1 staad analysis

7/23/2019 1 staad analysis

1/12

Deonica 2 noseci sa adss reportPLS-CADD Version 9.20 8:45:45 14. jul 2015Dulhunty IndustriesProject Name: 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\deonica2\adss\2015.07.10\1.LOA'

Weather Cases

WC Description Air Wind Wind Wire Wire WireTemp Weather NESC Wire Wind Wire # Density Vel. Pres. Ice Ice Ice

Load Constant Height Gust Factor Thick Density Load

Factor Adjust Response (Pa/(m/s)^2)(m/s) (Pa) (mm) (N/m^3) (N/m) (degC) (N/m) Model Factor--------------------------------------------------------------------------------------------------------------------------- 1 TEMP 0 0.613 0 0.0 0.00 0.000 0.000 1.00 0.00 None 1

2 TEMP 5 0.613 0 0.0 0.00 0.000 0.005 1.00 0.00 None 1 3 TEMP 10 0.613 0 0.0 0.00 0.000 0.0010 1.00 0.00 None 1 4 TEMP -5 0.613 0 0.0 0.00 0.000 0.00-5 1.00 0.00 None 1 5 TEMP 40 0.613 0 0.0 0.00 0.000 0.0040 1.00 0.00 None 1 6 TEMP -20 0.613 0 0.0 0.00 0.000 0.00-20 1.00 0.00 None 1 7 VETAR -5 0.613 31 600.0 0.00 0.000 0.00-5 1.00 0.00 None 1 8 VETAR +5 0.613 31 600.0 0.00 0.000 0.005 1.00 0.00 None 1 9 LED -5 0.613 0 0.0 0.00 9000.000 6.20

-5 1.00 0.00 None 1

Weather case for final after creep TEMP 10Weather cases for final after load: 'LED -5' 'TEMP -20'Maximum tensions calculated using actual section geometry

Cable Tension Criteria

LC WC Description Cable Allowable Maximum Maximum Applicable# # Condition %Ultimate Tension Catenary Cable (N) (m)

------------------------------------------------------------------------------

Automatic Sagging Criteria

LC WC Description Cable Allowable Maximum MaximumApplicable# # Condition %Ultimate Tension CatenaryCable (N) (m)

----------------------------------------------------------------------------------1 9 LED -5 Initial RS 0.000 7300.000 0.000 acsr70_12

2 6 TEMP -20 Initial RS 0.000 7300.000 0.000 acsr70_12

Page 1


2/12

Deonica 2 noseci sa adss report3 9 LED -5 Initial RS 0.000 6900.000 0.000 adss 13mmdraka4 6 TEMP -20 Initial RS 0.000 6900.000 0.000 adss 13mmdraka5 9 LED -5 Initial RS 0.000 7000.000 0.000 c120model1

6 6 TEMP -20 Initial RS 0.000 7000.000 0.000 c120model1

Structure Loads Criteria

LC WC Load Case Cable Wind Bisect Wire Wire + WireStruct Struct Struct. Struct. Struct. Pole Pole# # Description Condition Dir. Wind Vert. Struct. TensionWeight Wind Wind Ice Ice Tip Tip Angle Load Wind LoadLoad Area Load Thick Density Deflection Deflect Factor Load FactorFactor Factor Model Check Limit Factor

(mm) (N/m^3) % or (m)---------------------------------------------------------------------------------------------------------------------------------------------------1 8 vetar 2 Initial RS NA+ 1.00 1.00 1.001.00 1.00 NESC 2002 0.00 0.000 No Limit 0.002 9 led Initial RS NA+ 1.00 1.00 1.001.00 1.00 NESC 2002 0.00 0.000 No Limit 0.003 6 min temp Initial RS NA+ 1.00 1.00 1.001.00 1.00 NESC 2002 0.00 0.000 No Limit 0.00

Strength Factors for each Load Case

LC WC Load Case Strength Strength Strength Strength Strength StrengthStrength Strength Strength Strength

# # Description Factor Factor Factor Factor Factor FactorFactor Factor Factor Factor Steel Poles Wood Concrete Concrete Concrete GuysNon- Braces Insul- Found-

Tubular Arms Poles Poles Poles PolesTubular ators ation Towers Ultimate First ZeroArms

Crack Tension

------------------------------------------------------------------------------------------------------------------1 8 vetar 2 1.00 1.00 1.00 0.00 0.00 1.001.00 1.00 1.00 1.00

2 9 led 1.00 1.00 1.00 0.00 0.00 1.00

1.00 1.00 1.00 1.003 6 min temp 1.00 1.00 1.00 0.00 0.00 1.001.00 1.00 1.00 1.00

Name of structure file being used in PLS-CADD/Lite: l:\sloba\dokumenti\odsrdjana\modeli pls cadd\bitne fajle za sve modele\stubovi modeli\karpos jela14_95m noseci bez zastuzeta

PLS-CADD/Lite Span Geometry

Note: Span azimuth is measured clockwise from the structure transverse axiswhich has a bearing of 180 (deg)

