 50. 0. 15035. 300AC 140. 250.58 0.985 340.9 2.87 0.085 42 96.598 73.721 22.877 43 43 22. 40. 0. 273. 104PV 145. 4.55 0.149 119.8 0.28 0.005 44 96.598 73.721 22.877 43 44 53. 100. 0. 753. 104PV 145. 12.55 0.410 119.8 1.83 0.095 44 96.508 73.712 22.796 45 45 94. 180. 0. 585. 104PV 145. 9.76 0.319 119.8 1.15 0.110 45 96.400 74.012 22.388 46 46 18. 30. 0. 290. 104PV 145. 4.84 0.158 119.8 0.31 0.005 46 96.394 74.450 21.944 47MH 47 27. 50. 0. 150. 104PV 145. 2.51 0.082 119.8 0.09 0.005 47 96.392 74.421 21.971 48 48 139. 260. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.005 49 96.392 74.421 21.971 48 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 49 81. 150. 0. 7375. 250AC 140. 122.92 0.696 284.1 1.86 0.150 49 96.246 74.031 22.215 50 50 115. 210. 0. 6885. 200AC 140. 114.75 1.015 227.3 4.86 0.560 50 95.687 73.528 22.159 51 51 53. 100. 0. 6540. 200AC 140. 109.00 0.964 227.3 4.42 0.235 51 95.453 73.787 21.666 52 52 30. 60. 0. 6360. 200AC 140. 106.00 0.937 227.3 4.20 0.125 52 95.327 73.855 21.472 53 53 112. 210. 0. 6145. 200AC 140. 102.42 0.906 227.3 3.94 0.440 53 94.886 75.576 19.310 54 54 3230. 6040. 0. 3020. E 300 79. 50.33 0.198 273.9 0.43 1.375 54 93.510 76.379 17.131 55MH 55 62. 120. 0. 671. E 104 79. 11.18 0.366 95.0 4.58 0.285 55 93.226 74.419 18.807 56 56 25. 50. 0. 40. E 104 79. 0.67 0.022 95.0 0.03 0.000 57 93.226 74.419 18.807 56 57 21. 40. 0. 542. E 104 79. 9.03 0.295 95.0 3.08 0.065 57 94.761 73.686 21.075 58 58 28. 50. 0. 172. E 104 79. 2.86 0.094 95.0 0.37 0.010 58 94.750 73.457 21.293 59 59 47. 90. 0. 744. 132PV 145. 9.61 0.195 167.5 0.35 0.015 59 93.136 73.313 19.823 60 E 104 79. 2.79 0.091 60 108. 200. 0. 410. 104PV 145. 6.83 0.223 119.8 0.59 0.065 60 93.072 74.217 18.855 61 61 34. 60. 0. 220. 104PV 145. 3.67 0.120 119.8 0.19 0.005 61 93.065 74.431 18.634 62 62 57. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 62 93.065 74.230 18.835 63RN 63 43. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 62 93.065 74.543 18.522 64RN 64 31. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 61 93.072 74.711 18.361 65RN

65 98. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.005 60 93.132 73.253 19.879 66RN 66 104. 190. 0. 86. 104PV 145. 1.44 0.047 119.8 0.03 0.005 67 93.136 73.313 19.823 60 67 32. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 67 93.139 74.511 18.628 68RN 68 31. 60. 0. 271. 104PV 145. 4.52 0.148 119.8 0.28 0.010 69 93.139 74.342 18.797 67 69 23. 40. 0. 214. 104PV 145. 3.57 0.117 119.8 0.18 0.005 70 93.148 74.860 18.288 69 70 18. 30. 0. 461. 104PV 145. 7.69 0.251 119.8 0.74 0.015 71 93.152 74.884 18.268 70MH 71 28. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 71 93.165 74.790 18.375 72RN 72 46. 90. 0. 168. 104PV 145. 2.79 0.091 119.8 0.11 0.005 70 93.147 74.650 18.497 73 73 21. 40. 0. 63. 104PV 145. 1.04 0.034 119.8 0.02 0.000 73 93.146 74.840 18.306 75 74 24. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 73 93.147 74.890 18.257 74RN 75 55. 100. 0. 77. 104PV 145. 1.29 0.042 119.8 0.03 0.000 69 93.146 74.840 18.306 75 76 50. 90. 0. 280. 104PV 145. 4.67 0.153 119.8 0.29 0.015 58 93.148 74.860 18.288 69 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 77 55. 100. 0. 576. 104PV 145. 9.61 0.314 119.8 1.11 0.060 56 93.165 74.784 18.381 71 78 37. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 75 93.146 74.410 18.736 76RN 79 42. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 53 95.327 73.125 22.202 77RN 80 56. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 52 95.453 73.280 22.173 78RN 81 152. 280. 0. 767. 104PV 145. 12.78 0.418 119.8 1.89 0.285 79 94.825 73.983 20.842 57 82 37. 70. 0. 1883. E 300 79. 31.39 0.123 273.9 0.18 0.005 80 95.113 76.539 18.574 79 83 34. 60. 0. 3730. E 300 79. 62.17 0.244 273.9 0.63 0.020 81 95.119 76.664 18.455 80 84 28. 50. 0. 3265. E 300 79. 54.42 0.214 273.9 0.49 0.015 82 95.141 76.764 18.377 81 85 152. 280. 0. 571. E 300 79. 9.51 0.037 273.9 0.02 0.005 82 95.152 77.087 18.065 83MH 86 95. 180. 0. 551. E 200 79. 9.18 0.081 182.6 0.13 0.010 83 95.139 76.515 18.624 84 87 82. 150. 0. 286. E 200 79. 4.77 0.042 182.6 0.04 0.005 84 95.136 76.881 18.255 85MH 88 182. 340. 0. 3. E 200 79. 0.04 0.000 182.6 0.00 0.000 86 95.136 76.881 18.255 85MH

89 68. 130. 0. 238. 104PV 145. 3.96 0.129 119.8 0.22 0.015 87 95.136 76.585 18.551 86RN 90 65. 120. 0. 244. 104PV 145. 4.07 0.133 119.8 0.23 0.015 87 95.136 76.110 19.026 88 91 25. 50. 0. 153. 104PV 145. 2.54 0.083 119.8 0.10 0.000 88 95.134 76.241 18.893 90 92 55. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 90 95.133 76.360 18.773 89RN 93 14. 30. 0. 13. 104PV 145. 0.21 0.007 119.8 0.00 0.000 90 95.133 76.497 18.636 91 94 61. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 91 95.133 76.391 18.742 92RN 95 28. 50. 0. 19. 104PV 145. 0.31 0.010 119.8 0.00 0.000 85 95.136 76.110 19.026 88 96 53. 100. 0. 162. 104PV 145. 2.71 0.088 119.8 0.11 0.005 84 95.133 76.497 18.636 91 97 93. 170. 0. 365. 104PV 145. 6.09 0.199 119.8 0.48 0.045 93 95.151 75.995 19.156 87 98 155. 290. 0. 382. 104PV 145. 6.37 0.208 119.8 0.52 0.080 94 95.195 75.663 19.532 93 99 66. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 94 95.275 75.892 19.383 95RN 100 57. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 102 95.267 74.840 20.427 96RN 101 132. 250. 0. 238. 104PV 145. 3.97 0.130 119.8 0.22 0.030 97 95.139 76.515 18.624 84 102 61. 110. 0. 265. 104PV 145. 4.41 0.144 119.8 0.26 0.015 97 95.152 77.087 18.065 83MH 103 51. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 97 95.167 76.217 18.950 98RN 104 68. 130. 0. 848. 104PV 145. 14.13 0.462 119.8 2.28 0.155 99 95.168 75.228 19.940 97 105 34. 60. 0. 1650. 132PV 145. 27.50 0.558 152.0 2.45 0.085 100 95.322 74.907 20.415 99 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106 62. 120. 0. 3739. E 250 79. 62.31 0.353 228.2 1.54 0.095 100 95.310 74.339 20.971 101 107 60. 110. 0. 2469. E 250 79. 41.15 0.233 228.2 0.71 0.045 101 95.268 74.410 20.858 102 108 15. 30. 0. 2289. E 250 79. 38.15 0.216 228.2 0.62 0.010 102 95.258 74.345 20.913 103 109 31. 60. 0. 1804. E 250 79. 30.07 0.170 228.2 0.40 0.010 103 95.246 74.240 21.006 104 110 41. 80. 0. 1281. E 250 79. 21.36 0.121 228.2 0.21 0.010 104 95.237 74.096 21.141 105 111 39. 70. 0. 405. 104PV 145. 6.75 0.221 119.8 0.58 0.025 103 95.236 74.088 21.148 106 112 50. 90. 0. 81. 104PV 145. 1.34 0.044 119.8 0.03 0.000 106 95.234 74.035 21.199 107

113 28. 50. 0. 890. E 250 79. 14.83 0.084 228.2 0.11 0.005 105 95.234 74.035 21.199 107 114 61. 110. 0. 189. 104PV 145. 3.15 0.103 119.8 0.14 0.010 106 95.227 73.878 21.349 108 115 53. 100. 0. 15. 104PV 145. 0.25 0.008 119.8 0.00 0.000 109 95.227 73.878 21.349 108 116 75. 140. 0. 831. E 250 79. 13.84 0.078 228.2 0.09 0.005 107 95.227 73.395 21.832 109 117 49. 90. 0. 651. 104PV 145. 10.84 0.355 119.8 1.39 0.070 109 95.159 73.518 21.641 110MH 118 45. 80. 0. 566. 104PV 145. 9.43 0.308 119.8 1.08 0.050 110 95.110 73.431 21.679 111 119 93. 170. 0. 503. 104PV 145. 8.38 0.274 119.8 0.87 0.080 111 95.030 73.365 21.665 112 120 44. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 112 95.030 73.465 21.565 113RN 121 38. 70. 0. 303. 104PV 145. 5.05 0.165 119.8 0.34 0.015 112 95.017 73.532 21.485 114 122 36. 70. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 114 95.016 73.525 21.491 115 123 19. 40. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 116 95.016 73.525 21.491 115 124 101. 190. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 114 95.016 73.578 21.438 116 125 73. 140. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 115 95.015 73.507 21.508 117 126 111. 210. 0. 195. 104PV 145. 3.25 0.106 119.8 0.15 0.015 132 95.015 73.507 21.508 117 127 25. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 117 95.015 73.312 21.703 118RN 128 41. 80. 0. 172. 104PV 145. 2.87 0.094 119.8 0.12 0.005 119 95.016 73.578 21.438 116 129 23. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 119 95.021 74.010 21.011 120RN 130 33. 60. 0. 92. 104PV 145. 1.54 0.050 119.8 0.04 0.000 121 95.110 73.431 21.679 111 131 21. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 121 95.112 73.715 21.397 122RN 132 15. 30. 0. 177. 104PV 145. 2.95 0.097 119.8 0.13 0.000 123 95.112 73.620 21.492 121 133 26. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 123 95.113 73.910 21.203 124RN 134 27. 50. 0. 267. 104PV 145. 4.45 0.146 119.8 0.27 0.005 125 95.113 73.867 21.246 123 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 135 75. 140. 0. 254. 104PV 145. 4.23 0.138 119.8 0.24 0.020 125 95.102 74.350 20.752 126MH 136 23. 40. 0. 687. 104PV 145. 11.45 0.374 119.8 1.54 0.035 126 95.067 74.210 20.857 127

137 25. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 127 95.067 74.421 20.646 128RN 138 10. 20. 0. 607. 104PV 145. 10.12 0.331 119.8 1.23 0.010 127 95.055 74.220 20.835 129 139 29. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 129 95.055 74.220 20.835 130RN 140 21. 40. 0. 527. 104PV 145. 8.78 0.287 119.8 0.94 0.020 129 95.035 73.870 21.165 131 141 44. 80. 0. 292. 104PV 145. 4.87 0.159 119.8 0.32 0.015 131 95.021 73.652 21.369 119 142 33. 60. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 131 95.032 73.640 21.392 132 143 155. 290. 0. 330. 104PV 145. 5.50 0.180 119.8 0.40 0.060 134 95.032 73.640 21.392 132 144 37. 70. 0. 558. 132PV 145. 9.30 0.189 152.0 0.33 0.010 133 95.102 74.350 20.752 126MH 145 16. 30. 0. 630. 104PV 145. 10.50 0.343 119.8 1.31 0.020 133 95.094 74.220 20.874 134 146 76. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 134 95.092 74.336 20.756 135RN 147 83. 160. 0. 1318. 132PV 145. 21.97 0.446 152.0 1.61 0.135 136 95.115 74.331 20.784 133 148 35. 70. 0. 98. 104PV 145. 1.63 0.053 119.8 0.04 0.000 136 95.247 75.540 19.707 137MH 149 70. 130. 0. 365. 104PV 145. 6.08 0.199 119.8 0.48 0.035 137 95.214 75.012 20.202 138 150 18. 30. 0. 451. 104PV 145. 7.52 0.246 119.8 0.71 0.015 139 95.214 75.012 20.202 138 151 50. 90. 0. 54. 104PV 145. 0.91 0.030 119.8 0.01 0.000 108 95.226 74.874 20.352 139 152 86. 160. 0. 537. 104PV 145. 8.95 0.293 119.8 0.98 0.085 101 95.226 74.874 20.352 139 153 106. 200. 0. 1631. 132PV 145. 27.18 0.552 152.0 2.39 0.255 140 95.248 75.012 20.236 136 154 30. 60. 0. 5509. 200AC 140. 91.81 0.812 227.3 3.22 0.095 140 95.406 74.950 20.456 100 155 89. 170. 0. 452. 104PV 145. 7.54 0.247 119.8 0.71 0.065 101 95.247 75.540 19.707 137MH 156 58. 110. 0. 7324. 250AC 140. 93.00 0.526 315.1 1.11 0.065 141 95.502 75.023 20.479 140 E 200 79. 29.07 0.257 157 131. 240. 0. 650. 104PV 145. 10.83 0.354 119.8 1.39 0.180 144 95.567 74.832 20.735 141 158 41. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 141 95.566 74.910 20.656 142RN 159 47. 90. 0. 6975. 250AC 140. 88.56 0.501 315.1 1.01 0.050 143 95.567 74.832 20.735 141 E 200 79. 27.69 0.245 160 80. 150. 0. 6979. 250AC 140. 116.32 0.658 284.1 1.68 0.135 144 95.614 74.532 21.082 143

161 79. 150. 0. 190. E 200 79. 3.17 0.028 182.6 0.02 0.000 145 95.614 74.532 21.082 143 162 72. 130. 0. 7889. 250AC 140. 131.49 0.744 284.1 2.11 0.150 146 95.749 73.840 21.909 144 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 163 79. 150. 0. 5861. 200AC 140. 97.68 0.864 227.3 3.61 0.285 146 95.616 75.342 20.274 145 164 71. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 145 95.614 72.719 22.895 157RN 165 87. 160. 0. 5311. E 250 79. 88.51 0.501 228.2 2.94 0.255 145 95.360 75.856 19.504 158 166 22. 40. 0. 5121. 200AC 140. 85.34 0.755 227.3 2.81 0.060 158 95.298 75.856 19.442 159 167 139. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.010 159 95.288 75.912 19.376 161RN 168 50. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 158 95.359 76.023 19.336 162RN 169 16. 30. 0. 4826. E 250 79. 80.43 0.455 228.2 2.47 0.040 159 95.258 76.231 19.027 160 170 58. 110. 0. 4056. E 250 79. 67.60 0.383 228.2 1.79 0.105 160 95.155 76.903 18.252 82 171 95. 180. 0. 610. 104PV 145. 10.16 0.332 119.8 1.24 0.115 160 95.141 76.764 18.377 81 172 29. 50. 0. 14015. 300AC 140. 233.58 0.918 340.9 2.52 0.075 147 95.901 73.121 22.780 146 173 35. 70. 0. 485. 104PV 145. 8.08 0.264 119.8 0.81 0.030 147 95.945 72.980 22.965 148 174 64. 120. 0. 320. 104PV 145. 5.33 0.174 119.8 0.37 0.025 148 95.921 73.015 22.906 149MH 175 55. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 146 95.900 72.980 22.920 150RN 176 50. 90. 0. 215. 104PV 145. 3.58 0.117 119.8 0.18 0.010 149 95.912 72.921 22.991 153 177 39. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 148 95.945 72.511 23.434 154RN 178 60. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 155 96.054 72.421 23.633 156RN 179 30. 60. 0. 14590. 300AC 140. 243.17 0.956 340.9 2.71 0.080 155 95.974 73.067 22.907 147 180 162. 300. 0. 14880. 300AC 140. 248.00 0.975 340.9 2.81 0.455 172 96.055 72.060 23.995 155 181 30. 60. 0. 15233. 300AC 140. 253.88 0.998 340.9 2.94 0.090 43 96.510 73.531 22.979 172 182 109. 200. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.005 172 96.508 73.712 22.796 45 183 126. 240. 0. 1662. 132PV 145. 27.70 0.562 152.0 2.48 0.310 80 94.807 76.000 18.807 163 184 27. 50. 0. 685. 104PV 145. 11.42 0.373 119.8 1.53 0.040 163 94.766 75.210 19.556 164

185 42. 80. 0. 560. 104PV 145. 9.33 0.305 119.8 1.06 0.045 164 94.721 74.730 19.991 166 186 32. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 164 94.766 75.230 19.536 165RN 187 103. 190. 0. 737. 132PV 145. 12.28 0.249 152.0 0.55 0.055 163 94.750 73.457 21.293 59 188 80. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 166 94.719 74.236 20.483 167RN 189 125. 230. 0. 255. 104PV 145. 4.25 0.139 119.8 0.25 0.030 166 94.691 74.180 20.511 168 190 23. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 168 94.691 74.392 20.299 170RN 191 27. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 168 94.690 74.543 20.147 169RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 192 28. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 168 94.690 74.531 20.159 171RN 193 103. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.005 51 95.683 74.610 21.073 173RN 194 33. 60. 0. 280. 104PV 145. 4.67 0.153 119.8 0.29 0.010 50 96.237 73.840 22.397 174 195 24. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 174 96.237 73.860 22.377 175RN 196 18. 30. 0. 195. 104PV 145. 3.25 0.106 119.8 0.15 0.005 174 96.234 73.355 22.879 177 197 31. 60. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 177 96.233 73.096 23.137 178 198 28. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 177 96.234 73.400 22.834 176RN 199 37. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 178 96.233 73.012 23.221 179RN 200 62. 120. 0. 676. 104PV 145. 11.27 0.369 119.8 1.50 0.095 138 95.121 74.000 21.121 125 201 99. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.005 46 96.396 74.258 22.138 180RN 202 51. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 47 96.394 74.270 22.124 181RN 203 49. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 48 96.391 74.567 21.824 182RN 204 39. 70. 0. 1072. E 300 79. 17.87 0.070 273.9 0.06 0.000 34 97.579 76.146 21.433 183 205 43. 80. 0. 249. E 300 79. 4.15 0.016 273.9 0.00 0.000 183 97.579 76.691 20.888 184MH 206 39. 70. 0. 84. E 300 79. 1.40 0.006 273.9 0.00 0.000 184 97.579 75.882 21.697 186 207 31. 60. 0. 1318. 132PV 145. 17.02 0.346 167.5 1.01 0.030 186 97.547 75.956 21.591 187MH E 104 79. 4.94 0.161 208 36. 70. 0. 1253. 132PV 145. 16.18 0.329 167.5 0.92 0.035 187 97.514 75.916 21.598 189 E 104 79. 4.69 0.153

209 50. 90. 0. 878. 104PV 145. 14.63 0.478 119.8 2.43 0.120 189 97.393 75.640 21.753 190 210 32. 60. 0. 1351. 104PV 145. 22.51 0.736 119.8 5.39 0.175 190 97.220 75.710 21.510 191MH 211 81. 150. 0. 784. 104PV 145. 13.07 0.428 119.8 1.97 0.160 191 97.061 75.431 21.630 192 212 20. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 192 97.061 75.440 21.621 193RN 213 31. 60. 0. 639. 104PV 145. 10.66 0.348 119.8 1.35 0.040 192 97.019 75.206 21.813 194 214 48. 90. 0. 305. 104PV 145. 5.08 0.166 119.8 0.34 0.015 194 97.002 75.010 21.992 195 215 125. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 195 96.995 73.890 23.105 196RN 216 56. 100. 0. 209. 104PV 145. 3.49 0.114 119.8 0.17 0.010 194 97.009 74.731 22.278 198 217 46. 90. 0. 904. 104PV 145. 15.06 0.493 119.8 2.56 0.120 198 96.891 74.840 22.051 199 218 68. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 199 96.890 74.505 22.385 200RN 219 29. 50. 0. 704. 104PV 145. 11.73 0.384 119.8 1.61 0.045 199 96.845 74.952 21.893 201 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 220 25. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 201 96.845 74.970 21.875 202RN 221 13. 20. 0. 619. 104PV 145. 10.31 0.337 119.8 1.27 0.015 201 96.828 75.102 21.726 203MH 222 67. 130. 0. 836. 104PV 145. 13.93 0.455 119.8 2.22 0.150 203 96.680 74.814 21.866 204 223 106. 200. 0. 7775. 200AC 140. 82.94 0.733 269.3 2.66 0.280 204 96.397 74.633 21.764 49MH E 200 79. 46.63 0.412 224 68. 130. 0. 7169. 200AC 140. 76.48 0.676 269.3 2.29 0.155 205 96.680 74.814 21.866 204 E 200 79. 43.00 0.380 225 21. 40. 0. 312. 104PV 145. 5.20 0.170 119.8 0.36 0.005 205 96.828 75.102 21.726 203MH 226 37. 70. 0. 824. 104PV 145. 13.74 0.449 119.8 2.16 0.080 206 97.009 74.731 22.278 198 227 49. 90. 0. 579. 104PV 145. 9.66 0.316 119.8 1.12 0.055 207 97.089 75.021 22.068 206 228 36. 70. 0. 59. 104PV 145. 0.98 0.032 119.8 0.02 0.000 207 97.144 75.620 21.524 208MH 229 92. 170. 0. 410. 104PV 145. 6.83 0.223 119.8 0.59 0.055 208 97.089 75.021 22.068 206 230 44. 80. 0. 511. 104PV 145. 8.52 0.278 119.8 0.89 0.040 209 97.144 75.620 21.524 208MH 231 133. 250. 0. 7691. 200AC 140. 82.05 0.725 269.3 2.61 0.345 209 96.836 75.100 21.736 205 E 200 79. 46.13 0.408

232 33. 60. 0. 8397. 200AC 140. 89.58 0.792 269.3 3.07 0.100 210 97.183 75.299 21.884 209 E 200 79. 50.36 0.445 233 81. 150. 0. 582. 104PV 145. 9.70 0.317 119.8 1.13 0.090 210 97.193 75.596 21.597 211 234 27. 50. 0. 743. 104PV 145. 12.39 0.405 119.8 1.78 0.050 211 97.144 75.492 21.652 207 235 25. 50. 0. 286. 104PV 145. 4.77 0.156 119.8 0.31 0.010 212 97.193 75.596 21.597 211 236 24. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 212 97.200 75.650 21.550 213RN 237 29. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 212 97.200 75.660 21.540 214RN 238 31. 60. 0. 431. 104PV 145. 7.19 0.235 119.8 0.65 0.020 191 97.200 75.620 21.580 212 239 26. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 42 96.681 73.694 22.987 215RN 240 36. 70. 0. 735. 104PV 145. 12.25 0.401 119.8 1.75 0.065 216 96.795 73.191 23.604 41 241 18. 30. 0. 785. 104PV 145. 13.08 0.428 119.8 1.97 0.035 217 96.858 73.670 23.188 216MH 242 26. 50. 0. 583. 104PV 145. 9.72 0.318 119.8 1.14 0.030 218 96.893 73.505 23.388 217 243 37. 70. 0. 441. 104PV 145. 7.36 0.241 119.8 0.68 0.025 219 96.923 73.731 23.192 218MH 244 21. 40. 0. 542. 104PV 145. 9.03 0.295 119.8 0.99 0.020 219 96.927 73.156 23.771 220 245 24. 40. 0. 412. 104PV 145. 6.86 0.224 119.8 0.60 0.015 220 96.913 72.518 24.395 221 246 22. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 221 96.913 72.617 24.296 222RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 247 60. 110. 0. 297. 104PV 145. 4.95 0.162 119.8 0.33 0.020 221 96.893 73.505 23.388 217 248 48. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 220 96.927 72.682 24.245 223RN 249 48. 90. 0. 1083. 104PV 145. 18.05 0.590 119.8 3.58 0.170 224 96.948 73.415 23.533 219 250 44. 80. 0. 920. 104PV 145. 15.33 0.501 119.8 2.65 0.115 225 97.120 73.870 23.250 224 251 36. 70. 0. 767. 104PV 145. 12.78 0.418 119.8 1.89 0.070 226 97.236 74.012 23.224 225 252 23. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 226 97.305 74.540 22.765 227RN 253 53. 100. 0. 892. 104PV 145. 14.87 0.486 119.8 2.50 0.135 228 97.305 74.531 22.774 226 254 38. 70. 0. 1037. 104PV 145. 17.28 0.565 119.8 3.31 0.125 229 97.437 74.321 23.116 228 255 33. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 228 97.437 74.411 23.026 230RN

256 42. 80. 0. 443. 104PV 145. 7.38 0.241 119.8 0.68 0.030 229 97.534 72.876 24.658 231 257 70. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 231 97.533 72.786 24.747 232RN 258 100. 190. 0. 178. 104PV 145. 2.96 0.097 119.8 0.13 0.015 231 97.521 72.712 24.809 233 259 65. 120. 0. 41. 104PV 145. 0.68 0.022 119.8 0.01 0.000 233 97.521 72.412 25.109 234 260 51. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 234 97.520 72.332 25.188 235RN 261 22. 40. 0. 139. 104PV 145. 2.32 0.076 119.8 0.08 0.000 236 97.521 72.412 25.109 234 262 50. 90. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 236 97.522 72.810 24.712 237 263 73. 140. 0. 288. 104PV 145. 4.80 0.157 119.8 0.31 0.020 238 97.522 72.810 24.712 237 264 60. 110. 0. 314. 104PV 145. 5.24 0.171 119.8 0.36 0.020 238 97.523 72.596 24.927 236 265 39. 70. 0. 53. 104PV 145. 0.88 0.029 119.8 0.01 0.000 237 97.521 72.712 24.809 233 266 69. 130. 0. 792. 104PV 145. 13.21 0.432 119.8 2.01 0.140 239 97.544 73.187 24.357 238 267 23. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 239 97.683 73.450 24.233 241RN 268 41. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 29 97.844 74.944 22.900 240RN 269 44. 80. 0. 1136. 104PV 145. 18.93 0.619 119.8 3.91 0.170 242 96.605 73.731 22.874 44 270 52. 100. 0. 308. 104PV 145. 5.14 0.168 119.8 0.35 0.020 41 96.777 73.556 23.221 242 271 17. 30. 0. 932. 104PV 145. 15.54 0.508 119.8 2.71 0.045 243 96.777 73.556 23.221 242 272 48. 90. 0. 118. 104PV 145. 1.97 0.064 119.8 0.06 0.005 40 96.823 73.631 23.192 243 273 40. 70. 0. 909. 104PV 145. 15.16 0.496 119.8 2.59 0.105 244 96.823 73.631 23.192 243 274 46. 90. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 39 96.926 74.198 22.728 244 275 26. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 244 96.926 74.301 22.625 245RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 276 67. 130. 0. 989. 104PV 145. 16.48 0.539 119.8 3.03 0.205 246 96.926 74.198 22.728 244 277 57. 110. 0. 187. 104PV 145. 3.12 0.102 119.8 0.14 0.010 38 97.129 75.273 21.856 246 278 57. 110. 0. 977. 104PV 145. 16.28 0.532 119.8 2.96 0.170 247 97.129 75.273 21.856 246 279 53. 100. 0. 331. 104PV 145. 5.52 0.180 119.8 0.40 0.020 36 97.298 75.808 21.490 247

280 65. 120. 0. 811. 104PV 145. 13.51 0.442 119.8 2.09 0.135 248 97.298 75.808 21.490 247 281 74. 140. 0. 171. 104PV 145. 2.85 0.093 119.8 0.12 0.010 248 97.425 75.209 22.216 35 282 37. 70. 0. 1146. 104PV 145. 19.11 0.625 119.8 3.98 0.145 34 97.434 76.146 21.288 248MH 283 27. 50. 0. 732. 104PV 145. 12.19 0.399 119.8 1.73 0.045 35 97.379 75.700 21.679 249 284 56. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 249 97.378 75.901 21.477 250RN 285 58. 110. 0. 552. 104PV 145. 9.19 0.301 119.8 1.03 0.060 249 97.319 75.142 22.177 36 286 69. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 31 97.786 75.792 21.994 251RN 287 29. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 32 97.667 75.916 21.751 252RN 288 45. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 33 97.628 75.675 21.953 253RN 289 46. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 184 97.578 75.856 21.722 185RN 290 106. 200. 0. 648. E 125 79. 10.80 0.245 114.1 1.75 0.185 183 97.393 75.640 21.753 190 291 60. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 27 97.911 75.640 22.271 254RN 292 20. 40. 0. 487. 104PV 145. 8.11 0.265 119.8 0.81 0.015 255 97.912 75.521 22.391 27 293 26. 50. 0. 53. 104PV 145. 0.89 0.029 119.8 0.01 0.000 255 97.928 75.560 22.368 256 294 56. 100. 0. 394. 104PV 145. 6.57 0.215 119.8 0.55 0.030 256 97.897 75.650 22.247 257 295 19. 40. 0. 336. 104PV 145. 5.60 0.183 119.8 0.41 0.010 258 97.914 75.516 22.398 263 296 22. 40. 0. 1325. 151PV 145. 22.08 0.343 173.9 0.85 0.020 259 97.922 75.600 22.322 258 297 19. 40. 0. 436. 104PV 145. 7.26 0.237 119.8 0.66 0.015 259 97.928 75.560 22.368 256 298 20. 40. 0. 1213. 132PV 145. 20.21 0.410 152.0 1.38 0.030 257 97.869 75.800 22.069 261 299 21. 40. 0. 576. 104PV 145. 9.60 0.314 119.8 1.11 0.025 260 97.869 75.800 22.069 261 300 33. 60. 0. 429. 104PV 145. 7.16 0.234 119.8 0.65 0.020 263 97.893 75.810 22.083 260 301 67. 130. 0. 1643. 132PV 145. 27.39 0.556 152.0 2.43 0.165 261 97.707 75.710 21.997 264 302 32. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 264 97.706 75.740 21.966 265RN 303 41. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 264 97.706 75.730 21.976 266RN 304 74. 140. 0. 1368. 132PV 145. 22.81 0.463 152.0 1.73 0.130 264 97.579 75.882 21.697 186

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 305 30. 60. 0. 226. 104PV 145. 3.77 0.123 119.8 0.20 0.005 267 97.893 75.810 22.083 260 306 36. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 267 97.899 75.510 22.389 268RN 307 42. 80. 0. 366. 104PV 145. 6.11 0.200 119.8 0.48 0.020 269 97.899 75.479 22.420 267 308 38. 70. 0. 178. 104PV 145. 2.97 0.097 119.8 0.13 0.005 269 97.914 75.516 22.398 263 309 32. 60. 0. 650. 104PV 145. 10.83 0.354 119.8 1.39 0.045 270 97.919 75.431 22.488 269 310 33. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 270 97.963 76.120 21.843 271RN 311 42. 80. 0. 820. 104PV 145. 13.66 0.447 119.8 2.14 0.090 273 98.003 76.150 21.853 272MH 312 47. 90. 0. 1672. 132PV 145. 21.60 0.438 167.5 1.56 0.075 273 98.019 75.916 22.103 274MH E 104 79. 6.26 0.205 313 36. 70. 0. 299. 104PV 145. 4.98 0.163 119.8 0.33 0.010 275 98.019 75.916 22.103 274MH 314 50. 90. 0. 1846. 151PV 145. 30.76 0.477 173.9 1.56 0.080 274 97.940 75.421 22.519 259 315 46. 90. 0. 394. 104PV 145. 6.56 0.215 119.8 0.55 0.025 275 98.005 75.902 22.103 276 316 57. 110. 0. 640. 104PV 145. 10.66 0.349 119.8 1.35 0.075 276 97.928 75.910 22.018 255MH 317 50. 90. 0. 818. 104PV 145. 13.63 0.446 119.8 2.13 0.105 277 98.030 75.463 22.567 275 318 15. 30. 0. 581. 104PV 145. 9.68 0.316 119.8 1.13 0.015 278 98.137 75.379 22.758 277 319 26. 50. 0. 3237. 200AC 140. 53.95 0.477 227.3 1.20 0.030 279 98.154 75.512 22.642 278 320 84. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 279 98.183 75.420 22.763 280RN 321 56. 100. 0. 347. 104PV 145. 5.78 0.189 119.8 0.44 0.025 281 98.137 75.379 22.758 277 322 32. 60. 0. 310. 104PV 145. 5.17 0.169 119.8 0.35 0.010 282 98.161 75.331 22.830 281 323 23. 40. 0. 456. 104PV 145. 7.60 0.249 119.8 0.72 0.015 283 98.173 75.205 22.968 282 324 62. 120. 0. 229. 104PV 145. 3.81 0.125 119.8 0.20 0.010 279 98.173 75.205 22.968 282 325 65. 120. 0. 722. 104PV 145. 12.03 0.393 119.8 1.69 0.110 284 98.189 75.193 22.996 283 326 45. 80. 0. 387. 104PV 145. 6.45 0.211 119.8 0.53 0.025 285 98.299 75.407 22.892 284 327 22. 40. 0. 3911. 200AC 140. 65.18 0.576 227.3 1.71 0.040 285 98.286 75.230 23.056 286 328 63. 120. 0. 3771. 200AC 140. 62.84 0.556 227.3 1.59 0.100 286 98.185 75.063 23.122 279

329 32. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 286 98.286 75.320 22.966 287RN 330 46. 90. 0. 4402. 200AC 140. 73.37 0.649 227.3 2.12 0.100 288 98.323 75.323 23.000 285 331 28. 50. 0. 312. 104PV 145. 5.20 0.170 119.8 0.36 0.010 288 98.411 75.581 22.830 289 332 130. 240. 0. 4905. 200AC 140. 74.27 0.657 235.7 2.17 0.280 17 98.421 75.355 23.066 288 E 104 79. 7.48 0.245 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 333 25. 50. 0. 1409. 104PV 145. 23.48 0.768 119.8 5.83 0.145 289 98.265 75.883 22.382 290MH 334 43. 80. 0. 684. 104PV 145. 11.40 0.373 119.8 1.53 0.065 290 98.199 75.285 22.914 291 335 39. 70. 0. 609. 104PV 145. 10.15 0.332 119.8 1.23 0.050 291 98.151 75.279 22.872 292 336 108. 200. 0. 560. 104PV 145. 9.33 0.305 119.8 1.06 0.115 290 98.151 75.301 22.850 331 337 24. 40. 0. 37. 104PV 145. 0.61 0.020 119.8 0.01 0.000 292 98.151 75.301 22.850 331 338 43. 80. 0. 477. 104PV 145. 7.95 0.260 119.8 0.78 0.035 292 98.118 75.441 22.677 293 339 50. 90. 0. 175. 104PV 145. 2.91 0.095 119.8 0.12 0.005 293 98.111 75.970 22.141 332MH 340 65. 120. 0. 417. 104PV 145. 6.94 0.227 119.8 0.61 0.040 331 98.111 75.970 22.141 332MH 341 38. 70. 0. 183. 104PV 145. 3.04 0.099 119.8 0.13 0.005 293 98.113 75.870 22.243 294 342 35. 70. 0. 22. 104PV 145. 0.36 0.012 119.8 0.00 0.000 295 98.113 75.870 22.243 294 343 91. 170. 0. 49. 104PV 145. 0.82 0.027 119.8 0.01 0.000 294 98.111 75.970 22.141 332MH 344 41. 80. 0. 154. 104PV 145. 2.57 0.084 119.8 0.10 0.005 295 98.109 76.225 21.884 296MH 345 54. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 295 98.112 76.507 21.605 336RN 346 182. 340. 0. 150. 104PV 145. 2.51 0.082 119.8 0.09 0.015 333 98.078 75.980 22.098 297 347 26. 50. 0. 425. 104PV 145. 7.09 0.232 119.8 0.63 0.015 332 98.095 75.730 22.365 333 348 42. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 333 98.095 75.980 22.115 334RN 349 60. 110. 0. 378. 104PV 145. 6.29 0.206 119.8 0.51 0.030 296 98.078 75.980 22.098 297 350 13. 20. 0. 293. 104PV 145. 4.88 0.160 119.8 0.32 0.005 297 98.074 76.320 21.754 298 351 27. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 298 98.074 76.360 21.714 335RN 352 25. 50. 0. 208. 104PV 145. 3.47 0.113 119.8 0.17 0.005 298 98.070 76.695 21.375 299

353 15. 30. 0. 129. 104PV 145. 2.14 0.070 119.8 0.07 0.000 300 98.070 76.695 21.375 299 354 14. 30. 0. 847. 104PV 145. 14.11 0.462 119.8 2.27 0.030 300 98.039 77.666 20.373 301 355 48. 90. 0. 747. 104PV 145. 12.45 0.407 119.8 1.80 0.085 301 97.953 77.302 20.651 302 356 56. 100. 0. 1285. 104PV 145. 21.42 0.700 119.8 4.92 0.275 302 97.677 76.122 21.555 303 357 20. 40. 0. 1215. 104PV 145. 20.25 0.662 119.8 4.43 0.090 303 97.589 76.022 21.567 304 358 71. 130. 0. 563. 104PV 145. 9.38 0.307 119.8 1.06 0.075 304 97.513 75.940 21.573 305 359 19. 40. 0. 810. 104PV 145. 13.50 0.442 119.8 2.09 0.040 305 97.473 75.848 21.625 306 360 61. 110. 0. 240. E 104 79. 4.00 0.131 95.0 0.68 0.040 189 97.473 75.848 21.625 306 361 42. 80. 0. 935. E 200 79. 15.59 0.138 182.6 0.35 0.015 306 97.458 75.956 21.502 307MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 362 37. 70. 0. 1481. E 200 79. 24.68 0.218 182.6 0.82 0.030 307 97.428 75.411 22.017 308 363 40. 70. 0. 9119. 200AC 140. 97.28 0.860 269.3 3.58 0.145 308 97.285 75.446 21.839 210 E 200 79. 54.69 0.484 364 61. 110. 0. 7763. 200AC 140. 82.82 0.732 269.3 2.66 0.160 309 97.428 75.411 22.017 308 E 200 79. 46.56 0.412 365 49. 90. 0. 8639. 200AC 140. 92.16 0.815 269.3 3.24 0.160 310 97.591 75.597 21.994 309 E 200 79. 51.82 0.458 366 27. 50. 0. 751. 104PV 145. 12.52 0.409 119.8 1.82 0.050 309 97.541 75.762 21.779 311 367 56. 100. 0. 671. 104PV 145. 11.18 0.366 119.8 1.48 0.085 311 97.458 75.956 21.502 307MH 368 110. 210. 0. 836. E 300 79. 13.93 0.055 273.9 0.04 0.005 79 93.510 76.379 17.131 55MH 369 54. 100. 0. 383. 104PV 145. 6.38 0.209 119.8 0.52 0.030 312 97.513 75.940 21.573 305 370 52. 100. 0. 517. 104PV 145. 8.62 0.282 119.8 0.91 0.045 304 97.541 75.812 21.729 312 371 24. 40. 0. 15. 104PV 145. 0.24 0.008 119.8 0.00 0.000 312 97.541 75.762 21.779 311 372 31. 60. 0. 677. 104PV 145. 11.29 0.369 119.8 1.50 0.045 99 95.276 75.876 19.400 94 373 88. 160. 0. 8291. 200AC 140. 88.45 0.782 269.3 3.00 0.265 315 97.750 75.993 21.757 310 E 200 79. 49.73 0.440 374 46. 90. 0. 343. E 104 79. 5.71 0.187 95.0 1.32 0.060 315 97.953 77.302 20.651 302 375 30. 60. 0. 365. E 104 79. 6.09 0.199 95.0 1.48 0.045 313 97.953 77.302 20.651 302

376 128. 240. 0. 120. E 104 79. 2.00 0.065 95.0 0.19 0.025 313 97.973 76.023 21.950 314RN 377 107. 200. 0. 8858. 300AC 140. 123.70 0.486 364.7 0.78 0.085 316 98.014 76.079 21.935 315 E 200 79. 23.94 0.212 378 24. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 301 98.039 77.766 20.273 317RN 379 65. 120. 0. 432. 104PV 145. 7.21 0.236 119.8 0.65 0.045 316 98.054 76.323 21.731 318MH 380 208. 390. 0. 668. 104PV 145. 11.14 0.364 119.8 1.46 0.305 318 97.750 75.993 21.757 310 381 79. 150. 0. 566. 104PV 145. 9.43 0.308 119.8 1.08 0.085 319 98.054 76.323 21.731 318MH 382 39. 70. 0. 9486. 300AC 140. 132.46 0.521 364.7 0.88 0.035 320 98.097 76.178 21.919 316 E 200 79. 25.64 0.227 383 17. 30. 0. 10451. 300AC 140. 145.94 0.573 364.7 1.05 0.020 321 98.131 76.321 21.810 320MH E 200 79. 28.25 0.250 384 46. 90. 0. 235. 104PV 145. 3.92 0.128 119.8 0.21 0.010 321 98.139 76.203 21.936 319 385 29. 50. 0. 890. 132PV 145. 14.84 0.301 152.0 0.78 0.025 320 98.108 76.267 21.841 322 386 29. 50. 0. 10772. 300AC 140. 150.42 0.591 364.7 1.11 0.030 323 98.149 76.210 21.939 321 E 200 79. 29.11 0.257 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 387 50. 90. 0. 495. 104PV 145. 8.25 0.270 119.8 0.84 0.040 323 98.139 76.203 21.936 319 388 40. 70. 0. 215. 104PV 145. 3.59 0.117 119.8 0.18 0.005 324 98.108 76.267 21.841 322 389 75. 140. 0. 1055. E 150 79. 17.58 0.276 136.9 1.78 0.135 325 98.116 76.102 22.014 324 390 80. 150. 0. 12597. 200AC 140. 79.73 0.705 328.4 2.48 0.200 326 98.249 75.826 22.423 325 E 300 79. 130.21 0.512 391 51. 100. 0. 963. 104PV 145. 16.06 0.525 119.8 2.88 0.145 326 98.300 75.929 22.371 327 392 73. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 237 97.520 75.832 21.688 328RN 393 29. 50. 0. 101. E 150 79. 1.68 0.026 136.9 0.02 0.000 324 98.115 76.023 22.092 329 394 95. 180. 0. 519. E 150 79. 8.64 0.136 136.9 0.48 0.045 324 98.070 76.695 21.375 299 395 26. 50. 0. 343. E 150 79. 5.72 0.090 136.9 0.22 0.005 329 98.109 76.225 21.884 296MH 396 35. 70. 0. 328. 104PV 145. 5.46 0.179 119.8 0.39 0.015 330 98.115 76.023 22.092 329 397 30. 60. 0. 381. 104PV 145. 6.35 0.208 119.8 0.52 0.015 330 98.113 75.619 22.494 295

398 76. 140. 0. 843. 104PV 145. 14.06 0.460 119.8 2.25 0.170 327 98.129 75.924 22.205 330 399 46. 90. 0. 1191. 104PV 145. 19.86 0.649 119.8 4.27 0.195 337 98.411 75.581 22.830 289 400 28. 50. 0. 796. 104PV 145. 13.27 0.434 119.8 2.03 0.055 338 98.608 75.692 22.916 337 401 24. 40. 0. 615. 104PV 145. 10.24 0.335 119.8 1.25 0.030 339 98.664 75.810 22.854 338 402 19. 40. 0. 488. 104PV 145. 8.13 0.266 119.8 0.82 0.015 340 98.694 75.924 22.770 339 403 87. 160. 0. 307. 104PV 145. 5.11 0.167 119.8 0.35 0.030 339 98.664 75.810 22.854 338 404 81. 150. 0. 26720. 450AC 140. 445.34 0.778 511.4 1.15 0.095 340 98.617 75.758 22.859 528 405 21. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 528 98.617 75.760 22.857 342RN 406 151. 280. 0. 735. 104PV 145. 12.24 0.400 119.8 1.75 0.265 445 98.625 75.800 22.825 341MH 407 73. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 341 98.623 75.684 22.939 343RN 408 79. 150. 0. 400. 104PV 145. 6.66 0.218 119.8 0.57 0.045 346 98.844 76.124 22.720 344 409 36. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 344 98.844 76.240 22.604 345RN 410 27. 50. 0. 629. E 125 79. 10.48 0.237 114.1 1.66 0.045 346 98.844 76.124 22.720 344 411 48. 90. 0. 1228. 104PV 145. 20.47 0.669 119.8 4.52 0.215 347 98.889 76.283 22.606 346MH 412 27. 50. 0. 30. E 125 79. 0.50 0.011 114.1 0.01 0.000 346 98.889 75.000 23.889 445 413 65. 120. 0. 14975. 300AC 140. 228.80 0.899 352.4 2.42 0.155 347 98.948 76.100 22.848 348 E 150 79. 20.78 0.327 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 414 170. 320. 0. 13845. 200AC 140. 87.63 0.775 328.4 2.95 0.500 348 98.447 75.620 22.827 326 E 300 79. 143.12 0.562 415 66. 120. 0. 798. E 150 79. 13.31 0.209 136.9 1.06 0.070 344 98.774 76.079 22.695 349MH 416 68. 130. 0. 26743. 400AC 140. 427.49 0.945 461.9 1.90 0.130 350 98.774 76.079 22.695 349MH E 150 79. 18.22 0.286 417 79. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 350 98.901 76.932 21.969 351RN 418 18. 30. 0. 26973. 400AC 140. 449.54 0.994 454.6 2.08 0.040 352 98.903 76.109 22.794 350 419 51. 100. 0. 938. 104PV 145. 15.64 0.511 119.8 2.75 0.140 352 98.800 76.852 21.948 356 420 81. 150. 0. 629. 104PV 145. 10.48 0.343 119.8 1.31 0.105 353 98.694 75.924 22.770 339

421 61. 110. 0. 790. 104PV 145. 13.17 0.431 119.8 2.00 0.120 353 98.678 76.227 22.451 354MH 422 48. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 356 98.800 76.952 21.848 357RN 423 73. 140. 0. 535. 104PV 145. 8.92 0.292 119.8 0.97 0.070 354 98.608 75.692 22.916 337 424 71. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 354 98.677 76.172 22.505 355RN 425 101. 190. 0. 876. 104PV 145. 14.59 0.477 119.8 2.42 0.245 14 98.800 76.852 21.948 356 426 35. 70. 0. 28011. 350AC 140. 413.49 1.194 416.6 3.42 0.120 358 98.940 76.071 22.869 352 E 200 79. 53.36 0.472 427 20. 40. 0. 28306. 350AC 140. 417.85 1.206 416.6 3.49 0.070 359 99.060 76.079 22.981 358 E 200 79. 53.92 0.477 428 48. 90. 0. 28451. 350AC 140. 419.99 1.213 416.6 3.52 0.170 12 99.130 76.033 23.097 359 E 200 79. 54.19 0.479 429 45. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 359 99.130 76.258 22.872 360RN 430 126. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.010 358 99.052 77.338 21.714 361RN 431 68. 130. 0. 39367. 400AC 140. 656.12 1.450 454.6 4.20 0.285 362 99.299 76.032 23.267 12 432 34. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 362 99.584 77.036 22.548 363RN 433 78. 150. 0. 39567. 400AC 140. 659.46 1.458 454.6 4.24 0.330 8 99.584 76.952 22.632 362 434 80. 150. 0. 16383. 300AC 140. 250.32 0.984 352.4 2.86 0.230 364 99.106 76.133 22.973 347 E 150 79. 22.73 0.357 435 55. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 364 99.334 76.694 22.640 365RN 436 187. 350. 0. 16733. 300AC 140. 255.66 1.005 352.4 2.97 0.555 366 99.335 76.410 22.925 364 E 150 79. 23.22 0.365 437 90. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.005 366 99.888 77.476 22.412 367RN 438 17. 30. 0. 17093. 300AC 140. 284.88 1.119 340.9 3.63 0.060 368 99.891 77.334 22.557 366 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 439 91. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.005 368 99.950 77.662 22.288 369RN 440 22. 40. 0. 17298. 300AC 140. 288.30 1.133 340.9 3.72 0.080 370 99.953 77.430 22.523 368 441 98. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.005 370 100.031 77.256 22.775 371RN 442 12. 20. 0. 17508. 300AC 140. 291.80 1.147 340.9 3.80 0.045 372 100.034 77.400 22.634 370

443 64. 120. 0. 17578. 300AC 140. 292.97 1.151 340.9 3.83 0.245 373 100.080 76.990 23.090 372 444 31. 60. 0. 17297. 300AC 140. 288.28 1.133 340.9 3.71 0.115 374 100.325 76.703 23.622 373 445 110. 210. 0. 476. 104PV 145. 7.94 0.259 119.8 0.78 0.085 375 100.325 76.703 23.622 373 446 68. 130. 0. 344. 104PV 145. 5.74 0.188 119.8 0.43 0.030 374 100.411 76.445 23.966 375 447 101. 190. 0. 17831. 300AC 140. 297.18 1.168 340.9 3.93 0.395 3 100.440 76.750 23.690 374 448 82. 150. 0. 377. 104PV 145. 6.28 0.205 119.8 0.51 0.040 4 100.411 76.445 23.966 375 449 74. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 4 100.451 76.896 23.555 376RN 450 78. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 5 100.312 76.490 23.822 377RN 451 51. 100. 0. 1089. 104PV 145. 18.14 0.593 119.8 3.62 0.185 6 99.978 76.339 23.639 378 452 52. 100. 0. 140. 104PV 145. 2.33 0.076 119.8 0.08 0.005 378 99.973 76.158 23.815 379 453 63. 120. 0. 741. 104PV 145. 12.35 0.404 119.8 1.77 0.110 380 99.973 76.158 23.815 379 454 54. 100. 0. 14. 104PV 145. 0.23 0.007 119.8 0.00 0.000 381 99.874 76.684 23.190 382MH 455 51. 100. 0. 799. 104PV 145. 13.31 0.435 119.8 2.04 0.105 378 99.874 75.662 24.212 381 456 57. 110. 0. 794. 104PV 145. 13.24 0.433 119.8 2.02 0.115 7 99.874 75.662 24.212 381 457 52. 100. 0. 478. 104PV 145. 7.96 0.260 119.8 0.79 0.040 8 99.874 75.662 24.212 381 458 94. 180. 0. 996. 104PV 145. 16.60 0.543 119.8 3.07 0.290 381 99.585 75.465 24.120 384 459 55. 100. 0. 2177. E 200 79. 36.29 0.321 182.6 1.67 0.090 384 99.493 75.822 23.671 10 460 32. 60. 0. 30. 104PV 145. 0.50 0.016 119.8 0.00 0.000 9 99.587 75.963 23.624 387RN 461 29. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 384 99.585 75.552 24.033 385RN 462 55. 100. 0. 1421. E 200 79. 23.68 0.209 182.6 0.76 0.040 392 99.585 75.465 24.120 384 463 28. 50. 0. 853. 104PV 145. 14.21 0.465 119.8 2.30 0.065 391 99.627 75.387 24.240 392 464 12. 20. 0. 1340. 104PV 145. 22.33 0.730 119.8 5.31 0.065 383 99.691 75.529 24.162 391 465 75. 140. 0. 696. 104PV 145. 11.60 0.379 119.8 1.58 0.120 381 99.755 75.629 24.126 383 466 61. 110. 0. 778. 104PV 145. 12.97 0.424 119.8 1.94 0.120 382 99.755 75.629 24.126 383 467 57. 110. 0. 264. 104PV 145. 4.40 0.144 119.8 0.26 0.015 388 99.874 76.684 23.190 382MH

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 468 56. 100. 0. 10392. 250AC 140. 173.20 0.980 284.1 3.51 0.195 388 99.692 75.510 24.182 389 469 37. 70. 0. 346. 104PV 145. 5.77 0.189 119.8 0.43 0.015 389 99.676 75.474 24.202 390 470 24. 40. 0. 432. 104PV 145. 7.20 0.235 119.8 0.65 0.015 391 99.676 75.474 24.202 390 471 28. 50. 0. 698. 104PV 145. 11.64 0.381 119.8 1.59 0.045 390 99.631 75.326 24.305 393 472 36. 70. 0. 45. E 200 79. 0.75 0.007 182.6 0.00 0.000 394 99.631 75.326 24.305 393 473 23. 40. 0. 663. E 200 79. 11.06 0.098 182.6 0.19 0.005 393 99.627 75.387 24.240 392 474 52. 100. 0. 10811. 250AC 140. 180.19 1.020 284.1 3.78 0.195 380 99.889 75.719 24.170 388 475 32. 60. 0. 11692. 250AC 140. 194.87 1.103 284.1 4.37 0.140 406 100.085 75.886 24.199 380 476 62. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 406 100.224 75.962 24.262 407RN 477 124. 230. 0. 11957. 250AC 140. 199.29 1.128 284.1 4.56 0.565 408 100.225 76.023 24.202 406 478 64. 120. 0. 13601. 250AC 140. 226.68 1.283 284.1 5.78 0.370 2 100.790 76.360 24.430 408 479 155. 290. 0. 1323. 104PV 145. 22.06 0.721 119.8 5.19 0.805 408 99.985 75.612 24.373 404 480 75. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 404 99.984 75.952 24.032 405RN 481 68. 130. 0. 973. E 104 79. 16.22 0.531 95.0 9.11 0.620 404 99.365 75.295 24.070 151 482 41. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 402 99.316 75.727 23.589 403RN 483 21. 40. 0. 9801. 250AC 140. 124.44 0.704 315.1 1.91 0.040 394 99.591 75.375 24.216 395 E 200 79. 38.90 0.344 484 43. 80. 0. 9641. 250AC 140. 122.41 0.693 315.1 1.85 0.080 395 99.512 75.358 24.154 397 E 200 79. 38.27 0.338 485 51. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 395 99.591 75.663 23.928 396RN 486 81. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 397 99.510 75.963 23.547 398RN 487 27. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 399 99.482 75.589 23.893 400RN 488 96. 180. 0. 9281. 250AC 140. 117.84 0.667 315.1 1.72 0.165 399 99.317 75.561 23.756 401 E 200 79. 36.84 0.326 489 201. 380. 0. 9269. 250AC 140. 117.69 0.666 315.1 1.72 0.345 401 98.971 75.672 23.299 523 E 200 79. 36.79 0.325 490 68. 130. 0. 2719. E 200 79. 45.32 0.401 182.6 2.53 0.170 523 98.799 76.198 22.601 526

491 67. 130. 0. 1830. E 150 79. 30.49 0.479 136.9 4.93 0.330 523 98.641 75.936 22.705 524MH 492 82. 150. 0. 1321. E 200 79. 22.02 0.195 182.6 0.66 0.055 524 98.587 75.880 22.707 525 493 61. 110. 0. 1518. E 150 79. 25.30 0.398 136.9 3.49 0.215 526 98.587 75.880 22.707 525 494 105. 200. 0. 370. 104PV 145. 6.17 0.202 119.8 0.49 0.050 526 98.748 76.260 22.488 527MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 495 72. 130. 0. 77. 104PV 145. 1.28 0.042 119.8 0.03 0.000 411 98.748 76.260 22.488 527MH 496 21. 40. 0. 491. 104PV 145. 8.19 0.268 119.8 0.83 0.015 409 98.750 75.172 23.578 411 497 28. 50. 0. 586. 104PV 145. 9.77 0.320 119.8 1.15 0.030 526 98.767 76.530 22.237 409MH 498 148. 280. 0. 142. 104PV 145. 2.36 0.077 119.8 0.08 0.010 527 98.736 76.111 22.625 412 499 30. 60. 0. 10. 104PV 145. 0.16 0.005 119.8 0.00 0.000 412 98.736 76.222 22.514 413 500 99. 190. 0. 128. 104PV 145. 2.13 0.070 119.8 0.07 0.005 413 98.729 76.532 22.197 414 501 30. 60. 0. 163. 104PV 145. 2.71 0.089 119.8 0.11 0.005 414 98.726 76.640 22.086 415 502 27. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 415 98.725 76.700 22.025 416RN 503 31. 60. 0. 53. 104PV 145. 0.88 0.029 119.8 0.01 0.000 415 98.725 76.612 22.113 417 504 80. 150. 0. 2897. 200AC 140. 48.28 0.427 227.3 0.98 0.080 418 98.725 76.612 22.113 417 505 15. 30. 0. 766. 104PV 145. 12.77 0.417 119.8 1.89 0.030 418 98.775 76.079 22.696 419 506 27. 50. 0. 576. 104PV 145. 9.60 0.314 119.8 1.11 0.030 419 98.745 75.993 22.752 420 507 113. 210. 0. 143. 104PV 145. 2.38 0.078 119.8 0.08 0.010 420 98.736 76.111 22.625 412 508 34. 60. 0. 273. 104PV 145. 4.56 0.149 119.8 0.28 0.010 420 98.736 76.222 22.514 413 509 80. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 419 98.773 76.851 21.922 421RN 510 14. 30. 0. 3768. 200AC 140. 62.80 0.555 227.3 1.59 0.020 422 98.803 76.186 22.617 418 511 21. 40. 0. 200. 104PV 145. 3.33 0.109 119.8 0.16 0.005 422 98.822 76.184 22.638 423 512 46. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 423 98.822 76.229 22.593 425RN 513 50. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 423 98.822 76.212 22.610 424RN 514 170. 320. 0. 4163. 200AC 140. 69.38 0.613 227.3 1.91 0.325 13 98.826 76.186 22.640 422

515 55. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 15 98.900 76.185 22.715 426RN 516 53. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 16 98.793 76.023 22.770 427RN 517 95. 180. 0. 2139. E 250 79. 35.65 0.202 228.2 0.55 0.050 525 98.535 75.963 22.572 428 518 64. 120. 0. 673. E 200 79. 11.22 0.099 182.6 0.19 0.010 428 98.523 76.326 22.197 429 519 34. 60. 0. 1960. E 200 79. 32.67 0.289 182.6 1.38 0.045 430 98.523 76.326 22.197 429 520 67. 130. 0. 699. E 200 79. 11.66 0.103 182.6 0.20 0.015 430 98.556 76.248 22.308 431 521 136. 250. 0. 345. 104PV 145. 5.74 0.188 119.8 0.43 0.060 18 98.556 76.248 22.308 431 522 48. 90. 0. 131. E 200 79. 2.18 0.019 182.6 0.01 0.000 431 98.555 76.053 22.502 432 523 58. 110. 0. 989. E 125 79. 16.49 0.373 114.1 3.83 0.220 432 98.333 75.770 22.563 433 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 524 44. 80. 0. 695. E 125 79. 11.58 0.262 114.1 1.99 0.090 433 98.245 75.780 22.465 434 525 25. 50. 0. 842. E 125 79. 14.03 0.318 114.1 2.84 0.070 434 98.174 75.790 22.384 435MH 526 24. 40. 0. 232. 104PV 145. 3.86 0.126 119.8 0.21 0.005 436 98.245 75.780 22.465 434 527 41. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 436 98.250 75.100 23.150 437RN 528 30. 60. 0. 362. 104PV 145. 6.03 0.197 119.8 0.47 0.015 438 98.250 75.810 22.440 436MH 529 68. 130. 0. 527. 104PV 145. 8.78 0.287 119.8 0.94 0.065 439 98.264 75.135 23.129 438 530 47. 90. 0. 154. 104PV 145. 2.57 0.084 119.8 0.10 0.005 433 98.328 75.665 22.663 439 531 38. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 438 98.264 75.140 23.124 440RN 532 41. 80. 0. 46. 104PV 145. 0.76 0.025 119.8 0.01 0.000 439 98.328 75.564 22.764 441 533 37. 70. 0. 676. 104PV 145. 11.27 0.369 119.8 1.50 0.055 442 98.328 75.564 22.764 441 534 121. 230. 0. 532. 104PV 145. 8.87 0.290 119.8 0.96 0.115 441 98.212 74.905 23.307 444 535 75. 140. 0. 1592. 132PV 145. 26.53 0.538 152.0 2.29 0.170 442 98.212 74.905 23.307 444 536 53. 100. 0. 1889. 132PV 145. 31.48 0.639 152.0 3.14 0.165 444 98.045 74.469 23.576 454 537 51. 100. 0. 2493. 151PV 145. 41.55 0.645 173.9 2.73 0.140 429 98.383 75.572 22.811 442 538 38. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 442 98.383 75.768 22.615 443RN

539 46. 90. 0. 83. 104PV 145. 1.38 0.045 119.8 0.03 0.000 454 98.044 74.809 23.235 446 540 37. 70. 0. 721. 104PV 145. 12.02 0.393 119.8 1.69 0.060 449 98.086 74.979 23.107 447 541 72. 130. 0. 596. 104PV 145. 9.94 0.325 119.8 1.19 0.085 450 98.148 75.117 23.031 449 542 64. 120. 0. 1256. 104PV 145. 20.93 0.684 119.8 4.71 0.300 428 98.233 75.428 22.805 450 543 166. 310. 0. 380. 104PV 145. 6.33 0.207 119.8 0.51 0.085 450 98.148 75.117 23.031 449 544 45. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 447 98.085 74.980 23.105 448RN 545 99. 190. 0. 385. E 104 79. 6.42 0.210 95.0 1.64 0.160 525 98.425 75.640 22.785 451 546 66. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 451 98.424 75.700 22.724 452RN 547 90. 170. 0. 85. E 104 79. 1.42 0.046 95.0 0.10 0.010 451 98.416 75.182 23.234 453RN 548 165. 310. 0. 130. 104PV 145. 2.16 0.071 119.8 0.07 0.010 454 98.034 74.411 23.623 455 549 46. 90. 0. 1228. 132PV 145. 20.46 0.415 152.0 1.41 0.065 456 98.034 74.411 23.623 455 550 23. 40. 0. 692. 104PV 145. 11.53 0.377 119.8 1.56 0.035 457 98.099 75.010 23.089 456 551 30. 60. 0. 630. 104PV 145. 10.51 0.344 119.8 1.31 0.040 435 98.135 75.120 23.015 457 552 65. 120. 0. 172. 104PV 145. 2.86 0.093 119.8 0.12 0.010 23 98.135 75.120 23.015 457 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 553 95. 180. 0. 171. 104PV 145. 2.86 0.093 119.8 0.12 0.010 21 98.174 75.790 22.384 435MH 554 64. 120. 0. 178. E 125 79. 2.97 0.067 114.1 0.16 0.010 435 98.164 75.271 22.893 22 555 64. 120. 0. 661. 104PV 145. 7.14 0.233 141.3 0.64 0.040 24 98.099 75.010 23.089 456 E 104 79. 3.87 0.127 556 48. 90. 0. 315. E 104 79. 5.25 0.172 95.0 1.13 0.055 25 98.029 74.469 23.560 458 557 24. 40. 0. 234. 104PV 145. 3.89 0.127 119.8 0.21 0.005 455 98.029 74.469 23.560 458 558 73. 140. 0. 414. E 125 79. 6.89 0.156 114.1 0.76 0.055 458 97.973 74.266 23.707 459 559 66. 120. 0. 506. 104PV 145. 8.44 0.276 119.8 0.88 0.060 26 97.973 74.266 23.707 459 560 66. 120. 0. 730. 104PV 145. 12.16 0.398 119.8 1.72 0.115 459 97.859 74.276 23.583 460 561 80. 150. 0. 829. 104PV 145. 13.81 0.452 119.8 2.18 0.175 455 97.859 74.276 23.583 460 562 64. 120. 0. 1379. E 350 79. 22.98 0.066 319.5 0.05 0.005 460 97.856 74.467 23.389 461

563 98. 180. 0. 574. 104PV 145. 9.56 0.313 119.8 1.10 0.110 462 97.856 74.467 23.389 461 564 60. 110. 0. 1748. E 350 79. 29.13 0.084 319.5 0.07 0.005 461 97.852 75.912 21.940 463MH 565 55. 100. 0. 1025. E 350 79. 17.09 0.049 319.5 0.03 0.000 463 97.850 73.310 24.540 464 566 102. 190. 0. 578. 104PV 145. 9.63 0.315 119.8 1.12 0.115 462 97.850 73.310 24.540 464 567 145. 270. 0. 438. E 104 79. 7.31 0.239 95.0 2.08 0.300 446 97.742 73.677 24.065 489 568 77. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 489 97.741 73.810 23.931 490RN 569 126. 240. 0. 333. 104PV 145. 5.55 0.181 119.8 0.40 0.050 104 95.195 75.663 19.532 93 570 91. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.005 153 95.909 73.125 22.784 152RN 571 30. 60. 0. 919. 132PV 145. 15.31 0.311 152.0 0.83 0.025 258 97.897 75.650 22.247 257 572 21. 40. 0. 760. 104PV 145. 12.66 0.414 119.8 1.86 0.040 272 97.964 76.100 21.864 270 573 33. 60. 0. 11367. 200AC 140. 71.95 0.636 328.4 2.05 0.070 325 98.181 75.952 22.229 323 E 300 79. 117.50 0.462 574 12. 20. 0. 445. 104PV 145. 7.41 0.242 119.8 0.69 0.010 341 98.617 75.758 22.859 528 575 19. 40. 0. 890. E 125 79. 14.83 0.336 114.1 3.15 0.060 348 98.889 75.000 23.889 445 576 15. 30. 0. 1564. E 600 79. 26.06 0.026 547.8 0.00 0.000 356 98.800 76.000 22.800 353 577 31. 60. 0. 9931. 250AC 140. 126.09 0.714 315.1 1.95 0.060 389 99.631 75.338 24.293 394 E 200 79. 39.42 0.349 578 267. 500. 0. 658. E 200 79. 10.97 0.097 182.6 0.18 0.050 151 99.317 75.624 23.693 402 579 18. 30. 0. 9436. E 350 79. 157.26 0.454 319.5 1.66 0.030 397 99.482 76.000 23.482 399MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 580 33. 60. 0. 1428. E 350 79. 23.80 0.069 319.5 0.05 0.000 464 97.849 74.128 23.721 478 581 33. 60. 0. 1058. 104PV 145. 17.63 0.577 119.8 3.43 0.115 478 97.735 73.598 24.137 481 582 67. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 478 97.847 74.338 23.509 480RN 583 94. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.005 478 97.845 74.000 23.845 479RN 584 38. 70. 0. 571. 104PV 145. 9.52 0.311 119.8 1.09 0.040 447 98.044 74.809 23.235 446 585 34. 60. 0. 588. 104PV 145. 9.79 0.320 119.8 1.15 0.040 463 97.813 73.626 24.187 465

586 66. 120. 0. 451. 104PV 145. 7.51 0.246 119.8 0.71 0.045 460 97.813 73.626 24.187 465 587 21. 40. 0. 928. 104PV 145. 15.47 0.506 119.8 2.69 0.055 465 97.756 73.469 24.287 466 588 37. 70. 0. 523. 104PV 145. 8.72 0.285 119.8 0.93 0.035 466 97.722 73.767 23.955 467 589 28. 50. 0. 273. 104PV 145. 4.56 0.149 119.8 0.28 0.010 467 97.714 74.217 23.497 468 590 27. 50. 0. 43. 104PV 145. 0.72 0.024 119.8 0.01 0.000 468 97.713 74.288 23.425 469 591 32. 60. 0. 450. 104PV 145. 7.50 0.245 119.8 0.70 0.025 469 97.691 74.238 23.453 471 592 126. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.010 471 97.683 74.000 23.683 472RN 593 96. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.005 471 97.687 73.980 23.707 473RN 594 98. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.005 468 97.710 73.956 23.754 474RN 595 101. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.005 467 97.718 73.213 24.505 475RN 596 83. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 466 97.754 73.186 24.568 476RN 597 101. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.005 466 97.752 72.980 24.772 477RN 598 52. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 481 97.735 73.277 24.458 482RN 599 30. 60. 0. 133. E 104 79. 2.22 0.073 95.0 0.23 0.005 489 97.735 73.598 24.137 481 600 29. 50. 0. 1006. E 350 79. 16.77 0.048 319.5 0.03 0.000 481 97.735 73.558 24.177 483 601 45. 80. 0. 588. E 350 79. 9.80 0.028 319.5 0.01 0.000 483 97.734 73.211 24.523 484 602 84. 160. 0. 80. E 350 79. 1.33 0.004 319.5 0.00 0.000 484 97.734 72.250 25.484 485RN 603 274. 510. 0. 133. 104PV 145. 2.22 0.073 119.8 0.07 0.020 484 97.714 73.774 23.940 486 604 65. 120. 0. 293. 104PV 145. 4.89 0.160 119.8 0.32 0.020 483 97.714 73.774 23.940 486 605 64. 120. 0. 51. 104PV 145. 0.86 0.028 119.8 0.01 0.000 486 97.713 73.940 23.773 487 606 44. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 487 97.713 74.210 23.503 488RN 607 159. 300. 0. 239. 104PV 145. 3.98 0.130 119.8 0.22 0.035 491 97.713 73.940 23.773 487 608 29. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 491 97.748 74.720 23.028 492RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 609 165. 310. 0. 594. 104PV 145. 9.89 0.323 119.8 1.18 0.195 493 97.748 74.710 23.038 491

610 53. 100. 0. 512. E 104 79. 8.53 0.279 95.0 2.77 0.145 470 97.713 74.288 23.425 469 611 101. 190. 0. 621. E 350 79. 10.35 0.030 319.5 0.01 0.000 470 97.859 74.276 23.583 460 612 131. 240. 0. 1398. E 350 79. 23.30 0.067 319.5 0.05 0.005 28 97.860 74.480 23.380 470 613 57. 110. 0. 952. 104PV 145. 15.87 0.519 119.8 2.82 0.160 29 97.683 73.447 24.236 239 614 103. 190. 0. 1650. 132PV 145. 27.50 0.558 152.0 2.45 0.250 30 97.563 74.531 23.032 229 615 13. 20. 0. 809. 104PV 145. 13.48 0.441 119.8 2.09 0.025 494 97.942 75.105 22.837 493MH 616 64. 120. 0. 879. 104PV 145. 14.65 0.479 119.8 2.43 0.155 495 97.969 75.078 22.891 494 617 46. 90. 0. 5. 104PV 145. 0.09 0.003 119.8 0.00 0.000 493 97.942 74.874 23.068 497 618 26. 50. 0. 1341. 132PV 145. 22.35 0.454 152.0 1.67 0.045 495 98.081 75.216 22.865 496 619 45. 80. 0. 544. E 104 79. 9.06 0.296 95.0 3.10 0.140 496 97.942 74.874 23.068 497 620 68. 130. 0. 1118. E 125 79. 18.64 0.422 114.1 4.81 0.325 519 98.081 75.216 22.865 496 621 41. 80. 0. 1493. E 250 79. 24.89 0.141 228.2 0.28 0.010 521 98.408 75.000 23.408 519 622 62. 120. 0. 2365. 132PV 145. 39.42 0.800 152.0 4.76 0.295 521 98.125 75.192 22.933 495 623 85. 160. 0. 1706. 132PV 145. 22.04 0.447 167.5 1.62 0.140 496 97.943 75.267 22.676 500 E 104 79. 6.39 0.209 624 80. 150. 0. 389. 104PV 145. 6.49 0.212 119.8 0.54 0.045 497 97.899 74.000 23.899 498 625 53. 100. 0. 496. 104PV 145. 8.26 0.270 119.8 0.84 0.045 500 97.899 74.000 23.899 498 626 406. 760. 0. 380. 104PV 145. 6.33 0.207 119.8 0.51 0.210 498 97.690 74.000 23.690 499RN 627 26. 50. 0. 1055. 104PV 145. 17.58 0.575 119.8 3.41 0.090 500 97.855 75.285 22.570 501 628 61. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 502 97.851 74.500 23.351 503RN 629 45. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 502 97.851 74.230 23.621 518RN 630 18. 30. 0. 205. 104PV 145. 3.42 0.112 119.8 0.16 0.005 501 97.852 74.445 23.407 502 631 26. 50. 0. 785. 104PV 145. 13.08 0.428 119.8 1.97 0.050 501 97.803 75.320 22.483 504 632 22. 40. 0. 110. 104PV 145. 1.83 0.060 119.8 0.05 0.000 504 97.802 75.160 22.642 505 633 50. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 505 97.802 75.076 22.726 507RN 634 36. 70. 0. 325. 104PV 145. 5.42 0.177 119.8 0.39 0.015 504 97.789 75.421 22.368 508MH

635 21. 40. 0. 140. 104PV 145. 2.33 0.076 119.8 0.08 0.000 529 97.794 73.620 24.174 513 636 20. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 513 97.794 73.630 24.164 516RN 637 42. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 513 97.794 73.216 24.578 517RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 638 31. 60. 0. 150. 104PV 145. 2.50 0.082 119.8 0.09 0.005 508 97.787 74.990 22.797 510 639 37. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 508 97.789 75.076 22.713 509RN 640 37. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 510 97.786 75.430 22.356 511RN 641 28. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 510 97.786 74.640 23.146 512RN 642 147. 270. 0. 135. E 250 79. 2.25 0.013 228.2 0.00 0.000 519 98.408 75.530 22.878 520RN 643 78. 150. 0. 4034. E 250 79. 67.23 0.380 228.2 1.77 0.140 522 98.420 75.430 22.990 521 644 212. 300. 0. 4250. E 250 79. 70.84 0.401 228.2 1.95 0.415 523 98.558 75.578 22.980 522 645 191. 360. 0. 188. E 104 79. 3.14 0.103 95.0 0.44 0.085 524 98.558 75.578 22.980 522 646 49. 90. 0. 1003. E 200 79. 16.72 0.148 182.6 0.40 0.020 19 98.555 76.053 22.502 432 647 57. 110. 0. 623. E 104 79. 10.38 0.340 95.0 3.99 0.225 431 98.328 75.665 22.663 439 648 46. 90. 0. 2800. 151PV 145. 46.66 0.724 173.9 3.38 0.155 417 98.570 76.444 22.126 430 649 92. 170. 0. 245. 104PV 145. 4.08 0.133 119.8 0.23 0.020 411 98.729 76.532 22.197 414 650 29. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 409 98.767 70.660 28.107 410RN 651 45. 80. 0. 475. 104PV 145. 7.92 0.259 119.8 0.78 0.035 20 98.299 75.407 22.892 284 652 46. 90. 0. 220. 104PV 145. 3.66 0.120 119.8 0.19 0.010 282 98.164 75.271 22.893 22 653 43. 80. 0. 146. 104PV 145. 2.43 0.080 119.8 0.09 0.005 283 98.186 75.612 22.574 21 654 31. 60. 0. 147. 104PV 145. 2.45 0.080 119.8 0.09 0.005 22 98.161 75.331 22.830 281 655 62. 120. 0. 26980. 450AC 140. 449.67 0.785 511.4 1.17 0.075 528 98.140 74.993 23.147 24 656 110. 210. 0. 451. 104PV 145. 7.52 0.246 119.8 0.71 0.080 25 98.005 75.902 22.103 276 657 24. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 261 97.869 75.560 22.309 262RN 658 48. 90. 0. 273. 104PV 145. 4.55 0.149 119.8 0.28 0.015 37 97.236 74.012 23.224 225

659 52. 100. 0. 299. 104PV 145. 4.98 0.163 119.8 0.33 0.015 38 97.120 73.870 23.250 224 660 30. 60. 0. 232. 104PV 145. 3.86 0.126 119.8 0.21 0.005 39 96.923 73.731 23.192 218MH 661 34. 60. 0. 298. E 600 79. 4.97 0.005 547.8 0.00 0.000 402 99.317 75.561 23.756 401 662 10. 20. 0. 260. 104PV 145. 4.33 0.142 119.8 0.26 0.005 504 97.801 75.400 22.401 506MH 663 24. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 508 97.789 74.531 23.258 515RN 664 24. 40. 0. 230. 104PV 145. 3.83 0.125 119.8 0.20 0.005 506 97.796 74.102 23.694 529 665 25. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 529 97.796 74.180 23.616 514RN 666 60. 110. 0. 716. 104PV 145. 11.93 0.390 119.8 1.66 0.100 379 99.874 76.684 23.190 382MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 667 28. 50. 0. 25. 104PV 145. 0.42 0.014 119.8 0.00 0.000 10 99.493 76.023 23.470 386RN 668 16. 30. 0. 15. 104PV 145. 0.25 0.008 119.8 0.00 0.000 195 97.002 75.120 21.882 197RN 669 21. 40. 0. 2596. 151PV 145. 43.27 0.671 173.9 2.94 0.060 278 98.092 75.906 22.186 273 670 46. 90. 0. 1381. 132PV 145. 23.02 0.467 152.0 1.76 0.080 454 97.964 74.238 23.726 462 671 53. 113. 0. 27360. 450AC 140. 455.99 0.796 511.4 1.21 0.065 349 98.710 76.004 22.706 340 672 22. 40. 0. 1026. E 150 79. 17.09 0.269 136.9 1.69 0.035 322 98.071 76.840 21.231 300 673 48. 90. 0. 680. 104PV 145. 11.34 0.371 119.8 1.51 0.075 299 97.997 76.914 21.083 313 674 223. 0. 0. 326. 104PV 145. 5.44 0.178 119.8 0.39 0.085 105 95.151 75.995 19.156 87 675 25. 0. 0. 0. 104PV 145. 0.00 0.000 119.8 0.00 0.000 187 97.547 75.500 22.047 188RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 55 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 17.131 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00097 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 7.106 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 42199. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 76273. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 63 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 3798. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.59/1000

RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 76273.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 83 137 184 208 248 255 260 307 318 382 399 436 463 520 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 410 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg#21. 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 24698. 19195.68 43.35 832132.75 86.00 2124028.00 8.30 204993.41 0.05 X SUPPLY COST 106201.40 14.00/13.20 PVC 1366. 1131.90 43.35 49067.88 139.00 189874.00 9.05 12362.30 0.05 X SUPPLY COST 9493.70 16.00/15.10 PVC 190. 164.24 43.35 7119.64 184.00 34960.00 11.60 2204.00 0.05 X SUPPLY COST 1748.00 20.00 AC 1996. 1916.16 43.35 83065.53 285.00 568860.00 13.10 26147.60 0.10 X SUPPLY COST 56886.00 25.00 AC 1099. 1167.69 43.35 50619.25 394.00 433006.00 17.05 18737.95 0.10 X SUPPLY COST 43300.60 30.00 AC 1332. 1558.44 43.35 67558.38 569.00 757908.00 23.50 31302.00 0.10 X SUPPLY COST 75790.80 35.00 AC 288. 369.36 43.35 16011.76 802.00 230976.00 29.95 8625.60 0.10 X SUPPLY COST 23097.60 40.00 AC 479. 670.60 43.35 29070.51 1103.00 528337.00 36.40 17435.60 0.10 X SUPPLY COST 52833.70 45.00 AC 521. 793.22 43.35 34386.20 1589.00 827869.00 50.00 26050.00 0.10 X SUPPLY COST 82786.90 50.00 AC 1150. 1897.50 43.35 82256.63 2146.00 2467900.00 2.10 2415.00 0.10 X SUPPLY COST 246790.00 TOTAL = 33119. 28864.79 1251288.50 8163718.00 350273.44 698928.69 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 10464209. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR C DATE:�� (BHELUC/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106.700 77.700 29.000 1FH 1 750. 0. 0. 101060. 500AC 140. 1658.62 2.346 571.6 7.88 5.915 1 100.787 76.997 23.790 2 E 125 83. 25.71 0.582 2 41. 135. 0. 86129. 500AC 140. 1400.42 1.981 573.6 5.76 0.235 2 100.551 76.957 23.594 3 E 150 83. 35.06 0.551 3 16. 60. 0. 84493. 500AC 140. 1373.82 1.944 573.6 5.56 0.090 3 100.462 76.753 23.709 4 E 150 83. 34.40 0.541 4 139. 465. 0. 79889. 450AC 140. 1288.91 2.251 517.8 8.26 1.150 4 99.314 76.456 22.858 5 E 150 83. 42.58 0.669 5 63. 210. 0. 55273. 450AC 140. 921.21 1.609 511.4 4.43 0.280 5 99.035 76.456 22.579 6 6 63. 210. 0. 53178. 450AC 140. 886.30 1.548 511.4 4.13 0.260 6 98.775 76.252 22.523 7MH 7 71. 240. 0. 53159. 450AC 140. 885.99 1.547 511.4 4.12 0.295 7 98.482 75.919 22.563 8 8 32. 105. 0. 54049. 450AC 140. 900.82 1.573 511.4 4.25 0.135 8 98.346 75.813 22.533 9 9 28. 95. 0. 658. 104PV 145. 10.97 0.359 119.8 1.42 0.040 9 98.306 75.744 22.562 10 10 200. 670. 0. 1093. 104PV 145. 18.22 0.596 119.8 3.64 0.730 6 98.306 75.744 22.562 10 11 79. 265. 0. 1236. 104PV 145. 20.60 0.674 119.8 4.58 0.360 10 97.945 75.747 22.198 11 12 187. 625. 0. 5710. E 250 83. 95.17 0.539 233.1 3.04 0.570 11 97.376 75.705 21.671 12MH 13 187. 625. 0. 4147. E 250 83. 69.12 0.391 233.1 1.68 0.315 12 97.061 75.295 21.766 13 14 194. 650. 0. 234. 104PV 145. 3.90 0.128 119.8 0.21 0.040 12 97.335 75.612 21.723 40 15 45. 150. 0. 4331. E 250 83. 72.18 0.408 233.1 1.82 0.080 13 96.979 74.954 22.025 14 16 73. 245. 0. 3474. E 250 83. 57.90 0.328 233.1 1.21 0.090 14 96.891 74.709 22.182 15 17 132. 440. 0. 74. E 250 83. 1.23 0.007 233.1 0.00 0.000 15 96.891 74.260 22.631 16 18 95. 320. 0. 12082. E 450 79. 201.36 0.352 410.8 0.77 0.075 17 96.891 74.260 22.631 16

19 55. 185. 0. 12964. E 450 79. 216.06 0.377 410.8 0.88 0.050 18 96.964 74.253 22.711 17 20 49. 165. 0. 12566. E 450 79. 209.44 0.366 410.8 0.83 0.040 19 97.012 74.214 22.798 18 21 52. 175. 0. 13343. E 450 79. 222.38 0.388 410.8 0.93 0.050 20 97.053 74.558 22.495 19 22 83. 280. 0. 14575. 250AC 140. 242.91 1.375 284.1 6.57 0.545 21 97.101 74.863 22.238 20 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 80. 270. 0. 16330. 250AC 140. 272.16 1.540 284.1 8.12 0.650 22 97.647 75.336 22.311 21 24 45. 150. 0. 18115. 300AC 140. 301.92 1.186 340.9 4.05 0.180 23 98.296 76.023 22.273 22 25 204. 685. 0. 5261. E 250 83. 87.69 0.496 233.1 2.61 0.535 23 97.945 75.747 22.198 11 26 47. 155. 0. 78. 104PV 145. 1.29 0.042 119.8 0.03 0.000 24 97.454 75.671 21.783 25RN 27 169. 565. 0. 1293. 104PV 145. 21.55 0.705 119.8 4.97 0.840 22 97.456 75.271 22.185 24 28 120. 400. 0. 1280. 104PV 145. 14.06 0.460 140.4 2.26 0.270 21 97.376 75.006 22.370 26 E 100 83. 7.27 0.257 29 72. 240. 0. 1304. 104PV 145. 21.73 0.711 119.8 5.05 0.365 26 97.012 74.214 22.798 18 30 225. 755. 0. 1. 104PV 145. 0.01 0.000 119.8 0.00 0.000 12 97.376 75.006 22.370 26 31 76. 255. 0. 906. E 125 83. 15.10 0.342 116.5 2.94 0.225 16 96.667 74.249 22.418 27 32 56. 185. 0. 119. 104PV 145. 1.99 0.065 119.8 0.06 0.005 28 96.667 74.249 22.418 27 33 46. 155. 0. 78. 104PV 145. 1.29 0.042 119.8 0.03 0.000 28 96.669 74.386 22.283 29RN 34 53. 175. 0. 282. E 125 83. 4.70 0.106 116.5 0.34 0.020 27 96.649 74.416 22.233 32 35 30. 100. 0. 386. 104PV 145. 6.43 0.210 119.8 0.53 0.015 27 96.651 74.663 21.988 30 36 40. 135. 0. 127. 104PV 145. 2.11 0.069 119.8 0.07 0.005 32 96.647 74.880 21.767 33 37 40. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 33 96.646 75.088 21.558 317RN 38 48. 160. 0. 156. 104PV 145. 2.60 0.085 119.8 0.10 0.005 30 96.647 74.880 21.767 33 39 30. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 30 96.651 74.715 21.936 31RN 40 55. 185. 0. 459. 104PV 145. 7.65 0.250 119.8 0.73 0.040 34 96.671 74.460 22.211 28 41 102. 340. 0. 460. E 100 83. 7.66 0.271 93.2 2.48 0.255 17 96.711 74.772 21.939 34MH 42 53. 175. 0. 350. 104PV 145. 5.83 0.191 119.8 0.44 0.025 35 96.711 74.772 21.939 34MH

