Belagavi 590008, Karnataka, India

Estd. : 1939

Karnatak Law Society’s

GOGTE INSTITUTE OF TECHNOLOGY

Belagavi 590008, Karnataka, India

www.git.edu

Estd. : 1979

Department of Civil Engineering

Equipment & Facility Catalogue for

Research & Consultancy

[2020-21]

KLS Gogte Institute of Technology, the flagship institute of Karnatak

Law Society was incepted in 1979. Spread across a sprawling mango

meadow of over 20 Acres. GIT, houses 08 undergraduate and 09

postgraduate disciplines including MBA and MCA programs. GIT has

the honor of sheltering over 4500 students and about 250 highly qualified

and motivated workforces.

GIT, an Autonomous institution and a permanent affiliated under

Visvesvaraya Technological University is accredited with grade A+ by

NAAC. Further, 05 undergraduate and 03 postgraduate courses are NBA

accredited.

Rooftop Solar Power Plant of 450kW capacity installed over the

terrace of the buildings in the campus

http://www.git.edu/

DEPARTMENT OF CIVIL ENGINEERING

GENERAL INFORMATION

AFFILIATIONS AND RECOGNITIONS

MOU’s of Civil Department

1. MoU was signed with Synergy School of Business Skills, Belagavi on 22nd August 2019 to

conduct a unique, systematic and employable skill development program in Construction

Project Management for the students of the college towards achieving the objective of

maximising the employable opportunities.

2. MoU was signed with Gokuldham, a unit of ISKCON on 11th May 2019 for carrying out

Eco-friendly Sustainable Construction projects in and around Belagavi.

3. MoU was signed with National Highway Authority of India [NHAI] to promote research

activities and internship for students. Two stretches of Highway is adopted by KLS GIT

namely Belgaum-Khanapur Highway section and Khanapur-Goa Highway section.

4. MoU was signed with Shiva Kamala Balekundri Trust, Bengaluru on 25th January 2000

and valid till 25th January 2030 for conducting Er. Balekundri memorial activities in the

college for the interest accrued from the amount of Rs.20,000/- deposited in Karnataka

Bank on 25th January 2000.

5. MoU was signed with Mr. Giridhar Nayak of 2004 passed-out batch to disburse the

interest accrued for the amount Rs.5000/- deposited as endowment prize in memory of

his father Late Shri Devaraya Nayak to the Civil Engineering student who secures highest

marks in 5th and 6th semester examinations put together in first attempt.


Faculty INFORMATION


RESEARCH PROFILE

GENERAL INFORMATION

Year of Establishment of the research centre: 2004

Number of Research Guides available: 06

Number of Research Scholars pursuing research: 15

Number of Research Scholars completed research: 03

KEY AREAS OF RESEARCH

Earthquake Engineering Bridge Engineering Steel Structures

Geotechnical Engineering Geo-Environmental Studies Soil-Structure Interaction

Concrete Technology Material Testing Structural Analysis & Design RESEARCH PUBLICATIONS BY THE FACULTY [Last 5 years]

BOOKS AUTHORED Book Title: “Earthquake Resistant Design of Building Structures” Author: Dr. Vinod Hosur Year of Publication: 2012 Publishers: Wiley India Pvt. Ltd. ISBN: 9788126538591

RESEARCH FACILITIES Structural Engineering Laboratory [Structural Loading Frame, C-Frame, Horizontal Shake Table with Digital Display & Accessories, Computer Systems] Computer Laboratory [The department has the licensed versions of the latest software like SAP, ETABS, STAAD.Pro, AutoCAD, MS-OFFICE, ANSYS, RoadMaster, GIS & Image Processing]

Concrete Laboratory [Concrete Mixer, Accelerated Curing Tank, USP Meter , Rebound Hammer, Profometer]

Geotechnical Engineering Laboratory [In-situ Soil Density testing, CBR and Shear Apparatus, Consistency Limits]

Environmental Engineering Laboratory [COD/BOD tests, Jar Test, pH meter, Quartz Distillation Unit, Titration unit, Nephlometer]

Basic Material Testing Laboratory [Computerized UTM of 100T capacity and CTM of 200T capacity]

FUNDED R&D PROJECTS

Funding Agency No. of

Projects Total Funding Amount (Rs.)

Modernization and Removal of Obsolescence (MODROBS) / AICTE

02 18,10,000/-

Karnataka State Council for Science & Technology (KSCST)

40+ 2,00,000/-

DEPARTMENTAL LIBRARY FACILITIES International Journals (Back Volumes) : 494 Indian Journals (Back Volumes) : 410 Reference Manuals : 81 Text Books : 527 IS Codes : 824 IRC Publications : 126 M.Tech Dissertations : 300 U.G Project Reports : 500 U.G & P.G Seminar Reports : 500

e-RESOURCES ON CAMPUS

Remote Access Facility to the following e-resources-

ASCE ASTM Coursera Springer

NPTEL J-Gate Knimbus Science Direct

McGraw Hill Taylor & Francis Elsevier

SOFTWARE TOOLS

SAP ETABS STAAD.Pro

STRUDS AutoCAD 3D-HOME

ANSYS MS-OFFICE ROAD MASTER

GIS & Image Processing

DEPARTMENTAL I.R.D.C COORDINATOR Prof. Sujay Deshpande M.Tech (Ind. Str.), B.E (Civil), L.M.I.S.T.E.

E-mail ID: [email protected]

Contact No: 7829558350

mailto:[email protected]


CONSULTANCY PROFILE

GENERAL INFORMATION

Year of Establishment of the Department: 1979

Faculty Strength: 30

Number of Consultancy Projects Completed: 120+

AREAS OF CONSULTANCY

Material Testing & Quality Control Structural Design & Drafting

Concrete Mix Design Non-Destructive Testing [NDT]

Soil Testing Water & Wastewater Analysis

Surveying Third-party Inspection

MAJOR CONSULTANCY PROJECTS EXECUTED

1 DGPS Survey for Sambra Airport works for Airports Authority of India (AAI) 2 Structural designs for Karnataka Rural Infrastructure Development Ltd. (KRIDL) 3 Soil Investigation reports for plots of Karnataka Housing Board (KHB) 4 Structural designs for various buildings for Karnatak Law Society, Belagavi 5 Material Testing and NDT works for Bharat Petroleum Corporation Ltd., Belagavi 6 Land Surveying and Soil Testing for Shanbhag InfraTech, Belagavi 7 Land Surveying and Soil Testing for Lotus Landmarks (India) Ltd., Belagavi 8 NDT and Third-party Inspection works of buildings for Adam Reality Pvt. Ltd. 9 NDT and Third-party Inspection works of buildings for UltraTech Cements Ltd. 10 NDT and Third-party Inspection works for Karnataka Slum Development Board (KSDB)

CONSULTANCY ACTIVITIES WITH A SOCIAL EFFECT

Infrastructure Development works under various schemes for Govt. of Karnataka

Design and Project Management of Water Storage

Tanks of 3 Cr and 6 Cr Litres Capacity Client: Om Sugars Ltd., Jainapur, Chikodi

Project Cost: Rs. One Crore

PROFESSIONAL FEES EARNED in last 5 years [Amount in Rs. Lacs]

INFRASTRUCTURE FACILITIES

Basic Material Testing Laboratory [Computerized UTM of 100T capacity and CTM of 200T capacity]

Computer Laboratory

[The department has the licensed versions of the latest software like SAP, ETABS, STAAD.Pro, AutoCAD, MS-OFFICE]

Concrete Laboratory [Concrete Mixer, Accelerated Curing Tank, USP Meter , Rebound Hammer, Profometer]

Geotechnical Engineering Laboratory [In-situ Soil Density testing, CBR and Shear Apparatus, Consistency Limit Tests]

Environmental Engineering Laboratory

[COD/BOD tests, Jar Test, pH meter, Quartz Distillation Unit, Titration unit, Nephlometer]

Surveying Laboratory [Total Station- 6 nos. and DGPS- 1 no.]