43 40. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 35 96.734 75.256 21.478 36RN 44 30. 100. 0. 622. 104PV 145. 10.37 0.339 119.8 1.28 0.040 37 96.734 74.791 21.943 35 45 112. 375. 0. 424. E 100 83. 7.07 0.250 93.2 2.14 0.240 18 96.773 74.651 22.122 37 46 50. 165. 0. 518. 104PV 145. 8.64 0.282 119.8 0.91 0.045 38 96.773 74.651 22.122 37 47 112. 375. 0. 419. E 100 83. 6.98 0.247 93.2 2.09 0.235 19 96.819 74.965 21.854 38 48 29. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 38 96.819 75.728 21.091 39RN 49 162. 540. 0. 734. 104PV 145. 12.24 0.400 119.8 1.74 0.280 20 96.819 74.965 21.854 38 50 140. 470. 0. 424. 104PV 145. 7.07 0.231 119.8 0.63 0.090 14 96.891 74.709 22.182 15 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 51 68. 230. 0. 53082. 450AC 140. 874.75 1.528 513.6 4.03 0.275 40 97.061 75.295 21.766 13 E 100 83. 9.95 0.352 52 55. 185. 0. 53380. 450AC 140. 889.66 1.554 511.4 4.16 0.230 41 97.335 75.612 21.723 40 53 120. 400. 0. 52132. 450AC 140. 868.86 1.517 511.4 3.98 0.475 43 97.564 75.895 21.669 41MH 54 74. 250. 0. 53166. 450AC 140. 886.10 1.548 511.4 4.12 0.305 9 98.041 76.002 22.039 43 55 181. 605. 0. 407. 104PV 145. 6.79 0.222 119.8 0.59 0.105 43 97.935 76.129 21.806 42 56 49. 165. 0. 1623. 104PV 145. 27.06 0.885 119.8 7.58 0.370 42 97.564 75.895 21.669 41MH 57 51. 170. 0. 1686. 104PV 145. 28.10 0.919 119.8 8.13 0.415 44 97.935 76.129 21.806 42 58 205. 685. 0. 706. 104PV 145. 11.76 0.384 119.8 1.62 0.330 49 98.350 76.360 21.990 44 59 64. 215. 0. 1516. 104PV 145. 25.26 0.826 119.8 6.67 0.425 45 98.350 76.360 21.990 44 60 65. 215. 0. 1962. E 200 79. 32.71 0.289 182.6 1.38 0.090 46 98.777 76.361 22.416 45 61 90. 300. 0. 150. E 200 79. 2.50 0.022 182.6 0.01 0.000 46 98.866 76.663 22.203 48RN 62 142. 475. 0. 2607. E 200 79. 43.46 0.384 182.6 2.34 0.330 47 98.867 74.965 23.902 46 63 40. 135. 0. 1130. 104PV 145. 18.84 0.616 119.8 3.88 0.155 50 98.482 75.919 22.563 8 64 43. 145. 0. 554. 104PV 145. 9.23 0.302 119.8 1.03 0.045 49 98.637 76.071 22.566 50 65 58. 195. 0. 1772. 104PV 145. 29.53 0.966 119.8 8.91 0.515 47 98.682 76.443 22.239 49

66 58. 195. 0. 1606. E 200 79. 26.76 0.237 182.6 0.95 0.055 61 99.199 76.577 22.622 47 67 68. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 61 99.250 76.958 22.292 63RN 68 192. 640. 0. 88. E 200 79. 1.47 0.013 182.6 0.00 0.000 75 98.777 76.361 22.416 45 69 41. 135. 0. 363. E 200 79. 6.06 0.054 182.6 0.06 0.000 76 98.778 76.703 22.075 75 70 52. 175. 0. 200. 104PV 145. 3.33 0.109 119.8 0.16 0.010 74 98.778 76.703 22.075 75 71 36. 120. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.000 77 98.786 77.558 21.228 74 72 55. 185. 0. 569. E 200 79. 9.49 0.084 182.6 0.14 0.010 77 98.780 76.970 21.810 76 73 20. 65. 0. 265. 104PV 145. 4.41 0.144 119.8 0.26 0.005 72 98.786 77.558 21.228 74 74 50. 165. 0. 83. 104PV 145. 1.37 0.045 119.8 0.03 0.000 72 98.790 77.558 21.232 73RN 75 30. 100. 0. 204. 104PV 145. 3.40 0.111 119.8 0.16 0.005 78 98.791 77.558 21.233 72 76 26. 85. 0. 879. E 200 79. 14.65 0.130 182.6 0.31 0.010 78 98.788 77.644 21.144 77MH 77 59. 195. 0. 406. 104PV 145. 6.77 0.221 119.8 0.58 0.035 70 98.791 77.558 21.233 72 78 56. 185. 0. 1268. E 200 79. 21.14 0.187 182.6 0.62 0.035 79 98.796 77.558 21.238 78 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 79 56. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 70 98.824 77.878 20.946 71RN 80 25. 85. 0. 228. 104PV 145. 3.80 0.124 119.8 0.20 0.005 79 98.826 77.558 21.268 70 81 56. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 68 98.855 77.878 20.977 69RN 82 28. 95. 0. 39. 104PV 145. 0.66 0.021 119.8 0.01 0.000 68 98.856 72.454 26.402 80 83 30. 100. 0. 553. 104PV 145. 9.22 0.301 119.8 1.03 0.030 68 98.826 77.558 21.268 70 84 25. 85. 0. 1674. E 200 79. 27.89 0.247 182.6 1.03 0.025 80 98.831 77.558 21.273 79 85 53. 175. 0. 962. 104PV 145. 16.04 0.524 119.8 2.88 0.155 67 98.857 77.558 21.299 68 86 32. 105. 0. 3148. E 200 79. 52.47 0.464 182.6 3.32 0.105 83 98.903 77.878 21.025 81MH 87 29. 95. 0. 15. 104PV 145. 0.24 0.008 119.8 0.00 0.000 83 99.009 77.744 21.265 67 88 72. 240. 0. 1203. 104PV 145. 20.04 0.655 119.8 4.35 0.315 66 99.009 77.744 21.265 67 89 39. 130. 0. 3328. E 200 79. 55.47 0.490 182.6 3.67 0.145 84 99.009 77.785 21.224 83

90 36. 120. 0. 3808. E 200 79. 63.47 0.561 182.6 4.72 0.170 66 99.153 77.422 21.731 84 91 16. 55. 0. 328. 104PV 145. 5.47 0.179 119.8 0.39 0.005 84 99.146 77.490 21.656 85 92 97. 325. 0. 1137. 104PV 145. 18.95 0.620 119.8 3.92 0.380 86 99.146 77.490 21.656 85 93 38. 125. 0. 1212. 104PV 145. 20.21 0.661 119.8 4.41 0.170 85 98.978 77.510 21.468 104 94 70. 235. 0. 4494. E 200 79. 74.89 0.662 182.6 6.41 0.450 87 99.322 77.248 22.074 66 95 26. 85. 0. 1824. 104PV 145. 30.39 0.994 119.8 9.40 0.245 87 99.526 77.023 22.503 86 96 47. 155. 0. 655. 104PV 145. 10.91 0.357 119.8 1.41 0.065 104 98.912 77.775 21.137 103 97 72. 240. 0. 178. 104PV 145. 2.96 0.097 119.8 0.13 0.010 103 98.903 77.878 21.025 81MH 98 44. 145. 0. 1222. E 200 79. 20.36 0.180 182.6 0.57 0.025 81 98.878 77.785 21.093 111 99 56. 185. 0. 380. 104PV 145. 6.33 0.207 119.8 0.51 0.030 102 98.878 77.785 21.093 111 100 26. 85. 0. 237. 104PV 145. 3.95 0.129 119.8 0.21 0.005 103 98.907 77.663 21.244 102 101 38. 125. 0. 355. 104PV 145. 5.92 0.194 119.8 0.45 0.015 104 98.961 78.062 20.899 98MH 102 29. 95. 0. 430. 104PV 145. 7.17 0.234 119.8 0.65 0.020 99 98.907 77.663 21.244 102 103 90. 300. 0. 903. 104PV 145. 15.05 0.492 119.8 2.56 0.230 94 98.961 78.062 20.899 98MH 104 90. 300. 0. 68. E 200 79. 1.13 0.010 182.6 0.00 0.000 100 98.878 77.785 21.093 111 105 95. 320. 0. 373. 104PV 145. 6.22 0.203 119.8 0.50 0.045 99 98.878 77.823 21.055 100MH 106 108. 360. 0. 185. 104PV 145. 3.08 0.101 119.8 0.14 0.015 101 98.878 77.823 21.055 100MH 107 41. 135. 0. 274. 104PV 145. 4.56 0.149 119.8 0.28 0.010 51 98.775 76.252 22.523 7MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 108 68. 230. 0. 831. 104PV 145. 13.85 0.453 119.8 2.19 0.150 51 98.637 76.071 22.566 50 109 41. 135. 0. 1355. 104PV 145. 22.58 0.738 119.8 5.42 0.220 52 98.787 76.229 22.558 51 110 144. 480. 0. 217. 104PV 145. 3.61 0.118 119.8 0.18 0.025 6 99.009 76.552 22.457 52MH 111 60. 200. 0. 1546. 104PV 145. 25.76 0.842 119.8 6.92 0.415 53 99.009 76.552 22.457 52MH 112 62. 205. 0. 3309. E 200 79. 55.14 0.488 182.6 3.63 0.225 53 99.199 76.577 22.622 47 113 92. 310. 0. 5212. E 200 79. 86.86 0.768 182.6 8.43 0.775 54 99.424 76.695 22.729 53

114 45. 150. 0. 4267. E 200 79. 71.11 0.629 182.6 5.82 0.260 4 100.200 77.092 23.108 54 115 45. 150. 0. 1463. 104PV 145. 24.38 0.797 119.8 6.25 0.280 3 100.270 76.952 23.318 55 116 55. 185. 0. 65. 104PV 145. 1.09 0.036 119.8 0.02 0.000 55 100.269 76.952 23.317 56 117 27. 90. 0. 906. 104PV 145. 15.11 0.494 119.8 2.58 0.070 56 100.199 76.889 23.310 59 118 128. 430. 0. 1431. E 125 83. 23.84 0.540 116.5 6.86 0.880 59 99.321 76.483 22.838 60 119 52. 175. 0. 805. E 200 79. 13.42 0.119 182.6 0.27 0.015 62 99.321 76.483 22.838 60 120 70. 235. 0. 897. 104PV 145. 14.95 0.489 119.8 2.53 0.175 64 99.335 76.952 22.383 62 121 28. 95. 0. 161. E 200 79. 2.68 0.024 182.6 0.01 0.000 65 99.335 76.952 22.383 62 122 39. 130. 0. 1229. 104PV 145. 20.48 0.670 119.8 4.52 0.175 64 99.336 77.125 22.211 65 123 42. 140. 0. 885. E 200 79. 14.75 0.130 182.6 0.32 0.015 65 99.322 77.248 22.074 66 124 42. 140. 0. 2378. 104PV 145. 39.63 1.296 119.8 15.37 0.645 108 99.512 76.960 22.552 64 125 27. 90. 0. 9988. 250AC 140. 144.13 0.816 300.1 2.50 0.070 108 100.090 76.845 23.245 88 E 150 83. 22.34 0.351 126 34. 115. 0. 2276. E 150 83. 37.93 0.596 139.8 6.67 0.225 89 99.367 76.336 23.031 92 127 40. 135. 0. 1166. 104PV 145. 19.44 0.636 119.8 4.11 0.165 91 99.191 77.339 21.852 94 128 29. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 92 99.367 77.330 22.037 93RN 129 50. 165. 0. 1611. E 150 83. 26.86 0.422 139.8 3.52 0.175 92 99.192 77.690 21.502 95 130 41. 135. 0. 22. 104PV 145. 0.36 0.012 119.8 0.00 0.000 95 99.191 77.339 21.852 94 131 65. 215. 0. 1332. E 150 83. 22.20 0.349 139.8 2.47 0.160 95 99.031 78.090 20.941 96 132 33. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 96 99.030 78.260 20.770 97RN 133 84. 280. 0. 975. E 150 83. 16.24 0.255 139.8 1.39 0.115 96 98.914 72.867 26.047 250 134 21. 70. 0. 395. 104PV 145. 6.58 0.215 119.8 0.55 0.010 92 99.356 77.330 22.026 91 135 18. 60. 0. 904. 104PV 145. 15.07 0.493 119.8 2.56 0.045 90 99.356 77.330 22.026 91 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 136 26. 85. 0. 1267. 104PV 145. 21.11 0.690 119.8 4.79 0.125 86 99.402 77.163 22.239 90 137 28. 95. 0. 875. 104PV 145. 14.59 0.477 119.8 2.41 0.070 89 99.526 77.023 22.503 86

138 37. 125. 0. 3319. E 150 83. 55.31 0.869 139.8 13.40 0.495 88 99.594 77.044 22.550 89 139 25. 85. 0. 6520. E 200 79. 108.66 0.961 182.6 12.76 0.320 88 99.771 76.845 22.926 87 140 141. 470. 0. 600. E 200 79. 9.99 0.088 182.6 0.15 0.020 250 98.893 77.802 21.091 101 141 86. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 90 99.394 77.553 21.841 105RN 142 62. 205. 0. 14761. 250AC 140. 246.02 1.392 284.1 6.73 0.415 2 100.370 76.773 23.597 57 143 16. 55. 0. 1203. 104PV 145. 20.05 0.655 119.8 4.35 0.070 55 100.200 77.092 23.108 54 144 145. 485. 0. 24036. 300AC 140. 365.53 1.436 353.0 5.77 0.835 5 98.478 76.350 22.128 23MH E 150 83. 35.07 0.551 145 40. 135. 0. 1792. E 200 79. 29.86 0.264 182.6 1.17 0.045 81 98.856 72.454 26.402 80 146 50. 0. 0. 1933. E 200 79. 32.22 0.285 182.6 1.34 0.065 60 99.254 76.809 22.445 61 147 35. 115. 0. 12539. 250AC 140. 180.93 1.024 300.1 3.81 0.135 58 100.157 76.751 23.406 108 E 150 83. 28.04 0.441 148 18. 60. 0. 13545. 250AC 140. 195.46 1.106 300.1 4.40 0.080 57 100.291 76.766 23.525 58 E 150 83. 30.29 0.476 149 31. 105. 0. 1031. 104PV 145. 17.18 0.562 119.8 3.27 0.100 57 100.269 76.952 23.317 56 150 138. 460. 0. 10513. 200AC 140. 112.16 0.992 269.3 4.66 0.645 16 96.248 74.416 21.832 113 E 200 79. 63.06 0.558 151 106. 355. 0. 476. 104PV 145. 7.94 0.260 119.8 0.78 0.085 114 96.248 74.416 21.832 113 152 70. 235. 0. 3129. 132PV 145. 52.15 1.059 152.0 8.00 0.560 15 96.331 74.688 21.643 114 153 74. 250. 0. 125. 104PV 145. 2.08 0.068 119.8 0.07 0.005 114 96.326 75.331 20.995 116RN 154 80. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 113 96.242 75.146 21.096 115RN 155 61. 205. 0. 10209. 200AC 140. 108.92 0.963 269.3 4.41 0.270 113 95.979 74.387 21.592 118 E 200 79. 61.24 0.541 156 109. 365. 0. 775. 104PV 145. 12.91 0.422 119.8 1.93 0.210 117 95.979 74.387 21.592 118 157 64. 215. 0. 2000. 132PV 145. 26.12 0.530 166.8 2.22 0.140 114 96.188 74.670 21.518 117 E 100 83. 7.22 0.255 158 126. 420. 0. 715. 104PV 145. 11.92 0.390 119.8 1.66 0.210 118 95.769 74.676 21.093 119 159 151. 505. 0. 253. 104PV 145. 4.21 0.138 119.8 0.24 0.035 119 95.733 75.743 19.990 120RN 160 57. 190. 0. 9679. 200AC 140. 103.26 0.913 269.3 4.00 0.230 118 95.751 74.288 21.463 121

E 200 79. 58.05 0.513 161 106. 355. 0. 26. 104PV 145. 0.43 0.014 119.8 0.00 0.000 121 95.750 74.475 21.275 122MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 162 58. 195. 0. 838. E 100 83. 13.97 0.494 93.2 7.55 0.440 117 95.750 74.475 21.275 122MH 163 92. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.010 121 95.742 74.358 21.384 123RN 164 57. 190. 0. 8975. 200AC 140. 95.75 0.847 269.3 3.48 0.200 121 95.553 74.092 21.461 124 E 200 79. 53.83 0.476 165 171. 570. 0. 304. E 100 83. 5.07 0.179 93.2 1.16 0.200 122 95.553 74.092 21.461 124 166 100. 335. 0. 8732. 200AC 140. 124.12 1.097 241.5 5.62 0.560 124 94.990 74.052 20.938 125 E 125 83. 21.42 0.485 167 172. 575. 0. 288. 104PV 145. 4.79 0.157 119.8 0.31 0.055 125 94.938 74.657 20.281 126RN 168 59. 195. 0. 3. E 125 83. 0.05 0.001 116.5 0.00 0.000 125 94.990 74.336 20.654 127 169 52. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 127 94.989 74.528 20.461 129RN 170 48. 160. 0. 350. E 125 83. 5.83 0.132 116.5 0.50 0.025 128 94.990 74.336 20.654 127 171 41. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 128 95.014 74.769 20.245 130RN 172 44. 145. 0. 637. E 125 83. 10.62 0.240 116.5 1.53 0.065 131 95.015 74.663 20.352 128 173 98. 330. 0. 1657. 104PV 145. 27.62 0.903 119.8 7.88 0.770 138 95.082 75.125 19.957 131 174 346. 1160. 0. 51816. 450AC 140. 809.65 1.414 524.1 3.49 1.210 13 95.854 75.388 20.466 138 E 200 79. 53.95 0.477 175 111. 370. 0. 598. E 125 83. 9.96 0.225 116.5 1.36 0.150 131 94.931 75.229 19.702 132 176 107. 360. 0. 7709. 200AC 140. 117.24 1.037 235.4 5.06 0.540 125 94.449 73.889 20.560 134 E 100 83. 11.25 0.398 177 175. 585. 0. 486. E 100 83. 8.10 0.286 93.2 2.75 0.480 132 94.449 73.889 20.560 134 178 103. 345. 0. 173. 104PV 145. 2.87 0.094 119.8 0.12 0.010 134 94.437 74.236 20.201 135RN 179 66. 220. 0. 7268. 200AC 140. 110.52 0.977 235.4 4.53 0.300 134 94.150 73.660 20.490 136 E 100 83. 10.61 0.375 180 54. 180. 0. 456. E 125 83. 7.60 0.172 116.5 0.82 0.045 133 94.931 75.229 19.702 132 181 91. 305. 0. 1111. E 125 83. 18.52 0.419 116.5 4.29 0.390 139 94.976 75.552 19.424 133 182 154. 515. 0. 49156. 450AC 140. 768.09 1.341 524.1 3.17 0.485 138 95.366 75.672 19.694 139 E 200 79. 51.18 0.452

183 135. 450. 0. 817. 104PV 145. 13.62 0.445 119.8 2.13 0.285 136 93.863 73.710 20.153 137MH 184 130. 435. 0. 164. 104PV 145. 2.74 0.090 119.8 0.11 0.015 137 93.849 73.446 20.403 161 185 96. 320. 0. 5956. 200AC 140. 90.57 0.801 235.4 3.14 0.300 136 93.849 73.446 20.403 161 E 100 83. 8.69 0.307 186 63. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 137 93.860 73.561 20.299 162RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 187 187. 625. 0. 5430. 200AC 140. 80.01 0.707 238.2 2.49 0.465 161 93.383 73.210 20.173 158 E 104 103. 10.49 0.343 188 45. 150. 0. 852. 104PV 145. 14.21 0.465 119.8 2.30 0.105 158 93.279 73.302 19.977 156 189 25. 85. 0. 43. 104PV 145. 0.71 0.023 119.8 0.01 0.000 156 93.279 73.305 19.974 157RN 190 73. 245. 0. 570. 104PV 145. 9.50 0.311 119.8 1.09 0.080 156 93.200 73.180 20.020 154 191 20. 65. 0. 4158. 200AC 140. 61.26 0.542 238.2 1.52 0.030 158 93.352 73.116 20.236 159 E 104 103. 8.03 0.263 192 38. 125. 0. 3888. 151PV 145. 51.21 0.794 190.2 4.02 0.155 159 93.200 73.180 20.020 154 E 104 103. 13.58 0.444 193 56. 185. 0. 93. E 104 103. 1.54 0.050 105.0 0.07 0.005 154 93.196 73.268 19.928 155RN 194 52. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 159 93.351 73.305 20.046 160RN 195 166. 555. 0. 3810. 200AC 140. 63.50 0.561 227.3 1.62 0.270 154 92.930 72.963 19.967 151 196 99. 330. 0. 165. E 150 83. 2.75 0.043 139.8 0.05 0.005 164 92.161 72.599 19.563 169RN 197 728. 2435. 0. 46070. 450AC 140. 719.87 1.257 524.1 2.81 2.045 140 92.908 74.422 18.486 142 E 200 79. 47.96 0.424 198 79. 265. 0. 133. 104PV 145. 2.21 0.072 119.8 0.07 0.005 186 90.197 71.336 18.861 187RN 199 132. 440. 0. 2318. 151PV 145. 38.63 0.599 173.9 2.38 0.315 148 92.429 76.751 15.678 147MH 200 61. 205. 0. 2648. 151PV 145. 44.14 0.685 173.9 3.05 0.185 151 92.744 72.860 19.884 148 201 37. 125. 0. 55. 104PV 145. 0.91 0.030 119.8 0.01 0.000 149 92.744 72.860 19.884 148 202 55. 185. 0. 430. E 104 103. 7.16 0.234 105.0 1.23 0.070 152 92.744 73.026 19.718 149 203 37. 125. 0. 720. E 104 103. 11.99 0.392 105.0 3.19 0.120 151 92.812 73.226 19.586 152 204 41. 135. 0. 68. E 104 103. 1.13 0.037 105.0 0.04 0.000 152 92.810 73.331 19.479 153RN

205 66. 220. 0. 110. E 104 103. 1.83 0.060 105.0 0.10 0.005 149 92.738 73.218 19.520 150RN 206 52. 175. 0. 1673. E 150 83. 27.88 0.438 139.8 3.77 0.195 147 92.233 72.769 19.464 163 207 67. 225. 0. 814. E 150 83. 13.57 0.213 139.8 0.99 0.065 163 92.167 72.632 19.535 164 208 91. 305. 0. 219. 104PV 145. 3.65 0.120 119.8 0.19 0.015 164 92.150 70.798 21.352 165 209 73. 245. 0. 176. 104PV 145. 2.93 0.096 119.8 0.12 0.010 166 92.150 70.798 21.352 165 210 80. 270. 0. 523. 104PV 145. 8.72 0.285 119.8 0.93 0.075 163 92.159 74.052 18.107 166MH 211 27. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 166 92.158 72.231 19.927 167RN 212 36. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 165 92.149 70.556 21.593 168RN 213 27. 90. 0. 293. E 150 83. 4.88 0.077 139.8 0.15 0.005 147 92.425 73.896 18.529 146 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 214 244. 815. 0. 402. 104PV 145. 6.71 0.219 119.8 0.57 0.140 146 92.285 72.535 19.750 145 215 180. 600. 0. 862. E 125 83. 14.37 0.325 116.5 2.68 0.485 142 92.425 73.896 18.529 146 216 201. 675. 0. 15685. 300AC 140. 261.42 1.027 340.9 3.10 0.625 142 92.285 72.535 19.750 145 217 106. 355. 0. 27490. 350AC 140. 405.80 1.172 416.6 3.30 0.350 142 92.558 74.141 18.417 143 E 200 79. 52.36 0.463 218 69. 230. 0. 115. E 104 103. 1.92 0.063 105.0 0.11 0.005 143 92.551 74.223 18.328 144RN 219 118. 395. 0. 15145. 300AC 140. 252.41 0.992 340.9 2.90 0.345 145 91.943 72.839 19.104 172 220 195. 650. 0. 26758. 350AC 140. 394.99 1.140 416.6 3.14 0.615 143 91.946 73.262 18.684 170 E 200 79. 50.97 0.451 221 120. 400. 0. 378. E 150 83. 6.29 0.099 139.8 0.24 0.030 170 91.917 72.826 19.091 171 222 44. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 171 91.916 72.963 18.953 239RN 223 24. 80. 0. 849. E 150 83. 14.15 0.222 139.8 1.07 0.025 172 91.917 72.826 19.091 171 224 68. 230. 0. 726. 104PV 145. 12.11 0.396 119.8 1.71 0.115 171 91.801 73.263 18.538 173MH 225 45. 150. 0. 6101. 200AC 140. 101.69 0.899 227.3 3.89 0.175 172 91.768 73.137 18.631 175 226 40. 135. 0. 489. 104PV 145. 8.15 0.266 119.8 0.82 0.035 173 91.768 73.137 18.631 175 227 16. 55. 0. 28. 104PV 145. 0.46 0.015 119.8 0.00 0.000 173 91.801 73.260 18.541 174RN 228 55. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 170 91.944 73.468 18.476 251RN

229 28. 95. 0. 4348. 151PV 145. 57.28 0.888 190.2 4.94 0.140 170 91.807 73.512 18.295 252 E 104 103. 15.19 0.497 230 43. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 252 91.806 73.531 18.275 253RN 231 33. 110. 0. 4101. 151PV 145. 54.02 0.838 190.2 4.44 0.145 252 91.661 73.694 17.967 254 E 104 103. 14.33 0.468 232 11. 35. 0. 3893. 151PV 145. 51.28 0.795 190.2 4.03 0.045 254 91.616 73.881 17.735 256 E 104 103. 13.60 0.445 233 41. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 254 91.660 73.776 17.884 255RN 234 35. 115. 0. 58. 104PV 145. 0.96 0.031 119.8 0.02 0.000 256 91.616 73.770 17.846 257RN 235 24. 80. 0. 3721. 151PV 145. 49.01 0.760 190.2 3.70 0.090 256 91.528 74.091 17.437 258 E 104 103. 13.00 0.425 236 62. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.005 258 91.525 73.868 17.657 259RN 237 21. 70. 0. 3441. 151PV 145. 45.32 0.703 190.2 3.21 0.065 258 91.460 74.040 17.420 260 E 104 103. 12.02 0.393 238 66. 220. 0. 977. 104PV 145. 16.29 0.533 119.8 2.96 0.195 260 91.265 74.233 17.032 261 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 239 65. 215. 0. 2211. 151PV 145. 29.12 0.452 190.2 1.41 0.090 260 91.368 74.187 17.181 267 E 104 103. 7.72 0.253 240 63. 210. 0. 712. 104PV 145. 11.87 0.388 119.8 1.65 0.105 267 91.265 74.556 16.709 266 241 84. 280. 0. 12. E 104 103. 0.21 0.007 105.0 0.00 0.000 261 91.265 74.556 16.709 266 242 66. 220. 0. 110. 104PV 145. 1.83 0.060 119.8 0.05 0.005 261 91.261 73.871 17.390 263RN 243 52. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 262 91.239 73.896 17.343 264RN 244 37. 125. 0. 432. 104PV 145. 7.21 0.236 119.8 0.65 0.025 261 91.241 74.098 17.143 262 245 58. 195. 0. 98. 104PV 145. 1.62 0.053 119.8 0.04 0.000 262 91.238 75.160 16.078 265RN 246 106. 355. 0. 1109. 104PV 145. 10.82 0.354 146.8 1.39 0.145 267 91.221 74.296 16.925 270 E 104 103. 7.65 0.250 247 72. 240. 0. 359. E 104 103. 5.99 0.196 105.0 0.88 0.065 266 91.201 75.003 16.198 268MH 248 112. 375. 0. 183. E 104 103. 3.05 0.100 105.0 0.25 0.030 270 91.193 74.956 16.237 269RN 249 70. 235. 0. 122. E 104 103. 2.03 0.066 105.0 0.12 0.010 268 91.193 74.956 16.237 269RN 250 230. 770. 0. 176. E 104 103. 2.93 0.096 105.0 0.23 0.055 270 91.167 72.867 18.300 271

251 101. 340. 0. 21104. 350AC 140. 330.59 0.954 407.3 2.26 0.230 170 91.717 73.271 18.446 240 E 150 83. 21.15 0.332 252 49. 165. 0. 1583. 104PV 145. 26.37 0.862 119.8 7.23 0.355 240 91.363 73.356 18.007 241 253 39. 130. 0. 1055. 104PV 145. 17.58 0.575 119.8 3.41 0.135 241 91.230 73.503 17.727 242 254 42. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 242 91.229 76.560 14.669 246RN 255 18. 60. 0. 820. 104PV 145. 13.67 0.447 119.8 2.14 0.040 242 91.192 73.461 17.731 243 256 58. 195. 0. 98. 104PV 145. 1.62 0.053 119.8 0.04 0.000 243 91.189 73.620 17.569 248RN 257 50. 165. 0. 513. 104PV 145. 8.54 0.279 119.8 0.90 0.045 243 91.147 73.544 17.603 244 258 85. 285. 0. 143. 104PV 145. 2.37 0.078 119.8 0.08 0.005 244 91.140 73.829 17.311 245RN 259 44. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 244 91.146 73.716 17.430 247RN 260 114. 380. 0. 190. 104PV 145. 3.17 0.104 119.8 0.14 0.015 241 91.347 73.531 17.816 249RN 261 120. 400. 0. 19069. 350AC 140. 298.71 0.862 407.3 1.87 0.225 240 91.493 73.042 18.451 273 E 150 83. 19.11 0.300 262 115. 385. 0. 193. 104PV 145. 3.21 0.105 119.8 0.15 0.015 273 91.476 73.278 18.198 274RN 263 38. 125. 0. 18422. 300AC 140. 280.15 1.101 353.0 3.52 0.135 273 91.359 72.908 18.451 272 E 150 83. 26.88 0.423 264 144. 480. 0. 1144. 104PV 145. 19.07 0.624 119.8 3.97 0.570 272 90.788 73.275 17.513 275 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 265 64. 215. 0. 16868. 300AC 140. 256.51 1.008 353.0 2.99 0.190 272 91.167 72.867 18.300 271 E 150 83. 24.61 0.387 266 127. 425. 0. 16338. 300AC 140. 260.54 1.024 346.7 3.08 0.390 271 90.776 72.922 17.854 276 E 104 103. 11.76 0.385 267 56. 185. 0. 232. 104PV 145. 3.86 0.126 119.8 0.21 0.010 275 90.776 72.922 17.854 276 268 174. 580. 0. 290. 104PV 145. 4.83 0.158 119.8 0.31 0.055 275 90.733 73.509 17.224 278RN 269 52. 175. 0. 16177. 300AC 140. 257.98 1.014 346.7 3.02 0.155 276 90.619 72.563 18.056 277 E 104 103. 11.65 0.381 270 202. 675. 0. 338. 104PV 145. 5.62 0.184 119.8 0.41 0.085 277 90.535 73.023 17.512 279RN 271 47. 155. 0. 15337. 300AC 140. 255.62 1.005 340.9 2.97 0.140 277 90.479 74.296 16.183 280MH 272 48. 160. 0. 1547. 104PV 145. 25.79 0.843 119.8 6.94 0.335 280 90.146 73.419 16.727 281

273 51. 170. 0. 655. 104PV 145. 10.92 0.357 119.8 1.41 0.070 281 90.074 73.473 16.601 282 274 70. 235. 0. 118. 104PV 145. 1.96 0.064 119.8 0.06 0.005 282 90.070 73.680 16.390 283RN 275 115. 385. 0. 142. 104PV 145. 2.37 0.078 119.8 0.08 0.010 282 90.065 73.229 16.836 284 276 64. 215. 0. 620. 104PV 145. 10.33 0.338 119.8 1.27 0.080 281 90.065 73.229 16.836 284 277 125. 420. 0. 13423. 300AC 140. 223.71 0.879 340.9 2.32 0.290 280 90.189 72.513 17.676 290 278 91. 305. 0. 715. 104PV 145. 11.92 0.390 119.8 1.66 0.150 290 90.038 73.136 16.902 285 279 110. 370. 0. 221. 104PV 145. 3.68 0.120 119.8 0.19 0.020 285 90.017 73.446 16.571 286MH 280 48. 160. 0. 114. 104PV 145. 1.91 0.062 119.8 0.06 0.005 287 90.017 73.446 16.571 286MH 281 21. 70. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 286 90.017 73.406 16.611 289RN 282 36. 120. 0. 374. 104PV 145. 6.24 0.204 119.8 0.50 0.020 285 90.020 73.372 16.648 287 283 36. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 287 90.019 73.511 16.508 288RN 284 54. 180. 0. 12255. 250AC 140. 204.25 1.156 284.1 4.77 0.260 290 89.931 72.402 17.529 291 285 150. 500. 0. 250. 104PV 145. 4.17 0.136 119.8 0.24 0.035 291 89.896 72.663 17.233 292RN 286 83. 280. 0. 11525. 250AC 140. 192.08 1.087 284.1 4.26 0.355 291 89.578 72.345 17.233 293 287 57. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.000 293 89.576 72.455 17.121 294RN 288 22. 75. 0. 11157. 250AC 140. 185.96 1.052 284.1 4.01 0.090 293 89.490 72.344 17.146 295 289 34. 115. 0. 11062. 250AC 140. 184.37 1.043 284.1 3.95 0.135 295 89.356 72.296 17.060 297 290 125. 420. 0. 2350. 132PV 145. 39.17 0.795 152.0 4.71 0.590 297 88.767 72.331 16.436 296 291 114. 380. 0. 8255. 250AC 140. 137.58 0.779 284.1 2.29 0.260 297 89.094 72.180 16.914 298 292 125. 420. 0. 1067. 104PV 145. 17.78 0.581 119.8 3.48 0.435 298 88.659 72.360 16.299 311MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 293 81. 270. 0. 6653. 250AC 140. 110.88 0.627 284.1 1.54 0.125 298 88.969 72.151 16.818 299 294 130. 435. 0. 218. 104PV 145. 3.62 0.119 119.8 0.18 0.025 299 88.946 72.339 16.607 310RN 295 40. 135. 0. 6015. 200AC 140. 100.26 0.886 227.3 3.79 0.150 299 88.818 72.151 16.667 300 296 346. 1160. 0. 358. 104PV 145. 5.96 0.195 119.8 0.46 0.160 300 88.659 72.360 16.299 311MH

297 79. 265. 0. 4878. 200AC 140. 81.29 0.719 227.3 2.57 0.205 300 88.615 72.156 16.459 301 298 40. 135. 0. 453. 104PV 145. 7.54 0.247 119.8 0.71 0.030 301 88.587 72.198 16.389 307 299 94. 315. 0. 4067. 200AC 140. 67.79 0.599 227.3 1.83 0.170 301 88.443 72.036 16.407 302 300 38. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 307 88.586 72.223 16.363 308RN 301 77. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 307 88.581 72.285 16.296 309RN 302 58. 195. 0. 3493. 200AC 140. 58.21 0.515 227.3 1.38 0.080 302 88.363 71.865 16.498 303 303 95. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.010 302 88.433 72.185 16.248 306RN 304 923. 3090. 0. 1545. 132PV 145. 25.75 0.523 152.0 2.17 2.000 303 86.364 72.185 14.179 304RN 305 91. 305. 0. 153. 104PV 145. 2.54 0.083 119.8 0.09 0.010 303 88.354 72.223 16.131 305RN 306 77. 260. 0. 505. 104PV 145. 8.41 0.275 119.8 0.87 0.065 311 88.592 72.228 16.364 312 307 128. 430. 0. 215. 104PV 145. 3.58 0.117 119.8 0.18 0.025 312 88.569 71.336 17.233 141RN 308 49. 165. 0. 459. 104PV 145. 7.66 0.250 119.8 0.73 0.035 312 88.556 72.283 16.273 313 309 95. 320. 0. 757. 104PV 145. 12.62 0.413 119.8 1.85 0.175 296 88.592 72.228 16.364 312 310 45. 150. 0. 1148. 132PV 145. 19.13 0.388 152.0 1.25 0.055 296 88.711 72.341 16.370 314 311 78. 260. 0. 788. 104PV 145. 13.13 0.429 119.8 1.99 0.155 314 88.556 72.283 16.273 313 312 47. 155. 0. 78. 104PV 145. 1.29 0.042 119.8 0.03 0.000 314 88.709 72.283 16.426 315RN 313 309. 1035. 0. 518. 104PV 145. 8.62 0.282 119.8 0.91 0.280 313 88.274 72.415 15.859 316RN 314 76. 255. 0. 5853. 132PV 145. 54.11 1.098 190.2 8.57 0.650 172 91.292 71.669 19.623 106 E 150 83. 43.43 0.683 315 23. 75. 0. 3844. 200AC 140. 64.06 0.566 227.3 1.65 0.040 106 91.254 72.788 18.466 82 316 76. 255. 0. 1527. 104PV 145. 25.45 0.832 119.8 6.77 0.515 175 91.254 72.788 18.466 82 317 64. 215. 0. 5098. 200AC 140. 84.97 0.751 227.3 2.79 0.180 82 91.075 72.663 18.412 204 318 35. 115. 0. 1843. 104PV 145. 30.72 1.005 119.8 9.59 0.335 204 90.740 72.561 18.179 202 319 41. 135. 0. 926. 104PV 145. 15.44 0.505 119.8 2.68 0.110 202 90.630 72.863 17.767 201MH 320 38. 125. 0. 687. 104PV 145. 11.46 0.375 119.8 1.54 0.060 201 90.571 72.531 18.040 198 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

321 16. 55. 0. 507. 104PV 145. 8.46 0.277 119.8 0.88 0.015 198 90.557 72.446 18.111 197 322 27. 90. 0. 172. 104PV 145. 2.86 0.094 119.8 0.12 0.005 196 90.557 72.446 18.111 197 323 46. 155. 0. 2116. 132PV 145. 35.26 0.716 152.0 3.88 0.180 184 90.560 72.396 18.164 196 324 93. 310. 0. 3719. 151PV 145. 61.98 0.961 173.9 5.72 0.530 178 91.036 75.672 15.364 182MH 325 35. 115. 0. 58. 104PV 145. 0.96 0.031 119.8 0.02 0.000 178 91.567 72.748 18.819 180RN 326 24. 80. 0. 4334. 200AC 140. 72.23 0.639 227.3 2.06 0.050 176 91.568 72.695 18.873 178 327 63. 210. 0. 4689. 200AC 140. 78.14 0.691 227.3 2.39 0.150 175 91.617 72.863 18.754 176 328 63. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 176 91.614 72.993 18.621 177RN 329 55. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 178 91.566 72.876 18.690 179RN 330 36. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 178 91.567 72.863 18.704 181RN 331 31. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 102 98.906 72.733 26.173 183RN 332 27. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 198 90.571 72.512 18.059 199RN 333 85. 285. 0. 2947. 151PV 145. 49.12 0.762 173.9 3.72 0.315 204 90.759 72.461 18.298 205 334 76. 255. 0. 665. 104PV 145. 11.08 0.362 119.8 1.45 0.110 202 90.629 72.568 18.061 203 335 40. 135. 0. 41. 104PV 145. 0.69 0.022 119.8 0.01 0.000 201 90.629 72.568 18.061 203 336 39. 130. 0. 446. 104PV 145. 7.43 0.243 119.8 0.69 0.025 203 90.602 72.372 18.230 206 337 39. 130. 0. 1602. 132PV 145. 26.69 0.542 152.0 2.31 0.090 206 90.512 72.716 17.796 207 338 67. 225. 0. 476. 104PV 145. 7.93 0.259 119.8 0.78 0.050 206 90.550 72.468 18.082 224 339 47. 155. 0. 1951. 132PV 145. 32.52 0.660 152.0 3.34 0.155 205 90.602 72.372 18.230 206 340 103. 345. 0. 603. 104PV 145. 10.05 0.329 119.8 1.21 0.125 205 90.634 72.311 18.323 226 341 55. 185. 0. 1752. E 150 83. 29.19 0.459 139.8 4.10 0.225 106 91.066 72.694 18.372 230 342 58. 195. 0. 353. 104PV 145. 5.88 0.192 119.8 0.45 0.025 233 91.066 72.296 18.770 231 343 99. 330. 0. 1737. 104PV 145. 28.95 0.947 119.8 8.59 0.850 172 91.092 72.216 18.876 233 344 123. 410. 0. 917. 104PV 145. 15.28 0.500 119.8 2.63 0.325 233 90.769 71.389 19.380 234 345 26. 85. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 231 91.066 72.694 18.372 230

346 122. 410. 0. 1459. E 150 83. 24.32 0.382 139.8 2.93 0.355 230 90.709 72.461 18.248 229 347 38. 125. 0. 24. E 150 83. 0.41 0.006 139.8 0.00 0.000 236 90.709 72.461 18.248 229 348 85. 285. 0. 229. 104PV 145. 3.82 0.125 119.8 0.20 0.015 235 90.709 72.678 18.031 236MH 349 31. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 235 90.726 71.216 19.510 237RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 350 42. 140. 0. 547. 104PV 145. 9.11 0.298 119.8 1.01 0.040 234 90.726 70.799 19.927 235 351 29. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 234 90.768 71.816 18.952 238RN 352 21. 70. 0. 1181. E 150 83. 19.68 0.309 139.8 1.98 0.040 229 90.667 72.445 18.222 227 353 52. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 227 90.666 72.632 18.034 228RN 354 26. 85. 0. 928. E 150 83. 15.47 0.243 139.8 1.27 0.035 227 90.634 72.311 18.323 226 355 36. 120. 0. 1257. E 150 83. 20.94 0.329 139.8 2.22 0.080 226 90.554 73.137 17.417 225MH 356 36. 120. 0. 177. 104PV 145. 2.95 0.097 119.8 0.13 0.005 225 90.550 72.468 18.082 224 357 31. 105. 0. 907. E 150 83. 15.11 0.238 139.8 1.21 0.040 225 90.517 72.368 18.149 223 358 69. 230. 0. 366. 104PV 145. 6.09 0.199 119.8 0.48 0.035 224 90.517 72.368 18.149 223 359 46. 155. 0. 1027. E 150 83. 17.12 0.269 139.8 1.53 0.070 223 90.447 72.826 17.621 221 360 55. 185. 0. 317. 104PV 145. 5.28 0.173 119.8 0.37 0.020 222 90.447 72.826 17.621 221 361 46. 155. 0. 160. 104PV 145. 2.66 0.087 119.8 0.10 0.005 209 90.467 72.872 17.595 222MH 362 67. 225. 0. 440. 104PV 145. 7.33 0.240 119.8 0.67 0.045 207 90.467 72.872 17.595 222MH 363 21. 70. 0. 950. 132PV 145. 15.83 0.321 152.0 0.88 0.020 207 90.494 72.531 17.963 208 364 16. 55. 0. 1209. 132PV 145. 20.14 0.409 152.0 1.37 0.020 208 90.472 72.531 17.941 209 365 20. 65. 0. 911. 104PV 145. 15.19 0.497 119.8 2.60 0.050 209 90.419 72.531 17.888 210MH 366 102. 340. 0. 48. 104PV 145. 0.80 0.026 119.8 0.01 0.000 210 90.418 72.101 18.317 220 367 71. 240. 0. 885. 104PV 145. 14.75 0.482 119.8 2.46 0.175 210 90.244 72.316 17.928 211 368 15. 50. 0. 1149. E 150 83. 19.15 0.301 139.8 1.88 0.030 221 90.418 72.101 18.317 220 369 69. 230. 0. 115. E 150 83. 1.92 0.030 139.8 0.03 0.000 218 90.284 70.726 19.558 219RN

370 29. 95. 0. 559. 104PV 145. 9.32 0.305 119.8 1.05 0.030 218 90.256 72.237 18.019 217 371 58. 195. 0. 98. 104PV 145. 1.62 0.053 119.8 0.04 0.000 217 90.253 72.023 18.230 216RN 372 69. 230. 0. 202. 104PV 145. 3.37 0.110 119.8 0.16 0.010 217 90.244 72.316 17.928 211 373 36. 120. 0. 270. 104PV 145. 4.50 0.147 119.8 0.27 0.010 211 90.235 70.556 19.679 212 374 36. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 211 90.244 73.896 16.348 215RN 375 19. 65. 0. 178. 104PV 145. 2.96 0.097 119.8 0.13 0.000 212 90.232 72.135 18.097 213 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg#12. 376 44. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 213 90.231 72.452 17.779 214RN 377 111. 370. 0. 217. 104PV 145. 3.62 0.118 119.8 0.18 0.020 211 90.224 73.180 17.044 192MH 378 88. 295. 0. 491. 104PV 145. 8.19 0.268 119.8 0.83 0.075 195 90.419 72.531 17.888 210MH 379 85. 285. 0. 464. 104PV 145. 7.73 0.253 119.8 0.75 0.065 197 90.494 72.531 17.963 208 380 49. 165. 0. 83. 104PV 145. 1.37 0.045 119.8 0.03 0.000 194 90.320 72.320 18.000 200RN 381 24. 80. 0. 1782. 132PV 145. 29.69 0.603 152.0 2.82 0.070 196 90.492 72.178 18.314 195 382 54. 180. 0. 1013. 104PV 145. 16.88 0.552 119.8 3.16 0.170 195 90.322 72.068 18.254 194 383 87. 290. 0. 268. 104PV 145. 4.46 0.146 119.8 0.27 0.025 133 94.952 75.763 19.189 140 384 73. 245. 0. 635. 104PV 145. 10.59 0.346 119.8 1.33 0.095 194 90.224 73.180 17.044 192MH 385 21. 70. 0. 325. 104PV 145. 5.41 0.177 119.8 0.38 0.010 192 90.216 71.874 18.342 191 386 175. 585. 0. 978. 104PV 145. 16.30 0.533 119.8 2.96 0.520 184 90.220 72.170 18.050 185MH 387 25. 85. 0. 433. 104PV 145. 7.22 0.236 119.8 0.66 0.015 185 90.203 72.106 18.097 186 388 40. 135. 0. 58. 104PV 145. 0.97 0.032 119.8 0.02 0.000 186 90.203 71.956 18.247 188 389 43. 145. 0. 137. 104PV 145. 2.28 0.075 119.8 0.08 0.005 190 90.203 71.956 18.247 188 390 16. 55. 0. 28. 104PV 145. 0.46 0.015 119.8 0.00 0.000 188 90.202 71.956 18.246 189RN 391 37. 125. 0. 272. 104PV 145. 4.53 0.148 119.8 0.28 0.010 191 90.206 71.776 18.430 190 392 56. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 192 90.222 71.415 18.807 193RN 393 140. 470. 0. 47400. 450AC 140. 740.64 1.294 524.1 2.96 0.415 139 94.952 75.763 19.189 140 E 200 79. 49.35 0.436 394 40. 135. 0. 788. 104PV 145. 13.13 0.429 119.8 1.99 0.080 24 97.376 75.006 22.370 26 395 50. 165. 0. 919. 104PV 145. 15.32 0.501 119.8 2.65 0.130 220 90.286 74.223 16.063 218MH 396 55. 185. 0. 370. 104PV 145. 6.16 0.202 119.8 0.49 0.025 284 90.038 73.136 16.902 285 397 50. 165. 0. 127. 104PV 145. 2.12 0.069 119.8 0.07 0.005 185 90.216 71.874 18.342 191 398 30. 100. 0. 3514. 132PV 145. 58.56 1.189 152.0 9.92 0.295 182 90.738 72.276 18.462 184

399 50. 165. 0. 83. 104PV 145. 1.37 0.045 119.8 0.03 0.000 231 91.065 72.200 18.865 232RN 400 40. 135. 0. 852. 104PV 145. 14.19 0.464 119.8 2.30 0.090 58 100.199 76.889 23.310 59 401 111. 370. 0. 500. 104PV 145. 8.34 0.273 119.8 0.86 0.095 111 98.783 76.552 22.231 110 402 23. 75. 0. 8. 104PV 145. 0.14 0.005 119.8 0.00 0.000 76 98.780 76.577 22.203 112RN 403 65. 215. 0. 89. 104PV 145. 1.48 0.049 119.8 0.04 0.000 110 98.780 76.577 22.203 112RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 404 11. 35. 0. 1028. 104PV 145. 17.14 0.560 119.8 3.25 0.035 98 98.925 77.523 21.402 99 405 20. 65. 0. 86. 104PV 145. 1.44 0.047 119.8 0.03 0.000 110 98.782 76.552 22.230 109 406 34. 115. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.000 109 98.780 76.577 22.203 112RN 407 32. 105. 0. 161. 104PV 145. 2.69 0.088 119.8 0.11 0.005 107 98.782 76.552 22.230 109 408 136. 455. 0. 441. 104PV 145. 7.36 0.241 119.8 0.68 0.090 111 98.785 76.229 22.556 107 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 304 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 14.179 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00094 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 7.704 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 31025. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd =101060. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 304 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 5417. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.75/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 101060.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 48 77 81 98 140 147 182 218 280 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 80 168 183 212 219 235 250 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT

11.00/10.40 PVC 16025. 12454.89 43.35 539919.31 86.00 1378150.00 8.30 133007.50 0.05 X SUPPLY COST 68907.50 14.00/13.20 PVC 1526. 1264.48 43.35 54815.21 139.00 212114.00 9.05 13810.30 0.05 X SUPPLY COST 10605.70 16.00/15.10 PVC 591. 510.86 43.35 22145.82 184.00 108744.00 11.60 6855.60 0.05 X SUPPLY COST 5437.20 20.00 AC 1545. 1483.20 43.35 64296.72 285.00 440325.00 13.10 20239.50 0.10 X SUPPLY COST 44032.50 25.00 AC 693. 736.31 43.35 31919.15 394.00 273042.00 17.05 11815.65 0.10 X SUPPLY COST 27304.20 30.00 AC 962. 1125.54 43.35 48792.16 569.00 547378.00 23.50 22607.00 0.10 X SUPPLY COST 54737.80 35.00 AC 522. 669.47 43.35 29021.31 802.00 418644.00 29.95 15633.90 0.10 X SUPPLY COST 41864.40 45.00 AC 2053. 3125.69 43.35 135498.77 1589.00 3262217.00 50.00 102650.00 0.10 X SUPPLY COST 326221.72 50.00 AC 807. 1331.55 43.35 57722.69 2146.00 1731822.00 2.10 1694.70 0.10 X SUPPLY COST 173182.20 TOTAL = 24724. 22701.99 984131.13 8372436.00 328314.13 752293.19 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 10437174. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR D DATE:�� (BHELUD/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 92.700 77.700 15.000 1FH 1 200. 0. 0. 21400. 400AC 140. 428.00 0.946 454.6 1.90 0.380 1 92.320 77.700 14.620 2 2 150. 270. 0. 12795. E 400 63. 255.90 0.566 335.6 3.22 0.480 2 91.837 77.423 14.414 3 3 33. 60. 0. 12500. E 400 63. 250.00 0.553 335.6 3.08 0.100 3 91.735 77.412 14.323 4 4 150. 270. 0. 12195. E 400 63. 243.90 0.539 335.6 2.94 0.440 4 91.294 77.350 13.944 5 5 20. 40. 0. 12040. E 450 68. 240.80 0.421 389.4 1.39 0.030 5 91.266 77.366 13.900 6 6 53. 100. 0. 2613. 151PV 145. 52.26 0.811 173.9 4.17 0.220 6 91.045 77.675 13.370 7 7 92. 170. 0. 2318. 151PV 145. 46.36 0.719 173.9 3.34 0.305 7 90.738 77.726 13.012 8 8 38. 70. 0. 1868. 132PV 145. 37.36 0.758 152.0 4.31 0.165 8 90.574 77.625 12.949 9 9 127. 230. 0. 1058. 104PV 145. 21.16 0.692 119.8 4.81 0.610 9 89.963 77.403 12.560 10MH 10 217. 390. 0. 618. 104PV 145. 12.36 0.404 119.8 1.78 0.385 10 89.578 76.737 12.841 11 11 120. 220. 0. 193. E 250 63. 3.86 0.022 209.2 0.01 0.000 11 89.576 76.753 12.823 12 12 91. 160. 0. 267. E 250 63. 5.34 0.030 209.2 0.02 0.000 13 89.576 76.753 12.823 12

13 54. 100. 0. 597. E 250 63. 11.94 0.068 209.2 0.11 0.005 14 89.579 76.619 12.960 13 14 108. 200. 0. 57. E 150 79. 1.15 0.018 136.9 0.01 0.000 14 89.583 75.663 13.920 15 15 199. 360. 0. 305. E 200 83. 6.09 0.054 186.5 0.06 0.010 16 89.583 75.663 13.920 15 16 70. 130. 0. 238. E 150 79. 4.76 0.075 136.9 0.16 0.010 16 89.583 75.863 13.720 17RN 17 64. 120. 0. 848. E 200 83. 16.95 0.150 186.5 0.37 0.025 18 89.595 75.452 14.143 16 18 116. 210. 0. 1013. E 200 83. 20.25 0.179 186.5 0.51 0.060 19 89.618 76.332 13.286 18 19 153. 280. 0. 1109. E 200 83. 22.19 0.196 186.5 0.61 0.095 19 89.585 76.514 13.071 14 20 342. 620. 0. 2677. 151PV 145. 53.54 0.831 173.9 4.36 1.490 20 89.678 77.343 12.335 19MH 21 46. 80. 0. 430. E 150 79. 8.60 0.135 136.9 0.47 0.020 20 91.149 77.580 13.569 21 22 49. 90. 0. 265. E 150 79. 5.30 0.083 136.9 0.19 0.010 21 91.139 77.771 13.368 22MH 23 120. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.010 22 91.130 77.558 13.572 23RN 24 44. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 21 91.148 77.851 13.297 24RN 25 57. 100. 0. 4134. E 450 68. 82.68 0.144 389.4 0.19 0.010 25 91.170 77.211 13.959 20 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 26 174. 320. 0. 2469. E 450 68. 49.39 0.086 389.4 0.07 0.015 25 91.168 75.421 15.747 26 27 91. 160. 0. 547. 104PV 145. 10.93 0.357 119.8 1.42 0.130 20 91.041 77.005 14.036 62 28 55. 100. 0. 67. 104PV 145. 1.35 0.044 119.8 0.03 0.000 61 91.041 77.005 14.036 62 29 40. 70. 0. 768. 104PV 145. 15.37 0.502 119.8 2.66 0.105 26 91.062 75.473 15.589 27 30 152. 280. 0. 318. 104PV 145. 6.37 0.208 119.8 0.52 0.080 27 90.983 76.559 14.424 28 31 30. 50. 0. 153. E 250 63. 3.05 0.017 209.2 0.01 0.000 29 90.983 76.559 14.424 28 32 44. 80. 0. 298. E 250 63. 5.95 0.034 209.2 0.03 0.000 30 90.983 76.448 14.535 29 33 41. 70. 0. 423. E 250 63. 8.45 0.048 209.2 0.06 0.000 31 90.985 75.812 15.173 30 34 34. 60. 0. 1600. E 250 63. 32.00 0.181 209.2 0.68 0.025 31 90.964 75.116 15.848 32 35 48. 90. 0. 1415. E 250 63. 28.30 0.160 209.2 0.54 0.025 32 90.937 76.574 14.363 33 36 29. 50. 0. 1265. E 250 63. 25.30 0.143 209.2 0.44 0.015 33 90.925 75.346 15.579 34

37 41. 70. 0. 1125. E 250 63. 22.50 0.127 209.2 0.36 0.015 34 90.910 75.246 15.664 35 38 16. 30. 0. 755. E 150 79. 15.10 0.237 136.9 1.34 0.020 35 90.889 75.821 15.068 36 39 24. 40. 0. 640. E 150 79. 12.80 0.201 136.9 0.99 0.025 36 90.865 75.824 15.041 37 40 248. 450. 0. 225. E 150 79. 4.50 0.071 136.9 0.14 0.035 37 90.830 75.430 15.400 38RN 41 44. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 37 90.864 75.820 15.044 40RN 42 49. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 37 90.864 75.830 15.034 41RN 43 42. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 36 90.888 75.520 15.368 42RN 44 44. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 34 90.924 75.451 15.473 43RN 45 178. 320. 0. 160. E 104 103. 3.20 0.105 105.0 0.28 0.050 35 90.861 75.126 15.735 39RN 46 46. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 33 90.937 76.574 14.363 44RN 47 63. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 32 90.962 75.326 15.636 45RN 48 27. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 30 90.984 76.102 14.882 46RN 49 42. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 29 90.983 76.523 14.460 48RN 50 81. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 31 90.984 75.500 15.484 47RN 51 25. 50. 0. 25. E 250 63. 0.50 0.003 209.2 0.00 0.000 28 90.983 76.559 14.424 49RN 52 97. 180. 0. 166. 104PV 145. 3.32 0.109 119.8 0.16 0.015 28 90.968 77.540 13.428 50RN 53 209. 380. 0. 114. 104PV 145. 2.28 0.075 119.8 0.08 0.015 64 90.968 77.540 13.428 50RN 54 65. 120. 0. 424. 104PV 145. 8.48 0.277 119.8 0.88 0.055 62 90.984 78.877 12.107 64MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 55 32. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 64 90.984 78.663 12.321 65RN 56 53. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 61 91.042 75.976 15.066 63RN 57 99. 180. 0. 123. 104PV 145. 2.45 0.080 119.8 0.09 0.010 52 91.062 75.473 15.589 27 58 72. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 3 91.835 77.663 14.172 108RN 59 78. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 4 91.733 77.852 13.881 109RN 60 63. 110. 0. 2293. E 250 63. 45.85 0.259 209.2 1.33 0.085 52 90.987 75.076 15.911 31

61 29. 50. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.010 52 91.059 75.603 15.456 55 62 32. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 55 91.059 75.745 15.314 56RN 63 22. 40. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.005 55 91.056 75.588 15.468 57 64 26. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 57 91.056 75.600 15.456 58RN 65 54. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 57 91.055 75.236 15.819 59RN 66 59. 110. 0. 2915. E 300 65. 58.30 0.229 254.3 0.80 0.045 53 91.071 75.081 15.990 52 67 54. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 53 91.117 75.660 15.457 54RN 68 55. 100. 0. 3120. E 300 65. 62.40 0.245 254.3 0.91 0.050 26 91.118 75.003 16.115 53 69 55. 100. 0. 1714. E 300 65. 34.28 0.135 254.3 0.30 0.015 110 91.168 75.421 15.747 26 70 76. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.000 110 91.182 75.663 15.519 60RN 71 190. 340. 0. 2074. E 300 65. 41.48 0.163 254.3 0.43 0.080 6 91.185 75.464 15.721 110 72 52. 90. 0. 262. 104PV 145. 5.25 0.172 119.8 0.36 0.020 27 91.043 75.776 15.267 61 73 168. 300. 0. 6963. E 450 68. 139.26 0.243 389.4 0.51 0.085 6 91.181 77.013 14.168 25 74 88. 160. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 7 91.042 78.412 12.630 66RN 75 180. 330. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.030 8 90.710 78.236 12.474 67RN 76 113. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 69 90.451 78.151 12.300 68RN 77 69. 120. 0. 600. 104PV 145. 12.00 0.392 119.8 1.68 0.115 9 90.458 77.889 12.569 69 78 186. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.030 69 90.427 78.253 12.174 70RN 79 73. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 10 89.961 77.348 12.613 71RN 80 60. 110. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.015 12 89.561 76.780 12.781 72 81 26. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 72 89.561 76.824 12.737 73RN 82 59. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 72 89.560 76.852 12.708 74RN 83 111. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 13 89.572 76.952 12.620 76RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 84 89. 160. 0. 2. E 104 103. 0.04 0.001 105.0 0.00 0.000 15 89.583 75.863 13.720 17RN

85 143. 260. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 14 89.583 75.863 13.720 17RN 86 65. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 11 89.577 76.930 12.647 75RN 87 280. 510. 0. 255. E 450 68. 5.10 0.009 389.4 0.00 0.000 2 92.319 77.553 14.766 113RN 88 59. 110. 0. 7905. 300AC 140. 131.26 0.516 365.9 0.87 0.050 2 92.268 77.286 14.982 77 E 200 83. 26.84 0.237 89 116. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.010 77 92.261 77.158 15.103 78RN 90 91. 160. 0. 7560. 300AC 140. 125.53 0.493 365.9 0.80 0.070 77 92.196 77.158 15.038 79 E 200 83. 25.67 0.227 91 82. 150. 0. 817. 104PV 145. 16.33 0.534 119.8 2.98 0.245 79 91.952 77.225 14.727 80 92 129. 230. 0. 6473. 300AC 140. 107.49 0.422 365.9 0.60 0.075 79 92.119 76.663 15.456 81 E 200 83. 21.98 0.194 93 207. 370. 0. 403. 104PV 145. 8.07 0.264 119.8 0.81 0.165 81 91.952 77.225 14.727 80 94 43. 80. 0. 471. E 104 103. 9.41 0.308 105.0 2.04 0.090 81 92.031 76.825 15.206 82 95 193. 350. 0. 405. 104PV 145. 8.10 0.265 119.8 0.81 0.155 82 91.874 77.123 14.751 83 96 50. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 83 91.874 77.150 14.724 84RN 97 80. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 83 91.872 77.140 14.732 85RN 98 128. 230. 0. 264. 104PV 145. 5.29 0.173 119.8 0.37 0.045 86 92.031 76.825 15.206 82 99 103. 190. 0. 5164. 300AC 140. 85.75 0.337 365.9 0.39 0.040 81 92.078 75.910 16.168 86 E 200 83. 17.53 0.155 100 232. 420. 0. 4480. 200AC 140. 56.21 0.497 271.4 1.30 0.300 86 91.778 76.572 15.206 87 E 200 83. 33.39 0.295 101 274. 500. 0. 1669. E 200 83. 33.39 0.295 186.5 1.30 0.355 87 91.422 77.520 13.902 88 102 65. 120. 0. 460. 104PV 145. 9.20 0.301 119.8 1.03 0.065 88 91.356 77.663 13.693 89 103 33. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 89 91.355 77.694 13.661 90RN 104 36. 70. 0. 305. 104PV 145. 6.10 0.199 119.8 0.48 0.015 89 91.338 77.712 13.626 91 105 148. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.015 91 91.323 77.712 13.611 112RN 106 111. 200. 0. 799. 104PV 145. 10.54 0.345 140.4 1.32 0.145 88 91.276 77.852 13.424 92 E 100 83. 5.45 0.193 107 233. 420. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.055 92 91.220 78.158 13.062 93RN

108 85. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 106 91.337 77.918 13.419 111RN 109 528. 960. 0. 480. 104PV 145. 9.60 0.314 119.8 1.11 0.585 80 91.365 77.976 13.389 51RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 108. 200. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.100 100 91.340 78.151 13.189 106 111 104. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 106 91.334 78.412 12.922 107RN 112 95. 170. 0. 547. 104PV 145. 10.94 0.358 119.8 1.42 0.135 99 91.442 79.315 12.127 100MH 113 68. 120. 0. 1189. 132PV 145. 23.78 0.483 152.0 1.87 0.125 99 91.450 79.057 12.393 98 114 262. 470. 0. 2116. 200AC 140. 42.31 0.374 227.3 0.77 0.200 87 91.577 79.422 12.155 99 115 44. 80. 0. 891. 104PV 145. 17.81 0.582 119.8 3.50 0.155 98 91.296 78.487 12.809 97 116 35. 60. 0. 371. 104PV 145. 7.41 0.242 119.8 0.69 0.025 97 91.272 78.409 12.863 96 117 54. 100. 0. 400. 104PV 145. 8.00 0.262 119.8 0.79 0.045 97 91.253 78.669 12.584 101 118 100. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 96 91.267 78.778 12.489 103RN 119 41. 70. 0. 126. 104PV 145. 2.51 0.082 119.8 0.09 0.005 96 91.268 78.214 13.054 95 120 49. 90. 0. 54. 104PV 145. 1.09 0.036 119.8 0.02 0.000 94 91.268 78.214 13.054 95 121 83. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 94 91.266 78.125 13.141 105RN 122 18. 30. 0. 264. 104PV 145. 5.29 0.173 119.8 0.37 0.005 92 91.269 77.852 13.417 94 123 68. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 95 91.267 78.556 12.711 104RN 124 194. 350. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.035 101 91.220 78.763 12.457 102RN 125 68. 120. 0. 138. 104PV 145. 2.76 0.090 119.8 0.11 0.010 98 91.442 79.315 12.127 100MH ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 15.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 64 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.107 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00005 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.419 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 12020. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 21400. In case of more than one existing pipes along a line, Equivalent Dia. is taken

SL NO. OF FARTHEST NODE = 76 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1438. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.18/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

Pg# 5. 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 15.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 21400.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 99 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 39 53 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 6663. 5178.59 43.35 224491.89 86.00 573018.00 8.30 55302.90 0.05 X SUPPLY COST 28650.90 14.00/13.20 PVC 106. 87.83 43.35 3807.61 139.00 14734.00 9.05 959.30 0.05 X SUPPLY COST 736.70 16.00/15.10 PVC 487. 420.96 43.35 18248.76 184.00 89608.00 11.60 5649.20 0.05 X SUPPLY COST 4480.40 20.00 AC 494. 474.24 43.35 20558.30 285.00 140790.00 13.10 6471.40 0.10 X SUPPLY COST 14079.00 30.00 AC 382. 446.94 43.35 19374.85 569.00 217358.00 23.50 8977.00 0.10 X SUPPLY COST 21735.80 40.00 AC 200. 280.00 43.35 12138.00 1103.00 220600.00 36.40 7280.00 0.10 X SUPPLY COST 22060.00 TOTAL = 8332. 6888.57 298619.41 1256108.00 84639.80 91742.80 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1731110. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR G DATE:�� (BHELUE/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 107.000 78.000 29.000 1FH 1 930. 0. 0. 62220. 400AC 140. 943.71 2.086 471.2 8.23 7.650 1 99.350 76.000 23.350 2 E 200 86. 93.29 0.825 2 162. 640. 0. 48812. 350AC 140. 483.01 1.394 485.0 4.56 0.740 2 98.611 76.000 22.611 3 E 400 67. 330.52 0.731 3 37. 145. 0. 40719. 350AC 140. 402.93 1.163 485.0 3.26 0.120 3 98.491 76.000 22.491 4 E 400 67. 275.72 0.609 4 51. 200. 0. 33081. 400AC 140. 401.39 0.887 512.9 1.69 0.085 4 98.404 75.000 23.404 5 E 350 74. 149.96 0.433 5 62. 245. 0. 29404. 400AC 140. 356.77 0.789 512.9 1.36 0.085 5 98.320 75.000 23.320 6 E 350 74. 133.29 0.385 6 51. 200. 0. 27947. 400AC 140. 339.10 0.750 512.9 1.24 0.065 6 98.257 75.000 23.257 7 E 350 74. 126.69 0.366 7 21. 85. 0. 26048. 400AC 140. 316.06 0.699 512.9 1.08 0.025 7 98.234 75.000 23.234 8 E 350 74. 118.08 0.341 8 22. 100. 0. 25239. 151PV 145. 74.11 1.150 336.5 7.97 0.175 8 98.059 75.000 23.059 9 E 350 74. 346.54 1.000 9 70. 275. 0. 23707. 132PV 145. 51.58 1.047 329.7 7.84 0.550 9 97.510 75.000 22.510 10 E 350 74. 343.53 0.992 10 74. 290. 0. 21607. 132PV 145. 47.01 0.954 329.7 6.60 0.490 10 97.022 75.000 22.022 11 E 350 74. 313.11 0.904 11 24. 95. 0. 21025. 104PV 145. 26.02 0.851 321.9 7.05 0.170 11 96.853 76.000 20.853 12 E 350 74. 324.39 0.937 12 67. 265. 0. 21669. 250AC 140. 249.57 1.412 327.0 6.91 0.465 12 96.389 76.000 20.389 13 E 250 63. 111.58 0.631 13 48. 190. 0. 21077. 250AC 140. 242.75 1.374 327.0 6.57 0.315 13 96.074 76.000 20.074 14 E 250 63. 108.53 0.614 14 46. 180. 0. 21095. 250AC 140. 242.96 1.375 327.0 6.58 0.305 14 95.772 76.000 19.772 15MH E 250 63. 108.63 0.615 15 68. 270. 0. 19564. 250AC 140. 225.33 1.275 327.0 5.72 0.390 15 95.383 75.000 20.383 16 E 250 63. 100.74 0.570

16 33. 130. 0. 18570. 250AC 140. 213.88 1.210 327.0 5.19 0.170 16 95.211 75.000 20.211 17 E 250 63. 95.62 0.541 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 17 37. 145. 0. 17998. 250AC 140. 207.28 1.173 327.0 4.90 0.180 17 95.030 76.000 19.030 18MH E 250 63. 92.68 0.524 18 79. 310. 0. 16918. 250AC 140. 194.85 1.103 327.0 4.37 0.345 18 94.685 75.000 19.685 19 E 250 63. 87.12 0.493 19 67. 265. 0. 9057. E 250 63. 150.94 0.854 209.2 12.10 0.810 19 93.874 77.000 16.874 20MH 20 45. 180. 0. 8297. 200AC 140. 109.41 0.967 248.5 4.45 0.200 20 93.674 74.000 19.674 21 E 150 79. 28.87 0.454 21 109. 430. 0. 3092. E 300 65. 51.53 0.203 254.3 0.64 0.070 21 93.604 74.000 19.604 22 22 37. 145. 0. 1460. 104PV 145. 24.33 0.795 119.8 6.22 0.230 22 93.374 74.000 19.374 23MH 23 54. 215. 0. 813. 104PV 145. 13.55 0.443 119.8 2.11 0.115 23 93.260 73.000 20.260 24 24 47. 185. 0. 394. 104PV 145. 6.57 0.215 119.8 0.55 0.025 24 93.234 74.000 19.234 25MH 25 68. 270. 0. 62. 104PV 145. 1.03 0.034 119.8 0.02 0.000 25 93.233 73.000 20.233 26 26 44. 175. 0. 2901. 200AC 140. 38.25 0.338 248.5 0.64 0.030 26 93.205 73.000 20.205 27 E 150 79. 10.09 0.159 27 134. 530. 0. 2048. E 150 79. 34.14 0.537 136.9 6.07 0.815 27 92.392 73.000 19.392 28 28 364. 1440. 0. 1063. E 125 79. 17.72 0.401 114.1 4.38 1.595 28 90.797 73.000 17.797 29 29 14. 55. 0. 2928. 132PV 145. 35.41 0.719 171.7 3.91 0.055 29 90.742 73.000 17.742 30 E 104 103. 13.38 0.437 30 17. 65. 0. 2733. 104PV 145. 26.68 0.872 146.8 7.38 0.125 30 90.617 73.000 17.617 31 E 104 103. 18.86 0.617 31 87. 345. 0. 2398. 104PV 145. 23.41 0.765 146.8 5.80 0.505 31 90.113 73.000 17.113 32 E 104 103. 16.55 0.541 32 75. 295. 0. 1013. E 104 103. 16.88 0.552 105.0 6.01 0.450 32 89.662 73.000 16.662 33 33 13. 50. 0. 735. E 104 103. 12.25 0.401 105.0 3.32 0.045 33 89.619 73.000 16.619 34 34 25. 100. 0. 355. E 104 103. 5.92 0.193 105.0 0.86 0.020 34 89.597 73.000 16.597 35 35 40. 160. 0. 80. E 104 103. 1.33 0.044 105.0 0.05 0.000 35 89.595 73.000 16.595 36RN 36 26. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 34 89.619 73.000 16.619 37RN

37 51. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 34 89.617 74.000 15.617 38RN 38 26. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 33 89.662 73.000 16.662 39RN 39 42. 165. 0. 633. 104PV 145. 10.54 0.345 119.8 1.32 0.055 32 90.057 73.000 17.057 40MH 40 61. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 40 90.053 71.000 19.053 41RN 41 79. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.010 40 90.049 71.000 19.049 42RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 42 88. 350. 0. 175. 104PV 145. 2.92 0.095 119.8 0.12 0.010 32 90.102 74.000 16.102 43RN 43 37. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 35 89.596 73.000 16.596 44RN 44 33. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 31 90.616 72.000 18.616 45RN 45 34. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 30 90.742 72.000 18.742 46RN 46 44. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 29 90.796 72.000 18.796 47RN 47 41. 160. 0. 420. 104PV 145. 7.00 0.229 119.8 0.62 0.025 27 93.180 73.000 20.180 48 48 42. 165. 0. 83. 104PV 145. 1.37 0.045 119.8 0.03 0.000 48 93.179 73.000 20.179 49RN 49 44. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 48 93.178 73.000 20.178 50RN 50 59. 235. 0. 13. 104PV 145. 0.22 0.007 119.8 0.00 0.000 51 93.234 74.000 19.234 25MH 51 23. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 51 93.234 74.000 19.234 52RN 52 46. 180. 0. 311. 104PV 145. 5.18 0.169 119.8 0.35 0.015 53 93.235 74.000 19.235 51 53 59. 235. 0. 203. 104PV 145. 3.38 0.111 119.8 0.16 0.010 24 93.251 73.000 20.251 53 54 119. 470. 0. 550. 104PV 145. 9.17 0.300 119.8 1.02 0.120 54 93.251 73.000 20.251 53 55 29. 115. 0. 6525. 151PV 145. 70.91 1.100 204.6 7.34 0.215 55 93.372 72.000 21.372 54 E 150 79. 37.83 0.595 56 69. 275. 0. 386. E 150 79. 6.43 0.101 136.9 0.28 0.020 22 93.585 73.000 20.585 55 57 61. 240. 0. 5562. 151PV 145. 60.45 0.938 204.6 5.46 0.335 54 93.039 71.000 22.039 56 E 150 79. 32.25 0.507 58 209. 825. 0. 4704. 132PV 145. 44.55 0.904 188.5 5.98 1.250 56 91.790 73.000 18.790 57 E 150 79. 33.85 0.532 59 41. 160. 0. 655. 104PV 145. 10.92 0.357 119.8 1.41 0.060 57 91.732 72.000 19.732 58

60 32. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 58 91.731 73.000 18.731 59RN 61 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 58 91.730 72.000 19.730 60RN 62 68. 270. 0. 135. E 104 103. 2.25 0.074 105.0 0.14 0.010 58 91.722 71.000 20.722 61RN 63 195. 770. 0. 3172. 104PV 145. 21.82 0.714 167.7 5.09 0.995 57 90.797 73.000 17.797 29 E 150 79. 31.04 0.488 64 82. 325. 0. 163. 104PV 145. 2.71 0.089 119.8 0.11 0.010 56 93.030 69.000 24.030 62RN 65 232. 915. 0. 6791. 200AC 140. 113.19 1.001 227.3 4.74 1.100 19 93.585 73.000 20.585 55 66 14. 55. 0. 3089. 200AC 140. 40.73 0.360 248.5 0.71 0.010 208 93.233 73.000 20.233 26 E 150 79. 10.75 0.169 67 64. 255. 0. 229. E 150 79. 3.81 0.060 136.9 0.10 0.005 63 93.260 73.000 20.260 24 68 45. 180. 0. 462. 104PV 145. 7.69 0.252 119.8 0.74 0.035 64 93.267 73.000 20.267 63 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 69 37. 145. 0. 624. 104PV 145. 10.40 0.340 119.8 1.29 0.050 65 93.300 74.000 19.300 64MH 70 42. 165. 0. 74. 104PV 145. 1.23 0.040 119.8 0.02 0.000 65 93.347 73.000 20.347 66 71 53. 210. 0. 3661. 200AC 140. 61.01 0.539 227.3 1.51 0.080 66 93.267 73.000 20.267 63 72 67. 265. 0. 334. 104PV 145. 5.56 0.182 119.8 0.40 0.025 23 93.347 73.000 20.347 66 73 72. 285. 0. 439. 104PV 145. 7.32 0.239 119.8 0.67 0.050 22 93.556 74.000 19.556 70MH 74 38. 150. 0. 3648. 132PV 145. 34.55 0.701 188.5 3.73 0.140 67 93.347 73.000 20.347 66 E 150 79. 26.25 0.413 75 13. 50. 0. 4346. 132PV 145. 41.17 0.836 188.5 5.16 0.065 70 93.489 73.000 20.489 67 E 150 79. 31.28 0.492 76 43. 170. 0. 513. 104PV 145. 8.55 0.280 119.8 0.90 0.040 67 93.450 74.000 19.450 68 77 38. 150. 0. 928. 104PV 145. 15.46 0.506 119.8 2.69 0.100 68 93.348 74.000 19.348 65 78 63. 250. 0. 125. 104PV 145. 2.08 0.068 119.8 0.07 0.005 68 93.446 74.000 19.446 69RN 79 43. 170. 0. 910. 104PV 145. 15.16 0.496 119.8 2.59 0.110 72 93.450 74.000 19.450 68 80 46. 180. 0. 420. 104PV 145. 7.00 0.229 119.8 0.62 0.030 71 93.562 75.000 18.562 72MH 81 28. 110. 0. 4130. 200AC 140. 54.46 0.482 248.5 1.22 0.035 71 93.556 74.000 19.556 70MH E 150 79. 14.37 0.226 82 52. 205. 0. 4797. 200AC 140. 63.26 0.559 248.5 1.61 0.085 21 93.590 74.000 19.590 71

E 150 79. 16.69 0.262 83 84. 330. 0. 830. 104PV 145. 13.83 0.452 119.8 2.19 0.185 73 93.562 75.000 18.562 72MH 84 52. 205. 0. 435. E 100 79. 7.25 0.256 91.3 2.48 0.130 20 93.745 75.000 18.745 73 85 47. 185. 0. 755. E 100 79. 12.58 0.445 91.3 6.89 0.325 74 93.745 75.000 18.745 73 86 76. 300. 0. 997. 104PV 145. 16.62 0.543 119.8 3.07 0.235 75 94.069 75.000 19.069 74 87 24. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 75 94.302 75.000 19.302 76RN 88 62. 245. 0. 1365. 104PV 145. 22.74 0.744 119.8 5.50 0.340 78 94.303 75.000 19.303 75 89 31. 120. 0. 1652. 104PV 145. 27.54 0.900 119.8 7.83 0.245 77 94.643 75.000 19.643 78 90 26. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 78 94.643 75.000 19.643 79RN 91 65. 255. 0. 1402. 104PV 145. 23.37 0.764 119.8 5.78 0.375 80 94.886 75.000 19.886 77 92 105. 415. 0. 645. 104PV 145. 10.75 0.351 119.8 1.37 0.145 18 94.886 75.000 19.886 77 93 105. 415. 0. 587. 104PV 145. 9.78 0.320 119.8 1.15 0.120 16 95.262 75.000 20.262 80 94 135. 535. 0. 642. 104PV 145. 10.70 0.350 119.8 1.36 0.185 82 95.262 75.000 20.262 80 95 67. 265. 0. 908. 104PV 145. 15.14 0.495 119.8 2.59 0.175 81 95.262 75.000 20.262 80 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 96 65. 255. 0. 202. 104PV 145. 3.37 0.110 119.8 0.16 0.010 82 95.435 75.000 20.435 81 97 86. 340. 0. 1136. 104PV 145. 18.94 0.619 119.8 3.91 0.335 15 95.435 75.000 20.435 81 98 110. 435. 0. 1457. 104PV 145. 24.28 0.794 119.8 6.20 0.680 83 95.446 75.000 20.446 82 99 32. 125. 0. 566. 104PV 145. 9.44 0.309 119.8 1.08 0.035 83 96.094 77.000 19.094 84 100 54. 215. 0. 311. 104PV 145. 5.19 0.170 119.8 0.36 0.020 84 96.074 76.000 20.074 14 101 21. 85. 0. 43. 104PV 145. 0.71 0.023 119.8 0.01 0.000 84 96.093 77.000 19.093 85RN 102 26. 105. 0. 2356. 104PV 145. 39.26 1.284 119.8 15.11 0.395 86 96.128 77.000 19.128 83 103 21. 85. 0. 1568. 104PV 145. 26.14 0.855 119.8 7.11 0.150 87 96.521 76.000 20.521 86 104 76. 300. 0. 773. 104PV 145. 12.89 0.421 119.8 1.92 0.145 88 96.670 76.000 20.670 87 105 42. 165. 0. 1006. 104PV 145. 16.76 0.548 119.8 3.12 0.130 89 96.816 75.000 21.816 88 106 14. 55. 0. 4116. 200AC 140. 68.59 0.606 227.3 1.87 0.025 209 97.077 75.000 22.077 212

107 20. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 209 97.103 75.000 22.103 211RN 108 63. 250. 0. 4348. 200AC 140. 72.47 0.641 227.3 2.08 0.130 210 97.103 75.000 22.103 209 109 64. 255. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 210 97.233 75.000 22.233 93 110 84. 330. 0. 1210. 104PV 145. 20.16 0.659 119.8 4.40 0.370 93 96.864 76.000 20.864 92 111 25. 100. 0. 1457. E 125 79. 24.29 0.550 114.1 7.86 0.195 90 96.864 76.000 20.864 91 112 32. 125. 0. 77. E 250 63. 1.29 0.007 209.2 0.00 0.000 91 96.864 76.000 20.864 92 113 97. 385. 0. 1075. 104PV 145. 17.92 0.586 119.8 3.53 0.345 91 96.521 76.000 20.521 86 114 94. 370. 0. 1172. 104PV 145. 19.54 0.639 119.8 4.15 0.390 90 96.670 76.000 20.670 87 115 60. 235. 0. 942. E 250 63. 15.70 0.089 209.2 0.18 0.010 92 96.853 76.000 20.853 12 116 30. 120. 0. 4716. 200AC 140. 78.60 0.695 227.3 2.41 0.070 94 97.234 75.000 22.234 210 117 10. 40. 0. 20. 104PV 145. 0.33 0.011 119.8 0.00 0.000 94 97.306 75.000 22.306 95RN 118 41. 160. 0. 1527. 104PV 145. 25.45 0.832 119.8 6.77 0.275 10 97.233 75.000 22.233 93 119 60. 235. 0. 4933. 151PV 145. 64.99 1.008 190.2 6.25 0.375 96 97.306 75.000 22.306 94 E 104 103. 17.23 0.564 120 63. 250. 0. 865. E 104 103. 14.41 0.471 105.0 4.48 0.285 97 97.681 76.000 21.681 96MH 121 29. 115. 0. 58. 104PV 145. 0.96 0.031 119.8 0.02 0.000 97 97.963 75.000 22.963 98RN 122 13. 50. 0. 1130. E 104 103. 18.83 0.616 105.0 7.36 0.095 9 97.964 75.000 22.964 97 123 78. 310. 0. 1601. 104PV 145. 26.68 0.873 119.8 7.39 0.575 7 97.681 76.000 21.681 96MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 124 142. 560. 0. 3145. 151PV 145. 52.42 0.813 173.9 4.20 0.595 99 97.681 76.000 21.681 96MH 125 33. 130. 0. 3010. 151PV 145. 50.17 0.778 173.9 3.87 0.130 5 98.277 75.000 23.277 99 126 60. 235. 0. 597. 104PV 145. 9.95 0.325 119.8 1.19 0.070 100 98.277 75.000 23.277 99 127 72. 285. 0. 143. 104PV 145. 2.37 0.078 119.8 0.08 0.005 100 98.342 75.000 23.342 101RN 128 40. 160. 0. 1080. 104PV 145. 17.99 0.588 119.8 3.56 0.140 4 98.348 75.000 23.348 100 129 88. 350. 0. 7525. E 250 63. 125.42 0.710 209.2 8.58 0.755 3 97.856 77.000 20.856 102 130 51. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 102 97.854 77.000 20.854 103RN

131 33. 130. 0. 7085. E 250 63. 118.09 0.668 209.2 7.68 0.255 102 97.603 78.000 19.603 104 132 23. 90. 0. 4578. E 250 63. 76.30 0.432 209.2 3.42 0.080 105 97.177 78.000 19.177 106 133 22. 85. 0. 4676. E 250 63. 77.94 0.441 209.2 3.56 0.080 106 97.099 78.000 19.099 107 134 20. 80. 0. 4213. E 250 63. 70.22 0.397 209.2 2.93 0.060 107 97.040 78.000 19.040 108 135 117. 460. 0. 2753. E 250 63. 45.89 0.260 209.2 1.33 0.155 108 96.884 79.000 17.884 109 136 68. 270. 0. 6265. E 250 63. 104.42 0.591 209.2 6.11 0.415 109 96.468 79.000 17.468 110 137 20. 80. 0. 5875. E 250 63. 97.92 0.554 209.2 5.43 0.110 110 96.360 79.000 17.360 111 138 124. 490. 0. 5090. E 250 63. 84.83 0.480 209.2 4.16 0.515 111 95.844 78.000 17.844 112 139 132. 520. 0. 4315. E 250 63. 71.92 0.407 209.2 3.06 0.405 112 95.439 77.000 18.439 113 140 46. 180. 0. 2755. E 250 63. 45.92 0.260 209.2 1.34 0.060 113 95.378 77.000 18.378 114 141 45. 180. 0. 2000. E 250 63. 33.33 0.189 209.2 0.74 0.035 114 95.345 77.000 18.345 115MH 142 32. 125. 0. 1608. E 250 63. 26.79 0.152 209.2 0.49 0.015 115 95.329 76.000 19.329 116 143 35. 140. 0. 1155. E 250 63. 19.25 0.109 209.2 0.27 0.010 116 95.320 76.000 19.320 117 144 52. 205. 0. 6567. E 250 63. 109.45 0.619 209.2 6.67 0.345 104 97.256 78.000 19.256 105 145 101. 400. 0. 12888. 250AC 140. 214.80 1.215 284.1 5.24 0.530 2 98.821 76.000 22.821 119 146 37. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 119 98.820 76.000 22.820 120RN 147 25. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 119 98.821 76.000 22.821 121RN 148 57. 225. 0. 12331. 250AC 140. 205.51 1.163 284.1 4.82 0.275 119 98.546 76.000 22.546 122 149 117. 460. 0. 230. 104PV 145. 3.83 0.125 119.8 0.20 0.025 122 98.522 76.000 22.522 123RN 150 12. 45. 0. 11736. 250AC 140. 195.59 1.107 284.1 4.40 0.055 122 98.493 76.000 22.493 124 151 28. 110. 0. 10582. 250AC 140. 176.36 0.998 284.1 3.63 0.100 124 98.392 77.000 21.392 125 152 27. 105. 0. 565. 104PV 145. 9.42 0.308 119.8 1.07 0.030 125 98.363 77.000 21.363 126 153 43. 170. 0. 991. 104PV 145. 16.52 0.540 119.8 3.04 0.130 124 98.363 77.000 21.363 126 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 154 62. 245. 0. 1297. 104PV 145. 21.61 0.707 119.8 5.00 0.310 126 98.053 78.000 20.053 127 155 43. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 125 98.390 77.000 21.390 128RN

156 34. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 129 97.081 78.000 19.081 130RN 157 41. 160. 0. 239. 104PV 145. 3.99 0.131 119.8 0.22 0.010 129 97.073 78.000 19.073 140 158 47. 185. 0. 439. 104PV 145. 7.31 0.239 119.8 0.67 0.030 140 97.042 78.000 19.042 141 159 26. 105. 0. 53. 104PV 145. 0.87 0.029 119.8 0.01 0.000 141 97.041 78.000 19.041 142RN 160 94. 370. 0. 56. 104PV 145. 0.94 0.031 119.8 0.02 0.000 141 97.040 78.000 19.040 108 161 54. 215. 0. 273. 104PV 145. 4.55 0.149 119.8 0.28 0.015 107 97.084 78.000 19.084 143 162 37. 145. 0. 349. 104PV 145. 5.81 0.190 119.8 0.44 0.015 144 97.084 78.000 19.084 143 163 46. 180. 0. 1051. 104PV 145. 17.51 0.573 119.8 3.39 0.155 105 97.100 78.000 19.100 144 164 18. 70. 0. 407. 104PV 145. 6.78 0.222 119.8 0.58 0.010 143 97.073 78.000 19.073 140 165 21. 85. 0. 497. 104PV 145. 8.28 0.271 119.8 0.85 0.020 144 97.082 78.000 19.082 129 166 94. 370. 0. 185. 104PV 145. 3.08 0.101 119.8 0.14 0.015 131 98.184 78.000 20.184 132RN 167 34. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 133 98.106 78.000 20.106 134RN 168 31. 120. 0. 7918. 200AC 140. 131.96 1.167 227.3 6.30 0.195 125 98.196 77.000 21.196 131 169 16. 65. 0. 7455. 200AC 140. 124.25 1.099 227.3 5.63 0.090 131 98.106 77.000 21.106 133 170 21. 85. 0. 7245. 200AC 140. 120.75 1.068 227.3 5.34 0.110 133 97.994 78.000 19.994 135 171 145. 575. 0. 719. 104PV 145. 11.99 0.392 119.8 1.68 0.245 135 97.751 78.000 19.751 136 172 51. 200. 0. 996. E 250 63. 16.60 0.094 209.2 0.20 0.010 136 97.740 79.000 18.740 137 173 66. 260. 0. 6066. 200AC 140. 101.10 0.894 227.3 3.84 0.255 135 97.740 79.000 18.740 137 174 144. 570. 0. 6172. E 250 63. 102.86 0.582 209.2 5.95 0.855 137 96.884 79.000 17.884 109 175 95. 375. 0. 188. 104PV 145. 3.12 0.102 119.8 0.14 0.015 137 97.727 79.000 18.727 138RN 176 27. 105. 0. 717. E 250 63. 11.95 0.068 209.2 0.11 0.005 139 97.751 78.000 19.751 136 177 102. 405. 0. 972. 104PV 145. 16.20 0.530 119.8 2.93 0.300 127 97.754 78.000 19.754 139 178 65. 255. 0. 128. 104PV 145. 2.12 0.069 119.8 0.07 0.005 111 96.356 79.000 17.356 145RN 179 68. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 112 95.839 79.000 16.839 146RN 180 232. 915. 0. 458. E 250 63. 7.63 0.043 209.2 0.05 0.010 113 95.428 77.000 18.428 147RN

181 78. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.010 114 95.370 77.000 18.370 148RN 182 81. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.010 116 95.321 77.000 18.321 149RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 183 97. 385. 0. 193. 104PV 145. 3.21 0.105 119.8 0.15 0.015 117 95.306 75.000 20.306 150RN 184 61. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 115 95.341 76.000 19.341 151RN 185 67. 265. 0. 133. 104PV 145. 2.21 0.072 119.8 0.07 0.005 114 95.373 77.000 18.373 152RN 186 75. 295. 0. 148. 104PV 145. 2.46 0.080 119.8 0.09 0.005 113 95.433 77.000 18.433 153RN 187 62. 245. 0. 123. 104PV 145. 2.04 0.067 119.8 0.06 0.005 111 96.356 79.000 17.356 154RN 188 54. 215. 0. 108. 104PV 145. 1.79 0.059 119.8 0.05 0.005 110 96.466 79.000 17.466 155RN 189 52. 205. 0. 1908. E 350 74. 31.79 0.092 312.6 0.10 0.005 109 96.879 78.000 18.879 156 190 31. 120. 0. 464. E 125 79. 7.73 0.175 114.1 0.94 0.030 156 96.850 78.000 18.850 157MH 191 63. 250. 0. 156. 104PV 145. 2.60 0.085 119.8 0.10 0.005 158 96.850 78.000 18.850 157MH 192 108. 425. 0. 222. E 125 79. 3.71 0.084 114.1 0.24 0.025 157 96.824 77.000 19.824 159RN 193 69. 275. 0. 924. 104PV 145. 15.39 0.503 119.8 2.67 0.185 108 96.856 78.000 18.856 158 194 120. 475. 0. 268. 104PV 145. 4.46 0.146 119.8 0.27 0.030 158 96.824 77.000 19.824 160 195 35. 140. 0. 256. E 125 79. 4.26 0.096 114.1 0.31 0.010 161 97.177 78.000 19.177 106 196 22. 85. 0. 64. E 125 79. 1.07 0.024 114.1 0.02 0.000 161 97.187 77.000 20.187 162 197 22. 85. 0. 332. E 125 79. 5.53 0.125 114.1 0.51 0.010 162 97.176 77.000 20.176 163 198 40. 160. 0. 565. E 125 79. 9.41 0.213 114.1 1.36 0.055 163 97.122 77.000 20.122 164MH 199 47. 185. 0. 1676. 104PV 145. 14.86 0.486 152.3 2.50 0.115 164 97.005 76.000 21.005 165 E 125 79. 13.08 0.296 200 31. 120. 0. 1209. E 125 79. 20.15 0.456 114.1 5.56 0.170 165 96.832 76.000 20.832 166 201 62. 245. 0. 123. E 125 79. 2.04 0.046 114.1 0.08 0.005 166 96.827 76.000 20.827 167RN 202 150. 595. 0. 298. 104PV 145. 4.96 0.162 119.8 0.33 0.050 166 96.783 75.000 21.783 168RN 203 34. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 165 97.004 76.000 21.004 169RN 204 31. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 163 97.176 77.000 20.176 170RN

205 33. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 162 97.187 77.000 20.187 171RN 206 37. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 161 97.187 78.000 19.187 172RN 207 38. 150. 0. 626. 104PV 145. 10.43 0.341 119.8 1.30 0.050 105 97.206 77.000 20.206 173 208 15. 60. 0. 607. 104PV 145. 10.12 0.331 119.8 1.23 0.020 173 97.188 77.000 20.188 161 209 38. 150. 0. 161. 104PV 145. 2.68 0.088 119.8 0.10 0.005 174 97.206 77.000 20.206 173 210 24. 95. 0. 530. 104PV 145. 8.84 0.289 119.8 0.95 0.025 174 97.187 77.000 20.187 162 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 211 25. 100. 0. 864. 104PV 145. 14.40 0.471 119.8 2.36 0.060 175 97.210 77.000 20.210 174 212 33. 130. 0. 779. 104PV 145. 12.98 0.425 119.8 1.95 0.065 176 97.269 77.000 20.269 175 213 29. 115. 0. 257. 104PV 145. 4.29 0.140 119.8 0.25 0.005 177 97.269 77.000 20.269 175 214 35. 140. 0. 623. E 125 79. 10.38 0.235 114.1 1.63 0.055 176 97.277 77.000 20.277 177 215 29. 115. 0. 1594. E 125 79. 26.57 0.601 114.1 9.28 0.270 104 97.333 77.000 20.333 176 216 19. 75. 0. 201. E 125 79. 3.34 0.076 114.1 0.20 0.005 177 97.273 77.000 20.273 178 217 75. 295. 0. 623. 104PV 145. 10.38 0.339 119.8 1.29 0.095 178 97.176 77.000 20.176 163 218 36. 140. 0. 117. E 125 79. 1.94 0.044 114.1 0.07 0.005 178 97.270 76.000 21.270 179 219 78. 310. 0. 1439. 132PV 145. 23.99 0.487 152.0 1.90 0.150 179 97.122 77.000 20.122 164MH 220 52. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.000 179 97.268 76.000 21.268 180RN 221 39. 155. 0. 326. 104PV 145. 5.43 0.177 119.8 0.39 0.015 181 97.312 76.000 21.312 182 222 20. 80. 0. 1793. 132PV 145. 29.88 0.606 152.0 2.85 0.055 181 97.270 76.000 21.270 179 223 18. 70. 0. 829. 104PV 145. 13.82 0.452 119.8 2.18 0.040 182 97.273 77.000 20.273 178 224 34. 135. 0. 683. 104PV 145. 11.39 0.372 119.8 1.53 0.050 183 97.312 76.000 21.312 182 225 24. 95. 0. 798. 104PV 145. 13.30 0.435 119.8 2.04 0.050 184 97.364 76.000 21.364 183 226 40. 160. 0. 926. 104PV 145. 15.43 0.505 119.8 2.68 0.105 185 97.413 76.000 21.413 184 227 42. 165. 0. 2318. 132PV 145. 38.64 0.784 152.0 4.59 0.195 185 97.327 76.000 21.327 181 228 94. 370. 0. 3591. 132PV 145. 59.86 1.215 152.0 10.33 0.970 4 97.520 76.000 21.520 185

229 37. 145. 0. 2457. 151PV 145. 40.95 0.635 173.9 2.66 0.100 4 98.392 75.000 23.392 186 230 34. 135. 0. 312. 104PV 145. 5.19 0.170 119.8 0.36 0.010 5 98.392 75.000 23.392 186 231 31. 120. 0. 1338. 104PV 145. 22.30 0.729 119.8 5.30 0.165 186 98.228 74.000 24.228 188 232 42. 165. 0. 1148. 104PV 145. 19.14 0.626 119.8 3.99 0.170 186 98.225 75.000 23.225 187 233 21. 85. 0. 444. 104PV 145. 7.40 0.242 119.8 0.69 0.015 187 98.210 75.000 23.210 189MH 234 45. 180. 0. 330. 104PV 145. 5.50 0.180 119.8 0.40 0.020 188 98.210 75.000 23.210 189MH 235 31. 120. 0. 798. 104PV 145. 13.30 0.435 119.8 2.03 0.065 188 98.165 74.000 24.165 190MH 236 193. 765. 0. 383. 104PV 145. 6.37 0.208 119.8 0.52 0.100 190 98.064 73.000 25.064 191RN 237 55. 215. 0. 135. 104PV 145. 2.25 0.073 119.8 0.08 0.005 192 98.165 74.000 24.165 190MH 238 38. 150. 0. 567. 104PV 145. 9.45 0.309 119.8 1.08 0.040 189 98.169 74.000 24.169 192 239 12. 45. 0. 227. 104PV 145. 3.78 0.124 119.8 0.20 0.000 192 98.167 74.000 24.167 193 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 240 57. 225. 0. 316. 104PV 145. 5.26 0.172 119.8 0.37 0.020 205 98.167 74.000 24.167 193 241 45. 180. 0. 489. 104PV 145. 8.15 0.267 119.8 0.82 0.035 187 98.188 77.000 21.188 205MH 242 32. 125. 0. 1172. 104PV 145. 19.53 0.639 119.8 4.14 0.135 6 98.188 77.000 21.188 205MH 243 62. 245. 0. 285. 104PV 145. 4.76 0.156 119.8 0.30 0.020 193 98.148 74.000 24.148 194 244 84. 330. 0. 552. 104PV 145. 9.20 0.301 119.8 1.03 0.085 8 98.148 74.000 24.148 194 245 139. 550. 0. 275. 104PV 145. 4.58 0.150 119.8 0.28 0.040 194 98.109 73.000 25.109 195RN 246 48. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.000 9 98.057 74.000 24.057 196RN 247 53. 210. 0. 105. E 200 86. 1.75 0.015 188.6 0.01 0.000 10 97.510 74.000 23.510 197RN 248 99. 390. 0. 195. E 104 103. 3.25 0.106 105.0 0.28 0.030 11 96.994 75.000 21.994 198RN 249 92. 365. 0. 183. 104PV 145. 3.04 0.099 119.8 0.13 0.010 13 96.377 75.000 21.377 199RN 250 110. 435. 0. 218. E 125 79. 3.63 0.082 114.1 0.23 0.025 17 95.186 75.000 20.186 200RN 251 82. 325. 0. 163. E 125 79. 2.71 0.061 114.1 0.14 0.010 19 94.674 75.000 19.674 201RN 252 61. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 22 93.601 74.000 19.601 202RN

253 43. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 208 93.242 74.000 19.242 203RN 254 46. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 207 93.249 73.000 20.249 204RN 255 190. 750. 0. 906. E 350 74. 15.10 0.044 312.6 0.02 0.005 156 96.875 77.000 19.875 214 256 108. 425. 0. 319. E 125 79. 5.31 0.120 114.1 0.47 0.050 214 96.824 77.000 19.824 159RN 257 273. 1080. 0. 540. E 300 65. 9.00 0.035 254.3 0.03 0.005 205 98.181 76.000 22.181 206RN 258 9. 35. 0. 3304. 200AC 140. 43.57 0.385 248.5 0.81 0.005 207 93.243 73.000 20.243 208 E 150 79. 11.49 0.181 259 18. 70. 0. 3536. 200AC 140. 46.63 0.412 248.5 0.92 0.015 63 93.251 73.000 20.251 207 E 150 79. 12.30 0.193 260 8. 30. 0. 2880. 151PV 145. 36.08 0.560 193.8 2.10 0.015 212 97.060 75.000 22.060 90 E 125 79. 11.92 0.270 261 26. 105. 0. 1141. E 125 79. 19.01 0.430 114.1 4.99 0.130 212 96.947 75.000 21.947 89 262 65. 255. 0. 11. 104PV 145. 0.19 0.006 119.8 0.00 0.000 160 96.824 77.000 19.824 159RN 263 116. 460. 0. 1531. 104PV 145. 25.52 0.834 119.8 6.80 0.790 125 97.603 78.000 19.603 104 264 50. 200. 0. 209. 104PV 145. 3.48 0.114 119.8 0.17 0.010 166 96.824 77.000 19.824 160 265 46. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 165 97.003 77.000 20.003 213RN 266 177. 700. 0. 350. E 250 63. 5.83 0.033 209.2 0.03 0.005 117 95.315 76.000 19.315 118RN 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 38 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 15.617 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00079 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 10.000 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 16679. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 62220. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 36 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2879. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 6.05/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 62220.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES

POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 12 20 29 51 83 96 104 109 115 164 205 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 62 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 8738. 6791.31 43.35 294403.44 86.00 751468.00 8.30 72525.40 0.05 X SUPPLY COST 37573.40 14.00/13.20 PVC 652. 540.26 43.35 23420.39 139.00 90628.00 9.05 5900.60 0.05 X SUPPLY COST 4531.40 16.00/15.10 PVC 392. 338.85 43.35 14688.94 184.00 72128.00 11.60 4547.20 0.05 X SUPPLY COST 3606.40 20.00 AC 736. 706.56 43.35 30629.38 285.00 209760.00 13.10 9641.60 0.10 X SUPPLY COST 20976.00 25.00 AC 576. 612.00 43.35 26530.20 394.00 226944.00 17.05 9820.80 0.10 X SUPPLY COST 22694.40 35.00 AC 199. 255.22 43.35 11063.68 802.00 159598.00 29.95 5960.05 0.10 X SUPPLY COST 15959.80 40.00 AC 1115. 1561.00 43.35 67669.34 1103.00 1229845.00 36.40 40586.00 0.10 X SUPPLY COST 122984.50 TOTAL = 12408. 10805.20 468405.38 2740371.00 148981.66 228325.91 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3586084. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR F DATE:�� (BHELUF/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106.700 77.700 29.000 1FH 1 1125. 0. 0. 80271. 500AC 140. 1337.85 1.893 568.2 5.30 5.955 1 100.743 77.493 23.250 2 2 42. 210. 0. 79246. 400AC 140. 793.01 1.753 551.9 5.96 0.250 2 100.493 77.404 23.089 3 E 450 68. 527.75 0.922 3 23. 110. 0. 78886. 400AC 140. 789.41 1.745 551.9 5.91 0.135 3 100.357 77.310 23.047 4 E 450 68. 525.36 0.918 4 22. 110. 0. 76866. 400AC 140. 769.20 1.700 551.9 5.63 0.125 4 100.233 77.258 22.975 5 E 450 68. 511.90 0.894 5 48. 230. 0. 76426. 400AC 140. 764.79 1.691 551.9 5.57 0.270 5 99.965 77.196 22.769 6 E 450 68. 508.97 0.889 6 26. 130. 0. 65168. 400AC 140. 652.13 1.441 551.9 4.15 0.110 6 99.857 77.030 22.827 7 E 450 68. 434.00 0.758 7 19. 90. 0. 62105. 400AC 140. 621.48 1.374 551.9 3.80 0.070 7 99.785 77.031 22.754 8 E 450 68. 413.60 0.722 8 28. 140. 0. 61810. 400AC 140. 618.53 1.367 551.9 3.76 0.105 8 99.680 76.952 22.728 9 E 450 68. 411.63 0.719 9 31. 150. 0. 61435. 400AC 140. 614.78 1.359 551.9 3.72 0.115 9 99.565 76.845 22.720 10 E 450 68. 409.14 0.715 10 29. 140. 0. 59366. 400AC 140. 594.08 1.313 551.9 3.49 0.100 10 99.463 76.769 22.694 11 E 450 68. 395.36 0.690 11 47. 230. 0. 56853. 400AC 140. 568.93 1.258 551.9 3.22 0.150 11 99.312 76.685 22.627 12 E 450 68. 378.63 0.661 12 40. 200. 0. 54448. 400AC 140. 544.85 1.204 551.9 2.97 0.120 12 99.193 76.519 22.674 13 E 450 68. 362.60 0.633 13 37. 180. 0. 2578. E 150 79. 42.96 0.675 136.9 9.29 0.345 13 98.849 76.793 22.056 14 14 67. 330. 0. 2277. E 150 79. 37.96 0.597 136.9 7.39 0.495 14 98.354 77.110 21.244 15 15 24. 120. 0. 3131. E 150 79. 52.19 0.820 136.9 13.32 0.320 15 98.034 77.011 21.023 16 16 16. 80. 0. 2584. E 150 79. 43.06 0.677 136.9 9.34 0.150 16 97.885 77.101 20.784 17

17 15. 70. 0. 2471. E 150 79. 41.18 0.647 136.9 8.59 0.130 17 97.756 77.098 20.658 18 18 14. 70. 0. 3435. 104PV 145. 57.26 1.872 119.8 30.38 0.425 18 97.331 77.013 20.318 19 19 26. 130. 0. 2265. E 150 79. 37.76 0.593 136.9 7.32 0.190 19 97.140 77.053 20.087 20 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 20 32. 160. 0. 3300. E 150 79. 55.00 0.865 136.9 14.69 0.470 20 96.670 77.144 19.526 21 21 26. 130. 0. 2935. E 150 79. 48.92 0.769 136.9 11.82 0.305 21 96.363 77.121 19.242 22 22 28. 140. 0. 2540. E 150 79. 42.33 0.665 136.9 9.04 0.255 22 96.110 77.352 18.758 23 23 29. 140. 0. 70. E 150 79. 1.17 0.018 136.9 0.01 0.000 23 96.110 77.608 18.502 24RN 24 53. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 22 96.359 77.340 19.019 25RN 25 45. 220. 0. 110. 104PV 145. 1.83 0.060 119.8 0.05 0.000 21 96.668 77.260 19.408 26RN 26 45. 220. 0. 1290. 104PV 145. 21.49 0.703 119.8 4.95 0.225 27 97.140 77.053 20.087 20 27 23. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 27 97.363 77.431 19.932 28RN 28 44. 220. 0. 110. 104PV 145. 1.83 0.060 119.8 0.05 0.000 19 97.328 77.113 20.215 29RN 29 61. 300. 0. 1185. 104PV 145. 19.74 0.646 119.8 4.23 0.260 30 97.756 77.098 20.658 18 30 25. 120. 0. 1247. 104PV 145. 20.79 0.680 119.8 4.65 0.115 31 98.014 77.863 20.151 30MH 31 15. 70. 0. 1304. 104PV 145. 21.73 0.711 119.8 5.05 0.075 32 98.354 77.110 21.244 15 32 30. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 32 98.429 77.624 20.805 33RN 33 66. 320. 0. 1649. 104PV 145. 27.48 0.899 119.8 7.80 0.515 34 98.430 77.088 21.342 32 34 44. 220. 0. 1073. 104PV 145. 17.88 0.585 119.8 3.52 0.155 35 98.945 76.771 22.174 34 35 50. 240. 0. 605. 104PV 145. 10.08 0.330 119.8 1.22 0.060 35 99.039 76.985 22.054 36 36 35. 170. 0. 400. 104PV 145. 6.67 0.218 119.8 0.57 0.020 36 99.019 77.347 21.672 37 37 16. 80. 0. 1599. 104PV 145. 26.64 0.871 119.8 7.37 0.120 37 98.901 77.697 21.204 38 38 30. 150. 0. 1903. 104PV 145. 31.72 1.037 119.8 10.17 0.305 39 98.901 77.697 21.204 38 39 68. 330. 0. 1088. 104PV 145. 18.14 0.593 119.8 3.61 0.245 40 99.206 77.890 21.316 39 40 70. 340. 0. 1225. 104PV 145. 20.41 0.668 119.8 4.50 0.315 41 99.206 77.890 21.316 39

41 34. 170. 0. 2803. 132PV 145. 46.72 0.948 152.0 6.53 0.220 89 99.521 77.858 21.663 41 42 60. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 89 99.738 77.635 22.103 42RN 43 66. 320. 0. 10158. 250AC 140. 169.30 0.958 284.1 3.37 0.220 6 99.743 77.518 22.225 89 44 36. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 8 99.784 77.215 22.569 44RN 45 47. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 9 99.677 77.102 22.575 43RN 46 81. 400. 0. 1524. 104PV 145. 25.39 0.830 119.8 6.74 0.545 10 99.019 77.347 21.672 37 47 33. 160. 0. 1988. 104PV 145. 33.13 1.083 119.8 11.03 0.365 11 99.099 76.853 22.246 35 48 90. 440. 0. 1730. 104PV 145. 28.83 0.943 119.8 8.52 0.765 31 97.363 77.215 20.148 27 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 49 135. 660. 0. 2000. 104PV 145. 33.33 1.090 119.8 11.15 1.505 23 94.604 77.969 16.635 51 50 128. 630. 0. 795. 104PV 145. 13.25 0.433 119.8 2.02 0.260 51 94.345 77.802 16.543 52 51 10. 50. 0. 145. E 200 79. 2.42 0.021 182.6 0.01 0.000 52 94.345 77.791 16.554 53 52 25. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 53 94.345 77.852 16.493 54RN 53 63. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.005 52 94.339 77.915 16.424 55RN 54 114. 560. 0. 280. 104PV 145. 4.67 0.153 119.8 0.29 0.035 51 94.571 78.258 16.313 56RN 55 56. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 5 100.229 77.339 22.890 45RN 56 85. 420. 0. 1340. E 104 79. 22.33 0.730 95.0 16.47 1.400 4 98.957 78.105 20.852 46 57 39. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.000 46 98.955 78.460 20.495 47RN 58 12. 60. 0. 910. E 104 79. 15.17 0.496 95.0 8.04 0.095 46 98.860 78.203 20.657 244 59 99. 480. 0. 240. E 104 79. 4.00 0.131 95.0 0.68 0.065 244 98.793 78.269 20.524 50RN 60 18. 90. 0. 355. 104PV 145. 5.92 0.193 119.8 0.45 0.010 244 98.852 78.203 20.649 243 61 63. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.005 243 98.846 78.320 20.526 48RN 62 40. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 3 100.491 77.510 22.981 49RN 63 74. 360. 0. 180. E 85 79. 3.00 0.147 77.6 1.07 0.080 4 100.278 77.940 22.338 61RN 64 38. 190. 0. 825. E 85 79. 13.75 0.673 77.6 17.92 0.680 2 100.062 77.963 22.099 62

65 29. 140. 0. 70. E 85 79. 1.17 0.057 77.6 0.19 0.005 62 100.057 78.210 21.847 63RN 66 120. 590. 0. 295. E 85 79. 4.92 0.241 77.6 2.67 0.320 62 99.742 79.720 20.022 64RN 67 155. 760. 0. 380. E 100 79. 6.33 0.224 91.3 1.93 0.300 6 99.666 79.242 20.424 60RN 68 85. 420. 0. 2743. 104PV 145. 34.65 1.133 133.1 11.98 1.020 7 98.839 77.596 21.243 65 E 85 79. 11.07 0.542 69 108. 530. 0. 773. E 85 79. 12.88 0.630 77.6 15.87 1.715 65 97.124 77.476 19.648 66MH 70 23. 110. 0. 1440. E 85 79. 24.00 1.175 77.6 50.29 1.155 65 97.682 77.835 19.847 67 71 74. 360. 0. 517. E 85 79. 8.61 0.422 77.6 7.54 0.560 67 97.124 77.476 19.648 66MH 72 87. 430. 0. 474. E 85 79. 7.89 0.386 77.6 6.41 0.560 67 97.124 77.476 19.648 66MH 73 49. 240. 0. 473. 104PV 145. 7.88 0.258 119.8 0.77 0.040 66 97.087 77.362 19.725 69 74 105. 510. 0. 255. 104PV 145. 4.25 0.139 119.8 0.25 0.025 66 97.099 77.211 19.888 70RN 75 53. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 69 97.083 77.496 19.587 71RN 76 59. 290. 0. 52. 104PV 145. 0.87 0.028 119.8 0.01 0.000 72 97.087 77.362 19.725 69 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 77 69. 340. 0. 170. 104PV 145. 2.83 0.093 119.8 0.12 0.010 72 97.079 77.531 19.548 73RN 78 31. 150. 0. 612. E 85 79. 10.20 0.499 77.6 10.31 0.320 74 97.087 77.672 19.415 72MH 79 14. 70. 0. 842. E 85 79. 14.03 0.687 77.6 18.61 0.260 75 97.407 77.799 19.608 74 80 39. 190. 0. 1162. E 85 79. 19.37 0.948 77.6 33.79 1.320 68 97.668 77.790 19.878 75 81 25. 120. 0. 60. E 85 79. 1.00 0.049 77.6 0.14 0.005 74 97.404 78.010 19.394 76RN 82 38. 190. 0. 95. E 85 79. 1.58 0.078 77.6 0.33 0.010 75 97.655 77.990 19.665 77RN 83 16. 80. 0. 51905. 500AC 140. 771.98 1.092 593.4 1.91 0.030 13 99.162 76.710 22.452 78 E 300 65. 93.12 0.366 84 26. 130. 0. 1262. E 104 79. 21.04 0.688 95.0 14.75 0.385 78 98.779 76.810 21.969 79 85 98. 480. 0. 50298. 500AC 140. 748.07 1.058 593.4 1.80 0.175 78 98.986 77.061 21.925 68 E 300 65. 90.23 0.355 86 140. 680. 0. 473. E 104 79. 7.88 0.258 95.0 2.39 0.335 80 98.779 76.810 21.969 79 87 25. 120. 0. 637. E 104 79. 10.62 0.347 95.0 4.15 0.105 81 99.338 76.584 22.754 80

88 29. 140. 0. 2507. E 300 65. 41.79 0.164 254.3 0.43 0.015 81 99.430 76.505 22.925 83 89 17. 80. 0. 3314. E 300 65. 55.24 0.217 254.3 0.73 0.010 82 99.442 76.191 23.251 81 90 40. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 83 99.428 76.601 22.827 88RN 91 31. 150. 0. 2162. E 300 65. 36.04 0.142 254.3 0.33 0.010 83 99.419 76.495 22.924 84 92 82. 400. 0. 466. E 300 65. 7.76 0.031 254.3 0.02 0.000 84 99.193 76.519 22.674 13 93 27. 130. 0. 1357. E 104 79. 22.61 0.739 95.0 16.85 0.455 84 98.740 76.550 22.190 85 94 57. 280. 0. 770. 104PV 145. 12.84 0.420 119.8 1.91 0.110 14 98.740 76.718 22.022 86 95 47. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 87 98.722 76.773 21.949 90RN 96 27. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 87 98.724 76.775 21.949 93RN 97 39. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.000 15 98.352 77.700 20.652 230RN 98 42. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.000 91 98.206 76.768 21.438 92RN 99 107. 520. 0. 492. 104PV 145. 8.20 0.268 119.8 0.83 0.090 94 97.885 77.101 20.784 17 100 56. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 17 97.881 76.780 21.101 95RN 101 34. 170. 0. 765. 104PV 145. 12.75 0.417 119.8 1.88 0.065 19 97.267 77.183 20.084 96 102 57. 280. 0. 140. 104PV 145. 2.33 0.076 119.8 0.08 0.005 96 97.262 77.285 19.977 97RN 103 81. 400. 0. 200. 104PV 145. 3.33 0.109 119.8 0.16 0.015 96 97.254 77.302 19.952 98RN 104 34. 170. 0. 837. E 104 79. 13.95 0.456 95.0 6.89 0.235 91 97.974 76.765 21.209 94 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 105 38. 190. 0. 1227. E 104 79. 20.45 0.669 95.0 13.99 0.530 85 98.208 76.668 21.540 91 106 25. 120. 0. 420. 104PV 145. 7.00 0.229 119.8 0.62 0.015 86 98.725 77.780 20.945 87MH 107 25. 120. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 86 98.740 76.550 22.190 85 108 63. 310. 0. 6665. 200AC 140. 111.08 0.982 227.3 4.58 0.290 89 99.455 76.210 23.245 82 109 60. 290. 0. 3011. E 300 65. 50.18 0.197 254.3 0.61 0.035 82 99.418 76.014 23.404 107 110 27. 130. 0. 2163. E 300 65. 36.05 0.142 254.3 0.33 0.010 107 99.409 75.953 23.456 106 111 48. 230. 0. 1425. E 300 65. 23.75 0.093 254.3 0.15 0.005 106 99.402 75.687 23.715 105

112 65. 320. 0. 1150. E 150 79. 19.17 0.301 136.9 2.08 0.135 105 99.266 76.133 23.133 103 113 40. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 103 99.265 76.742 22.523 104RN 114 33. 160. 0. 710. E 150 79. 11.83 0.186 136.9 0.85 0.030 103 99.238 76.201 23.037 101 115 10. 50. 0. 195. E 150 79. 3.25 0.051 136.9 0.08 0.000 101 99.237 76.172 23.065 99 116 35. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 99 99.236 76.172 23.064 100RN 117 84. 410. 0. 205. 104PV 145. 3.42 0.112 119.8 0.16 0.015 101 99.224 76.531 22.693 102RN 118 37. 180. 0. 468. 104PV 145. 7.80 0.255 119.8 0.76 0.030 106 99.381 76.816 22.565 109MH 119 21. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 109 99.381 76.461 22.920 110RN 120 44. 220. 0. 528. 104PV 145. 8.80 0.288 119.8 0.95 0.040 107 99.376 76.694 22.682 108 121 27. 130. 0. 213. 104PV 145. 3.55 0.116 119.8 0.18 0.005 109 99.376 76.694 22.682 108 122 67. 330. 0. 401. 104PV 145. 6.68 0.218 119.8 0.57 0.040 108 99.338 76.584 22.754 80 123 273. 1330. 0. 665. E 100 79. 11.08 0.392 91.3 5.45 1.485 79 97.292 77.394 19.898 111RN 124 63. 310. 0. 48646. 350AC 140. 619.76 1.789 440.5 7.24 0.455 68 98.530 77.431 21.099 112 E 300 65. 191.00 0.751 125 52. 250. 0. 326. E 85 79. 5.43 0.266 77.6 3.21 0.165 113 97.770 78.712 19.058 114MH 126 64. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.005 114 97.764 77.531 20.233 115RN 127 70. 340. 0. 279. E 85 79. 4.65 0.228 77.6 2.41 0.170 116 97.770 78.712 19.058 114MH 128 51. 250. 0. 576. E 300 65. 9.60 0.038 254.3 0.03 0.000 116 97.937 78.000 19.937 113 129 21. 100. 0. 900. E 85 79. 15.00 0.734 77.6 21.05 0.440 116 97.496 78.010 19.486 117MH 130 79. 390. 0. 195. 104PV 145. 3.25 0.106 119.8 0.15 0.010 117 97.484 77.321 20.163 118RN 131 95. 460. 0. 230. E 85 79. 3.83 0.188 77.6 1.68 0.160 117 97.336 77.156 20.180 119RN 132 78. 380. 0. 2290. E 300 65. 38.17 0.150 254.3 0.37 0.030 120 97.938 77.936 20.002 116 133 70. 340. 0. 170. 104PV 145. 2.83 0.093 119.8 0.12 0.010 120 97.959 78.216 19.743 122RN 134 55. 270. 0. 135. E 85 79. 2.25 0.110 77.6 0.63 0.035 120 97.932 78.076 19.856 121RN 135 98. 480. 0. 3330. E 300 65. 55.50 0.218 254.3 0.73 0.070 123 97.967 78.375 19.592 120MH 136 29. 140. 0. 523. 104PV 145. 8.71 0.285 119.8 0.93 0.025 123 98.012 78.828 19.184 124MH

137 53. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 124 98.008 78.431 19.577 125RN 138 39. 190. 0. 4258. E 300 65. 70.96 0.279 254.3 1.16 0.045 128 98.039 77.836 20.203 123 139 34. 170. 0. 108. 104PV 145. 1.79 0.059 119.8 0.05 0.000 124 98.010 78.702 19.308 126RN 140 155. 760. 0. 357. 104PV 145. 5.96 0.195 119.8 0.46 0.070 127 98.010 78.702 19.308 126RN 141 18. 90. 0. 186. 104PV 145. 3.10 0.101 119.8 0.14 0.000 128 98.081 78.801 19.280 127MH 142 26. 130. 0. 65. E 85 79. 1.08 0.053 77.6 0.16 0.005 128 98.080 78.122 19.958 129RN 143 38. 190. 0. 4809. E 300 65. 80.14 0.315 254.3 1.45 0.055 130 98.084 78.069 20.015 128 144 33. 160. 0. 676. 104PV 145. 11.27 0.369 119.8 1.50 0.050 132 98.081 78.801 19.280 127MH 145 24. 120. 0. 302. 104PV 145. 5.04 0.165 119.8 0.34 0.010 130 98.131 78.510 19.621 132 146 33. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 130 98.138 78.523 19.615 131RN 147 51. 250. 0. 639. 104PV 145. 10.65 0.348 119.8 1.35 0.070 133 98.131 78.510 19.621 132 148 17. 80. 0. 904. 104PV 145. 15.07 0.493 119.8 2.56 0.045 134 98.200 78.721 19.479 133 149 55. 270. 0. 5561. E 300 65. 92.68 0.364 254.3 1.90 0.105 134 98.139 78.410 19.729 130 150 21. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 133 98.199 79.026 19.173 135RN 151 40. 200. 0. 6740. E 300 65. 112.33 0.441 254.3 2.71 0.110 136 98.243 78.135 20.108 134 152 88. 430. 0. 681. 104PV 145. 11.36 0.371 119.8 1.52 0.135 137 98.351 78.816 19.535 136 153 63. 310. 0. 6529. E 300 65. 108.81 0.428 254.3 2.55 0.160 162 98.351 78.816 19.535 136 154 17. 80. 0. 8767. 250AC 140. 100.98 0.571 327.0 1.29 0.020 162 98.490 79.199 19.291 161 E 250 63. 45.15 0.255 155 182. 890. 0. 6796. 200AC 140. 89.62 0.792 248.5 3.08 0.560 161 97.930 79.256 18.674 138 E 150 79. 23.64 0.372 156 20. 100. 0. 15541. 350AC 140. 198.00 0.572 440.5 0.87 0.015 112 98.512 79.161 19.351 162 E 300 65. 61.02 0.240 157 20. 100. 0. 1134. E 250 63. 18.90 0.107 209.2 0.26 0.005 161 98.485 79.096 19.389 137 158 14. 70. 0. 1288. 104PV 145. 21.47 0.702 119.8 4.94 0.070 41 99.452 77.919 21.533 40 159 34. 170. 0. 1966. 104PV 145. 32.77 1.071 119.8 10.80 0.365 12 98.945 76.771 22.174 34 160 47. 230. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 137 98.484 79.339 19.145 160RN

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 161 53. 260. 0. 172. 104PV 145. 2.87 0.094 119.8 0.12 0.005 161 98.484 79.339 19.145 160RN 162 26. 130. 0. 31993. 300AC 140. 364.65 1.433 393.9 5.74 0.150 112 98.380 78.887 19.493 163 E 300 65. 168.56 0.662 163 67. 330. 0. 677. E 100 79. 11.28 0.399 91.3 5.63 0.375 112 98.152 79.336 18.816 174 164 59. 290. 0. 1156. 104PV 145. 19.27 0.630 119.8 4.04 0.240 163 98.142 79.574 18.568 173MH 165 21. 100. 0. 372. 104PV 145. 6.20 0.203 119.8 0.50 0.010 174 98.142 79.574 18.568 173MH 166 19. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 174 98.152 79.229 18.923 175RN 167 64. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.005 173 98.136 79.225 18.911 176RN 168 18. 90. 0. 1133. 104PV 145. 18.89 0.618 119.8 3.90 0.070 192 95.990 77.610 18.380 194 169 51. 250. 0. 30502. 350AC 140. 450.26 1.300 416.6 4.00 0.205 163 98.176 78.543 19.633 164 E 200 79. 58.10 0.514 170 44. 220. 0. 29289. 350AC 140. 432.37 1.248 416.6 3.71 0.165 164 98.013 78.390 19.623 171 E 200 79. 55.79 0.493 171 51. 250. 0. 898. 104PV 145. 14.97 0.489 119.8 2.53 0.130 173 98.013 78.390 19.623 171 172 54. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 171 98.009 78.741 19.268 172RN 173 19. 90. 0. 932. E 100 79. 15.54 0.550 91.3 10.19 0.195 164 97.983 78.580 19.403 165 174 51. 250. 0. 215. E 100 79. 3.59 0.127 91.3 0.68 0.035 165 97.948 78.391 19.557 170 175 17. 80. 0. 29653. 350AC 140. 437.73 1.264 416.6 3.80 0.065 171 97.948 78.391 19.557 170 E 200 79. 56.48 0.499 176 30. 150. 0. 472. E 100 79. 7.87 0.278 91.3 2.89 0.085 165 97.896 78.528 19.368 166 177 59. 290. 0. 142. 104PV 145. 2.37 0.077 119.8 0.08 0.005 166 97.891 78.335 19.556 168 178 23. 110. 0. 55. E 100 79. 0.92 0.032 91.3 0.05 0.000 166 97.895 78.530 19.365 167RN 179 15. 70. 0. 29668. 350AC 140. 437.95 1.264 416.6 3.80 0.055 170 97.891 78.335 19.556 168 E 200 79. 56.51 0.500 180 27. 130. 0. 29565. 350AC 140. 436.43 1.260 416.6 3.78 0.100 168 97.789 78.331 19.458 177 E 200 79. 56.32 0.498 181 78. 380. 0. 11517. 250AC 140. 191.95 1.086 284.1 4.25 0.330 177 97.458 78.084 19.374 237 182 34. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 237 97.456 78.155 19.301 238RN

183 27. 130. 0. 479. 104PV 145. 7.98 0.261 119.8 0.79 0.020 237 97.436 77.955 19.481 236 184 42. 210. 0. 576. 104PV 145. 9.61 0.314 119.8 1.11 0.045 233 97.436 77.955 19.481 236 185 34. 170. 0. 2446. 132PV 145. 40.76 0.827 152.0 5.07 0.170 233 97.311 77.865 19.446 234 186 19. 90. 0. 3257. 151PV 145. 54.28 0.842 173.9 4.48 0.085 179 97.483 78.000 19.483 233 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 187 49. 240. 0. 2877. 151PV 145. 47.94 0.744 173.9 3.56 0.175 178 97.568 78.125 19.443 179 188 32. 160. 0. 17713. 350AC 140. 261.47 0.755 416.6 1.46 0.045 177 97.742 78.321 19.421 178 E 200 79. 33.74 0.298 189 80. 390. 0. 740. 104PV 145. 12.34 0.403 119.8 1.77 0.140 180 97.568 78.125 19.443 179 190 32. 160. 0. 14556. 350AC 140. 214.88 0.620 416.6 1.02 0.035 178 97.710 78.445 19.265 180 E 200 79. 27.73 0.245 191 71. 350. 0. 11153. 250AC 140. 185.89 1.052 284.1 4.01 0.285 180 97.425 78.102 19.323 184 192 73. 360. 0. 10741. 250AC 140. 179.02 1.013 284.1 3.74 0.275 184 97.153 77.853 19.300 186 193 54. 260. 0. 2706. 151PV 145. 45.09 0.699 173.9 3.17 0.170 234 97.139 77.876 19.263 235 194 62. 300. 0. 238. 104PV 145. 3.96 0.130 119.8 0.22 0.015 186 97.139 77.876 19.263 235 195 133. 650. 0. 2338. 132PV 145. 38.97 0.791 152.0 4.66 0.620 235 96.519 77.501 19.018 212 196 38. 190. 0. 10078. 250AC 140. 167.97 0.950 284.1 3.32 0.125 186 97.026 77.591 19.435 187 197 44. 220. 0. 8075. 200AC 140. 134.58 1.190 227.3 6.53 0.285 187 96.739 77.385 19.354 193 198 63. 310. 0. 5720. 200AC 140. 95.33 0.843 227.3 3.45 0.215 193 96.522 77.490 19.032 211 199 45. 220. 0. 127. 104PV 145. 2.12 0.069 119.8 0.07 0.005 211 96.519 77.501 19.018 212 200 22. 110. 0. 1976. 104PV 145. 32.93 1.077 119.8 10.90 0.240 212 96.279 77.590 18.689 213 201 41. 200. 0. 337. 104PV 145. 5.61 0.184 119.8 0.41 0.015 213 96.262 77.610 18.652 241 202 23. 110. 0. 182. 104PV 145. 3.03 0.099 119.8 0.13 0.005 241 96.259 77.653 18.606 240 203 39. 190. 0. 938. 104PV 145. 15.64 0.511 119.8 2.75 0.105 240 96.152 77.597 18.555 216 204 24. 120. 0. 68. 104PV 145. 1.14 0.037 119.8 0.02 0.000 214 96.152 77.597 18.555 216 205 21. 100. 0. 1434. 104PV 145. 23.90 0.781 119.8 6.02 0.125 213 96.152 77.523 18.629 214

206 33. 160. 0. 1176. 104PV 145. 19.59 0.641 119.8 4.17 0.140 214 96.015 77.475 18.540 215 207 33. 160. 0. 1132. 104PV 145. 18.87 0.617 119.8 3.89 0.130 216 96.023 77.522 18.501 217 208 28. 140. 0. 289. 104PV 145. 4.82 0.157 119.8 0.31 0.010 217 96.015 77.475 18.540 215 209 147. 720. 0. 721. 104PV 145. 12.02 0.393 119.8 1.69 0.250 242 96.152 77.597 18.555 216 210 116. 570. 0. 409. 104PV 145. 6.81 0.223 119.8 0.59 0.070 217 95.955 77.879 18.076 218 211 100. 490. 0. 6561. 200AC 140. 109.35 0.967 227.3 4.45 0.445 242 95.955 77.879 18.076 218 212 167. 820. 0. 1316. 104PV 145. 21.94 0.717 119.8 5.14 0.860 239 96.259 77.653 18.606 240 213 108. 530. 0. 8152. 200AC 140. 135.87 1.201 227.3 6.65 0.720 239 96.400 77.887 18.513 242 214 97. 470. 0. 10379. 250AC 140. 172.98 0.979 284.1 3.51 0.340 237 97.118 78.013 19.105 239 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 215 83. 410. 0. 680. 104PV 145. 11.33 0.371 119.8 1.51 0.125 236 97.311 77.865 19.446 234 216 71. 350. 0. 6265. 151PV 145. 104.41 1.620 173.9 15.03 1.065 218 94.888 78.197 16.691 219 217 47. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 219 94.885 77.893 16.992 220RN 218 47. 230. 0. 5745. 132PV 145. 95.74 1.943 152.0 24.65 1.160 219 93.730 78.582 15.148 221 219 30. 150. 0. 3475. 104PV 145. 57.92 1.894 119.8 31.03 0.930 221 92.799 78.584 14.215 222 220 37. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 222 92.797 78.448 14.349 223RN 221 38. 190. 0. 3125. 104PV 145. 52.08 1.703 119.8 25.49 0.970 222 91.830 78.642 13.188 224 222 30. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 224 91.829 78.510 13.319 225RN 223 32. 160. 0. 2800. 104PV 145. 46.67 1.526 119.8 20.80 0.665 224 91.165 78.578 12.587 226 224 153. 750. 0. 375. 104PV 145. 6.25 0.204 119.8 0.50 0.075 226 91.088 79.017 12.071 227RN 225 30. 150. 0. 1895. 104PV 145. 31.58 1.033 119.8 10.09 0.305 226 90.862 78.575 12.287 228 226 48. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 228 90.859 78.339 12.520 229RN 227 163. 800. 0. 400. 104PV 145. 6.67 0.218 119.8 0.57 0.090 228 90.769 78.727 12.042 231RN 228 161. 790. 0. 395. 104PV 145. 6.58 0.215 119.8 0.55 0.090 228 90.773 78.738 12.035 232RN 229 23. 110. 0. 4611. 132PV 145. 76.85 1.560 152.0 16.40 0.375 210 95.581 77.223 18.358 198

230 277. 1350. 0. 1405. 104PV 145. 23.41 0.766 119.8 5.80 1.605 221 92.124 77.375 14.749 205 231 138. 670. 0. 1008. 104PV 145. 16.80 0.549 119.8 3.14 0.435 205 91.691 77.354 14.337 206 232 60. 290. 0. 759. 104PV 145. 12.64 0.413 119.8 1.85 0.110 201 92.124 77.375 14.749 205 233 53. 260. 0. 402. 104PV 145. 6.70 0.219 119.8 0.57 0.030 201 92.205 77.120 15.085 202 234 85. 420. 0. 1367. 104PV 145. 22.78 0.745 119.8 5.51 0.470 202 91.736 77.124 14.612 203 235 45. 220. 0. 547. 104PV 145. 9.11 0.298 119.8 1.01 0.045 203 91.691 77.354 14.337 206 236 47. 230. 0. 995. 104PV 145. 16.58 0.542 119.8 3.06 0.145 206 91.547 77.213 14.334 207 237 102. 500. 0. 250. 104PV 145. 4.17 0.136 119.8 0.24 0.025 203 91.712 77.003 14.709 204RN 238 121. 590. 0. 295. 104PV 145. 4.92 0.161 119.8 0.32 0.040 207 91.508 78.463 13.045 209RN 239 59. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 207 91.542 77.184 14.358 208RN 240 107. 520. 0. 1565. 104PV 145. 26.08 0.853 119.8 7.08 0.760 199 92.205 77.120 15.085 202 241 92. 450. 0. 1661. 104PV 145. 27.68 0.905 119.8 7.90 0.725 199 92.235 77.424 14.811 201 242 180. 880. 0. 875. 104PV 145. 14.58 0.477 119.8 2.41 0.435 215 95.581 77.223 18.358 198 243 53. 260. 0. 5197. 151PV 145. 86.62 1.344 173.9 10.64 0.565 211 95.958 77.448 18.510 210 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 244 45. 220. 0. 4880. 104PV 145. 81.34 2.660 119.8 58.19 2.620 198 92.962 77.351 15.611 199 245 32. 160. 0. 322. 104PV 145. 5.36 0.175 119.8 0.38 0.010 210 95.946 77.586 18.360 195 246 22. 110. 0. 793. 104PV 145. 13.22 0.432 119.8 2.01 0.045 194 95.946 77.586 18.360 195 247 65. 320. 0. 1930. 104PV 145. 32.16 1.052 119.8 10.44 0.680 193 96.061 77.668 18.393 192 248 49. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 194 95.987 77.556 18.431 196RN 249 131. 640. 0. 271. 104PV 145. 4.52 0.148 119.8 0.28 0.035 192 96.024 78.552 17.472 189 250 165. 810. 0. 1394. 104PV 145. 23.23 0.759 119.8 5.71 0.945 187 96.084 78.588 17.496 188 251 71. 350. 0. 494. 104PV 145. 8.23 0.269 119.8 0.84 0.060 188 96.024 78.552 17.472 189 252 65. 320. 0. 160. 104PV 145. 2.67 0.087 119.8 0.10 0.005 188 96.077 78.670 17.407 190RN 253 56. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 189 96.020 78.725 17.295 191RN

254 200. 980. 0. 490. 104PV 145. 8.17 0.267 119.8 0.82 0.165 195 95.781 78.903 16.878 197RN 255 216. 1060. 0. 530. 104PV 145. 8.83 0.289 119.8 0.95 0.205 199 92.756 78.783 13.973 200RN 256 96. 470. 0. 235. 104PV 145. 3.92 0.128 119.8 0.21 0.020 182 97.425 78.698 18.727 185RN 257 111. 540. 0. 213. 104PV 145. 3.54 0.116 119.8 0.18 0.020 182 97.425 78.102 19.323 184 258 76. 370. 0. 185. E 200 79. 3.08 0.027 182.6 0.02 0.000 181 97.516 78.606 18.910 183RN 259 160. 780. 0. 1823. E 200 79. 30.38 0.269 182.6 1.20 0.195 180 97.517 79.187 18.330 181MH 260 23. 110. 0. 1008. 104PV 145. 16.79 0.549 119.8 3.13 0.070 181 97.445 78.963 18.482 182 261 19. 90. 0. 6146. 104PV 145. 42.29 1.383 167.7 17.33 0.330 138 97.601 79.131 18.470 139 E 150 79. 60.15 0.945 262 41. 200. 0. 100. E 85 79. 1.67 0.082 77.6 0.36 0.015 139 97.586 79.350 18.236 140RN 263 39. 190. 0. 5806. 104PV 145. 39.95 1.306 167.7 15.60 0.610 139 96.993 79.176 17.817 142 E 150 79. 56.82 0.893 264 82. 400. 0. 200. E 85 79. 3.33 0.163 77.6 1.30 0.105 142 96.886 78.193 18.693 143RN 265 75. 370. 0. 185. E 85 79. 3.08 0.151 77.6 1.12 0.085 142 96.909 79.126 17.783 144RN 266 125. 610. 0. 4636. E 150 79. 77.27 1.215 136.9 27.56 3.445 142 93.548 79.120 14.428 145MH 267 32. 160. 0. 80. E 85 79. 1.33 0.065 77.6 0.24 0.010 138 97.923 79.210 18.713 141RN 268 34. 170. 0. 85. E 100 79. 1.42 0.050 91.3 0.12 0.005 145 93.544 79.100 14.444 146RN 269 59. 290. 0. 821. E 85 79. 13.69 0.670 77.6 17.77 1.050 147 92.401 79.046 13.355 148 270 244. 1090. 0. 129. E 85 79. 2.14 0.105 77.6 0.57 0.140 150 92.401 79.046 13.355 148 271 71. 350. 0. 1139. 104PV 145. 18.98 0.621 119.8 3.93 0.280 152 92.541 78.533 14.008 150 272 53. 260. 0. 130. E 85 79. 2.17 0.106 77.6 0.59 0.030 148 92.370 79.222 13.148 149RN 273 59. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 150 92.536 78.267 14.269 151RN 274 26. 130. 0. 3040. 104PV 145. 50.66 1.657 119.8 24.22 0.630 147 92.820 79.105 13.715 152 275 18. 90. 0. 4116. E 200 79. 68.60 0.607 182.6 5.45 0.100 145 93.450 79.004 14.446 147 276 34. 170. 0. 1576. E 200 79. 26.27 0.232 182.6 0.92 0.030 152 92.789 79.102 13.687 153 277 52. 250. 0. 125. E 100 79. 2.08 0.074 91.3 0.25 0.015 153 92.776 79.115 13.661 154RN

278 25. 120. 0. 1181. E 200 79. 19.68 0.174 182.6 0.54 0.015 153 92.776 79.001 13.775 155 279 89. 401. 0. 201. 104PV 145. 3.34 0.109 119.8 0.16 0.015 155 92.762 78.456 14.306 156RN 280 21. 100. 0. 670. E 200 79. 11.17 0.099 182.6 0.19 0.005 155 92.772 78.869 13.903 157 281 61. 300. 0. 150. 104PV 145. 2.50 0.082 119.8 0.09 0.005 157 92.766 78.840 13.926 158RN 282 66. 320. 0. 160. E 200 79. 2.67 0.024 182.6 0.01 0.000 157 92.771 78.860 13.911 159RN 283 29. 140. 0. 70. E 85 79. 1.17 0.057 77.6 0.19 0.005 12 99.307 76.532 22.775 57RN 284 53. 260. 0. 130. E 85 79. 2.17 0.106 77.6 0.59 0.030 11 99.432 76.368 23.064 58RN 285 41. 200. 0. 100. E 85 79. 1.67 0.082 77.6 0.36 0.015 10 99.550 76.950 22.600 59RN 286 62. 300. 0. 297. 104PV 145. 4.96 0.162 119.8 0.33 0.020 16 98.014 77.863 20.151 30MH 287 27. 130. 0. 3322. 104PV 145. 55.36 1.810 119.8 28.54 0.770 38 98.130 77.752 20.378 31 288 34. 170. 0. 950. 104PV 145. 15.83 0.518 119.8 2.81 0.095 34 98.849 76.793 22.056 14 289 33. 0. 0. 0. 104PV 145. 0.00 0.000 119.8 0.00 0.000 168 97.891 78.300 19.591 169RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 232 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.035 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00084 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.033 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 17580. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 80271. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 209 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2716. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 5.59/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 80271.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 30 124 173 181 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 105

5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 9505. 7387.44 43.35 320245.44 86.00 817430.00 8.30 78891.50 0.05 X SUPPLY COST 40871.50 14.00/13.20 PVC 271. 224.56 43.35 9734.55 139.00 37669.00 9.05 2452.55 0.05 X SUPPLY COST 1883.45 16.00/15.10 PVC 246. 212.64 43.35 9218.06 184.00 45264.00 11.60 2853.60 0.05 X SUPPLY COST 2263.20 20.00 AC 560. 537.60 43.35 23304.96 285.00 159600.00 13.10 7336.00 0.10 X SUPPLY COST 15960.00 25.00 AC 440. 467.50 43.35 20266.13 394.00 173360.00 17.05 7502.00 0.10 X SUPPLY COST 17336.00 30.00 AC 26. 30.42 43.35 1318.71 569.00 14794.00 23.50 611.00 0.10 X SUPPLY COST 1479.40 35.00 AC 301. 386.03 43.35 16734.51 802.00 241402.00 29.95 9014.95 0.10 X SUPPLY COST 24140.20 40.00 AC 355. 497.00 43.35 21544.95 1103.00 391565.00 36.40 12922.00 0.10 X SUPPLY COST 39156.50 50.00 AC 1239. 2044.35 43.35 88622.57 2146.00 2658894.00 2.10 2601.90 0.10 X SUPPLY COST 265889.41 TOTAL = 12943. 11787.54 510989.88 4539978.00 124185.50 408979.66 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 5584133. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR G DATE:�� (BHELUG/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106.737 77.737 29.000 1FH 1 200. 0. 0. 77350. 450AC 140. 1289.17 2.252 511.4 8.26 1.650 1 105.085 79.125 25.960 273MH 2 49. 180. 0. 6231. 250AC 140. 97.30 0.551 291.3 1.21 0.060 2 104.625 77.869 26.756 3 E 104 95. 6.56 0.214 3 43. 155. 0. 5261. 200AC 140. 78.20 0.691 237.4 2.39 0.105 3 104.522 78.034 26.488 4 E 104 95. 9.48 0.310 4 105. 385. 0. 2158. 132PV 145. 35.97 0.730 152.0 4.02 0.420 4 104.100 78.041 26.059 5 5 43. 155. 0. 291. 104PV 145. 4.85 0.159 119.8 0.31 0.015 5 104.086 78.097 25.989 6 6 17. 60. 0. 3471. E 200 95. 57.86 0.512 195.9 2.82 0.050 6 104.038 78.163 25.875 7 7 42. 155. 0. 2831. E 200 95. 47.18 0.417 195.9 1.93 0.080 274 103.765 78.207 25.558 8 8 68. 250. 0. 2671. E 200 95. 44.52 0.394 195.9 1.74 0.120 8 103.647 78.347 25.300 9 9 21. 75. 0. 2444. E 200 95. 40.74 0.360 195.9 1.47 0.030 9 103.616 78.410 25.206 10 10 18. 65. 0. 3033. E 200 95. 50.55 0.447 195.9 2.20 0.040 10 103.576 78.376 25.200 11 11 26. 95. 0. 3398. E 200 95. 56.63 0.501 195.9 2.71 0.070 11 103.506 78.505 25.001 12 12 42. 155. 0. 2803. E 200 95. 46.71 0.413 195.9 1.90 0.080 12 103.426 78.778 24.648 13 13 329. 1205. 0. 1948. 104PV 145. 32.46 1.061 119.8 10.62 3.495 13 99.932 78.789 21.143 14 14 33. 120. 0. 44870. 400AC 140. 724.81 1.602 460.0 5.05 0.165 14 99.766 78.797 20.969 15MH E 125 95. 23.02 0.521 15 26. 95. 0. 44402. 400AC 140. 717.26 1.585 460.0 4.95 0.130 15 99.637 78.360 21.277 16 E 125 95. 22.78 0.516 16 129. 470. 0. 30412. 400AC 140. 456.92 1.010 472.9 2.15 0.275 16 99.360 78.290 21.070 17 E 200 95. 49.94 0.442 17 22. 80. 0. 8868. 200AC 140. 147.79 1.307 227.3 7.77 0.170 17 99.189 78.190 20.999 18 18 40. 145. 0. 8615. 200AC 140. 143.59 1.270 227.3 7.36 0.295 18 98.895 78.010 20.885 19

19 91. 335. 0. 9507. 200AC 140. 158.44 1.401 227.3 8.83 0.805 19 98.091 77.945 20.146 20 20 131. 480. 0. 8909. 200AC 140. 148.48 1.313 227.3 7.83 1.025 20 97.065 78.062 19.003 21 21 41. 150. 0. 7238. 151PV 145. 120.64 1.871 173.9 19.64 0.805 21 96.259 78.350 17.909 22 22 34. 125. 0. 5682. 132PV 145. 94.71 1.922 152.0 24.15 0.820 22 95.438 78.088 17.350 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 70. 255. 0. 2329. 104PV 145. 38.81 1.269 119.8 14.78 1.035 23 94.403 77.982 16.421 24 24 1750. 6405. 0. 2728. 151PV 145. 45.47 0.705 173.9 3.22 5.640 25 94.403 77.982 16.421 24 25 130. 475. 0. 6433. 151PV 145. 107.22 1.663 173.9 15.79 2.050 26 100.045 77.918 22.127 25 26 58. 210. 0. 7380. 200AC 140. 123.01 1.088 227.3 5.53 0.320 27 102.097 78.085 24.012 26 27 64. 235. 0. 7748. 200AC 140. 129.13 1.142 227.3 6.05 0.385 28 102.418 78.063 24.355 27 28 120. 440. 0. 6995. 200AC 140. 116.58 1.031 227.3 5.01 0.600 29 102.805 77.838 24.967 28 29 108. 395. 0. 2386. 104PV 145. 39.77 1.301 119.8 15.47 1.670 30 103.405 77.732 25.673 29 30 37. 135. 0. 5094. 132PV 145. 84.89 1.723 152.0 19.72 0.730 32 103.405 77.732 25.673 29 31 72. 265. 0. 2181. 104PV 145. 36.34 1.188 119.8 13.09 0.945 31 104.135 78.093 26.042 32 32 38. 140. 0. 3183. 132PV 145. 53.05 1.077 152.0 8.26 0.315 33 104.135 78.093 26.042 32 33 103. 375. 0. 48916. 400AC 140. 815.27 1.802 454.6 6.27 0.645 33 103.803 77.869 25.934 34 34 53. 195. 0. 2224. 104PV 145. 37.06 1.212 119.8 13.58 0.720 4 103.803 77.869 25.934 34 35 78. 285. 0. 48551. 350AC 140. 789.38 2.279 401.5 11.32 0.885 34 102.919 78.149 24.770 35 E 100 95. 19.80 0.700 36 48. 175. 0. 46945. 350AC 140. 782.42 2.259 397.8 11.14 0.535 35 102.385 78.159 24.226 36 37 70. 255. 0. 1724. 104PV 145. 28.73 0.940 119.8 8.47 0.595 37 102.385 78.159 24.226 36 38 72. 265. 0. 2029. 104PV 145. 33.82 1.106 119.8 11.46 0.825 34 102.978 78.120 24.858 37 39 12. 45. 0. 23. 104PV 145. 0.37 0.012 119.8 0.00 0.000 37 102.978 78.045 24.933 38RN 40 33. 120. 0. 52416. 400AC 140. 873.61 1.931 454.6 7.13 0.235 2 104.449 78.045 26.404 33 41 39. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 36 102.384 78.145 24.239 39RN 42 49. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 35 102.918 77.737 25.181 40RN

43 39. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 27 102.417 78.778 23.639 41RN 44 72. 265. 0. 133. 104PV 145. 2.21 0.072 119.8 0.07 0.005 25 100.039 78.669 21.370 42RN 45 49. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 43 102.250 78.158 24.092 44RN 46 23. 85. 0. 48267. 400AC 140. 779.69 1.723 460.0 5.78 0.135 36 102.252 78.225 24.027 43 E 125 95. 24.76 0.560 47 29. 105. 0. 47992. 400AC 140. 775.25 1.714 460.0 5.72 0.165 43 102.086 78.336 23.750 45 E 125 95. 24.62 0.557 48 36. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 45 102.085 78.191 23.894 46RN 49 30. 110. 0. 47754. 400AC 140. 771.41 1.705 460.0 5.66 0.170 45 101.916 78.289 23.627 47 E 125 95. 24.50 0.554 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 50 61. 225. 0. 113. 104PV 145. 1.87 0.061 119.8 0.05 0.005 47 101.913 78.360 23.553 48RN 51 32. 115. 0. 47417. 400AC 140. 765.96 1.693 460.0 5.59 0.180 47 101.737 78.318 23.419 49 E 125 95. 24.32 0.551 52 20. 75. 0. 47057. 400AC 140. 760.14 1.680 460.0 5.51 0.110 49 101.627 78.408 23.219 51 E 125 95. 24.14 0.546 53 72. 265. 0. 133. 104PV 145. 2.21 0.072 119.8 0.07 0.005 49 101.732 78.489 23.243 50RN 54 50. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 51 101.625 78.399 23.226 52RN 55 93. 340. 0. 46494. 400AC 140. 751.06 1.660 460.0 5.39 0.500 51 101.126 78.663 22.463 53 E 125 95. 23.85 0.540 56 24. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 53 101.126 78.682 22.444 55RN 57 53. 195. 0. 98. 104PV 145. 1.62 0.053 119.8 0.04 0.000 53 101.124 78.440 22.684 54RN 58 22. 80. 0. 45999. 350AC 140. 733.56 2.118 404.5 9.89 0.215 53 100.908 78.695 22.213 56 E 125 95. 33.09 0.749 59 16. 60. 0. 44371. 350AC 140. 707.59 2.043 404.5 9.25 0.150 56 100.761 78.720 22.041 57 E 125 95. 31.92 0.723 60 34. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 57 100.760 78.878 21.882 58RN 61 23. 85. 0. 44173. 350AC 140. 704.44 2.034 404.5 9.17 0.210 57 100.550 78.759 21.791 59 E 125 95. 31.78 0.719 62 35. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 59 100.549 78.886 21.663 60RN 63 45. 165. 0. 477. 104PV 145. 7.94 0.260 119.8 0.78 0.035 59 100.514 78.656 21.858 61

64 35. 130. 0. 1493. 104PV 145. 24.89 0.814 119.8 6.49 0.225 56 100.681 78.753 21.928 62 65 28. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 62 100.681 78.778 21.903 63RN 66 22. 80. 0. 1288. 104PV 145. 21.47 0.702 119.8 4.94 0.110 62 100.573 78.875 21.698 268MH 67 31. 115. 0. 43384. 350AC 140. 691.86 1.997 404.5 8.87 0.275 59 100.275 78.800 21.475 65 E 125 95. 31.21 0.706 68 44. 160. 0. 887. 104PV 145. 14.79 0.484 119.8 2.48 0.110 66 100.275 78.800 21.475 65 69 21. 75. 0. 1460. 104PV 145. 24.33 0.796 119.8 6.23 0.130 61 100.384 78.752 21.632 66 70 14. 50. 0. 44109. 400AC 140. 712.53 1.575 460.0 4.89 0.070 65 100.206 78.778 21.428 72 E 125 95. 22.63 0.512 71 79. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 72 100.199 78.810 21.389 73RN 72 57. 210. 0. 43689. 400AC 140. 705.75 1.560 460.0 4.80 0.275 72 99.932 78.789 21.143 14 E 125 95. 22.41 0.507 73 21. 75. 0. 418. 104PV 145. 6.96 0.228 119.8 0.61 0.015 66 100.371 78.716 21.655 67 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 74 35. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 67 100.370 78.556 21.814 68RN 75 13. 50. 0. 225. 104PV 145. 3.75 0.123 119.8 0.20 0.005 67 100.368 78.778 21.590 69MH 76 32. 115. 0. 58. 104PV 145. 0.96 0.031 119.8 0.02 0.000 69 100.368 78.747 21.621 70RN 77 23. 85. 0. 43. 104PV 145. 0.71 0.023 119.8 0.01 0.000 69 100.368 78.683 21.685 71RN 78 48. 175. 0. 88. 104PV 145. 1.46 0.048 119.8 0.03 0.000 13 103.425 78.449 24.976 74RN 79 59. 215. 0. 363. E 200 95. 6.04 0.053 195.9 0.04 0.005 12 103.503 78.750 24.753 75MH 80 14. 50. 0. 25. E 200 95. 0.42 0.004 195.9 0.00 0.000 75 103.503 78.510 24.993 76RN 81 56. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.005 75 103.501 78.496 25.005 77RN 82 70. 255. 0. 572. 104PV 145. 9.54 0.312 119.8 1.10 0.075 79 103.576 78.376 25.200 11 83 25. 90. 0. 267. 104PV 145. 4.46 0.146 119.8 0.27 0.005 79 103.647 78.623 25.024 78 84 29. 105. 0. 561. 104PV 145. 9.35 0.306 119.8 1.06 0.030 78 103.616 78.410 25.206 10 85 21. 75. 0. 676. 104PV 145. 11.26 0.368 119.8 1.50 0.030 80 103.653 78.590 25.063 79 86 96. 350. 0. 566. 104PV 145. 9.43 0.308 119.8 1.08 0.105 82 103.647 78.623 25.024 78

87 19. 70. 0. 403. 104PV 145. 6.72 0.220 119.8 0.58 0.010 81 103.765 78.207 25.558 8 88 24. 90. 0. 13. 104PV 145. 0.22 0.007 119.8 0.00 0.000 82 103.750 78.144 25.606 83 89 95. 350. 0. 549. 104PV 145. 9.15 0.299 119.8 1.02 0.095 83 103.653 78.590 25.063 79 90 15. 55. 0. 913. 104PV 145. 15.22 0.498 119.8 2.61 0.040 84 103.750 78.144 25.606 83 91 24. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 84 103.789 78.810 24.979 85RN 92 73. 265. 0. 1163. 104PV 145. 19.39 0.634 119.8 4.09 0.300 86 103.789 78.853 24.936 84MH 93 33. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 86 104.087 78.315 25.772 87RN 94 26. 95. 0. 1463. 104PV 145. 24.39 0.798 119.8 6.25 0.165 100 104.088 78.396 25.692 86 95 67. 245. 0. 1903. 104PV 145. 31.72 1.037 119.8 10.18 0.680 101 104.250 78.605 25.645 100MH 96 74. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 100 104.245 78.530 25.715 99RN 97 35. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 83 103.749 78.745 25.004 91RN 98 41. 150. 0. 1358. 104PV 145. 22.63 0.740 119.8 5.44 0.225 88 103.776 78.710 25.066 81 99 25. 90. 0. 695. 104PV 145. 11.58 0.379 119.8 1.58 0.040 7 103.999 78.533 25.466 88 100 37. 135. 0. 850. 104PV 145. 14.17 0.463 119.8 2.29 0.085 89 103.999 78.533 25.466 88 101 22. 80. 0. 958. 104PV 145. 15.96 0.522 119.8 2.85 0.065 90 104.084 78.533 25.551 89 102 23. 85. 0. 3330. E 200 95. 55.50 0.491 195.9 2.61 0.060 90 104.086 78.097 25.989 6 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 103 70. 255. 0. 4498. E 200 95. 74.96 0.663 195.9 4.55 0.320 92 104.146 78.649 25.497 90MH 104 124. 455. 0. 191. 104PV 145. 3.19 0.104 119.8 0.14 0.020 93 104.465 78.216 26.249 92 105 98. 360. 0. 331. 104PV 145. 5.52 0.180 119.8 0.40 0.040 4 104.483 78.450 26.033 93MH 106 146. 535. 0. 535. 104PV 145. 8.92 0.292 119.8 0.97 0.140 3 104.483 78.450 26.033 93MH 107 24. 90. 0. 4706. E 200 95. 78.44 0.694 195.9 4.95 0.120 94 104.465 78.216 26.249 92 108 57. 210. 0. 4450. E 200 95. 74.17 0.656 195.9 4.47 0.255 106 104.584 78.187 26.397 94 109 55. 200. 0. 507. 104PV 145. 8.44 0.276 119.8 0.88 0.050 95 104.584 78.187 26.397 94 110 42. 155. 0. 303. 104PV 145. 5.04 0.165 119.8 0.34 0.015 95 104.618 78.461 26.157 96

111 34. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 96 104.618 78.669 25.949 97RN 112 27. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 96 104.618 78.530 26.088 98RN 113 54. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 95 104.630 78.076 26.554 105RN 114 60. 220. 0. 1297. 104PV 145. 21.61 0.707 119.8 5.00 0.300 101 104.632 77.797 26.835 95 115 103. 375. 0. 5353. E 450 95. 89.22 0.156 440.8 0.12 0.010 102 104.932 78.320 26.612 101 116 190. 695. 0. 92. 104PV 145. 1.54 0.050 119.8 0.04 0.005 102 104.938 77.866 27.072 103RN 117 68. 250. 0. 380. 104PV 145. 6.34 0.207 119.8 0.52 0.035 104 104.938 77.866 27.072 103RN 118 34. 125. 0. 4160. E 200 95. 69.33 0.613 195.9 3.94 0.135 104 104.839 78.076 26.763 106 119 171. 625. 0. 6293. E 450 95. 104.88 0.183 440.8 0.16 0.030 104 104.945 78.320 26.625 102 120 58. 210. 0. 11438. E 450 95. 190.63 0.333 440.8 0.49 0.030 107 104.973 78.076 26.897 104 121 21. 75. 0. 11715. E 450 95. 195.26 0.341 440.8 0.52 0.010 108 105.001 77.849 27.152 107 122 117. 430. 0. 673. 104PV 145. 11.21 0.367 119.8 1.48 0.175 108 104.839 78.076 26.763 106 123 119. 435. 0. 12858. E 450 95. 214.30 0.374 440.8 0.61 0.075 273 105.012 78.277 26.735 108 124 28. 100. 0. 19790. 300AC 140. 329.83 1.296 340.9 4.77 0.135 17 99.227 78.366 20.861 124 125 17. 60. 0. 6360. E 200 95. 105.99 0.937 195.9 8.65 0.145 124 99.080 78.916 20.164 270MH 126 61. 225. 0. 13237. 300AC 140. 178.94 0.703 369.2 1.54 0.095 124 99.133 77.823 21.310 123 E 200 95. 41.68 0.369 127 43. 155. 0. 1009. 104PV 145. 16.82 0.550 119.8 3.14 0.135 123 98.998 78.202 20.796 120MH 128 80. 295. 0. 1282. 104PV 145. 21.37 0.699 119.8 4.90 0.390 17 98.968 78.277 20.691 118MH 129 18. 65. 0. 1164. 104PV 145. 19.40 0.634 119.8 4.09 0.075 118 98.895 78.010 20.885 19 130 33. 120. 0. 122. 104PV 145. 2.03 0.066 119.8 0.06 0.000 119 98.968 78.277 20.691 118MH 131 58. 210. 0. 362. 104PV 145. 6.03 0.197 119.8 0.47 0.025 120 98.970 78.125 20.845 119 132 75. 275. 0. 63. 104PV 145. 1.05 0.034 119.8 0.02 0.000 121 98.970 78.125 20.845 119 133 54. 200. 0. 365. 104PV 145. 6.09 0.199 119.8 0.48 0.025 120 98.972 77.823 21.149 121 134 18. 65. 0. 33. 104PV 145. 0.54 0.018 119.8 0.01 0.000 121 98.972 78.277 20.695 122RN 135 15. 55. 0. 12011. E 200 95. 200.18 1.770 195.9 28.08 0.420 123 98.712 78.449 20.263 132

136 50. 185. 0. 2664. 104PV 145. 44.40 1.452 119.8 18.97 0.950 132 97.763 78.510 19.253 131 137 25. 90. 0. 6130. E 200 95. 102.16 0.903 195.9 8.08 0.200 270 98.877 78.428 20.449 125 138 42. 155. 0. 78. 104PV 145. 1.29 0.042 119.8 0.03 0.000 270 99.078 78.559 20.519 126RN 139 34. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 125 98.877 78.510 20.367 127RN 140 15. 55. 0. 5932. E 200 95. 98.87 0.874 195.9 7.61 0.115 125 98.763 78.253 20.510 128 141 28. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 128 98.763 78.253 20.510 129RN 142 38. 140. 0. 5735. E 200 95. 95.58 0.845 195.9 7.14 0.270 128 98.492 78.339 20.153 130 143 58. 210. 0. 2133. 104PV 145. 35.55 1.162 119.8 12.57 0.730 130 97.763 78.510 19.253 131 144 121. 445. 0. 1349. 104PV 145. 22.48 0.735 119.8 5.38 0.650 132 98.061 78.510 19.551 133 145 114. 415. 0. 7448. 200AC 140. 124.13 1.097 227.3 5.62 0.640 132 98.071 78.620 19.451 134 146 13. 50. 0. 1700. E 200 95. 28.33 0.251 195.9 0.75 0.010 134 98.061 78.510 19.551 133 147 36. 130. 0. 5450. 132PV 145. 90.83 1.844 152.0 22.36 0.805 134 97.266 78.559 18.707 135 148 81. 295. 0. 351. 104PV 145. 5.85 0.191 119.8 0.44 0.035 135 97.230 78.550 18.680 136 149 77. 280. 0. 1616. 104PV 145. 26.93 0.881 119.8 7.51 0.580 137 96.384 79.223 17.161 275 150 24. 90. 0. 1997. 104PV 145. 33.28 1.088 119.8 11.12 0.265 136 96.963 78.487 18.476 137 151 51. 185. 0. 1931. 104PV 145. 32.19 1.052 119.8 10.45 0.535 131 97.230 78.550 18.680 136 152 34. 125. 0. 2514. 104PV 145. 41.89 1.370 119.8 17.03 0.580 131 97.184 78.476 18.708 150 153 73. 265. 0. 989. 104PV 145. 16.48 0.539 119.8 3.03 0.220 150 96.963 78.487 18.476 137 154 93. 340. 0. 1160. 104PV 145. 19.33 0.632 119.8 4.07 0.380 150 96.806 78.481 18.325 145 155 95. 350. 0. 3252. E 200 95. 54.19 0.479 195.9 2.50 0.235 130 98.255 78.462 19.793 147 156 24. 90. 0. 45. 104PV 145. 0.75 0.025 119.8 0.01 0.000 147 98.254 78.462 19.792 148RN 157 49. 180. 0. 3262. 104PV 145. 54.37 1.778 119.8 27.60 1.355 147 96.902 78.481 18.421 146 158 39. 145. 0. 980. 104PV 145. 16.34 0.534 119.8 2.98 0.115 137 96.847 78.339 18.508 138 159 33. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 138 96.846 78.507 18.339 140RN 160 98. 360. 0. 608. 104PV 145. 10.13 0.331 119.8 1.23 0.120 138 96.726 78.412 18.314 139

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 161 27. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 139 96.726 78.580 18.146 141RN 162 105. 385. 0. 135. 104PV 145. 2.26 0.074 119.8 0.08 0.010 139 96.718 78.541 18.177 142 163 95. 350. 0. 175. 104PV 145. 2.92 0.095 119.8 0.12 0.010 143 96.683 78.498 18.185 144RN 164 162. 595. 0. 4862. 200AC 140. 67.72 0.599 243.3 1.83 0.295 143 96.399 79.123 17.276 195 E 125 95. 13.31 0.301 165 36. 130. 0. 5666. 200AC 140. 78.93 0.698 243.3 2.43 0.090 145 96.718 78.541 18.177 142 E 125 95. 15.51 0.351 166 53. 195. 0. 4839. 200AC 140. 67.40 0.596 243.3 1.81 0.095 146 96.806 78.481 18.325 145 E 125 95. 13.25 0.300 167 101. 370. 0. 1949. E 125 95. 32.49 0.735 122.5 9.55 0.965 163 96.902 78.481 18.421 146 168 56. 205. 0. 468. E 200 95. 7.80 0.069 195.9 0.07 0.005 149 98.255 78.462 19.793 147 169 82. 300. 0. 1021. 104PV 145. 17.01 0.556 119.8 3.21 0.265 153 98.259 78.462 19.797 149 170 13. 60. 0. 270. E 200 95. 4.50 0.040 195.9 0.02 0.000 149 98.258 78.778 19.480 269MH 171 28. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 269 98.258 78.646 19.612 151RN 172 31. 115. 0. 11144. 200AC 140. 155.23 1.372 243.3 8.51 0.265 153 98.258 78.702 19.556 152 E 125 95. 30.51 0.691 173 15. 55. 0. 12400. 200AC 140. 172.72 1.527 243.3 10.37 0.155 154 98.522 78.476 20.046 153 E 125 95. 33.95 0.768 174 27. 100. 0. 684. 104PV 145. 11.39 0.373 119.8 1.53 0.040 155 98.677 78.702 19.975 154MH 175 21. 75. 0. 38. 104PV 145. 0.62 0.020 119.8 0.01 0.000 155 98.718 78.715 20.003 156RN 176 11. 40. 0. 829. 104PV 145. 13.81 0.452 119.8 2.18 0.025 158 98.719 78.541 20.178 155 177 31. 115. 0. 58. 104PV 145. 0.96 0.031 119.8 0.02 0.000 158 98.742 78.629 20.113 157RN 178 38. 140. 0. 1034. 104PV 145. 17.23 0.563 119.8 3.28 0.125 159 98.743 78.496 20.247 158 179 35. 130. 0. 13038. 200AC 140. 181.60 1.606 243.3 11.37 0.400 160 98.867 78.711 20.156 159 E 125 95. 35.70 0.808 180 45. 165. 0. 83. 104PV 145. 1.37 0.045 119.8 0.03 0.000 160 99.264 78.829 20.435 161RN 181 30. 110. 0. 13653. 200AC 140. 190.17 1.681 243.3 12.39 0.370 16 99.265 78.496 20.769 160 E 125 95. 37.38 0.846 182 90. 330. 0. 165. 104PV 145. 2.75 0.090 119.8 0.11 0.010 160 99.256 78.729 20.527 162RN