DETAILS OF THE CONSULTANCY COORDINATOR

Head of Department: Dr. R. Shreedhar Ph.D, M.Tech, B.E (Civil)

E-mail ID: [email protected] Contact No: 9845005722

EQUIPMENT and FACILITY

CATALOGUES

STRUCTURAL

ENGINEERING

LABORATORY

Specifications

The Dynamic Loading frame

consist of 10 ton capacity

Fabricated framed

structure

Servo hydraulics system

for applying load

Accessories like single

point loading, two point

loading

Adjustable base supports

and rollers

Dynamic load cells

Data acquisition system

for above measurement 4

channel type

Specifications

Loading frame of capacity 100 ton.

Hydraulic system of 100 ton

capacity

Digital measurement system

with software

Load cells

LVDT

Strain gauges

Fabricated modules for

beams, columns, beam-

column joint.

Software and data

acquisition system

Dynamic Loading frame of 10kN capacity and 5Hz frequency used to

test structural elements like column, beam, and beam to column

connections for dynamic loading. This set up is also used for testing of

small prototype of framed structure RCC and steel for lateral loading.

On the same platform shake table of size 1.5m x1.5m attached for

future expansion.

The set-up is used for research as well as for consultancy purpose.

Loading frame of 100T capacity used to test structural elements like

column, beam, and beam-column connection, slab panels for static

loading, both horizontally and vertically.

The set-up is used for research as well as for consultancy purpose.

Make Millennium Technologies (I) Pvt. Ltd. Make Millennium Technologies (I) Pvt. Ltd.

Lab. Name Structural Engineering Lab Lab. Name Structural Engineering Lab

Faculty In-charge

Dr. Vinod Hosur

Vaijanath Chougule

Vikhyat Katti

Faculty In-charge

Dr. Vinod Hosur

Vaijanath Chougule

Vikhyat Katti

Dynamic Loading Frame [C-Frame] Structural Loading Frame

Shake-table testing is being increasingly used in earthquake engineering

research centres worldwide, as it is the only available means of nearly

truly reproducing the dynamic effects that earthquakes impose on

structures. Using a horizontal shake table, the analysis of deflection of

buildings is done for different cases. Designing of shake table is done

considering the factors and specifications of the earthquake. The whole

system works similar to those induced in real earthquake.

The main characteristics of a shake table are an area to install, a table

mass, a maximum allowable specimen weight, a frequency range from

0 to 15 Hz, maximum accelerations of 1.1g, 0.5g and 1.8g for the

transverse, vertical and longitudinal axis respectively, and maximum

displacements for the three axes.

Rebound Hammer test is a non-destructive testing [NDT] method

which provides a convenient and rapid indication of the

compressive strength of concrete. The rebound hammer is also

called Schmidt hammer that consists of a spring controlled mass

that slides on a plunger within a tubular housing.

This test is based on the principle that the rebound of an elastic

mass depends on the hardness of the concrete surface against

which the mass strikes. A concrete with lower strength and

stiffness will absorb more energy to yield in a lower rebound value

than a concrete with higher strength and stiffness.

Make Millennium Technologies (I) Pvt. Ltd. Make Schmidt


Faculty In-charge

Dr. Vinod Hosur Vaijanath Chougule

Vikhyat Katti

Faculty In-charge

Dr. Vinod Hosur Vaijanath Chougule

Vikhyat Katti

Horizontal Shake Table Rebound Hammer

Profometry is an in-situ non-destructive test [NDT] used to detect

location and size of steel reinforcements and concrete cover. A small,

portable, and handy instrument which is known as Profometer or

Rebar-locator is used in this test.

The instrument is based on measurement of change of an

electromagnetic field which is caused by steel bars embedded in the

concrete. The basic principle in this test method is that the presence

of steel affects the electromagnetic field which is directed by the

Profometer device.

Diameter Measuring Range: Upto 60mm Accuracy: +1mm

Cover Measuring Range: Upto 150mm Accuracy: +5mm

An Ultrasonic Pulse Velocity (UPV) test is an in-situ, non-destructive

test used to check the quality of concrete. In this test, the strength and

quality of concrete is assessed by measuring the velocity of

an ultrasonic pulse passing through a concrete structure. This test is

conducted by passing a pulse of ultrasonic through concrete to be

tested and measuring the time taken by pulse to get through the

structure. Higher velocities indicate good quality and continuity of

the material, while slower velocities may indicate concrete with

many cracks or voids.

Two 54 kHz transducers (Transmitter and Receiver) with a

3m cable.

Calibration rod and Coupling agent in a carrying case.

Make Proceq Make Proceq


Faculty In-charge

Dr. Vinod Hosur

Vaijanath Chougule

Vikhyat Katti

Faculty In-charge

Dr. Vinod Hosur

Vaijanath Chougule

Vikhyat Katti

Profometer Ultrasonic Pulse Velocity Meter

BASIC

MATERIAL

TESTING

LABORATORY

Hardness Testing Machine – Brinell / Rockwell

Hardness Testing Machine – Vicker’s

This machine is suitable for

testing hardness of metals and

alloys of all kinds, hard or soft,

weather flat, round or irregular

in shape. This machine is simple

in design & easy to operate, yet

sensitive and accurate. For

Brinell test, facility of 187.5kgf

load with 2.5mm ball indentor is

provided.

Vickers hardness tester is a

simple and accurate means to

produce and measure the

diamond indentation. These

testers are suitable for

measuring the hardness of

precision metallic parts with

wide testing ranges, both soft to

hard, and their accurate results

are widely acclaimed.

Specifications: Specifications:

Rockwell Hardness Testing Machine

Meta Test Instruments, Miraj

Model No: MRB-250-089

Net weight= 65kg

Max. test height= 220mm

Depth of throat= 133mm

Machine dimensions=

180mm*450mm*645mm

Brinell Hardness Testing Machine

Auto Instruments, Kolhapur

Model No: AIE-RASNE-002

Net weight= 65kg

Max. test height= 220mm

Depth of throat= 133mm

Machine dimensions=

180mm*450mm*645mm

Vicker’s Hardness Testing Machine


Model No: AIE-VM-50-027

Machine dimensions= 460mm*225mm*860mm

Test load= 5, 10, 20, 30, 50 kg

Scale Least Count= 0.001

Dwell Time= (0.30 + 2 secs)

Name of the Lab- Strength of Materials Laboratory Staff Incharge- Dr. G. S. Manjunath/ Prof. Sujay Deshpande

Room No.- AG-6 e-mail ID- [email protected]

Impact Testing Machine – Charpy / Izod

Tile Abrasion Testing Machine

Both Charpy and Izod impact

tests are popular methods of determining impact strength or toughness of metals. These

tests measure the total amount of energy that a material is able

to absorb. This energy absorption property is directly related to the brittleness of the

material. Brittle materials, such as ceramics or glass tend to

have lower absorption rates than ductile materials like

copper, steel or aluminium.

These machines are extensively

used for determining the resistance to wear for various types of tiles [both flooring and

roofing]. They are provided with a rotating disc, adjustable

counter for automatically stopping the machine, a bracket to hold specimen and a counter

balance lever to load the specimen. The abrasion of tiles

is measured on a thickness gouge specifically made for this

purpose.


Impact Testing Machine [Digital]


Model No: AIE-IT-30E-038

Maximum impact energy of the pendulum=300J

Maximum angle of drop of the pendulum= 1400

Effective weight of the pendulum= 20.932kg

Minimum value of scale graduation= 2J

Striking velocity of pendulum = 5.347m/sec

Permissible frictional loss= 0.5%

AIMIL Instruments Pvt. Ltd.

Model No: AIM-462-85026

Machine components-

A grinding device fitted with a replaceable grinding path and rotating

horizontally about its vertical axis.

A Circular tray enclosing the grinding disc. A holder for the specimen.

A 7.5kg weight to apply 30kg load on specimen through lever.

Reduction gear coupled to a motor for operation on 220V, 20Hz, Single

phase supply.



Tile Flexure Testing Machine

Torsion Testing Machine

The tile flexure testing machine

is used to determine the flexural

strength of roofing and flooring

tiles. The tile sample is mounted

between rollers which are

40mm in diameter. Bearing

rollers can be placed at center

distances of 150mm, 200mm or

250mm c/c. The unit comes

equipped with 20kg lead metal

shots. It consists of a double

lever loading machine where

load is applied by the flow of

lead shots that automatically

stops when the tile sample

breaks.

Torsion testing machine is

designed for conducting

torsion/twisting tests on various

metals. Torque measurement is

done by pendulum system.

Torque ranges can be adjusted

by Torque selector. Torque can

be applied to specimen by

geared motor through gear box.

The recorder gives the relation

between torque and angle of

twist. The accuracy of torque

indication is +1% of the true

torque.


Roof Tile Flexural Testing Machine



Weight: 100kg Power: Hand-Operated

Voltage: 380V Material: Steel

Floor Tile Flexural Testing Machine



Weight: 100kg Power: Hand-Operated

Voltage: 380V Material: Steel


Model No: AIE-MIT-200-021

Torque capacity (N-m)= 60, 100, 200, 500, 1000, 2000, 3000, 6000

No. of div. on the dial= 600

Torsion speed (rpm)= 0.5, 1.5



Universal Testing Machine [UTM]

Accessories / Specimens and Lab Infrastructure

Universal Testing

Machine (UTM) is used

to test the strength of various

types of materials. The term

"universal" in the name reflects

that it can perform many

standardised tests like tension,

compression, flexure, shear etc.

In other words, it is versatile.

Once the machine is started, it

begins to apply a gradually

increasing load on the

specimen. Throughout the test,

the control system and its

associated software record the

load and deformation of the

specimen.

Specifications:

Universal Testing Machine (UTM) (Computerized)

Fine Spavy Associates & Engineers, Miraj

Model No: FSA-TUE-C-1000/2006/20

Capacity= 1000kN Least Count= 0.1kN Weight of the machine= 4200kg

Machine dimensions= 250mm*800mm*2700mm

Accuracy of the machine= +1% Power supply= 3-phase, 440V, AC



SURVEYING

LABORATORY

Specifications

Dual Side Display with

Alphanumeric Keyboard

Angle Accuracy: 5”; Angle

Resolution: 1”

Reflector less Range up to : 500Mtr

Battery Backup: 8Hrs, Laser

Plummet & USB Port, Internal

Memory 50000 points, tripod, Prism

with telescopic rod.

Specifications


Alphanumeric Keyboard / screen

touch color

Angle Accuracy: 5/1”; Angle

Resolution: 1/0.5”

Reflector less Range up to :

500/1000Mtr



Memory 5000/50000 points, tripod,

Prism with telescopic rod.

A total station is an electronic and optical instrument used for

surveying and building construction. It is an electronic transit

theodolite integrated with electronic distance measurement (EDM) to

measure both vertical and horizontal angles and the slope distance

from the instrument to a particular point and an on-board computer to

collect data and perform triangulation calculations.







Make South(M314), 2 Nos Make Sokkia(SX,FX,CX), 4 Nos

Year of Purchase 2014 Year of Purchase 2020, 2018

Lab. Name Surveying Laboratory Lab. Name Surveying Laboratory

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Total Station (South) Total Station (Sokkia)

Specifications




Resolution: 1”

Reflector less Range up to :

500Mtr

Battery Backup: 8Hrs, optical

Plummet, Internal Memory 5000

points, tripod, Prism with

telescopic rod.

Specifications




Resolution: 1”

Reflector less Range up to : 500Mtr



Memory 5000 points, tripod, Prism

with telescopic rod.













Make Trimble (M3), 1No. Make Pantex (R-325N), 1 No.

Year of Purchase 2010 Year of Purchase 2003


Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Total Station (Trimble)

Total Station (Pantex)

Specifications

Compact and portable with easy-to-read

displays

Easy key operation

Bright optics

There are 4 models in the range

providing a choice of 2" accuracy

Specifications

Theodolite 20 Sec

Erect Image 24X

Coated optic, Superior Quality

Suitable for measuring Horizontal,

Vertical Angles

With Optical Plummet 2.5X

Focusing Range 0.5m

Vernier reading 20"

Objective aperture 40mm

Complete in box with standard

accessories & tripod stand of

aluminum

Electronic Digital Theodolite is a precision instrument for measuring

angles in the horizontal and vertical planes.

A theodolite is a precision optical instrument for

measuring angles between designated visible points in the horizontal

and vertical planes. The traditional use has been for land surveying,

but they are also used extensively for building and infrastructure

construction.

Make Lynx (MDT-2cs), 1 No. Make Theodolite, 20 Nos

Year of Purchase 2015 Year of Purchase 2017 (Latest)


Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Electronic Digital Theodolite Theodolite

https://en.wikipedia.org/wiki/Angle

https://en.wikipedia.org/wiki/Horizontal_and_vertical

https://en.wikipedia.org/wiki/Horizontal_and_vertical

https://en.wikipedia.org/wiki/Surveying

https://en.wikipedia.org/wiki/Construction

https://en.wikipedia.org/wiki/Construction

Specifications

Telescope Length : 193 mm

Magnification : 24 X

Field of view : 1º30'

Resolving Power : 4.0"

Circular Level Sensitivity : 8'

Setting Accuracy : + 0.3"

Compensating Range : + 15'

Accuracy 1Km double run level : + 2mm

Horizontal Circle Minimum Division : 10

Specifications

Chain: 20m, 30m

Prismatic and Surveyors’ compass

Tape: 5m, 10m, 20m, 30m

Cross staff, optical square etc.

Auto Level is a Professional Leveling Tool used by Contractors,

Builders, Land Surveying Professionals, or the Engineer who

demands accurate leveling every time. Auto Levels set up fast, are

easy to use, and save time and money on every job.