183 33. 120. 0. 300. 104PV 145. 5.00 0.163 119.8 0.33 0.010 15 99.755 78.269 21.486 113 184 40. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 113 99.754 77.797 21.957 114RN 185 26. 95. 0. 48. 104PV 145. 0.79 0.026 119.8 0.01 0.000 113 99.754 78.269 21.485 115RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 186 38. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 18 99.188 78.062 21.126 116RN 187 52. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.000 20 98.089 78.066 20.023 117RN 188 25. 90. 0. 45. E 100 95. 0.75 0.027 98.0 0.03 0.000 268 100.572 78.752 21.820 64RN 189 47. 170. 0. 11012. 200AC 140. 153.38 1.356 243.3 8.32 0.390 152 97.867 78.897 18.970 163 E 125 95. 30.15 0.682 190 98. 360. 0. 8613. 200AC 140. 119.96 1.061 243.3 5.28 0.515 163 97.350 78.715 18.635 164 E 125 95. 23.58 0.534 191 46. 170. 0. 845. 104PV 145. 14.08 0.461 119.8 2.26 0.105 164 97.246 78.709 18.537 165 192 74. 270. 0. 440. 104PV 145. 7.33 0.240 119.8 0.68 0.050 165 97.196 78.741 18.455 166 193 38. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 166 97.195 78.767 18.428 167RN 194 45. 165. 0. 83. 104PV 145. 1.37 0.045 119.8 0.03 0.000 166 97.194 78.629 18.565 168RN 195 51. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 165 97.244 78.778 18.466 169RN 196 70. 255. 0. 128. 104PV 145. 2.12 0.069 119.8 0.07 0.005 170 97.304 78.810 18.494 171RN 197 94. 345. 0. 7040. 200AC 140. 98.06 0.867 243.3 3.63 0.340 170 96.968 78.888 18.080 172 E 125 95. 19.27 0.436 198 139. 510. 0. 1501. 104PV 145. 25.02 0.818 119.8 6.56 0.910 172 96.056 78.891 17.165 173 199 99. 360. 0. 986. 104PV 145. 16.44 0.538 119.8 3.01 0.300 173 95.758 78.950 16.808 175 200 75. 275. 0. 2586. E 125 95. 43.11 0.976 122.5 16.13 1.210 172 95.758 78.950 16.808 175 201 49. 180. 0. 3165. E 125 95. 52.76 1.194 122.5 23.45 1.150 175 94.609 78.990 15.619 176 202 26. 95. 0. 1270. E 125 95. 21.17 0.479 122.5 4.32 0.110 176 94.497 78.915 15.582 177 203 26. 95. 0. 180. 104PV 145. 3.00 0.098 119.8 0.13 0.005 178 94.497 78.915 15.582 177 204 25. 90. 0. 1302. 104PV 145. 21.71 0.710 119.8 5.04 0.125 179 94.500 78.990 15.510 178 205 209. 765. 0. 2005. 104PV 145. 33.41 1.093 119.8 11.20 2.340 172 94.626 78.873 15.753 179

206 34. 125. 0. 62. 104PV 145. 1.04 0.034 119.8 0.02 0.000 179 94.625 78.888 15.737 181RN 207 41. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 179 94.625 78.785 15.840 180RN 208 66. 240. 0. 910. 104PV 145. 15.17 0.496 119.8 2.59 0.170 178 94.329 78.985 15.344 182 209 38. 140. 0. 1285. E 125 95. 21.42 0.485 122.5 4.42 0.170 177 94.329 78.985 15.344 182 210 40. 145. 0. 1933. E 125 95. 32.21 0.729 122.5 9.40 0.375 182 93.953 78.710 15.243 183 211 59. 215. 0. 1403. E 125 95. 23.38 0.529 122.5 5.19 0.305 183 93.646 78.669 14.977 184 212 36. 130. 0. 285. 104PV 145. 4.75 0.155 119.8 0.30 0.010 183 93.942 78.860 15.082 185MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 213 39. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 185 93.941 78.215 15.726 186RN 214 21. 75. 0. 38. 104PV 145. 0.62 0.020 119.8 0.01 0.000 185 93.942 78.225 15.717 187RN 215 268. 980. 0. 805. E 150 95. 13.42 0.211 146.9 0.76 0.205 184 93.441 78.910 14.531 188 216 163. 595. 0. 1095. 104PV 145. 18.25 0.597 119.8 3.66 0.595 192 93.441 78.910 14.531 188 217 76. 280. 0. 1617. 104PV 145. 26.96 0.881 119.8 7.53 0.570 176 94.037 79.680 14.357 192MH 218 23. 85. 0. 43. 104PV 145. 0.71 0.023 119.8 0.01 0.000 192 94.037 79.068 14.969 191RN 219 22. 80. 0. 40. 104PV 145. 0.67 0.022 119.8 0.01 0.000 173 96.056 78.981 17.075 174RN 220 35. 130. 0. 1048. E 150 95. 17.46 0.274 146.9 1.25 0.045 188 93.398 78.963 14.435 189 221 56. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.005 189 93.395 79.147 14.248 190RN 222 162. 595. 0. 480. E 150 95. 8.00 0.126 146.9 0.29 0.050 189 92.418 79.856 12.562 193MH 223 54. 200. 0. 83. E 150 95. 1.38 0.022 146.9 0.01 0.000 193 92.417 79.775 12.642 194RN 224 20. 75. 0. 55. E 100 95. 0.91 0.032 98.0 0.04 0.000 201 92.417 79.775 12.642 194RN 225 48. 175. 0. 904. E 104 95. 15.07 0.493 101.9 5.64 0.270 200 93.350 78.664 14.686 201 226 94. 345. 0. 1284. E 104 95. 21.40 0.700 101.9 10.80 1.015 198 93.621 78.651 14.970 200 227 88. 320. 0. 160. E 104 95. 2.67 0.087 101.9 0.23 0.020 198 94.616 78.963 15.653 199RN 228 33. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 200 93.620 78.780 14.840 202RN 229 27. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 220 92.418 79.856 12.562 193MH

230 52. 190. 0. 1871. 104PV 145. 31.19 1.020 119.8 9.86 0.515 197 94.636 78.963 15.673 198 231 93. 340. 0. 2043. 104PV 145. 34.05 1.113 119.8 11.60 1.080 197 94.070 78.451 15.619 205 232 44. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 205 94.069 78.573 15.496 206RN 233 54. 200. 0. 1613. 104PV 145. 26.88 0.879 119.8 7.49 0.405 205 93.666 78.451 15.215 204 234 74. 270. 0. 1568. 104PV 145. 26.13 0.854 119.8 7.10 0.525 204 93.140 78.630 14.510 203 235 228. 835. 0. 307. E 100 95. 5.11 0.181 98.0 0.92 0.210 201 93.140 78.630 14.510 203 236 46. 170. 0. 275. 104PV 145. 4.58 0.150 119.8 0.28 0.015 207 93.666 78.451 15.215 204 237 23. 85. 0. 43. 104PV 145. 0.71 0.023 119.8 0.01 0.000 207 93.678 78.636 15.042 208RN 238 95. 350. 0. 620. 104PV 145. 10.33 0.338 119.8 1.27 0.120 209 93.679 78.580 15.099 207 239 59. 215. 0. 108. 104PV 145. 1.79 0.059 119.8 0.05 0.005 209 93.797 78.573 15.224 210RN 240 36. 130. 0. 1075. 104PV 145. 17.91 0.586 119.8 3.53 0.125 211 93.800 78.636 15.164 209 241 113. 415. 0. 4060. 132PV 145. 67.67 1.373 152.0 12.96 1.465 211 92.462 79.225 13.237 215 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 242 22. 80. 0. 398. E 100 95. 6.64 0.235 98.0 1.50 0.035 215 92.429 79.225 13.204 216 243 86. 315. 0. 172. E 100 95. 2.86 0.101 98.0 0.31 0.025 217 92.429 79.225 13.204 216 244 47. 170. 0. 962. E 100 95. 16.03 0.567 98.0 7.66 0.360 218 92.457 78.819 13.638 217 245 25. 90. 0. 1277. E 100 95. 21.28 0.753 98.0 12.94 0.325 203 92.816 78.796 14.020 218 246 51. 185. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 218 92.814 78.983 13.831 219RN 247 56. 205. 0. 445. 104PV 145. 7.42 0.243 119.8 0.69 0.040 217 92.418 79.422 12.996 220 248 49. 180. 0. 282. 104PV 145. 4.71 0.154 119.8 0.30 0.015 216 92.415 79.553 12.862 221MH 249 35. 130. 0. 65. 104PV 145. 1.08 0.035 119.8 0.02 0.000 221 92.414 78.667 13.747 222RN 250 44. 160. 0. 3334. 132PV 145. 42.27 0.858 168.7 5.42 0.240 215 92.224 78.330 13.894 223 E 100 95. 13.30 0.471 251 19. 70. 0. 1802. E 100 95. 30.03 1.062 98.0 24.48 0.465 223 91.759 78.818 12.941 228 252 32. 115. 0. 938. E 104 95. 15.63 0.511 101.9 6.03 0.195 228 91.566 78.889 12.677 229MH 253 142. 520. 0. 260. E 104 95. 4.33 0.142 101.9 0.56 0.080 229 91.486 78.401 13.085 231RN

254 99. 360. 0. 180. 104PV 145. 3.00 0.098 119.8 0.13 0.015 229 91.553 78.552 13.001 230RN 255 66. 240. 0. 652. E 100 95. 10.86 0.384 98.0 3.72 0.245 228 91.513 79.125 12.388 227MH 256 84. 305. 0. 345. 104PV 145. 5.75 0.188 119.8 0.43 0.035 227 91.477 78.745 12.732 225 257 62. 225. 0. 360. 104PV 145. 6.00 0.196 119.8 0.47 0.030 224 91.477 78.745 12.732 225 258 258. 945. 0. 945. 104PV 145. 15.75 0.515 119.8 2.78 0.720 223 91.506 78.292 13.214 224 259 120. 440. 0. 220. 104PV 145. 3.67 0.120 119.8 0.19 0.020 225 91.454 78.778 12.676 226RN 260 47. 170. 0. 51. E 100 95. 0.85 0.030 98.0 0.03 0.000 232 91.513 79.125 12.388 227MH 261 43. 155. 0. 78. 104PV 145. 1.29 0.042 119.8 0.03 0.000 232 91.513 78.358 13.155 233RN 262 22. 80. 0. 331. E 100 95. 5.51 0.195 98.0 1.06 0.025 234 91.514 78.558 12.956 232 263 37. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 234 91.537 78.292 13.245 235RN 264 79. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 234 91.531 78.358 13.173 236RN 265 58. 210. 0. 901. E 100 95. 15.01 0.531 98.0 6.78 0.395 237 91.538 78.130 13.408 234 266 49. 180. 0. 1294. E 150 95. 21.57 0.339 146.9 1.84 0.090 238 91.931 78.410 13.521 237 267 47. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 238 92.020 78.623 13.397 239RN 268 32. 115. 0. 1612. E 150 95. 26.86 0.422 146.9 2.76 0.090 240 92.021 78.382 13.639 238 269 36. 130. 0. 109. 104PV 145. 1.81 0.059 119.8 0.05 0.000 240 92.108 78.445 13.663 246 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 270 22. 80. 0. 1883. E 150 95. 31.39 0.493 146.9 3.69 0.080 241 92.110 78.482 13.628 240MH 271 93. 340. 0. 901. 104PV 145. 15.02 0.491 119.8 2.55 0.235 243 92.191 78.317 13.874 241 272 116. 425. 0. 1405. 104PV 145. 23.41 0.765 119.8 5.80 0.670 242 92.191 78.317 13.874 241 273 53. 195. 0. 990. 104PV 145. 16.50 0.540 119.8 3.03 0.160 244 92.108 78.445 13.663 246 274 31. 115. 0. 1315. 104PV 145. 21.92 0.717 119.8 5.13 0.160 243 92.269 78.226 14.043 244 275 30. 110. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.000 244 92.267 78.130 14.137 245 276 47. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 245 92.266 79.023 13.243 271RN 277 55. 200. 0. 210. 104PV 145. 3.50 0.114 119.8 0.17 0.010 247 92.267 78.130 14.137 245

278 101. 370. 0. 751. 104PV 145. 12.52 0.409 119.8 1.82 0.185 246 91.924 78.100 13.824 251 279 35. 130. 0. 134. E 100 95. 2.23 0.079 98.0 0.20 0.005 237 91.924 78.100 13.824 251 280 46. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 51 101.626 78.086 23.540 252RN 281 23. 85. 0. 593. E 100 95. 9.88 0.349 98.0 3.12 0.070 251 91.852 77.952 13.900 250 282 39. 145. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 250 91.851 78.336 13.515 253RN 283 14. 50. 0. 380. E 100 95. 6.33 0.224 98.0 1.37 0.020 250 91.833 78.305 13.528 249MH 284 41. 150. 0. 75. 104PV 145. 1.25 0.041 119.8 0.03 0.000 249 91.832 78.215 13.617 254RN 285 75. 275. 0. 68. E 100 95. 1.13 0.040 98.0 0.06 0.005 249 91.829 78.235 13.594 248 286 85. 310. 0. 1334. 104PV 145. 22.23 0.727 119.8 5.27 0.450 247 91.829 78.235 13.594 248 287 182. 665. 0. 2131. 104PV 145. 35.52 1.161 119.8 12.54 2.285 262 92.277 78.325 13.952 247 288 26. 95. 0. 2491. 104PV 145. 41.52 1.358 119.8 16.75 0.435 242 92.428 78.208 14.220 243 289 38. 140. 0. 4226. 104PV 145. 70.43 2.303 119.8 44.57 1.695 261 92.863 78.008 14.855 242 290 215. 785. 0. 2409. E 150 95. 40.15 0.631 146.9 5.82 1.250 133 96.810 79.125 17.685 264 291 33. 120. 0. 3112. 104PV 145. 51.86 1.696 119.8 25.29 0.835 264 95.976 79.091 16.885 263 292 32. 115. 0. 4213. 104PV 145. 70.22 2.296 119.8 44.32 1.420 263 94.557 78.663 15.894 261 293 35. 130. 0. 3099. 104PV 145. 51.65 1.689 119.8 25.10 0.880 23 94.560 78.446 16.114 262 294 98. 360. 0. 180. 104PV 145. 3.00 0.098 119.8 0.13 0.015 262 94.547 78.978 15.569 265RN 295 169. 620. 0. 1416. E 100 95. 23.61 0.835 98.0 15.68 2.650 24 91.753 78.185 13.568 256 296 63. 230. 0. 664. E 150 95. 11.06 0.174 146.9 0.53 0.035 255 91.753 78.185 13.568 256 297 34. 125. 0. 1046. E 150 95. 17.43 0.274 146.9 1.24 0.040 248 91.787 77.973 13.814 255 298 56. 205. 0. 103. 104PV 145. 1.71 0.056 119.8 0.05 0.005 255 91.784 78.185 13.599 257RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 299 139. 510. 0. 255. E 100 95. 4.25 0.150 98.0 0.66 0.090 258 91.110 78.952 12.158 272RN 300 55. 200. 0. 1319. 104PV 145. 21.98 0.719 119.8 5.16 0.285 22 95.976 79.091 16.885 263 301 54. 200. 0. 1256. 104PV 145. 20.93 0.684 119.8 4.71 0.255 21 96.810 79.125 17.685 264

302 66. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 258 91.197 78.149 13.048 260RN 303 63. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 212 94.665 78.710 15.955 214RN 304 52. 190. 0. 95. 104PV 145. 1.58 0.052 119.8 0.04 0.000 212 94.667 78.715 15.952 213RN 305 78. 285. 0. 143. 104PV 145. 2.37 0.078 119.8 0.08 0.005 195 96.392 78.728 17.664 196RN 306 28. 100. 0. 4229. 104PV 145. 70.49 2.305 119.8 44.64 1.250 195 95.149 78.908 16.241 197 307 66. 240. 0. 5187. E 450 95. 86.45 0.151 440.8 0.11 0.010 273 105.078 77.571 27.507 31 308 47. 170. 0. 2669. E 450 95. 44.48 0.078 440.8 0.03 0.000 31 105.076 78.195 26.881 30 309 29. 105. 0. 1143. 104PV 145. 19.05 0.623 119.8 3.96 0.115 35 102.805 77.838 24.967 28 310 165. 605. 0. 303. 104PV 145. 5.04 0.165 119.8 0.34 0.055 26 102.041 78.814 23.227 266RN 311 33. 120. 0. 5467. 132PV 145. 91.12 1.850 152.0 22.49 0.740 212 93.927 78.577 15.350 211 312 35. 130. 0. 75. E 200 95. 1.25 0.011 195.9 0.00 0.000 269 98.258 78.702 19.556 152 313 10. 35. 0. 5527. 200AC 140. 76.98 0.681 243.3 2.32 0.025 142 96.695 78.625 18.070 143 E 125 95. 15.13 0.342 314 84. 305. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.005 220 92.415 79.553 12.862 221MH 315 19. 70. 0. 175. 104PV 145. 2.92 0.096 119.8 0.12 0.000 262 94.557 78.663 15.894 261 316 10. 35. 0. 7485. 200AC 140. 104.26 0.922 243.3 4.07 0.040 164 97.309 78.778 18.531 170 E 125 95. 20.49 0.464 317 20. 75. 0. 11832. 200AC 140. 164.80 1.457 243.3 9.50 0.190 159 98.677 78.702 19.975 154MH E 125 95. 32.39 0.733 318 37. 135. 0. 68. 104PV 145. 1.12 0.037 119.8 0.02 0.000 107 105.001 78.969 26.032 267RN 319 34. 125. 0. 1535. 104PV 145. 25.58 0.836 119.8 6.83 0.230 5 103.868 77.807 26.061 109 320 52. 190. 0. 337. 104PV 145. 5.62 0.184 119.8 0.41 0.020 109 103.846 79.023 24.823 274MH 321 70. 255. 0. 198. 104PV 145. 3.30 0.108 119.8 0.15 0.010 8 103.754 78.235 25.519 110 322 39. 145. 0. 968. 104PV 145. 16.13 0.527 119.8 2.91 0.115 109 103.754 78.235 25.519 110 323 28. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 110 103.754 78.350 25.404 111RN 324 67. 245. 0. 58. 104PV 145. 0.97 0.032 119.8 0.02 0.000 112 103.647 78.347 25.300 9 325 89. 325. 0. 313. 104PV 145. 5.21 0.171 119.8 0.36 0.030 112 103.616 78.410 25.206 10

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 326 57. 210. 0. 761. 104PV 145. 12.68 0.415 119.8 1.86 0.105 110 103.648 78.360 25.288 112 327 278. 1020. 0. 1223. 104PV 145. 20.39 0.667 119.8 4.49 1.245 101 103.685 78.690 24.995 80MH 328 15. 55. 0. 1131. 104PV 145. 18.85 0.616 119.8 3.88 0.060 268 100.514 78.656 21.858 61 329 12. 45. 0. 822. 104PV 145. 13.69 0.448 119.8 2.15 0.025 81 103.750 78.774 24.976 82MH 330 164. 600. 0. 300. 104PV 145. 5.00 0.163 119.8 0.33 0.055 258 91.147 78.258 12.889 259RN 331 84. 305. 0. 1503. 104PV 145. 25.04 0.819 119.8 6.57 0.550 256 91.201 77.946 13.255 258 332 47. 170. 0. 58883. 400AC 140. 962.53 2.128 458.0 8.53 0.400 273 104.684 77.707 26.977 2 E 104 95. 18.84 0.616 333 10. 35. 0. 2684. 104PV 145. 44.73 1.463 119.8 19.23 0.190 7 103.846 79.023 24.823 274MH 334 50. 185. 0. 4794. 132PV 145. 79.90 1.622 152.0 17.63 0.880 135 96.384 79.223 17.161 275 335 63. 230. 0. 6062. 132PV 145. 101.04 2.051 152.0 27.23 1.715 275 94.669 78.668 16.001 212 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 272 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.158 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00097 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.285 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 21335. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 77350. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 226 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1933. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 7.91/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 77350.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 163 178 192 193 195 264 270 275 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 31 5.BILL OF QUANTITIES & COST ESTIMATE

P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 12044. 9360.79 43.35 405790.22 86.00 1035784.00 8.30 99965.20 0.05 X SUPPLY COST 51789.20 14.00/13.20 PVC 553. 458.23 43.35 19864.23 139.00 76867.00 9.05 5004.65 0.05 X SUPPLY COST 3843.35 16.00/15.10 PVC 1921. 1660.51 43.35 71983.30 184.00 353464.00 11.60 22283.60 0.05 X SUPPLY COST 17673.20 20.00 AC 1324. 1271.04 43.35 55099.58 285.00 377340.00 13.10 17344.40 0.10 X SUPPLY COST 37734.00 25.00 AC 49. 52.06 43.35 2256.91 394.00 19306.00 17.05 835.45 0.10 X SUPPLY COST 1930.60 30.00 AC 89. 104.13 43.35 4514.04 569.00 50641.00 23.50 2091.50 0.10 X SUPPLY COST 5064.10 35.00 AC 218. 279.59 43.35 12120.01 802.00 174836.00 29.95 6529.10 0.10 X SUPPLY COST 17483.60 40.00 AC 669. 936.60 43.35 40601.61 1103.00 737907.00 36.40 24351.60 0.10 X SUPPLY COST 73790.70 45.00 AC 200. 304.50 43.35 13200.07 1589.00 317800.00 50.00 10000.00 0.10 X SUPPLY COST 31780.00 TOTAL = 17067. 14427.45 625430.00 3143945.00 188405.50 241088.75 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 4198869. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone BHELUPUR G DATE:�� (BHELUH/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 97.700 77.700 20.000 1FH 1 30. 0. 0. 18160. 350AC 140. 363.20 1.049 397.8 2.69 0.080 1 97.619 79.100 18.519 2 2 17. 10. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 2 97.619 79.009 18.610 3 3 17. 10. 0. 18095. 350AC 140. 361.90 1.045 397.8 2.67 0.045 2 97.574 78.989 18.585 4 4 32. 20. 0. 17613. 350AC 140. 326.51 0.943 409.4 2.21 0.070 4 97.503 78.731 18.772 5 E 150 103. 25.75 0.405 5 10. 10. 0. 18015. 500AC 140. 349.51 0.494 574.8 0.44 0.005 5 97.499 78.601 18.898 6 E 150 103. 10.79 0.170 6 63. 40. 0. 15350. 500AC 140. 271.56 0.384 595.4 0.28 0.015 6 97.481 78.451 19.030 7 E 300 70. 35.43 0.139 7 49. 30. 0. 15315. 500AC 140. 270.94 0.383 595.4 0.28 0.015 7 97.468 78.610 18.858 8 E 300 70. 35.35 0.139 8 31. 20. 0. 4220. E 300 70. 84.39 0.332 262.0 1.38 0.045 8 97.425 78.589 18.836 9 9 35. 20. 0. 3828. E 300 70. 76.56 0.301 262.0 1.15 0.040 9 97.385 78.622 18.763 10 10 110. 70. 0. 2945. E 200 83. 58.91 0.521 186.5 3.71 0.410 10 96.977 78.497 18.480 11 11 44. 30. 0. 2387. E 200 83. 47.75 0.422 186.5 2.51 0.110 11 96.866 78.572 18.294 12 12 70. 50. 0. 2297. E 200 83. 45.95 0.406 186.5 2.34 0.165 12 96.702 78.623 18.079 13 13 34. 20. 0. 1502. E 200 83. 30.05 0.266 186.5 1.07 0.035 13 96.666 78.890 17.776 14 14 4. 0. 0. 1276. E 200 83. 25.52 0.226 186.5 0.79 0.005 14 96.663 78.900 17.763 15 15 34. 20. 0. 1029. E 200 83. 20.58 0.182 186.5 0.53 0.020 15 96.645 79.129 17.516 16MH 16 58. 40. 0. 1392. E 200 83. 27.84 0.246 186.5 0.93 0.055 16 96.591 78.851 17.740 17 17 27. 20. 0. 1702. E 200 83. 34.04 0.301 186.5 1.34 0.035 17 96.555 78.610 17.945 18 18 21. 10. 0. 1400. E 150 103. 28.00 0.440 151.4 2.58 0.055 18 96.501 78.402 18.099 19

19 32. 20. 0. 1365. E 150 103. 27.30 0.429 151.4 2.46 0.080 19 96.422 78.492 17.930 20 20 11. 10. 0. 1150. E 150 103. 23.00 0.362 151.4 1.79 0.020 20 96.402 78.624 17.778 21 21 61. 40. 0. 1247. E 150 103. 24.93 0.392 151.4 2.08 0.125 21 96.275 78.385 17.890 22 22 47. 30. 0. 802. E 150 103. 16.03 0.252 151.4 0.92 0.045 22 96.232 78.383 17.849 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 38. 20. 0. 696. E 150 103. 13.93 0.219 151.4 0.71 0.025 23 96.205 78.494 17.711 24 24 61. 40. 0. 646. 104PV 145. 12.93 0.423 119.8 1.93 0.120 24 96.088 78.720 17.368 25MH 25 135. 90. 0. 326. 104PV 145. 6.52 0.213 119.8 0.54 0.075 26 96.088 78.720 17.368 25MH 26 41. 30. 0. 209. 104PV 145. 4.18 0.137 119.8 0.24 0.010 27 96.161 78.707 17.454 26 27 46. 30. 0. 602. 104PV 145. 12.05 0.394 119.8 1.69 0.080 28 96.171 78.993 17.178 27 28 13. 10. 0. 7491. 250AC 140. 149.82 0.848 284.1 2.69 0.035 29 96.249 78.120 18.129 28 29 32. 20. 0. 300. 104PV 145. 5.99 0.196 119.8 0.46 0.015 30 96.284 79.119 17.165 29MH 30 44. 30. 0. 544. 104PV 145. 10.87 0.356 119.8 1.40 0.060 31 96.299 79.057 17.242 30 31 51. 30. 0. 159. 104PV 145. 3.18 0.104 119.8 0.14 0.005 32 96.360 78.920 17.440 31 32 11. 10. 0. 657. 104PV 145. 13.15 0.430 119.8 1.99 0.020 33 96.368 78.777 17.591 32 33 26. 20. 0. 50. 104PV 145. 1.01 0.033 119.8 0.02 0.000 33 96.389 78.998 17.391 34 34 201. 130. 0. 581. 104PV 145. 11.61 0.380 119.8 1.58 0.320 35 96.389 78.998 17.391 34 35 14. 10. 0. 671. 104PV 145. 13.41 0.439 119.8 2.07 0.030 36 96.707 79.103 17.604 35 36 61. 40. 0. 716. 104PV 145. 14.31 0.468 119.8 2.33 0.140 37 96.736 79.155 17.581 36 37 35. 20. 0. 389. 104PV 145. 7.78 0.255 119.8 0.75 0.025 38 96.878 79.116 17.762 37 38 31. 20. 0. 629. 104PV 145. 12.57 0.411 119.8 1.83 0.055 39 96.905 79.218 17.687 38MH 39 97. 60. 0. 1510. E 150 103. 30.21 0.475 151.4 2.97 0.290 40 96.962 78.988 17.974 39 40 32. 20. 0. 1570. E 250 68. 31.41 0.178 216.0 0.57 0.020 41 97.250 79.416 17.834 40 41 39. 30. 0. 1625. E 250 68. 32.51 0.184 216.0 0.60 0.025 42 97.268 79.079 18.189 41 42 212. 140. 0. 1730. E 250 68. 34.61 0.196 216.0 0.68 0.145 43 97.291 79.078 18.213 42

43 92. 60. 0. 1860. E 350 85. 37.21 0.107 328.5 0.10 0.010 44 97.435 78.573 18.862 43 44 45. 30. 0. 2025. E 350 85. 40.51 0.117 328.5 0.12 0.005 45 97.444 78.688 18.756 44 45 104. 70. 0. 1894. E 350 85. 37.88 0.109 328.5 0.10 0.010 46 97.449 78.836 18.613 45 46 68. 40. 0. 1893. E 350 85. 37.87 0.109 328.5 0.10 0.005 47 97.460 78.528 18.932 46 47 31. 20. 0. 2133. E 350 85. 42.66 0.123 328.5 0.13 0.005 48 97.467 78.379 19.088 47 48 31. 20. 0. 2330. E 350 85. 46.60 0.135 328.5 0.15 0.005 49 97.471 78.406 19.065 48 49 34. 20. 0. 2550. E 350 85. 51.01 0.147 328.5 0.18 0.005 50 97.476 78.617 18.859 49 50 89. 60. 0. 2610. E 350 85. 52.21 0.151 328.5 0.19 0.015 6 97.482 78.084 19.398 50 51 49. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 2 97.619 79.254 18.365 51RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 33. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 3 97.619 79.132 18.487 52RN 53 74. 50. 0. 442. 104PV 145. 8.84 0.289 119.8 0.95 0.070 4 97.503 78.731 18.772 5 54 45. 30. 0. 11055. 300AC 140. 221.10 0.869 340.9 2.27 0.100 8 97.366 78.728 18.638 53 55 49. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 53 97.366 79.050 18.316 54RN 56 70. 50. 0. 10985. 300AC 140. 219.70 0.863 340.9 2.25 0.155 53 97.208 78.988 18.220 55MH 57 48. 30. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 55 97.206 78.970 18.236 56 58 61. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 56 97.206 79.278 17.928 57RN 59 55. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 56 97.206 78.908 18.298 58RN 60 99. 60. 0. 10820. 300AC 140. 216.40 0.850 340.9 2.18 0.215 55 96.992 78.754 18.238 59 61 47. 30. 0. 1318. E 151 103. 26.36 0.409 152.4 2.23 0.105 59 96.887 78.949 17.938 60 62 27. 20. 0. 693. E 104 103. 13.86 0.453 105.0 4.17 0.115 60 96.775 78.970 17.805 61 63 34. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 61 96.775 79.101 17.674 62RN 64 30. 20. 0. 653. E 104 103. 13.06 0.427 105.0 3.74 0.110 61 96.663 79.002 17.661 63 65 35. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 63 96.663 79.102 17.561 64RN 66 12. 10. 0. 618. E 104 103. 12.36 0.404 105.0 3.37 0.040 63 96.622 79.080 17.542 65

67 35. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 65 96.622 79.108 17.514 66RN 68 21. 10. 0. 588. 104PV 145. 11.76 0.384 119.8 1.62 0.035 65 96.588 79.121 17.467 67 69 17. 10. 0. 8428. 250AC 140. 168.56 0.954 284.1 3.34 0.055 67 96.531 79.210 17.321 68 70 61. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 68 96.531 79.310 17.221 69RN 71 12. 10. 0. 8358. 250AC 140. 167.16 0.946 284.1 3.29 0.040 68 96.492 79.410 17.082 70MH 72 34. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 68 96.531 79.425 17.106 71RN 73 26. 20. 0. 7841. 250AC 140. 156.81 0.887 284.1 2.92 0.075 70 96.416 78.999 17.417 72 74 12. 10. 0. 7412. 250AC 140. 148.23 0.839 284.1 2.63 0.030 72 96.384 79.050 17.334 73 75 34. 20. 0. 387. 104PV 145. 7.73 0.253 119.8 0.75 0.025 72 96.390 79.023 17.367 74 76 52. 30. 0. 616. 104PV 145. 12.32 0.403 119.8 1.77 0.090 74 96.299 79.057 17.242 30 77 42. 30. 0. 269. 104PV 145. 5.39 0.176 119.8 0.38 0.015 75 96.390 79.023 17.367 74 78 51. 30. 0. 429. 104PV 145. 8.59 0.281 119.8 0.91 0.045 75 96.360 78.920 17.440 31 79 40. 30. 0. 7221. 250AC 140. 144.43 0.817 284.1 2.51 0.100 73 96.284 79.119 17.165 29MH 80 22. 10. 0. 734. 104PV 145. 14.68 0.480 119.8 2.44 0.055 76 96.407 79.058 17.349 75MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 47. 30. 0. 987. 104PV 145. 19.75 0.646 119.8 4.23 0.200 77 96.460 79.102 17.358 76 82 26. 20. 0. 10. E 104 103. 0.19 0.006 105.0 0.00 0.000 77 96.659 79.042 17.617 78 83 65. 40. 0. 609. E 104 103. 12.18 0.398 105.0 3.28 0.215 78 96.446 78.917 17.529 79 84 59. 40. 0. 214. 104PV 145. 4.27 0.140 119.8 0.25 0.015 76 96.446 78.917 17.529 79 85 57. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 79 96.445 78.802 17.643 80RN 86 23. 20. 0. 733. 104PV 145. 14.65 0.479 119.8 2.43 0.055 79 96.390 78.777 17.613 33 87 32. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 35 96.707 79.153 17.554 81RN 88 32. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 36 96.736 79.185 17.551 82RN 89 41. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 86 96.893 79.003 17.890 83RN 90 28. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 85 96.890 79.120 17.770 84RN

91 18. 10. 0. 361. 104PV 145. 7.23 0.236 119.8 0.66 0.010 85 96.878 79.116 17.762 37 92 15. 10. 0. 196. 104PV 145. 3.91 0.128 119.8 0.21 0.005 86 96.890 79.102 17.788 85 93 26. 20. 0. 209. 104PV 145. 4.19 0.137 119.8 0.24 0.005 38 96.899 78.970 17.929 87 94 36. 20. 0. 206. 104PV 145. 4.12 0.135 119.8 0.23 0.010 87 96.890 79.102 17.788 85 95 11. 10. 0. 21. 104PV 145. 0.43 0.014 119.8 0.00 0.000 88 96.899 78.970 17.929 87 96 37. 20. 0. 157. 104PV 145. 3.15 0.103 119.8 0.14 0.005 88 96.893 79.130 17.763 86 97 19. 10. 0. 148. 104PV 145. 2.96 0.097 119.8 0.13 0.000 88 96.896 78.967 17.929 89 98 27. 20. 0. 357. 104PV 145. 7.14 0.233 119.8 0.64 0.015 93 96.899 79.952 16.947 88MH 99 47. 30. 0. 827. E 150 103. 16.54 0.260 151.4 0.97 0.045 39 96.916 78.839 18.077 93 100 13. 10. 0. 440. E 150 103. 8.80 0.138 151.4 0.30 0.005 93 96.912 79.873 17.039 92MH 101 26. 20. 0. 347. 104PV 145. 6.93 0.227 119.8 0.61 0.015 92 96.896 78.967 17.929 89 102 19. 10. 0. 73. E 150 103. 1.47 0.023 151.4 0.01 0.000 92 96.912 78.988 17.924 91 103 23. 20. 0. 353. E 104 103. 7.05 0.231 105.0 1.19 0.025 91 96.884 79.025 17.859 90 104 18. 10. 0. 362. 104PV 145. 7.23 0.236 119.8 0.66 0.010 89 96.884 79.025 17.859 90 105 111. 70. 0. 664. 104PV 145. 13.28 0.434 119.8 2.03 0.225 90 96.659 79.042 17.617 78 106 93. 60. 0. 581. E 104 103. 11.62 0.380 105.0 3.01 0.280 97 96.659 78.984 17.675 77 107 42. 30. 0. 339. 104PV 145. 6.79 0.222 119.8 0.59 0.025 97 96.915 79.108 17.807 95MH 108 46. 30. 0. 15. E 150 103. 0.30 0.005 151.4 0.00 0.000 97 96.939 79.023 17.916 98RN 109 38. 20. 0. 1005. E 150 103. 20.11 0.316 151.4 1.40 0.055 59 96.939 78.892 18.047 97 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 63. 40. 0. 491. 104PV 145. 9.82 0.321 119.8 1.16 0.075 204 96.659 78.984 17.675 77 111 78. 50. 0. 8416. 250AC 140. 168.33 0.953 284.1 3.33 0.260 59 96.732 78.979 17.753 204 112 49. 30. 0. 7865. 250AC 140. 157.30 0.890 284.1 2.94 0.145 204 96.588 79.121 17.467 67 113 35. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 40 97.250 79.470 17.780 99RN 114 39. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 41 97.268 79.136 18.132 100RN

115 25. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 42 97.291 79.138 18.153 101RN 116 40. 30. 0. 15. E 250 68. 0.30 0.002 216.0 0.00 0.000 43 97.435 78.636 18.799 102RN 117 181. 120. 0. 60. E 300 70. 1.20 0.005 262.0 0.00 0.000 44 97.444 78.912 18.532 103RN 118 42. 30. 0. 197. 104PV 145. 3.93 0.129 119.8 0.21 0.010 104 97.449 78.836 18.613 45 119 24. 20. 0. 100. 104PV 145. 2.01 0.066 119.8 0.06 0.000 105 97.458 78.928 18.530 104MH 120 40. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 105 97.460 78.912 18.548 106RN 121 99. 60. 0. 170. 104PV 145. 3.41 0.111 119.8 0.16 0.015 49 97.460 78.873 18.587 105 122 77. 50. 0. 152. 104PV 145. 3.04 0.100 119.8 0.13 0.010 48 97.461 78.669 18.792 107 123 27. 20. 0. 131. 104PV 145. 2.62 0.086 119.8 0.10 0.005 107 97.458 78.928 18.530 104MH 124 87. 60. 0. 44. 104PV 145. 0.88 0.029 119.8 0.01 0.000 108 97.461 78.669 18.792 107 125 22. 10. 0. 205. 104PV 145. 4.09 0.134 119.8 0.23 0.005 47 97.462 78.725 18.737 108MH 126 35. 20. 0. 66. 104PV 145. 1.31 0.043 119.8 0.03 0.000 109 97.460 78.528 18.932 46 127 62. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 109 97.461 78.776 18.685 110RN 128 38. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 50 97.482 78.325 19.157 201RN 129 22. 10. 0. 832. E 200 83. 16.65 0.147 186.5 0.36 0.010 10 97.377 78.639 18.738 111 130 57. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 111 97.377 78.745 18.632 112RN 131 53. 30. 0. 772. E 200 83. 15.45 0.137 186.5 0.31 0.015 111 97.361 78.483 18.878 113 132 50. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 113 97.360 78.559 18.801 114RN 133 112. 70. 0. 337. 104PV 145. 6.73 0.220 119.8 0.58 0.065 9 97.361 78.483 18.878 113 134 33. 20. 0. 1019. E 200 83. 20.38 0.180 186.5 0.52 0.015 113 97.343 78.389 18.954 115 135 55. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 115 97.343 78.448 18.895 116RN 136 50. 30. 0. 954. E 200 83. 19.08 0.169 186.5 0.46 0.025 115 97.320 78.503 18.817 117 137 76. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 117 97.320 78.225 19.095 118RN 138 48. 30. 0. 874. E 200 83. 17.48 0.155 186.5 0.39 0.020 117 97.302 78.641 18.661 119 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

139 36. 20. 0. 10. E 125 103. 0.20 0.005 126.2 0.00 0.000 119 97.302 78.750 18.552 120RN 140 92. 60. 0. 809. 104PV 145. 16.18 0.529 119.8 2.93 0.270 119 97.032 78.143 18.889 121 141 51. 30. 0. 361. 104PV 145. 7.22 0.236 119.8 0.66 0.035 121 96.999 78.031 18.968 122 142 50. 30. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 122 96.998 78.078 18.920 123 143 37. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 123 96.998 78.125 18.873 124RN 144 42. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 123 96.998 78.155 18.843 125RN 145 83. 50. 0. 241. 104PV 145. 4.82 0.157 119.8 0.31 0.025 122 96.973 78.201 18.772 126 146 57. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 126 96.973 78.127 18.846 127RN 147 14. 10. 0. 171. 104PV 145. 3.42 0.112 119.8 0.16 0.000 126 96.971 78.211 18.760 128 148 38. 20. 0. 112. 104PV 145. 2.23 0.073 119.8 0.07 0.005 129 96.971 78.211 18.760 128 149 84. 60. 0. 373. 104PV 145. 7.47 0.244 119.8 0.70 0.060 121 96.974 78.404 18.570 129 150 28. 20. 0. 212. 104PV 145. 4.23 0.138 119.8 0.24 0.005 129 96.967 78.591 18.376 130 151 44. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 130 96.967 78.610 18.357 131RN 152 49. 30. 0. 157. 104PV 145. 3.13 0.103 119.8 0.14 0.005 130 96.960 78.610 18.350 132MH 153 52. 30. 0. 21. 104PV 145. 0.43 0.014 119.8 0.00 0.000 133 96.960 78.610 18.350 132MH 154 67. 40. 0. 195. E 104 103. 3.90 0.128 105.0 0.40 0.025 133 96.934 78.601 18.333 134MH 155 49. 30. 0. 281. 104PV 145. 5.61 0.183 119.8 0.41 0.020 135 96.934 78.601 18.333 134MH 156 80. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 135 96.953 78.625 18.328 136RN 157 43. 30. 0. 592. E 104 103. 11.84 0.387 105.0 3.12 0.135 134 96.800 78.401 18.399 137 158 28. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 137 96.799 78.295 18.505 138RN 159 28. 20. 0. 547. E 104 103. 10.94 0.358 105.0 2.69 0.075 137 96.724 78.326 18.398 139 160 70. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 139 96.724 78.415 18.309 140RN 161 43. 30. 0. 472. 104PV 145. 9.44 0.309 119.8 1.08 0.045 139 96.678 78.326 18.352 141 162 57. 40. 0. 237. 104PV 145. 4.73 0.155 119.8 0.30 0.015 141 96.661 78.448 18.213 142 163 23. 20. 0. 40. 104PV 145. 0.81 0.026 119.8 0.01 0.000 143 96.661 78.448 18.213 142

164 99. 60. 0. 170. 104PV 145. 3.41 0.111 119.8 0.16 0.015 141 96.662 78.624 18.038 144 165 97. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 144 96.661 78.851 17.810 145RN 166 38. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 143 96.661 78.720 17.941 146RN 167 16. 10. 0. 242. 104PV 145. 4.84 0.158 119.8 0.31 0.005 142 96.656 78.364 18.292 147 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 168 63. 40. 0. 183. 104PV 145. 3.66 0.120 119.8 0.19 0.010 148 96.656 78.364 18.292 147 169 35. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 148 96.667 78.632 18.035 149RN 170 33. 20. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 12 96.866 78.636 18.230 150 171 23. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 150 96.866 78.712 18.154 151RN 172 17. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 150 96.866 78.680 18.186 152RN 173 33. 20. 0. 217. 104PV 145. 4.33 0.142 119.8 0.25 0.010 148 96.659 78.852 17.807 153 174 34. 20. 0. 459. 104PV 145. 9.19 0.300 119.8 1.03 0.035 13 96.667 78.566 18.101 148 175 30. 20. 0. 206. 104PV 145. 4.13 0.135 119.8 0.23 0.005 14 96.659 78.852 17.807 153 176 18. 10. 0. 398. 104PV 145. 7.96 0.260 119.8 0.79 0.015 153 96.645 79.129 17.516 16MH 177 31. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 19 96.501 78.452 18.049 154RN 178 39. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 156 96.433 78.705 17.728 155RN 179 45. 30. 0. 264. 104PV 145. 5.28 0.173 119.8 0.37 0.015 156 96.416 0.000 96.416 157 180 56. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 157 96.416 78.832 17.584 158RN 181 69. 50. 0. 334. 104PV 145. 6.68 0.218 119.8 0.57 0.040 159 96.433 78.599 17.834 156 182 21. 10. 0. 344. E 104 103. 6.89 0.225 105.0 1.14 0.025 159 96.448 78.729 17.719 160 183 36. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 160 96.448 78.857 17.591 161RN 184 20. 10. 0. 713. E 104 103. 14.26 0.466 105.0 4.40 0.090 162 96.472 78.793 17.679 159MH 185 53. 30. 0. 421. E 104 103. 8.41 0.275 105.0 1.66 0.090 163 96.560 78.798 17.762 162 186 17. 10. 0. 214. E 100 86. 4.27 0.151 94.3 0.80 0.015 164 96.648 78.730 17.918 163 187 16. 10. 0. 232. E 100 86. 4.64 0.164 94.3 0.93 0.015 15 96.648 78.730 17.918 163

188 60. 40. 0. 96. 104PV 145. 1.92 0.063 119.8 0.06 0.005 165 96.661 78.593 18.068 164 189 19. 10. 0. 43. E 100 86. 0.86 0.030 94.3 0.04 0.000 166 96.665 78.843 17.822 165 190 45. 30. 0. 158. 104PV 145. 3.15 0.103 119.8 0.14 0.005 167 96.661 78.593 18.068 164 191 13. 10. 0. 93. E 100 86. 1.86 0.066 94.3 0.17 0.000 167 96.666 78.712 17.954 166 192 26. 20. 0. 281. E 100 86. 5.61 0.199 94.3 1.32 0.035 13 96.668 78.700 17.968 167 193 55. 40. 0. 20. E 100 86. 0.40 0.014 94.3 0.01 0.000 166 96.665 78.901 17.764 168RN 194 95. 60. 0. 108. E 100 86. 2.16 0.076 94.3 0.22 0.020 169 96.665 78.843 17.822 165 195 181. 120. 0. 373. 104PV 145. 7.45 0.244 119.8 0.70 0.125 169 96.560 78.798 17.762 162 196 39. 30. 0. 585. E 100 86. 11.71 0.414 94.3 5.16 0.200 60 96.686 78.985 17.701 169MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 197 33. 20. 0. 309. E 104 103. 6.19 0.202 105.0 0.94 0.030 160 96.417 78.604 17.813 170 198 10. 10. 0. 204. 104PV 145. 4.08 0.133 119.8 0.23 0.000 157 96.414 78.658 17.756 171 199 42. 30. 0. 1. 104PV 145. 0.02 0.001 119.8 0.00 0.000 172 96.414 78.658 17.756 171 200 67. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 172 96.414 78.704 17.710 173RN 201 87. 60. 0. 155. 104PV 145. 3.09 0.101 119.8 0.14 0.010 171 96.402 78.624 17.778 21 202 75. 50. 0. 81. 104PV 145. 1.62 0.053 119.8 0.04 0.005 170 96.414 78.756 17.658 172MH 203 91. 60. 0. 163. E 100 86. 3.27 0.116 94.3 0.49 0.045 170 96.373 78.669 17.704 174 204 48. 30. 0. 425. 104PV 145. 8.49 0.278 119.8 0.89 0.045 175 96.373 78.669 17.704 174 205 96. 60. 0. 140. 104PV 145. 2.81 0.092 119.8 0.11 0.010 73 96.373 78.669 17.704 174 206 53. 30. 0. 2. 104PV 145. 0.05 0.001 119.8 0.00 0.000 72 96.416 78.812 17.604 175 207 69. 50. 0. 477. 104PV 145. 9.55 0.312 119.8 1.10 0.075 70 96.416 78.812 17.604 175 208 23. 20. 0. 644. E 100 86. 12.87 0.455 94.3 6.14 0.140 174 96.232 78.819 17.413 177MH 209 188. 120. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 23 96.232 78.819 17.413 177MH 210 45. 30. 0. 579. 104PV 145. 11.57 0.378 119.8 1.57 0.070 177 96.161 78.707 17.454 26 211 16. 10. 0. 375. 104PV 145. 7.50 0.245 119.8 0.70 0.010 22 96.264 78.582 17.682 178MH

212 46. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 22 96.275 78.641 17.634 179RN 213 13. 10. 0. 365. 104PV 145. 7.30 0.239 119.8 0.67 0.010 178 96.255 78.397 17.858 180 214 31. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 180 96.255 78.449 17.806 181RN 215 65. 40. 0. 320. 104PV 145. 6.40 0.209 119.8 0.53 0.035 180 96.221 78.351 17.870 182 216 69. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 182 96.221 78.753 17.468 183RN 217 138. 90. 0. 205. 104PV 145. 4.10 0.134 119.8 0.23 0.030 182 96.189 78.098 18.091 184 218 30. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 184 96.189 78.098 18.091 185RN 219 33. 20. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 184 96.186 78.300 17.886 186 220 21. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 186 96.186 78.301 17.885 187RN 221 32. 20. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.000 186 96.184 78.209 17.975 188 222 53. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 188 96.184 78.339 17.845 189RN 223 84. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 188 96.184 78.200 17.984 190RN 224 17. 10. 0. 2. 104PV 145. 0.04 0.001 119.8 0.00 0.000 191 96.402 78.624 17.778 21 225 25. 20. 0. 38. 104PV 145. 0.76 0.025 119.8 0.01 0.000 192 96.402 78.630 17.772 191 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 226 58. 40. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.000 193 96.402 78.670 17.732 192MH 227 111. 70. 0. 165. 104PV 145. 3.30 0.108 119.8 0.15 0.015 20 96.405 78.418 17.987 193 228 19. 10. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 193 96.405 78.419 17.986 194 229 60. 40. 0. 77. 104PV 145. 1.54 0.050 119.8 0.04 0.000 194 96.402 78.510 17.892 195 230 26. 20. 0. 39. 104PV 145. 0.77 0.025 119.8 0.01 0.000 195 96.402 78.419 17.983 196 231 27. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 196 96.402 78.322 18.080 197RN 232 34. 20. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 194 96.403 78.335 18.068 198 233 23. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 198 96.403 78.412 17.991 199RN 234 90. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 198 96.402 78.378 18.024 200RN 235 143. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 214 95.608 77.950 17.658 253RN

236 162. 110. 0. 232. E 100 86. 4.63 0.164 94.3 0.93 0.150 18 96.405 78.419 17.986 194 237 102. 70. 0. 201. E 104 103. 4.03 0.132 105.0 0.42 0.045 11 96.934 78.601 18.333 134MH 238 24. 20. 0. 262. E 104 103. 5.23 0.171 105.0 0.69 0.015 11 96.960 78.473 18.487 133 239 66. 40. 0. 128. 104PV 145. 2.56 0.084 119.8 0.10 0.005 132 96.954 78.514 18.440 135 240 51. 30. 0. 252. 104PV 145. 5.05 0.165 119.8 0.34 0.015 128 96.954 78.514 18.440 135 241 34. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 95 96.915 79.100 17.815 96RN 242 25. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 24 96.205 78.525 17.680 202RN 243 40. 30. 0. 892. 104PV 145. 17.84 0.583 119.8 3.51 0.140 25 95.947 78.564 17.383 205 244 57. 40. 0. 1319. 104PV 145. 26.38 0.862 119.8 7.23 0.410 205 95.535 78.306 17.229 206 245 45. 30. 0. 1044. 104PV 145. 20.88 0.683 119.8 4.69 0.210 206 95.324 78.351 16.973 207 246 76. 50. 0. 3883. 200AC 140. 77.66 0.687 227.3 2.36 0.180 207 95.145 78.499 16.646 208 247 44. 30. 0. 738. 104PV 145. 14.76 0.483 119.8 2.47 0.110 209 95.145 78.499 16.646 208 248 16. 10. 0. 788. 104PV 145. 15.76 0.515 119.8 2.79 0.045 210 95.254 78.637 16.617 209MH 249 43. 30. 0. 848. 104PV 145. 16.96 0.554 119.8 3.19 0.135 211 95.298 78.647 16.651 210 250 126. 80. 0. 209. 104PV 145. 4.18 0.137 119.8 0.24 0.030 212 95.435 78.648 16.787 211 251 47. 30. 0. 4003. 200AC 140. 80.06 0.708 227.3 2.50 0.115 213 95.466 78.340 17.126 212 252 11. 10. 0. 4014. 200AC 140. 80.29 0.710 227.3 2.51 0.030 214 95.583 78.236 17.347 213 253 20. 10. 0. 4114. 200AC 140. 82.29 0.728 227.3 2.63 0.055 215 95.610 78.119 17.491 214 254 13. 10. 0. 3525. 132PV 145. 70.51 1.431 152.0 13.99 0.180 216 95.663 78.256 17.407 215 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 255 37. 20. 0. 3560. 200AC 140. 71.21 0.630 227.3 2.01 0.075 217 95.845 78.353 17.492 216 256 30. 20. 0. 2970. 200AC 140. 59.40 0.525 227.3 1.44 0.045 218 95.919 78.558 17.361 217 257 22. 10. 0. 738. 104PV 145. 14.77 0.483 119.8 2.47 0.055 219 95.962 78.867 17.095 218MH 258 15. 10. 0. 669. 104PV 145. 13.38 0.438 119.8 2.06 0.030 220 96.017 78.907 17.110 219 259 28. 20. 0. 660. 104PV 145. 13.21 0.432 119.8 2.01 0.055 219 95.960 78.663 17.297 221

260 12. 10. 0. 625. 104PV 145. 12.51 0.409 119.8 1.82 0.020 221 95.939 78.550 17.389 222 261 26. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 221 95.960 78.369 17.591 223RN 262 58. 40. 0. 20. E 104 103. 0.40 0.013 105.0 0.01 0.000 220 96.047 78.361 17.686 224RN 263 27. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 216 95.845 78.560 17.285 225RN 264 94. 60. 0. 629. E 104 103. 12.58 0.411 105.0 3.49 0.330 226 95.663 78.256 17.407 215 265 30. 20. 0. 364. 104PV 145. 7.28 0.238 119.8 0.67 0.020 227 95.991 78.730 17.261 226 266 27. 20. 0. 4176. 200AC 140. 73.83 0.653 238.2 2.15 0.060 228 96.011 78.724 17.287 227 E 104 103. 9.68 0.317 267 36. 20. 0. 6867. 250AC 140. 137.35 0.777 284.1 2.29 0.080 229 96.069 78.838 17.231 228 268 26. 20. 0. 2641. 200AC 140. 52.83 0.467 227.3 1.16 0.030 228 96.039 78.892 17.147 230 269 24. 20. 0. 2257. 151PV 145. 45.13 0.700 173.9 3.18 0.075 230 95.962 78.867 17.095 218MH 270 84. 60. 0. 335. 104PV 145. 6.70 0.219 119.8 0.57 0.050 230 95.991 78.730 17.261 226 271 93. 60. 0. 744. 104PV 145. 14.88 0.487 119.8 2.50 0.235 231 96.047 78.577 17.470 220 272 70. 50. 0. 391. 104PV 145. 7.82 0.256 119.8 0.76 0.055 232 96.280 78.610 17.670 231 273 46. 30. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 232 96.331 78.956 17.375 233 274 81. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 233 96.331 79.012 17.319 234RN 275 39. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 233 96.331 78.853 17.478 235RN 276 40. 30. 0. 541. 104PV 145. 10.82 0.354 119.8 1.39 0.055 34 96.334 79.027 17.307 232MH 277 17. 10. 0. 413. 104PV 145. 8.26 0.270 119.8 0.84 0.015 236 96.280 78.610 17.670 231 278 73. 50. 0. 453. 104PV 145. 9.06 0.296 119.8 1.00 0.075 32 96.295 78.663 17.632 236 279 18. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 236 96.295 78.670 17.625 238RN 280 102. 70. 0. 785. 104PV 145. 15.70 0.513 119.8 2.77 0.280 30 96.017 78.907 17.110 219 281 43. 30. 0. 6854. 250AC 140. 137.07 0.776 284.1 2.28 0.100 28 96.151 79.006 17.145 229MH 282 34. 20. 0. 333. 104PV 145. 6.67 0.218 119.8 0.57 0.020 27 96.152 78.821 17.331 251 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 283 40. 30. 0. 54. 104PV 145. 1.08 0.035 119.8 0.02 0.000 251 96.151 79.006 17.145 229MH

284 30. 20. 0. 377. 104PV 145. 7.54 0.246 119.8 0.71 0.020 26 96.140 78.760 17.380 250 285 37. 20. 0. 245. 104PV 145. 4.89 0.160 119.8 0.32 0.010 251 96.140 78.760 17.380 250 286 44. 30. 0. 587. 104PV 145. 11.73 0.384 119.8 1.61 0.070 250 96.069 78.539 17.530 176 287 34. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 176 96.069 78.540 17.529 247RN 288 20. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 425 96.037 78.560 17.477 249RN 289 30. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 425 96.037 78.560 17.477 248RN 290 79. 50. 0. 487. 104PV 145. 9.73 0.318 119.8 1.14 0.090 425 95.947 78.564 17.383 205 291 75. 50. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.020 206 95.516 78.529 16.987 244 292 58. 40. 0. 2729. 151PV 145. 54.58 0.847 173.9 4.52 0.260 241 95.516 78.529 16.987 244 293 44. 30. 0. 3707. 200AC 140. 74.14 0.656 227.3 2.16 0.095 239 95.779 78.777 17.002 241 294 32. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 241 95.779 78.778 17.001 245RN 295 61. 40. 0. 3772. 200AC 140. 75.44 0.667 227.3 2.24 0.135 227 95.874 78.724 17.150 239 296 27. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 228 96.069 78.888 17.181 252RN 297 40. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 239 95.874 78.545 17.329 240RN 298 54. 40. 0. 903. 104PV 145. 18.06 0.590 119.8 3.58 0.195 241 95.585 78.736 16.849 242 299 132. 90. 0. 54. 104PV 145. 1.08 0.035 119.8 0.02 0.005 242 95.583 78.236 17.347 213 300 57. 40. 0. 764. 104PV 145. 15.28 0.500 119.8 2.63 0.150 242 95.435 78.648 16.787 211 301 42. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 209 95.254 78.612 16.642 243RN 302 29. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 244 95.516 78.620 16.896 246RN 303 69. 50. 0. 3714. 132PV 145. 74.28 1.508 152.0 15.40 1.065 212 94.403 78.384 16.019 254 304 80. 50. 0. 940. E 104 103. 18.80 0.615 105.0 7.34 0.585 254 93.815 78.532 15.283 255 305 21. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 255 93.815 78.436 15.379 256RN 306 22. 10. 0. 900. E 104 103. 18.00 0.589 105.0 6.77 0.150 255 93.666 78.566 15.100 257 307 41. 30. 0. 15. E 104 103. 0.30 0.010 105.0 0.00 0.000 257 93.666 78.548 15.118 258RN 308 34. 20. 0. 855. 104PV 145. 17.10 0.559 119.8 3.24 0.110 257 93.556 78.621 14.935 259

309 23. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 259 93.556 78.630 14.926 260RN 310 12. 10. 0. 820. 104PV 145. 16.40 0.536 119.8 3.00 0.035 259 93.520 78.568 14.952 261 311 23. 20. 0. 497. 104PV 145. 9.95 0.325 119.8 1.19 0.025 261 93.493 78.584 14.909 262 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 312 53. 30. 0. 296. 104PV 145. 5.93 0.194 119.8 0.46 0.025 262 93.469 78.625 14.844 266 313 12. 10. 0. 171. 104PV 145. 3.42 0.112 119.8 0.16 0.000 262 93.491 78.610 14.881 263MH 314 68. 40. 0. 288. 104PV 145. 5.75 0.188 119.8 0.43 0.030 261 93.491 78.610 14.881 263MH 315 25. 20. 0. 424. 104PV 145. 8.47 0.277 119.8 0.88 0.020 263 93.469 78.523 14.946 264 316 15. 10. 0. 28. 104PV 145. 0.56 0.018 119.8 0.01 0.000 264 93.469 78.625 14.844 266 317 22. 10. 0. 376. 104PV 145. 7.52 0.246 119.8 0.71 0.015 264 93.453 78.660 14.793 265 318 15. 10. 0. 269. 104PV 145. 5.39 0.176 119.8 0.38 0.005 267 93.453 78.660 14.793 265 319 21. 10. 0. 299. 104PV 145. 5.99 0.196 119.8 0.46 0.010 266 93.459 78.671 14.788 267MH 320 23. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 267 93.459 78.608 14.851 268RN 321 246. 160. 0. 555. 104PV 145. 11.10 0.363 119.8 1.46 0.360 265 93.095 78.494 14.601 269 322 75. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 254 94.402 78.471 15.931 274RN 323 91. 60. 0. 1146. 104PV 145. 22.92 0.750 119.8 5.58 0.505 254 93.895 78.516 15.379 275 324 50. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 275 93.895 78.457 15.438 277RN 325 23. 20. 0. 1076. 104PV 145. 21.52 0.704 119.8 4.96 0.115 275 93.781 78.545 15.236 276 326 72. 50. 0. 591. 104PV 145. 11.81 0.386 119.8 1.63 0.120 276 93.664 78.578 15.086 270 327 38. 20. 0. 441. 104PV 145. 8.81 0.288 119.8 0.95 0.035 276 93.745 78.565 15.180 271 328 35. 20. 0. 715. 104PV 145. 14.31 0.468 119.8 2.33 0.080 271 93.664 78.578 15.086 270 329 31. 20. 0. 305. 104PV 145. 6.10 0.199 119.8 0.48 0.015 272 93.745 78.565 15.180 271 330 59. 40. 0. 1388. E 125 103. 27.76 0.628 126.2 6.17 0.365 273 93.760 78.540 15.220 272 331 88. 60. 0. 1241. 104PV 145. 24.82 0.812 119.8 6.46 0.570 270 93.095 78.494 14.601 269 332 35. 20. 0. 1676. 104PV 145. 33.52 1.096 119.8 11.27 0.395 269 92.701 78.515 14.186 278

333 43. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 278 92.701 78.494 14.207 279RN 334 214. 140. 0. 70. 104PV 145. 1.40 0.046 119.8 0.03 0.005 278 92.694 78.465 14.229 280RN 335 20. 10. 0. 1491. 104PV 145. 29.82 0.975 119.8 9.08 0.180 278 92.519 78.488 14.031 281 336 19. 10. 0. 829. 104PV 145. 16.58 0.542 119.8 3.06 0.060 281 92.461 78.410 14.051 282 337 47. 30. 0. 799. 104PV 145. 15.98 0.523 119.8 2.86 0.135 282 92.327 78.382 13.945 283 338 21. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 282 92.461 78.390 14.071 286RN 339 30. 20. 0. 562. 104PV 145. 11.24 0.368 119.8 1.49 0.045 284 92.327 78.382 13.945 283 340 40. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 284 92.371 78.320 14.051 285RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 341 106. 70. 0. 1301. 104PV 145. 26.02 0.851 119.8 7.05 0.745 283 91.579 77.885 13.694 287 342 50. 30. 0. 716. 104PV 145. 14.32 0.468 119.8 2.33 0.115 287 91.462 77.971 13.491 288 343 84. 60. 0. 326. 104PV 145. 6.53 0.213 119.8 0.54 0.045 288 91.417 78.190 13.227 289 344 136. 90. 0. 45. E 104 103. 0.90 0.029 105.0 0.03 0.005 289 91.413 78.390 13.023 290RN 345 104. 70. 0. 171. 104PV 145. 3.43 0.112 119.8 0.17 0.015 289 91.400 78.111 13.289 291 346 62. 40. 0. 51. 104PV 145. 1.03 0.034 119.8 0.02 0.000 292 91.400 78.111 13.289 291 347 133. 90. 0. 300. 104PV 145. 5.99 0.196 119.8 0.46 0.060 288 91.401 78.158 13.243 292 348 41. 30. 0. 168. 104PV 145. 3.36 0.110 119.8 0.16 0.005 292 91.394 78.213 13.181 293 349 21. 10. 0. 138. 104PV 145. 2.76 0.090 119.8 0.11 0.000 293 91.392 78.245 13.147 294MH 350 59. 40. 0. 10. 104PV 145. 0.20 0.006 119.8 0.00 0.000 295 91.394 78.213 13.181 293 351 38. 20. 0. 158. 104PV 145. 3.16 0.103 119.8 0.14 0.005 291 91.394 78.179 13.215 295 352 71. 50. 0. 93. 104PV 145. 1.86 0.061 119.8 0.05 0.005 295 91.390 78.057 13.333 296 353 47. 30. 0. 22. 104PV 145. 0.44 0.014 119.8 0.00 0.000 296 91.390 78.093 13.297 297 354 28. 20. 0. 38. 104PV 145. 0.76 0.025 119.8 0.01 0.000 298 91.390 78.093 13.297 297 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg#11. 355 34. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 299 91.517 78.174 13.343 300RN 356 48. 30. 0. 520. 104PV 145. 10.40 0.340 119.8 1.29 0.060 287 91.517 78.123 13.394 299 357 113. 70. 0. 430. 104PV 145. 8.60 0.281 119.8 0.91 0.105 299 91.415 78.229 13.186 302 358 181. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.005 302 91.410 78.341 13.069 303RN 359 60. 40. 0. 255. 104PV 145. 5.10 0.167 119.8 0.35 0.020 302 91.394 78.305 13.089 304 360 38. 20. 0. 104. 104PV 145. 2.07 0.068 119.8 0.07 0.000 304 91.391 78.228 13.163 305 361 106. 70. 0. 24. 104PV 145. 0.47 0.015 119.8 0.00 0.000 294 91.391 78.228 13.163 305 362 20. 10. 0. 77. 104PV 145. 1.54 0.050 119.8 0.04 0.000 305 91.391 78.201 13.190 306 363 47. 30. 0. 23. 104PV 145. 0.47 0.015 119.8 0.00 0.000 306 91.390 78.186 13.204 307 364 66. 40. 0. 54. 104PV 145. 1.09 0.036 119.8 0.02 0.000 294 91.390 78.148 13.242 298 365 25. 20. 0. 24. 104PV 145. 0.47 0.016 119.8 0.00 0.000 306 91.390 78.148 13.242 298 366 99. 60. 0. 21. 104PV 145. 0.43 0.014 119.8 0.00 0.000 307 91.390 77.944 13.446 308RN 367 48. 30. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 297 91.390 77.944 13.446 308RN 368 50. 30. 0. 24. 104PV 145. 0.49 0.016 119.8 0.00 0.000 309 91.390 77.944 13.446 308RN 369 51. 30. 0. 16. 104PV 145. 0.32 0.010 119.8 0.00 0.000 296 91.390 78.057 13.333 309 370 90. 60. 0. 68. E 104 103. 1.37 0.045 105.0 0.06 0.005 310 91.390 78.057 13.333 309 371 91. 60. 0. 44. 104PV 145. 0.88 0.029 119.8 0.01 0.000 311 91.395 78.200 13.195 310 372 13. 10. 0. 31. 104PV 145. 0.63 0.021 119.8 0.01 0.000 311 91.396 78.309 13.087 312 373 18. 10. 0. 104. 104PV 145. 2.07 0.068 119.8 0.07 0.000 312 91.395 78.399 12.996 313MH 374 32. 20. 0. 150. 104PV 145. 3.01 0.098 119.8 0.13 0.005 313 91.391 78.334 13.057 314 375 48. 30. 0. 51. 104PV 145. 1.03 0.034 119.8 0.02 0.000 314 91.390 78.186 13.204 307 376 51. 30. 0. 59. 104PV 145. 1.18 0.039 119.8 0.02 0.000 314 91.390 78.265 13.125 424 377 47. 30. 0. 9. 104PV 145. 0.18 0.006 119.8 0.00 0.000 424 91.390 77.944 13.446 308RN 378 25. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 424 91.390 78.325 13.065 237RN

379 94. 60. 0. 37. 104PV 145. 0.73 0.024 119.8 0.01 0.000 366 91.390 78.186 13.204 307 380 35. 20. 0. 111. 104PV 145. 2.23 0.073 119.8 0.07 0.005 304 91.391 78.371 13.020 367 381 43. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 366 91.391 78.371 13.020 367 382 50. 30. 0. 67. 104PV 145. 1.33 0.044 119.8 0.03 0.000 367 91.389 78.187 13.202 369 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 383 29. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 369 91.389 78.190 13.199 370RN 384 36. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 367 91.391 78.463 12.928 368RN 385 70. 50. 0. 7. 104PV 145. 0.13 0.004 119.8 0.00 0.000 369 91.389 78.255 13.134 371 386 60. 40. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.010 371 91.380 78.222 13.158 387 387 60. 40. 0. 64. 104PV 145. 1.28 0.042 119.8 0.03 0.000 372 91.391 78.179 13.212 366 388 30. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 372 91.392 78.273 13.119 374RN 389 96. 60. 0. 134. 104PV 145. 2.68 0.087 119.8 0.10 0.010 362 91.393 78.195 13.198 372 390 52. 30. 0. 68. 104PV 145. 1.36 0.044 119.8 0.03 0.000 365 91.391 78.179 13.212 366 391 55. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 365 91.392 78.310 13.082 373RN 392 45. 30. 0. 138. 104PV 145. 2.76 0.090 119.8 0.11 0.005 363 91.392 78.211 13.181 365 393 62. 40. 0. 118. 104PV 145. 2.35 0.077 119.8 0.08 0.005 362 91.397 78.286 13.111 363 394 16. 10. 0. 127. 104PV 145. 2.53 0.083 119.8 0.09 0.000 364 91.397 78.286 13.111 363 395 53. 30. 0. 51. 104PV 145. 1.02 0.033 119.8 0.02 0.000 363 91.396 78.209 13.188 315 396 24. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 315 91.396 78.210 13.186 316RN 397 40. 30. 0. 77. 104PV 145. 1.53 0.050 119.8 0.04 0.000 315 91.395 78.399 12.996 313MH 398 16. 10. 0. 80. 104PV 145. 1.61 0.053 119.8 0.04 0.000 317 91.396 78.209 13.188 315 399 52. 30. 0. 73. 104PV 145. 1.47 0.048 119.8 0.03 0.000 364 91.397 78.137 13.260 317 400 37. 20. 0. 37. 104PV 145. 0.74 0.024 119.8 0.01 0.000 318 91.397 78.137 13.260 317 401 33. 20. 0. 77. 104PV 145. 1.54 0.050 119.8 0.04 0.000 320 91.398 78.384 13.014 318 402 44. 30. 0. 97. 104PV 145. 1.95 0.064 119.8 0.06 0.005 320 91.396 78.309 13.087 312

403 30. 20. 0. 121. 104PV 145. 2.41 0.079 119.8 0.09 0.005 322 91.396 78.652 12.744 311MH 404 14. 10. 0. 175. 104PV 145. 3.49 0.114 119.8 0.17 0.000 321 91.399 78.411 12.988 322 405 11. 10. 0. 204. 104PV 145. 4.09 0.134 119.8 0.23 0.005 321 91.399 78.387 13.012 320 406 90. 60. 0. 9. 104PV 145. 0.18 0.006 119.8 0.00 0.000 322 91.399 78.355 13.044 323 407 90. 60. 0. 2. 104PV 145. 0.04 0.001 119.8 0.00 0.000 321 91.401 78.365 13.036 324 408 36. 20. 0. 94. E 104 103. 1.89 0.062 105.0 0.10 0.005 323 91.395 78.200 13.195 310 409 13. 10. 0. 130. E 104 103. 2.60 0.085 105.0 0.19 0.000 324 91.399 78.355 13.044 323 410 141. 90. 0. 208. E 104 103. 4.17 0.136 105.0 0.45 0.065 327 91.401 78.365 13.036 324 411 31. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 325 91.429 78.670 12.759 326RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 412 31. 20. 0. 431. 104PV 145. 8.61 0.282 119.8 0.91 0.030 325 91.401 78.426 12.975 321 413 33. 20. 0. 471. 104PV 145. 9.41 0.308 119.8 1.07 0.035 327 91.429 78.610 12.819 325 414 16. 10. 0. 22. 104PV 145. 0.43 0.014 119.8 0.00 0.000 327 91.465 78.610 12.855 328 415 26. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 318 91.398 78.418 12.980 319RN 416 166. 110. 0. 275. 104PV 145. 5.50 0.180 119.8 0.40 0.065 328 91.399 78.482 12.917 364 417 31. 20. 0. 323. 104PV 145. 6.47 0.211 119.8 0.54 0.015 329 91.465 78.610 12.855 328 418 22. 10. 0. 47. 104PV 145. 0.95 0.031 119.8 0.02 0.000 330 91.481 78.511 12.970 329 419 27. 20. 0. 833. E 150 103. 16.66 0.262 151.4 0.99 0.025 331 91.482 78.502 12.980 330 420 51. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 331 91.508 78.550 12.958 335RN 421 49. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 332 91.545 78.825 12.720 336RN 422 34. 20. 0. 301. 104PV 145. 6.02 0.197 119.8 0.47 0.015 338 91.481 78.511 12.970 329 423 24. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 338 91.497 78.490 13.007 339RN 424 32. 20. 0. 481. 104PV 145. 9.62 0.315 119.8 1.12 0.035 340 91.497 78.489 13.008 338 425 64. 40. 0. 282. 104PV 145. 5.64 0.184 119.8 0.41 0.025 345 91.533 78.324 13.209 340 426 119. 80. 0. 264. 104PV 145. 5.27 0.172 119.8 0.37 0.045 345 91.516 78.537 12.979 359MH

427 77. 50. 0. 326. 104PV 145. 6.53 0.213 119.8 0.54 0.040 360 91.403 0.000 91.403 362 428 32. 20. 0. 700. 104PV 145. 14.00 0.458 119.8 2.24 0.070 359 91.444 78.363 13.081 360 429 68. 40. 0. 506. 104PV 145. 10.12 0.331 119.8 1.23 0.085 357 91.516 78.537 12.979 359MH 430 21. 10. 0. 211. 104PV 145. 4.23 0.138 119.8 0.24 0.005 357 91.594 78.032 13.562 358 431 31. 20. 0. 482. 104PV 145. 9.64 0.315 119.8 1.12 0.035 358 91.560 78.079 13.481 345 432 18. 10. 0. 748. 104PV 145. 14.95 0.489 119.8 2.53 0.045 356 91.600 78.110 13.490 357 433 61. 40. 0. 1118. 104PV 145. 22.36 0.731 119.8 5.33 0.325 355 91.645 78.044 13.601 356 434 10. 10. 0. 80. 104PV 145. 1.59 0.052 119.8 0.04 0.000 355 91.969 78.050 13.919 354 435 66. 40. 0. 1243. 104PV 145. 24.85 0.813 119.8 6.48 0.425 376 91.970 78.045 13.925 355 436 211. 140. 0. 763. 104PV 145. 15.26 0.499 119.8 2.62 0.555 379 92.397 78.277 14.120 376 437 189. 120. 0. 630. 104PV 145. 12.59 0.412 119.8 1.84 0.350 377 92.397 78.277 14.120 376 438 14. 10. 0. 988. E 150 103. 19.76 0.311 151.4 1.35 0.020 379 92.932 78.545 14.387 378 439 33. 20. 0. 1836. E 150 103. 36.72 0.577 151.4 4.26 0.140 380 92.951 78.558 14.393 379 440 18. 10. 0. 768. E 125 103. 15.36 0.348 126.2 2.06 0.035 381 93.092 78.520 14.572 380 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 441 45. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 381 93.129 78.502 14.627 382RN 442 166. 110. 0. 858. E 125 103. 17.16 0.388 126.2 2.53 0.420 383 93.129 78.449 14.680 381 443 114. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 383 93.548 78.686 14.862 384RN 444 34. 20. 0. 993. E 125 103. 19.86 0.450 126.2 3.32 0.115 385 93.549 78.485 15.064 383 445 27. 20. 0. 1043. E 125 103. 20.86 0.472 126.2 3.63 0.100 272 93.662 78.513 15.149 385 446 44. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 385 93.662 78.520 15.142 386RN 447 59. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 388 91.379 78.329 13.050 389RN 448 58. 40. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 338 91.492 78.256 13.236 390 449 29. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 390 91.492 78.295 13.197 391RN 450 126. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 390 91.491 78.212 13.279 392RN

451 22. 10. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 387 91.379 78.226 13.153 388 452 146. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 387 91.377 78.129 13.248 393RN 453 129. 80. 0. 248. 104PV 145. 4.97 0.162 119.8 0.33 0.040 361 91.389 78.255 13.134 371 454 40. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 361 91.432 78.460 12.972 375RN 455 21. 10. 0. 2736. E 150 103. 54.73 0.860 151.4 8.92 0.185 378 92.745 78.512 14.233 377 456 46. 30. 0. 2027. E 150 103. 40.54 0.637 151.4 5.12 0.235 377 92.510 78.485 14.025 394 457 146. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 394 92.507 78.362 14.145 395RN 458 18. 10. 0. 1907. E 150 103. 38.14 0.599 151.4 4.57 0.080 394 92.427 78.541 13.886 396 459 69. 50. 0. 515. 104PV 145. 10.31 0.337 119.8 1.27 0.090 396 92.340 78.521 13.819 397MH 460 32. 20. 0. 1351. E 150 103. 27.03 0.425 151.4 2.42 0.075 396 92.350 78.418 13.932 398 461 204. 130. 0. 625. 104PV 145. 12.50 0.409 119.8 1.82 0.370 397 91.969 78.050 13.919 354 462 41. 30. 0. 215. 104PV 145. 4.30 0.140 119.8 0.25 0.010 398 92.340 78.521 13.819 397MH 463 33. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 398 92.350 78.229 14.121 410RN 464 91. 60. 0. 1062. E 150 103. 21.23 0.334 151.4 1.54 0.140 398 92.209 78.396 13.813 399 465 147. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 399 92.207 78.223 13.984 400RN 466 42. 30. 0. 714. E 104 103. 14.29 0.467 105.0 4.42 0.185 401 92.175 78.412 13.763 426 467 22. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 403 92.385 78.410 13.975 423RN 468 50. 30. 0. 482. E 104 103. 9.65 0.315 105.0 2.13 0.105 404 92.385 78.401 13.984 403 469 37. 20. 0. 929. E 104 103. 18.59 0.608 105.0 7.19 0.265 405 92.492 78.506 13.986 404 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 470 28. 20. 0. 979. 104PV 145. 19.59 0.641 119.8 4.17 0.115 407 92.758 78.609 14.149 405 471 48. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 405 92.758 78.552 14.206 406RN 472 94. 60. 0. 417. 104PV 145. 8.34 0.273 119.8 0.86 0.080 408 92.874 78.660 14.214 407 473 47. 30. 0. 618. 104PV 145. 12.35 0.404 119.8 1.77 0.085 409 92.874 78.660 14.214 407 474 50. 30. 0. 97. 104PV 145. 1.94 0.064 119.8 0.06 0.005 409 92.955 78.519 14.436 408

475 35. 20. 0. 755. 104PV 145. 15.10 0.494 119.8 2.57 0.090 411 92.958 78.637 14.321 409 476 58. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 411 93.048 78.569 14.479 412RN 477 89. 60. 0. 1789. 132PV 145. 25.97 0.527 171.7 2.20 0.195 413 92.932 78.545 14.387 378 E 104 103. 9.81 0.321 478 103. 70. 0. 1118. 104PV 145. 22.35 0.731 119.8 5.32 0.550 414 93.092 78.520 14.572 380 479 74. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 416 94.641 78.512 16.129 418RN 480 84. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 208 95.144 78.480 16.664 419RN 481 66. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 210 95.298 78.620 16.678 420RN 482 71. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 211 95.435 78.736 16.699 421RN 483 84. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 273 94.123 78.556 15.567 422RN 484 40. 30. 0. 1483. E 125 103. 29.66 0.671 126.2 6.97 0.280 254 94.124 78.329 15.795 273 485 44. 30. 0. 4506. 151PV 145. 90.12 1.398 173.9 11.44 0.505 208 94.641 78.400 16.241 416 486 48. 30. 0. 4376. 132PV 145. 87.52 1.776 152.0 20.87 1.000 416 93.640 78.494 15.146 414 487 45. 30. 0. 3153. 132PV 145. 63.06 1.280 152.0 11.37 0.510 414 93.128 78.468 14.660 413 488 75. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 416 94.641 78.325 16.316 417RN 489 59. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 414 93.640 78.502 15.138 415RN 490 191. 130. 0. 430. 104PV 145. 8.59 0.281 119.8 0.91 0.175 413 92.955 78.519 14.436 408 491 134. 90. 0. 377. 104PV 145. 7.54 0.247 119.8 0.71 0.095 404 92.396 0.000 92.396 402 492 74. 50. 0. 307. 104PV 145. 6.14 0.201 119.8 0.49 0.035 402 92.360 78.377 13.983 401 493 82. 50. 0. 610. 104PV 145. 12.20 0.399 119.8 1.73 0.140 354 91.827 78.553 13.274 352MH 494 29. 20. 0. 733. 104PV 145. 14.65 0.479 119.8 2.43 0.070 352 91.757 78.469 13.288 350 495 101. 70. 0. 193. 104PV 145. 3.86 0.126 119.8 0.21 0.020 353 91.827 78.553 13.274 352MH 496 28. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 350 91.757 78.502 13.255 351RN 497 45. 30. 0. 688. 104PV 145. 13.75 0.450 119.8 2.17 0.095 350 91.659 78.427 13.232 348 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 498 25. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 348 91.659 78.485 13.174 349RN

499 16. 10. 0. 648. 104PV 145. 12.95 0.424 119.8 1.94 0.030 348 91.628 78.427 13.201 346 500 31. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 346 91.628 78.485 13.143 347RN 501 30. 20. 0. 613. 104PV 145. 12.25 0.401 119.8 1.75 0.050 346 91.576 78.367 13.209 344 502 101. 70. 0. 169. 104PV 145. 3.37 0.110 119.8 0.16 0.015 344 91.560 78.079 13.481 345 503 99. 60. 0. 315. 104PV 145. 6.31 0.206 119.8 0.51 0.050 356 91.594 78.032 13.562 358 504 22. 10. 0. 394. 104PV 145. 7.88 0.258 119.8 0.77 0.015 344 91.559 78.239 13.320 343 505 47. 30. 0. 209. 104PV 145. 4.18 0.137 119.8 0.24 0.010 343 91.548 78.322 13.226 342 506 121. 80. 0. 125. 104PV 145. 2.51 0.082 119.8 0.09 0.010 343 91.548 78.322 13.226 342 507 19. 10. 0. 274. 104PV 145. 5.48 0.179 119.8 0.39 0.005 342 91.540 78.410 13.130 341 508 23. 20. 0. 239. 104PV 145. 4.78 0.156 119.8 0.31 0.005 341 91.533 78.324 13.209 340 509 30. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 341 91.540 78.553 12.987 337RN 510 44. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 333 91.742 78.415 13.327 334RN 511 175. 110. 0. 1108. E 200 83. 22.16 0.196 186.5 0.61 0.105 353 91.742 78.390 13.352 333 512 150. 100. 0. 973. E 150 103. 19.46 0.306 151.4 1.31 0.195 333 91.545 78.748 12.797 332 513 22. 10. 0. 547. 104PV 145. 10.93 0.357 119.8 1.42 0.030 176 96.037 78.603 17.434 425 514 48. 30. 0. 98. 104PV 145. 1.96 0.064 119.8 0.06 0.005 89 96.893 79.130 17.763 86 515 18. 10. 0. 299. E 150 103. 5.99 0.094 151.4 0.15 0.005 95 96.912 78.988 17.924 91 516 28. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 299 91.517 78.163 13.354 301RN 517 12. 10. 0. 121. 104PV 145. 2.41 0.079 119.8 0.09 0.000 108 97.461 78.619 18.842 109 518 19. 10. 0. 75. 104PV 145. 1.51 0.049 119.8 0.04 0.000 144 96.661 78.635 18.026 143 519 94. 60. 0. 370. 104PV 145. 7.40 0.242 119.8 0.69 0.065 147 96.591 78.851 17.740 17 520 34. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 27 96.171 78.995 17.176 203RN 521 26. 20. 0. 2. 104PV 145. 0.03 0.001 119.8 0.00 0.000 192 96.402 78.510 17.892 195 522 41. 30. 0. 6. 104PV 145. 0.13 0.004 119.8 0.00 0.000 191 96.402 78.419 17.983 196 523 11. 10. 0. 615. 104PV 145. 12.31 0.402 119.8 1.76 0.020 222 95.919 78.558 17.361 217