Chain, Tape, cross staff and optical square are the basic surveying

instruments used for linear measurements

Compass is an instrument which is used to determine the direction of

surveying lines with the help of magnetic needle.

Make Sokkia, Geomax, Pantex etc, 15 No. Make Minor Instruments

Year of Purchase 2017 (Latest) Year of Purchase 2017 (Latest)


Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Auto Level

Minor Instruments

Specifications

•Advanced Trimble Maxwell 6

Custom Survey GNSS chip with

220 channels

• Trimble R-Track technology

• High precision multiple

correlator for GNSS pseudorange

measurements

Satellite signals tracked

simultaneously: – GPS: L1C/A,

L1C, L2C, L2E – GLONASS1 :

L1C/A, L1P, L2C/A, L2P, L3 –

SBAS: L1C/A – Galileo1 : E1,

E5A, E5B – BeiDou1

(COMPASS): B1, B2

Specifications

Symbols: Batt-E, Scale, Memo,

Hold, cm2, m2, km2,

in2, ft2, acre, etc.

Accuracy: within +/- 0.2% (within

+/- 2/1,000pulses)

Operating hour: Approx. 30 hours

Weight: 750g

Power Supply: Built-in NiCad

Battery (rechargeable through AC

Adapter) and AC Adapter 100-240V

(Auto-power-off function is

provided).

DGPS (Differential GPS) is essentially a system to provide positional

corrections to GPS signals. DGPS uses a fixed, known position to

adjust real time GPS signals to eliminate pseudorange errors.

A planimeter, also known as a platometer, is a measuring

instrument used to determine the area of an arbitrary two-dimensional

shape.

Make Trimble (R4), 1 No. Make Koizuimi Placom (KP901), 1 No.



Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

DGPS Digital Planimeter

https://en.wikipedia.org/wiki/Area

Specifications

1. E-surveying

2. ArcGIS

3. Envi

4. Trimble business center

5. Sokkia link

6. AutoCAD

Specifications

1. Evapotranspiration Sensor for

Calculation (ET)

2. Wind Speed Sensor : 0, 3 to 241

km/hr, Accuracy : ± 5%

3. Wind Direction Sensor : 0°

increments, Accuracy : ± 4°

4. Relative Humidity Sensor : Range

: 10% to 100%, Accuracy : ±3%.

5. Temperature Sensor : Range: -32°

to 100°C., Accuracy: ± 0.6°C

6. Rainfall Sensor : 0.01" (0.25

mm), Accuracy : ±2%

7. Dew Point for calculation : Range

: -73° to 60°C, Accuracy : ± 2°C

8. Solar Radiation sensor

Surveying lab is equipped with most advanced software in the field

of land surveying, quantity surveying, remote sensing and GIS.

This powerful weather station measures, calculates and logs

evapotranspiration (ET), solar radiation, wind speed/direction, wind

chill, dew point, temperature, RH and rainfall.

Make Proprietary software Make Watchdog 2900ET

Year of Purchase 2016 (latest) Year of Purchase 2020


Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Faculty In-charge

Shashank C. Bangi

Rajendra J. Thakai

Proprietary Software

Weather Station

Weather Station

HYDRAULICS

AND

HYDRAULIC

MACHINES

LABORATORY

Specifications

Main tank, Collecting tank and

overhead tank of Steel body with

pump setup. Different diameter

(10mm, 15mm & 20mm) of orifice,

Divergent type Mouthpiece,

Convergent type Mouthpiece,

Straight type Mouthpiece and

Bourda’s type Mouthpiece.

Specifications

Main tank and Collecting tank of

Steel body with pump setup and

Manometer.

It is used for general laboratory use- To Determine

coefficient of Discharge, coefficient of Velocity and

coefficient of Contraction. These coefficients are used in

the field to determine actual discharge.


coefficient of Discharge. These coefficients are used in the

field to determine actual discharge.

Make Mechtrix, 2009 Make Mechtrix, 2009

Lab. Name Hydraulics and Hydraulic Machinery

Lab


Lab

Faculty In-charge

Dr. R Shreedhar

Prof. Raghunath D Deshpande

Prof. Namrata Angadi

Faculty In-charge

Dr. R Shreedhar



Open Orifice and Mouth Piece Set-up

Venturimeter and Orificemeter Setup

Specifications

Main tank and Collecting

tank of Steel body with

pump setup and

Manometer.

Specifications


Steel body with pump setup and

Manometer.


coefficient of friction for different diameter and pipe

materials. These coefficients are used in the field to

determine losses during flow.


coefficient for different bends in pipes, sudden contraction

and expansion in pipes and pipes attached with valves.

These coefficients are used in the field to determine losses

during flow.


Lab. Name Hydraulics and Hydraulic

Machinery Lab


Lab

Faculty In-charge

Dr. R Shreedhar



Faculty In-charge

Dr. R Shreedhar



Major losses in pipe Minor losses in pipe

Oven Minor losses in pipe

Oven

Specifications


Steel body with pump setup. Open

channel of glass fibre with steel

supporting provided with notch,

weir fixing facility and point

gauge. Notches are of Stainless

steel material and weirs with fibre

material.

Specifications

Two Main tank and Collecting tank

of Steel body with pump setup. Open

channel of glass fibre with steel

supporting provided with notch, weir

fixing facility and point gauge.

Notches are of Stainless steel

material and weirs with fibre

material.


coefficient of discharge for Notches (Rectangular,

Triangular, Trapezoidal and Sutro) and Weirs (Ogee, Sharp

crested, Broad crested and venture flume). These

coefficients are used in the field to determine actual

discharge.


coefficient of discharge for Notches (Rectangular,

Triangular, Trapezoidal and Sutro) and Weirs (Ogee, Sharp

crested, Broad crested and venture flume). These

coefficients are used in the field to determine actual

discharge.


Lab. Name Hydraulics and Hydraulic

Machinery Lab


Lab

Faculty In-charge

Dr. R Shreedhar



Faculty In-charge

Dr. R Shreedhar



Hydraulic Tilting Flume of Size 0.2 m width 0.3 cm height and 2m length

Hydraulic Tilting Flume of Size 0.3 m width 0.32 m height and 4.5m length

Specifications

Main tank and Collecting tank of Steel

body with pump setup and weighing

machine

Specifications

Monobloc Centrifugal Pump of

Kirloskar Make, Turbine Unit,

Sphere Rod Assembly, Sump Tank

and Venturi/ Orificemeter with

pressure tappings.


coefficient of discharge and calibrate the same. Collecting

tank is attached to many experiments in the lab to

determine actual discharge.

It is used for general laboratory use- To Obtain Constant

Head and Speed characteristics of pump.



Lab


Lab

Faculty In-charge

Dr. R Shreedhar



Faculty In-charge

Dr. R Shreedhar



Collecting Tank

Pelton Wheel Turbine

Specifications


Kirloskar Make, Turbine Unit, Sump

Tank and Venturi/ Orificemeter with

pressure tappings.

Specifications


Kirloskar Make, Turbine Unit,

Sphere Rod Assembly, Sump Tank

and Venturi/ Orificemeter with

pressure tappings.

It is used for general laboratory use- To Obtain Constant Head and Speed

characteristics of pump. It is used for general laboratory use- To Obtain Constant Head and Speed

characteristics of pump.



Lab.


Lab.