524 81. 50. 0. 627. 104PV 145. 12.54 0.410 119.8 1.82 0.150 281 92.371 78.352 14.019 284 525 20. 10. 0. 766. E 150 103. 15.32 0.241 151.4 0.84 0.015 330 91.465 78.667 12.798 327MH 526 33. 20. 0. 883. E 150 103. 17.66 0.278 151.4 1.10 0.035 332 91.508 78.699 12.809 331 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 527 23. 20. 0. 328. 104PV 145. 6.57 0.215 119.8 0.55 0.015 360 91.432 78.415 13.017 361 528 13. 10. 0. 452. E 104 103. 9.05 0.296 105.0 1.89 0.025 403 92.360 78.377 13.983 401 529 27. 20. 0. 815. 104PV 145. 16.30 0.533 119.8 2.96 0.080 413 93.048 78.503 14.545 411 530 307. 220. 0. 1501. E 200 83. 30.02 0.265 186.5 1.06 0.325 426 91.848 78.415 13.433 353 531 29. 20. 0. 922. E 150 103. 18.43 0.290 151.4 1.19 0.035 399 92.175 78.412 13.763 426 532 20. 0. 0. 2879. 132PV 145. 57.58 1.169 152.0 9.61 0.190 244 95.324 78.351 16.973 207 533 30. 0. 0. 0. 104PV 145. 0.00 0.000 119.8 0.00 0.000 78 96.659 0.000 96.659 94RN 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 336 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.720 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00096 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 79.952 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 27811. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 18160. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 310 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2345. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.69/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 18160.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 267 311 352 359 379 396 407 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 94 157 362 402 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 20643. 16044.07 43.35 695510.44 86.00 1775298.00 8.30 171336.91 0.05 X SUPPLY COST 88764.90

14.00/13.20 PVC 284. 235.33 43.35 10201.52 139.00 39476.00 9.05 2570.20 0.05 X SUPPLY COST 1973.80 16.00/15.10 PVC 126. 108.91 43.35 4721.44 184.00 23184.00 11.60 1461.60 0.05 X SUPPLY COST 1159.20 20.00 AC 379. 363.84 43.35 15772.46 285.00 108015.00 13.10 4964.90 0.10 X SUPPLY COST 10801.50 25.00 AC 326. 346.38 43.35 15015.36 394.00 128444.00 17.05 5558.30 0.10 X SUPPLY COST 12844.40 30.00 AC 214. 250.38 43.35 10853.97 569.00 121766.00 23.50 5029.00 0.10 X SUPPLY COST 12176.60 35.00 AC 79. 101.32 43.35 4392.11 802.00 63358.00 29.95 2366.05 0.10 X SUPPLY COST 6335.80 50.00 AC 122. 201.30 43.35 8726.35 2146.00 261812.00 2.10 256.20 0.10 X SUPPLY COST 26181.20 TOTAL = 22173. 17651.53 765193.69 2521353.00 193543.16 160237.41 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3640327. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. VARANASI WSS, Varanasi, Phase II, Zone CHAUK 1 DATE:�� (CHOUK1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 104.500 79.500 25.000 1FH 1 490. 0. 0. 13895. E 750 95. 277.90 0.175 734.7 0.08 0.040 1 104.460 79.590 24.870 2 2 75. 190. 0. 2479. E 500 95. 49.58 0.070 489.8 0.02 0.000 2 104.458 79.500 24.958 3 3 40. 100. 0. 1786. 104PV 145. 35.73 1.168 119.8 12.68 0.505 3 103.950 80.100 23.850 4 4 35. 90. 0. 1571. E 500 95. 31.43 0.044 489.8 0.01 0.000 4 103.950 80.480 23.470 5 5 20. 50. 0. 568. E 500 95. 11.37 0.016 489.8 0.00 0.000 5 103.950 81.700 22.250 6 6 100. 250. 0. 1538. E 500 95. 30.76 0.044 489.8 0.01 0.000 6 103.949 82.830 21.119 7MH 7 22. 50. 0. 1076. E 500 95. 21.51 0.030 489.8 0.01 0.000 24 103.792 77.430 26.362 15 8 6. 10. 0. 778. E 500 95. 15.56 0.022 489.8 0.00 0.000 7 103.949 82.620 21.329 8 9 45. 110. 0. 55. E 500 95. 1.10 0.002 489.8 0.00 0.000 8 103.949 82.920 21.029 9RN 10 115. 290. 0. 518. 104PV 145. 10.36 0.339 119.8 1.28 0.145 8 103.802 83.590 20.212 10 11 35. 90. 0. 448. 104PV 145. 8.96 0.293 119.8 0.98 0.035 10 103.767 85.970 17.797 11MH 12 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 11 103.767 83.540 20.227 12RN 13 80. 200. 0. 233. 104PV 145. 4.66 0.152 119.8 0.29 0.025 11 103.744 81.050 22.694 13

14 35. 90. 0. 213. 104PV 145. 4.26 0.139 119.8 0.25 0.010 13 103.735 79.650 24.085 14 15 110. 570. 0. 317. 104PV 145. 6.34 0.207 119.8 0.52 0.055 15 103.735 79.650 24.085 14 16 50. 120. 0. 60. E 100 95. 1.20 0.042 98.0 0.06 0.005 15 103.789 77.900 25.889 16RN 17 30. 70. 0. 294. 104PV 145. 5.87 0.192 119.8 0.45 0.015 15 103.779 76.500 27.279 17 18 30. 70. 0. 74. 104PV 145. 1.47 0.048 119.8 0.03 0.000 17 103.778 76.000 27.778 18 19 30. 70. 0. 347. 104PV 145. 6.95 0.227 119.8 0.61 0.020 19 103.778 76.000 27.778 18 20 60. 150. 0. 254. E 100 95. 5.08 0.180 98.0 0.91 0.055 19 103.741 74.930 28.811 20 21 30. 70. 0. 166. E 100 95. 3.32 0.117 98.0 0.41 0.010 21 103.741 74.930 28.811 20 22 60. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 17 103.777 75.850 27.927 22RN 23 60. 150. 0. 276. 104PV 145. 5.52 0.180 119.8 0.40 0.025 18 103.754 75.300 28.454 21 24 125. 310. 0. 155. E 100 95. 3.10 0.110 98.0 0.37 0.045 20 103.696 75.600 28.096 23RN 25 65. 160. 0. 754. 104PV 145. 15.08 0.493 119.8 2.57 0.165 25 103.792 76.310 27.482 24 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 26 50. 120. 0. 499. E 104 95. 9.98 0.326 101.9 2.63 0.130 26 103.959 76.360 27.599 25 27 50. 120. 0. 771. E 104 95. 15.43 0.505 101.9 5.89 0.295 26 103.796 75.200 28.596 19 28 45. 110. 0. 893. E 104 95. 17.86 0.584 101.9 7.73 0.350 27 104.091 76.010 28.081 26 29 100. 250. 0. 1455. E 450 95. 29.10 0.051 440.8 0.02 0.000 27 104.437 73.780 30.657 28 30 80. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 28 104.432 75.300 29.132 29RN 31 75. 190. 0. 1035. 104PV 145. 20.70 0.677 119.8 4.62 0.345 28 104.091 73.140 30.951 30 32 40. 100. 0. 324. 104PV 145. 6.48 0.212 119.8 0.54 0.020 30 104.069 74.100 29.969 31RN 33 175. 840. 0. 146. 104PV 145. 2.92 0.095 119.8 0.12 0.020 30 104.069 74.100 29.969 31RN 34 55. 140. 0. 2598. E 450 95. 51.96 0.091 440.8 0.04 0.000 32 104.438 76.400 28.038 27 35 25. 60. 0. 1626. 104PV 145. 32.52 1.063 119.8 10.66 0.265 32 104.175 77.150 27.025 33 36 50. 120. 0. 864. 104PV 145. 17.27 0.565 119.8 3.30 0.165 33 104.010 77.270 26.740 34 37 30. 70. 0. 254. 104PV 145. 5.07 0.166 119.8 0.34 0.010 34 103.999 78.020 25.979 35

38 62. 150. 0. 645. 104PV 145. 12.91 0.422 119.8 1.92 0.120 35 103.880 77.340 26.540 36 39 70. 170. 0. 512. 104PV 145. 10.23 0.335 119.8 1.25 0.090 36 103.792 76.310 27.482 24 40 50. 120. 0. 455. 104PV 145. 9.10 0.297 119.8 1.01 0.050 34 103.959 76.360 27.599 25 41 48. 120. 0. 612. 104PV 145. 12.25 0.401 119.8 1.75 0.085 33 104.091 76.010 28.081 26 42 117. 290. 0. 453. 104PV 145. 9.07 0.296 119.8 1.00 0.115 35 103.882 78.040 25.842 37 43 15. 40. 0. 142. 104PV 145. 2.84 0.093 119.8 0.12 0.000 37 103.880 78.140 25.740 38 44 20. 50. 0. 338. E 125 95. 6.76 0.153 122.5 0.52 0.010 39 103.880 78.140 25.740 38 45 18. 40. 0. 913. E 125 95. 18.26 0.413 122.5 3.29 0.060 5 103.891 78.790 25.101 39 46 165. 410. 0. 325. 104PV 145. 6.50 0.213 119.8 0.54 0.090 39 103.802 83.590 20.212 10 47 125. 310. 0. 280. E 100 95. 5.60 0.198 98.0 1.09 0.135 38 103.744 81.050 22.694 13 48 75. 190. 0. 1195. 104PV 145. 23.90 0.782 119.8 6.02 0.450 40 103.999 78.020 25.979 35 49 85. 210. 0. 4429. E 450 95. 88.58 0.155 440.8 0.12 0.010 40 104.441 76.950 27.491 32 50 42. 100. 0. 5874. E 450 95. 117.48 0.205 440.8 0.20 0.010 2 104.451 78.040 26.411 40 51 45. 110. 0. 5342. E 450 95. 106.84 0.187 440.8 0.17 0.010 2 104.452 81.090 23.362 41 52 80. 200. 0. 339. 104PV 145. 6.78 0.222 119.8 0.58 0.045 41 104.405 81.090 23.315 42 53 70. 170. 0. 624. 104PV 145. 12.49 0.408 119.8 1.81 0.125 42 104.278 82.010 22.268 43 54 82. 200. 0. 198. 104PV 145. 3.95 0.129 119.8 0.21 0.020 44 104.278 82.010 22.268 43 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 55 102. 250. 0. 164. 104PV 145. 3.28 0.107 119.8 0.15 0.015 44 104.281 79.930 24.351 45 56 30. 70. 0. 28. 104PV 145. 0.57 0.019 119.8 0.01 0.000 45 104.280 79.660 24.620 46 57 72. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 46 104.277 78.350 25.927 47RN 58 75. 190. 0. 95. 104PV 145. 1.90 0.062 119.8 0.06 0.005 45 104.276 80.790 23.486 48RN 59 68. 170. 0. 272. E 100 95. 5.43 0.192 98.0 1.03 0.070 49 104.280 79.660 24.620 46 60 50. 120. 0. 345. E 100 95. 6.90 0.244 98.0 1.61 0.080 50 104.351 81.500 22.851 49 61 85. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 50 104.425 80.520 23.905 51RN

62 75. 190. 0. 710. E 450 95. 14.20 0.025 440.8 0.00 0.000 52 104.431 82.010 22.421 50 63 62. 150. 0. 1494. E 450 95. 29.89 0.052 440.8 0.02 0.000 52 104.430 81.090 23.340 62 64 15. 40. 0. 623. E 100 95. 12.46 0.441 98.0 4.80 0.070 62 104.358 81.090 23.268 53 65 65. 160. 0. 294. E 100 95. 5.88 0.208 98.0 1.20 0.080 53 104.281 79.930 24.351 45 66 60. 157. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.010 53 104.351 81.500 22.851 49 67 32. 80. 0. 2414. E 450 95. 48.29 0.084 440.8 0.04 0.000 54 104.431 83.060 21.371 52MH 68 55. 196. 0. 3675. E 450 95. 73.50 0.128 440.8 0.08 0.005 55 104.434 79.260 25.174 63 69 15. 40. 0. 673. 104PV 145. 13.46 0.440 119.8 2.08 0.030 55 104.407 81.070 23.337 56 70 85. 210. 0. 405. 104PV 145. 8.10 0.265 119.8 0.81 0.070 56 104.338 81.800 22.538 57 71 95. 240. 0. 80. 104PV 145. 1.60 0.052 119.8 0.04 0.005 57 104.334 81.090 23.244 58 72 22. 50. 0. 612. 104PV 145. 12.23 0.400 119.8 1.74 0.040 58 104.296 81.090 23.206 44 73 40. 100. 0. 727. 104PV 145. 14.53 0.475 119.8 2.40 0.095 62 104.334 81.090 23.244 58 74 48. 120. 0. 653. 104PV 145. 13.05 0.427 119.8 1.96 0.095 54 104.338 81.800 22.538 57 75 45. 110. 0. 88. 104PV 145. 1.76 0.057 119.8 0.05 0.000 56 104.405 81.090 23.315 42 76 30. 70. 0. 658. 104PV 145. 13.15 0.430 119.8 1.99 0.060 57 104.278 82.010 22.268 43 77 102. 382. 0. 4657. E 450 95. 93.14 0.163 440.8 0.13 0.015 41 104.439 81.000 23.439 55 78 45. 110. 0. 493. 104PV 145. 9.85 0.322 119.8 1.17 0.055 3 104.405 81.090 23.315 42 79 50. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 4 103.949 80.480 23.469 59RN 80 55. 140. 0. 1189. 104PV 145. 23.79 0.778 119.8 5.97 0.330 43 103.950 81.700 22.250 6 81 108. 630. 0. 315. 104PV 145. 6.30 0.206 119.8 0.51 0.055 7 103.894 80.790 23.104 61RN 82 80. 200. 0. 100. E 104 95. 2.00 0.065 101.9 0.13 0.010 14 103.725 79.930 23.795 60RN 83 20. 50. 0. 3192. E 450 95. 63.84 0.111 440.8 0.07 0.000 63 104.433 79.660 24.773 54 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 84 145. 360. 0. 180. 104PV 145. 3.60 0.118 119.8 0.18 0.025 63 104.408 78.040 26.368 64RN 85 48. 120. 0. 86. 104PV 145. 1.73 0.056 119.8 0.05 0.000 37 103.880 77.340 26.540 36

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 25.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 11 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 17.797 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00092 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 12.830 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 5601. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 13895. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 47 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 988. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 0.23/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 25.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 13895.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 30 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 3284. 2552.38 43.35 110645.55 86.00 282424.00 8.30 27257.20 0.05 X SUPPLY COST 14121.20 TOTAL = 3284. 2552.38 110645.55 282424.00 27257.20 14121.20 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 434448. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone CHAUK 2 DATE:�� (CHOUK2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 106.700 77.700 29.000 1FH 1 1475. 0. 0. 116873. 250AC 140. 174.74 0.989 710.7 3.57 5.270 1 101.431 75.625 25.806 2 E 700 95. 1773.15 1.280 2 62. 240. 0. 112862. 400AC 140. 549.06 1.214 726.0 3.02 0.185 2 101.244 74.968 26.276 3 E 650 95. 1331.98 1.115 3 58. 230. 0. 109314. 400AC 140. 531.80 1.176 726.0 2.84 0.165 3 101.079 74.541 26.538 4 E 650 95. 1290.11 1.080 4 94. 370. 0. 108524. 400AC 140. 527.96 1.167 726.0 2.81 0.265 4 100.815 73.856 26.959 5 E 650 95. 1280.78 1.072 5 214. 840. 0. 103452. 600DI 140. 1120.92 1.101 803.2 1.57 0.335 5 100.479 74.451 26.028 6MH E 550 95. 603.28 0.705 6 39. 150. 0. 103196. 600DI 140. 1118.14 1.098 803.2 1.56 0.060 6 100.418 74.080 26.338 7 E 550 95. 601.79 0.704 7 90. 350. 0. 2790. 104PV 145. 46.51 1.521 119.8 20.67 1.860 7 98.558 74.080 24.478 62 8 25. 100. 0. 450. 104PV 145. 7.50 0.245 119.8 0.70 0.020 8 98.482 73.210 25.272 9 9 36. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 9 98.481 72.652 25.829 10RN 10 67. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 9 98.477 72.985 25.492 11RN 11 188. 730. 0. 1256. 104PV 145. 20.94 0.685 119.8 4.72 0.885 8 97.613 72.652 24.961 12 12 57. 220. 0. 110. 104PV 145. 1.83 0.060 119.8 0.05 0.005 12 97.610 72.350 25.260 13RN 13 75. 290. 0. 526. 104PV 145. 8.77 0.287 119.8 0.94 0.070 12 97.542 73.210 24.332 14MH 14 288. 1120. 0. 560. 104PV 145. 9.33 0.305 119.8 1.06 0.305 14 97.238 72.784 24.454 15RN 15 190. 740. 0. 1109. 104PV 145. 18.48 0.604 119.8 3.74 0.710 16 97.542 73.210 24.332 14MH 16 165. 640. 0. 720. 104PV 145. 12.00 0.392 119.8 1.68 0.275 16 97.975 72.541 25.434 17 17 52. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 17 97.973 72.210 25.763 18RN 18 126. 490. 0. 2764. 104PV 145. 46.06 1.506 119.8 20.30 2.560 19 98.253 72.784 25.469 16

19 223. 870. 0. 674. 104PV 145. 11.23 0.367 119.8 1.49 0.330 19 100.479 74.451 26.028 6MH 20 89. 350. 0. 4293. E 500 95. 71.54 0.101 489.8 0.05 0.005 5 100.811 73.658 27.153 19 21 126. 490. 0. 245. E 500 95. 4.08 0.006 489.8 0.00 0.000 4 101.079 74.784 26.295 20RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 22 137. 530. 0. 5121. E 500 95. 85.36 0.121 489.8 0.07 0.010 7 100.409 73.892 26.517 21 23 83. 320. 0. 1690. E 150 95. 28.17 0.443 146.9 3.02 0.250 21 100.159 73.394 26.765 22 24 22. 90. 0. 1185. E 150 95. 19.75 0.310 146.9 1.56 0.035 22 100.124 73.802 26.322 23 25 26. 100. 0. 920. E 150 95. 15.33 0.241 146.9 0.98 0.025 23 100.099 73.812 26.287 24 26 58. 230. 0. 545. E 150 95. 9.08 0.143 146.9 0.37 0.020 24 100.077 74.722 25.355 25MH 27 47. 180. 0. 90. E 150 95. 1.50 0.024 146.9 0.01 0.000 25 100.077 73.910 26.167 26RN 28 79. 310. 0. 2851. E 100 95. 47.52 1.681 98.0 57.29 4.525 21 95.883 73.661 22.222 27 29 85. 330. 0. 1911. E 500 95. 31.86 0.045 489.8 0.01 0.000 27 95.883 73.908 21.975 28 30 87. 340. 0. 1376. E 500 95. 22.94 0.032 489.8 0.01 0.000 28 95.882 74.109 21.773 29 31 23. 90. 0. 2369. 104PV 145. 39.49 1.291 119.8 15.26 0.350 30 95.882 74.109 21.773 29 32 154. 600. 0. 581. 104PV 145. 9.69 0.317 119.8 1.13 0.175 31 96.233 74.300 21.933 30 33 99. 390. 0. 2224. 104PV 145. 37.07 1.212 119.8 13.58 1.345 31 95.063 75.081 19.982 33 34 152. 590. 0. 3596. 104PV 145. 59.93 1.960 119.8 33.05 5.025 2 96.407 77.570 18.837 31MH 35 150. 590. 0. 499. 104PV 145. 8.31 0.272 119.8 0.85 0.130 32 95.063 75.081 19.982 33 36 49. 190. 0. 875. 104PV 145. 14.58 0.477 119.8 2.41 0.120 33 94.944 75.333 19.611 34 37 23. 90. 0. 565. 104PV 145. 9.42 0.308 119.8 1.07 0.025 34 94.920 75.664 19.256 35 38 61. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 35 94.916 76.246 18.670 36RN 39 71. 280. 0. 140. 104PV 145. 2.33 0.076 119.8 0.08 0.005 35 94.914 75.965 18.949 37RN 40 44. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 34 94.943 75.541 19.402 38RN 41 31. 120. 0. 1203. 104PV 145. 20.06 0.656 119.8 4.35 0.135 33 94.928 74.873 20.055 39 42 28. 110. 0. 55. 104PV 145. 0.92 0.030 119.8 0.01 0.000 39 94.927 74.650 20.277 40RN

43 35. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 39 94.927 74.750 20.177 60RN 44 47. 180. 0. 803. 104PV 145. 13.39 0.438 119.8 2.06 0.095 39 94.831 74.563 20.268 41 45 44. 170. 0. 459. 104PV 145. 7.64 0.250 119.8 0.73 0.030 41 94.799 74.874 19.925 42 46 46. 180. 0. 4. 104PV 145. 0.06 0.002 119.8 0.00 0.000 42 94.799 74.985 19.814 43 47 243. 950. 0. 475. 104PV 145. 7.92 0.259 119.8 0.78 0.190 29 95.693 76.151 19.542 44RN 48 78. 300. 0. 150. 104PV 145. 2.50 0.082 119.8 0.09 0.005 43 94.791 75.726 19.065 45RN 49 73. 280. 0. 140. 104PV 145. 2.33 0.076 119.8 0.08 0.005 42 94.793 75.197 19.596 46RN 50 61. 240. 0. 120. 104PV 145. 2.00 0.065 119.8 0.06 0.005 41 94.827 75.114 19.713 47RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 51 53. 210. 0. 175. 104PV 145. 2.92 0.095 119.8 0.12 0.005 48 94.831 74.563 20.268 41 52 79. 310. 0. 477. 104PV 145. 7.96 0.260 119.8 0.79 0.060 49 94.837 74.521 20.316 48 53 32. 120. 0. 774. 104PV 145. 12.90 0.422 119.8 1.92 0.060 49 94.838 74.658 20.180 50 54 47. 180. 0. 48. 104PV 145. 0.80 0.026 119.8 0.01 0.000 50 94.837 74.521 20.316 48 55 49. 190. 0. 481. 104PV 145. 8.02 0.262 119.8 0.80 0.040 50 94.799 74.985 19.814 43 56 26. 100. 0. 2183. 104PV 145. 36.38 1.190 119.8 13.12 0.340 51 96.233 74.300 21.933 30 57 67. 260. 0. 130. 104PV 145. 2.17 0.071 119.8 0.07 0.005 51 96.569 74.863 21.706 52RN 58 210. 820. 0. 2903. 104PV 145. 48.38 1.582 119.8 22.24 4.670 3 96.574 74.381 22.193 51 59 50. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 28 95.880 74.236 21.644 53RN 60 60. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 27 95.880 74.065 21.815 54RN 61 100. 390. 0. 195. 104PV 145. 3.25 0.106 119.8 0.15 0.015 27 95.868 73.985 21.883 61RN 62 50. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 17 97.973 72.784 25.189 55RN 63 76. 300. 0. 150. 104PV 145. 2.50 0.082 119.8 0.09 0.005 22 100.152 73.663 26.489 56RN 64 43. 170. 0. 85. 104PV 145. 1.42 0.046 119.8 0.03 0.000 23 100.123 73.950 26.173 57RN 65 54. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 24 100.096 73.963 26.133 58RN 66 64. 250. 0. 125. 104PV 145. 2.08 0.068 119.8 0.07 0.005 25 100.073 73.758 26.315 59RN

67 42. 160. 0. 1547. 104PV 145. 25.78 0.843 119.8 6.93 0.290 32 94.899 74.236 20.663 49 68 41. 160. 0. 2501. 104PV 145. 41.68 1.363 119.8 16.87 0.690 29 95.190 74.110 21.080 32 69 60. 230. 0. 2544. E 300 95. 42.40 0.167 293.9 0.22 0.015 62 98.545 74.090 24.455 63 70 110. 430. 0. 2370. E 300 95. 39.49 0.155 293.9 0.19 0.020 63 98.524 74.500 24.024 64 71 127. 500. 0. 2371. E 300 95. 39.52 0.155 293.9 0.19 0.025 64 98.499 73.451 25.048 8 72 170. 660. 0. 94439. 600DI 140. 1023.26 1.005 803.2 1.33 0.225 7 100.193 75.300 24.893 65 E 550 95. 550.72 0.644 73 110. 430. 0. 92338. 600DI 140. 1000.49 0.983 803.2 1.27 0.140 65 100.053 75.850 24.203 66 E 550 95. 538.47 0.630 74 55. 210. 0. 90357. 600DI 140. 979.03 0.962 803.2 1.22 0.065 66 99.986 79.910 20.076 67 E 550 95. 526.92 0.616 75 70. 270. 0. 88758. 600DI 140. 961.70 0.945 803.2 1.18 0.085 67 99.903 79.930 19.973 68 E 550 95. 517.59 0.605 76 150. 590. 0. 85723. 600DI 140. 928.82 0.912 803.2 1.11 0.165 68 99.737 83.840 15.897 69MH E 550 95. 499.89 0.584 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 77 65. 250. 0. 74806. 600DI 140. 810.53 0.796 803.2 0.86 0.055 69 99.681 83.540 16.141 70 E 550 95. 436.23 0.510 78 105. 410. 0. 60605. 600DI 140. 656.66 0.645 803.2 0.58 0.060 70 99.619 82.920 16.699 71 E 550 95. 353.42 0.413 79 90. 350. 0. 60225. 600DI 140. 707.43 0.695 778.9 0.67 0.060 71 99.559 80.790 18.769 72 E 500 95. 296.32 0.419 80 95. 370. 0. 25625. E 500 95. 427.09 0.604 489.8 1.32 0.125 72 99.434 79.260 20.174 73 81 120. 470. 0. 19662. E 500 95. 327.70 0.464 489.8 0.81 0.095 73 99.337 78.040 21.297 74 82 115. 450. 0. 15529. E 450 95. 258.82 0.452 440.8 0.87 0.100 74 99.237 77.430 21.807 75 83 40. 160. 0. 11120. E 450 95. 185.33 0.324 440.8 0.47 0.020 75 99.218 76.650 22.568 76 84 50. 200. 0. 10023. E 450 95. 167.06 0.292 440.8 0.39 0.020 76 99.199 75.900 23.299 77 85 25. 100. 0. 6120. E 450 95. 102.00 0.178 440.8 0.16 0.005 77 99.195 75.910 23.285 78 86 50. 200. 0. 5128. E 450 95. 85.47 0.149 440.8 0.11 0.005 78 99.190 77.690 21.500 79 87 45. 180. 0. 2030. E 450 95. 33.83 0.059 440.8 0.02 0.000 79 99.189 75.640 23.549 80

88 125. 490. 0. 1510. 104PV 145. 25.16 0.823 119.8 6.62 0.830 79 98.361 77.130 21.231 81 89 65. 250. 0. 1570. 104PV 145. 26.17 0.856 119.8 7.13 0.465 81 97.898 76.910 20.988 82 90 145. 570. 0. 1837. 104PV 145. 30.62 1.001 119.8 9.53 1.380 82 96.516 77.000 19.516 83 91 45. 180. 0. 1550. 104PV 145. 25.83 0.845 119.8 6.96 0.315 83 96.203 77.130 19.073 84 92 75. 290. 0. 755. 104PV 145. 12.58 0.411 119.8 1.84 0.140 84 96.065 76.930 19.135 85 93 85. 330. 0. 811. 104PV 145. 13.51 0.442 119.8 2.10 0.180 85 95.887 76.500 19.387 86 94 90. 350. 0. 539. 104PV 145. 8.99 0.294 119.8 0.99 0.090 86 95.799 76.030 19.769 87 95 40. 160. 0. 528. 104PV 145. 8.80 0.288 119.8 0.95 0.040 87 95.761 76.820 18.941 88 96 90. 350. 0. 441. 104PV 145. 7.35 0.240 119.8 0.68 0.060 88 95.700 75.600 20.100 89 97 40. 160. 0. 766. 104PV 145. 12.77 0.418 119.8 1.89 0.075 89 95.624 75.600 20.024 90 98 85. 330. 0. 521. 104PV 145. 8.69 0.284 119.8 0.93 0.080 90 95.545 79.050 16.495 91 99 20. 80. 0. 1500. 104PV 145. 25.00 0.817 119.8 6.55 0.130 91 95.415 78.920 16.495 92 100 40. 160. 0. 1130. 104PV 145. 18.83 0.616 119.8 3.87 0.155 92 95.260 77.320 17.940 93 101 150. 1050. 0. 244. 104PV 145. 4.06 0.133 119.8 0.23 0.035 93 95.226 78.500 16.726 305RN 102 50. 200. 0. 1284. E 125 95. 21.39 0.484 122.5 4.41 0.220 94 95.545 79.050 16.495 91 103 50. 200. 0. 2838. E 250 95. 47.30 0.268 244.9 0.65 0.035 95 95.766 80.100 15.666 94 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 104 30. 120. 0. 3259. E 250 95. 54.31 0.307 244.9 0.85 0.025 96 95.799 80.180 15.619 95 105 55. 210. 0. 4042. E 250 95. 67.37 0.381 244.9 1.26 0.070 97 95.824 82.310 13.514 96MH 106 55. 210. 0. 5290. E 250 95. 88.17 0.499 244.9 2.07 0.115 98 95.893 82.310 13.583 97 107 135. 530. 0. 266. E 100 95. 4.43 0.157 98.0 0.71 0.095 99 96.007 78.960 17.047 98 108 50. 200. 0. 791. 104PV 145. 13.18 0.431 119.8 2.00 0.100 84 96.103 76.300 19.803 99 109 50. 200. 0. 466. 104PV 145. 7.77 0.254 119.8 0.75 0.040 99 96.065 76.930 19.135 85 110 125. 490. 0. 314. E 100 95. 5.23 0.185 98.0 0.96 0.120 98 95.887 76.500 19.387 86 111 120. 470. 0. 478. 104PV 145. 7.97 0.261 119.8 0.79 0.095 97 95.799 76.030 19.769 87

112 115. 450. 0. 393. 104PV 145. 6.56 0.214 119.8 0.55 0.065 96 95.761 76.820 18.941 88 113 95. 370. 0. 765. E 150 95. 12.76 0.201 146.9 0.70 0.065 94 95.700 75.600 20.100 89 114 80. 310. 0. 561. E 100 95. 9.35 0.331 98.0 2.82 0.225 100 96.103 76.300 19.803 99 115 30. 120. 0. 909. E 100 95. 15.15 0.536 98.0 6.89 0.205 101 96.329 80.180 16.149 100 116 35. 140. 0. 9193. E 250 95. 153.22 0.867 244.9 5.77 0.200 102 96.536 80.100 16.436 101 117 25. 100. 0. 11488. E 300 95. 191.47 0.752 293.9 3.59 0.090 103 96.738 80.050 16.688 102 118 160. 620. 0. 11434. E 300 95. 190.57 0.749 293.9 3.56 0.570 104 96.827 80.480 16.347 103 119 95. 370. 0. 7759. 250AC 140. 109.91 0.622 302.2 1.51 0.145 104 97.253 83.530 13.723 105 E 150 95. 19.40 0.305 120 55. 210. 0. 5095. 200AC 140. 75.74 0.670 237.4 2.25 0.125 105 97.129 83.530 13.599 106MH E 104 95. 9.18 0.300 121 35. 140. 0. 3797. 151PV 145. 51.83 0.804 187.6 4.11 0.145 106 96.985 82.920 14.065 107 E 100 95. 11.45 0.405 122 40. 160. 0. 1092. 104PV 145. 18.19 0.595 119.8 3.63 0.145 108 96.455 79.860 16.595 109 123 80. 310. 0. 1542. 104PV 145. 25.70 0.840 119.8 6.89 0.550 109 95.903 80.180 15.723 110 124 155. 600. 0. 524. 104PV 145. 8.74 0.286 119.8 0.93 0.145 110 95.758 77.980 17.778 111 125 40. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 111 95.757 76.540 19.217 112RN 126 55. 210. 0. 41. E 125 95. 0.68 0.015 122.5 0.01 0.000 113 95.758 77.980 17.778 111 127 80. 310. 0. 155. 104PV 145. 2.58 0.084 119.8 0.10 0.010 113 95.751 76.560 19.191 114RN 128 95. 370. 0. 346. 104PV 145. 5.77 0.189 119.8 0.43 0.040 115 95.759 76.880 18.879 113 129 45. 180. 0. 16. 104PV 145. 0.27 0.009 119.8 0.00 0.000 116 95.800 83.730 12.070 115MH 130 25. 100. 0. 420. 104PV 145. 6.99 0.229 119.8 0.62 0.015 116 95.785 81.050 14.735 117 131 45. 180. 0. 171. E 100 95. 2.85 0.101 98.0 0.31 0.015 95 95.785 81.050 14.735 117 132 70. 270. 0. 269. E 150 95. 4.49 0.071 146.9 0.10 0.005 94 95.759 76.880 18.879 113 133 65. 250. 0. 125. E 100 95. 2.08 0.074 98.0 0.17 0.010 92 95.403 83.170 12.233 251RN 134 55. 210. 0. 681. 104PV 145. 11.34 0.371 119.8 1.52 0.085 118 95.800 83.100 12.700 116 135 30. 120. 0. 791. 104PV 145. 13.18 0.431 119.8 2.00 0.060 119 95.883 84.110 11.773 118MH

136 30. 120. 0. 431. 104PV 145. 7.19 0.235 119.8 0.65 0.020 120 95.943 83.220 12.723 119 137 90. 350. 0. 517. 104PV 145. 8.62 0.282 119.8 0.91 0.080 120 95.881 80.180 15.701 121 138 65. 250. 0. 1309. 104PV 145. 21.82 0.713 119.8 5.09 0.330 122 95.963 84.110 11.853 120MH 139 45. 180. 0. 1352. 104PV 145. 22.54 0.737 119.8 5.40 0.245 123 96.294 83.220 13.074 122 140 60. 230. 0. 585. E 104 95. 9.75 0.319 101.9 2.52 0.150 124 96.537 82.310 14.227 123 141 45. 180. 0. 771. E 104 95. 12.85 0.420 101.9 4.20 0.190 125 96.688 80.480 16.208 124 142 45. 180. 0. 178. E 104 95. 2.96 0.097 101.9 0.28 0.010 126 96.877 83.030 13.847 125 143 35. 140. 0. 484. E 104 95. 8.07 0.264 101.9 1.77 0.060 126 96.827 80.480 16.347 103 144 145. 570. 0. 304. 104PV 145. 5.07 0.166 119.8 0.34 0.050 102 96.688 80.480 16.208 124 145 145. 570. 0. 457. 104PV 145. 7.61 0.249 119.8 0.72 0.105 127 96.294 83.220 13.074 122 146 110. 430. 0. 695. E 150 95. 11.58 0.182 146.9 0.58 0.065 98 95.943 83.220 12.723 119 147 70. 270. 0. 189. 104PV 145. 3.16 0.103 119.8 0.14 0.010 97 95.883 84.110 11.773 118MH 148 75. 290. 0. 305. 104PV 145. 5.09 0.166 119.8 0.34 0.025 117 95.759 76.880 18.879 113 149 50. 200. 0. 705. 104PV 145. 11.75 0.384 119.8 1.62 0.080 121 95.800 83.730 12.070 115MH 150 25. 100. 0. 513. 104PV 145. 8.54 0.279 119.8 0.90 0.020 110 95.881 80.180 15.701 121 151 40. 160. 0. 1114. 104PV 145. 18.56 0.607 119.8 3.77 0.150 107 96.834 85.890 10.944 128 152 135. 530. 0. 950. 104PV 145. 15.84 0.518 119.8 2.81 0.380 128 96.455 79.860 16.595 109 153 165. 640. 0. 502. 104PV 145. 8.36 0.273 119.8 0.86 0.140 129 96.834 85.890 10.944 128 154 25. 100. 0. 226. 104PV 145. 3.76 0.123 119.8 0.20 0.005 130 96.977 86.760 10.217 129MH 155 40. 160. 0. 153. 104PV 145. 2.56 0.084 119.8 0.10 0.005 130 96.978 84.680 12.298 131 156 65. 250. 0. 59. 104PV 145. 0.99 0.032 119.8 0.02 0.000 131 96.977 86.760 10.217 129MH 157 125. 490. 0. 356. 104PV 145. 5.93 0.194 119.8 0.46 0.055 132 96.978 84.680 12.298 131 158 25. 100. 0. 410. 104PV 145. 6.83 0.223 119.8 0.59 0.015 132 97.020 84.500 12.520 133 159 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 133 97.018 85.110 11.908 134RN 160 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 133 97.018 84.000 13.018 135RN

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 161 155. 600. 0. 291. 104PV 145. 4.84 0.158 119.8 0.31 0.050 132 96.986 84.050 12.936 136 162 50. 200. 0. 20907. E 300 95. 348.44 1.369 293.9 10.88 0.545 137 97.397 81.090 16.307 104 163 30. 120. 0. 20543. E 300 95. 342.38 1.345 293.9 10.53 0.315 138 97.941 80.700 17.241 137 164 105. 410. 0. 20820. 132PV 145. 52.10 1.058 312.6 7.99 0.840 139 98.257 80.790 17.467 138 E 300 95. 294.90 1.159 165 50. 200. 0. 22740. 300AC 140. 226.05 0.888 415.0 2.37 0.120 140 99.095 79.870 19.225 139 E 300 95. 152.94 0.601 166 50. 200. 0. 28112. 350AC 140. 279.46 0.807 484.1 1.66 0.085 141 99.214 80.790 18.424 140 E 350 95. 189.08 0.546 167 30. 120. 0. 28765. 350AC 140. 285.95 0.826 484.1 1.73 0.050 142 99.297 82.860 16.437 141 E 350 95. 193.47 0.559 168 65. 250. 0. 29566. 350AC 140. 293.91 0.849 484.1 1.82 0.120 143 99.348 82.620 16.728 142 E 350 95. 198.86 0.574 169 35. 140. 0. 30742. 350AC 140. 305.60 0.882 484.1 1.95 0.070 144 99.466 79.570 19.896 143 E 350 95. 206.77 0.597 170 50. 200. 0. 33018. 600DI 140. 472.79 0.464 722.4 0.32 0.015 145 99.535 80.500 19.035 144 E 350 95. 77.51 0.224 171 25. 100. 0. 34190. 600DI 140. 489.57 0.481 722.4 0.34 0.010 72 99.551 80.790 18.761 145 E 350 95. 80.26 0.232 172 75. 290. 0. 700. 104PV 145. 11.67 0.382 119.8 1.60 0.120 144 99.415 79.360 20.055 146 173 45. 180. 0. 342. 104PV 145. 5.70 0.186 119.8 0.42 0.020 73 99.415 79.360 20.055 146 174 185. 720. 0. 447. 104PV 145. 7.46 0.244 119.8 0.70 0.130 146 99.286 79.650 19.636 147 175 85. 330. 0. 816. 104PV 145. 13.60 0.445 119.8 2.12 0.180 143 99.286 79.650 19.636 147 176 105. 410. 0. 759. 104PV 145. 12.66 0.414 119.8 1.86 0.195 147 99.091 78.040 21.051 148 177 25. 100. 0. 105. 104PV 145. 1.74 0.057 119.8 0.05 0.000 149 99.091 78.040 21.051 148 178 55. 210. 0. 917. 104PV 145. 15.29 0.500 119.8 2.63 0.145 75 99.092 77.400 21.692 149 179 90. 350. 0. 482. 104PV 145. 8.04 0.263 119.8 0.80 0.070 149 99.020 77.500 21.520 151 180 55. 210. 0. 154. 104PV 145. 2.57 0.084 119.8 0.10 0.005 151 99.015 78.800 20.215 150MH 181 40. 160. 0. 1373. 104PV 145. 22.88 0.748 119.8 5.56 0.220 75 99.015 78.800 20.215 150MH

182 55. 210. 0. 57. 104PV 145. 0.94 0.031 119.8 0.02 0.000 152 99.020 77.500 21.520 151 183 130. 510. 0. 92. 104PV 145. 1.54 0.050 119.8 0.04 0.005 152 99.016 77.300 21.716 153 184 80. 310. 0. 141. 104PV 145. 2.35 0.077 119.8 0.08 0.005 153 99.010 77.430 21.580 154 185 55. 210. 0. 720. 104PV 145. 12.00 0.392 119.8 1.68 0.090 154 98.917 78.000 20.917 155 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 186 55. 210. 0. 993. 104PV 145. 16.54 0.541 119.8 3.05 0.170 155 98.749 78.540 20.209 156MH 187 25. 100. 0. 2212. 104PV 145. 36.87 1.206 119.8 13.44 0.335 157 98.749 78.540 20.209 156MH 188 75. 290. 0. 1490. 104PV 145. 24.83 0.812 119.8 6.46 0.485 156 98.265 77.000 21.265 158 189 45. 180. 0. 937. 104PV 145. 15.62 0.511 119.8 2.74 0.125 158 98.141 76.700 21.441 159 190 85. 330. 0. 152. 104PV 145. 2.54 0.083 119.8 0.09 0.010 158 98.257 80.790 17.467 138 191 70. 270. 0. 225. 104PV 145. 3.75 0.123 119.8 0.20 0.015 159 98.127 77.300 20.827 160 192 105. 410. 0. 282. 104PV 145. 4.70 0.154 119.8 0.30 0.030 159 98.110 78.170 19.940 161MH 193 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 161 98.108 77.820 20.288 162RN 194 75. 290. 0. 248. 104PV 145. 4.13 0.135 119.8 0.23 0.015 160 98.110 78.170 19.940 161MH 195 85. 330. 0. 165. 104PV 145. 2.75 0.090 119.8 0.11 0.010 82 97.889 76.900 20.989 163RN 196 20. 80. 0. 1546. 104PV 145. 25.76 0.842 119.8 6.92 0.140 102 96.599 80.350 16.249 164 197 65. 250. 0. 693. E 100 95. 11.55 0.408 98.0 4.17 0.270 164 96.328 80.450 15.878 165MH 198 65. 250. 0. 456. E 100 95. 7.60 0.269 98.0 1.92 0.125 165 96.203 77.130 19.073 84 199 155. 600. 0. 388. 104PV 145. 6.46 0.211 119.8 0.53 0.085 164 96.516 77.000 19.516 83 200 30. 120. 0. 73. 104PV 145. 1.21 0.040 119.8 0.02 0.000 100 96.328 80.450 15.878 165MH 201 110. 430. 0. 7077. E 250 95. 117.96 0.667 244.9 3.56 0.390 127 96.007 78.960 17.047 98 202 35. 140. 0. 1609. 104PV 145. 26.82 0.877 119.8 7.46 0.260 166 98.127 77.300 20.827 160 203 105. 410. 0. 759. 104PV 145. 12.66 0.414 119.8 1.86 0.195 167 98.389 77.500 20.889 166 204 20. 80. 0. 1725. 104PV 145. 28.75 0.940 119.8 8.48 0.170 168 98.583 78.650 19.933 167MH 205 70. 270. 0. 1031. 104PV 145. 17.18 0.562 119.8 3.27 0.230 169 98.753 78.500 20.253 168

206 40. 160. 0. 489. 104PV 145. 8.16 0.267 119.8 0.82 0.035 150 98.982 76.650 22.332 169 207 120. 470. 0. 1105. 104PV 145. 18.41 0.602 119.8 3.72 0.445 77 98.753 78.500 20.253 168 208 115. 450. 0. 749. 104PV 145. 12.48 0.408 119.8 1.81 0.210 170 97.941 80.700 17.241 137 209 30. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 170 98.148 80.900 17.248 171RN 210 105. 410. 0. 1299. 104PV 145. 21.65 0.708 119.8 5.02 0.525 172 98.149 80.700 17.449 170 211 25. 100. 0. 190. 104PV 145. 3.16 0.103 119.8 0.14 0.005 173 98.675 81.300 17.375 172 212 125. 490. 0. 245. 104PV 145. 4.08 0.134 119.8 0.23 0.030 173 98.650 82.500 16.150 174RN 213 65. 250. 0. 855. 104PV 145. 14.24 0.466 119.8 2.31 0.150 175 98.679 82.250 16.429 173 214 55. 210. 0. 2492. 104PV 145. 41.53 1.358 119.8 16.76 0.920 175 97.907 86.060 11.847 176MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 215 65. 250. 0. 1432. 104PV 145. 23.86 0.780 119.8 6.01 0.390 176 97.517 83.230 14.287 177 216 55. 210. 0. 725. 104PV 145. 12.08 0.395 119.8 1.70 0.095 176 97.814 82.620 15.194 178 217 55. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 178 97.811 84.030 13.781 179RN 218 105. 410. 0. 205. 104PV 145. 3.42 0.112 119.8 0.16 0.015 178 97.796 83.170 14.626 252RN 219 175. 680. 0. 895. 104PV 145. 14.91 0.488 119.8 2.51 0.440 180 97.517 83.230 14.287 177 220 50. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 180 97.955 78.000 19.955 304RN 221 105. 410. 0. 1640. 104PV 145. 27.33 0.894 119.8 7.72 0.810 181 97.957 84.140 13.817 180MH 222 40. 160. 0. 1111. E 104 95. 18.52 0.606 101.9 8.27 0.330 182 98.768 83.750 15.018 181 223 60. 230. 0. 1051. E 150 95. 17.52 0.275 146.9 1.25 0.075 183 99.098 83.600 15.498 182 224 50. 200. 0. 1193. E 150 95. 19.88 0.312 146.9 1.58 0.080 184 99.174 83.730 15.444 183MH 225 20. 80. 0. 3168. 151PV 145. 52.79 0.819 173.9 4.25 0.085 184 99.168 83.840 15.328 185 226 100. 390. 0. 531. 104PV 145. 8.84 0.289 119.8 0.96 0.095 186 99.168 83.840 15.328 185 227 75. 290. 0. 708. 104PV 145. 11.80 0.386 119.8 1.63 0.120 187 99.263 84.600 14.663 186MH 228 60. 230. 0. 269. 104PV 145. 4.48 0.146 119.8 0.27 0.015 187 99.369 84.770 14.599 188MH 229 140. 550. 0. 4775. 250AC 140. 79.59 0.450 284.1 0.83 0.115 188 99.253 83.230 16.023 184

230 35. 140. 0. 1190. 104PV 145. 19.84 0.649 119.8 4.27 0.150 144 99.386 84.010 15.376 187 231 85. 330. 0. 328. 104PV 145. 5.46 0.179 119.8 0.39 0.035 141 99.263 84.600 14.663 186MH 232 115. 450. 0. 568. E 150 95. 9.47 0.149 146.9 0.40 0.045 140 99.168 83.840 15.328 185 233 65. 250. 0. 1489. 104PV 145. 24.82 0.812 119.8 6.46 0.420 139 98.675 81.300 17.375 172 234 30. 120. 0. 4570. 200AC 140. 76.17 0.673 227.3 2.28 0.070 189 99.369 84.770 14.599 188MH 235 50. 200. 0. 1269. 104PV 145. 21.14 0.691 119.8 4.80 0.240 189 99.198 82.500 16.698 190 236 95. 370. 0. 258. 104PV 145. 4.30 0.141 119.8 0.25 0.025 190 99.174 83.730 15.444 183MH 237 120. 470. 0. 490. 104PV 145. 8.17 0.267 119.8 0.83 0.100 190 99.098 83.600 15.498 182 238 90. 350. 0. 5938. 250AC 140. 98.96 0.560 284.1 1.25 0.110 191 99.438 81.400 18.038 189 239 45. 180. 0. 6883. 250AC 140. 114.72 0.649 284.1 1.64 0.075 192 99.550 80.910 18.640 191 240 70. 270. 0. 1241. 104PV 145. 20.68 0.676 119.8 4.61 0.325 192 99.301 84.750 14.551 193 241 60. 230. 0. 1000. 104PV 145. 16.66 0.545 119.8 3.09 0.185 193 99.116 86.280 12.836 194MH 242 65. 250. 0. 101. 104PV 145. 1.69 0.055 119.8 0.04 0.005 195 99.116 86.280 12.836 194MH 243 65. 250. 0. 1345. 104PV 145. 22.42 0.733 119.8 5.35 0.350 195 98.771 86.060 12.711 196MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 244 55. 210. 0. 1563. 104PV 145. 26.06 0.852 119.8 7.07 0.390 196 98.382 84.450 13.932 197 245 70. 270. 0. 928. 104PV 145. 15.47 0.506 119.8 2.69 0.190 197 98.194 81.700 16.494 198 246 65. 250. 0. 229. 104PV 145. 3.82 0.125 119.8 0.20 0.015 198 98.180 79.600 18.580 199 247 125. 490. 0. 245. E 100 95. 4.08 0.144 98.0 0.61 0.075 199 98.104 73.520 24.584 200RN 248 85. 330. 0. 551. E 100 95. 9.18 0.325 98.0 2.73 0.230 201 98.180 79.600 18.580 199 249 55. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 201 98.410 77.610 20.800 202RN 250 50. 200. 0. 1026. E 132 95. 17.10 0.347 129.3 2.23 0.110 64 98.412 75.100 23.312 201 251 45. 180. 0. 540. 104PV 145. 9.00 0.294 119.8 0.99 0.045 198 98.149 79.340 18.809 203 252 30. 120. 0. 60. 104PV 145. 1.00 0.033 119.8 0.02 0.000 203 98.149 79.000 19.149 204RN 253 85. 330. 0. 165. 104PV 145. 2.75 0.090 119.8 0.11 0.010 203 98.140 75.500 22.640 205RN

254 35. 140. 0. 325. E 104 95. 5.42 0.177 101.9 0.85 0.030 197 98.352 85.660 12.692 206MH 255 70. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 206 98.347 85.500 12.847 207RN 256 190. 740. 0. 385. E 104 95. 6.41 0.210 101.9 1.16 0.220 208 98.352 85.660 12.692 206MH 257 25. 100. 0. 4090. E 132 95. 68.16 1.384 129.3 28.90 0.720 209 98.572 79.600 18.972 208 258 55. 210. 0. 1615. 104PV 145. 26.91 0.880 119.8 7.51 0.415 210 99.295 81.500 17.795 209MH 259 60. 230. 0. 1245. 104PV 145. 20.75 0.678 119.8 4.64 0.280 67 99.708 76.910 22.798 210 260 65. 250. 0. 985. 104PV 145. 16.42 0.537 119.8 3.01 0.195 68 99.708 76.910 22.798 210 261 70. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 210 99.702 75.460 24.242 211RN 262 150. 590. 0. 2990. E 300 95. 49.84 0.196 293.9 0.30 0.045 208 98.528 75.000 23.528 212 263 95. 370. 0. 758. E 300 95. 12.63 0.050 293.9 0.02 0.000 212 98.526 75.600 22.926 213 264 35. 140. 0. 17. 104PV 145. 0.29 0.009 119.8 0.00 0.000 214 98.526 75.600 22.926 213 265 50. 200. 0. 100. 104PV 145. 1.67 0.054 119.8 0.04 0.000 214 98.523 75.800 22.723 215RN 266 75. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 213 98.519 76.000 22.519 216RN 267 60. 230. 0. 115. 104PV 145. 1.92 0.063 119.8 0.06 0.005 213 98.522 77.220 21.302 217RN 268 120. 470. 0. 522. 104PV 145. 8.71 0.285 119.8 0.93 0.110 218 98.526 75.910 22.616 214MH 269 40. 160. 0. 2246. E 104 95. 37.44 1.224 101.9 30.43 1.215 219 98.637 75.910 22.727 218 270 65. 250. 0. 596. 104PV 145. 9.93 0.325 119.8 1.18 0.075 218 98.560 75.140 23.420 220 271 70. 270. 0. 152. 104PV 145. 2.54 0.083 119.8 0.09 0.005 220 98.553 75.190 23.363 221 272 100. 390. 0. 493. 104PV 145. 8.22 0.269 119.8 0.84 0.085 218 98.553 75.190 23.363 221 273 35. 140. 0. 113. 104PV 145. 1.89 0.062 119.8 0.05 0.000 220 98.558 74.080 24.478 62 274 40. 160. 0. 236. 104PV 145. 3.93 0.128 119.8 0.21 0.010 221 98.545 74.090 24.455 63 275 55. 210. 0. 1451. 104PV 145. 24.18 0.791 119.8 6.16 0.340 65 99.854 76.420 23.434 219 276 75. 290. 0. 1125. E 132 95. 18.76 0.381 129.3 2.65 0.200 66 99.854 76.420 23.434 219 277 55. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 66 100.050 76.470 23.580 222RN 278 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 66 100.051 76.790 23.261 223RN

279 80. 310. 0. 6738. E 300 95. 112.30 0.441 293.9 1.34 0.105 224 99.119 85.670 13.449 195 280 115. 450. 0. 1063. 104PV 145. 17.72 0.579 119.8 3.46 0.400 224 98.827 81.400 17.427 225 281 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 225 98.826 81.270 17.556 226RN 282 55. 210. 0. 553. 104PV 145. 9.22 0.301 119.8 1.03 0.055 225 98.771 86.060 12.711 196MH 283 40. 160. 0. 8261. E 300 95. 137.69 0.541 293.9 1.95 0.080 227 99.225 78.360 20.865 224 284 45. 180. 0. 11201. E 300 95. 186.69 0.734 293.9 3.43 0.155 228 99.303 81.400 17.903 227 285 35. 140. 0. 2700. E 300 95. 45.00 0.177 293.9 0.25 0.010 227 99.295 81.500 17.795 209MH 286 95. 370. 0. 10311. E 300 95. 171.85 0.675 293.9 2.94 0.280 69 99.458 81.700 17.758 228 287 85. 330. 0. 1330. 104PV 145. 22.17 0.725 119.8 5.24 0.445 68 99.458 81.700 17.758 228 288 65. 250. 0. 4762. E 250 95. 79.36 0.449 244.9 1.71 0.110 195 99.008 83.920 15.088 229 289 45. 180. 0. 3077. E 250 95. 51.29 0.290 244.9 0.76 0.035 229 98.973 84.800 14.173 230MH 290 120. 470. 0. 1714. E 250 95. 28.56 0.162 244.9 0.26 0.030 230 98.942 78.350 20.592 231 291 55. 210. 0. 105. 104PV 145. 1.75 0.057 119.8 0.05 0.005 231 98.940 78.300 20.640 232RN 292 105. 410. 0. 717. E 100 95. 11.95 0.423 98.0 4.44 0.465 230 98.507 80.100 18.407 233 293 30. 120. 0. 1511. 104PV 145. 25.19 0.824 119.8 6.64 0.200 233 98.307 80.040 18.267 234MH 294 150. 590. 0. 432. 104PV 145. 7.21 0.236 119.8 0.65 0.100 234 98.209 79.220 18.989 235 295 140. 550. 0. 449. 104PV 145. 7.48 0.245 119.8 0.70 0.100 234 98.209 79.220 18.989 235 296 30. 120. 0. 251. E 104 95. 4.19 0.137 101.9 0.53 0.015 235 98.194 81.700 16.494 198 297 105. 410. 0. 1264. 104PV 145. 21.07 0.689 119.8 4.77 0.500 229 98.507 80.100 18.407 233 298 60. 230. 0. 2. 104PV 145. 0.03 0.001 119.8 0.00 0.000 230 98.973 83.220 15.753 236 299 105. 410. 0. 391. 104PV 145. 6.52 0.213 119.8 0.54 0.055 236 98.916 75.300 23.616 237 300 125. 490. 0. 245. 104PV 145. 4.08 0.134 119.8 0.23 0.030 237 98.888 79.150 19.738 238RN 301 30. 120. 0. 615. 104PV 145. 10.24 0.335 119.8 1.25 0.040 237 98.879 75.530 23.349 239 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 302 75. 290. 0. 591. 104PV 145. 9.86 0.322 119.8 1.17 0.090 239 98.791 83.530 15.261 240

303 40. 160. 0. 80. 104PV 145. 1.33 0.044 119.8 0.03 0.000 240 98.790 73.260 25.530 241RN 304 40. 160. 0. 206. 104PV 145. 3.44 0.113 119.8 0.17 0.005 240 98.784 84.750 14.034 242MH 305 75. 290. 0. 675. 104PV 145. 11.25 0.368 119.8 1.49 0.110 243 98.784 84.750 14.034 242MH 306 40. 160. 0. 576. E 150 95. 9.60 0.151 146.9 0.41 0.015 242 98.768 83.750 15.018 181 307 130. 510. 0. 572. E 125 95. 9.54 0.216 122.5 0.99 0.130 243 98.768 83.750 15.018 181 308 65. 250. 0. 2184. 151PV 145. 29.81 0.462 187.6 1.48 0.095 244 98.896 76.800 22.096 243 E 100 95. 6.59 0.233 309 50. 200. 0. 101. 104PV 145. 1.69 0.055 119.8 0.04 0.000 245 98.992 77.730 21.262 244 310 65. 250. 0. 125. 104PV 145. 2.08 0.068 119.8 0.07 0.005 245 98.990 76.520 22.470 246RN 311 90. 350. 0. 1054. 104PV 145. 17.57 0.575 119.8 3.41 0.305 193 98.994 78.350 20.644 245 312 50. 200. 0. 2407. 151PV 145. 32.86 0.510 187.6 1.77 0.090 247 98.992 77.730 21.262 244 E 100 95. 7.26 0.257 313 45. 180. 0. 1031. E 100 95. 17.18 0.608 98.0 8.71 0.390 248 99.080 77.730 21.350 247 314 45. 180. 0. 1717. E 150 95. 28.62 0.450 146.9 3.11 0.140 249 99.472 78.960 20.512 248 315 65. 250. 0. 1692. 104PV 145. 28.19 0.922 119.8 8.18 0.530 249 99.080 77.730 21.350 247 316 30. 120. 0. 3684. 250AC 140. 52.19 0.295 302.2 0.38 0.010 192 99.612 80.500 19.112 249 E 150 95. 9.21 0.145 317 60. 230. 0. 907. 104PV 145. 15.12 0.494 119.8 2.58 0.155 145 99.396 82.600 16.796 250 318 55. 210. 0. 221. 104PV 145. 3.69 0.121 119.8 0.19 0.010 250 99.386 84.010 15.376 187 319 40. 160. 0. 1672. E 300 95. 27.87 0.110 293.9 0.10 0.005 212 98.524 74.500 24.024 64 320 75. 290. 0. 1383. E 125 95. 23.06 0.522 122.5 5.06 0.380 70 99.301 84.750 14.551 193 321 65. 250. 0. 12218. 350AC 140. 198.64 0.574 401.5 0.88 0.055 70 99.624 82.610 17.014 192 E 100 95. 4.98 0.176 322 55. 210. 0. 323. 104PV 145. 5.38 0.176 119.8 0.38 0.020 245 98.973 83.220 15.753 236 323 95. 370. 0. 676. 104PV 145. 11.27 0.369 119.8 1.50 0.140 194 98.973 83.220 15.753 236 324 75. 290. 0. 1124. E 200 95. 18.73 0.166 195.9 0.35 0.025 231 98.916 75.300 23.616 237 325 60. 230. 0. 297. E 125 95. 4.95 0.112 122.5 0.29 0.020 243 98.879 75.530 23.349 239 326 70. 270. 0. 371. 104PV 145. 6.19 0.202 119.8 0.49 0.035 248 99.438 81.400 18.038 189

327 135. 530. 0. 416. E 104 95. 6.93 0.226 101.9 1.34 0.180 191 99.369 84.770 14.599 188MH 328 60. 230. 0. 351. 104PV 145. 5.85 0.191 119.8 0.44 0.025 250 99.369 84.770 14.599 188MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 329 100. 390. 0. 421. 104PV 145. 7.01 0.229 119.8 0.62 0.060 142 99.286 79.650 19.636 147 330 25. 100. 0. 559. E 100 95. 9.32 0.330 98.0 2.80 0.070 148 99.021 77.400 21.621 152 331 65. 250. 0. 584. E 100 95. 9.73 0.344 98.0 3.04 0.195 140 99.016 77.300 21.716 153 332 75. 290. 0. 628. 104PV 145. 10.46 0.342 119.8 1.30 0.100 150 98.917 78.000 20.917 155 333 30. 120. 0. 899. 104PV 145. 14.98 0.490 119.8 2.54 0.075 157 99.010 77.430 21.580 154 334 75. 290. 0. 1270. 104PV 145. 21.17 0.692 119.8 4.81 0.360 156 98.389 77.500 20.889 166 335 75. 290. 0. 576. E 100 95. 9.60 0.339 98.0 2.96 0.220 167 98.361 77.130 21.231 81 336 60. 230. 0. 1122. 104PV 145. 18.70 0.611 119.8 3.82 0.230 160 97.898 76.910 20.988 82 337 40. 160. 0. 836. E 100 95. 13.94 0.493 98.0 5.91 0.235 76 98.982 76.650 22.332 169 338 115. 450. 0. 3446. 200AC 140. 51.77 0.458 236.4 1.11 0.130 140 99.086 78.350 20.736 157 E 100 95. 5.66 0.200 339 60. 230. 0. 3691. 151PV 145. 61.52 0.954 173.9 5.64 0.340 185 98.829 84.750 14.079 175 340 55. 210. 0. 1756. 104PV 145. 29.27 0.957 119.8 8.77 0.480 177 97.035 83.230 13.805 132 341 95. 370. 0. 694. E 250 95. 11.57 0.065 244.9 0.05 0.005 136 96.981 86.700 10.281 130 342 105. 410. 0. 917. 104PV 145. 15.28 0.500 119.8 2.63 0.275 105 96.977 86.760 10.217 129MH 343 110. 430. 0. 1037. 104PV 145. 17.28 0.565 119.8 3.30 0.365 105 96.889 81.800 15.089 126 344 90. 350. 0. 948. 104PV 145. 15.80 0.517 119.8 2.80 0.250 106 96.877 83.030 13.847 125 345 20. 80. 0. 1012. 104PV 145. 16.87 0.551 119.8 3.16 0.065 108 96.537 82.310 14.227 123 346 30. 120. 0. 8094. E 250 95. 134.90 0.763 244.9 4.56 0.135 101 96.399 80.180 16.219 127 347 75. 290. 0. 4967. 132PV 145. 82.78 1.680 152.0 18.82 1.410 73 98.022 78.350 19.672 253MH 348 25. 100. 0. 4772. 132PV 145. 79.53 1.614 152.0 17.48 0.435 253 97.585 77.130 20.455 254 349 90. 350. 0. 35. 104PV 145. 0.58 0.019 119.8 0.01 0.000 254 97.585 78.040 19.545 255MH 350 65. 250. 0. 1337. 104PV 145. 22.28 0.729 119.8 5.29 0.345 255 97.241 77.080 20.161 256

351 45. 180. 0. 904. 104PV 145. 15.06 0.492 119.8 2.56 0.115 263 97.241 77.080 20.161 256 352 40. 160. 0. 2630. 104PV 145. 43.84 1.433 119.8 18.52 0.740 257 97.356 77.140 20.216 263 353 65. 250. 0. 1455. 104PV 145. 24.26 0.793 119.8 6.19 0.400 303 98.097 76.430 21.667 257 354 25. 100. 0. 1507. 104PV 145. 25.11 0.821 119.8 6.60 0.165 263 97.191 77.100 20.091 258MH 355 35. 140. 0. 70. 104PV 145. 1.17 0.038 119.8 0.02 0.000 258 97.190 76.400 20.790 259RN 356 20. 80. 0. 1277. 104PV 145. 21.28 0.696 119.8 4.86 0.095 258 97.094 76.500 20.594 260 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 357 35. 140. 0. 2396. 104PV 145. 39.93 1.306 119.8 15.58 0.545 260 96.549 77.100 19.449 261 358 30. 120. 0. 1391. 104PV 145. 23.18 0.758 119.8 5.69 0.170 261 96.378 77.150 19.228 262 359 170. 660. 0. 545. 104PV 145. 9.08 0.297 119.8 1.00 0.170 261 96.378 77.150 19.228 262 360 20. 80. 0. 80. 104PV 145. 1.34 0.044 119.8 0.03 0.000 264 96.378 77.150 19.228 262 361 55. 210. 0. 1679. 104PV 145. 27.98 0.915 119.8 8.07 0.445 264 95.935 76.300 19.635 265 362 20. 80. 0. 948. 104PV 145. 15.79 0.516 119.8 2.80 0.055 265 95.879 77.100 18.779 266 363 65. 250. 0. 435. 104PV 145. 7.26 0.237 119.8 0.66 0.045 267 95.879 77.100 18.779 266 364 75. 290. 0. 1441. 104PV 145. 24.02 0.785 119.8 6.08 0.455 262 95.922 78.010 17.912 267 365 40. 160. 0. 656. 104PV 145. 10.93 0.357 119.8 1.41 0.055 267 95.865 78.000 17.865 268 366 35. 140. 0. 323. 104PV 145. 5.39 0.176 119.8 0.38 0.015 268 95.852 78.030 17.822 269MH 367 45. 180. 0. 107. E 150 95. 1.78 0.028 146.9 0.02 0.000 270 95.852 78.030 17.822 269MH 368 25. 100. 0. 497. E 150 95. 8.28 0.130 146.9 0.31 0.010 271 95.853 77.300 18.553 270 369 30. 120. 0. 877. 104PV 145. 14.61 0.478 119.8 2.42 0.075 272 95.860 76.880 18.980 271 370 125. 490. 0. 2121. 104PV 145. 35.35 1.156 119.8 12.44 1.555 297 95.933 76.300 19.633 272 371 70. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 271 95.855 76.330 19.525 298RN 372 65. 250. 0. 125. E 132 95. 2.08 0.042 129.3 0.05 0.005 270 95.850 77.300 18.550 299RN 373 70. 270. 0. 135. 104PV 145. 2.25 0.074 119.8 0.08 0.005 269 95.847 77.900 17.947 300RN 374 30. 120. 0. 879. 104PV 145. 14.66 0.479 119.8 2.44 0.075 272 95.860 75.600 20.260 273

375 80. 310. 0. 155. E 300 95. 2.58 0.010 293.9 0.00 0.000 273 95.860 75.600 20.260 274RN 376 30. 120. 0. 1098. 104PV 145. 18.30 0.598 119.8 3.67 0.110 273 95.750 74.630 21.120 275 377 105. 410. 0. 432. 104PV 145. 7.19 0.235 119.8 0.65 0.070 275 95.681 74.860 20.821 276 378 45. 180. 0. 90. 104PV 145. 1.50 0.049 119.8 0.04 0.000 276 95.680 75.910 19.770 278RN 379 125. 490. 0. 198. 104PV 145. 3.31 0.108 119.8 0.15 0.020 277 95.681 74.860 20.821 276 380 80. 310. 0. 246. E 100 95. 4.10 0.145 98.0 0.61 0.050 275 95.701 74.300 21.401 277 381 20. 80. 0. 392. E 100 95. 6.54 0.231 98.0 1.45 0.030 279 95.701 74.300 21.401 277 382 40. 160. 0. 608. E 100 95. 10.13 0.358 98.0 3.27 0.130 280 95.730 74.630 21.100 279 383 65. 250. 0. 773. E 350 95. 12.89 0.037 342.9 0.01 0.000 280 95.860 75.600 20.260 273 384 55. 210. 0. 1691. E 350 95. 28.19 0.081 342.9 0.05 0.005 281 95.861 75.000 20.861 280 385 90. 350. 0. 1969. E 350 95. 32.81 0.095 342.9 0.06 0.005 282 95.863 76.330 19.533 281 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 386 35. 140. 0. 1961. E 450 95. 32.69 0.057 440.8 0.02 0.000 283 95.869 77.130 18.739 282 387 30. 120. 0. 2868. E 450 95. 47.80 0.083 440.8 0.04 0.000 284 95.870 76.220 19.650 283 388 35. 140. 0. 3332. E 450 95. 55.53 0.097 440.8 0.05 0.000 285 95.871 76.130 19.741 284 389 85. 330. 0. 2559. E 450 95. 42.66 0.074 440.8 0.03 0.005 286 95.873 75.900 19.973 285 390 20. 80. 0. 2764. E 100 95. 46.07 1.629 98.0 54.09 1.080 287 95.875 79.490 16.385 286MH 391 70. 270. 0. 4377. 132PV 145. 55.48 1.126 168.7 8.97 0.630 254 96.957 80.520 16.437 287 E 100 95. 17.46 0.618 392 35. 140. 0. 552. E 100 95. 9.20 0.325 98.0 2.74 0.095 284 95.775 76.100 19.675 288 393 75. 290. 0. 145. 104PV 145. 2.42 0.079 119.8 0.09 0.005 288 95.769 77.900 17.869 289RN 394 90. 350. 0. 17. E 100 95. 0.28 0.010 98.0 0.00 0.000 288 95.775 75.300 20.475 290 395 70. 270. 0. 642. 104PV 145. 10.69 0.350 119.8 1.36 0.095 283 95.775 75.300 20.475 290 396 60. 230. 0. 751. E 125 95. 12.51 0.283 122.5 1.63 0.100 282 95.771 78.210 17.561 291MH 397 135. 530. 0. 169. E 100 95. 2.82 0.100 98.0 0.31 0.040 291 95.730 74.630 21.100 279 398 140. 550. 0. 74. 104PV 145. 1.23 0.040 119.8 0.02 0.005 290 95.771 78.210 17.561 291MH

399 25. 100. 0. 2189. 104PV 145. 36.48 1.193 119.8 13.18 0.330 293 97.545 77.130 20.415 292 400 80. 310. 0. 1384. 104PV 145. 23.07 0.754 119.8 5.64 0.450 292 97.094 76.500 20.594 260 401 30. 120. 0. 1984. 104PV 145. 33.07 1.081 119.8 10.99 0.330 294 97.875 77.500 20.375 293 402 25. 100. 0. 50. 104PV 145. 0.83 0.027 119.8 0.01 0.000 294 98.204 78.350 19.854 295RN 403 70. 270. 0. 2279. 104PV 145. 37.98 1.242 119.8 14.21 0.995 77 98.205 77.900 20.305 294 404 95. 370. 0. 500. 104PV 145. 8.33 0.272 119.8 0.86 0.080 296 97.875 77.500 20.375 293 405 35. 140. 0. 2207. 104PV 145. 36.78 1.202 119.8 13.38 0.470 296 97.488 76.300 21.188 297 406 95. 370. 0. 415. 104PV 145. 6.91 0.226 119.8 0.61 0.055 292 97.488 76.300 21.188 297 407 35. 140. 0. 3031. 104PV 145. 50.52 1.652 119.8 24.09 0.845 301 97.956 74.790 23.166 296 408 40. 164. 0. 1858. 104PV 145. 30.97 1.013 119.8 9.73 0.390 80 98.799 74.790 24.009 301 409 45. 180. 0. 1415. 104PV 145. 23.59 0.771 119.8 5.88 0.265 302 98.799 74.790 24.009 301 410 35. 140. 0. 1084. 104PV 145. 18.07 0.591 119.8 3.59 0.125 79 99.064 76.000 23.064 302 411 90. 350. 0. 666. 104PV 145. 11.11 0.363 119.8 1.46 0.130 78 99.064 76.000 23.064 302 412 95. 298. 0. 438. 104PV 145. 7.29 0.238 119.8 0.67 0.065 265 95.871 76.130 19.741 284 413 65. 250. 0. 1505. E 100 95. 25.08 0.887 98.0 17.54 1.140 75 98.097 76.430 21.667 257 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 414 30. 121. 0. 1965. E 100 95. 32.75 1.158 98.0 28.75 0.860 256 96.378 77.000 19.378 264 415 45. 180. 0. 93. 104PV 145. 1.54 0.050 119.8 0.04 0.000 268 95.863 76.330 19.533 281 416 25. 100. 0. 1168. E 200 95. 19.47 0.172 195.9 0.38 0.010 266 95.869 77.130 18.739 282 417 110. 430. 0. 1222. E 104 95. 20.37 0.666 101.9 9.86 1.085 287 95.873 75.900 19.973 285 418 25. 100. 0. 3622. 104PV 145. 60.37 1.974 119.8 33.51 0.840 74 98.500 77.800 20.700 303 419 100. 390. 0. 1797. 104PV 145. 29.95 0.979 119.8 9.15 0.915 303 97.585 78.040 19.545 255MH 420 80. 310. 0. 2378. 132PV 145. 39.64 0.805 152.0 4.81 0.385 107 96.600 82.310 14.290 108 421 60. 230. 0. 1004. E 104 95. 16.73 0.547 101.9 6.84 0.410 104 96.986 84.050 12.936 136 422 115. 0. 0. 281. 104PV 145. 4.69 0.153 119.8 0.30 0.035 93 95.226 78.500 16.726 305RN

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 29.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 129 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 10.217 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00097 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 14.550 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 31415. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd =116873. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 305 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 4022. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 2.85/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 29.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M EXCEPT, AT NODE NOS. 118 120 128 129 130 131 133 134 136 175 176 179 180 186 187 188 193 194 195 196 197 206 207 230 242 MIN.TER-HEAD MAINTAINED 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 5.00 MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 116873.160.00 LPCD, 2.50 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 2.50 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 31 118 129 150 176 188 194 242 287 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 10 13 18 89 93 99 114 153 200 205 211 224 235 237 241 246 304 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 19502. 15157.27 43.35 657067.50 86.00 1677172.00 8.30 161866.61 0.05 X SUPPLY COST 83858.60 14.00/13.20 PVC 355. 294.16 43.35 12751.90 139.00 49345.00 9.05 3212.75 0.05 X SUPPLY COST 2467.25 16.00/15.10 PVC 230. 198.81 43.35 8618.51 184.00 42320.00 11.60 2668.00 0.05 X SUPPLY COST 2116.00 20.00 AC 200. 192.00 43.35 8323.20 285.00 57000.00 13.10 2620.00 0.10 X SUPPLY COST 5700.00 25.00 AC 1875. 1992.19 43.35 86361.33 394.00 738750.00 17.05 31968.75 0.10 X SUPPLY COST 73875.00 30.00 AC 50. 58.50 43.35 2535.97 569.00 28450.00 23.50 1175.00 0.10 X SUPPLY COST 2845.00 35.00 AC 245. 314.21 43.35 13621.11 802.00 196490.00 29.95 7337.75 0.10 X SUPPLY COST 19649.00 40.00 AC 214. 299.60 43.35 12987.66 1103.00 236042.00 36.40 7789.60 0.10 X SUPPLY COST 23604.20 60.00 DI 1143. 2194.56 43.35 95134.17 3064.00 3502152.00 43.84 50109.12 0.05 X SUPPLY COST 175107.61

TOTAL = 23814. 20701.30 897401.38 6527721.00 268747.56 389222.66 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 8083093. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone COTON MILL 1 DATE:�� (COTON1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 91.500 73.500 18.000 1FH 1 15. 30. 0. 24510. 300AC 140. 490.20 1.926 340.9 9.93 0.150 1 91.351 73.580 17.771 2 2 100. 220. 0. 18620. 250AC 140. 250.60 1.418 330.3 6.97 0.695 2 90.655 73.655 17.000 3 E 250 68. 121.81 0.689 3 69. 150. 0. 15589. 300AC 140. 311.79 1.225 340.9 4.30 0.295 3 90.358 73.876 16.482 4 4 49. 110. 0. 9333. 300AC 140. 186.66 0.734 340.9 1.66 0.080 4 90.277 73.918 16.359 5 5 38. 80. 0. 8006. 300AC 140. 123.09 0.484 376.8 0.77 0.030 5 90.248 74.004 16.244 6 E 250 68. 37.04 0.210 6 19. 40. 0. 8299. 300AC 140. 127.59 0.501 376.8 0.82 0.015 6 90.232 74.037 16.195 7 E 250 68. 38.39 0.217 7 28. 60. 0. 8549. 300AC 140. 131.42 0.516 376.8 0.87 0.025 7 90.208 74.033 16.175 8 E 250 68. 39.55 0.224 8 10. 20. 0. 7288. E 250 68. 145.76 0.825 216.0 9.71 0.095 8 90.111 74.043 16.068 9 9 25. 50. 0. 5137. E 250 68. 102.75 0.581 216.0 5.08 0.125 9 89.984 74.022 15.962 10 10 19. 40. 0. 4676. E 250 68. 93.53 0.529 216.0 4.27 0.080 10 89.902 74.034 15.868 11 11 17. 40. 0. 4314. E 250 68. 86.28 0.488 216.0 3.68 0.065 11 89.840 74.157 15.683 12 12 58. 130. 0. 3510. E 250 68. 70.21 0.397 216.0 2.51 0.145 12 89.694 74.378 15.316 13 13 20. 40. 0. 3385. E 250 68. 67.71 0.383 216.0 2.35 0.045 13 89.647 74.840 14.807 14 14 30. 70. 0. 2670. E 250 68. 53.40 0.302 216.0 1.51 0.045 14 89.602 74.519 15.083 15 15 31. 70. 0. 2689. E 250 68. 53.77 0.304 216.0 1.53 0.045 15 89.554 74.547 15.007 16 16 15. 30. 0. 2784. E 250 68. 55.68 0.315 216.0 1.63 0.025 16 89.530 74.733 14.797 17 17 54. 120. 0. 3033. E 250 68. 60.65 0.343 216.0 1.91 0.105 17 89.426 75.051 14.375 18 18 19. 40. 0. 3341. E 250 68. 66.81 0.378 216.0 2.29 0.045 18 89.383 75.100 14.283 19

19 14. 30. 0. 2577. E 250 68. 51.53 0.292 216.0 1.42 0.020 19 89.363 75.188 14.175 20 20 31. 70. 0. 2905. E 250 68. 58.09 0.329 216.0 1.77 0.055 20 89.308 75.498 13.810 21 21 32. 70. 0. 2907. E 250 68. 58.13 0.329 216.0 1.77 0.055 21 89.252 75.716 13.536 22 22 49. 110. 0. 2275. E 250 68. 45.51 0.258 216.0 1.12 0.055 22 89.197 75.915 13.282 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 28. 60. 0. 1702. E 250 68. 34.04 0.193 216.0 0.66 0.020 23 89.178 76.129 13.049 24MH 24 52. 110. 0. 626. 104PV 145. 12.52 0.409 119.8 1.82 0.095 24 89.084 75.983 13.101 25 25 94. 210. 0. 1721. 132PV 145. 34.43 0.699 152.0 3.71 0.350 25 88.735 74.342 14.393 26 26 71. 160. 0. 803. 104PV 145. 16.07 0.525 119.8 2.89 0.205 26 88.530 74.345 14.185 27 27 176. 380. 0. 1340. 104PV 145. 26.80 0.876 119.8 7.45 1.310 27 87.219 74.176 13.043 28 28 53. 120. 0. 60. E 250 68. 1.20 0.007 216.0 0.00 0.000 28 87.219 74.231 12.988 29RN 29 120. 260. 0. 130. E 250 68. 2.60 0.015 216.0 0.01 0.000 28 87.219 74.342 12.877 30RN 30 352. 770. 0. 385. E 250 68. 7.70 0.044 216.0 0.04 0.015 28 87.205 73.231 13.974 31RN 31 118. 260. 0. 937. E 250 68. 18.73 0.106 216.0 0.22 0.025 32 88.530 74.345 14.185 27 32 95. 210. 0. 2741. 151PV 145. 54.82 0.850 173.9 4.56 0.435 3 90.221 73.879 16.342 33 33 211. 460. 0. 1900. 151PV 145. 38.01 0.589 173.9 2.31 0.490 33 89.733 73.566 16.167 34 34 778. 1700. 0. 540. 104PV 145. 10.81 0.353 119.8 1.38 1.075 34 88.656 73.876 14.780 35 35 31. 70. 0. 2142. 132PV 145. 42.84 0.870 152.0 5.56 0.170 35 88.483 73.732 14.751 36 36 61. 130. 0. 2155. 132PV 145. 43.10 0.875 152.0 5.62 0.345 36 88.140 73.678 14.462 37 37 73. 160. 0. 1740. 104PV 145. 34.80 1.138 119.8 12.08 0.880 37 87.259 73.612 13.647 38 38 200. 440. 0. 1170. 104PV 145. 23.40 0.765 119.8 5.79 1.160 38 86.100 73.543 12.557 39 39 319. 700. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.200 39 85.902 73.550 12.352 40RN 40 115. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.010 39 86.089 73.907 12.182 41RN 41 125. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.015 38 87.245 73.742 13.503 42RN 42 122. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.015 37 88.127 73.788 14.339 43RN

43 130. 280. 0. 140. E 100 95. 2.80 0.099 98.0 0.30 0.040 34 89.694 75.324 14.370 44RN 44 38. 80. 0. 6086. 250AC 140. 121.73 0.689 284.1 1.83 0.070 4 90.289 74.145 16.144 45 45 13. 30. 0. 5569. 250AC 140. 111.38 0.630 284.1 1.55 0.020 45 90.269 74.200 16.069 46 46 48. 100. 0. 5084. 200AC 140. 101.68 0.899 227.3 3.89 0.185 46 90.082 74.044 16.038 47 47 52. 110. 0. 5295. 200AC 140. 93.62 0.828 238.2 3.33 0.175 47 89.909 74.103 15.806 48 E 104 103. 12.28 0.402 48 104. 230. 0. 6236. 250AC 140. 117.57 0.665 290.6 1.71 0.180 48 89.730 74.879 14.851 49 E 100 95. 7.15 0.253 49 49. 110. 0. 6361. 250AC 140. 127.21 0.720 284.1 1.98 0.095 49 89.633 75.324 14.309 50 50 17. 40. 0. 6176. 250AC 140. 123.52 0.699 284.1 1.88 0.030 50 89.601 75.678 13.923 51 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 51 80. 170. 0. 5534. 250AC 140. 110.68 0.626 284.1 1.53 0.125 51 89.478 75.987 13.491 52 52 39. 90. 0. 5254. 250AC 140. 105.08 0.595 284.1 1.39 0.055 52 89.424 76.181 13.243 53 53 31. 70. 0. 4656. 200AC 140. 93.13 0.823 227.3 3.30 0.100 53 89.322 76.123 13.199 54 54 23. 50. 0. 4294. 200AC 140. 85.88 0.759 227.3 2.84 0.065 54 89.256 76.098 13.158 55MH 55 21. 50. 0. 997. E 250 68. 19.95 0.113 216.0 0.24 0.005 55 89.251 75.987 13.264 56 56 49. 110. 0. 1115. 132PV 145. 22.30 0.453 152.0 1.66 0.080 56 89.170 76.033 13.137 57 57 39. 90. 0. 1300. 132PV 145. 26.01 0.528 152.0 2.21 0.085 57 89.084 75.983 13.101 25 58 47. 100. 0. 335. 104PV 145. 6.71 0.219 119.8 0.57 0.025 23 89.170 76.033 13.137 57 59 42. 90. 0. 243. E 250 68. 4.85 0.027 216.0 0.02 0.000 22 89.251 75.987 13.264 56 60 30. 70. 0. 267. 104PV 145. 5.34 0.175 119.8 0.38 0.010 54 89.310 75.876 13.434 58 61 44. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 58 89.310 75.678 13.632 59RN 62 29. 60. 0. 102. 104PV 145. 2.04 0.067 119.8 0.06 0.000 58 89.308 75.498 13.810 21 63 62. 140. 0. 448. 104PV 145. 8.96 0.293 119.8 0.98 0.060 53 89.363 75.188 14.175 20 64 42. 90. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 52 89.475 75.654 13.821 60 65 51. 110. 0. 443. 104PV 145. 8.86 0.290 119.8 0.96 0.050 60 89.426 75.051 14.375 18 66 50. 110. 0. 407. 104PV 145. 8.15 0.266 119.8 0.82 0.040 45 90.248 74.004 16.244 6