Faculty In-charge

Dr. R Shreedhar



Faculty In-charge

Dr. R Shreedhar



Kaplan Turbine

Francis Turbine

Specifications

The pump is of KIRLOSKAR make of

1hp capacity with the head of 11m

head. The Motor coupled is of MEGHA

ELECTRICALS make of 2hp capacity

with Thyristor control drive. The

apparatus comes with a separate

NOVAPAN board control panel with

standard accessories such as Digital

RPM Indicator, Energy meter, Delivery

and Vacuum gauges.

Specifications

The equipment has the following

types of specially designed

ACRYLIC Vanes. Different

Diameters of Jet sections are

provided.

i. Flat

ii. Inclined

iii. Curved

The equipment is a closed circuit

system consisting of sump tank,

pump set, jet chamber, Rotameter for

flow measurement and direct analog

force indicator.

Water in the sump tank is pumped

using a Monobloc Centrifugal pump,

which passes through an ACRYLIC

Rotameter and the control valve to

the Jet.

It is used for general laboratory use- To Study the

Performance Characteristics of the pump, Draw

Characteristics curves of the pump at different head and

Comparative analysis of the curves.

It is used for general laboratory use- To Determine the

Coefficient of impact by comparing the momentum in a

fluid jet with the force generated when it strikes a fixed

surface.



Lab.


Lab.

Faculty In-charge

Dr. R Shreedhar



Faculty In-charge

Dr. R Shreedhar



Centrifugal Pump

Impact of Jet on Vanes

Specifications

The apparatus consists of a specially

fabricated clear ACRYLIC

Venturimeter with necessary tappings

connected to a Multibank Piezometer

also made of clear ACRYLIC. It

consists of two overhead tanks

interconnected with the Venturimeter,

which is placed in between the tanks.

The overhead tanks are provided with

the Head variation mechanism for

conducting the experiments at various

heads. Water in the sump tank is

pumped using a Monobloc Centrifugal

pump (Kirloskar make) which passes

through the control valve to the

overhead tank. The height of the water

in the collecting tank is measured using

the acrylic Piezometer to find the

flowrate.

Specifications

The apparatus consists of a specially

designed glass tube.

Water in the sump tank is pumped

using a Monobloc Centrifugal pump

(Kirloskar/Sharp make) which

passes through the control valve to

the overhead tank.

The overhead tank is fitted with the

dye chamber whose needle extends

to the glass tube. A control valve

provided to the dye chamber controls

the dye penetration in the glass tube.

A collecting tank is provided to

measure the flow rate. Vinyl sticker

scale is provided for the Piezometer

for better readability. Dye chamber

with flow control valve is provided

for flow visualization.

It is used for general laboratory use- To Study of

Pressure Gradient at different zones, Verification of

Bernoulli's Equation and Comparative analysis under

different flow rates.

It is used for general laboratory use- To Determine the flow

characteristics, Flow visualization and Determination of

Reynolds's number at different flow conditions.



Lab


Lab

Faculty In-charge

Dr. R Shreedhar



Faculty In-charge

Dr. R Shreedhar



Bernoulli’s Equation

Reynold’s Apparatus

CONCRETE

LABORATORY

CONCRETE MIXER CEMENT MORTAR VIBRATING MACHINE

This machine is

suitable for

homogenous concrete

mix of different

grades.

This equipment is used to

compact cement mortar

cubes.


Date of Purchase: 30-March-2012

Details: AIMIL India Ltd. Cost: Rs.1,21,500/-

Usage: Laboratory test [UG & PG] and Consultancy Work


Details: AIMIL India Ltd. Cost: 68,000/-


Name of the Lab- Concrete Laboratory Staff Incharge- Dr. V. K. Parvati/ Archana Shagoti


COMPRESSION TESTING MACHINE MECHANICAL SIEVE SHAKER

This equipment is

used to conduct

compression test on

concrete cubes.


conduct Sieve Analysis on

Fine/Coarse Aggregates.


Date of Purchase: 13-April-2006

Details: AIMIL India Ltd. Cost: Rs. 2,52,113/- Capacity: 100Ton


Date of Purchase: 21-May-2015

Details: AIMIL India Ltd. Cost: Rs. 22,756/-

Usage: Laboratory test [UG & PG]



IMPACT TESTING MACHINE COMPACTION FACTOR APPARATUS

This equipment is

used to conduct

Impact test on Coarse

Aggregates.


conduct workability test on

Fresh Concrete.



Details: AIMIL India Ltd. Cost: Rs.1240/-



Details: AIMIL India Ltd. Cost: Rs. 1250/-




VEE-BEE CONSISTOMETER STANDARD SET OF SIEVES

This equipment is

used to conduct

workability test on

Fresh Concrete.

This equipment is used for

Grading of Fine/ Coarse

Aggregates










BLAINE’S AIR PERMEABILITY APPARATUS CONCRETE CUBE VIBRATION TABLE

This equipment is

used to conduct

surface area test on

standard cement.

This equipment is used compact

the fresh concrete cubes.










CONCRETE PERMEABILITY APPARATUS

This equipment is used to determine the permeability of hardened

concrete.

Specifications:

Date of Purchase: 07-Jan-2011





HIGHWAY

ENGINEERING

LABORATORY

Jaw Crusher

Skid Resistance Tester

Designed to speed up crushing

aggregates, minerals, ores etc.

250kg materials crushed in 8

hours. Discharging opening

adjustment range 3mm-10mm and

can crush 45mm size aggregates.

The apparatus is used to measure

antiskid performance of high

grade roads ad airport pavement

both in the lab ad in-situ. The

apparatus consists of a spring

loaded rubber slider mounted on

a pendulum arm. The arm can be

adjusted vertically from a rigid

support column. The base has

three adjustable feet so that the

swing of the pendulum during

the test moves through a truly

circular path while operated

directly on a road surface.


Make: EIE Instruments, Ahmedabad

Model No: -----

Applications: Laboratory use, Research and Consultancy

Make: AIMIL Ltd, Bengaluru

Model No: AIM-580


Name of the Lab- Highway Engineering Laboratory Staff In charge- Dr. Nitendra Palankar/Somanath Khot


Bitumen Film Stripping Device

Benkelman Beam with Digital Dial Gauge

Film stripping device is used to

measure the resistance of

bituminous mixtures to stripping

of asphalt from aggregate

particles. It is generally used to

evaluate mineral aggregates & to

judge the adhesion of the

bituminous materials. The device

consists of a disk on which 4

bottles are mounted. The disc

rotates at a speed of approx. 100

rpm. The sample, usually the

aggregate fraction which passes a

9.525 mm sieve but is retained on

a No. 8 sieve, is placed in the

bottles & agitated for 15 minutes.

The percentage of aggregate

stripped can be visually estimated.

The device is provided with a pre-

set counter.

Benkelman Beam utilises the

technique of using balanced

beam in conjunction with a

suitable vehicle to measuring

road flexure. The improved

Benkelman Beam is a

convenient, accurate device for

measuring the deflection of

flexible pavements under moving

wheel loads. Operating on a

simple lever arm principle, the

unit consists of a Reference

Beam, Body, two part Probe

Beam and Rear Zero adjust.