67 56. 120. 0. 360. 104PV 145. 7.19 0.235 119.8 0.65 0.035 46 90.232 74.037 16.195 7 68 52. 110. 0. 1166. 104PV 145. 23.31 0.762 119.8 5.75 0.300 8 89.909 74.103 15.806 48 69 21. 50. 0. 958. 104PV 145. 19.17 0.627 119.8 4.00 0.085 9 90.027 74.180 15.847 61 70 22. 50. 0. 908. 104PV 145. 18.17 0.594 119.8 3.63 0.080 61 89.947 74.187 15.760 62 71 20. 40. 0. 789. 104PV 145. 15.79 0.516 119.8 2.79 0.055 62 89.891 74.210 15.681 63 72 30. 70. 0. 997. 104PV 145. 19.93 0.652 119.8 4.30 0.130 63 89.762 74.342 15.420 64 73 10. 20. 0. 1186. 104PV 145. 23.71 0.775 119.8 5.94 0.060 64 89.702 74.300 15.402 65 74 68. 150. 0. 435. 104PV 145. 8.70 0.285 119.8 0.93 0.065 65 89.639 73.980 15.659 66 75 7. 20. 0. 648. 104PV 145. 12.96 0.424 119.8 1.94 0.015 66 89.626 74.100 15.526 67 76 30. 70. 0. 151. 104PV 145. 3.01 0.098 119.8 0.13 0.005 67 89.622 74.600 15.022 73 77 25. 50. 0. 428. 104PV 145. 8.55 0.280 119.8 0.90 0.020 67 89.603 74.510 15.093 68 78 41. 90. 0. 229. 104PV 145. 4.58 0.150 119.8 0.28 0.010 68 89.592 74.410 15.182 69 79 18. 40. 0. 109. 104PV 145. 2.17 0.071 119.8 0.07 0.000 68 89.602 74.519 15.083 15 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 80 16. 30. 0. 313. 104PV 145. 6.26 0.205 119.8 0.50 0.010 14 89.639 73.980 15.659 66 81 37. 80. 0. 626. 104PV 145. 12.51 0.409 119.8 1.82 0.065 65 89.635 74.675 14.960 72 82 16. 30. 0. 410. 104PV 145. 8.21 0.268 119.8 0.83 0.015 72 89.622 74.600 15.022 73 83 27. 60. 0. 481. 104PV 145. 9.62 0.314 119.8 1.12 0.030 73 89.592 74.410 15.182 69 84 21. 50. 0. 610. 104PV 145. 12.20 0.399 119.8 1.73 0.035 69 89.555 74.987 14.568 75 85 45. 100. 0. 110. 104PV 145. 2.21 0.072 119.8 0.07 0.005 72 89.632 74.680 14.952 70 86 39. 90. 0. 65. 104PV 145. 1.29 0.042 119.8 0.03 0.000 50 89.632 74.680 14.952 70 87 36. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 70 89.631 74.980 14.651 71RN 88 42. 90. 0. 492. 104PV 145. 9.84 0.322 119.8 1.16 0.050 51 89.552 75.232 14.320 74 89 62. 140. 0. 508. 104PV 145. 10.16 0.332 119.8 1.24 0.075 74 89.475 75.654 13.821 60 90 23. 50. 0. 156. 104PV 145. 3.12 0.102 119.8 0.14 0.005 75 89.552 75.232 14.320 74

91 38. 80. 0. 364. 104PV 145. 7.27 0.238 119.8 0.67 0.025 75 89.530 74.733 14.797 17 92 63. 140. 0. 1162. E 250 68. 23.23 0.131 216.0 0.32 0.020 5 90.256 73.857 16.399 107 93 23. 50. 0. 154. E 250 68. 3.08 0.017 216.0 0.01 0.000 76 90.256 73.857 16.399 107 94 38. 80. 0. 1478. 132PV 145. 21.45 0.435 171.7 1.54 0.060 76 90.198 74.231 15.967 77 E 104 103. 8.10 0.265 95 92. 200. 0. 695. E 104 103. 13.90 0.454 105.0 4.19 0.385 77 89.812 74.977 14.835 78 96 26. 60. 0. 134. E 104 103. 2.68 0.088 105.0 0.20 0.005 78 89.807 75.314 14.493 79 97 34. 70. 0. 375. E 104 103. 7.50 0.245 105.0 1.34 0.045 79 89.761 75.447 14.314 80 98 35. 80. 0. 190. E 104 103. 3.80 0.124 105.0 0.38 0.015 80 89.748 75.690 14.058 81 99 37. 80. 0. 234. E 104 103. 4.68 0.153 105.0 0.56 0.020 81 89.727 75.745 13.982 82MH 100 42. 90. 0. 164. E 104 103. 3.28 0.107 105.0 0.29 0.010 82 89.715 75.693 14.022 83 101 112. 240. 0. 403. 104PV 145. 8.07 0.264 119.8 0.81 0.090 83 89.625 75.144 14.481 84 102 76. 170. 0. 390. 104PV 145. 7.81 0.255 119.8 0.76 0.060 84 89.567 75.588 13.979 85 103 61. 130. 0. 664. 104PV 145. 13.28 0.434 119.8 2.03 0.125 19 89.259 74.987 14.272 86 104 44. 100. 0. 204. E 104 103. 4.07 0.133 105.0 0.43 0.020 22 89.233 75.231 14.002 87 105 30. 70. 0. 68. E 104 103. 1.36 0.045 105.0 0.06 0.000 23 89.195 75.685 13.510 88 106 105. 230. 0. 1182. 104PV 145. 23.63 0.773 119.8 5.90 0.620 89 88.556 74.835 13.721 32 107 20. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 85 89.567 75.635 13.932 92RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 108 60. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 86 89.258 75.100 14.158 91RN 109 42. 90. 0. 354. 104PV 145. 7.08 0.231 119.8 0.63 0.025 86 89.233 75.231 14.002 87 110 45. 100. 0. 413. 104PV 145. 8.25 0.270 119.8 0.84 0.040 87 89.195 75.685 13.510 88 111 29. 60. 0. 366. 104PV 145. 7.31 0.239 119.8 0.67 0.020 88 89.175 76.034 13.141 89 112 76. 170. 0. 1136. 104PV 145. 22.72 0.743 119.8 5.48 0.415 107 89.840 74.654 15.186 94 113 35. 80. 0. 595. 104PV 145. 11.89 0.389 119.8 1.65 0.060 94 89.782 74.768 15.014 95 114 35. 80. 0. 186. 104PV 145. 3.72 0.121 119.8 0.19 0.005 95 89.775 74.980 14.795 96

115 70. 150. 0. 263. 104PV 145. 5.26 0.172 119.8 0.37 0.025 97 89.775 74.980 14.795 96 116 51. 110. 0. 599. 104PV 145. 11.98 0.392 119.8 1.68 0.085 97 89.715 75.693 14.022 83 117 50. 110. 0. 361. 104PV 145. 7.22 0.236 119.8 0.66 0.035 94 89.807 75.314 14.493 79 118 52. 110. 0. 274. 104PV 145. 5.48 0.179 119.8 0.39 0.020 95 89.761 75.447 14.314 80 119 96. 210. 0. 229. 104PV 145. 4.58 0.150 119.8 0.28 0.025 96 89.748 75.690 14.058 81 120 110. 240. 0. 523. E 104 103. 10.46 0.342 105.0 2.48 0.270 77 89.926 74.786 15.140 98 121 45. 100. 0. 515. E 104 103. 10.31 0.337 105.0 2.41 0.110 98 89.817 75.152 14.665 99 122 101. 220. 0. 208. E 104 103. 4.17 0.136 105.0 0.45 0.045 99 89.771 75.818 13.953 100 123 51. 110. 0. 293. 104PV 145. 5.87 0.192 119.8 0.45 0.025 100 89.749 75.800 13.949 101MH 124 22. 50. 0. 85. 104PV 145. 1.70 0.055 119.8 0.04 0.000 102 89.749 75.800 13.949 101MH 125 94. 210. 0. 363. 104PV 145. 7.26 0.237 119.8 0.66 0.060 78 89.750 75.500 14.250 102 126 47. 100. 0. 98. 104PV 145. 1.96 0.064 119.8 0.06 0.005 102 89.747 75.500 14.247 103 127 32. 70. 0. 294. 104PV 145. 5.88 0.192 119.8 0.45 0.015 80 89.747 75.500 14.247 103 128 33. 70. 0. 272. 104PV 145. 5.44 0.178 119.8 0.39 0.015 103 89.734 75.550 14.184 104 129 53. 120. 0. 137. 104PV 145. 2.75 0.090 119.8 0.11 0.005 104 89.728 75.600 14.128 105 130 26. 60. 0. 10. 104PV 145. 0.19 0.006 119.8 0.00 0.000 104 89.734 75.700 14.034 106 131 24. 50. 0. 53. 104PV 145. 1.05 0.034 119.8 0.02 0.000 116 89.728 75.600 14.128 105 132 66. 140. 0. 70. E 104 103. 1.40 0.046 105.0 0.06 0.005 83 89.711 75.757 13.954 93RN 133 52. 110. 0. 133. 104PV 145. 2.65 0.087 119.8 0.10 0.005 106 89.729 75.400 14.329 116 134 43. 90. 0. 253. 104PV 145. 5.06 0.166 119.8 0.34 0.015 101 89.734 75.700 14.034 106 135 43. 90. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 105 89.727 75.745 13.982 82MH 136 86. 190. 0. 1792. E 300 70. 35.84 0.141 262.0 0.28 0.025 117 90.257 73.980 16.277 76 137 154. 340. 0. 2123. E 250 68. 42.45 0.240 216.0 0.99 0.150 117 90.129 73.482 16.647 108 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 5. 138 150. 330. 0. 165. E 100 95. 3.30 0.117 98.0 0.41 0.060 108 90.067 73.980 16.087 109RN 139 77. 170. 0. 1538. E 200 65. 30.75 0.272 170.0 1.75 0.135 108 89.994 73.536 16.458 110 140 136. 300. 0. 313. 104PV 145. 6.25 0.204 119.8 0.50 0.070 110 89.926 74.786 15.140 98 141 30. 70. 0. 955. 104PV 145. 19.10 0.624 119.8 3.98 0.120 110 89.875 73.603 16.272 111 142 40. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 111 89.874 73.600 16.274 112RN 143 98. 210. 0. 725. E 200 65. 14.50 0.128 170.0 0.43 0.045 111 89.832 73.755 16.077 113 144 20. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 113 89.832 73.850 15.982 114RN 145 71. 160. 0. 500. E 200 65. 10.00 0.088 170.0 0.22 0.015 113 89.817 73.967 15.850 115 146 79. 170. 0. 335. 104PV 145. 6.70 0.219 119.8 0.57 0.045 115 89.771 75.818 13.953 100 147 52. 110. 0. 5695. 151PV 145. 113.89 1.767 173.9 17.66 0.920 2 90.433 73.564 16.869 118 148 80. 300. 0. 1220. E 300 70. 24.40 0.096 262.0 0.14 0.010 118 90.422 73.600 16.822 121 149 43. 90. 0. 4225. E 250 68. 84.49 0.478 216.0 3.54 0.150 118 90.281 73.860 16.421 117 150 50. 110. 0. 92. E 104 103. 1.84 0.060 105.0 0.10 0.005 99 89.812 74.977 14.835 78 151 64. 140. 0. 1062. 104PV 145. 21.24 0.695 119.8 4.84 0.310 9 89.801 74.780 15.021 97 152 62. 140. 0. 262. 104PV 145. 5.24 0.171 119.8 0.36 0.020 14 89.625 75.144 14.481 84 153 55. 120. 0. 205. 104PV 145. 4.11 0.134 119.8 0.23 0.015 85 89.554 74.547 15.007 16 154 88. 190. 0. 411. E 104 103. 8.22 0.269 105.0 1.58 0.140 33 90.082 74.044 16.038 47 155 348. 760. 0. 2867. E 250 68. 57.33 0.324 216.0 1.73 0.600 55 88.656 73.876 14.780 35 156 286. 620. 0. 423. 104PV 145. 8.46 0.277 119.8 0.88 0.250 26 88.483 73.732 14.751 36 157 224. 490. 0. 171. 104PV 145. 3.42 0.112 119.8 0.16 0.035 10 89.947 74.187 15.760 62 158 26. 60. 0. 292. 104PV 145. 5.85 0.191 119.8 0.44 0.010 11 89.891 74.210 15.681 63 159 37. 80. 0. 679. 104PV 145. 13.57 0.444 119.8 2.11 0.080 12 89.762 74.342 15.420 64 160 20. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 13 89.694 74.370 15.324 120RN 161 30. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 86 89.259 74.880 14.379 90RN

162 12. 30. 0. 976. E 250 68. 19.52 0.110 216.0 0.23 0.005 24 89.175 76.034 13.141 89 163 51. 110. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.030 64 89.730 74.879 14.851 49 164 120. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.010 121 90.410 73.650 16.760 124RN 165 120. 260. 0. 500. 104PV 145. 10.00 0.327 119.8 1.20 0.145 122 90.276 73.700 16.576 123 166 85. 370. 0. 93. 104PV 145. 1.85 0.060 119.8 0.05 0.005 123 90.272 73.700 16.572 125RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 167 25. 50. 0. 785. E 300 70. 15.70 0.062 262.0 0.06 0.000 121 90.420 73.650 16.770 122 168 60. 130. 0. 65. E 300 70. 1.30 0.005 262.0 0.00 0.000 122 90.420 73.650 16.770 119RN 169 85. 0. 0. 93. 104PV 145. 1.85 0.060 119.8 0.05 0.005 123 90.272 73.700 16.572 125RN 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 18.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 41 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.182 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00095 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 2.950 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 11153. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 24510. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 40 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1710. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.27/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 18.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 24510.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 31 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 6293. 4891.02 43.35 212025.73 86.00 541198.00 8.30 52231.90 0.05 X SUPPLY COST 27059.90 14.00/13.20 PVC 312. 258.53 43.35 11207.31 139.00 43368.00 9.05 2823.60 0.05 X SUPPLY COST 2168.40 16.00/15.10 PVC 358. 309.46 43.35 13414.90 184.00 65872.00 11.60 4152.80 0.05 X SUPPLY COST 3293.60 20.00 AC 154. 147.84 43.35 6408.86 285.00 43890.00 13.10 2017.40 0.10 X SUPPLY COST 4389.00 25.00 AC 440. 467.50 43.35 20266.13 394.00 173360.00 17.05 7502.00 0.10 X SUPPLY COST 17336.00

30.00 AC 218. 255.06 43.35 11056.85 569.00 124042.00 23.50 5123.00 0.10 X SUPPLY COST 12404.20 TOTAL = 7775. 6329.41 274379.78 991730.00 73850.70 66651.10 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1406612. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone COTON MILL 2 DATE:�� (COTON2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 101.000 76.000 25.000 1FH 1 30. 0. 0. 37540. 350AC 140. 750.80 2.168 397.8 10.32 0.310 1 100.690 76.085 24.605 2 2 20. 95. 0. 34806. 300AC 140. 666.04 2.617 346.7 17.52 0.350 2 100.340 76.095 24.245 3 E 104 103. 30.07 0.983 3 40. 190. 0. 32907. 300AC 140. 629.70 2.474 346.7 15.79 0.630 3 99.709 76.248 23.461 4 E 104 103. 28.43 0.930 4 37. 175. 0. 28531. 300AC 140. 545.97 2.145 346.7 12.12 0.450 4 99.260 76.248 23.012 5 E 104 103. 24.65 0.806 5 39. 185. 0. 27830. 300AC 140. 532.56 2.093 346.7 11.58 0.450 5 98.809 76.202 22.607 6 E 104 103. 24.05 0.786 6 54. 255. 0. 28376. 300AC 140. 567.53 2.230 340.9 13.02 0.705 6 98.105 76.500 21.605 7 7 15. 70. 0. 13786. 200AC 140. 275.72 2.438 227.3 24.64 0.370 7 97.736 76.511 21.225 8 8 46. 220. 0. 10371. 200AC 140. 207.41 1.834 227.3 14.55 0.670 8 97.067 76.516 20.551 9 9 38. 180. 0. 6955. 132PV 145. 139.10 2.823 152.0 49.22 1.870 9 95.196 76.642 18.554 10 10 23. 110. 0. 3028. 104PV 145. 60.55 1.980 119.8 33.69 0.775 10 94.421 76.546 17.875 11 11 85. 405. 0. 1948. 104PV 145. 38.97 1.274 119.8 14.90 1.265 11 93.155 76.500 16.655 12 12 135. 640. 0. 2223. 104PV 145. 44.47 1.454 119.8 19.02 2.570 12 90.587 75.342 15.245 13 13 115. 545. 0. 728. 104PV 145. 14.56 0.476 119.8 2.40 0.275 13 90.311 75.546 14.765 14 14 68. 325. 0. 2113. 104PV 145. 42.27 1.382 119.8 17.32 1.175 14 89.133 75.066 14.067 15 15 70. 335. 0. 1308. 104PV 145. 26.17 0.856 119.8 7.13 0.500 15 88.634 74.675 13.959 16 16 244. 1160. 0. 580. 104PV 145. 11.60 0.379 119.8 1.58 0.385 16 86.407 74.231 12.176 17RN 17 295. 1405. 0. 111. 104PV 145. 2.21 0.072 119.8 0.07 0.020 18 86.407 74.231 12.176 17RN 18 19. 90. 0. 1840. 104PV 145. 36.81 1.203 119.8 13.40 0.255 19 86.429 74.108 12.321 18

19 184. 875. 0. 3247. 132PV 145. 64.94 1.318 152.0 12.01 2.210 20 86.684 74.088 12.596 19 20 21. 100. 0. 5866. 132PV 145. 117.33 2.381 152.0 35.91 0.755 91 88.893 73.768 15.125 20 21 342. 1630. 0. 1514. 104PV 145. 30.27 0.990 119.8 9.33 3.190 91 86.456 73.620 12.836 21 22 100. 475. 0. 795. 104PV 145. 15.91 0.520 119.8 2.83 0.285 21 86.172 73.768 12.404 22 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 180. 855. 0. 325. 104PV 145. 6.49 0.212 119.8 0.54 0.095 23 86.172 73.768 12.404 22 24 48. 230. 0. 867. 104PV 145. 17.34 0.567 119.8 3.33 0.160 18 86.269 74.231 12.038 23MH 25 240. 1140. 0. 589. 104PV 145. 11.78 0.385 119.8 1.63 0.390 24 88.634 74.675 13.959 16 26 100. 475. 0. 238. 104PV 145. 4.75 0.155 119.8 0.30 0.030 15 89.103 75.880 13.223 25RN 27 60. 285. 0. 143. 104PV 145. 2.85 0.093 119.8 0.12 0.005 27 90.757 75.580 15.177 26RN 28 32. 150. 0. 1896. 104PV 145. 37.91 1.240 119.8 14.16 0.455 27 90.311 75.546 14.765 14 29 47. 225. 0. 2368. 104PV 145. 47.36 1.549 119.8 21.38 1.005 28 90.764 75.879 14.885 27 30 52. 245. 0. 1978. 104PV 145. 39.56 1.294 119.8 15.32 0.795 29 91.768 75.733 16.035 28 31 78. 370. 0. 536. 104PV 145. 10.71 0.350 119.8 1.36 0.105 30 92.565 75.876 16.689 29 32 55. 260. 0. 2346. 104PV 145. 46.91 1.534 119.8 21.00 1.155 31 92.671 75.789 16.882 30 33 57. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.005 31 93.820 75.633 18.187 32RN 34 40. 190. 0. 1400. 104PV 145. 28.00 0.916 119.8 8.08 0.325 30 92.348 74.883 17.465 33 35 143. 680. 0. 965. 104PV 145. 19.30 0.631 119.8 4.05 0.580 33 91.768 75.733 16.035 28 36 61. 290. 0. 1895. 104PV 145. 37.90 1.239 119.8 14.15 0.865 34 92.565 75.876 16.689 29 37 38. 180. 0. 1667. E 104 103. 33.33 1.090 105.0 21.19 0.805 3 99.535 76.017 23.518 35 38 25. 120. 0. 2388. E 104 103. 47.77 1.562 105.0 41.26 1.030 35 98.503 76.280 22.223 36 39 46. 220. 0. 767. 104PV 145. 15.33 0.501 119.8 2.65 0.120 36 98.382 76.524 21.858 37 40 52. 245. 0. 1454. E 104 103. 29.08 0.951 105.0 16.46 0.855 37 97.526 76.857 20.669 38 41 96. 455. 0. 484. E 104 103. 9.68 0.317 105.0 2.15 0.205 38 97.319 77.182 20.137 39 42 51. 245. 0. 1849. E 104 103. 36.97 1.209 105.0 25.68 1.310 39 96.010 77.424 18.586 40

43 32. 150. 0. 1301. E 104 103. 26.02 0.851 105.0 13.40 0.430 40 95.581 77.165 18.416 41 44 26. 125. 0. 698. E 104 103. 13.96 0.456 105.0 4.23 0.110 41 95.471 76.844 18.627 42 45 56. 265. 0. 278. E 104 103. 5.56 0.182 105.0 0.77 0.045 42 95.428 76.735 18.693 43 46 24. 115. 0. 228. 104PV 145. 4.55 0.149 119.8 0.28 0.005 43 95.421 76.623 18.798 44 47 37. 175. 0. 1138. 104PV 145. 22.75 0.744 119.8 5.50 0.205 44 95.218 76.585 18.633 45 48 49. 235. 0. 2243. 104PV 145. 44.86 1.467 119.8 19.33 0.945 45 94.270 76.543 17.727 46 49 44. 210. 0. 1005. 104PV 145. 20.10 0.657 119.8 4.37 0.190 46 94.078 76.398 17.680 47 50 25. 120. 0. 906. 104PV 145. 18.11 0.592 119.8 3.60 0.090 47 93.988 76.358 17.630 48 51 17. 80. 0. 9689. 151PV 145. 193.78 3.006 173.9 47.24 0.805 48 93.185 76.350 16.835 49 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 36. 170. 0. 864. 104PV 145. 17.28 0.565 119.8 3.30 0.120 49 93.066 76.746 16.320 50 53 208. 990. 0. 1791. 104PV 145. 35.82 1.171 119.8 12.74 2.650 50 90.415 75.155 15.260 51 54 103. 490. 0. 1619. 104PV 145. 32.38 1.059 119.8 10.57 1.090 51 89.326 75.098 14.228 52 55 45. 215. 0. 1267. 104PV 145. 25.33 0.828 119.8 6.71 0.300 52 89.024 74.864 14.160 24 56 70. 335. 0. 736. 104PV 145. 14.71 0.481 119.8 2.45 0.170 13 90.415 75.155 15.260 51 57 35. 165. 0. 326. 104PV 145. 6.51 0.213 119.8 0.54 0.020 48 93.969 76.733 17.236 53 58 39. 185. 0. 1925. 104PV 145. 38.49 1.259 119.8 14.56 0.570 53 93.401 76.832 16.569 54 59 36. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 54 93.400 76.789 16.611 55RN 60 43. 205. 0. 363. E 104 103. 7.27 0.238 105.0 1.26 0.055 41 95.527 77.324 18.203 56 61 55. 260. 0. 419. E 104 103. 8.38 0.274 105.0 1.64 0.090 57 95.527 77.324 18.203 56 62 23. 110. 0. 55. E 104 103. 1.10 0.036 105.0 0.04 0.000 57 95.616 77.131 18.485 58RN 63 88. 420. 0. 869. 104PV 145. 17.38 0.568 119.8 3.34 0.295 59 95.617 77.432 18.185 57MH 64 13. 60. 0. 1294. 104PV 145. 25.88 0.846 119.8 6.98 0.090 60 95.911 76.762 19.149 59 65 16. 75. 0. 1935. 104PV 145. 38.71 1.266 119.8 14.71 0.235 61 96.002 76.700 19.302 60 66 42. 200. 0. 8638. 151PV 145. 172.76 2.680 173.9 38.19 1.605 61 94.633 76.484 18.149 62

67 53. 250. 0. 9416. 200AC 140. 188.33 1.665 227.3 12.17 0.645 62 93.988 76.358 17.630 48 68 28. 135. 0. 1357. 104PV 145. 27.15 0.888 119.8 7.63 0.215 67 95.911 76.762 19.149 59 69 10. 50. 0. 1690. 104PV 145. 33.80 1.105 119.8 11.44 0.115 68 96.125 77.098 19.027 67 70 20. 95. 0. 3219. 104PV 145. 64.38 2.105 119.8 37.74 0.755 69 96.239 77.000 19.239 68 71 42. 200. 0. 14328. 200AC 140. 286.56 2.534 227.3 26.47 1.110 7 96.994 77.050 19.944 69 72 10. 50. 0. 10937. 200AC 140. 218.73 1.934 227.3 16.05 0.160 69 96.833 76.733 20.100 65 73 30. 145. 0. 1384. 104PV 145. 27.68 0.905 119.8 7.91 0.235 68 96.002 76.700 19.302 60 74 50. 240. 0. 1355. 104PV 145. 27.10 0.886 119.8 7.60 0.380 59 95.531 77.000 18.531 70MH 75 21. 100. 0. 1105. 104PV 145. 22.10 0.723 119.8 5.21 0.110 70 95.421 76.623 18.798 44 76 51. 245. 0. 1763. 104PV 145. 35.26 1.153 119.8 12.38 0.630 60 95.371 76.710 18.661 72 77 20. 95. 0. 1358. 104PV 145. 27.16 0.888 119.8 7.63 0.155 72 95.218 76.585 18.633 45 78 49. 235. 0. 117. 104PV 145. 2.35 0.077 119.8 0.08 0.005 72 95.367 76.900 18.467 73RN 79 55. 260. 0. 886. 104PV 145. 17.71 0.579 119.8 3.46 0.190 46 94.080 76.403 17.677 87 80 24. 115. 0. 123. 104PV 145. 2.46 0.080 119.8 0.09 0.000 87 94.078 76.398 17.680 47 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 96. 455. 0. 8473. 151PV 145. 169.45 2.628 173.9 36.85 3.535 49 89.647 76.564 13.083 91 82 35. 165. 0. 83. 104PV 145. 1.65 0.054 119.8 0.04 0.000 87 94.079 76.399 17.680 88RN 83 49. 235. 0. 293. 104PV 145. 5.85 0.191 119.8 0.44 0.020 87 94.059 76.600 17.459 89 84 37. 175. 0. 88. 104PV 145. 1.75 0.057 119.8 0.05 0.000 89 94.057 76.781 17.276 90RN 85 38. 180. 0. 10801. 200AC 140. 216.02 1.910 227.3 15.69 0.595 65 96.237 76.664 19.573 61 86 15. 70. 0. 15. 104PV 145. 0.29 0.010 119.8 0.00 0.000 66 96.833 76.733 20.100 65 87 24. 115. 0. 3213. 104PV 145. 64.25 2.101 119.8 37.60 0.905 8 96.833 76.554 20.279 66 88 59. 280. 0. 2966. 104PV 145. 59.31 1.939 119.8 32.43 1.915 66 94.920 76.654 18.266 63 89 53. 250. 0. 1128. 104PV 145. 22.57 0.738 119.8 5.42 0.285 63 94.633 76.484 18.149 62 90 71. 340. 0. 1402. 104PV 145. 28.05 0.917 119.8 8.10 0.575 63 94.345 76.660 17.685 64

91 28. 135. 0. 1841. 104PV 145. 36.83 1.204 119.8 13.42 0.375 64 93.969 76.733 17.236 53 92 33. 155. 0. 1585. 104PV 145. 31.69 1.036 119.8 10.16 0.335 54 93.066 76.746 16.320 50 93 68. 325. 0. 960. 104PV 145. 19.20 0.628 119.8 4.02 0.275 34 93.155 76.500 16.655 12 94 130. 620. 0. 3473. 132PV 145. 69.45 1.410 152.0 13.60 1.770 10 93.428 75.900 17.528 34 95 99. 470. 0. 2981. 104PV 145. 59.61 1.949 119.8 32.73 3.240 9 93.826 76.100 17.726 31 96 129. 615. 0. 939. E 104 103. 18.79 0.614 105.0 7.33 0.945 36 97.558 76.084 21.474 79 97 41. 195. 0. 534. E 104 103. 10.69 0.349 105.0 2.58 0.105 79 97.452 76.276 21.176 78 98 59. 280. 0. 311. E 104 103. 6.21 0.203 105.0 0.94 0.055 78 97.397 76.551 20.846 77 99 107. 510. 0. 2250. E 250 95. 44.99 0.255 244.9 0.60 0.065 77 97.333 76.990 20.343 76 100 34. 160. 0. 1795. E 250 95. 35.89 0.203 244.9 0.39 0.015 76 97.319 77.182 20.137 39 101 86. 410. 0. 219. 104PV 145. 4.38 0.143 119.8 0.26 0.020 82 97.452 76.276 21.176 78 102 29. 140. 0. 2908. 104PV 145. 58.16 1.902 119.8 31.27 0.905 37 97.475 76.880 20.595 82MH 103 64. 305. 0. 2486. E 250 95. 49.73 0.281 244.9 0.72 0.045 81 97.397 76.551 20.846 77 104 31. 150. 0. 545. E 104 103. 10.90 0.356 105.0 2.67 0.085 38 97.443 76.846 20.597 81 105 20. 95. 0. 2639. 104PV 145. 52.79 1.726 119.8 26.13 0.525 2 100.168 76.103 24.065 85 106 29. 140. 0. 1142. E 104 103. 22.84 0.747 105.0 10.52 0.305 85 99.863 75.757 24.106 84 107 42. 200. 0. 972. E 104 103. 19.44 0.636 105.0 7.81 0.330 84 99.535 76.017 23.518 35 108 91. 435. 0. 1162. E 104 103. 23.25 0.760 105.0 10.88 0.990 85 99.178 76.200 22.978 86 109 55. 260. 0. 896. E 104 103. 17.92 0.586 105.0 6.72 0.370 86 98.809 76.202 22.607 6 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 92. 440. 0. 301. E 104 103. 6.02 0.197 105.0 0.89 0.080 5 99.178 76.200 22.978 86 111 47. 225. 0. 113. E 104 103. 2.25 0.074 105.0 0.14 0.005 42 95.464 76.689 18.775 74RN 112 86. 410. 0. 345. E 104 103. 6.90 0.226 105.0 1.15 0.100 56 95.428 76.735 18.693 43 113 17. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 70 95.531 76.810 18.721 71RN 114 62. 295. 0. 4045. 104PV 145. 47.39 1.550 146.8 21.40 1.325 4 98.382 76.524 21.858 37 E 104 103. 33.51 1.096

115 52. 245. 0. 2291. E 250 95. 45.83 0.259 244.9 0.62 0.030 82 97.443 76.846 20.597 81 116 124. 590. 0. 629. 104PV 145. 12.59 0.412 119.8 1.84 0.230 19 86.456 73.620 12.836 21 117 30. 145. 0. 749. 104PV 145. 14.98 0.490 119.8 2.54 0.075 11 94.345 76.660 17.685 64 118 74. 350. 0. 175. E 104 103. 3.50 0.114 105.0 0.33 0.025 40 95.986 76.204 19.782 75RN 119 25. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 76 97.332 76.880 20.452 80RN 120 50. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 22 86.168 73.700 12.468 92RN 121 45. 215. 0. 108. 104PV 145. 2.15 0.070 119.8 0.07 0.005 22 86.169 73.800 12.369 93RN 122 324. 1540. 0. 1362. 104PV 145. 27.24 0.891 119.8 7.67 2.485 20 86.407 74.231 12.176 17RN 123 50. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.005 67 96.120 77.231 18.889 94RN 124 43. 205. 0. 103. 104PV 145. 2.05 0.067 119.8 0.06 0.005 36 98.501 75.700 22.801 83RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 25.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 23 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.038 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00099 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 3.812 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 7919. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 37540. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 92 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 997. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 14.88/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 25.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 37540.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 21 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT

11.00/10.40 PVC 5437. 4225.72 43.35 183185.11 86.00 467582.00 8.30 45127.10 0.05 X SUPPLY COST 23379.10 14.00/13.20 PVC 373. 309.08 43.35 13398.48 139.00 51847.00 9.05 3375.65 0.05 X SUPPLY COST 2592.35 16.00/15.10 PVC 155. 133.98 43.35 5808.13 184.00 28520.00 11.60 1798.00 0.05 X SUPPLY COST 1426.00 20.00 AC 204. 195.84 43.35 8489.66 285.00 58140.00 13.10 2672.40 0.10 X SUPPLY COST 5814.00 30.00 AC 190. 222.30 43.35 9636.71 569.00 108110.00 23.50 4465.00 0.10 X SUPPLY COST 10811.00 35.00 AC 30. 38.48 43.35 1667.89 802.00 24060.00 29.95 898.50 0.10 X SUPPLY COST 2406.00 TOTAL = 6389. 5125.40 222185.97 738259.00 58336.65 46428.45 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1065210. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone COTON MILL 3 DATE:�� (COTON3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 96.380 76.380 20.000 1FH 1 30. 0. 0. 46930. 300AC 140. 938.60 3.688 340.9 33.06 0.990 1 95.388 76.380 19.008 2 2 26. 120. 0. 26355. 250AC 140. 527.11 2.983 284.1 27.60 0.720 2 94.671 76.230 18.441 3 3 12. 55. 0. 25553. 200AC 140. 460.70 4.073 236.4 63.77 0.765 3 93.905 76.234 17.671 4 E 100 95. 50.35 1.781 4 72. 340. 0. 7252. E 250 68. 145.04 0.821 216.0 9.62 0.695 4 93.213 75.493 17.720 5 5 58. 275. 0. 6015. E 250 68. 120.30 0.681 216.0 6.81 0.395 5 92.818 75.615 17.203 6 6 130. 610. 0. 5048. 200AC 140. 100.95 0.893 227.3 3.83 0.500 6 92.319 77.876 14.443 7 7 57. 270. 0. 3449. 132PV 145. 68.98 1.400 152.0 13.43 0.765 7 91.554 78.123 13.431 8 8 26. 120. 0. 1027. 104PV 145. 20.54 0.672 119.8 4.55 0.120 8 91.436 78.473 12.963 9 9 25. 120. 0. 1703. 104PV 145. 34.06 1.114 119.8 11.61 0.290 9 91.145 78.766 12.379 10MH 10 30. 140. 0. 2366. 104PV 145. 47.32 1.547 119.8 21.35 0.640 10 90.505 77.449 13.056 11 11 35. 165. 0. 2385. 104PV 145. 47.70 1.560 119.8 21.66 0.760 11 89.747 77.231 12.516 12MH 12 48. 225. 0. 1082. 104PV 145. 21.63 0.707 119.8 5.01 0.240 12 89.507 76.900 12.607 13 13 15. 70. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.005 14 89.507 76.900 12.607 13 14 98. 460. 0. 2219. 132PV 145. 44.38 0.901 152.0 5.93 0.580 14 88.929 76.044 12.885 15 15 37. 175. 0. 1686. 104PV 145. 33.72 1.103 119.8 11.40 0.420 15 88.507 75.712 12.795 16 16 79. 370. 0. 1371. 104PV 145. 27.41 0.896 119.8 7.77 0.615 16 87.894 75.676 12.218 17MH 17 46. 215. 0. 691. 104PV 145. 13.81 0.452 119.8 2.18 0.100 17 87.793 75.005 12.788 18 18 14. 65. 0. 392. 104PV 145. 7.85 0.257 119.8 0.77 0.010 18 87.782 74.852 12.930 19 19 14. 65. 0. 244. 104PV 145. 4.87 0.159 119.8 0.32 0.005 19 87.778 74.823 12.955 20

20 52. 245. 0. 31. 104PV 145. 0.63 0.020 119.8 0.01 0.000 22 87.778 74.823 12.955 20 21 26. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 20 87.777 74.235 13.542 21RN 22 57. 270. 0. 92. 104PV 145. 1.84 0.060 119.8 0.05 0.005 23 88.507 75.712 12.795 16 23 27. 125. 0. 1021. 104PV 145. 20.43 0.668 119.8 4.50 0.120 23 88.388 75.324 13.064 26 24 44. 205. 0. 120. 104PV 145. 2.39 0.078 119.8 0.08 0.005 26 88.385 74.896 13.489 27 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 32. 150. 0. 883. 104PV 145. 17.65 0.577 119.8 3.44 0.110 27 88.275 74.858 13.417 28 26 60. 285. 0. 1083. 104PV 145. 21.66 0.708 119.8 5.02 0.300 25 88.385 74.896 13.489 27 27 42. 200. 0. 1411. 104PV 145. 28.22 0.923 119.8 8.19 0.345 24 88.510 75.786 12.724 23MH 28 67. 315. 0. 745. 104PV 145. 14.90 0.487 119.8 2.51 0.170 24 88.686 75.000 13.686 25 29 21. 100. 0. 16314. 250AC 140. 326.28 1.846 284.1 11.35 0.240 4 93.667 76.454 17.213 29 30 25. 120. 0. 15750. 250AC 140. 314.99 1.782 284.1 10.64 0.265 29 93.401 76.440 16.961 30 31 41. 195. 0. 14413. 250AC 140. 288.26 1.631 284.1 9.03 0.370 30 93.031 76.443 16.588 31 32 77. 365. 0. 7448. 200AC 140. 148.96 1.317 227.3 7.88 0.605 31 92.424 76.505 15.919 32 33 48. 225. 0. 6536. 200AC 140. 130.73 1.156 227.3 6.19 0.295 32 92.127 76.645 15.482 33 34 78. 365. 0. 6506. 200AC 140. 130.13 1.151 227.3 6.14 0.480 33 91.649 76.710 14.939 34 35 26. 120. 0. 4066. 132PV 145. 81.32 1.651 152.0 18.22 0.475 34 91.175 76.956 14.219 35 36 230. 1085. 0. 2956. 132PV 145. 59.11 1.200 152.0 10.09 2.320 35 88.854 75.654 13.200 24 37 48. 225. 0. 817. 104PV 145. 16.34 0.534 119.8 2.98 0.145 5 93.070 76.077 16.993 36 38 39. 185. 0. 1426. 104PV 145. 28.52 0.933 119.8 8.36 0.325 36 92.744 76.683 16.061 37 39 63. 295. 0. 1370. 104PV 145. 27.39 0.896 119.8 7.76 0.490 37 92.255 76.714 15.541 38 40 31. 145. 0. 1498. 104PV 145. 29.96 0.980 119.8 9.16 0.285 38 91.971 76.607 15.364 39 41 26. 120. 0. 1246. 104PV 145. 24.91 0.815 119.8 6.51 0.170 39 91.802 76.752 15.050 40 42 37. 175. 0. 6099. 200AC 140. 121.99 1.079 227.3 5.44 0.200 40 91.601 77.500 14.101 41 43 18. 85. 0. 3512. 132PV 145. 70.23 1.426 152.0 13.88 0.250 41 91.351 77.364 13.987 42

44 10. 45. 0. 2393. 104PV 145. 47.87 1.565 119.8 21.80 0.220 42 91.133 77.365 13.768 43 45 25. 120. 0. 3930. 132PV 145. 78.61 1.596 152.0 17.10 0.430 43 90.705 77.413 13.292 44 46 10. 45. 0. 3743. 132PV 145. 74.86 1.519 152.0 15.62 0.155 44 90.549 77.413 13.136 45 47 52. 245. 0. 414. 104PV 145. 8.27 0.270 119.8 0.84 0.045 45 90.505 77.449 13.056 11 48 22. 105. 0. 52. 104PV 145. 1.05 0.034 119.8 0.02 0.000 44 90.705 77.535 13.170 46RN 49 15. 70. 0. 1412. 104PV 145. 28.24 0.923 119.8 8.20 0.125 41 91.478 77.761 13.717 48MH 50 30. 140. 0. 1062. 104PV 145. 21.24 0.694 119.8 4.84 0.145 48 91.332 77.360 13.972 47 51 52. 245. 0. 123. 104PV 145. 2.45 0.080 119.8 0.09 0.005 48 91.473 77.045 14.428 49RN 52 77. 365. 0. 997. 104PV 145. 19.93 0.652 119.8 4.30 0.330 30 93.070 76.077 16.993 36 53 44. 205. 0. 6583. 200AC 140. 131.65 1.164 227.3 6.27 0.275 31 92.755 76.481 16.274 51 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 54 118. 555. 0. 5869. 200AC 140. 117.38 1.038 227.3 5.07 0.600 51 92.157 76.529 15.628 52 55 44. 205. 0. 368. 104PV 145. 7.35 0.240 119.8 0.68 0.030 52 92.127 76.645 15.482 33 56 25. 120. 0. 5061. 151PV 145. 101.22 1.570 173.9 14.19 0.355 52 91.802 76.752 15.050 40 57 32. 150. 0. 259. 104PV 145. 5.17 0.169 119.8 0.35 0.010 51 92.744 76.683 16.061 37 58 29. 135. 0. 1672. E 250 68. 33.44 0.189 216.0 0.64 0.020 4 93.887 76.204 17.683 53 59 25. 120. 0. 1544. 104PV 145. 30.89 1.010 119.8 9.68 0.240 53 93.645 76.407 17.238 54 60 146. 685. 0. 1456. 104PV 145. 29.12 0.952 119.8 8.69 1.270 54 92.377 76.809 15.568 55 61 129. 605. 0. 1263. 104PV 145. 25.25 0.826 119.8 6.67 0.860 55 91.516 76.679 14.837 56 62 28. 130. 0. 1835. 104PV 145. 36.71 1.200 119.8 13.34 0.375 56 91.143 76.816 14.327 57 63 288. 1355. 0. 1426. 104PV 145. 28.52 0.932 119.8 8.35 2.405 57 88.737 74.864 13.873 58 64 23. 110. 0. 693. 104PV 145. 13.87 0.453 119.8 2.20 0.050 58 88.686 75.000 13.686 25 65 37. 175. 0. 420. 104PV 145. 8.41 0.275 119.8 0.87 0.030 35 91.143 76.816 14.327 57 66 30. 140. 0. 1010. 104PV 145. 20.20 0.661 119.8 4.41 0.130 34 91.516 76.679 14.837 56 67 35. 165. 0. 534. 104PV 145. 10.68 0.349 119.8 1.36 0.045 32 92.377 76.809 15.568 55

68 30. 140. 0. 384. 104PV 145. 7.69 0.251 119.8 0.74 0.020 29 93.645 76.407 17.238 54 69 115. 540. 0. 270. 104PV 145. 5.40 0.177 119.8 0.38 0.045 7 92.275 75.731 16.544 59RN 70 65. 305. 0. 2074. 104PV 145. 41.49 1.357 119.8 16.73 1.085 8 90.466 76.342 14.124 60 71 77. 365. 0. 1539. 104PV 145. 30.79 1.007 119.8 9.63 0.740 60 89.725 75.765 13.960 61 72 54. 255. 0. 1019. 104PV 145. 20.39 0.667 119.8 4.49 0.240 61 89.483 75.543 13.940 62 73 39. 185. 0. 1378. 104PV 145. 27.55 0.901 119.8 7.84 0.305 62 89.177 75.342 13.835 63 74 17. 80. 0. 880. 104PV 145. 17.60 0.575 119.8 3.42 0.060 63 89.119 75.342 13.777 64 75 45. 210. 0. 470. 104PV 145. 9.40 0.307 119.8 1.07 0.050 64 89.071 75.300 13.771 65 76 18. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 65 89.070 75.340 13.730 66RN 77 59. 280. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.005 65 89.064 74.477 14.587 67RN 78 43. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 60 90.464 75.532 14.932 68RN 79 45. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 61 89.722 75.173 14.549 69RN 80 46. 215. 0. 108. 104PV 145. 2.15 0.070 119.8 0.07 0.005 62 89.479 74.829 14.650 70RN 81 49. 230. 0. 115. E 125 57. 2.30 0.052 101.0 0.18 0.010 63 89.168 74.698 14.470 71RN 82 56. 265. 0. 133. 104PV 145. 2.65 0.087 119.8 0.10 0.005 64 89.113 74.598 14.515 72RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 83 67. 315. 0. 951. 104PV 145. 19.01 0.622 119.8 3.94 0.265 12 89.483 75.543 13.940 62 84 36. 170. 0. 50. E 125 57. 1.00 0.023 101.0 0.04 0.000 63 89.176 75.879 13.297 73 85 29. 135. 0. 1077. E 125 57. 21.54 0.487 101.0 11.41 0.330 13 89.176 75.879 13.297 73 86 103. 485. 0. 732. 104PV 145. 14.64 0.479 119.8 2.43 0.250 73 88.925 75.987 12.938 74 87 126. 595. 0. 298. 104PV 145. 5.95 0.195 119.8 0.46 0.060 74 88.867 74.477 14.390 75RN 88 54. 255. 0. 44. 104PV 145. 0.88 0.029 119.8 0.01 0.000 76 87.782 74.852 12.930 19 89 57. 270. 0. 23. 104PV 145. 0.47 0.015 119.8 0.00 0.000 18 87.793 74.400 13.393 77 90 60. 285. 0. 245. 104PV 145. 4.90 0.160 119.8 0.32 0.020 17 87.874 74.478 13.396 78 91 108. 510. 0. 919. 104PV 145. 18.39 0.601 119.8 3.71 0.400 28 87.874 74.478 13.396 78

92 79. 370. 0. 552. 104PV 145. 11.03 0.361 119.8 1.44 0.115 26 88.275 74.858 13.417 28 93 86. 405. 0. 915. 104PV 145. 18.30 0.598 119.8 3.67 0.315 34 91.332 77.360 13.972 47 94 18. 85. 0. 1662. 104PV 145. 33.24 1.087 119.8 11.09 0.200 47 91.133 77.365 13.768 43 95 57. 270. 0. 483. 104PV 145. 9.67 0.316 119.8 1.13 0.065 7 92.255 76.714 15.541 38 96 25. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 39 91.971 77.800 14.171 50RN 97 46. 215. 0. 904. 104PV 145. 18.07 0.591 119.8 3.59 0.165 41 91.436 78.473 12.963 9 98 55. 260. 0. 923. 104PV 145. 18.46 0.604 119.8 3.74 0.205 42 91.145 78.766 12.379 10MH 99 104. 490. 0. 2939. 132PV 145. 58.79 1.193 152.0 9.99 1.040 45 89.510 76.876 12.634 14 100 25. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 11 90.504 77.623 12.881 79RN 101 111. 525. 0. 263. E 250 68. 5.25 0.030 216.0 0.02 0.000 6 92.815 75.960 16.855 80RN 102 25. 120. 0. 20455. 300AC 140. 391.42 1.538 346.7 6.54 0.165 2 95.225 76.387 18.838 81 E 104 103. 17.67 0.578 103 23. 110. 0. 19485. 300AC 140. 372.86 1.465 346.7 5.98 0.140 81 95.087 76.459 18.628 82 E 104 103. 16.84 0.550 104 22. 105. 0. 2398. 104PV 145. 28.09 0.919 146.8 8.13 0.180 82 94.908 76.447 18.461 83 E 104 103. 19.87 0.650 105 28. 130. 0. 1853. 104PV 145. 21.71 0.710 146.8 5.04 0.140 83 94.767 76.500 18.267 84 E 104 103. 15.35 0.502 106 20. 95. 0. 987. E 104 103. 19.75 0.646 105.0 8.04 0.160 84 94.606 76.536 18.070 85 107 15. 70. 0. 1410. E 104 103. 28.20 0.922 105.0 15.55 0.235 85 94.373 76.570 17.803 86 108 39. 185. 0. 143. E 104 103. 2.87 0.094 105.0 0.23 0.010 87 94.373 76.570 17.803 86 109 47. 220. 0. 3738. 132PV 145. 54.27 1.102 171.7 8.61 0.405 87 93.977 76.618 17.359 88 E 104 103. 20.50 0.670 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 110 29. 135. 0. 3387. 132PV 145. 49.16 0.998 171.7 7.17 0.210 88 93.769 76.600 17.169 89 E 104 103. 18.57 0.607 111 14. 65. 0. 662. E 104 103. 13.24 0.433 105.0 3.83 0.055 89 93.715 76.577 17.138 90 112 20. 95. 0. 777. E 104 103. 15.54 0.508 105.0 5.16 0.105 90 93.612 76.718 16.894 91 113 25. 120. 0. 429. E 100 95. 8.59 0.304 98.0 2.41 0.060 91 93.552 76.700 16.852 92MH 114 29. 135. 0. 838. E 100 95. 16.75 0.593 98.0 8.31 0.240 92 93.311 75.900 17.411 93

115 10. 45. 0. 789. E 100 95. 15.79 0.558 98.0 7.44 0.075 93 93.236 75.984 17.252 94 116 23. 110. 0. 426. E 100 95. 8.53 0.302 98.0 2.38 0.055 94 93.182 75.939 17.243 95 117 18. 85. 0. 160. E 100 95. 3.21 0.113 98.0 0.39 0.005 95 93.175 75.934 17.241 96 118 15. 70. 0. 517. E 100 95. 10.34 0.366 98.0 3.40 0.050 96 93.124 75.975 17.149 97 119 58. 275. 0. 285. E 100 95. 5.69 0.201 98.0 1.13 0.065 97 93.058 75.952 17.106 98 120 67. 315. 0. 1916. E 150 95. 38.31 0.602 146.9 5.34 0.355 98 92.701 76.136 16.565 99 121 57. 270. 0. 469. 104PV 145. 9.38 0.307 119.8 1.07 0.060 99 92.640 76.432 16.208 100MH 122 94. 445. 0. 112. 104PV 145. 2.23 0.073 119.8 0.07 0.005 100 92.633 75.989 16.644 101 123 65. 305. 0. 4033. 151PV 145. 80.67 1.251 173.9 9.32 0.605 101 92.027 76.500 15.527 102 124 62. 290. 0. 4060. 132PV 145. 61.76 1.254 168.7 10.94 0.680 102 91.349 76.876 14.473 103 E 100 95. 19.44 0.688 125 57. 270. 0. 3240. 132PV 145. 64.80 1.315 152.0 11.96 0.680 103 90.667 76.690 13.977 104 126 33. 155. 0. 2118. 104PV 145. 42.35 1.385 119.8 17.38 0.575 104 90.093 76.654 13.439 105 127 105. 495. 0. 1203. 104PV 145. 24.05 0.786 119.8 6.09 0.640 105 89.454 76.058 13.396 106 128 51. 240. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.030 106 89.422 76.349 13.073 107MH 129 43. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 106 89.451 76.556 12.895 108RN 130 60. 285. 0. 143. 104PV 145. 2.85 0.093 119.8 0.12 0.005 106 89.447 77.240 12.207 109RN 131 49. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 107 89.418 76.319 13.099 153RN 132 125. 590. 0. 295. 104PV 145. 5.90 0.193 119.8 0.45 0.055 105 90.037 76.453 13.584 110RN 133 193. 910. 0. 455. 104PV 145. 9.10 0.298 119.8 1.01 0.195 104 90.472 76.440 14.032 111RN 134 96. 450. 0. 4522. 200AC 140. 90.44 0.800 227.3 3.13 0.300 112 92.633 75.989 16.644 101 135 101. 475. 0. 753. 104PV 145. 15.06 0.492 119.8 2.56 0.260 115 92.933 76.557 16.376 112MH 136 50. 235. 0. 4349. 200AC 140. 86.98 0.769 227.3 2.91 0.145 113 92.933 76.557 16.376 112MH 137 60. 285. 0. 4859. 200AC 140. 97.18 0.859 227.3 3.57 0.215 116 93.079 76.500 16.579 113 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 138 53. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.005 113 93.074 76.450 16.624 114RN

139 84. 395. 0. 2124. E 200 95. 42.47 0.376 195.9 1.59 0.135 115 93.058 75.952 17.106 98 140 27. 125. 0. 3374. E 200 95. 67.48 0.597 195.9 3.75 0.100 116 93.192 76.393 16.799 115 141 35. 165. 0. 8520. E 200 95. 170.41 1.507 195.9 20.84 0.730 117 93.293 76.793 16.500 116MH 142 29. 135. 0. 68. E 200 95. 1.35 0.012 195.9 0.00 0.000 117 94.023 76.516 17.507 118RN 143 115. 540. 0. 270. E 100 95. 5.40 0.191 98.0 1.02 0.115 103 91.231 76.899 14.332 119RN 144 56. 265. 0. 133. E 125 57. 2.65 0.060 101.0 0.24 0.015 102 92.014 76.500 15.514 120RN 145 46. 215. 0. 697. E 100 95. 13.93 0.493 98.0 5.90 0.270 121 92.027 76.500 15.527 102 146 36. 170. 0. 889. E 100 95. 17.78 0.629 98.0 9.28 0.335 122 92.299 76.765 15.534 121 147 38. 180. 0. 1064. E 150 95. 21.28 0.334 146.9 1.80 0.070 99 92.633 76.008 16.625 122 148 29. 135. 0. 504. 104PV 145. 10.09 0.330 119.8 1.22 0.035 95 93.146 76.231 16.915 123 149 27. 125. 0. 311. 104PV 145. 6.22 0.203 119.8 0.50 0.015 123 93.133 76.453 16.680 124 150 31. 145. 0. 159. 104PV 145. 3.18 0.104 119.8 0.14 0.005 125 93.133 76.453 16.680 124 151 13. 60. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 125 93.137 76.765 16.372 126 152 65. 305. 0. 153. 104PV 145. 3.05 0.100 119.8 0.13 0.010 126 93.129 76.765 16.364 127RN 153 66. 310. 0. 450. E 100 95. 9.00 0.318 98.0 2.63 0.175 93 93.137 76.765 16.372 126 154 49. 230. 0. 628. 104PV 145. 12.56 0.411 119.8 1.83 0.090 94 93.147 76.760 16.387 154MH 155 16. 75. 0. 339. 104PV 145. 6.78 0.222 119.8 0.58 0.010 154 93.137 76.500 16.637 125 156 42. 200. 0. 36. 104PV 145. 0.73 0.024 119.8 0.01 0.000 154 93.146 76.231 16.915 123 157 84. 395. 0. 138. 104PV 145. 2.75 0.090 119.8 0.11 0.010 124 93.124 75.975 17.149 97 158 61. 285. 0. 577. 104PV 145. 11.53 0.377 119.8 1.56 0.095 128 93.175 75.934 17.241 96 159 62. 290. 0. 549. 104PV 145. 10.97 0.359 119.8 1.42 0.090 128 93.182 75.939 17.243 95 160 105. 495. 0. 1660. 104PV 145. 33.20 1.086 119.8 11.07 1.165 139 93.270 76.564 16.706 128MH 161 31. 145. 0. 530. 104PV 145. 10.60 0.347 119.8 1.34 0.040 129 93.236 75.984 17.252 94 162 45. 210. 0. 105. 104PV 145. 2.10 0.069 119.8 0.07 0.005 129 93.275 76.342 16.933 130RN 163 37. 175. 0. 734. 104PV 145. 14.68 0.480 119.8 2.44 0.090 131 93.311 75.900 17.411 93

164 35. 165. 0. 895. 104PV 145. 17.90 0.585 119.8 3.53 0.125 131 93.278 76.256 17.022 129 165 29. 135. 0. 603. 104PV 145. 12.06 0.394 119.8 1.70 0.050 132 93.552 76.700 16.852 92MH 166 18. 85. 0. 2582. 104PV 145. 30.26 0.989 146.8 9.32 0.170 89 93.601 76.210 17.391 132 E 104 103. 21.39 0.700 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 167 45. 210. 0. 105. E 104 103. 2.10 0.069 105.0 0.13 0.005 87 94.376 76.342 18.034 135RN 168 21. 100. 0. 4344. 151PV 145. 86.89 1.348 173.9 10.70 0.225 134 94.382 76.601 17.781 87 169 35. 165. 0. 3924. 151PV 145. 78.48 1.217 173.9 8.86 0.310 133 94.606 76.564 18.042 134 170 60. 285. 0. 11983. 300AC 140. 229.30 0.901 346.7 2.43 0.145 133 94.771 76.443 18.328 136 E 104 103. 10.35 0.339 171 62. 290. 0. 10971. 250AC 140. 219.41 1.242 284.1 5.45 0.340 136 94.433 77.045 17.388 139 172 38. 180. 0. 8828. 200AC 140. 176.56 1.561 227.3 10.80 0.410 139 94.023 76.632 17.391 117 173 43. 200. 0. 653. E 104 103. 13.06 0.427 105.0 3.74 0.160 84 94.606 76.564 18.042 134 174 40. 190. 0. 16227. 300AC 140. 310.51 1.220 346.7 4.26 0.170 82 94.916 76.676 18.240 133 E 104 103. 14.02 0.458 175 84. 395. 0. 527. E 104 103. 10.54 0.345 105.0 2.51 0.210 136 94.559 76.380 18.179 137MH 176 116. 545. 0. 443. 104PV 145. 8.86 0.290 119.8 0.96 0.110 3 94.559 76.380 18.179 137MH 177 106. 500. 0. 250. 104PV 145. 5.00 0.163 119.8 0.33 0.035 137 94.524 76.273 18.251 138RN 178 31. 145. 0. 783. E 104 103. 15.65 0.512 105.0 5.23 0.160 81 95.063 76.380 18.683 140 179 31. 145. 0. 73. E 104 103. 1.45 0.047 105.0 0.06 0.000 140 95.061 76.390 18.671 141RN 180 41. 195. 0. 468. E 104 103. 9.35 0.306 105.0 2.01 0.085 140 94.980 76.400 18.580 142 181 26. 120. 0. 310. E 104 103. 6.20 0.203 105.0 0.94 0.025 142 94.956 76.500 18.456 143 182 26. 120. 0. 612. E 104 103. 12.25 0.401 105.0 3.32 0.085 143 94.869 76.550 18.319 144 183 68. 320. 0. 665. E 104 103. 13.30 0.435 105.0 3.87 0.265 144 94.606 76.536 18.070 85 184 50. 235. 0. 540. E 104 103. 10.80 0.353 105.0 2.63 0.130 82 94.956 76.500 18.456 143 185 33. 155. 0. 350. E 104 103. 7.00 0.229 105.0 1.18 0.040 83 94.869 76.550 18.319 144 186 30. 140. 0. 70. E 104 103. 1.40 0.046 105.0 0.06 0.000 86 94.371 76.520 17.851 145RN

187 26. 120. 0. 60. E 104 103. 1.20 0.039 105.0 0.04 0.000 146 94.139 76.530 17.609 151RN 188 21. 100. 0. 50. E 104 103. 1.00 0.033 105.0 0.03 0.000 147 93.974 76.600 17.374 152RN 189 19. 90. 0. 1241. E 104 103. 24.82 0.812 105.0 12.27 0.235 86 94.140 76.586 17.554 146 190 19. 90. 0. 1031. E 104 103. 20.62 0.674 105.0 8.71 0.165 146 93.974 76.636 17.338 147 191 43. 200. 0. 750. E 104 103. 15.00 0.491 105.0 4.83 0.210 147 93.766 76.646 17.120 148 192 45. 210. 0. 105. E 104 103. 2.10 0.069 105.0 0.13 0.005 148 93.761 76.712 17.049 149RN 193 45. 210. 0. 69. E 104 103. 1.38 0.045 105.0 0.06 0.005 88 93.974 76.636 17.338 147 194 52. 245. 0. 318. E 104 103. 6.35 0.208 105.0 0.98 0.050 148 93.715 76.577 17.138 90 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 195 51. 240. 0. 120. E 104 103. 2.40 0.078 105.0 0.16 0.010 91 93.604 76.921 16.683 150RN 196 23. 110. 0. 161. 104PV 145. 3.21 0.105 119.8 0.15 0.005 15 88.925 75.987 12.938 74 197 15. 70. 0. 1834. 104PV 145. 36.68 1.200 119.8 13.32 0.200 132 93.401 76.200 17.201 131 198 39. 185. 0. 674. 104PV 145. 13.49 0.441 119.8 2.09 0.080 78 87.793 74.400 13.393 77 199 10. 45. 0. 448. 104PV 145. 8.95 0.293 119.8 0.98 0.010 77 87.783 74.443 13.340 76 200 21. 100. 0. 204. 104PV 145. 4.08 0.133 119.8 0.23 0.005 76 87.778 74.432 13.346 22 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 109 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.207 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00080 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.531 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 10004. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 46930. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 153 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 941. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 7.40/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) Pg# 7. 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 46930.160.00 LPCD, 3.00

Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 21 77 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 5856. 4551.38 43.35 197302.19 86.00 503616.00 8.30 48604.80 0.05 X SUPPLY COST 25180.80 14.00/13.20 PVC 763. 632.24 43.35 27407.61 139.00 106057.00 9.05 6905.15 0.05 X SUPPLY COST 5302.85 16.00/15.10 PVC 146. 126.20 43.35 5470.88 184.00 26864.00 11.60 1693.60 0.05 X SUPPLY COST 1343.20 20.00 AC 788. 756.48 43.35 32793.41 285.00 224580.00 13.10 10322.80 0.10 X SUPPLY COST 22458.00 25.00 AC 175. 185.94 43.35 8060.39 394.00 68950.00 17.05 2983.75 0.10 X SUPPLY COST 6895.00 30.00 AC 178. 208.26 43.35 9028.07 569.00 101282.00 23.50 4183.00 0.10 X SUPPLY COST 10128.20 TOTAL = 7906. 6460.50 280062.53 1031349.00 74693.10 71308.05 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1457413. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. VARANASI WSS, Varanasi, Phase II, Zone COTON MILL 4 DATE:�� (COTON4/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 92.500 72.500 20.000 1FH 1 30. 130. 0. 45944. 400AC 140. 918.88 2.031 454.6 7.83 0.235 1 92.265 72.600 19.665 2 2 50. 220. 0. 45334. 400AC 140. 906.68 2.004 454.6 7.64 0.380 2 91.883 72.580 19.303 3 3 20. 90. 0. 42804. 400AC 140. 856.08 1.892 454.6 6.87 0.135 3 91.746 72.580 19.166 4 4 35. 150. 0. 40909. 400AC 140. 818.18 1.809 454.6 6.32 0.220 4 91.525 72.608 18.917 5 5 25. 110. 0. 40609. 400AC 140. 812.18 1.795 454.6 6.23 0.155 5 91.369 72.700 18.669 6 6 100. 430. 0. 40169. 400AC 140. 803.38 1.776 454.6 6.11 0.610 6 90.759 72.650 18.109 7 7 98. 430. 0. 3009. 104PV 145. 36.74 1.201 144.5 13.36 1.310 7 89.449 72.800 16.649 8 E 100 103. 23.44 0.829 8 365. 1590. 0. 795. E 250 103. 15.90 0.090 252.4 0.08 0.025 8 89.267 73.050 16.217 9 9 800. 3480. 0. 25570. 400AC 140. 511.40 1.130 454.6 2.65 2.115 9 87.150 73.600 13.550 10MH

10 45. 200. 0. 18523. 350AC 140. 353.22 1.020 405.0 2.55 0.115 10 87.036 72.950 14.086 11 E 125 103. 17.25 0.390 11 60. 260. 0. 17620. 350AC 140. 335.99 0.970 405.0 2.33 0.140 11 86.896 72.850 14.046 12 E 125 103. 16.41 0.371 12 40. 170. 0. 11451. 300AC 140. 220.06 0.865 346.2 2.25 0.090 12 86.806 72.650 14.156 132 E 100 103. 8.96 0.317 13 20. 90. 0. 11043. 300AC 140. 212.22 0.834 346.2 2.11 0.040 132 86.764 72.905 13.859 13 E 100 103. 8.64 0.306 14 40. 170. 0. 10667. 300AC 140. 205.00 0.806 346.2 1.98 0.080 13 86.685 72.985 13.700 14MH E 100 103. 8.35 0.295 15 80. 350. 0. 9600. 300AC 140. 192.00 0.754 340.9 1.75 0.140 14 86.545 72.680 13.865 15 16 90. 390. 0. 3617. 200AC 140. 72.34 0.640 227.3 2.07 0.185 15 86.358 72.850 13.508 16 17 80. 350. 0. 3499. E 200 103. 69.98 0.619 201.9 3.46 0.275 16 86.081 72.750 13.331 17MH 18 30. 130. 0. 82. E 104 103. 1.63 0.053 105.0 0.08 0.000 18 86.081 72.750 13.331 17MH 19 200. 870. 0. 431. E 104 103. 8.63 0.282 105.0 1.73 0.345 18 85.737 72.600 13.137 19MH 20 138. 600. 0. 172. E 125 103. 3.43 0.078 126.2 0.13 0.020 19 85.719 72.550 13.169 20RN 21 260. 1130. 0. 573. 104PV 145. 11.45 0.374 119.8 1.54 0.400 21 85.719 72.550 13.169 20RN 22 50. 220. 0. 2333. 151PV 145. 46.66 0.724 173.9 3.38 0.170 22 86.120 72.540 13.580 21 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 23 20. 90. 0. 2708. 200AC 140. 54.16 0.479 227.3 1.21 0.025 23 86.289 72.450 13.839 22 24 20. 90. 0. 3018. 200AC 140. 60.36 0.534 227.3 1.48 0.030 24 86.313 72.550 13.763 23 25 20. 90. 0. 417. 104PV 145. 8.33 0.273 119.8 0.86 0.015 25 86.343 72.650 13.693 24 26 60. 260. 0. 485. E 150 103. 9.71 0.153 151.4 0.36 0.020 26 86.360 72.680 13.680 25MH 27 50. 220. 0. 440. 104PV 145. 8.79 0.287 119.8 0.95 0.045 27 86.382 72.505 13.877 26 28 40. 170. 0. 1208. 132PV 145. 24.17 0.491 152.0 1.93 0.075 28 86.429 72.705 13.724 27 29 20. 90. 0. 1668. 132PV 145. 33.36 0.677 152.0 3.50 0.070 29 86.506 72.650 13.856 28 30 70. 300. 0. 1357. 132PV 145. 27.15 0.551 152.0 2.39 0.165 30 86.576 72.600 13.976 29 31 40. 170. 0. 3247. 200AC 140. 64.93 0.574 227.3 1.69 0.070 31 86.743 72.750 13.993 30

32 20. 90. 0. 34. 104PV 145. 0.68 0.022 119.8 0.01 0.000 32 86.811 72.980 13.831 31MH 33 120. 520. 0. 2978. 200AC 140. 53.26 0.471 237.2 1.17 0.140 32 86.670 72.780 13.890 33MH E 100 103. 6.30 0.223 34 35. 150. 0. 2383. 151PV 145. 38.46 0.597 188.7 2.36 0.085 33 86.588 72.680 13.908 34 E 100 103. 9.20 0.325 35 20. 90. 0. 2003. 151PV 145. 32.32 0.501 188.7 1.71 0.035 34 86.553 72.850 13.703 35 E 100 103. 7.73 0.273 36 80. 350. 0. 865. 104PV 145. 17.30 0.566 119.8 3.31 0.265 35 86.288 72.780 13.508 36 37 100. 430. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.025 36 86.263 72.950 13.313 37RN 38 60. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 36 86.282 72.985 13.297 38RN 39 60. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 35 86.547 72.850 13.697 39RN 40 60. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 34 86.582 72.785 13.797 40RN 41 60. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 33 86.664 72.655 14.009 41RN 42 50. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 22 86.285 72.950 13.335 42RN 43 50. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 23 86.310 72.850 13.460 43RN 44 80. 350. 0. 281. 104PV 145. 5.63 0.184 119.8 0.41 0.035 44 86.360 72.680 13.680 25MH 45 80. 350. 0. 512. 104PV 145. 10.24 0.335 119.8 1.25 0.100 45 86.393 72.650 13.743 44 46 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 26 86.380 73.015 13.365 46RN 47 25. 110. 0. 560. 104PV 145. 11.21 0.366 119.8 1.48 0.035 47 86.576 72.600 13.976 29 48 20. 90. 0. 564. 104PV 145. 11.27 0.369 119.8 1.50 0.030 48 86.613 73.250 13.363 47MH 49 15. 70. 0. 1097. 132PV 145. 21.93 0.445 152.0 1.61 0.025 48 86.619 72.775 13.844 49 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 50 35. 150. 0. 172. 104PV 145. 3.44 0.112 119.8 0.17 0.005 49 86.613 73.250 13.363 47MH 51 50. 220. 0. 1212. 132PV 145. 24.24 0.492 152.0 1.94 0.095 49 86.522 72.705 13.817 50 52 55. 240. 0. 181. 104PV 145. 3.62 0.118 119.8 0.18 0.010 50 86.512 72.650 13.862 52 53 30. 130. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 27 86.429 72.955 13.474 51MH 54 35. 150. 0. 531. 104PV 145. 10.62 0.347 119.8 1.34 0.045 51 86.382 72.505 13.877 26

55 15. 70. 0. 571. 104PV 145. 11.41 0.373 119.8 1.53 0.025 52 86.489 72.545 13.944 53 56 40. 170. 0. 429. 104PV 145. 8.58 0.281 119.8 0.90 0.035 53 86.453 72.440 14.013 54 57 20. 90. 0. 3126. 200AC 140. 62.52 0.553 227.3 1.58 0.030 54 86.421 72.450 13.971 55 58 30. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 55 86.420 72.015 14.405 56RN 59 60. 260. 0. 2821. 200AC 140. 56.42 0.499 227.3 1.31 0.080 55 86.343 72.650 13.693 24 60 60. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 58 86.467 72.355 14.112 57RN 61 15. 70. 0. 2862. 200AC 140. 57.24 0.506 227.3 1.34 0.020 58 86.453 72.440 14.013 54 62 10. 40. 0. 3177. 200AC 140. 63.54 0.562 227.3 1.63 0.015 59 86.473 72.405 14.068 58 63 15. 70. 0. 4944. 200AC 140. 98.87 0.874 227.3 3.69 0.055 15 86.489 72.305 14.184 59 64 20. 90. 0. 590. 104PV 145. 11.79 0.386 119.8 1.63 0.035 15 86.512 72.650 13.862 52 65 25. 110. 0. 34. 104PV 145. 0.67 0.022 119.8 0.01 0.000 59 86.489 72.545 13.944 53 66 140. 610. 0. 1318. 104PV 145. 16.09 0.526 144.5 2.90 0.405 59 86.084 72.650 13.434 18 E 100 103. 10.26 0.363 67 140. 610. 0. 780. 104PV 145. 15.61 0.510 119.8 2.74 0.385 21 85.737 72.600 13.137 19MH 68 20. 90. 0. 166. E 104 103. 3.32 0.108 105.0 0.30 0.005 67 85.719 72.550 13.169 20RN 69 40. 170. 0. 1716. 132PV 145. 24.91 0.506 171.7 2.04 0.080 68 85.725 72.105 13.620 67 E 104 103. 9.41 0.308 70 25. 110. 0. 1959. 132PV 145. 28.44 0.577 171.7 2.60 0.065 69 85.807 72.055 13.752 68 E 104 103. 10.74 0.351 71 130. 570. 0. 312. 104PV 145. 6.24 0.204 119.8 0.50 0.065 69 85.807 72.055 13.752 68 72 30. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 68 85.806 72.405 13.401 70RN 73 20. 90. 0. 2656. 151PV 145. 41.98 0.651 190.2 2.78 0.055 71 85.872 72.355 13.517 69MH E 104 103. 11.13 0.364 74 100. 430. 0. 3086. 200AC 140. 61.72 0.546 227.3 1.54 0.155 17 85.927 72.305 13.622 71 75 80. 350. 0. 1245. 104PV 145. 14.59 0.477 146.8 2.41 0.195 67 85.532 72.505 13.027 60 E 104 103. 10.31 0.337 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 76 20. 90. 0. 915. 104PV 145. 10.72 0.351 146.8 1.36 0.025 60 85.505 72.650 12.855 61 E 104 103. 7.58 0.248

77 20. 90. 0. 715. 104PV 145. 8.38 0.274 146.8 0.86 0.015 61 85.487 72.755 12.732 62 E 104 103. 5.92 0.194 78 125. 540. 0. 270. E 104 103. 5.40 0.177 105.0 0.73 0.090 62 85.396 72.685 12.711 63RN 79 30. 130. 0. 65. E 104 103. 1.30 0.043 105.0 0.05 0.000 62 85.486 72.450 13.036 64RN 80 25. 110. 0. 55. E 104 103. 1.10 0.036 105.0 0.04 0.000 61 85.504 72.455 13.049 65RN 81 25. 110. 0. 55. E 104 103. 1.10 0.036 105.0 0.04 0.000 60 85.531 72.405 13.126 66RN 82 40. 170. 0. 2326. E 200 103. 46.53 0.411 201.9 1.63 0.065 12 86.831 72.785 14.046 75 83 30. 130. 0. 213. E 200 103. 4.26 0.038 201.9 0.02 0.000 132 86.805 72.808 13.997 74 84 40. 170. 0. 235. E 100 103. 4.71 0.166 101.0 0.68 0.025 73 86.764 72.905 13.859 13 85 30. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 14 86.684 72.545 14.139 133RN 86 200. 870. 0. 687. 104PV 145. 13.75 0.449 119.8 2.16 0.435 73 86.358 72.850 13.508 16 87 20. 90. 0. 1488. E 200 103. 29.75 0.263 201.9 0.71 0.015 74 86.791 72.205 14.586 73 88 20. 90. 0. 2046. E 200 103. 40.93 0.362 201.9 1.28 0.025 75 86.805 72.808 13.997 74 89 35. 150. 0. 75. E 200 103. 1.50 0.013 201.9 0.00 0.000 75 86.831 72.850 13.981 76RN 90 40. 170. 0. 532. E 200 103. 10.63 0.094 201.9 0.11 0.005 74 86.801 72.955 13.846 78 91 60. 260. 0. 130. E 200 103. 2.60 0.023 201.9 0.01 0.000 78 86.800 72.950 13.850 79RN 92 40. 170. 0. 102. E 200 103. 2.03 0.018 201.9 0.00 0.000 78 86.801 73.015 13.786 77MH 93 100. 430. 0. 458. E 100 103. 9.17 0.324 101.0 2.35 0.235 11 86.801 73.015 13.786 77MH 94 60. 260. 0. 130. E 200 103. 2.60 0.023 201.9 0.01 0.000 77 86.800 72.105 14.695 80RN 95 40. 170. 0. 1105. E 104 103. 22.10 0.723 105.0 9.90 0.395 10 86.754 72.105 14.649 81 96 20. 90. 0. 605. E 104 103. 12.10 0.396 105.0 3.24 0.065 81 86.690 72.225 14.465 82 97 68. 300. 0. 150. E 104 103. 3.00 0.098 105.0 0.25 0.015 82 86.673 72.350 14.323 83RN 98 60. 260. 0. 130. 104PV 145. 2.60 0.085 119.8 0.10 0.005 82 86.684 72.300 14.384 84RN 99 60. 260. 0. 130. E 104 103. 2.60 0.085 105.0 0.19 0.010 81 86.743 72.105 14.638 85RN 100 25. 110. 0. 55. E 104 103. 1.10 0.036 105.0 0.04 0.000 81 86.754 72.115 14.639 86RN 101 10. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 17 86.081 72.295 13.786 135RN

102 160. 700. 0. 3667. 200AC 140. 73.33 0.648 227.3 2.12 0.340 10 86.811 72.880 13.931 32 103 40. 170. 0. 716. 104PV 145. 14.32 0.468 119.8 2.33 0.095 50 86.429 72.955 13.474 51MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 104 80. 350. 0. 294. 104PV 145. 5.88 0.192 119.8 0.45 0.035 27 86.393 72.650 13.743 44 105 60. 260. 0. 2245. 104PV 145. 44.90 1.468 119.8 19.37 1.160 3 90.721 72.205 18.516 87 106 106. 460. 0. 1545. 104PV 145. 30.90 1.010 119.8 9.69 1.025 4 90.718 73.450 17.268 88MH 107 66. 290. 0. 1378. 104PV 145. 27.56 0.901 119.8 7.84 0.520 88 90.201 72.355 17.846 89 108 40. 170. 0. 718. 104PV 145. 14.36 0.470 119.8 2.35 0.095 89 90.107 72.105 18.002 90 109 40. 170. 0. 534. 104PV 145. 10.68 0.349 119.8 1.35 0.055 90 90.053 72.225 17.828 91 110 20. 90. 0. 190. 104PV 145. 3.79 0.124 119.8 0.20 0.005 91 90.049 73.055 16.994 92MH 111 25. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 92 90.048 72.985 17.063 93RN 112 25. 110. 0. 20. 104PV 145. 0.41 0.013 119.8 0.00 0.000 94 90.049 73.055 16.994 92MH 113 20. 90. 0. 114. 104PV 145. 2.29 0.075 119.8 0.08 0.000 95 90.049 72.850 17.199 94 114 25. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 95 90.050 72.650 17.400 96RN 115 10. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 112 90.211 72.350 17.861 97RN 116 25. 110. 0. 324. 104PV 145. 6.49 0.212 119.8 0.54 0.015 98 90.050 72.750 17.300 95 117 50. 220. 0. 232. 104PV 145. 4.63 0.151 119.8 0.29 0.015 98 90.049 72.250 17.799 99 118 50. 220. 0. 104. 104PV 145. 2.09 0.068 119.8 0.07 0.005 91 90.049 72.250 17.799 99 119 20. 90. 0. 766. 104PV 145. 15.32 0.501 119.8 2.64 0.055 100 90.064 72.300 17.764 98 120 40. 170. 0. 240. 104PV 145. 4.80 0.157 119.8 0.31 0.010 101 90.117 72.350 17.767 100 121 40. 170. 0. 741. 104PV 145. 14.82 0.485 119.8 2.49 0.100 102 90.117 72.350 17.767 100 122 40. 170. 0. 1782. 104PV 145. 35.64 1.165 119.8 12.63 0.505 87 90.216 72.350 17.866 102 123 30. 130. 0. 806. 104PV 145. 16.12 0.527 119.8 2.90 0.085 102 90.129 72.250 17.879 101 124 100. 430. 0. 201. 104PV 145. 4.02 0.131 119.8 0.22 0.020 101 90.107 72.105 18.002 90 125 45. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.005 2 92.262 72.450 19.812 103RN

126 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 2 92.263 72.556 19.707 104RN 127 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 5 91.523 72.580 18.943 105RN 128 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 6 91.367 72.650 18.717 106RN 129 75. 330. 0. 845. 104PV 145. 16.90 0.553 119.8 3.17 0.240 7 90.521 72.500 18.021 107 130 105. 460. 0. 230. E 100 103. 4.60 0.163 101.0 0.66 0.070 107 90.452 72.500 17.952 108RN 131 50. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 107 90.517 72.684 17.833 109RN 132 220. 960. 0. 480. E 104 103. 9.60 0.314 105.0 2.11 0.465 110 90.011 72.650 17.361 111RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 133 60. 260. 0. 35590. 400AC 140. 698.45 1.544 457.9 4.71 0.285 7 90.476 72.750 17.726 110 E 100 103. 13.35 0.472 134 60. 260. 0. 34370. 400AC 140. 674.51 1.491 457.9 4.42 0.265 110 90.211 73.250 16.961 112 E 100 103. 12.89 0.456 135 40. 170. 0. 34115. 400AC 140. 682.30 1.508 454.6 4.51 0.180 112 90.030 73.265 16.765 113 136 30. 130. 0. 1206. 104PV 145. 24.11 0.788 119.8 6.12 0.185 113 89.847 73.105 16.742 114 137 30. 130. 0. 706. 104PV 145. 14.11 0.461 119.8 2.27 0.070 114 89.779 73.255 16.524 115 138 70. 300. 0. 493. 104PV 145. 9.86 0.322 119.8 1.17 0.080 115 89.697 73.350 16.347 116 139 90. 390. 0. 1016. 104PV 145. 20.32 0.664 119.8 4.46 0.400 116 89.295 73.450 15.845 117 140 30. 130. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.000 118 89.295 73.450 15.845 117 141 38. 170. 0. 691. 104PV 145. 13.82 0.452 119.8 2.18 0.085 118 89.214 73.485 15.729 119MH 142 130. 570. 0. 285. 104PV 145. 5.70 0.186 119.8 0.42 0.055 119 89.159 73.185 15.974 120RN 143 100. 430. 0. 1156. 104PV 145. 23.12 0.756 119.8 5.67 0.565 121 89.297 73.460 15.837 118 144 40. 170. 0. 32674. 400AC 140. 653.49 1.444 454.6 4.17 0.165 113 89.864 72.985 16.879 121 145 25. 110. 0. 481. 104PV 145. 9.62 0.314 119.8 1.12 0.030 121 89.836 72.980 16.856 122 146 20. 90. 0. 325. 104PV 145. 6.50 0.213 119.8 0.54 0.010 114 89.836 72.980 16.856 122 147 30. 130. 0. 641. 104PV 145. 12.82 0.419 119.8 1.90 0.055 122 89.779 73.150 16.629 123 148 30. 130. 0. 30618. 400AC 140. 612.35 1.354 454.6 3.69 0.110 121 89.753 73.250 16.503 124 149 30. 130. 0. 418. 104PV 145. 8.37 0.274 119.8 0.86 0.025 123 89.753 73.250 16.503 124

150 20. 90. 0. 47. 104PV 145. 0.95 0.031 119.8 0.02 0.000 123 89.779 73.255 16.524 115 151 15. 70. 0. 30871. 400AC 140. 617.42 1.365 454.6 3.75 0.055 124 89.697 73.350 16.347 116 152 70. 300. 0. 29818. 400AC 140. 596.36 1.318 454.6 3.52 0.245 116 89.451 73.350 16.101 125MH 153 20. 90. 0. 147. 104PV 145. 2.94 0.096 119.8 0.12 0.000 117 89.293 72.850 16.443 128 154 35. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 128 89.292 72.650 16.642 129RN 155 25. 110. 0. 103. 104PV 145. 2.06 0.067 119.8 0.06 0.000 126 89.293 72.850 16.443 128 156 10. 40. 0. 228. 104PV 145. 4.56 0.149 119.8 0.28 0.005 87 90.718 73.450 17.268 88MH 157 60. 260. 0. 28700. 400AC 140. 513.28 1.135 474.3 2.66 0.160 125 89.291 73.015 16.276 130 E 200 103. 60.72 0.537 158 75. 330. 0. 673. 104PV 145. 13.46 0.440 119.8 2.08 0.155 125 89.295 72.885 16.410 126 159 80. 350. 0. 175. 104PV 145. 3.50 0.114 119.8 0.17 0.015 126 89.281 72.650 16.631 127RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 160 280. 1220. 0. 610. 104PV 145. 12.20 0.399 119.8 1.73 0.485 130 88.805 72.980 15.825 131RN 161 10. 40. 0. 27330. 400AC 140. 488.78 1.080 474.3 2.43 0.025 130 89.267 73.050 16.217 9 E 200 103. 57.82 0.511 162 160. 700. 0. 314. 104PV 145. 6.28 0.205 119.8 0.51 0.080 117 89.214 73.485 15.729 119MH 163 100. 430. 0. 215. 104PV 145. 4.30 0.141 119.8 0.25 0.025 89 90.176 72.355 17.821 136RN 164 45. 200. 0. 3443. 200AC 140. 68.86 0.609 227.3 1.89 0.085 12 86.811 72.980 13.831 31MH 165 45. 200. 0. 296. 104PV 145. 5.92 0.193 119.8 0.45 0.020 13 86.743 72.750 13.993 30 166 40. 170. 0. 592. 104PV 145. 11.85 0.387 119.8 1.64 0.065 14 86.619 72.775 13.844 49 167 40. 170. 0. 85. 104PV 145. 1.70 0.056 119.8 0.05 0.000 71 85.925 72.105 13.820 72RN 168 280. 1204. 0. 602. 104PV 145. 12.04 0.394 119.8 1.69 0.475 8 88.975 72.185 16.790 134RN 169 25. 110. 0. 1795. 132PV 145. 35.90 0.729 152.0 4.01 0.100 30 86.643 72.985 13.658 48 170 70. 300. 0. 179. 104PV 145. 3.59 0.117 119.8 0.18 0.015 28 86.493 72.550 13.943 45 171 25. 110. 0. 61. 104PV 145. 1.22 0.040 119.8 0.02 0.000 99 90.049 72.850 17.199 94 172 30. 0. 0. 658. 104PV 145. 13.16 0.430 119.8 1.99 0.060 35 86.493 72.550 13.943 45

** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 63 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.711 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00085 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 1.585 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 10594. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 45944. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 63 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 2330. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.05/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 45944.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 10 47 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 5618. 4366.40 43.35 189283.41 86.00 483148.00 8.30 46629.40 0.05 X SUPPLY COST 24157.40 14.00/13.20 PVC 285. 236.16 43.35 10237.44 139.00 39615.00 9.05 2579.25 0.05 X SUPPLY COST 1980.75 16.00/15.10 PVC 125. 108.05 43.35 4683.97 184.00 23000.00 11.60 1450.00 0.05 X SUPPLY COST 1150.00 20.00 AC 715. 686.40 43.35 29755.44 285.00 203775.00 13.10 9366.50 0.10 X SUPPLY COST 20377.50 30.00 AC 180. 210.60 43.35 9129.51 569.00 102420.00 23.50 4230.00 0.10 X SUPPLY COST 10242.00 35.00 AC 105. 134.66 43.35 5837.62 802.00 84210.00 29.95 3144.75 0.10 X SUPPLY COST 8421.00 40.00 AC 1445. 2023.00 43.35 87697.05 1103.00 1593835.00 36.40 52598.00 0.10 X SUPPLY COST 159383.50 TOTAL = 8473. 7765.27 336624.44 2530003.00 119997.91 225712.16 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 3212338. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone JAITPURA 1 DATE:�� (JAITP1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 99.200 74.200 25.000 1FH 1 510. 0. 0. 23465. 300AC 140. 469.30 1.844 340.9 9.16 4.670 1 94.529 74.235 20.294 2 2 14. 40. 0. 23445. 200AC 140. 158.12 1.398 343.6 8.80 0.125 2 94.406 74.198 20.208 3 E 300 95. 310.78 1.221 3 20. 150. 0. 7958. E 300 95. 159.16 0.625 293.9 2.55 0.050 3 94.355 74.318 20.037 4 4 53. 160. 0. 6840. E 300 95. 136.81 0.538 293.9 1.93 0.100 4 94.253 74.570 19.683 5 5 164. 500. 0. 6149. E 250 95. 122.98 0.696 244.9 3.84 0.630 5 93.622 75.246 18.376 6 6 36. 110. 0. 6358. E 250 95. 127.16 0.720 244.9 4.09 0.145 6 93.475 75.474 18.001 7 7 48. 150. 0. 5183. E 250 95. 103.66 0.587 244.9 2.80 0.135 7 93.341 75.731 17.610 8 8 56. 170. 0. 4197. E 250 95. 83.94 0.475 244.9 1.89 0.105 8 93.235 76.207 17.028 9MH 9 83. 250. 0. 3731. E 250 95. 74.62 0.422 244.9 1.52 0.125 9 93.108 75.969 17.139 10 10 99. 300. 0. 1460. 104PV 145. 22.07 0.722 133.2 5.20 0.515 10 92.594 77.240 15.354 11 E 100 52. 7.13 0.252 11 26. 80. 0. 40. E 100 52. 0.80 0.028 78.0 0.09 0.000 11 92.591 77.250 15.341 12RN 12 76. 230. 0. 1115. 104PV 145. 22.30 0.729 119.8 5.30 0.405 11 92.191 76.552 15.639 13 13 13. 40. 0. 980. 104PV 145. 19.60 0.641 119.8 4.17 0.055 13 92.137 76.732 15.405 14MH 14 26. 80. 0. 920. 104PV 145. 18.40 0.602 119.8 3.71 0.095 14 92.040 76.445 15.595 15 15 38. 120. 0. 430. 104PV 145. 8.60 0.281 119.8 0.91 0.035 15 92.006 76.332 15.674 16 16 33. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 16 92.005 76.629 15.376 17RN 17 87. 270. 0. 135. 104PV 145. 2.70 0.088 119.8 0.11 0.010 16 91.997 77.005 14.992 18RN 18 32. 100. 0. 913. 104PV 145. 18.25 0.597 119.8 3.66 0.115 4 94.238 75.556 18.682 19 19 162. 490. 0. 889. 104PV 145. 17.78 0.581 119.8 3.48 0.565 19 93.673 75.556 18.117 20

20 34. 100. 0. 564. 104PV 145. 11.28 0.369 119.8 1.50 0.050 20 93.622 75.246 18.376 6 21 10. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 20 93.673 75.650 18.023 21RN 22 20. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 23 94.293 74.305 19.988 22RN 23 27. 80. 0. 15352. 300AC 140. 307.04 1.207 340.9 4.17 0.115 3 94.293 74.198 20.095 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 24 151. 460. 0. 2163. 132PV 145. 43.25 0.878 152.0 5.66 0.855 23 93.439 75.889 17.550 24 25 51. 160. 0. 1407. 132PV 145. 28.15 0.571 152.0 2.55 0.130 24 93.308 76.043 17.265 25 26 25. 80. 0. 807. 132PV 145. 16.14 0.328 152.0 0.91 0.025 25 93.286 76.134 17.152 26 27 24. 70. 0. 1221. 132PV 145. 24.43 0.496 152.0 1.96 0.045 26 93.238 76.220 17.018 27 28 29. 90. 0. 476. 104PV 145. 9.52 0.311 119.8 1.10 0.030 27 93.207 76.260 16.947 28 29 12. 40. 0. 256. 104PV 145. 5.11 0.167 119.8 0.35 0.005 29 93.207 76.260 16.947 28 30 29. 90. 0. 856. 104PV 145. 17.13 0.560 119.8 3.25 0.095 30 93.211 76.261 16.950 29 31 55. 170. 0. 271. 104PV 145. 5.41 0.177 119.8 0.39 0.020 31 93.305 76.089 17.216 30 32 50. 150. 0. 461. 104PV 145. 9.22 0.301 119.8 1.03 0.050 29 93.159 76.090 17.069 32 33 44. 130. 0. 387. 104PV 145. 7.74 0.253 119.8 0.75 0.035 32 93.126 76.175 16.951 33 34 25. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 33 93.126 76.290 16.836 34RN 35 83. 250. 0. 117. 104PV 145. 2.34 0.077 119.8 0.08 0.005 33 93.119 76.496 16.623 35 36 26. 80. 0. 508. 104PV 145. 10.16 0.332 119.8 1.24 0.030 36 93.119 76.496 16.623 35 37 24. 70. 0. 78. 104PV 145. 1.56 0.051 119.8 0.04 0.000 37 93.152 76.898 16.254 36 38 28. 90. 0. 951. 104PV 145. 19.03 0.622 119.8 3.95 0.110 38 93.153 76.966 16.187 37MH 39 50. 150. 0. 781. 104PV 145. 15.62 0.511 119.8 2.74 0.135 39 93.263 77.017 16.246 38 40 43. 130. 0. 666. 104PV 145. 13.32 0.435 119.8 2.04 0.090 40 93.400 77.076 16.324 39 41 115. 350. 0. 2152. 132PV 145. 43.04 0.874 152.0 5.61 0.645 41 93.488 77.146 16.342 40 42 114. 350. 0. 10197. 250AC 140. 203.95 1.154 284.1 4.76 0.540 41 93.590 75.658 17.932 42 43 30. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 42 93.590 75.670 17.920 43RN

44 80. 240. 0. 9812. 250AC 140. 189.92 1.075 287.7 4.17 0.335 42 93.257 75.987 17.270 44 E 100 52. 6.33 0.224 45 50. 150. 0. 9618. 250AC 140. 186.15 1.053 287.7 4.02 0.200 44 93.056 75.854 17.202 45 E 100 52. 6.21 0.220 46 81. 250. 0. 8448. E 300 95. 168.95 0.664 293.9 2.85 0.230 45 92.825 76.089 16.736 46 47 32. 100. 0. 3722. E 300 95. 74.43 0.292 293.9 0.62 0.020 46 92.805 76.435 16.370 47 48 10. 30. 0. 3317. E 300 95. 66.33 0.261 293.9 0.50 0.005 47 92.800 76.442 16.358 48 49 21. 60. 0. 4011. E 300 95. 80.22 0.315 293.9 0.72 0.015 48 92.785 76.480 16.305 49 50 10. 30. 0. 3407. E 300 95. 68.14 0.268 293.9 0.53 0.005 49 92.780 76.480 16.300 50 51 77. 230. 0. 3864. E 300 95. 77.28 0.304 293.9 0.67 0.050 50 92.729 76.551 16.178 51 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 167. 480. 0. 1136. E 200 65. 22.72 0.201 170.0 1.00 0.165 61 92.729 76.551 16.178 51 53 132. 380. 0. 1150. 104PV 145. 23.00 0.752 119.8 5.61 0.740 51 91.988 77.276 14.712 53 54 41. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 53 91.987 77.176 14.811 54RN 55 90. 270. 0. 705. 104PV 145. 14.10 0.461 119.8 2.27 0.205 53 91.784 77.160 14.624 55MH 56 58. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 55 91.781 76.804 14.977 56RN 57 35. 110. 0. 335. 104PV 145. 6.70 0.219 119.8 0.57 0.020 55 91.764 77.045 14.719 57 58 34. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 57 91.763 77.351 14.412 58RN 59 58. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.005 57 91.761 78.657 13.104 59RN 60 129. 390. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.025 15 92.013 76.231 15.782 60RN 61 33. 100. 0. 1307. E 200 65. 26.14 0.231 170.0 1.29 0.045 62 92.896 76.492 16.404 61 62 66. 200. 0. 1896. E 200 65. 37.92 0.335 170.0 2.58 0.170 10 92.938 76.895 16.043 62MH 63 61. 190. 0. 3210. E 300 95. 64.19 0.252 293.9 0.47 0.030 51 92.700 76.430 16.270 63 64 82. 250. 0. 3129. E 300 95. 62.58 0.246 293.9 0.45 0.035 63 92.662 75.839 16.824 64 65 15. 50. 0. 1613. E 300 95. 32.27 0.127 293.9 0.13 0.000 64 92.661 75.840 16.821 65 66 212. 650. 0. 325. E 125 57. 6.50 0.147 101.0 1.24 0.265 65 92.397 76.112 16.285 66RN 67 58. 180. 0. 848. E 125 57. 16.97 0.384 101.0 7.34 0.425 65 92.235 75.431 16.804 67

68 67. 200. 0. 579. 104PV 145. 11.58 0.379 119.8 1.57 0.105 75 92.228 75.674 16.554 68 69 38. 120. 0. 505. 104PV 145. 10.09 0.330 119.8 1.22 0.045 76 92.224 75.779 16.445 69 70 60. 180. 0. 116. 104PV 145. 2.32 0.076 119.8 0.08 0.005 73 92.271 75.987 16.284 70 71 87. 270. 0. 3182. 200AC 140. 63.64 0.563 227.3 1.63 0.140 71 92.315 76.000 16.315 88 72 58. 180. 0. 764. 104PV 145. 15.28 0.500 119.8 2.63 0.155 71 92.304 77.657 14.647 72MH 73 34. 100. 0. 111. 104PV 145. 2.22 0.072 119.8 0.07 0.005 72 92.302 77.573 14.729 74 74 26. 80. 0. 507. 104PV 145. 10.13 0.331 119.8 1.23 0.030 75 92.302 77.573 14.729 74 75 28. 90. 0. 483. 104PV 145. 9.65 0.316 119.8 1.12 0.030 74 92.270 77.096 15.174 76 76 33. 100. 0. 177. 104PV 145. 3.54 0.116 119.8 0.18 0.005 73 92.270 77.096 15.174 76 77 110. 340. 0. 170. 104PV 145. 3.40 0.111 119.8 0.16 0.020 47 92.788 77.690 15.098 77RN 78 57. 170. 0. 824. 104PV 145. 16.49 0.539 119.8 3.03 0.175 78 92.800 76.442 16.358 48 79 160. 490. 0. 641. 104PV 145. 12.82 0.419 119.8 1.90 0.305 79 92.973 76.582 16.391 78 80 106. 320. 0. 810. 104PV 145. 16.20 0.530 119.8 2.93 0.310 45 92.745 76.314 16.431 80 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 23. 70. 0. 285. 104PV 145. 5.70 0.186 119.8 0.42 0.010 80 92.736 76.455 16.281 81 82 81. 250. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.005 81 92.728 76.660 16.068 82RN 83 109. 330. 0. 165. E 350 95. 3.30 0.010 342.9 0.00 0.000 80 92.745 77.166 15.579 52RN 84 29. 90. 0. 316. 104PV 145. 6.33 0.207 119.8 0.51 0.015 5 94.238 75.556 18.682 19 85 35. 110. 0. 990. 104PV 145. 19.80 0.647 119.8 4.25 0.150 7 93.326 75.789 17.537 31 86 30. 90. 0. 534. 104PV 145. 10.69 0.349 119.8 1.36 0.040 31 93.286 76.134 17.152 26 87 36. 110. 0. 771. E 150 95. 15.42 0.242 146.9 0.99 0.035 8 93.305 76.089 17.216 30 88 54. 160. 0. 585. 104PV 145. 11.71 0.383 119.8 1.61 0.085 27 93.152 76.898 16.254 36 89 54. 160. 0. 587. 104PV 145. 11.73 0.384 119.8 1.61 0.085 28 93.119 76.496 16.623 35 90 91. 280. 0. 654. 104PV 145. 13.07 0.427 119.8 1.97 0.180 37 92.973 76.582 16.391 78 91 61. 190. 0. 385. 104PV 145. 7.71 0.252 119.8 0.74 0.045 25 93.263 77.017 16.246 38

92 63. 190. 0. 1151. 104PV 145. 17.40 0.569 133.2 3.35 0.210 40 93.277 74.558 18.719 79 E 100 52. 5.62 0.199 93 55. 170. 0. 85. E 100 52. 1.71 0.060 78.0 0.37 0.020 79 93.257 75.987 17.270 44 94 62. 190. 0. 350. 104PV 145. 7.00 0.229 119.8 0.62 0.040 24 93.400 77.076 16.324 39 95 63. 190. 0. 161. E 100 52. 3.23 0.114 78.0 1.20 0.075 9 93.159 76.090 17.069 32 96 26. 80. 0. 473. 104PV 145. 9.46 0.309 119.8 1.08 0.030 72 92.276 77.123 15.153 73 97 79. 240. 0. 397. 104PV 145. 7.95 0.260 119.8 0.78 0.060 98 91.250 77.281 13.969 97MH 98 71. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 98 91.307 77.231 14.076 100RN 99 32. 100. 0. 787. 104PV 145. 15.75 0.515 119.8 2.78 0.090 96 91.312 73.300 18.012 98 100 139. 420. 0. 349. 104PV 145. 6.98 0.228 119.8 0.62 0.085 49 92.700 76.430 16.270 63 101 125. 380. 0. 777. 104PV 145. 15.54 0.508 119.8 2.71 0.340 35 92.780 76.480 16.300 50 102 105. 320. 0. 279. 104PV 145. 5.57 0.182 119.8 0.41 0.045 62 92.896 76.492 16.404 61 103 54. 160. 0. 12779. 300AC 140. 255.59 1.004 340.9 2.97 0.160 23 94.132 74.556 19.576 41 104 126. 380. 0. 4361. 200AC 140. 87.22 0.771 227.3 2.92 0.370 46 92.457 77.098 15.359 71 105 47. 140. 0. 1296. 104PV 145. 25.91 0.847 119.8 7.00 0.330 64 92.334 77.064 15.270 75 106 51. 160. 0. 374. E 125 57. 7.48 0.169 101.0 1.61 0.080 67 92.153 75.180 16.973 83 107 39. 120. 0. 316. 104PV 145. 6.32 0.207 119.8 0.51 0.020 84 92.153 75.180 16.973 83 108 26. 80. 0. 14. 104PV 145. 0.29 0.009 119.8 0.00 0.000 85 92.173 75.570 16.603 84 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 109 25. 80. 0. 189. 104PV 145. 3.78 0.124 119.8 0.20 0.005 85 92.168 76.083 16.085 86 110 31. 90. 0. 440. 104PV 145. 8.80 0.288 119.8 0.95 0.030 86 92.138 76.390 15.748 87 111 64. 200. 0. 2090. 151PV 145. 41.79 0.648 173.9 2.76 0.175 88 92.138 76.390 15.748 87 112 14. 40. 0. 837. 104PV 145. 16.75 0.548 119.8 3.12 0.045 88 92.271 75.987 16.284 70 113 16. 50. 0. 819. 104PV 145. 16.37 0.535 119.8 2.99 0.050 70 92.223 75.898 16.325 89 114 25. 80. 0. 227. 104PV 145. 4.55 0.149 119.8 0.28 0.005 89 92.216 75.840 16.376 90 115 15. 50. 0. 311. 104PV 145. 6.22 0.203 119.8 0.50 0.005 69 92.216 75.840 16.376 90

116 14. 40. 0. 88. 104PV 145. 1.77 0.058 119.8 0.05 0.000 69 92.223 75.700 16.523 91 117 11. 30. 0. 297. 104PV 145. 5.94 0.194 119.8 0.46 0.005 68 92.223 75.700 16.523 91 118 20. 60. 0. 137. 104PV 145. 2.73 0.089 119.8 0.11 0.000 68 92.226 75.622 16.604 93 119 61. 190. 0. 246. 104PV 145. 4.92 0.161 119.8 0.32 0.020 93 92.206 75.600 16.606 92 120 34. 100. 0. 451. 104PV 145. 9.03 0.295 119.8 0.99 0.035 92 92.173 75.570 16.603 84 121 61. 190. 0. 379. 104PV 145. 7.57 0.248 119.8 0.72 0.045 90 92.173 75.811 16.362 85 122 61. 190. 0. 431. 104PV 145. 8.62 0.282 119.8 0.91 0.055 89 92.168 76.083 16.085 86 123 92. 280. 0. 410. E 125 57. 8.20 0.186 101.0 1.91 0.175 83 91.977 74.766 17.211 94 124 77. 230. 0. 155. 104PV 145. 3.10 0.101 119.8 0.14 0.010 94 91.966 76.672 15.294 95 125 105. 320. 0. 2105. 132PV 145. 42.10 0.855 152.0 5.38 0.565 95 91.401 77.365 14.036 96 126 43. 130. 0. 893. 104PV 145. 17.85 0.584 119.8 3.51 0.150 96 91.250 77.281 13.969 97MH 127 52. 160. 0. 2305. 151PV 145. 46.10 0.715 173.9 3.31 0.170 87 91.966 76.672 15.294 95 128 49. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 96 91.400 77.098 14.302 99RN 129 380. 1105. 0. 553. 104PV 145. 11.05 0.361 119.8 1.44 0.550 97 90.702 76.200 14.502 101RN 130 23. 70. 0. 269. 104PV 145. 5.38 0.176 119.8 0.38 0.010 67 92.226 75.622 16.604 93 131 27. 0. 0. 351. 104PV 145. 7.01 0.229 119.8 0.62 0.015 91 92.206 75.600 16.606 92 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 25.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 59 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 13.104 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00100 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.357 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 8237. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 23465. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 101 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1787. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 4.76/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS

TERMINAL HEAD AT FEEDING NODE NO. 1= 25.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 23465.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF AIR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 52 53 72 96 POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 98 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 4771. 3708.10 43.35 160746.03 86.00 410306.00 8.30 39599.30 0.05 X SUPPLY COST 20515.30 14.00/13.20 PVC 471. 390.28 43.35 16918.72 139.00 65469.00 9.05 4262.55 0.05 X SUPPLY COST 3273.45 16.00/15.10 PVC 116. 100.27 43.35 4346.73 184.00 21344.00 11.60 1345.60 0.05 X SUPPLY COST 1067.20 20.00 AC 227. 217.92 43.35 9446.83 285.00 64695.00 13.10 2973.70 0.10 X SUPPLY COST 6469.50 25.00 AC 244. 259.25 43.35 11238.49 394.00 96136.00 17.05 4160.20 0.10 X SUPPLY COST 9613.60 30.00 AC 591. 691.47 43.35 29975.22 569.00 336279.00 23.50 13888.50 0.10 X SUPPLY COST 33627.90 TOTAL = 6420. 5367.29 232672.02 994229.00 66229.85 74566.95 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1367698. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone JAITPURA 2 DATE:�� (JAITP2/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 93.450 73.450 20.000 1FH 1 30. 0. 0. 33462. 250AC 140. 669.24 3.787 284.1 42.95 1.290 1 92.162 75.530 16.632 108MH 2 70. 255. 0. 23219. E 600 95. 464.39 0.456 587.8 0.63 0.045 108 92.117 73.400 18.717 2 3 75. 275. 0. 20007. E 600 95. 400.13 0.393 587.8 0.48 0.035 2 92.081 73.453 18.628 3 4 29. 105. 0. 18723. E 600 95. 374.45 0.368 587.8 0.42 0.010 3 92.069 73.273 18.796 4 5 13. 45. 0. 17745. E 600 95. 354.90 0.349 587.8 0.38 0.005 4 92.064 73.262 18.802 5 6 14. 50. 0. 16859. E 600 95. 337.18 0.331 587.8 0.35 0.005 5 92.059 73.365 18.694 6 7 32. 115. 0. 15460. E 600 95. 309.21 0.304 587.8 0.30 0.010 6 92.050 73.447 18.603 7 8 48. 175. 0. 6547. E 375 72. 130.95 0.329 331.0 1.00 0.050 7 92.002 73.715 18.287 8 9 98. 355. 0. 5542. E 375 72. 110.84 0.279 331.0 0.73 0.070 8 91.930 74.053 17.877 9 10 120. 440. 0. 3268. E 375 72. 65.36 0.164 331.0 0.27 0.035 9 91.897 74.585 17.312 10 11 54. 195. 0. 1896. E 350 95. 37.91 0.109 342.9 0.08 0.005 10 91.892 76.293 15.599 11 12 163. 595. 0. 1501. 104PV 145. 30.01 0.981 119.8 9.18 1.495 11 90.395 76.220 14.175 12MH 13 27. 100. 0. 1809. 104PV 145. 36.19 1.183 119.8 12.99 0.350 12 90.045 75.604 14.441 13 14 18. 65. 0. 1667. 104PV 145. 33.34 1.090 119.8 11.16 0.200 13 89.844 75.520 14.324 14 15 17. 60. 0. 938. 104PV 145. 18.75 0.613 119.8 3.84 0.065 14 89.779 75.485 14.294 15MH 16 32. 115. 0. 576. 104PV 145. 11.52 0.377 119.8 1.56 0.050 15 89.729 75.360 14.369 16 17 36. 130. 0. 400. 104PV 145. 8.01 0.262 119.8 0.79 0.030 16 89.700 75.214 14.486 17 18 47. 170. 0. 255. 104PV 145. 5.10 0.167 119.8 0.34 0.015 17 89.684 75.314 14.370 18 19 95. 345. 0. 173. 104PV 145. 3.45 0.113 119.8 0.17 0.015 18 89.668 75.683 13.985 19RN 20 21. 75. 0. 213. 104PV 145. 4.25 0.139 119.8 0.25 0.005 20 89.684 75.314 14.370 18

21 48. 175. 0. 207. 104PV 145. 4.14 0.135 119.8 0.23 0.010 21 89.689 76.184 13.505 20MH 22 31. 115. 0. 432. 104PV 145. 8.63 0.282 119.8 0.91 0.030 22 89.700 75.321 14.379 21 23 29. 105. 0. 558. 104PV 145. 11.16 0.365 119.8 1.47 0.045 23 89.729 75.453 14.276 22MH 24 20. 75. 0. 474. 104PV 145. 9.48 0.310 119.8 1.09 0.020 24 89.771 75.310 14.461 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 14. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 24 89.793 75.580 14.213 25RN 26 123. 457. 0. 359. 104PV 145. 7.18 0.235 119.8 0.65 0.080 26 89.689 76.184 13.505 20MH 27 25. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 26 89.769 75.110 14.659 27RN 28 25. 90. 0. 723. 104PV 145. 14.45 0.473 119.8 2.37 0.060 28 89.769 75.654 14.115 26 29 143. 520. 0. 260. 104PV 145. 5.20 0.170 119.8 0.36 0.050 28 89.777 74.987 14.790 29RN 30 259. 945. 0. 1760. 104PV 145. 22.15 0.724 142.9 5.23 1.355 30 89.828 75.098 14.730 28 E 100 95. 13.05 0.462 31 120. 440. 0. 220. E 150 95. 4.40 0.069 146.9 0.10 0.010 30 91.172 73.654 17.518 31RN 32 60. 220. 0. 571. 104PV 145. 11.42 0.373 119.8 1.53 0.090 9 91.838 73.775 18.063 32 33 17. 60. 0. 739. 104PV 145. 14.79 0.484 119.8 2.48 0.040 32 91.796 76.004 15.792 33 34 34. 125. 0. 1020. 104PV 145. 20.39 0.667 119.8 4.49 0.155 33 91.643 76.100 15.543 34 35 28. 100. 0. 1762. 104PV 145. 35.23 1.152 119.8 12.36 0.345 7 91.703 75.654 16.049 35 36 68. 250. 0. 1279. 104PV 145. 25.58 0.837 119.8 6.83 0.465 35 91.238 73.734 17.504 36 37 102. 370. 0. 4836. E 300 95. 96.73 0.380 293.9 1.01 0.105 36 91.134 74.005 17.129 37 38 130. 475. 0. 4989. E 400 72. 99.78 0.221 353.9 0.43 0.055 37 91.078 74.231 16.847 38 39 50. 180. 0. 6207. E 400 72. 124.13 0.274 353.9 0.65 0.035 38 91.045 74.543 16.502 39 40 139. 505. 0. 5042. E 400 72. 100.84 0.223 353.9 0.44 0.060 39 90.984 74.654 16.330 40 41 92. 335. 0. 3589. E 400 72. 71.77 0.159 353.9 0.24 0.020 40 90.962 74.780 16.182 41MH 42 82. 300. 0. 1355. E 150 95. 27.09 0.426 146.9 2.81 0.230 41 90.732 74.231 16.501 42 43 236. 860. 0. 775. 104PV 145. 15.49 0.507 119.8 2.70 0.635 42 90.095 73.876 16.219 43

44 17. 60. 0. 315. 104PV 145. 6.29 0.206 119.8 0.51 0.010 43 90.086 74.270 15.816 44 45 86. 315. 0. 158. 104PV 145. 3.15 0.103 119.8 0.14 0.010 44 90.074 74.290 15.784 45RN 46 249. 910. 0. 485. 104PV 145. 9.71 0.317 119.8 1.14 0.285 46 90.086 74.270 15.816 44 47 76. 275. 0. 1139. 104PV 145. 22.77 0.745 119.8 5.51 0.420 47 90.369 74.654 15.715 46MH 48 53. 195. 0. 98. 104PV 145. 1.95 0.064 119.8 0.06 0.005 47 90.784 73.655 17.129 48RN 49 86. 315. 0. 1629. E 200 95. 32.57 0.288 195.9 0.97 0.085 49 90.787 73.987 16.800 47 50 25. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 49 90.871 73.876 16.995 50RN 51 146. 530. 0. 2141. 104PV 145. 26.95 0.881 142.9 7.52 1.100 51 90.871 73.680 17.191 49 E 100 95. 15.88 0.562 52 99. 360. 0. 2635. 132PV 145. 40.08 0.813 168.7 4.91 0.485 51 91.483 73.980 17.503 52MH E 100 95. 12.61 0.446 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 53 105. 385. 0. 4427. 200AC 140. 79.81 0.706 236.4 2.48 0.260 51 91.709 74.250 17.459 53 E 100 95. 8.72 0.309 54 122. 445. 0. 3116. 151PV 145. 51.05 0.792 187.6 3.99 0.485 53 91.222 74.134 17.088 54 E 100 95. 11.28 0.399 55 79. 290. 0. 954. E 100 95. 19.08 0.675 98.0 10.57 0.835 54 90.386 74.576 15.810 55 56 146. 530. 0. 265. E 100 95. 5.30 0.187 98.0 0.99 0.145 55 90.242 74.342 15.900 56RN 57 34. 125. 0. 6894. E 350 95. 137.88 0.398 342.9 0.92 0.030 7 92.018 74.675 17.343 57 58 24. 90. 0. 6050. E 300 95. 120.99 0.475 293.9 1.53 0.035 57 91.981 73.866 18.115 58 59 17. 60. 0. 3906. E 300 95. 78.12 0.307 293.9 0.68 0.010 58 91.970 73.950 18.020 59 60 10. 35. 0. 3495. E 300 95. 69.90 0.275 293.9 0.56 0.005 59 91.964 74.105 17.859 60 61 14. 50. 0. 1992. E 300 95. 39.85 0.157 293.9 0.20 0.005 60 91.961 74.006 17.955 61 62 40. 145. 0. 1488. E 300 95. 29.77 0.117 293.9 0.11 0.005 61 91.957 74.028 17.929 62 63 80. 290. 0. 817. E 100 95. 16.34 0.578 98.0 7.93 0.635 62 91.322 74.142 17.180 63 64 55. 200. 0. 376. 104PV 145. 7.53 0.246 119.8 0.71 0.040 64 91.322 74.142 17.180 63 65 280. 1020. 0. 164. 104PV 145. 3.28 0.107 119.8 0.15 0.045 64 91.318 74.368 16.950 65 66 150. 545. 0. 676. E 100 95. 13.51 0.478 98.0 5.58 0.835 63 90.485 78.250 12.235 66MH

67 42. 155. 0. 211. E 100 95. 4.21 0.149 98.0 0.64 0.025 66 90.457 74.896 15.561 67 68 18. 65. 0. 119. E 100 95. 2.39 0.084 98.0 0.23 0.005 68 90.457 74.896 15.561 67 69 23. 85. 0. 339. 104PV 145. 6.79 0.222 119.8 0.59 0.015 69 90.461 75.085 15.376 68 70 182. 665. 0. 437. 104PV 145. 8.74 0.286 119.8 0.94 0.170 70 90.474 75.105 15.369 69MH 71 79. 290. 0. 956. 104PV 145. 19.13 0.625 119.8 3.99 0.315 71 90.645 74.864 15.781 70 72 95. 345. 0. 131. 104PV 145. 2.62 0.086 119.8 0.10 0.010 72 90.645 74.864 15.781 70 73 95. 345. 0. 173. 104PV 145. 3.45 0.113 119.8 0.17 0.015 72 90.638 74.507 16.131 73RN 74 40. 145. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 68 90.459 77.765 12.694 74RN 75 60. 220. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 67 90.452 75.280 15.172 75RN 76 32. 115. 0. 58. 104PV 145. 1.15 0.038 119.8 0.02 0.000 66 90.485 75.301 15.184 76RN 77 41. 150. 0. 379. 104PV 145. 7.58 0.248 119.8 0.72 0.030 62 91.927 75.210 16.717 77MH 78 29. 105. 0. 337. 104PV 145. 6.73 0.220 119.8 0.58 0.015 78 91.927 75.210 16.717 77MH 79 14. 50. 0. 108. 104PV 145. 2.16 0.071 119.8 0.07 0.000 79 91.944 74.777 17.167 78 80 10. 35. 0. 484. 104PV 145. 9.67 0.316 119.8 1.13 0.010 80 91.945 74.712 17.233 79 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 17. 60. 0. 263. 104PV 145. 5.26 0.172 119.8 0.36 0.005 81 91.956 74.605 17.351 80 82 11. 40. 0. 241. 104PV 145. 4.82 0.158 119.8 0.31 0.005 81 91.959 74.464 17.495 82 83 24. 90. 0. 255. 104PV 145. 5.10 0.167 119.8 0.35 0.010 83 91.959 74.464 17.495 82 84 43. 155. 0. 274. 104PV 145. 5.48 0.179 119.8 0.39 0.015 83 91.951 74.955 16.996 84MH 85 20. 75. 0. 814. 104PV 145. 16.29 0.533 119.8 2.96 0.060 84 91.891 74.243 17.648 85 86 38. 140. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 86 91.891 74.243 17.648 85 87 35. 130. 0. 524. 104PV 145. 10.49 0.343 119.8 1.31 0.045 87 91.892 74.440 17.452 86 88 47. 170. 0. 269. 104PV 145. 5.39 0.176 119.8 0.38 0.020 86 91.874 74.870 17.004 88 89 60. 220. 0. 508. 104PV 145. 10.15 0.332 119.8 1.23 0.075 88 91.800 74.980 16.820 89 90 37. 135. 0. 63. 104PV 145. 1.25 0.041 119.8 0.03 0.000 89 91.799 75.543 16.256 90RN

91 99. 360. 0. 185. 104PV 145. 3.70 0.121 119.8 0.19 0.020 91 91.799 75.543 16.256 90RN 92 11. 40. 0. 796. 104PV 145. 15.91 0.520 119.8 2.84 0.030 92 91.818 76.320 15.498 91MH 93 34. 125. 0. 348. 104PV 145. 6.96 0.228 119.8 0.61 0.020 91 91.797 75.935 15.862 93 94 16. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 93 91.797 75.453 16.344 94RN 95 31. 115. 0. 168. 104PV 145. 3.36 0.110 119.8 0.16 0.005 93 91.792 75.540 16.252 95 96 28. 100. 0. 73. 104PV 145. 1.46 0.048 119.8 0.03 0.000 95 91.791 74.897 16.894 96 97 41. 150. 0. 500. 104PV 145. 10.00 0.327 119.8 1.20 0.050 96 91.742 74.453 17.289 97 98 18. 65. 0. 33. 104PV 145. 0.65 0.021 119.8 0.01 0.000 97 91.741 74.654 17.087 98RN 99 99. 360. 0. 180. 104PV 145. 3.60 0.118 119.8 0.18 0.020 97 91.724 74.865 16.859 99RN 100 67. 245. 0. 208. 104PV 145. 4.16 0.136 119.8 0.24 0.015 92 91.833 74.805 17.028 100 101 88. 320. 0. 375. 104PV 145. 7.49 0.245 119.8 0.70 0.060 101 91.833 74.805 17.028 100 102 28. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 101 91.894 77.039 14.855 102RN 103 82. 300. 0. 150. 104PV 145. 3.00 0.098 119.8 0.13 0.010 100 91.822 77.166 14.656 103RN 104 108. 395. 0. 1119. 104PV 145. 22.37 0.731 119.8 5.33 0.575 6 91.483 73.980 17.503 52MH 105 76. 275. 0. 9978. 250AC 140. 145.00 0.821 320.8 2.53 0.190 108 91.969 73.950 18.019 51 E 200 95. 54.55 0.482 106 56. 205. 0. 3273. 151PV 145. 53.61 0.832 187.6 4.37 0.245 52 91.238 73.734 17.504 36 E 100 95. 11.85 0.419 107 146. 530. 0. 574. 104PV 145. 11.47 0.375 119.8 1.55 0.225 5 91.838 73.775 18.063 32 108 145. 530. 0. 638. 104PV 145. 12.76 0.417 119.8 1.88 0.275 4 91.796 76.004 15.792 33 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 109 140. 510. 0. 839. 104PV 145. 16.78 0.549 119.8 3.13 0.440 3 91.643 76.100 15.543 34 110 75. 275. 0. 2810. 104PV 145. 35.37 1.156 142.9 12.45 0.935 2 91.184 75.098 16.086 30 E 100 95. 20.84 0.737 111 242. 885. 0. 1099. 104PV 145. 21.97 0.719 119.8 5.16 1.250 34 90.395 76.220 14.175 12MH 112 17. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 13 90.045 74.250 15.795 107RN 113 29. 105. 0. 614. 104PV 145. 12.28 0.402 119.8 1.76 0.050 14 89.793 75.455 14.338 24

114 27. 100. 0. 224. 104PV 145. 4.48 0.146 119.8 0.27 0.005 15 89.771 75.310 14.461 23 115 19. 70. 0. 18. 104PV 145. 0.37 0.012 119.8 0.00 0.000 16 89.729 75.453 14.276 22MH 116 20. 75. 0. 42. 104PV 145. 0.84 0.027 119.8 0.01 0.000 21 89.700 75.214 14.486 17 117 88. 320. 0. 735. E 100 95. 14.71 0.520 98.0 6.53 0.575 53 91.134 74.005 17.129 37 118 68. 250. 0. 1670. 132PV 145. 25.40 0.516 168.7 2.11 0.145 54 91.078 74.231 16.847 38 E 100 95. 8.00 0.283 119 93. 340. 0. 109. E 100 95. 2.18 0.077 98.0 0.19 0.020 55 90.369 74.654 15.715 46MH 120 224. 815. 0. 1509. E 525 74. 30.18 0.039 468.9 0.01 0.005 41 90.960 74.576 16.384 71 121 105. 385. 0. 841. 104PV 145. 16.82 0.550 119.8 3.14 0.330 40 90.654 74.675 15.979 72 122 150. 545. 0. 550. E 100 95. 10.99 0.389 98.0 3.81 0.570 39 90.474 75.105 15.369 69MH 123 31. 115. 0. 754. 104PV 145. 15.08 0.493 119.8 2.57 0.080 65 91.238 73.734 17.504 36 124 85. 310. 0. 1305. 104PV 145. 26.10 0.854 119.8 7.09 0.605 60 91.361 74.478 16.883 64MH 125 56. 205. 0. 1260. 104PV 145. 25.20 0.824 119.8 6.65 0.370 104 91.318 74.368 16.950 65 126 50. 180. 0. 218. 104PV 145. 4.35 0.142 119.8 0.26 0.015 35 91.691 76.780 14.911 104MH 127 27. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 105 91.804 74.680 17.124 106RN 128 21. 75. 0. 1433. 104PV 145. 28.65 0.937 119.8 8.43 0.175 58 91.804 74.604 17.200 105 129 17. 60. 0. 1265. 104PV 145. 25.30 0.827 119.8 6.69 0.115 105 91.691 76.780 14.911 104MH 130 23. 85. 0. 698. 104PV 145. 13.95 0.456 119.8 2.22 0.050 8 91.951 74.955 16.996 84MH 131 23. 85. 0. 694. 104PV 145. 13.88 0.454 119.8 2.20 0.050 57 91.967 74.944 17.023 83 132 12. 45. 0. 576. 104PV 145. 11.52 0.377 119.8 1.56 0.020 58 91.963 74.589 17.374 81 133 26. 95. 0. 316. 104PV 145. 6.32 0.207 119.8 0.51 0.015 59 91.956 74.605 17.351 80 134 27. 100. 0. 356. 104PV 145. 7.13 0.233 119.8 0.64 0.015 61 91.944 74.777 17.167 78 135 43. 155. 0. 511. 104PV 145. 10.22 0.334 119.8 1.25 0.055 77 91.874 74.870 17.004 88 136 16. 60. 0. 303. 104PV 145. 6.07 0.198 119.8 0.48 0.010 79 91.938 74.675 17.263 87 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 137 31. 115. 0. 374. 104PV 145. 7.47 0.244 119.8 0.70 0.020 82 91.938 74.675 17.263 87

138 52. 190. 0. 647. 104PV 145. 12.94 0.423 119.8 1.93 0.100 85 91.791 74.897 16.894 96 139 70. 255. 0. 140. 104PV 145. 2.80 0.092 119.8 0.11 0.010 89 91.792 75.540 16.252 95 140 14. 50. 0. 1171. 104PV 145. 23.42 0.766 119.8 5.80 0.080 9 91.849 75.986 15.863 92 141 115. 420. 0. 845. E 350 95. 16.89 0.049 342.9 0.02 0.000 10 91.895 76.765 15.130 101 ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 66 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.235 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00746 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 4.988 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 9208. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 33462. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 43 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1000. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 3.36/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 33462.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 5 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 5974. 4643.09 43.35 201277.88 86.00 513764.00 8.30 49584.20 0.05 X SUPPLY COST 25688.20 14.00/13.20 PVC 167. 138.38 43.35 5998.78 139.00 23213.00 9.05 1511.35 0.05 X SUPPLY COST 1160.65 16.00/15.10 PVC 178. 153.86 43.35 6669.98 184.00 32752.00 11.60 2064.80 0.05 X SUPPLY COST 1637.60 20.00 AC 105. 100.80 43.35 4369.68 285.00 29925.00 13.10 1375.50 0.10 X SUPPLY COST 2992.50 25.00 AC 106. 112.63 43.35 4882.29 394.00 41764.00 17.05 1807.30 0.10 X SUPPLY COST 4176.40 TOTAL = 6530. 5148.76 223198.63 641418.00 56343.15 35655.35 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 956615. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone JAITPURA 3 DATE:�� (JAITP3/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 93.500 73.500 20.000 1FH 1 30. 0. 0. 33462. 300AC 140. 669.24 2.630 340.9 17.67 0.530 1 92.970 73.450 19.520 2 2 40. 165. 0. 14784. 250AC 140. 176.36 0.998 345.8 3.63 0.145 2 92.825 73.675 19.149 3 E 250 95. 119.32 0.675 3 121. 500. 0. 13911. 200AC 140. 125.51 1.110 307.6 5.74 0.695 3 92.130 73.775 18.355 4MH E 250 95. 152.72 0.864 4 52. 217. 0. 3791. E 250 95. 75.81 0.429 244.9 1.57 0.080 4 92.049 73.622 18.427 5 5 30. 125. 0. 8507. 200AC 140. 170.14 1.504 227.3 10.08 0.300 5 91.746 73.642 18.104 6 6 30. 125. 0. 1317. 104PV 145. 26.35 0.862 119.8 7.22 0.215 6 91.530 73.711 17.819 96 7 20. 85. 0. 817. 104PV 145. 16.35 0.534 119.8 2.98 0.060 96 91.470 73.811 17.659 7 8 80. 330. 0. 1548. 104PV 145. 30.96 1.012 119.8 9.73 0.780 7 90.692 74.541 16.151 8 9 20. 85. 0. 1541. 104PV 145. 30.82 1.008 119.8 9.65 0.195 8 90.499 74.675 15.824 9 10 35. 145. 0. 189. 104PV 145. 3.79 0.124 119.8 0.20 0.005 9 90.492 74.763 15.729 10 11 20. 85. 0. 2013. 104PV 145. 40.26 1.317 119.8 15.82 0.315 10 90.175 74.906 15.269 11 12 90. 370. 0. 1316. 104PV 145. 26.31 0.860 119.8 7.20 0.650 11 89.527 75.511 14.016 12 13 32. 130. 0. 335. 104PV 145. 6.71 0.219 119.8 0.57 0.020 12 89.509 75.681 13.828 13 14 15. 60. 0. 123. 104PV 145. 2.46 0.080 119.8 0.09 0.000 14 89.509 75.681 13.828 13 15 23. 95. 0. 201. 104PV 145. 4.01 0.131 119.8 0.22 0.005 15 89.510 75.738 13.772 14 16 43. 180. 0. 543. 104PV 145. 10.86 0.355 119.8 1.40 0.060 16 89.515 76.178 13.337 15 17 23. 95. 0. 801. 104PV 145. 16.01 0.524 119.8 2.87 0.065 17 89.575 76.653 12.922 16MH 18 60. 250. 0. 1084. 104PV 145. 21.68 0.709 119.8 5.03 0.300 18 89.641 76.444 13.197 17 19 25. 105. 0. 1356. E 250 95. 27.13 0.154 244.9 0.23 0.005 19 89.943 76.908 13.035 18

20 86. 355. 0. 1686. E 250 95. 33.73 0.191 244.9 0.35 0.030 20 89.949 77.193 12.756 19 21 192. 795. 0. 2228. E 200 65. 44.55 0.394 170.0 3.47 0.665 21 89.979 77.737 12.242 20MH 22 98. 405. 0. 1315. E 175 63. 26.30 0.304 147.0 2.66 0.260 21 90.385 73.876 16.509 22 23 136. 560. 0. 1277. E 175 63. 25.54 0.295 147.0 2.52 0.340 22 90.043 72.796 17.247 23 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 24 79. 325. 0. 357. E 100 95. 7.14 0.252 98.0 1.71 0.135 23 89.908 72.483 17.425 24 25 66. 275. 0. 305. E 100 95. 6.11 0.216 98.0 1.28 0.085 24 89.823 72.257 17.566 25 26 33. 135. 0. 155. E 100 95. 3.09 0.109 98.0 0.36 0.010 25 89.811 72.777 17.034 26 27 66. 275. 0. 192. 104PV 145. 3.84 0.125 119.8 0.20 0.015 95 89.823 72.257 17.566 25 28 116. 480. 0. 94. E 100 95. 1.88 0.067 98.0 0.15 0.015 26 89.794 72.803 16.991 27 29 37. 155. 0. 428. E 100 95. 8.56 0.303 98.0 2.40 0.090 27 89.706 72.903 16.803 28 30 152. 630. 0. 376. E 100 95. 7.53 0.266 98.0 1.89 0.285 28 89.419 73.245 16.174 29 31 109. 450. 0. 350. E 100 95. 7.00 0.248 98.0 1.65 0.180 29 89.239 73.654 15.585 30MH 32 30. 125. 0. 63. E 125 57. 1.25 0.028 101.0 0.06 0.000 30 89.237 73.555 15.682 31RN 33 212. 875. 0. 951. 104PV 145. 19.02 0.622 119.8 3.95 0.835 32 89.419 73.245 16.174 29 34 87. 360. 0. 195. 104PV 145. 3.90 0.127 119.8 0.21 0.020 33 90.255 73.733 16.522 32 35 171. 705. 0. 353. 104PV 145. 7.05 0.231 119.8 0.63 0.105 33 90.166 74.270 15.896 34RN 36 112. 465. 0. 1312. E 125 57. 26.25 0.594 101.0 16.47 1.845 35 90.274 74.077 16.197 33 37 28. 115. 0. 1747. 104PV 145. 34.95 1.143 119.8 12.18 0.340 36 92.118 73.678 18.440 35 38 30. 125. 0. 63. E 100 95. 1.25 0.044 98.0 0.07 0.000 36 92.457 73.452 19.005 37RN 39 92. 380. 0. 2120. E 200 65. 42.40 0.375 170.0 3.17 0.290 38 92.459 73.500 18.959 36 40 180. 745. 0. 13460. 300AC 140. 232.01 0.912 360.8 2.48 0.445 38 92.303 73.186 19.117 39 E 200 65. 37.19 0.329 41 40. 165. 0. 3425. E 200 65. 68.51 0.606 170.0 7.70 0.310 39 91.995 73.575 18.420 40 42 59. 245. 0. 1749. 104PV 145. 34.98 1.144 119.8 12.19 0.720 40 91.276 73.675 17.601 41 43 17. 70. 0. 366. 104PV 145. 7.31 0.239 119.8 0.67 0.010 41 91.264 73.575 17.689 42

44 36. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.000 42 91.263 73.475 17.788 43RN 45 131. 540. 0. 89. E 125 57. 1.79 0.040 101.0 0.11 0.015 44 91.264 73.575 17.689 42 46 50. 205. 0. 1476. E 125 57. 29.52 0.668 101.0 20.47 1.025 44 90.255 73.733 16.522 32 47 85. 350. 0. 2113. 104PV 145. 42.26 1.382 119.8 17.31 1.470 38 91.279 73.876 17.403 44 48 130. 540. 0. 270. E 250 95. 5.40 0.031 244.9 0.01 0.000 3 92.823 73.545 19.278 45RN 49 57. 235. 0. 9645. 250AC 140. 192.89 1.092 284.1 4.29 0.245 4 91.886 73.367 18.519 46 50 22. 90. 0. 8006. 200AC 140. 160.11 1.416 227.3 9.01 0.200 46 91.687 74.055 17.632 47 51 73. 300. 0. 4399. 200AC 140. 87.99 0.778 227.3 2.97 0.215 47 91.470 73.664 17.806 48 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 52 84. 345. 0. 1479. 104PV 145. 29.58 0.967 119.8 8.94 0.750 48 90.720 74.563 16.157 50 53 15. 60. 0. 1969. 104PV 145. 39.38 1.288 119.8 15.19 0.230 50 90.492 74.763 15.729 10 54 56. 230. 0. 808. 104PV 145. 16.15 0.528 119.8 2.92 0.165 51 90.720 74.563 16.157 50 55 24. 100. 0. 2548. 104PV 145. 50.96 1.666 119.8 24.48 0.590 48 90.883 73.562 17.321 51 56 20. 85. 0. 1533. 104PV 145. 30.66 1.003 119.8 9.56 0.190 51 90.692 74.541 16.151 8 57 148. 610. 0. 1973. 104PV 145. 39.45 1.290 119.8 15.24 2.255 47 89.432 74.654 14.778 52 58 35. 145. 0. 73. 104PV 145. 1.45 0.047 119.8 0.03 0.000 52 89.431 74.554 14.877 53RN 59 281. 1160. 0. 943. E 250 95. 18.85 0.107 244.9 0.12 0.035 52 89.398 75.948 13.450 54 60 33. 135. 0. 243. E 250 95. 4.86 0.028 244.9 0.01 0.000 54 89.398 76.398 13.000 55 61 12. 50. 0. 55. 104PV 145. 1.11 0.036 119.8 0.02 0.000 55 89.397 76.632 12.765 56RN 62 35. 145. 0. 42. E 100 95. 0.84 0.030 98.0 0.03 0.000 57 89.397 76.632 12.765 56RN 63 11. 45. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.000 57 89.398 76.411 12.987 58RN 64 55. 225. 0. 65. 104PV 145. 1.29 0.042 119.8 0.03 0.000 59 89.398 76.411 12.987 58RN 65 36. 150. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 55 89.398 76.411 12.987 58RN 66 94. 390. 0. 535. 104PV 145. 10.70 0.350 119.8 1.36 0.130 12 89.399 75.743 13.656 59 67 52. 215. 0. 55. 104PV 145. 1.11 0.036 119.8 0.02 0.000 59 89.398 75.948 13.450 54

68 102. 420. 0. 472. 104PV 145. 9.44 0.309 119.8 1.08 0.110 13 89.399 76.178 13.221 57 69 49. 205. 0. 103. 104PV 145. 2.05 0.067 119.8 0.06 0.005 15 89.512 75.980 13.532 60RN 70 29. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 16 89.575 75.890 13.685 61RN 71 32. 130. 0. 65. 104PV 145. 1.30 0.043 119.8 0.03 0.000 17 89.640 76.342 13.298 62RN 72 23. 95. 0. 48. 104PV 145. 0.95 0.031 119.8 0.02 0.000 18 89.942 76.808 13.134 63RN 73 24. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 19 89.948 76.890 13.058 64RN 74 44. 180. 0. 109. 104PV 145. 2.18 0.071 119.8 0.07 0.005 65 89.641 76.444 13.197 17 75 64. 265. 0. 1070. 104PV 145. 21.41 0.700 119.8 4.91 0.315 66 89.644 75.757 13.887 65 76 12. 50. 0. 1238. 104PV 145. 24.75 0.809 119.8 6.43 0.075 67 89.959 76.675 13.284 66MH 77 32. 130. 0. 827. 104PV 145. 16.53 0.541 119.8 3.04 0.095 68 90.036 76.575 13.461 67 78 53. 220. 0. 776. 104PV 145. 15.52 0.507 119.8 2.71 0.145 69 90.133 75.765 14.368 68 79 35. 145. 0. 17. 104PV 145. 0.34 0.011 119.8 0.00 0.000 69 90.277 74.807 15.470 70 80 11. 45. 0. 138. 104PV 145. 2.76 0.090 119.8 0.11 0.000 71 90.277 74.807 15.470 70 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 81 21. 85. 0. 619. 104PV 145. 12.39 0.405 119.8 1.78 0.035 72 90.278 75.453 14.825 71 82 32. 130. 0. 957. 104PV 145. 19.14 0.626 119.8 3.99 0.130 73 90.315 75.353 14.962 72 83 61. 250. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 74 90.443 74.876 15.567 73 84 132. 545. 0. 1414. 104PV 145. 28.29 0.925 119.8 8.23 1.085 96 90.443 74.876 15.567 73 85 56. 230. 0. 115. 104PV 145. 2.30 0.075 119.8 0.08 0.005 72 90.311 75.353 14.958 82RN 86 50. 205. 0. 935. 104PV 145. 18.71 0.612 119.8 3.83 0.190 74 90.252 75.900 14.352 75 87 55. 225. 0. 304. 104PV 145. 6.07 0.199 119.8 0.48 0.025 71 90.252 75.900 14.352 75 88 15. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 70 90.277 75.342 14.935 81RN 89 85. 350. 0. 849. 104PV 145. 16.98 0.555 119.8 3.20 0.270 75 89.980 77.231 12.749 76 90 17. 70. 0. 500. 104PV 145. 10.00 0.327 119.8 1.20 0.020 76 89.960 76.675 13.285 77 91 81. 335. 0. 168. 104PV 145. 3.35 0.110 119.8 0.16 0.015 77 89.947 76.775 13.172 78RN

92 60. 250. 0. 626. 104PV 145. 12.52 0.409 119.8 1.82 0.110 79 90.036 76.575 13.461 67 93 18. 75. 0. 484. 104PV 145. 9.67 0.316 119.8 1.13 0.020 80 90.145 76.453 13.692 79 94 61. 250. 0. 1293. 104PV 145. 25.86 0.845 119.8 6.97 0.425 83 90.443 75.231 15.212 74 95 57. 235. 0. 582. 104PV 145. 11.63 0.380 119.8 1.59 0.090 83 90.778 73.987 16.791 84 96 81. 335. 0. 1160. 104PV 145. 23.20 0.759 119.8 5.70 0.460 85 90.778 73.987 16.791 84 97 78. 325. 0. 1670. 104PV 145. 33.40 1.092 119.8 11.19 0.875 86 91.239 73.876 17.363 85 98 25. 105. 0. 4940. E 250 95. 98.79 0.559 244.9 2.56 0.065 86 92.049 73.622 18.427 5 99 163. 675. 0. 6727. 200AC 140. 121.28 1.072 236.4 5.39 0.880 6 90.868 74.876 15.992 83 E 100 95. 13.26 0.469 100 32. 130. 0. 4207. 151PV 145. 68.92 1.069 187.6 6.96 0.225 83 90.645 74.980 15.665 21 E 100 95. 15.23 0.539 101 44. 180. 0. 90. 104PV 145. 1.80 0.059 119.8 0.05 0.000 85 91.237 73.786 17.451 87RN 102 46. 190. 0. 1362. 104PV 145. 27.23 0.890 119.8 7.67 0.355 84 90.425 73.687 16.738 88 103 47. 195. 0. 263. 104PV 145. 5.25 0.172 119.8 0.36 0.015 88 90.408 73.876 16.532 89 104 20. 85. 0. 43. 104PV 145. 0.85 0.028 119.8 0.01 0.000 89 90.408 73.886 16.522 90RN 105 19. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 89 90.408 73.786 16.622 91RN 106 32. 130. 0. 510. 104PV 145. 10.20 0.333 119.8 1.24 0.040 88 90.385 73.876 16.509 22 107 47. 195. 0. 234. 104PV 145. 4.69 0.153 119.8 0.29 0.015 88 90.411 73.564 16.847 92 108 64. 265. 0. 756. 104PV 145. 15.13 0.495 119.8 2.58 0.165 93 90.411 73.564 16.847 92 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 109 77. 320. 0. 2430. 104PV 145. 48.60 1.589 119.8 22.43 1.725 39 90.576 72.805 17.771 93 110 131. 540. 0. 491. E 100 95. 9.81 0.347 98.0 3.09 0.405 92 90.007 72.980 17.027 94 111 56. 230. 0. 363. E 100 95. 7.27 0.257 98.0 1.77 0.100 94 89.908 72.483 17.425 24 112 53. 220. 0. 368. 104PV 145. 7.36 0.241 119.8 0.68 0.035 23 90.007 72.980 17.027 94 113 151. 625. 0. 1069. 104PV 145. 21.38 0.699 119.8 4.90 0.740 93 89.837 72.877 16.960 95MH 114 198. 820. 0. 1061. E 125 57. 21.23 0.481 101.0 11.12 2.200 40 89.794 72.803 16.991 27 115 40. 165. 0. 6907. E 250 95. 138.14 0.782 244.9 4.77 0.190 39 92.113 73.333 18.780 86

116 214. 885. 0. 783. E 100 95. 15.66 0.554 98.0 7.34 1.570 41 89.706 72.903 16.803 28 117 40. 165. 0. 18513. 300AC 140. 355.77 1.398 346.2 5.48 0.220 2 92.750 73.543 19.207 38 E 125 57. 14.50 0.328 118 45. 185. 0. 1384. 104PV 145. 27.68 0.905 119.8 7.91 0.355 46 91.530 73.711 17.819 96 119 47. 195. 0. 1036. 104PV 145. 20.72 0.677 119.8 4.62 0.215 47 91.470 73.811 17.659 7 120 102. 420. 0. 529. 104PV 145. 10.57 0.346 119.8 1.33 0.135 65 89.509 75.681 13.828 13 121 40. 165. 0. 387. 104PV 145. 7.75 0.253 119.8 0.75 0.030 11 90.145 76.453 13.692 79 122 55. 225. 0. 338. 104PV 145. 6.77 0.221 119.8 0.58 0.030 80 90.133 75.765 14.368 68 123 64. 265. 0. 1104. 104PV 145. 22.09 0.722 119.8 5.20 0.335 9 90.166 75.453 14.713 80 124 76. 315. 0. 1133. 104PV 145. 22.65 0.741 119.8 5.46 0.415 8 90.277 74.907 15.370 69 125 34. 140. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.000 77 89.959 76.675 13.284 66MH 126 25. 105. 0. 86. 104PV 145. 1.73 0.056 119.8 0.05 0.000 76 89.979 77.737 12.242 20MH 127 44. 180. 0. 337. 104PV 145. 6.74 0.220 119.8 0.58 0.025 95 89.811 72.777 17.034 26 128 35. 145. 0. 73. E 100 95. 1.45 0.051 98.0 0.09 0.005 35 92.115 73.455 18.660 49RN ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 20 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 12.242 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES MAXIMUM ERROR IN FLOW =0.00097 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.480 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 8128. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 33462. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 60 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 783. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 5.09/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 33462.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES

POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 25 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 4496. 3494.36 43.35 151480.64 86.00 386656.00 8.30 37316.80 0.05 X SUPPLY COST 19332.80 16.00/15.10 PVC 32. 27.66 43.35 1199.10 184.00 5888.00 11.60 371.20 0.05 X SUPPLY COST 294.40 20.00 AC 409. 392.64 43.35 17020.94 285.00 116565.00 13.10 5357.90 0.10 X SUPPLY COST 11656.50 25.00 AC 97. 103.06 43.35 4467.76 394.00 38218.00 17.05 1653.85 0.10 X SUPPLY COST 3821.80 30.00 AC 250. 292.50 43.35 12679.88 569.00 142250.00 23.50 5875.00 0.10 X SUPPLY COST 14225.00 TOTAL = 5284. 4310.23 186848.31 689577.00 50574.75 49330.50 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 976331. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<--------------

VARANASI WSS, Varanasi, Phase II, Zone LANKA 1 DATE:�� (LANKA1/3varana) Distt. Varanasi DISTRIBUTION SYSTEM 1.NETWORK DESIGN LINE LENGTH Sec.Populn_for Eq.Cumm. DIA HWC FLOW VEL. EQ.DIA H L/ HEAD U/S ______DOWN_STREAM_____________ NO IN M Pvt.Con Pub.SP Popln. MM KL/Hr M/Sec (C=100) 1000 LOSS NODE H.LEV R.LEV HEAD NODE (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 95.598 75.598 20.000 1FH 1 50. 0. 0. 18770. E 450 79. 375.40 0.656 410.8 2.44 0.120 1 95.476 75.600 19.876 2 2 66. 60. 0. 16827. E 450 79. 336.54 0.588 410.8 1.99 0.130 2 95.344 76.198 19.146 3 3 57. 60. 0. 9165. E 450 79. 183.30 0.320 410.8 0.65 0.035 3 95.307 76.547 18.760 4 4 80. 80. 0. 8437. E 450 79. 168.75 0.295 410.8 0.56 0.045 4 95.263 77.026 18.237 5 5 90. 90. 0. 5517. E 450 79. 110.34 0.193 410.8 0.25 0.025 5 95.240 77.326 17.914 6 6 16. 20. 0. 5422. E 450 79. 108.44 0.189 410.8 0.24 0.005 6 95.236 77.405 17.831 7 7 44. 40. 0. 4715. E 450 79. 94.31 0.165 410.8 0.19 0.010 7 95.228 77.434 17.794 8 8 38. 40. 0. 4343. E 450 79. 86.86 0.152 410.8 0.16 0.005 8 95.222 77.430 17.792 9 9 44. 40. 0. 4233. E 450 79. 84.66 0.148 410.8 0.15 0.005 9 95.215 77.437 17.778 10 10 38. 40. 0. 3895. E 450 79. 77.91 0.136 410.8 0.13 0.005 10 95.210 77.680 17.530 11 11 38. 40. 0. 3724. E 450 79. 74.47 0.130 410.8 0.12 0.005 11 95.205 77.939 17.266 12 12 26. 30. 0. 17. E 104 103. 0.34 0.011 105.0 0.00 0.000 12 95.205 78.193 17.012 13 13 17. 20. 0. 95. E 104 103. 1.90 0.062 105.0 0.11 0.000 14 95.205 78.193 17.012 13 14 19. 20. 0. 83. E 104 103. 1.67 0.055 105.0 0.08 0.000 15 95.207 78.230 16.977 14 15 105. 100. 0. 143. E 104 103. 2.87 0.094 105.0 0.23 0.025 16 95.208 78.373 16.835 15MH 16 17. 20. 0. 3187. E 250 79. 63.74 0.361 228.2 1.60 0.025 16 95.205 77.421 17.784 17 17 45. 40. 0. 3094. E 250 79. 61.89 0.350 228.2 1.52 0.070 17 95.137 77.155 17.982 18 18 74. 70. 0. 2979. E 250 79. 59.59 0.337 228.2 1.42 0.105 18 95.032 77.113 17.919 19 19 70. 70. 0. 623. 104PV 145. 12.46 0.408 119.8 1.80 0.125 19 94.906 78.933 15.973 20MH 20 30. 30. 0. 244. 104PV 145. 4.88 0.160 119.8 0.32 0.010 20 94.896 77.881 17.015 21

21 34. 30. 0. 388. 104PV 145. 7.76 0.254 119.8 0.75 0.025 21 94.870 77.707 17.163 22 22 97. 100. 0. 278. 104PV 145. 5.56 0.182 119.8 0.40 0.040 23 94.870 77.707 17.163 22 23 26. 30. 0. 1704. E 300 79. 34.07 0.134 273.9 0.21 0.005 23 94.904 77.096 17.808 24 24 19. 20. 0. 1649. E 300 79. 32.97 0.130 273.9 0.19 0.005 24 94.901 76.973 17.928 25 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 25 107. 100. 0. 1589. E 300 79. 31.77 0.125 273.9 0.18 0.020 25 94.881 76.222 18.659 26 26 50. 50. 0. 1252. E 300 79. 25.04 0.098 273.9 0.12 0.005 26 94.875 76.248 18.627 27 27 108. 110. 0. 879. E 300 79. 17.59 0.069 273.9 0.06 0.005 27 94.869 76.264 18.605 28 28 37. 40. 0. 541. 104PV 145. 10.82 0.354 119.8 1.39 0.050 28 94.818 76.166 18.652 29 29 85. 80. 0. 345. 104PV 145. 6.90 0.226 119.8 0.60 0.050 29 94.766 75.993 18.773 30 30 24. 20. 0. 295. 104PV 145. 5.90 0.193 119.8 0.45 0.010 30 94.755 75.721 19.034 31 31 74. 70. 0. 774. E 300 79. 15.48 0.061 273.9 0.05 0.005 32 94.755 75.721 19.034 31 32 21. 20. 0. 859. E 300 79. 17.18 0.068 273.9 0.06 0.000 33 94.759 76.139 18.620 32 33 23. 20. 0. 909. E 300 79. 18.18 0.071 273.9 0.06 0.000 34 94.760 76.185 18.575 33 34 22. 20. 0. 775. E 300 79. 15.51 0.061 273.9 0.05 0.000 35 94.761 76.325 18.436 34 35 32. 30. 0. 850. E 300 79. 17.01 0.067 273.9 0.06 0.000 36 94.763 76.408 18.355 35 36 60. 60. 0. 945. E 300 79. 18.91 0.074 273.9 0.07 0.005 37 94.764 76.582 18.182 36 37 46. 50. 0. 1040. E 300 79. 20.81 0.082 273.9 0.08 0.005 38 94.769 77.138 17.631 37 38 10. 10. 0. 1361. E 300 79. 27.23 0.107 273.9 0.14 0.000 39 94.772 77.550 17.222 38MH 39 79. 80. 0. 410. E 104 103. 8.19 0.268 105.0 1.58 0.125 40 94.774 77.551 17.223 39 40 15. 10. 0. 495. E 104 103. 9.89 0.323 105.0 2.23 0.035 41 94.898 77.457 17.441 40 41 65. 60. 0. 13. E 104 103. 0.26 0.009 105.0 0.00 0.000 42 94.932 77.272 17.660 41 42 42. 40. 0. 569. E 104 103. 11.38 0.372 105.0 2.90 0.120 43 94.932 77.408 17.524 42 43 33. 30. 0. 634. E 104 103. 12.68 0.415 105.0 3.54 0.115 44 95.054 77.264 17.790 43 44 37. 40. 0. 481. E 104 103. 9.61 0.314 105.0 2.12 0.080 45 95.170 77.113 18.057 44

45 15. 10. 0. 4981. E 450 79. 99.62 0.174 410.8 0.21 0.005 46 95.249 77.300 17.949 45 46 42. 40. 0. 699. E 104 103. 13.99 0.457 105.0 4.24 0.180 46 95.074 77.375 17.699 47MH 47 16. 20. 0. 872. E 104 103. 17.43 0.570 105.0 6.38 0.100 47 94.972 77.236 17.736 48 48 16. 20. 0. 285. E 104 103. 5.71 0.187 105.0 0.81 0.015 48 94.959 77.237 17.722 49MH 49 24. 20. 0. 649. E 104 103. 12.98 0.424 105.0 3.69 0.090 49 94.870 77.096 17.774 50 50 37. 40. 0. 166. E 104 103. 3.31 0.108 105.0 0.29 0.010 50 94.859 77.304 17.555 51MH 51 57. 60. 0. 348. E 104 103. 6.96 0.228 105.0 1.17 0.065 51 94.793 77.234 17.559 52 52 91. 90. 0. 117. E 104 103. 2.35 0.077 105.0 0.16 0.015 52 94.778 77.268 17.510 53 53 14. 10. 0. 633. 104PV 145. 12.65 0.414 119.8 1.85 0.025 53 94.752 77.152 17.600 278 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 54 10. 10. 0. 125. 104PV 145. 2.50 0.082 119.8 0.09 0.000 54 94.734 77.200 17.534 55 55 125. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.005 55 94.731 77.418 17.313 56RN 56 80. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 54 94.734 77.386 17.348 57RN 57 61. 60. 0. 93. E 104 103. 1.87 0.061 105.0 0.10 0.005 54 94.729 77.004 17.725 58 58 55. 50. 0. 124. E 104 103. 2.47 0.081 105.0 0.17 0.010 58 94.720 76.367 18.353 59 59 24. 20. 0. 61. E 104 103. 1.23 0.040 105.0 0.05 0.000 60 94.720 76.367 18.353 59 60 41. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 59 94.719 76.443 18.276 61RN 61 112. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 59 94.717 76.556 18.161 62RN 62 69. 70. 0. 909. E 200 81. 18.18 0.161 184.5 0.44 0.030 63 94.721 75.516 19.205 60 63 33. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 63 94.751 75.587 19.164 64RN 64 36. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 32 94.759 76.296 18.463 65RN 65 54. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 58 94.729 77.427 17.302 66RN 66 47. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 35 94.762 76.669 18.093 67RN 67 48. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 36 94.764 76.860 17.904 68RN 68 43. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 37 94.768 77.335 17.433 69RN

69 33. 30. 0. 150. 104PV 145. 3.01 0.098 119.8 0.13 0.005 70 94.729 77.004 17.725 58 70 40. 40. 0. 19. E 104 103. 0.38 0.012 105.0 0.01 0.000 70 94.733 77.160 17.573 71 71 29. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 71 94.733 77.258 17.475 72RN 72 50. 50. 0. 56. E 104 103. 1.12 0.037 105.0 0.04 0.000 73 94.733 77.160 17.573 71 73 32. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 73 94.735 77.545 17.190 74RN 74 37. 40. 0. 131. E 104 103. 2.62 0.086 105.0 0.19 0.005 75 94.735 77.460 17.275 73 75 56. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 75 94.742 77.500 17.242 76RN 76 17. 20. 0. 575. 104PV 145. 11.50 0.376 119.8 1.56 0.025 77 94.778 77.268 17.510 53 77 83. 80. 0. 369. 104PV 145. 7.39 0.241 119.8 0.68 0.055 78 94.805 77.351 17.454 77 78 39. 40. 0. 17. 104PV 145. 0.33 0.011 119.8 0.00 0.000 78 94.862 77.335 17.527 79 79 10. 10. 0. 374. 104PV 145. 7.48 0.245 119.8 0.70 0.005 80 94.862 77.335 17.527 79 80 36. 40. 0. 87. 104PV 145. 1.74 0.057 119.8 0.05 0.000 80 94.867 77.282 17.585 81 81 62. 60. 0. 228. 104PV 145. 4.55 0.149 119.8 0.28 0.015 50 94.852 77.112 17.740 82MH 82 84. 80. 0. 400. 104PV 145. 8.00 0.262 119.8 0.79 0.065 82 94.786 76.876 17.910 83 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 83 46. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 83 94.786 76.669 18.117 84RN 84 53. 50. 0. 371. E 104 103. 7.42 0.243 105.0 1.31 0.070 83 94.716 76.600 18.116 85 85 25. 20. 0. 296. E 104 103. 5.92 0.194 105.0 0.86 0.020 85 94.695 76.248 18.447 86 86 33. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 86 94.695 76.028 18.667 87RN 87 38. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 85 94.716 76.780 17.936 88RN 88 91. 90. 0. 211. E 104 103. 4.22 0.138 105.0 0.46 0.040 86 94.653 75.645 19.008 89 89 60. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 89 94.652 75.859 18.793 90RN 90 28. 30. 0. 91. E 104 103. 1.82 0.059 105.0 0.10 0.005 89 94.650 75.165 19.485 91 91 31. 30. 0. 142. E 104 103. 2.85 0.093 105.0 0.22 0.005 91 94.643 74.404 20.239 92 92 58. 60. 0. 189. E 200 81. 3.77 0.033 184.5 0.02 0.000 93 94.643 74.404 20.239 92

93 20. 20. 0. 229. E 200 81. 4.57 0.040 184.5 0.03 0.000 94 94.645 74.600 20.045 93 94 82. 80. 0. 246. E 200 81. 4.92 0.044 184.5 0.04 0.005 92 94.640 73.900 20.740 95 95 17. 20. 0. 145. E 200 81. 2.90 0.026 184.5 0.01 0.000 95 94.639 73.922 20.717 96 96 15. 10. 0. 169. E 200 81. 3.38 0.030 184.5 0.02 0.000 97 94.639 73.922 20.717 96 97 44. 40. 0. 30. 104PV 145. 0.61 0.020 119.8 0.01 0.000 97 94.639 74.052 20.587 98RN 98 49. 50. 0. 26. 104PV 145. 0.53 0.017 119.8 0.01 0.000 95 94.639 74.052 20.587 98RN 99 30. 30. 0. 3. 104PV 145. 0.06 0.002 119.8 0.00 0.000 96 94.639 74.052 20.587 98RN 100 25. 20. 0. 234. E 200 81. 4.69 0.041 184.5 0.04 0.000 99 94.640 73.954 20.686 97 101 56. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 99 94.640 74.128 20.512 100RN 102 51. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 99 94.640 73.452 21.188 101RN 103 48. 50. 0. 256. 104PV 145. 5.11 0.167 119.8 0.35 0.015 96 94.623 73.673 20.950 102 104 68. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 102 94.622 73.752 20.870 103RN 105 112. 110. 0. 106. 104PV 145. 2.11 0.069 119.8 0.07 0.010 102 94.615 73.528 21.087 104 106 39. 40. 0. 124. 104PV 145. 2.49 0.081 119.8 0.09 0.005 104 94.612 73.637 20.975 105 107 40. 40. 0. 53. 104PV 145. 1.06 0.035 119.8 0.02 0.000 105 94.611 73.852 20.759 106RN 108 80. 80. 0. 9. 104PV 145. 0.17 0.006 119.8 0.00 0.000 107 94.612 73.637 20.975 105 109 34. 30. 0. 10. 104PV 145. 0.21 0.007 119.8 0.00 0.000 107 94.612 74.048 20.564 108 110 24. 20. 0. 84. 104PV 145. 1.68 0.055 119.8 0.04 0.000 110 94.612 74.102 20.510 107 111 24. 20. 0. 88. 104PV 145. 1.76 0.058 119.8 0.05 0.000 109 94.612 74.048 20.564 108 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 112 35. 30. 0. 15. 104PV 145. 0.31 0.010 119.8 0.00 0.000 109 94.613 74.392 20.221 110 113 17. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 110 94.613 74.300 20.313 111RN 114 81. 80. 0. 154. 104PV 145. 3.07 0.100 119.8 0.13 0.010 112 94.613 74.392 20.221 110 115 72. 70. 0. 163. 104PV 145. 3.26 0.107 119.8 0.15 0.010 112 94.613 74.500 20.113 109MH 116 33. 30. 0. 407. 104PV 145. 8.14 0.266 119.8 0.82 0.025 113 94.624 73.376 21.248 112

117 209. 200. 0. 184. 104PV 145. 3.68 0.120 119.8 0.19 0.040 113 94.611 75.576 19.035 114MH 118 127. 120. 0. 24. 104PV 145. 0.48 0.016 119.8 0.00 0.000 114 94.611 73.852 20.759 106RN 119 63. 60. 0. 374. E 200 81. 7.49 0.066 184.5 0.09 0.005 115 94.640 73.842 20.798 99 120 27. 30. 0. 327. E 200 81. 6.55 0.058 184.5 0.07 0.000 116 94.646 73.736 20.910 115 121 24. 20. 0. 392. E 200 81. 7.85 0.069 184.5 0.09 0.000 118 94.648 74.576 20.072 116 122 28. 30. 0. 467. E 200 81. 9.35 0.083 184.5 0.13 0.005 120 94.650 74.877 19.773 118 123 47. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 118 94.650 74.963 19.687 119RN 124 41. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 116 94.648 74.663 19.985 117RN 125 66. 60. 0. 736. E 300 79. 14.71 0.058 273.9 0.04 0.005 120 94.651 75.100 19.551 113 126 113. 110. 0. 137. E 104 103. 2.73 0.089 105.0 0.21 0.025 121 94.650 75.165 19.485 91 127 94. 90. 0. 488. E 104 103. 9.77 0.319 105.0 2.18 0.205 122 94.673 75.691 18.982 121 128 19. 20. 0. 332. 104PV 145. 6.65 0.217 119.8 0.56 0.010 122 94.868 76.884 17.984 123 129 40. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 123 94.868 76.925 17.943 124RN 130 42. 40. 0. 262. 104PV 145. 5.25 0.172 119.8 0.36 0.015 123 94.852 77.112 17.740 82MH 131 73. 70. 0. 324. 104PV 145. 6.47 0.212 119.8 0.54 0.040 125 94.961 76.730 18.231 129 132 24. 20. 0. 886. 104PV 145. 17.72 0.579 119.8 3.46 0.085 129 94.878 76.817 18.061 122 133 51. 50. 0. 409. 104PV 145. 8.17 0.267 119.8 0.83 0.040 125 94.959 77.237 17.722 49MH 134 52. 50. 0. 227. 104PV 145. 4.54 0.149 119.8 0.28 0.015 126 95.074 77.375 17.699 47MH 135 30. 30. 0. 807. 104PV 145. 16.14 0.528 119.8 2.91 0.085 126 95.001 77.112 17.889 125 136 21. 20. 0. 617. E 104 103. 12.34 0.404 105.0 3.37 0.070 130 94.961 76.730 18.231 129 137 29. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 130 95.032 77.340 17.692 131RN 138 31. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 130 95.032 77.336 17.696 132RN 139 41. 40. 0. 707. E 104 103. 14.14 0.462 105.0 4.33 0.180 133 95.032 77.251 17.781 130 140 29. 30. 0. 210. E 104 103. 4.20 0.137 105.0 0.46 0.015 134 95.210 77.088 18.122 133 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1.