Model No:AIM-581



Model No:AIM-566-3




Digital Marshall Stability Apparatus [50kN]

Asphalt Mixer [5 LTRS]

Most frequently used test by

highway departments, contractors,

engineers, testing laboratories and

governmental agencies is the

stability test using Marshall

Apparatus. The test is intended for

the measurement of the resistance

to plastic flow of cylindrical

specimens of bituminous paving

mixture loaded on the lateral

surface. For use with hot mixture

containing asphalt or tar and

aggregate up to 25.4 mm

maximum size.

This machine is used for laboratory mixing of bituminous

materials to prepare the

specimens to be used for various asphalt tests. It is widely used in

road construction laboratories,

Testing laboratories, Research

Institutions. The machine mainly consists of a main frame,

variable speed mixer, elevating

system, heating pot, electrical control box. The variable speed

mixer consists of electric motor,

gear box and vertical curved blade. The elevating system

consists of a motor, worm gear,

up right column, guide bar and

stopper block. In vertical type of mixer the pot can move up and

down and in the horizontal type

of mixer the elevating system with agitator assembly moves up

and down.



Model No:AIM-550-2



Model No:AIM-575




Modified Roughness Indicator Machine (Merlin)

Pavement Dynamic Cone Penetrometer

The unevenness of road surface is an important measure of road condition

and a key factor in determining

vehicle operating costs. A number of instruments have, therefore, been

developed for measuring unevenness,

which is usually called roughness

and standard roughness scales have been established. However, many of

the instruments are expensive and

complicated to use or require regular calibration. Modified Roughness

Indicating machine is a simple

machine to measure roughness, also called MERLIN - Machine for

Evaluating Roughness using low-cost

Instrumentation. The device can be

used either for direct measurement or for calibrating other instruments such

as the Vehicle Mounted Bump

Integrator. The equipment is easy to use, self - calibrating, robust, easily

maintained and employs readily

available components.

Pavement Dynamic Cone Penetrometer (DCP) is a

very robust instrument, designed for rapid in-situ

evaluation of strength of sub- grade and the bases

for roads & runway pavements. Continuous

measurements can be made down to a depth of 800

mm, or when an extension is fitted, to a depth of

1200 mm. Where pavement layers have different

strengths, the boundaries can be identified and the

thickness of the layers determined.



Model No:AIM-570



Model No:AIM-567




GEOTECHNICAL

ENGINEERING

LABORATORY

Specifications • Digital readout minimizes operator

error.

• Reduces operator time and involvement.

• Direct reading in engineering units.

• Pre-calibrated before dispatch.

• Plug-in transducer module system.

• Type of Shear : Direct / Residual

Measurement

• Operation : Motorized

• Rates of Strain : 1.25, 0.625, 0.25,

0.125, 0.05, 0.025,(mm/min) 0.01,

0.005, 0.002, 0.001, 0.0004, 0.0002

• Specimen Size : 60 x 60 x 25 mm

• Data Acquisition through Data Logger:-

• Dual Channel Isolation Technology/Up

to 6 Analog (± 50V) sensor inputs/

• 8 flexible digital terminals/1 Serial

‘Smart Sensor’ port/SDI-12 (multiple

networks)/programmable Analogue

Output/Mod bus for SCADA

connection/

Specifications

• Used for calculating the

settlement of structures built

on clayey soil.

• Consolidation of clay deposit

leads to distress in buildings

such as cracks and failures.

Consolidation is reduction of

volume of soil due to

expulsion of water from its

pore space caused by

sustained loading.

DIRECT SHEAR APPARATUS with Data Acquisition System

(AIM-105) And GeoStar Analysis and reporting Software

Module for Direct Shear Test for single license (AIM-10124)

In many engineering problems such as design of foundation, retaining

walls, slab bridges, pipes, sheet piling, the value of the angle of

internal friction and cohesion of the soil involved are required for the

design. Direct shear test is used to predict these parameters quickly.

Consolidation Apparatus, Six Gang, Electronic (AIM-129)

The one dimensional consolidation test performed on an undisturbed

sample of clay is useful for understanding the history of the soil

deposit. The test results can be used for calculating the settlement of

structures built on clayey soil.

Make Aimil [2018] Make Aimil 2018

Lab. Name Geotechnical Engineering Lab Lab. Name Geotechnical Engineering Lab

Faculty In-charge

Prof. Keerti M Nashimath

Prof. Uma G Hullur

Prof. Vikas Gingine

Prof. V G Mutalik Desai

Faculty In-charge

Prof. Keerti M Nashimath

Prof. Uma G Hullur

Prof. Vikas Gingine


Direct Shear Test Apparatus Consolidation Apparatus

Specifications A typical triaxial test

involves confining a

cylindrical soil or rock

specimen in a pressurized

cell to simulate a stress

condition and then shearing

to failure, in order to

determine the shear strength

properties of the sample.

Most triaxial tests are

performed on high quality

undisturbed specimens.

Specifications

To determine the relative density of

given coarse grained material.

Relative density or density index is

the ratio of the difference between

the void ratios of a cohesionless soil

in its loosest state and existing

natural state to the difference

between its void ratio in the loosest

and densest states.

The samples normally range from 38 mm to 100 mm samples,

although samples considerably larger can be tested with the correct

equipment. The test specimen most commonly has a height to

diameter ratio of 2:1.

Relative Density Apparatus ( AIM 115-1)

Ref Standard IS: 2720 (Pt XIV) Relative density relates the dry

density of cohesionless soil to the maximum and minimum densities.

The degree of compaction of cohesionless soil can be stated in terms

of relative density.

Make Aimil Make Aimil


Faculty In-charge

Prof. Keerti Nashimath

Prof. Uma G Hullur

Prof. Vikas Gingine


Faculty In-charge


Prof. Uma G Hullur

Prof. Vikas Gingine


Triaxial Compression Test Apparatus

Relative density Apparatus

Oven

Specifications

• Unconfined Compression Tester

for load measurement

• AIM 062-1 Load Frame 3 speed

50 kN

• AIM 264 Proving Ring, 2kN

• AIM 072 Dial Gauge,

0.01x25mm

• AIM 07401 Plain Platen with

adaptor

• AIM 03105 Split Mould

AIM 07506 Rubber Sheath

(AIM-074-1)

Specifications

• The California Bearing Ratio test,

(usually called CBR test) is an

empirical test developed in

California, USA for determining the

Relative Bearing Ratio • Expansion characteristics under

known surcharge weight of base,

sub-base and sub grade soils for the

design of roads, pavements and

runways.

Unconfined Compression Tester, Proving Ring Type ( AIM 074-1 &

AIM-074-2)

It is not always possible to conduct the bearing capacity test in the

field. Sometimes it is cheaper to take the undisturbed soil sample and

test its strength in the laboratory.

Laboratory California Bearing Ratio Test Apparatus, Motorised,

Three speed (with GM Mould) (AIM 120)

Make Aimil Make Aimil


Faculty In-charge


Prof. Uma G Hullur

Prof. Vikas Gingine


Faculty In-charge


Prof. Uma G Hullur

Prof. Vikas Gingine


Unconfined Compression Strength Test Apparatus

California Bearing Ratio Test Apparatus

Specifications

• Universal Automatic Compactor

with mild steel compaction mould as

per IS, Supplied with AIM-11001-MS

&AIM-111001-MS (AIM 114-1)

• Two rammers with two different

stroke lengths are provided. This makes

the apparatus suitable to carry out all

the normal compaction operations

required in soil testing laboratories

including the CBR test.

Invariably in every soil laboratory, compaction and penetration tests

on soils are carried out regularly. The electrically operated

mechanical compaction process eliminates the tedious hand

compaction process and results in a considerable saving of time.

Make Aimil


Faculty In-charge


Prof. Uma G Hullur

Prof. Vikas Gingine


Faculty In-charge


Prof. Uma G Hullur

Prof. Vikas Gingine


Universal Automatic Compactor

Field Standard Penetration Test

ENVIRONMENTAL

ENGINEERING

LABORATORY

Specifications

The unit consists of primary boiler

with built-in heater enclosed in

quartz coil in a levelling tube with an

overflow tube and a bottom outlet

tube.

Output: 2.5 l/h

Energy requirement: 230 to 250 volts

Cooling water consumption: 100 l/h

Biological activity: Pyrogen free

pH: 6.9-7

Conductivity: < 1 µS/cm

Specifications

pH meter with glass body, open pore

pH electrode EC620131, ATC Probe

PH5TEMB01P, integral electrode

holder and 100/240 VAC Adapter.

Measuring Parameter: pH/ORP/⁰C/⁰F

pH Range: -2.00 to 16.00 pH

pH resolution: 0.01 pH

pH accuracy: ±0.01pH

ORP Range: ± 2000.0 mV

Temp Range: 0.0 to 100.0⁰C (32.0 to

212.0) ⁰F

Temperature Compensation:

ATC/MTC 0 to 100⁰C (pH only)

LCD display: 5.6 x 7.5cm

Double distillation is the process of separating the components or

substances from a liquid mixture by using selective boiling and

condensation. Double distillation unit is much more sophisticated

than single distillation unit. Distillation will result in essentially

complete separation (nearly pure components). In industrial

chemistry, distillation is a unit operation of practically universal

importance, but it is a physical separation process, not a chemical

reaction.

A pH meter is a scientific instrument that measures the hydrogen-ion

activity in water-based solutions, indicating its acidity or alkalinity

expressed as ph. The pH meter measures the difference in electrical

potential between a pH electrode and a reference electrode, and so

the pH meter is sometimes referred to as a "potentiometric pH

meter". The difference in electrical potential relates to the acidity or

pH of the solution. The pH meter is used in many applications

ranging from laboratory experimentation to quality control.

Make Borosil Make Hach Model

Lab. Name Environmental Engineering Lab Lab. Name Environmental Engineering Lab

Faculty In-charge

Dr. Vaibhav R. Chate

Nitin Deshpande

Faculty In-charge


Nitin Deshpande

Double Distillation Unit Digital pH Meter

Specifications

Operating speed: 3500 rpm with 5

speed regulators

Specifications

The cabinet has short UV (UV-C or

254nm), Long UV (UV-A or 365nm)

sources & visible light. The cabinet

is made from G.I sheet powder

coated. (UV Cabinet with filter

glass).

A centrifuge is a laboratory device that is used for the separation of

fluids, gas or liquid, based on density. Separation is achieved by

spinning a vessel containing material at high speed; the centrifugal

force pushes heavier materials to the outside of the vessel.

UV Cabinet is designed for inspecting thin-layer chromatograms or

other objects under UV light in a dark room. It consists of a CAMAG

Dual Wavelength UV Lamp and a viewing box. The front of the box

is closed with a roller shutter A glass filter in the viewing window

protects the eyes against reflected UV light.



Faculty In-charge


Nitin Deshpande

Faculty In-charge


Nitin Deshpande

Centrifuge

Ultraviolet Fluorescence Viewing Cabinet Oven

Specifications

Double walled construction inner made

of Stainless Steel 304Q Inner chamber

mirror finished & exterior G.I. sheets

powder coated The Gap between the

two walls filled with glass wool

insulation. Inner acrylic door & external

metal door with magnetic gasket &

lock. Cooling is by hermetically sealed

compressor with CFC free refrigerant.

Forced Air circulating System with fan

for better temperature uniformity.

Temperature Controlled by

Microprocessor based Digital

Temperature controller with PT 100 as

sensor. Supplied with S.S. wire mesh

shelves.

Temperature Range: 5oC to 60

oC

Temperature Resolution: 0.1oC

Control Accuracy: +-0.5oC

Specifications

Heating Mantle Body : Made of

Mild Steel

Heating mantle material: Glass fibre

yarn

Mantle Capacity: To hold Standard

round bottom flasks upto 500ml

Valuable stirring speed: 750 RPM

Temperature Range: Approx. 400°C

Heating Control: Electronic power

regulator

Stir Control: Electric regulator

Dimension: 495x246x200

Permissible relative moisture: 80%

Permissible Ambient Temperature:

5-40°C

IP Class: 10

Incubator is a device used to grow and maintain microbiological

cultures or cell cultures. The incubator maintains optimal

temperature, humidity and other conditions such as the CO (CO2) and

oxygen content of the atmosphere inside.

A heating mantle is a piece of laboratory equipment used to apply

heat to containers, as an alternative to other forms of heated bath. It is

used for Nitrate, Iron and total solids, suspended solids and dissolved

solids.

Make Biocare and Metalab Make Glassco


Faculty In-charge


Nitin Deshpande

Faculty In-charge

Dr. Vaibhav R. Chate Nitin Deshpande

BOD Incubator

Heating Mantle Combined Unit

Specifications

Temperature Range: Above ambient to 180°C.

Display: Digital 12 mm Red LED

Temperature Control: Electronic Temperature

Controller

Sensors: PT-100

Heating Range: 750 watts

Dimension: 500 mm W x 270 mm D x 80 mm H

Resolution: 0.1°C

Hole size: 40 mm diameter x 80 mm depth

Glass Tube: 38 mm diameter, 15 no’s (5 x 3 rows)

Sample volume: 20ml each

Specifications

Detector Photodiode

Range 0-1000 NTU in 4 Ranges (Automatic)

Accuracy +/-3% of FSD in 0-1 and 0-1000

NTU, +/-2% of FSD in 0-10 and 1-100 NTU

Repeatability +/-2% of FS (Std.)

Source Projector Lamp

Display 3 1/2 Digit

Calibration Formazine Standard Solution

Power 230V AC +/-10%, 50Hz

Dimension W265xD300xH170 mm

Weight 3.7 kg (Approx.)

Accessories Flat Bottom Test tubes-(25 mm)

4 Nos. & Light Shield

The COD Digester is ideal for rapid & frequent monitoring of

treatment plant efficiency and water quality. It is the best in class

open reflux digester that provides uniform heating without water

circulation and easy temperature control features. With just one touch

operation, the COD digester is pre-programmed for meeting the

APHA method. The PID based temperature control provides precise

temperature control with accuracy of +1 degrees. The overall design

is easily portable and has low maintenance. Additional accessories

provide easy handling of glass vessels and condensers. It is used for

determining both biodegradable and non-biodegradable organic

content.

Itis an accurate and elegant instrument designed for conducting

nephelometric and turbidity measurements of suspended particles and

colloids in solution. The principle of operation of this instrument is

based on the well-known Tyndall effect.