141 28. 30. 0. 547. E 104 103. 10.94 0.358 105.0 2.69 0.075 128 95.210 77.088 18.122 133 142 51. 50. 0. 6885. E 450 79. 137.70 0.240 410.8 0.38 0.020 128 95.266 77.181 18.085 127 143 35. 30. 0. 1089. 104PV 145. 21.79 0.712 119.8 5.08 0.180 127 95.088 77.125 17.963 126 144 51. 50. 0. 5730. E 450 79. 114.61 0.200 410.8 0.27 0.015 127 95.252 77.343 17.909 46 145 114. 110. 0. 311. 104PV 145. 6.22 0.203 119.8 0.50 0.055 79 94.805 77.351 17.454 77 146 131. 130. 0. 7537. E 450 79. 150.74 0.263 410.8 0.45 0.060 3 95.285 77.071 18.214 128 147 82. 80. 0. 265. E 104 103. 5.30 0.173 105.0 0.70 0.060 135 95.223 77.123 18.100 134 148 40. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 135 95.281 76.225 19.056 136RN 149 72. 70. 0. 380. 104PV 145. 7.60 0.248 119.8 0.72 0.050 137 95.281 75.969 19.312 135 150 163. 160. 0. 172. 104PV 145. 3.44 0.112 119.8 0.17 0.025 121 94.646 73.736 20.910 115 151 27. 30. 0. 1473. 104PV 145. 29.46 0.963 119.8 8.87 0.240 137 95.093 75.748 19.345 138 152 25. 20. 0. 840. 104PV 145. 16.79 0.549 119.8 3.13 0.080 138 95.015 75.655 19.360 139 153 105. 100. 0. 867. 104PV 145. 17.35 0.567 119.8 3.33 0.350 139 94.665 76.775 17.890 140 154 92. 90. 0. 1293. E 300 79. 25.86 0.102 273.9 0.12 0.010 140 94.654 75.774 18.880 120 155 28. 30. 0. 103. 104PV 145. 2.06 0.067 119.8 0.06 0.000 141 95.015 75.655 19.360 139 156 26. 30. 0. 493. 104PV 145. 9.87 0.323 119.8 1.17 0.030 142 95.016 75.778 19.238 141 157 74. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 142 95.046 76.152 18.894 143RN 158 59. 60. 0. 551. E 300 79. 11.01 0.043 273.9 0.03 0.000 144 94.665 76.775 17.890 140 159 76. 70. 0. 94. E 300 79. 1.87 0.007 273.9 0.00 0.000 145 94.666 76.896 17.770 144 160 122. 120. 0. 543. E 104 103. 10.86 0.355 105.0 2.66 0.325 146 94.667 77.041 17.626 145 161 76. 70. 0. 141. 104PV 145. 2.83 0.092 119.8 0.12 0.010 147 94.991 76.416 18.575 146 162 112. 110. 0. 577. E 104 103. 11.54 0.377 105.0 2.97 0.335 147 94.666 76.896 17.770 144 163 118. 120. 0. 538. E 104 103. 10.75 0.352 105.0 2.61 0.310 4 94.999 75.818 19.181 147 164 57. 60. 0. 527. E 104 103. 10.54 0.345 105.0 2.51 0.145 148 94.991 76.416 18.575 146 165 72. 70. 0. 1439. E 150 79. 28.77 0.452 136.9 4.42 0.320 148 94.815 77.122 17.693 158

166 29. 30. 0. 546. E 104 103. 10.92 0.357 105.0 2.68 0.080 158 94.737 76.848 17.889 157 167 31. 30. 0. 291. E 104 103. 5.82 0.190 105.0 0.84 0.025 157 94.711 76.744 17.967 149 168 50. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 149 94.711 76.869 17.842 150RN 169 34. 30. 0. 332. E 104 103. 6.63 0.217 105.0 1.07 0.035 149 94.675 77.559 17.116 151 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 170 132. 130. 0. 77. E 104 103. 1.54 0.051 105.0 0.07 0.010 151 94.666 77.374 17.292 152 171 74. 70. 0. 319. E 300 79. 6.39 0.025 273.9 0.01 0.000 145 94.666 77.374 17.292 152 172 57. 60. 0. 151. 104PV 145. 3.01 0.099 119.8 0.13 0.005 155 94.711 76.744 17.967 149 173 80. 80. 0. 134. 104PV 145. 2.69 0.088 119.8 0.11 0.010 151 94.667 77.710 16.957 154 174 58. 60. 0. 195. 104PV 145. 3.90 0.128 119.8 0.21 0.010 157 94.725 77.759 16.966 156MH 175 30. 30. 0. 196. 104PV 145. 3.91 0.128 119.8 0.21 0.005 156 94.719 77.698 17.021 155 176 34. 30. 0. 61. 104PV 145. 1.21 0.040 119.8 0.02 0.000 159 94.725 77.759 16.966 156MH 177 58. 60. 0. 813. E 150 79. 16.26 0.256 136.9 1.54 0.090 158 94.726 77.599 17.127 159 178 102. 100. 0. 232. 104PV 145. 4.64 0.152 119.8 0.29 0.030 160 94.667 77.710 16.957 154 179 26. 30. 0. 692. E 150 79. 13.84 0.218 136.9 1.14 0.030 159 94.696 78.017 16.679 160MH 180 25. 20. 0. 385. E 150 79. 7.70 0.121 136.9 0.39 0.010 160 94.687 77.979 16.708 161 181 30. 30. 0. 165. 104PV 145. 3.29 0.108 119.8 0.15 0.005 154 94.662 77.775 16.887 163 182 101. 100. 0. 47. 104PV 145. 0.93 0.031 119.8 0.01 0.000 154 94.665 77.559 17.106 153 183 34. 30. 0. 72. E 104 103. 1.44 0.047 105.0 0.06 0.000 162 94.662 77.775 16.887 163 184 71. 70. 0. 172. E 104 103. 3.44 0.112 105.0 0.32 0.020 161 94.664 77.610 17.054 162 185 70. 70. 0. 262. E 300 79. 5.23 0.021 273.9 0.01 0.000 152 94.665 77.559 17.106 153 186 102. 100. 0. 97. E 104 103. 1.93 0.063 105.0 0.11 0.010 163 94.651 77.958 16.693 164MH 187 61. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 163 94.662 77.858 16.804 165RN 188 54. 50. 0. 25. 104PV 145. 0.50 0.016 119.8 0.00 0.000 162 94.664 77.736 16.928 166RN 189 53. 50. 0. 384. E 150 79. 7.68 0.121 136.9 0.38 0.020 161 94.666 77.700 16.966 169

190 150. 150. 0. 75. 104PV 145. 1.50 0.049 119.8 0.04 0.005 169 94.661 77.790 16.871 170RN 191 58. 60. 0. 254. E 150 79. 5.07 0.080 136.9 0.18 0.010 169 94.656 77.734 16.922 171 192 40. 40. 0. 20. E 104 103. 0.40 0.013 105.0 0.01 0.000 171 94.656 77.800 16.856 172RN 193 74. 70. 0. 149. E 200 81. 2.97 0.026 184.5 0.02 0.000 171 94.655 77.892 16.763 173 194 74. 70. 0. 109. E 100 81. 2.19 0.077 92.2 0.26 0.020 174 94.666 77.700 16.966 169 195 51. 50. 0. 221. E 100 81. 4.42 0.156 92.2 0.95 0.050 175 94.685 78.055 16.630 174MH 196 64. 60. 0. 271. E 104 103. 5.42 0.177 105.0 0.73 0.045 175 94.687 77.979 16.708 161 197 58. 60. 0. 137. E 104 103. 2.73 0.089 105.0 0.21 0.010 178 94.734 77.930 16.804 175 198 128. 130. 0. 526. E 104 103. 10.52 0.344 105.0 2.50 0.320 177 94.746 77.123 17.623 178 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 199 143. 140. 0. 511. E 104 103. 10.21 0.334 105.0 2.37 0.340 176 94.734 77.930 16.804 175 200 70. 70. 0. 89. E 104 103. 1.78 0.058 105.0 0.09 0.005 176 95.066 77.572 17.494 177 201 96. 90. 0. 249. E 104 103. 4.98 0.163 105.0 0.63 0.060 178 94.685 78.055 16.630 174MH 202 56. 50. 0. 231. E 104 103. 4.62 0.151 105.0 0.54 0.030 174 94.655 77.892 16.763 173 203 72. 70. 0. 285. E 200 81. 5.69 0.050 184.5 0.05 0.005 173 94.651 78.077 16.574 263 204 27. 30. 0. 552. 104PV 145. 11.03 0.361 119.8 1.44 0.040 179 95.066 77.572 17.494 177 205 69. 70. 0. 642. 104PV 145. 12.83 0.420 119.8 1.90 0.130 7 95.105 77.652 17.453 179 206 40. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 179 95.105 77.710 17.395 180RN 207 52. 50. 0. 277. 104PV 145. 5.55 0.181 119.8 0.40 0.020 8 95.207 77.529 17.678 181 208 82. 80. 0. 218. 104PV 145. 4.35 0.142 119.8 0.26 0.020 10 95.194 77.700 17.494 182 209 80. 80. 0. 160. E 300 79. 3.20 0.013 273.9 0.00 0.000 164 94.651 77.831 16.820 167 210 125. 120. 0. 60. 104PV 145. 1.20 0.039 119.8 0.02 0.005 167 94.648 76.125 18.523 168RN 211 15. 10. 0. 375. 104PV 145. 7.50 0.245 119.8 0.70 0.010 182 95.183 77.713 17.470 256 212 87. 90. 0. 45. 104PV 145. 0.90 0.029 119.8 0.01 0.000 256 95.182 77.963 17.219 257RN 213 207. 200. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.015 256 95.171 78.339 16.832 258RN

214 84. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 256 95.182 78.063 17.119 259RN 215 113. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 254 94.692 78.752 15.940 255RN 216 58. 60. 0. 500. E 150 79. 10.01 0.157 136.9 0.63 0.035 254 94.658 78.321 16.337 260 217 116. 110. 0. 695. E 150 79. 13.91 0.219 136.9 1.15 0.135 252 94.694 78.371 16.323 254 218 92. 90. 0. 110. 104PV 145. 2.20 0.072 119.8 0.07 0.005 260 94.651 78.077 16.574 263 219 58. 60. 0. 215. E 200 81. 4.29 0.038 184.5 0.03 0.000 263 94.649 78.241 16.408 261 220 36. 40. 0. 295. E 150 79. 5.91 0.093 136.9 0.24 0.010 260 94.649 78.241 16.408 261 221 67. 70. 0. 35. 104PV 145. 0.70 0.023 119.8 0.01 0.000 263 94.650 78.263 16.387 264RN 222 32. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 265 94.626 78.315 16.311 266RN 223 39. 40. 0. 340. 104PV 145. 6.80 0.222 119.8 0.59 0.025 261 94.626 78.269 16.357 265 224 42. 40. 0. 270. 104PV 145. 5.40 0.177 119.8 0.38 0.015 265 94.610 78.355 16.255 267MH 225 92. 90. 0. 205. 104PV 145. 4.10 0.134 119.8 0.23 0.020 267 94.589 78.140 16.449 268 226 58. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 268 94.589 78.185 16.404 270RN 227 98. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 268 94.587 78.298 16.289 269RN (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 228 100. 100. 0. 50. 104PV 145. 1.00 0.033 119.8 0.02 0.000 261 94.648 78.445 16.203 262RN 229 145. 140. 0. 643. 104PV 145. 12.85 0.420 119.8 1.91 0.275 253 94.828 78.528 16.300 252 230 97. 100. 0. 462. 104PV 145. 9.24 0.302 119.8 1.04 0.100 12 95.105 78.445 16.660 253 231 86. 80. 0. 340. 104PV 145. 6.81 0.223 119.8 0.59 0.050 279 95.105 78.445 16.660 253 232 34. 30. 0. 2734. E 250 79. 54.68 0.309 228.2 1.21 0.040 279 95.114 78.770 16.344 222MH 233 43. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 222 95.114 78.158 16.956 223RN 234 62. 60. 0. 2649. E 250 79. 52.98 0.300 228.2 1.14 0.070 222 95.044 78.295 16.749 221 235 41. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 219 95.033 78.211 16.822 220RN 236 100. 100. 0. 225. E 104 103. 4.49 0.147 105.0 0.52 0.050 219 94.981 78.277 16.704 218 237 20. 20. 0. 325. 104PV 145. 6.49 0.212 119.8 0.54 0.010 221 95.033 78.098 16.935 219

238 23. 20. 0. 2274. E 250 79. 45.49 0.257 228.2 0.86 0.020 221 95.024 78.439 16.585 224 239 77. 80. 0. 40. 104PV 145. 0.80 0.026 119.8 0.01 0.000 224 95.023 78.509 16.514 225RN 240 44. 40. 0. 1527. E 250 79. 30.55 0.173 228.2 0.41 0.020 224 95.006 78.826 16.180 226 241 25. 20. 0. 1477. E 250 79. 29.55 0.167 228.2 0.39 0.010 226 94.996 78.798 16.198 228 242 23. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 226 95.006 79.023 15.983 227RN 243 26. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 228 94.996 78.856 16.140 229RN 244 14. 10. 0. 1432. E 250 79. 28.65 0.162 228.2 0.36 0.005 228 94.991 78.749 16.242 230 245 23. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 230 94.991 78.750 16.241 275RN 246 27. 30. 0. 1392. E 250 79. 27.85 0.158 228.2 0.35 0.010 230 94.982 78.606 16.376 231 247 23. 20. 0. 586. E 300 79. 11.73 0.046 273.9 0.03 0.000 231 94.981 78.277 16.704 218 248 35. 30. 0. 736. E 300 79. 14.72 0.058 273.9 0.04 0.000 218 94.979 77.939 17.040 217 249 140. 140. 0. 651. E 300 79. 13.02 0.051 273.9 0.03 0.005 217 94.975 77.401 17.574 216 250 77. 80. 0. 2757. E 300 79. 55.15 0.217 273.9 0.50 0.040 216 94.936 77.270 17.666 215 251 68. 70. 0. 2251. E 250 79. 45.03 0.255 228.2 0.84 0.055 19 94.975 77.401 17.574 216 252 66. 60. 0. 297. 104PV 145. 5.94 0.194 119.8 0.46 0.030 215 94.906 78.933 15.973 20MH 253 94. 90. 0. 219. 104PV 145. 4.38 0.143 119.8 0.26 0.025 214 94.896 77.881 17.015 21 254 40. 40. 0. 2371. E 300 79. 47.41 0.186 273.9 0.38 0.015 215 94.920 77.300 17.620 214 255 36. 40. 0. 2067. E 300 79. 41.33 0.162 273.9 0.30 0.010 214 94.910 77.094 17.816 23 256 48. 50. 0. 481. 104PV 145. 9.62 0.314 119.8 1.12 0.055 197 94.774 77.551 17.223 39 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 257 36. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 197 94.827 78.886 15.941 198RN 258 62. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 18 95.136 77.334 17.802 273RN 259 53. 50. 0. 179. 104PV 145. 3.57 0.117 119.8 0.18 0.010 200 94.761 76.325 18.436 34 260 35. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 33 94.760 76.263 18.497 199RN 261 11. 10. 0. 239. 104PV 145. 4.77 0.156 119.8 0.30 0.005 202 94.771 77.010 17.761 200

262 30. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 200 94.771 77.154 17.617 201RN 263 26. 30. 0. 319. 104PV 145. 6.37 0.208 119.8 0.52 0.015 204 94.774 77.182 17.592 202 264 60. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 202 94.774 77.302 17.472 203RN 265 63. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 204 94.788 77.180 17.608 205RN 266 57. 60. 0. 293. 104PV 145. 5.85 0.191 119.8 0.44 0.025 206 94.788 76.913 17.875 204 267 11. 10. 0. 252. 104PV 145. 5.04 0.165 119.8 0.34 0.005 207 94.813 76.559 18.254 206 268 53. 50. 0. 286. 104PV 145. 5.72 0.187 119.8 0.43 0.025 207 94.794 77.116 17.678 210 269 14. 10. 0. 256. 104PV 145. 5.12 0.167 119.8 0.35 0.005 210 94.790 76.925 17.865 211 270 15. 10. 0. 136. 104PV 145. 2.72 0.089 119.8 0.11 0.000 211 94.788 76.913 17.875 204 271 115. 110. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 211 94.787 77.263 17.524 212RN 272 32. 30. 0. 3144. E 250 79. 62.88 0.356 228.2 1.56 0.050 12 95.155 78.043 17.112 279 273 62. 60. 0. 106. 104PV 145. 2.11 0.069 119.8 0.07 0.005 29 94.813 76.559 18.254 206 274 21. 20. 0. 578. 104PV 145. 11.56 0.378 119.8 1.57 0.035 208 94.817 76.600 18.217 207 275 67. 70. 0. 229. 104PV 145. 4.57 0.150 119.8 0.28 0.020 28 94.850 76.458 18.392 208 276 46. 50. 0. 268. 104PV 145. 5.35 0.175 119.8 0.38 0.015 27 94.858 76.458 18.400 209 277 91. 90. 0. 217. 104PV 145. 4.33 0.142 119.8 0.25 0.025 26 94.858 76.458 18.400 209 278 26. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 24 94.904 77.188 17.716 213RN 279 63. 60. 0. 571. 104PV 145. 11.42 0.373 119.8 1.53 0.095 22 94.774 77.551 17.223 39 280 51. 50. 0. 571. 104PV 145. 11.42 0.373 119.8 1.53 0.080 20 94.827 78.559 16.268 197 281 33. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 252 94.828 78.500 16.328 280RN 282 23. 20. 0. 218. 104PV 145. 4.36 0.143 119.8 0.26 0.005 251 94.828 78.528 16.300 252 283 26. 30. 0. 100. 104PV 145. 2.00 0.065 119.8 0.06 0.000 249 94.834 78.577 16.257 251MH 284 26. 30. 0. 158. 104PV 145. 3.16 0.103 119.8 0.14 0.005 247 94.834 78.577 16.257 251MH ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness.

(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 9. 285 113. 110. 0. 210. 104PV 145. 4.20 0.137 119.8 0.24 0.025 237 94.835 78.559 16.276 249 286 32. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 247 94.837 78.500 16.337 248RN 287 24. 20. 0. 243. 104PV 145. 4.86 0.159 119.8 0.32 0.010 245 94.837 78.451 16.386 247 288 40. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 249 94.835 78.650 16.185 250RN 289 16. 20. 0. 293. 104PV 145. 5.86 0.192 119.8 0.45 0.005 244 94.845 78.300 16.545 245 290 30. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 245 94.845 78.500 16.345 246RN 291 15. 10. 0. 5. 104PV 145. 0.10 0.003 119.8 0.00 0.000 281 94.854 78.500 16.354 240RN 292 30. 30. 0. 201. 104PV 145. 4.02 0.132 119.8 0.22 0.005 242 94.852 78.423 16.429 244 293 38. 40. 0. 167. 104PV 145. 3.34 0.109 119.8 0.16 0.005 241 94.854 78.550 16.304 281 294 18. 20. 0. 466. E 250 79. 9.32 0.053 228.2 0.05 0.000 241 94.859 78.854 16.005 242MH 295 240. 240. 0. 120. 104PV 145. 2.40 0.078 119.8 0.09 0.020 242 94.838 78.463 16.375 243RN 296 51. 50. 0. 251. 104PV 145. 5.01 0.164 119.8 0.33 0.015 236 94.862 78.449 16.413 237 297 37. 40. 0. 251. 104PV 145. 5.03 0.164 119.8 0.34 0.010 236 94.867 78.669 16.198 235 298 33. 30. 0. 141. 104PV 145. 2.81 0.092 119.8 0.11 0.005 235 94.863 78.400 16.463 238 299 36. 40. 0. 59. 104PV 145. 1.18 0.039 119.8 0.02 0.000 238 94.862 78.449 16.413 237 300 20. 20. 0. 36. 104PV 145. 0.73 0.024 119.8 0.01 0.000 238 94.863 78.790 16.073 239 301 38. 40. 0. 683. E 250 79. 13.66 0.077 228.2 0.09 0.005 239 94.859 78.850 16.009 241 302 33. 30. 0. 692. E 250 79. 13.83 0.078 228.2 0.09 0.005 234 94.863 78.790 16.073 239 303 35. 30. 0. 61. 104PV 145. 1.21 0.040 119.8 0.02 0.000 235 94.866 78.725 16.141 234 304 88. 90. 0. 592. 104PV 145. 11.84 0.387 119.8 1.64 0.145 224 94.879 78.514 16.365 236 305 50. 50. 0. 686. 104PV 145. 13.72 0.449 119.8 2.15 0.110 233 94.866 78.725 16.141 234 306 26. 30. 0. 726. E 250 79. 14.52 0.082 228.2 0.10 0.005 232 94.974 78.670 16.304 233 307 45. 40. 0. 761. E 250 79. 15.22 0.086 228.2 0.11 0.005 231 94.977 78.698 16.279 232MH 308 43. 40. 0. 52. 104PV 145. 1.03 0.034 119.8 0.02 0.000 188 95.207 78.230 16.977 14

309 27. 30. 0. 117. 104PV 145. 2.33 0.076 119.8 0.08 0.000 11 95.208 77.599 17.609 188 310 27. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 188 95.208 77.650 17.558 189RN 311 28. 30. 0. 593. 104PV 145. 11.87 0.388 119.8 1.65 0.045 138 95.047 75.963 19.084 142 312 72. 70. 0. 188. 104PV 145. 3.77 0.123 119.8 0.20 0.015 153 94.651 77.958 16.693 164MH (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 313 30. 30. 0. 55. 104PV 145. 1.10 0.036 119.8 0.02 0.000 9 95.221 77.398 17.823 184 314 40. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 184 95.221 77.559 17.662 185RN 315 42. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 10 95.215 77.450 17.765 187RN 316 35. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 194 95.240 77.566 17.674 190RN 317 25. 20. 0. 10. 104PV 145. 0.20 0.007 119.8 0.00 0.000 195 95.237 77.347 17.890 191RN 318 32. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 247 94.837 77.745 17.092 192RN 319 148. 140. 0. 586. 104PV 145. 11.73 0.384 119.8 1.61 0.240 44 94.932 77.272 17.660 41 320 42. 40. 0. 4455. E 450 79. 89.11 0.156 410.8 0.17 0.005 45 95.242 77.086 18.156 193 321 17. 20. 0. 3561. E 450 79. 71.21 0.124 410.8 0.11 0.000 193 95.240 77.464 17.776 194 322 22. 20. 0. 855. 104PV 145. 17.10 0.559 119.8 3.24 0.070 193 95.170 77.113 18.057 44 323 149. 150. 0. 12. 104PV 145. 0.25 0.008 119.8 0.00 0.000 13 95.205 77.421 17.784 17 324 27. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 8 95.228 77.400 17.828 183RN 325 39. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 6 95.240 77.449 17.791 186RN 326 59. 60. 0. 30. 104PV 145. 0.60 0.020 119.8 0.01 0.000 4 95.307 76.640 18.667 271RN 327 28. 30. 0. 346. 104PV 145. 6.91 0.226 119.8 0.61 0.015 141 94.999 75.818 19.181 147 328 64. 60. 0. 476. 104PV 145. 9.52 0.311 119.8 1.10 0.070 42 94.862 77.487 17.375 78MH 329 65. 60. 0. 234. 104PV 145. 4.68 0.153 119.8 0.29 0.020 278 94.733 77.128 17.605 70 330 34. 30. 0. 15. 104PV 145. 0.30 0.010 119.8 0.00 0.000 43 95.053 77.487 17.566 276RN 331 323. 320. 0. 643. E 200 81. 12.85 0.114 184.5 0.23 0.075 60 94.646 74.633 20.013 94 332 49. 50. 0. 999. E 300 79. 19.98 0.079 273.9 0.08 0.005 31 94.751 75.438 19.313 63

333 38. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 277 94.612 74.048 20.564 108 334 75. 70. 0. 38. 104PV 145. 0.77 0.025 119.8 0.01 0.000 108 94.611 73.852 20.759 106RN 335 28. 30. 0. 3506. E 450 79. 70.11 0.122 410.8 0.11 0.005 194 95.237 77.206 18.031 195 336 15. 10. 0. 3466. E 450 79. 69.31 0.121 410.8 0.11 0.000 195 95.235 77.641 17.594 277 337 28. 30. 0. 3406. E 450 79. 68.11 0.119 410.8 0.10 0.005 277 95.232 77.733 17.499 16 338 44. 40. 0. 20. 104PV 145. 0.40 0.013 119.8 0.00 0.000 40 94.898 77.515 17.383 196RN 339 10. 20. 0. 404. 104PV 145. 8.08 0.264 119.8 0.81 0.010 209 94.850 76.458 18.392 208 340 185. 150. 0. 169. 104PV 145. 3.38 0.110 119.8 0.16 0.030 94 94.615 73.528 21.087 104 341 93. 90. 0. 246. 104PV 145. 4.92 0.161 119.8 0.32 0.030 38 94.742 77.370 17.372 75 (1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12) (13) (14) (15) (16) (17) Pg# 1. 342 78. 80. 0. 526. 104PV 145. 10.52 0.344 119.8 1.32 0.105 48 94.869 77.305 17.564 80 343 15. 10. 0. 191. 104PV 145. 3.81 0.125 119.8 0.20 0.005 50 94.867 77.282 17.585 81 344 25. 20. 0. 243. 104PV 145. 4.85 0.159 119.8 0.31 0.010 81 94.859 77.304 17.555 51MH 345 76. 70. 0. 121. 104PV 145. 2.42 0.079 119.8 0.09 0.005 52 94.786 76.876 17.910 83 346 28. 30. 0. 348. 104PV 145. 6.97 0.228 119.8 0.61 0.015 278 94.735 77.191 17.544 54 347 64. 60. 0. 2061. E 200 81. 41.21 0.364 184.5 2.02 0.130 5 95.134 76.730 18.404 148 348 47. 50. 0. 227. 104PV 145. 4.55 0.149 119.8 0.28 0.015 181 95.194 77.700 17.494 182 349 16. 20. 0. 127. 104PV 145. 2.54 0.083 119.8 0.09 0.000 281 94.852 78.423 16.429 244 350 42. 40. 0. 725. E 104 103. 14.49 0.474 105.0 4.53 0.190 5 95.072 77.085 17.987 176 351 10. 10. 0. 1908. 104PV 145. 38.16 1.248 119.8 14.33 0.145 2 95.333 75.600 19.733 137 352 24. 0. 0. 0. 104PV 145. 0.00 0.000 119.8 0.00 0.000 134 95.223 77.263 17.960 272RN 353 72. 0. 0. 0. 104PV 145. 0.00 0.000 119.8 0.00 0.000 210 94.794 77.286 17.508 274RN 2.CONCLUSIONS : NOTE : INPUT HEAD AT NODE 1 = 20.00M Fixed E - Existing pipe line, EH- Economical Head, FH- Fixed Head NODE NO OF MIN TER HEAD = 255 MH = NODE OF LOWEST TERMINAL HEAD AMONGST THE NEIGHBOURING NODES MINIMUM TERMINAL HEAD = 15.940 M RN = NOD E OF LOWEST HYDRAULIC LEVEL AMONGST THE NEIGHBOURING NODES

MAXIMUM ERROR IN FLOW =0.00099 Kl/hr DIRECTION OF FLOW IN LINE (COL 2) IS FROM U/S NODE (COL 1) TO D/ S NODE (COL 17) MAX. DIFFERENCE IN RL-S = 5.647 M HEAD & LEVELS ARE IN METERS TOTAL FLOW LENGTH = 19296. M I.D. of PVC Pipes have been assumed as given in Bill of Quantities, below Eq.DesignPopulation @160.00 lpcd = 18770. In case of more than one existing pipes along a line, Equivalent Dia. is taken SL NO. OF FARTHEST NODE = 93 MINIMUM TRAVERSE LENGTH BETWEEN FEEDING NODE & FARTHEST NODE = 1384. M AV HYD GRAD BET FEEDING NODE & FARTHEST NODE THRU MIN TRAVERSE= 0.69/1000 RATIO OF AVERAGE TO MAX.DEMAND DURING DESIGN PERIOD= 0.70 ( Calc.) 3.DESIGN PARAMETERS & CONSTRAINTS GIVEN DESIGN PERIOD OF PROJECT .. = 30.YEARS TERMINAL HEAD AT FEEDING NODE NO. 1= 20.00 M MIN.TERMINAL HEAD TO BE MAINTAINED = 12.00 M MIN.DIA OF PIPE TO BE PROVIDED .. = 10.40 CM Popln, S/RATE, P/FACTOR for Priv.Con= 18770.160.00 LPCD, 3.00 Popln, S/RATE, P/FACTOR for Pub.S.P.= 0.160.00 LPCD, 3.00 Popln, S/RATE FOR NODAL POPLN. .. = 0.160.00 LPCD 4.AIR-VALVES & SCOUR-VALVES POSITION OF SCOUR-VALVES ADJACENT TO FOLLOWING NODES MAY BE CONSIDERED 101 104 112 5.BILL OF QUANTITIES & COST ESTIMATE P I P E E X C A V A T I O N S U P P L Y L A Y I N G S P E C I A L S OD/ ID(cm) TYPE LENGTH VOLUME RATE AMOUNT RATE AMOUNT RATE AMOUNT RATE AMOUNT 11.00/10.40 PVC 11308. 8788.76 43.35 380992.69 86.00 972488.00 8.30 93856.40 0.05 X SUPPLY COST 48624.40 TOTAL = 11308. 8788.76 380992.69 972488.00 93856.40 48624.40 GRAND TOTAL (ROUNDED TO WHOLE RUPEE) : 1495962. ** Continuity and Connectivity may be checked thoroughly at the time of Scheme preparation and execution to ensure correctness. ------------->=<-------------- �

ESTIMATE OF DISTRIBUTION SYSTEM

S.No. ITEMS Qty. Unit Rate Amount 1 2 3 4 5 6

1 Supply of following sizes AC/PVC pipes with rubber gasket, coupling, coupler as per IS F.O.R. destination including all taxes and local cartage etc. complete.

110mm PVC 4kg/cm2 367626 m 108.00 39703608.00 1404mm PVC 4kg/cm2 17676 m 183.60 3245313.60 160mm PVC 4kg/cm2 10742 m 245.70 2639309.40 200mm AC 15kg/cm2 21087 m 402.30 8483300.10 250mm AC 15kg/cm2 16066 m 534.60 8588883.60 300mm AC 15kg/cm2 10422 m 739.80 7710195.60 350mm AC 15kg/cm2 6358 m 1108.35 7046889.30 400mm AC 15kg/cm2 6798 m 1445.85 9828888.30 450mm AC 15kg/cm2 5039 m 2074.95 10455673.05 500mm AC 15kg/cm2 3318 m 2791.80 9263192.40 600mm DI 1143 m 7790.85 8904941.55 466275 2 Supply of AC/PVC pipes

special as per IS suitable for pipe in Item No.1 F.O.R. destination and including all taxes and local cartage etc. complete.

10% of Item no.1 11587019.49

3 Excavation for pipe line in ordinary soil (loam, clay or sand) incluidng lift upto 1.50m and lead upto 50m including filling back watering, ramming of excavated earth into the trenches and disposal of surplus earth within 50m including all, labour, T&P etc. required for proper completion of the work (Quantity taken as per computer design) 388267.5 m3 61.15 23742557.63

4 Dismantling of road surface and temporary reinstatement including sorting out of serviceable materials and disposal of unserviceable materials upto a distance of 100m.

B.O.E. 138127 m3 45.00 6215715.00 Bitumen surface 207189 m2 187.20 38785780.805 Carting of following size of

AC/PVC pipes and specials from store to site of work within 8km lowering them in already prepared trenches and laying true to alignment & jointing including supply of all materials, T&P etc. all complete.

110mm PVC 4kg/cm2 367626 m 10.92 4014475.92 140mm PVC 4kg/cm2 17676 m 12.37 218652.12 160mm PVC 4kg/cm2 10742 m 15.91 170905.22 200mm AC 15kg/cm2 21087 m 25.79 543833.73 250mm AC 15kg/cm2 16066 m 33.17 532909.22 300mm AC 15kg/cm2 10422 m 39.00 406458.00 350mm AC 15kg/cm2 6358 m 94.95 603692.10 400mm AC 15kg/cm2 6798 m 115.33 784013.34 450mm AC 15kg/cm2 5039 m 139.15 701176.85 500mm AC 15kg/cm2 3318 m 163.17 541398.06 600mm DI 1143 m 217.25 248316.756 Supply of following size of CI

D/F non-rising spindle type sluice valve (working pressure 10kg/cm2) as per IS 780/1980 FOR destination including all taxes etc. all complete.

100mm 133 Nos. 3025.00 402325.00 125mm 24 Nos. 3850.00 92400.00

150mm 34 Nos. 4450.00 151300.00 200mm 53 Nos. 7885.00 417905.00 250mm 37 Nos. 12470.00 461390.00 300mm 25 Nos. 16245.00 406125.00 350mm 11 Nos. 26660.00 293260.00 400mm 13 Nos. 37690.00 489970.00 450mm 19 Nos. 45450.00 863550.00 500mm 4 Nos. 62380.00 249520.007 Supply of CI D/F non-rising

spindle type scour valve (working pressure 10kg/cm2) as per IS 780/1980 for destination including all taxes etc. all complete. 49 Nos. 3025.00 148225.00

8 Cartage of sluice valve of following sizes to site of work from store, lowering already prepared trenches and fixing in position and making flanged joints including supply of all jointing material such as bolts nuts rubber insertion sheet. White lead and testing etc. all complete.

100mm 133 Nos. 567.00 75411.00 125mm 24 Nos. 610.00 14640.00 150mm 34 Nos. 890.00 30260.00 200mm 53 Nos. 968.00 51304.00 250mm 37 Nos. 1470.00 54390.00 300mm 25 Nos. 1545.00 38625.00 350mm 11 Nos. 2076.00 22836.00 400mm 13 Nos. 2872.00 37336.00 450mm 19 Nos. 3420.00 64980.00 500mm 4 Nos. 3572.00 14288.009 Cartage of scour valve to site

of work from store, lowering already prepared trenches and fixing in position and making flanged joints including supply of all jointing material such as bolts nuts rubber insertion sheet. White lead and testing etc. all complete. 49 Nos. 567.00 27783.00

10 Supply of 20mm CI single ball orifice type air valve F.O.R. destination and including all taxes etc. complete. 108 Nos. 1023.00 110484.00

11 Cartage of following sizes of CI single ball orifice type air valve from store to site of work and fixing in position over flanged tee joints (including cost of bailing out of water main and its subsequent back filling. 108 Nos. 240.00 25920.00

12 Supply and fixing of CI Fire hydrant as per IS 369 of 1959 including carting to the site of work etc. all complete. 55 Nos. 15895.00 874225.00

13 Supply of all materials, labour T&P etc. and construct masonry type sluice valve chamber as per type design including supply & fixing of RCC cover etc. all complete. 353 Nos. 8100.00 2859300.00

14 Supply of all materials, labour T&P etc. and construct Air valve chamber as per type design including supply & fixing of perforated CI cover. 108 Nos. 4100.00 442800.00

15 Construction of fire hydrant chamber as per type design including supply of all materials labour, T&P etc. all complete. 55 Nos. 4525.00 248875.00

16 Permanent reinstatement of road surface including cost of materials labour, T&P etc. all complete.

B.O.E. pavement 138127 m2 450.00 62157150.00 Bituminous surface 207189 m2 2250.00 466175250.0017 Provision for crossing of pipe

line under culvert and nala/drain falling on alignment of pipe line including supply and laying of casing pipe, all labour, materials, T&P etc. complete. 187 Nos. 2500.00 467500.00

18 Provision for crossing of Railway line at three different locations coming in the alignment of water supply line by laying of MS casing pipe internal coating of pipe with Food grade Epoxy of thickness 300 micron External coating of pipe with polyure thane of thickness 500 microns with HDD trenchless technology (As per budgetary offer attached) 400 m 29000.00 11600000.00

19 Supply of all materials, labour, T&P etc. to construct single tap pillar type stand post compete as per type design. 370 Nos. 4300.00 1591000.00

20 Provision for interconnection of newly laid pipe lines with the following size of existing pipe lines etc. all complete.

100mm CI/AC 87 Nos. 4000.00 348000.00 125mm CI/AC 53 Nos. 5000.00 265000.00 150mm CI/AC 92 Nos. 6000.00 552000.00 200mm CI/AC 96 Nos. 8000.00 768000.00 250mm CI/AC 24 Nos. 10000.00 240000.00 300mm CI/AC 32 Nos. 12000.00 384000.00 350mm CI 16 Nos. 14000.00 224000.00 400mm CI 10 Nos. 16000.00 160000.00 450mm CI 11 Nos. 18000.00 198000.00 500mm CI 1 Nos. 20000.00 20000.00 550mm CI 9 Nos. 22000.00 198000.00 650mm CI 3 Nos. 24000.00 72000.00 700mm CI 1 Nos. 26000.00 26000.00 110mm PVC 118 Nos. 1650.00 194700.00 140mm PVC 20 Nos. 2200.00 44000.00 160mm PVC 17 Nos. 2750.00 46750.00 200mm PVC 759667876.13 Say: 7596.68 lacs

DETAIL MEASUREMENT OF ROAD CUTTING

Size of Pipe Length Width Quantity Bitumenus Road

BOE Road

110mm PVC 367626 0.71 261015 m2 156609 m2 104406 m2 140mm PVC 17676 0.74 13080 m2 7848 m2 5232 m2 160mm PVC 10742 0.76 8164 m2 4898 m2 3266 m2 200mm AC 21087 0.80 16870 m2 10122 m2 6748 m2 250mm AC 16066 0.85 13656 m2 8193 m2 5463 m2 300mm AC 10422 0.90 9380 m2 5628 m2 3752 m2 350 mm AC 6358 0.95 6040 m2 3624 m2 2416 m2 400 mm AC 6798 1.00 6798 m2 4079 m2 2719 m2 450 mm AC 5039 1.05 5291 m2 3175 m2 2116 m2 500 mm AC 3318 1.10 3650 m2 2190 m2 1460 m2 600mm DI K-9 1143 1.20 1372 m2 823 m2 549 m2 345316 m2 207189 m2 138127m2

DETAILS OF SLUICE VALVE/AIR VALVE/SCOUR VALVE/FIRE HYDRANT

Name of Zone

Line No.

Sluice Valve Air Valve

F.H. Scour Valve 100 125 150 200 250 300 350 400 450 500 600

1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 Sigra-I 2 1 1 4 1 18 1 12 1 166 1 1 181 1 214 1 249 1 315 1 319 1 332 1 340 1 395 1 414 1 415 1 416 1 1 Sigra-II 2 1 4 1 1

9 1 15 1 44 1 68 1 76 1 96 1 98 1 117 1 122 1 Sigra-III 2

14 1 1 20 1 52 1 57 1 67 1 94 1 109 1 1 182 1 209 1 225 1 235 1 269 1 Sigra-IV 2 1 15 1 39 1 46 1 69 1 1 111 1 168 1 193 1 Sigra-V 49 1 69 1 1 107 1 185 1 189 1 194 1 204 1 212 1 304 1 306 1 Sigra-VI 2 1 3 1 1 25 1

207 1 219 1 226 1 227 1 1 298 1 336 1 448 1 500 1 517 1 544 1 Benia-I 2 1 16 1 47 1 26 1 5 1 18 1 13 1 30 1 1 40 1 1 43 1 1 2 4 2 2 Benia-II 2 1 9 1 23 1 32 1 46 1 94 1 276 1 304 1 15 1 35 1 53 1 57 1 64 1 84 1

94 1 309 1 4 1 1 1 1 Benia-III 3 1 7 1 36 1 57 1 77 1 84 1 5 1 102 1 110 1 111 1 3 1 Bhelupur-A 3 1 12 1 16 1 65 1 199 1 32 1 42 1 40 1 21 1 142 1 10 1 174 1 192 1 175 1 107 1 99 1 Bhelupur-B 3 1 50 1 1 54 1 85 1 100 1

148 1 379 1 410 1 433 1 447 1 479 1 481 1 483 1 1 490 1 491 1 492 1 598 1 600 1 602 1 643 1 Bhelupur-C 5 1 11 1 14 1 15 1 31 1 51 1 1 61 1 81 1 116 1 142 1 144 1 1 150 2 195 1 197 1 212 1 220 1 247 1 383 1 Bhelupur-D 2 1

6 1 20 1 25 1 26 1 27 1 66 1 71 1 88 1 1 113 1 Bhelupur-E 3 1 1 12 1 18 2 19 1 24 1 64 1 88 1 135 1 136 1 138 1 139 1 145 1 228 1 Bhelupur-F 2 1 29 1 68 2 84 1 85 1 1 91 1 112 1 165 1 180 1 1 259 1 Bhelupur-G 4 1

13 1 19 1 72 1 1 114 1 123 1 189 1 204 1 222 1 307 1 1 334 1 Bhelupur-H 7 1 11 1 23 1 50 1 54 1 161 1 196 1 203 1 210 1 234 1 218 1 230 1 403 1 442 1 466 1 470 1 477 1 1 478 1 493 1 530 1 Jaitpura-I 9 1 10 2 1 53 1 64 1

66 1 72 1 104 1 123 1 126 3 Jaitpura-II 6 1 37 1 1 66 1 101 1 104 1 105 1 1 Jaitpura-III 5 1 16 22 1 25 28 1 45 2 95 1 97 1 109 1 114 Maidagin-I 2 1 8 1 36 1 60 1 68 1 84 1 116 1 119 1 162 1 179 1 Maidagin- 2 1

II 18 1 23 1 1 26 1 35 1 40 1 1 100 107 1 108 1 1 111 1 Cotton Mill-I

2 1

24 1 30 1 94 1 1 101 1 112 1 139 1 148 1 151 1 Cotton Mill-II

6 1

16 1 41 1 1 61 1 99 1 116 1 Cotton Mill-III

4 1

6 1 10 1 25 1 30 1

37 1 60 1 102 1 1 176 1 Cotton Mill-IV

7 2

8 1 9 1 1

47 1 80 1 95 1 105 1 106 1 133 1 1 161 1 1 Rajghat-I 2 1 7 1 8 1 11 1 15 1 18 1 21 1 - 1 Rajghat-II 2 1 1 5 1 11 1 12 1 21 1 57 1 80 1 123 1 129 1

Rajghat-III 5 1 19 1 65 1 98 1 105 1 76 1 99 1 28 1 48 1 72 1 - 1 - 1 Rajghat-IV 6 1 1 25 1 33 1 35 1 40 1 52 1 56 1 60 1 75 1 1 105 1 108 1 154 1 17 1 1 56 1 74 1 - 1 - 1 Lanka-I 2 1 3 12 1 19 1 90 1

102 1 116 1 127 1 139 1 142 1 149 1 179 1 195 1 234 1 242 1 285 1 - 1 Lanka-II 2 1 1 3 1 37 1 66 1 115 1 116 1 1 118 1 119 1 123 1 126 1 127 1 148 1 - 1 Lanka-III 2 1 1 5 1 16 1 34 1 1 35 1 36 1 45 1 1 57 1 58 1

61 1 98 1 12 1 6 1 1 Lanka-IV 2 1 5 1 34 1 86 1 148 1 1 154 1 174 1 206 1 237 1 1 266 1 275 1 Chowk-I 1 1 10 1 11 1 31 1 1 50 1 51 52 1 1 77 1 78 1 80 1 - 1 Chowk-II 34 1 72 1 74 1 79 1 80 1 83 1 87 1

107 1 118 1 119 1 1 127 1 147 1 154 1 180 1 214 1 228 1 241 1 243 1 295 1 300 1 303 1 304 1 391 1 421 1 London Mission-I

4 1 1

15 1 1 17 1 36 1 1 37 50 1 145 1 163 1 121 1 180 1 1 188 1 189 1 207 1 1 227 1 245 1 321 1

London Mission-II

2 1

3 1 1 36 1 44 1 55 1 59 1 103 1

105 1 110 1 London Mission-III

8 1 1

16 1 1 18 1 24 1 26 1 33 1 40 1 1 45 1 28 1 140 1 147 1 188 1 222 1 250 1 London Mission-IV

3 1

15 1 1 27 1 65 1 66 1 98 1 23 1 84 1

55 1 1 London Mission-V

2 1

8 1 10 1 11 1

13 1 18 1 27 1 32 1 1 33 1 1 44 1 51 3 81 1 88 1 - 1 jn-valve

INTERCONNECTION OF EXISTING PIPE LINE WITH THE PROPOSED PIPE LINE Name of Zone Line No. Dia. of Interconnection

New Pipe Old Pipe 1 2 3 4 5

Sigra-I 2 300 AC 151 1 3 250 AC 200 1 4 200 AC 200 1 5 132 PVC 150 1 28 104 PVC 200 1 216 104 PVC 104 1 Sigra-II 4 250 AC 300 1 5 350 AC 250 1 6 350 AC 250 1 7 300 AC 250 1 8 200 AC 300 1 Sigra-III 4 200 AC 100 1 5 104 PVC 100 1 Sigra-IV 6 400 AC 150 1 7 400 AC 150 1 8 400 AC 150 1 9 400 AC 150 1 10 400 AC 150 1 49 350 AC 250 1 191 400 AC 300 1 Sigra-V 1 400 AC 150 1 2 400 AC 150 1 3 350 AC 150 1 4 350 AC 150 1 5 350 AC 150 1 6 350 AC 150 1 7 350 AC 150 1 8 350 AC 150 1 9 350 AC 150 1 10 350 AC 150 1 11 350 AC 150 1 12 350 AC 150 1 13 300 AC 150 1 14 300 AC 150 1 15 300 AC 150 1 16 300 AC 150 1 17 300 AC 132 1 18 250 AC 132 1 62 200 AC 132 1

63 200 AC 132 1 64 151 PVC 151 1 69 250 AC 125 1 70 250 AC 125 1 88 132 PVC 100 1 90 132 PVC 100 1 91 132 PVC 100 1 Sigra-VI 2 350 AC 150 1 3 350 AC 150 1 18 350 AC 200 1 19 350 AC 200 1 20 350 AC 200 1 21 350 AC 200 1 22 350 AC 200 1 23 350 AC 200 1 68 200 AC 150 1 69 200 AC 150 1 178 350AC 151 1 179 350 AC 151 1 220 350 AC 200 1 221 350AC 151 1 222 350 AC 151 1 223 350 AC 200 1 224 350AC 151 1 225 300 AC 200 1 226 300 AC 200 1 227 300 AC 200 1 228 300 AC 200 1 229 300 AC 151 1 245 104 PVC 100 1 247 132 PVC 100 1 257 132 PVC 100 1 339 350 AC 250 1 Benia-I 4 250 AC 300 1 5 250 AC 300 1 6 250AC 300 1 31 200 AC 151 1 32 200 AC 151 1 33 200 AC 151 1 34 200 AC 104 1 40 104 PVC 151 1 42 132 PVC 104 1 43 200 AC 150 1 53 151 PVC 104 1 Benia-II 2 300 AC 400 1

4 200 AC 400 1 5 132 PVC 400 1 6 132 PVC 400 1 Benia-III 33 104 PVC 104 1 34 104 PVC 104 1 36 104 PVC 104 1 Bhelupur-B 12 250 AC 200 1 13 200AC 200 1 14 200AC 200 1 15 200AC 200 1 16 200AC 200 1 28 400AC 350 1 29 400AC 350 1 30 350AC 300 1 31 350AC 300 1 32 350AC 300 1 33 350AC 300 1 59 132 PVC 104 1 156 250AC 200 1 159 250AC 200 1 207 132 PVC 104 1 208 132 PVC 104 1 223 200 AC 200 1 224 200 AC 200 1 231 200 AC 200 1 232 200 AC 200 1 312 132 PVC 104 1 332 200 AC 104 1 363 200 AC 200 1 364 200 AC 200 1 365 200 AC 200 1 373 200 AC 200 1 377 300 AC 200 1 382 300 AC 200 1 383 300 AC 200 1 386 300 AC 200 1 390 200 AC 300 1 413 300 AC 150 1 414 200 AC 300 1 416 400AC 150 1 426 350AC 200 1 427 350AC 200 1 428 350AC 200 1 434 350AC 150 1 483 250AC 200 1 484 150AC 200 1

488 250AC 200 1 489 250AC 200 1 555 104 PVC 104 1 573 200AC 300 1 577 250 AC 200 1 623 132 PVC 104 1 Bhelupur-C 1 500AC 125 1 2 500AC 150 1 3 500AC 150 1 4 450AC 150 1 28 104PVC 100 1 51 450AC 100 1 125 250AC 150 1 144 300AC 150 1 147 250AC 150 1 148 250AC 150 1 150 200AC 200 1 155 200AC 200 1 157 132PVC 100 1 160 200AC 200 1 164 200AC 200 1 166 200AC 125 1 174 450AC 200 1 176 200AC 100 1 179 100AC 100 1 182 450AC 200 1 185 200AC 100 1 187 200AC 104 1 191 200AC 104 1 192 151PVC 104 1 197 450AC 200 1 217 350AC 200 1 220 350AC 200 1 229 151PVC 104 1 231 151PVC 104 1 232 151PVC 104 1 235 151PVC 104 1 237 151PVC 104 1 239 151PVC 104 1 246 104PVC 104 1 251 350AC 150 1 261 350AC 150 1 263 300AC 150 1 265 350AC 150 1 266 300AC 104 1 269 300AC 104 1 314 132PVC 150 1

393 450AC 200 1 Bhelupur-D 88 300AC 200 1 90 300AC 200 1 92 300AC 200 1 99 300AC 200 1 100 200AC 200 1 106 104PVC 100 1 Bhelupur-E 1 400AC 200 1 2 350AC 400 1 3 350AC 400 1 4 400AC 350 1 5 400AC 350 1 6 400AC 350 1 7 400AC 350 1 8 151PVC 350 1 9 132PVC 350 1 10 132PVC 350 1 11 104PVC 350 1 12 250AC 250 1 13 250AC 250 1 14 250AC 250 1 15 250AC 250 1 16 250AC 250 1 17 250AC 250 1 18 250AC 250 1 20 200AC 150 1 26 200AC 150 1 29 132 PVC 104 1 30 104PVC 104 1 31 104PVC 104 1 55 151PVC 150 1 57 151PVC 150 1 58 132PVC 150 1 63 104PVC 150 1 66 200AC 150 1 74 132PVC 150 1 75 132 PVC 150 1 81 200AC 150 1 119 151PVC 104 1 199 104PVC 125 1 258 200AC 150 1 259 200AC 150 1 260 151 PVC 125 1 Bhelupur-F 2 400AC 450 1 3 400AC 450 1

4 400AC 450 1 5 400AC 450 1 6 400AC 450 1 7 400AC 450 1 8 400AC 450 1 9 400AC 450 1 10 400AC 450 1 11 400AC 450 1 12 400AC 450 1 68 104PVC 85 1 83 500AC 300 1 85 500AC 300 1 124 350AC 300 1 154 250AC 250 1 155 200AC 150 1 156 350AC 300 1 162 300AC 300 1 169 350AC 200 1 170 350AC 200 1 175 350AC 200 1 179 350AC 200 1 180 350AC 200 1 188 350AC 200 1 190 350AC 200 1 261 104PVC 150 1 263 104PVC 150 1 Bhelupur-G 2 450AC 104 1 3 200AC 104 1 14 400AC 125 1 15 400AC 125 1 16 400AC 200 1 35 350AC 100 1 46 400AC 125 1 47 400AC 125 1 49 400AC 125 1 51 400AC 125 1 52 400AC 125 1 55 400AC 125 1 58 350AC 125 1 59 350AC 125 1 61 350AC 125 1 67 350AC 125 1 70 400AC 125 1 72 400AC 125 1 126 300AC 200 1 164 200AC 125 1 165 200AC 125 1

166 200AC 125 1 172 200AC 125 1 173 200AC 125 1 179 200AC 125 1 181 200AC 125 1 189 200AC 125 1 197 200AC 125 1 250 132PVC 100 1 313 200AC 125 1 316 200AC 125 1 317 200AC 125 1 332 400AC 104 1 Bhelupur-H 4 350AC 150 1 5 500AC 150 1 6 500AC 300 1 7 500AC 300 1 266 200AC 104 1 477 132PVC 104 1 Jaitpura-I 2 200AC 300 1 10 104PVC 100 1 44 250AC 100 1 45 250AC 100 1 92 104PVC 100 1 Jaitpura-II 30 104PVC 100 1 51 104PVC 100 1 52 132PVC 100 1 53 200AC 100 1 54 151PVC 100 1 105 250AC 200 1 106 151PVC 100 1 110 104PVC 100 1 118 132PVC 100 1 Jaitpura-III 2 250AC 250 1 3 200AC 250 1 40 300AC 200 1 99 200AC 100 1 100 151PVC 100 1 117 300AC 125 1 Maidagin-I 1 132PVC 225 1 Maidagin-II 23 200AC 150 1 65 250AC 175 1 108 250AC 175 1

Cotton Mill-I 2 5 6 7 48 94 Cotton Mill-II 2 3 4 5 114 Cotton Mill-III 3 200AC 100 1 102 300AC 104 1 103 300AC 104 1 104 104PVC 104 1 105 104PVC 104 1 109 132PVC 104 1 110 132PVC 104 1 124 132PVC 100 1 166 104PVC 104 1 170 300AC 104 174 300AC 104 1 Cotton Mill-IV 7 104PVC 100 1 10 350AC 125 1 11 350AC 125 1 12 300AC 100 1 13 300AC 100 1 14 300AC 100 1 33 200AC 100 1 34 151PVC 100 1 35 151PVC 100 1 66 104PVC 100 1 69 132PVC 104 1 70 132PVC 104 1 73 151PVC 104 1 75 104PVC 104 1 76 104PVC 104 1 77 104PVC 100 1 133 400AC 100 1 134 400AC 100 1 157 400AC 200 1 161 400AC 200 1 Rajghat-I - - - -

Rajghat-II 2 450AC 150 1 3 450AC 150 1 4 450AC 125 1 5 450AC 125 1 6 450AC 125 1 7 450AC 125 1 8 400AC 175 1 9 400AC 175 1 12 104PVC 125 1 58 350AC 175 1 62 350AC 175 1 134 400AC 175 1 Rajghat-III 2 400AC 104 1 93 132PVC 104 1 109 200AC 132 1 Rajghat-IV 2 300AC 300 1 3 300AC 300 1 4 250AC 200 1 5 250AC 200 1 6 250AC 200 1 7 200AC 200 1 8 200AC 200 1 9 200AC 200 1 10 132PVC 200 1 11 104PVC 200 1 75 300AC 200 1 Lanka-I - - - - Lanka-II 2 200AC 104 1 9 132PVC 104 1 17 132PVC 104 1 32 250AC 104 1 42 300AC 104 1 43 300AC 104 1 65 200AC 200 1 67 150PVC 200 1 69 132PVC 200 1 77 132PVC 125 1 108 104PVC 104 1 109 104PVC 104 1 112 104PVC 104 1 114 104PVC 104 1 116 400AC 125 1 130 132PVC 104 1 Lanka-III 2 200AC 200 1

3 200AC 125 1 4 200AC 125 1 5 200AC 125 1 6 104PVC 125 1 34 151PVC 125 1 45 250AC 125 1 47 250AC 125 1 49 250AC 125 1 50 250AC 125 1 64 151PVC 104 1 65 132PVC 104 1 69 132PVC 104 1 70 151PVC 104 1 71 151PVC 104 1 72 151PVC 104 1 83 250AC 150 1 Lanka-IV 7 200AC 150 1 8 200AC 150 1 9 200AC 150 1 10 200AC 150 1 11 200AC 150 1 22 250AC 104 1 23 250AC 104 1 24 250AC 104 1 25 250AC 104 1 26 250AC 104 1 27 200AC 104 1 28 200AC 104 1 29 200AC 104 1 30 200AC 104 1 31 200AC 104 1 32 200AC 104 1 33 151PVC 104 1 34 151PVC 104 1 39 132PVC 104 1 49 104PVC 104 1 50 104PVC 104 1 51 104PVC 104 1 53 104PVC 104 1 54 200AC 100 1 55 200AC 100 1 56 200AC 100 1 57 200AC 100 1 67 250AC 100 1 69 250AC 100 1 70 250AC 100 1 71 250AC 100 1

72 250AC 100 1 77 250AC 100 1 79 250AC 100 1 106 300AC 150 1 116 250AC 104 1 117 250AC 104 1 121 250AC 104 1 122 250AC 104 1 124 250AC 104 1 128 250AC 104 1 130 250AC 104 1 132 250AC 104 1 140 104PVC 150 1 146 200AC 150 1 179 300AC 150 1 181 300AC 104 1 187 300AC 150 1 212 104PVC 104 1 214 104PVC 104 1 216 151PVC 104 1 237 450AC 200 1 239 300AC 200 1 240 350AC 150 1 241 350AC 150 1 243 350AC 150 1 256 350AC 150 1 257 350AC 150 1 271 104PVC 200 1 277 151PVC 104 1 Chowk-I - - - - Chowk-II 1 250AC 700 1 2 400AC 650 1 3 400AC 650 1 4 400AC 650 1 5 600DI 550 1 6 600DI 550 1 72 600DI 550 1 73 600DI 550 1 74 600DI 550 1 75 600DI 550 1 76 600DI 550 1 77 600DI 550 1 78 600DI 550 1 79 600DI 500 1 119 250AC 150 1 120 200AC 104 1 121 151PVC 100 1

164 132PVC 300 1 165 300AC 300 1 166 350AC 350 1 167 350AC 350 1 168 350AC 350 1 169 350AC 350 1 170 600DI 350 1 171 600DI 350 1 308 151PVC 100 1 312 151PVC 100 1 316 250AC 150 1 321 350AC 100 1 338 200AC 100 1 391 132PVC 100 1 London Mission-I

2 400AC 100 1

3 400AC 100 1 5 350AC 300 1 6 350AC 300 1 7 350AC 300 1 8 350AC 300 1 9 350AC 300 1 10 350AC 300 1 11 350AC 300 1 12 350AC 300 1 13 350AC 300 1 14 300AC 150 1 15 300AC 150 1 167 250AC 100 1 179 250AC 100 1 180 250AC 100 1 190 300AC 100 1 192 300AC 100 1 195 300AC 100 1 197 350AC 300 1 199 350AC 300 1 203 200AC 300 1 206 350AC 300 1 207 400AC 300 1 227 300AC 150 1 231 104PVC 100 1 233 104PVC 100 1 246 250AC 100 1 250 250AC 100 1 254 250AC 100 1 256 250AC 100 1 265 200AC 100 1

275 132PVC 100 1 283 132PVC 100 1 284 132PVC 100 1 286 132PVC 100 1 288 132PVC 100 1 290 104PVC 100 1 306 200AC 150 1 307 200AC 150 1 322 104PVC 100 1 335 104PVC 100 1 London Mission-II

3 200AC 150 1

4 200AC 150 1 5 200AC 150 1 12 132PVC 100 1 13 132PVC 100 1 114 132PVC 104 1 London Mission-III

2 450AC 200 1

3 250AC 200 1 4 250AC 200 1 5 350AC 400 1 6 350AC 400 1 7 350AC 400 1 8 450AC 104 1 9 450AC 104 1 10 450AC 104 1 11 400AC 104 1 12 400AC 104 1 13 350AC 104 1 15 350AC 150 1 16 250AC 104 1 17 200AC 104 1 18 151PVC 104 1 19 151PVC 104 1 39 250AC 150 1 40 250AC 150 1 41 400AC 132 1 42 400AC 132 1 43 400AC 132 1 44 400AC 132 1 45 400AC 132 1 105 350AC 132 1 230 104PVC 104 1 240 250AC 150 1

London Mission-IV

4 300AC 104 1

5 300AC 132 1 7 250AC 132 1 8 250AC 132 1 9 250AC 132 1 10 300AC 132 1 11 350AC 132 1 12 350AC 132 1 13 350AC 132 1 15 300AC 250 1 16 250AC 151 1 17 250AC 151 1 18 250AC 150 1 19 200AC 150 1 20 200AC 150 1 52 104PVC 100 1 99 200AC 151 1 101 250AC 151 1 London Mission-V

1 250AC 132 1

2 104PVC 151 1 9 200AC 104 1 28 200AC 104 1 28 200AC 104 1 30 200AC 104 1 31 200AC 104 1 32 300AC 104 1 33 200AC 104 1 34 200AC 104 1 JN01

ESTIMATE FOR INSTALLATION OF WATER METER

S.No. ITEMS Qty. Unit Rate Amount

1 2 3 4 5 6 1 Supply of single jet, Turbine type,

Magnetically coupled thermetically sealed, straight reading type, class-B water meter with plstic cap ISI marked size-15mm and fixing with required material T&P labour etc. complete. 200000 Nos. 1800 3600000.00

3600000.00 Say: Rs. 36.00 lacs

Assistant Engineer

UNIT ESTIMATE OF AIR VALVE CHAMBER

S.No. Description Qty. Rate Unit Amount 1 2 3 4 5 6

1 Excavation in foundation including lift upto 1.5m and lead upto 50m filling watering and ramming of excavated earth into the tremnches or into the space between the building and sides of foundation trenches or into the plinth and disposal of surplus earth into a disntacne of 50M from centre of the foundation trenches. 0.59 61.15 Cum 36.08

2 Concrete with 40mm guage apaproved brick ballast, local sand and ceemnt in proportion 12:6:1 in foundation and floors including supply of all materials, labour, T&P etc. required for proper completion of the work. 0.07 1655.80 Cum 115.91

3 Ist class brick work in 1:6 cement and local sand morter in foundation and plinth incuding supply of all materials, labour, T&P etc. required for proper completion of the work. 0.27 2594.40 Cum 700.49

4 Cement concrete with 20mm guage aproved stone ballast, coarse sand and cement in the proportion 4:2:1 including supply of all materials, labour, T&P etc. required for proper completion of the work. 0.03 4304.90 Cum 129.15

5 12mm thick plaster with cement and local sand mortar in the proportion of 1:6 over brick work minimum thickness not to be less than 10mm including supply of all materials, labour, T&P required for proper completion of the work. 0.7 69.60 Sqm 48.72

6 Supply and fix 50mm dia. CI heavy patterns manhole cover perfortated with locking arrangement. 1 3000.00 Sqm 3000.00

Total: 4030.34 Say: 4100.00

UNIT ESTIMATE OF FIRE HYDRANT CHAMBER








Total: 4525.61 Say: 4525.00

UNIT ESTIMATE OF SCOUR VALVE CHAMBER/SLUICE VALVE CHAMBER


1 Excavation in foundation in ordinary soil (loam, clay or sand) including lift upto 1.5m and lead upto 50m filling watering and ramming of excavated earth into the tremnches or into the space between the building and sides of foundation trenches or into the plinth and disposal of surplus earth into a disntacne of 50M from centre of the foundation trenches. 3.1 61.15 Cum 189.57






Total: 8035.42 Say: 8100.00

UNIT ESTIMATE FOR SLUICE VALVE CHAMBER(Surface Box Type)


1 Excavation in foundation in ordinary soil including lift upto 1.5m and lead upto 50m filling watering and ramming of excavated earth into the tremnches or into the space between the building and sides of foundation trenches or into the plinth and disposal of surplus earth into a disntacne of 50M from centre of the foundation trenches. 0.07 61.15 Cum 4.28


3 Provide and fix 150mm dia. Pipe of required length. 0.5 500.00 M 250.00

4 Provide and fix 15x15cm size CI surface box hinged with locking arrangement complete. 1 1500.00 Each 1500.00

Total: 2055.62 Say: 2100.00

UNIT ESTIMATE OF SINGLE TAP FILLER TYPE STAND POST






5 12mm thick plaster with cement and local sand mortar in the proportion of 1:4 over brick work minimum thickness not to be less than 10mm including supply of all materials, labour, T&P required for proper completion of the work. 1 77.40 Sqm 77.40

6 25mm thick 1:2:4 plain cement concrete floor with cement, coarse sand and 20mm guage stone ballast, laid in panels, finished with 3 mm floating coat of neat cement over 75mm thick 1:4:8 including supply of all materials, labour, T&P etc. requried for proper completion of work. 1 268.00 Sqm 268.00

7 Supply 15mm dia. GI pipe with specials medium guality, carting them to site of work laying, ointing and testing including cost of excavating trenches and their refilling etc. complete. 5 100.00 500.00

8 Supply and fix 15mm size GM ferrule haeavy quality, including taping the main and including cost of barting out water mainn and its, subsequent back-filling. 1 250.00 Each 250.00

9 Supply and fix in position 15mm dia. Size GM wheel valve heavy quality. 1 300.00 Each 300.00

10 Supply of all materials and construct wheel valve chamaber as per type deesign including supply and fixing of CI surface box 150x150mm size. 1 2000.00 Each 2000.00

11 Supply of all materials, labour, T&P etc. and construct 100mm size PRA type drain as per design. 3 200.00 M 600.00

Total: 4295.58 Say: 4300.00

SCHEDULE OF RATES FOR PIPE LINE

S.No. Items Unit Rate

1 2 3 4 1. Supply of following sizes of CI Class A

spun press pipes conforming to ISS

1536/2001 with latest amendments in

standard lengths as per details below

rubber for rubber gasket jointing including

cost cost of gasket railway freight,

packing &forwarding charges. Sales tax

and insurance charges etc. complete.

(i) 100mm dia.

(ii) 125mm dia.

(iii) 150mm dia.

(iv) 200mm dia.

(v) 250mm dia.

(vi) 300mm dia.

(vii) 350mm dia.

(viii) 400mm dia.

(ix) 450mm dia.

(x) 500m dia.

m

m

m

m

m

m

m

m

m

m

1143.45

1420.20

1713.15

2475.00

3348.00

4334.85

5421.60

6648.75

8096.60

9520.20

1(a) Same as above but class LA pipe

(i) 80mm dia.

(ii) 100mm dia.

(iii) 125mm dia.

(iv) 150mm dia.

(v) 200mm dia.

(vi) 250mm dia.

(vii) 300mm dia.

(viii) 350mm dia.

(ix) 400mm dia

(x) 450mm dia.

m

m

m

m

m

m

m

m

m

m

857.25

1038.15

1301.40

1563.30

2282.85

3075.30

3694.95

4997.70

6084.45

7368.30

(xi) 500mm dia. m 8739.90

2. Supply of following size of AC pressure

with AC coupling and rubber rings

complete of works detachable joints along

with rubber rings and nut & bolts

complete F.O.R. destination including

excise duty all taxes and insurance

charges etc. complete class 10 working

pressure 10kg/cm2.

(i) 150mm dia.

(ii) 125mm dia.

(iii) 100mm dia.

(iv) 80mm dia.

Class 15 working pressure 15 kg/cm2

(i) 600mm dia.

(ii) 500mm dia.

(iii) 450mm dia.

(iv) 400mm dia.

(v) 350mm dia.

(vi) 300mm dia.

(vii) 250mm dia.

(viii) 200mm dia.

(ix) 150mm dia.

(x) 125mm dia.

(xi) 100mm dia.

m

m

m

m

m

m

m

m

m

m

m

m

m

m

m

198/45

171.45

110.70

91.80

3994.65

2791.80

2074.95

1445.85

1108.35

739/80

534/60

402.30

261.90

195.75

126.90

3.a Supply of following sizes of PVC of 4

kg/cm2 working pressure F.O.R.

destination including all taxes insurance

charges etc. complete.

(i) 200mm dia.

(ii) 160mm dia.

(iii) 140mm dia.

(iv) 110mm dia.

m

m

m

m

380.70

245.70

183.60

108.00

(v) 90mm dia.

(vi) 75mm dia.

(vii) 63mm dia.

m

m

m

75.60

54.00

37.80

3b. Same as above but for 6 kg/cm2

(i) 200mm dia.

(ii) 160mm dia.

(iii) 140mm dia.

(iv) 110mm dia.

(v) 90mm dia.

(vi) 75mm dia.

(vii) 63mm dia.

m

m

m

m

m

m

m

515.70

330.75

248.40

144.45

109.35

74.25

51.30

3c. Same as above but for 10 kg/cm2

(i) 63mm dia.

(ii) 110mm dia.

m

m

83.70

256.50

4. Supply of Ductile Iron Pressusre Pipe

F.O.R. destination as per IS 8329/2000 or

its latest amendment including all taxes

and insurance charges etc. complete.

(i) 100mm dia. K-7

(ii) 150mm dia. K-7

(iii) 200mm dia. K-7

(iv) 250mm dia. K-7

(v) 300mm dia. K-7

(vi) 350mm dia. K-7

(vii) 400mm dia. K-7

(viii) 450mm dia. K-7

(ix) 500mm dia. K-7

(x) 600mm dia. K-7

(xi) 100mm dia. K-9

(xii) 150mm dia. K-9

(xiii) 200mm dia. K-9

(xiv) 250mm dia. K-9

(xv) 300mm dia. K-9

m

m

m

m

m

m

m

m

m

m

m

m

m

m

m

837.00

1175.62

1474.20

1927.80

2443.50

3046.95

3646.35

4330.80

5094.90

6720.30

901.30

1270.32

1729.35

2257.20

2856.60

(xvi) 350mm dia. K-9

(xvii) 400mm dia. K-9

(xviii) 450mm dia. K-9

(xix) 500mm dia. K-9

(xx) 600mm dia. K-9

m

m

m

m

m

3568.05

4268.70

5070.60

5911.65

7790.85

5. Supply of CI D/.F and plain ended sluice

valves or scour valves with cap of

following sizes FO.R. destination class I

suitable for test pressure 10kg/cm2

including all taxes and insurance charges

etc. complete.

Double Flanged Sluice Valves ISI Marked

(i) 100mm dia.

(ii) 125mm dia.

(iii) 150mm dia.

(iv) 200mm dia.

(v) 250mm dia.

(vi) 300mm dia.

(vii) 350mm dia.

(viii) 400mm dia.

(ix) 450mm dia.

CI D/F Sluice Valve (gear operated)

(i) 500mm dia.

(ii) 600mm dia.

Each

Each

Each

Each

Each

Each

Each

Each

Each

Each

Each

3025.00

3850.00

4450.00

7885.00

12470.00

16245.00

26660.00

37690.00

45450.00

62380.00

85780.00

6. Supply of all materials of Air Valve single

orifice working pressure 5kg/cm2

(i) 15mm dia.

(ii) 20mm dia.

Each

Each

952.00

1023.00

7. Supply of underground sluice valve tupe

P.H. as per IS 909-1984 of 80mm dia.

Each

15895.00

8. Excavation of earth in ordinary soil for

laying of pipe line including lift upto 15.m

and lead upto 50m disposal of surplus

earth in radius of 60m, ramming refilling

of trenches including supply of all

materials labour, T&P etc. complete.

m3

61.15

9. Carting of DI/CI pipes with CI specials to

the site of work, lowering them into

trenches, laying true to alignment &

gradient and jointing with rubber gasket

including testing of pipe line etc.

complete.

(i) 200mm dia.

(ii) 250mm dia

(iii) 300mm dia.

(iv) 350mm dia.

(v) 400mm dia.

(vi) 450mm dia.

(vii) 500mm dia.

(viii) 600mm dia.

(ix) 700mm dia.

(x) 750mm dia.

(xi) 800mm dia.

(xii) 900mm dia.

(xiii) 1000mm dia.

m

m

m

m

m

m

m

m

m

m

m

m

m

40.24

53.35

68.95

94.95

115.33

139.15

163.17

217.25

280.59

314.28

334.88

409.76

491.92

10. Carting of AC pressure pipe with coupling

& rubber ring and CI specials upto site of

work, lowering them into trenches, laying

true to alignment & gradient jointing with

coupling or with CI detachable joints nut

& bolts including testing of pipe line etc.

all complete.

(i) 600mm dia.

(ii) 500mm dia.

(iii) 450mm dia.

(iv) 400mm dia.

m

m

m

m

217.25

163.17

139.15

115.33

(v) 350mm dia.

(vi) 300mm dia.

(vii) 250mm dia.

Class 15 working pressure 15kg/cm2

(i) 250mm dia.

(ii) 200mm dia.

(iii) 150mm dia.

m

m

m

m

m

94.95

39.00

33.17

33.17

25.79

20.17

11. Carting of PVC pipes of 4kg/.cm2 with

working pressure with PVC coupling and

PVC specials upto site of work lowering

them into the trenches and laying true to

alignment and gradient jointing with PVC

coupling and waving cement including

testing of pipe line etc. all complete.

(i) 63mm dia.

(ii) 75mm dia.

(iii) 90mm dia.

(iv) 110mm dia.

(v) 140mm dia.

(vi) 160mm dia.

(vii) 200mm dia.

m

m

m

m

m

m

m

6.03

8.21

10.08

10.92

12.37

15.91

17.78

12. Carting of CI D/F sluice valve upto site of

work lowering them into the trenches and

laying true to alignment and gradient

fixing at proper place, jointing with pipes

and specials making flinched jointing

including supply of rubber insertion and

nut & bolts etc. and testing etc. all

complete.

(i) 50mm dia.

(ii) 80mm dia.

(iii) 100mm dia.

(iv) 125mm dia.

Each

Each

Each

Each

410.00

410.00

567.00

610.00

(v) 150mm dia.

(vi) 200mm dia.

(vii) 250mm dia.

(viii) 300mm dia.

(ix) 350mm dia.

(x) 400mm dia.

(xi) 450mm dia.

(xii) 500mm dia.

(xiii) 600mm dia.

Each

Each

Each

Each

Each

Each

Each

Each

Each

890.00

968.00

1470.00

1545.00

2076.00

2872.00

3420.00

3572.00

4206.00

13. Carting of CI D/F or plain ended sluice

valve or scour valves with cap at site of

work, lowering into trenches and fixing in

position, jointing & testing etc. all

complete.

Each

567.00

14. Carting upto site of work and fixing of Air

valve single orifice or double orifice type

including testing etc. complete.

Each

240.00

15. Carting upto the site of work and fixing of

Fire hydrant including testing etc.

complete.

Each

138.00

16. Supply of all materials and construct the

following chamber as per departmental

type design.

Sluice Calve Chamber

(i) Surface box type

(ii) Air Valve Chamber

(iii) F.H. Chamber

(iv) Scour Valve Chamber/Sluice

Valve Chamber Masonry type.

Each

Each

Each

Each

2100.00

4100.00

4525.00

8100.00

17. Dismantling of BOE road and temp.

reinstatement of road surface.

m2

45.00

18. Dismantling of Bitumen road surface and

temporary reinstatement the same as

above with dismantled serviceable

materials and new short fall materials

including supply and proper clearance of

site.

m2

187.20

19. Permanent reinstatement of road (as per

PWD, VNN)

Bitumen road

BOE

m2

m2

2250.00

450.00

21.

(a)

Cutting and connection

(i) 100mm CI/AC

(ii) 125mm CI/AC

(iii) 150mm CI/AC

(iv) 200mm CI/AC

(v) 250mm CI/AC

(vi) 300mm CI/AC

(vii) 350mm CI

(viii) 400mm CI

(ix) 450mm CI

(x) 500mm CI

(xi) 550mm CI

(xii) 650mm CI

(xiii) 700mm CI

Each

Each

Each

Each

Each

Each

Each

Each

Each

Each

Each

Each

Each

4000.00

5000.00

6000.00

8000.00

10000.00

12000.00

14000.00

16000.00

18000.00

20000.00

22000.00

24000.00

26000.00

(b) PVC connection

(i) 110mm dia.

(ii) 140mm dia.

(iii) 160mm dia.

(iv) 200mm dia.

Each

Each

Each

Each

1650.00

2200.00

2750.00

3300.00

22. Nala/Drain crossing including cost of

casing pipe etc. complete.

Each

2500.00

JN-RATE

BUILDING WORKS

Sl. No. Items Unit Rate in Rs.

1 2 3 4 1.(a) Excavation in foundation in ordinary

soil(loam, clay or sand including lift upto) 1.50m and lead upto 50m filling, watering and ramming of excavated earth into the trenches or into the space between the building and the sides of foundation trenches or into the plinth and disposal of surplus earth upto a distance of surplus earth upto a distance of 50m. from the centre of the foundation trenches.

/m3

46.00 (b) Same as above but soil mixed with

moorum single kankar etc per m3 /m3

56.70

2. 20mm thick damp proof course with cement and approved coarse sand, 1:2 including 5% water proofing materials or in the proportion as specified by the manufacturers including supply of all materials, labour T&P etc. required for proper completion of work and including curing and shuttering as necessary and shuttering as necessary.

/m2

155.00 3. Concrete with 40mm gauge brick ballast,

kankar lime (100:18:32) terracing including all materials, labour T&P etc. required for proper completion of work including making shallow drain if required.

/m3

1655.80 4. Cement concrete 40mm gauge brick

ballast local sand & cement in proportion 8:4:1 in foundation including supply of all materials, labour T&P etc. required for proper completion of work. 00.00 – 01.50m 01.50 – 03.00m Increase 6.45% 03.00 – 04.50m Increase 13.05% 04.50 – 06.00m Increase 20.75% 06.00 – 07.50m Increase 31.55% 07.50 – 09.00m Increase 46.15% 09.00 – 10.50m Increase 63.65%

/m3 /m3 /m3 /m3 /m3 /m3 /m3

1980.60 2108.30 2239.00 2391.50 2605.40 2894.60 3241.20

5. Same as above but for 12:6:1 /m3 1653.60 6. Cement concrete with 20mm gauge

approved stone ballast coarse sand and

cement in proportion 8:4:1 including supply of all materials, labour T&P etc. required for proper completion of work. 00.00 – 01.50m 01.50 – 03.00m Increase 06.45% 03.00 – 04.50m Increase 13.05% 04.50 – 06.00m Increase 20.75% 06.00 – 07.50m Increase 31.55% 07.50 – 09.00m Increase 46.15% 09.00 – 10.50m Increase 63.65%

/m3 /m3 /m3 /m3 /m3 /m3 /m3

3546.40 3652.80 3789.40 3972.00 4255.70 4610.30

5035.9 0 6(a). Same as above but for 4:2:1 including

supply of all materials labour T&P etc. required for proper completion of works 00.00 – 01.50m 01.50 – 03.00m Increase 06.45% 03.00 – 04.50m Increase 13.05% 04.50 – 06.00m Increase 20.75% 06.00 – 07.50m Increase 31.55% 07.50 – 09.00m Increase 46.15% 09.00 – 10.50m Increase 63.65%

/m3 /m3 /m3 /m3 /m3 /m3 /m3

4304.90 4434.00 4606.20 4821.40 5165.80 5596.30 6112.90

6(b). Same as above but for 3:1.5:1 including supply of all materials labour T&P etc. required for proper completion of works 00.00 – 01.50m 01.50 – 03.00m Increase 06.45% 03.00 – 04.50m Increase 13.05% 04.50 – 06.00m Increase 20.75% 06.00 – 07.50m Increase 31.55% 07.50 – 09.00m Increase 46.15% 09.00 – 10.50m Increase 63.65%

/m3 /m3 /m3 /m3 /m3 /m3 /m3

4912.60 5229.40 5553.80 5932.00 6462.60 7179.80 8039.50

7. Reinforced cement concrete (M-15)with 20mm gauge approved stone ballast, coarse sand & cement in the proportion 4:2:1 in foundation footing etc. including supply of reinforcement and its bending but including its fixing binding wire (to be supplied by the contractor) and including necessary shuttering supply of all materials labour, T&P etc. required for proper completion of the work. 00.00 – 01.50m 01.50 – 03.00m Increase 3% 03.00 – 04.50m Increase 7% 04.50 – 06.00m Increase 12% 06.00 – 07.50m Increase 20% 07.50 – 09.00m Increase 30% 09.00 – 10.50m Increase 40%

/m3 /m3 /m3 /m3 /m3 /m3

/m3

5911.00 6088.40 6324.80 6620.40 7093.30 7684.40 8393.70

8. Same as item 7 but for 3:1½:1 (M-20)

00.00 – 01.50m 01.50 – 03.00m Increase 3% 03.00 – 04.50m Increase 7% 04.50 – 06.00m Increase 12% 06.00 – 07.50m Increase 20% 07.50 – 09.00m Increase 30% 09.00 – 10.50m Increase 40%

/m3 /m3 /m3 /m3 /m3 /m3 /m3

7145.70 7360.10 7645.90 8003.20 8574.90 9289.50

10147.00 9. Mild steel or iron work of small sizes and

sections such as holding down bolts, hold fasts, tie rods clamps gratings etc. (when not included in an over all rate)wrought to required from including supply of steel bolts nuts and their fixing required for proper completion of the works.

/kg

60.50 10. MS or Iron works in heavy sizes such as

truss trusses, built, gates door frame record racks roof work gates etc. wrought to required for including drilling poles, riveting or welding where necessary and also including supply steel bolts etc. and their facing required for proper completion of work.

/kg

63.20 11. Mild steel or iron work in plain work such

as RCC or RB works(when not included in over all rates) brought to required shape as necessary including binding for proper completion of work including supply of steel and wastage.

/kg

58.50 12. Carting & recarting of excavated earth in

narrow lanes where sufficient width of road is not available for stacking of excavated earth during excavation & laying of sewer. Average lead 250m from the centre of excavated trenches.

/m3

182.00 13. First class brick work in 1:6 cement and

local sand mortar in foundation and plinth including supply of all materials, labour, T&P etc. required for proper completion of works.

/m3

2485.30 14. Same as Item no.1:6 but in super structure /m3 2594.40 15. As Item no. 14 for half brick (10cm) thick

wall. /m3

2812.40

16. First class brick work in 1:3 cement and coarse sand mortar in foundation and plinth including supply of all materials, labour, T&P etc. required for proper completion of work.

/m3

2917.70 17. Same as above but in super structure /m3 3148.40 18. First class brick work in 1:4 cement and

local sand mortar in foundation and plinth

including supply of all materials, labour T&P etc. required for proper completion of work.

/m3

2808.00 19. As per Sl.(18) above but for 0.115 thick

wall. /m3

3135.10

20. Reinforced brick work in sunshades with Ist class mortar 1:3 excluding supply of reinforcement and its bending but including its fixing in position with centering, shuttering curing supply of all materials, labour, T&P etc. required for proper completion of work.

/m3

3997.40 21. Two coat hot coaltar on wooden surface

including supply of all materials T&P etc. required for proper completeion of work.

/m3

19.70 22. 25mm thick 1:2:4 plain cement concrete

floor with cement, coarse sand and 20mm gauge stone ballast laid in pannels, finished with 3mm floating coat of neat cement 1:5 as specified over and including 75mm thick base concrete consisting of cement, local sand & first class brick ballast 40mm gauge in the proportion of 1:4:8 and removing and over lapping or mortar at the joints of panels if any and giving them uniform finish, including supply of all materials, labour T&P etc. required for proper completion of the work.

/m2

268.80 23 Ganolythic marble flooring 25mm thick

consisting of 20mm thick layer of on part cement two part approved coarse sand and four part of 20mm graded approved stone including 9mm thick as surface coat with ordinary cement black or white or gray or mixed marble chips passing 3mm but retained on 1.5mm mesh screen in proportion of 1:2 as specified or directed by E/Incharge and polished by hand or by M/c and finally finished with french polished over 75mm thick base concrete 1:4:8 including supply of all materials, labour T&P etc. required for proper completion of work.

/m2

558.20 24 Ganolythic marble dado 20mm thick

consisting of 15mm thick layer of on part cement two part approved coarse sand including 5mm thick as surface coat with ordinary cement black or white or gray or mixed chips passing 3mm but retained on

1.55mm mesh screen in proportion of 1:2 as specified or directed by E/Incharge and polished by hand or by M/c and finally finished with french mansion polished or other approved polish including supply of all materials, labour T&P etc. required for proper completion of work.

/m2

472.00 25. Painting or varnishing new iron work in

small areas or new wood works with one coat priming coat and two coat of approved paint or varnishing including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

93.20 26. Struck pointing with cement mortar

consisting cement and local sand inm 1:2 including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

88.10 27. Plush pointing with cement mortar

consisting of cement & local sand 1:2 /m2

82.10

28. 12mm hick plaster with cement and local sand mortar 1:6 over brick work including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

69.60 29. Add for neat cement /m2 6.50

30. 20mm thick cement plaster in dado or skirting (1:2) consisting of cement and coarse sand laid in pannels finished with 3mm floating coat of neat cement or 1:5 cement and marble dust including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

226.40 31. Add for extra labour and materials for

plaster over rought face of brick wall. /m2

10.00

32. 12mm thick plaster with 1:4 cement and fine sand F.M. 1.25 in ceiling including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

91.10 33. 12mm thick plaster in 1:1:1.6 cement

while lime coarse sand and local in thickness not to be less than 3/8 including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

97.00 34. 12mm thick plaster with cement and local

sand mortar 1:4 in ceiling work including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

93.40 35. 12mm thick plaster with cement and

coarse sand mortar 1:4 on ceiling work including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

77.40 36. Same as above but with C/sand add

difference in C/sand and L/sand /m2

13.70

37. White washing in three coats including supply of all materials, labour, T&P etc. required for proper completion of work.

/m2

8.00 38. Same as above but two coats /m2 4.20 39 Colour washing two coats using approved

colouring materials of buff, blue, brown shade including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

9.90 40. One priming coat and one coat of dry

distemper on new work including supply of all materials, labour,, T&P etc. required for proper completion of work.

/m2

42.20

41. Disposal of surplus earth assuming 2/3 loose earth will be required at disposed within average lead of 100m.

/m3

68.60

42. 20mm thick plaster with cement and course send mortor in 1:3 with 5% water proofing compound over brick work including supply of all materials labour T & P etc complete

/m2

99.60

Cost of Domestic Water Meter as per budgetary offer attached

Sl. No.

Particulars Unit Price

Fright @5% on

Col.3

NAT @ 12.5% on

Col.3

Net Price Col 3+4+5

1 2 3 4 5 6 1- Single Jet, Turbine Type,

Magnetically coupled, Hermetically Sealed, Straight Reading Type, Class-B Water Meter with plastic cap, ISI marked size-15mm

590.00 29.50 73.75 693.00

2. Single Jet, Turbine Type, Magnetically coupled, Hermetically Sealed, Straight Reading Type, Class-B Water Meter with plastic cap, ISI marked size-20mm

873.00 43.65 109.125 1025.75

3. Multi Jet Jet, Turbine Type, Magnetically coupled, straight Reading Type, Class-B Water Meter with sealed Tataliser Size-15mm

826.00 41.30 103.25 970.55


1475.00 73.75 184.38 1733.13


2360.00 118.00 295.00 2773.00


5051.00 252.55 631.375 5934.93

Annexure-X Appraisal Report from state level Nodal Agency

1 Name of Town Varanasi

2 Name of the Project Water Supply Component (Distribution System in Cis-Varuna Area) under JNNURM (Priority-I, Phase-II)

3 Cost of the Project Rs. 8061.82/9069.55 lacs 4 Population of city as per 2001 census,

present and future (design) period. Population as per Census 2001- 1202443 Population in (2010)-1716000 Population in (2025)-2523000 Population in (2030)-2806000 Population in (2040)-3368000

5 Present condition of city such as, area and population covered by water supply system.

79.79 Sq km./Approx. 15.45 lakhs- Fully covered with in adequate water supply.

6 Details of existing water supply system such as total production and supply, per capita supply, loses etc.

i)Water Supply from river sources -125 mld ii)Water Supply from 112 Tubewells - 155mld. Total Water Supply - 280 mld Per Capita Supply- 127 lpcd Loss- 30%

7 Justification/Need for the proposed water supply project.

Most of the distribution line are more than 50 years old which are not adequate to cater the water demand with adequate terminal pressure and also causing heavy pipe line losses which is around 30% of water supply. Hence it is necessary to reorganise the distribution system of Cis-Varuna area of Varanasi city.

8 Area/population to he covered by water supply system.

79.79 sqkm/33.68 lacs

9 Soil characteristic, topography, geology of the town.

The strata is generally clay up to 3.0m depth, silty clay upto 7.0m depth. Except about 1.0m depth of clay with Kankar at about 27.0m below G.L., the soil is sand mixed with silt /medium sand. The general reduced level of Varanasi varies between 67.0m to 80.0m above meansea level. The sub-soil water level varies from 8.0m to 15.0m below G.L. The climate of the city is tropical, extremely hot in summer & extremely cold in winter. Geologically the city is situated in the alluvial Gangetic plains and it lies between 25○ 15’ to 25○ 22’ North Latitude and 82○ 57’ to 83○ 01’ East Longitude.

10 Ground water table in different season.

The sub soil water bearing strata is normally available between 50m to 250m below G.L. Strata chart of tube well annexed as Annexure-XII

11 Action plan of disposal of waste At present approx. 290mld sewage is being

water. generated in the city(inclusive of BHU and DLW)out of which 102 mld sewage is being treated with the help of 3nos. STP. For remaining 188mld waste water treatment, few works are under execution under Ganga Action Plant Phase-II and rest have been proposed in JBIC assisted programm . After completion of these works by the year 2012 the capacity of sewage treatment plant shall be increase upto 339mld.

12 Reliability of water sources. Additional 125 mld water will be drawn from river Ganga which is reliable source.

13 Raw water chemical analysis report and appropriate treatment technologies.

Raw water chemical analysis report is attached as Annexure - XIII Flocculation, Sedimentation and Filtration through rapid sand gravity filters.

14 Uninterrupted power supply For uninterrupted power supply independent feeder line has been made in the estimate.

15 Land Acquisition Not required. 16 Detailed estimate of project report. Given in D.P.R. (i) Survey detail, lay out plan with RLs. Layout plan with RLs is attached in the

estimate. (ii) Hydraulic and engineering design

and drawing. Hydraulic/Engineering design is given in D.P.R. in Technical statement.

(iii) Detailed quantitative and cost estimate of various components.

Given in D.P.R.

(iv) Design of conveying mains and distribution system.

Design of distribution network is given in the DPR.

17(i) Commitment/permissions/clearance of Ministry of Water Resources for water allocation, availability and its dependability through out the design period in case of surface source from inter-state-rivers.

Not required.

(ii) Clearance/Permission from other Ministry namely Ministry of Environment and Forest, SPBC/CPCB. NHAI and Railways, if required may be furnished.

Not required.

(iii) Water Conservation A separate D.P.R. for Rain water harvesting is being prepared by other department for the Varanasi City.

(iv) Present level of Unaccounted for Water (UFW)/ Non Revenue Water and proposed action plan for leak detection and control of UFW to minimize wastage of treated water may be furnished.

Present losses of water is around 30%. To minimise wastage of Treated Water, provision for metering house connections has been made to control unaccounted flow of water.

(v) Tariff, Revenue and O&M Given in the DPR.

(vi) Annual O&M estimate of the scheme.

Given in the D.P.R.

(vii) Present annual O&M expenditure on the existing water supply system and revenue generated in the past 2-3 years along with tariff structure.

Year Revenue Receipt Expenditure (Rs. in lacs) (Rs. in lacs) 2003-04 1351.80 1277.53 2004-05 1079.58 1001.11 2005-06 1212.48 1173.44

(viii) Proposed annual O&M expenditure, tariff structure, revenue generation, plan of action for cost recovery of O&M expenditure, repayment of loan and interest.

Year Income Expenditure Profit/ Loss (Rs. in lacs) (Rs. in lacs) (Rs. in lacs) 2010 4400.00 3024.00 +1366.00 2030 15680.0 12911.00 +2769.00

(ix) Notification of State Government and resolution of ULB to implement the designed tariff structure.

State Govt. notification is enclosed as Annexure-and ULB resolution is enclosed as Annexure-X

(x) Institution and capacity building Provision of cost @ 1.5% of GoI share has been made, the cost of which shall be reimbursed by GoI.

(xi) Setting up of laboratory at WTP for periodic monitoring of water quality and trained manpower for laboratory.

Laboratory with trained staff exists at Bhelupur water treatment plant for monitoring water quality.

(xii) Institutional capacity building should be addressed keeping in mind the guidelines given in the Manual on O&M of Water Supply System.

Institution capacity building will be based on the guidelines given in the Manual on O&M of water supply system.

18(i) IRR of the Project 12.30% (ii) PERT Chart Bar chart attached (iii) Environmental Impact Assessments

reports. Due to increase in water supply there will be additional waste water generation which will be treated by the proposed STPs to be constructed under JBIC assisted program and GAP-II.. Hence there will be no adverse environmental impact after execution of this project.

(iv) Reform Agenda. ULB resolution attached as Annexure- (v) Issues in regard to public private

partnership initiatives. Not applicable.

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