Make Instrumex Make Systronics


Faculty In-

charge


Nitin Deshpande

Faculty In-

charge


Nitin Deshpande

COD Digester

Digital Nephelometer

Specifications

Digital Timer: 1 to 99 minutes

Material: Stainless steel

Power source: Electric

Range: 25 to 250 rpm

Specifications

refrigerator type: Double Door

energy rating: Inverter Compressor Star

title: Samsung RT28K3343R2 253 Litres

Double Door Refrigerator

brand: Samsung

defrosting technology: Frost Free

model no: RT28K3343R2

capacity: 253 Litres

The purpose of the laboratory jar test is to select and quantify a

treatment program for removal of suspended solids or oil from raw

water or a dilute process or waste stream. Jar tests are conducted on

a four- or six-place gang stirrer, which can be utilized to simulate

mixing and settling conditions in a clarifier

A refrigerator is a machine for keeping things cold. It is sometimes

called a fridge or an icebox. People put food and drinks in it, to keep

those items cold or good (unspoiled) for a longer time. It takes heat

away from the air inside the fridge.

Make ---- Make Samsung


Faculty In-charge


Nitin Deshpande

Faculty In-charge


Nitin Deshpande

Jar Test Apparatus Refrigerator

Specifications Stir bar; Vortex mixer; Speed

control with regulator

Specifications

Accuracy Class 1, Capacity 220g,

Verification scale interval (e) 0.001g,

No. of verification scale interval

220000, scale interval (d) 0.0001g,

Range of use 0.01g to 220 g Pan size:

80mm dia. approx., Ambient operation

temp. 10 to 30 deg. C

A magnetic stirrer or magnetic mixer is a laboratory device that

employs a rotating magnetic field to cause a stir bar (or flea)

immersed in a liquid to spin very quickly, thus stirring it. It is used

for sulphate test apart from preparation of standard solutions.

An analytical balance (often called a "lab balance") is a class of

balance designed to measure small mass in the sub-milligram range.

The measuring pan of an analytical balance (0.1 mg or better) is

inside a transparent enclosure with doors so that dust does not collect

and so any air currents in the room do not affect the balance's

operation. This enclosure is often called a draft shield. The use of a

mechanically vented balance safety enclosure, which has uniquely

designed acrylic airfoils, allows a smooth turbulence-free airflow that

prevents balance fluctuation and the measure of mass down to 1 μg

without fluctuations or loss of product. It is used for weighing the

chemicals for adsorption studies, preparation of standard solution.

Make ---- Make Shimadzu AUX 220


Faculty In-charge


Nitin Deshpande

Faculty In-charge


Nitin Deshpande

Magnetic stirrer Analytical Balance

https://en.wikipedia.org/wiki/Magnetic_stirrer#Stir_bars

https://en.wikipedia.org/wiki/Vortex_mixer

https://en.wikipedia.org/wiki/Mass

https://en.wikipedia.org/wiki/Milligram

https://en.wikipedia.org/wiki/Dust

https://en.wikipedia.org/wiki/Vented_balance_safety_enclosure

Specifications

Optical configuration: Double

Beam

Wavelength: 190 – 1100 nm

Resolution: 1.5 nm

Light source: Xenon Flash Lamp

(80 Hz)

Scanning speed: 24000 nm/min

Dimensions and weight: 477 x

567 x 196 mm (19 x 23 x 8 in), 18

kg (40lb)

Specifications

Micro-controller based Double

Beam

Graphic LCD

Automatic source optimization, Base

line calibration & Cell optimization

200 – 1100 nm Range

2.0 nm Bandwidth

%T, Abs, Conc. (K factor, Multi

standard), Multi component

measuring modes

Single Wavelength, Multi

Wavelength, Scan & Time Scan

operating modes

Printer interface for 80 Column

D.M. Printer

Automatic 5 position sample changer

Single Position 50/100 mm Cuvette

Holder

A UV-Vis spectrophotometer is used to determine the absorption of

light from a sample and can be used as a detector for HPLC.

A UV spectrophotometer is used to determine the absorption of light

from a sample and can be used as a detector for HPLC.

Make Agilent [2017 model] Make Systronics-2203 [2018 model]


Faculty In-charge


Nitin Deshpande

Faculty In-charge


Nitin Deshpande

UV Spectrophotometer (Double beam)

UV Spectrophotometer (Double beam)

Oven

Specifications

Conductivity Measurement Range: 0.01 µS/cm -

200.0 mS/cm

Conductivity resolution: 0.01 µS/cm - 0.1

mS/cm upon selected measuring range

Salinity Measurement Range: 0 - 42 (ppt) (‰)

Salinity Resolution: 0.01 (ppt) (‰)

TDS Measurement Range: 0.00 mg/L - 50.0 g/L

NaCl

TDS Resolution: 0.01 mg/L up - 0.1 g/L upon

measuring range

Temperature Measurement: °C or °F

Temperature Resolution: 0.1

Specifications

Stainless steel body with 1.5 l/h output of

distilled water.

The Hach HQ14D portable Conductivity and TDS meter is an

advanced handheld digital meter that takes the guesswork out of

measurements. The HQD portable meters connect with conductivity

Intellical smart cells addressing different sample types and operating

environment for water quality, environmental and treatment process

purposes. The Intellical probe automatically recognize the testing

parameter, store the calibration history, and method settings to

minimize errors and setup time. In their Rugged outdoor version, the

Intellical sensors are nearly indestructible and available with multiple

cable lengths.

It is used for general laboratory use- capable of producing pyrogen

free water.

Make Hach Make Indian


Faculty In-

charge


Nitin Deshpande

Faculty In-charge


Nitin Deshpande

Portable Electrical Conductivity Meter

Water Distillation Unit

Specifications

Heating: Heating is carried out by

heaters made of best quality Kanthal

wire.

Control: Temperature is controlled by

an energy regulator and indicated by a

pyrometer. For better accuracy and

safety of the furnace, Digital

Temperature Controller (PEW-

202) and/or Solid State Fuse (PEW-

204) can be provided at an extra cost.

Temp. Range: 930OC or 1200

OC

maximum.

Accessories: Supplied with Pyrometer,

Cr/Al thermocouple, compensating

cable and Thermal fuse.

Specifications

Temp. Range: 5 degree C above

ambient to 99 degree C

Accuracy:1 degree C

Power Supply: 230 Volts A.C 50 Hz

Phase: Single Phase

Body Material: Stainless Steel

Surface: Mild Steel powder coated

A muffle furnace or muffle oven (sometimes retort furnace in

historical usage) is a furnace in which the subject material is isolated

from the fuel and all of the products of combustion, including gases

and flying ash. It is used for drying, calcination/sintering process.

These systems offer loads of features that facilitate easy operation

and comfortable working in any laboratory; stainless steel inner

chamber is easy to clean and drain plug is fitted for quick water

drainage. If your application needs stirring, a high-speed stirrer can

be fitted on request. It is used for Nitrate, Iron and total solids, and

dissolved solids.

Make Pathak Make Glassco


Faculty In-charge


Nitin Deshpande

Faculty In-charge


Nitin Deshpande

Muffle Furnace

Water Bath

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Karnatak Law Society’s

GOGTE INSTITUTE OF TECHNOLOGY

Belagavi 590008, Karnataka, India

Department of Civil Engineering

Contact

Dr. R. Shreedhar

Professor and HoD,

Department of Civil Engineering,

KLS Gogte Institute of Technology,

Udyambag, Belagavi- 590008

Tel: +91-831-2498502

Fax: +91-831-2441909

Email: [email protected]

Belagavi 590008, Karnataka, India

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