Wire Wire Cable Origin Origin Origin Origin End End

Page 2


3/12

Deonica 2 noseci sa adss report End Horiz. Vert. Span # Description File Label X Y Z X Y Z Proj Proj Azimuth Name (m) (m) (m) (m) (m) (m) (m) (m) (deg)

---------------------------------------------------------------------------------------------------------------- 1 1:Back acsr 70_12 1:3 0.00 -1.20 13.75 -234.00 -1.20 13.75 234.00 0.00 90.00 2 1:Back acsr 70_12 1:2 -0.00 1.50 11.95 -234.00 1.50 11.95 234.00 0.00 90.00 3 1:Back acsr 70_12 1:1 0.00 -1.50 10.55 -234.00 -1.50 10.55 234.00 0.00 90.00 4 1:Back adss 13mm draka 2:1 -0.00 0.50 10.95 -234.00 0.50 10.95 234.00 0.00 90.00 5 1:Forward acsr 70_12 1:3 0.00 -1.20 13.75 180.00 -1.20 13.75 180.00 0.00 -90.00 6 1:Forward acsr 70_12 1:2 -0.00 1.50 11.95 180.00 1.50 11.95 180.00 0.00 -90.00

7 1:Forward acsr 70_12 1:1 0.00 -1.50 10.55 180.00 -1.50 10.55 180.00 0.00 -90.00 8 1:Forward adss 13mm draka 2:1 -0.00 0.50 10.95 180.00 0.50 10.95 180.00 0.00 -90.00

PLS-CADD/Lite Display Information

Wire Wire Cable Display Display Counter # Description File Weather Condition Weight Name Case (N)------------------------------------------------------------- 1 1:Back acsr 70_12 LED -5 Initial RS 0.00 2 1:Back acsr 70_12 LED -5 Initial RS 0.00 3 1:Back acsr 70_12 LED -5 Initial RS 0.00

4 1:Back adss 13mm draka LED -5 Initial RS 0.00 5 1:Forward acsr 70_12 LED -5 Initial RS 0.00 6 1:Forward acsr 70_12 LED -5 Initial RS 0.00 7 1:Forward acsr 70_12 LED -5 Initial RS 0.00 8 1:Forward adss 13mm draka LED -5 Initial RS 0.00

PLS-CADD/Lite Sagging Information

Wire Wire Cable Wires Ruling Sagging Wire SaggingHoriz. MidSpan # Description File in Span Method Temp. ConditionTension Sag Name Bundle (m) (deg C)(N) (m)

------------------------------------------------------------------------------------------- 1 1:Back acsr 70_12 1 174.00 Autosag 10 Initial RS2590 7.52 2 1:Back acsr 70_12 1 174.00 Autosag 10 Initial RS2590 7.52 3 1:Back acsr 70_12 1 174.00 Autosag 10 Initial RS2590 7.52 4 1:Back adss 13mm draka 1 174.00 Autosag 10 Initial RS4676 2.06 5 1:Forward acsr 70_12 1 174.00 Autosag 10 Initial RS2607 4.42 6 1:Forward acsr 70_12 1 174.00 Autosag 10 Initial RS2607 4.42 7 1:Forward acsr 70_12 1 174.00 Autosag 10 Initial RS

2607 4.42 8 1:Forward adss 13mm draka 1 174.00 Autosag 10 Initial RS

Page 3


4/12

Deonica 2 noseci sa adss report4711 1.21

Wire and Structure Loads

Wire loads expressed in span coordinate system (Longitudinal axis is line

connecting attach. points)Structure loads expressed in structure coordinate systemNote: Loads in this report do not include load from counter weights, insulatorweight or insulator wind area.

LC WC Load Case Wire Attach. | ----Structure Loads---- | -------WireLoads------ | Warnings # # Description No. Joint | Vert. Trans. Long. | Vert.Trans. Long. |

Labels | ----------(N)---------- |----------(N)---------- |---------------------------------------------------------------------------------------------------- 1 8 vetar 2 1 333 824 6047 333824 6047

1 8 2 333 824 6047 333824 60471 8 3 333 824 6047 333

824 60471 8 4 165 922 6942 165

922 69421 8 5 256 633 -6076 256

633 60761 8 6 256 633 -6076 256

633 60761 8 7 256 633 -6076 256

633 60761 8 8 127 709 -6966 127

709 69662 9 led 1 1061 -0 7221 1061

0 72212 9 2 1061 -0 7221 10610 72212 9 3 1061 -0 7221 1061

0 72212 9 4 893 -0 6842 893

0 68422 9 5 815 0 -7253 815

0 72532 9 6 815 0 -7253 815

0 72532 9 7 815 0 -7253 815

0 72532 9 8 686 0 -6865 686

0 6865

3 6 min temp 1 333 -0 3132 3330 31323 6 2 333 -0 3132 333

0 31323 6 3 333 -0 3132 333

0 31323 6 4 165 -0 4831 165

0 48313 6 5 256 0 -3161 256

0 31613 6 6 256 0 -3161 256

0 31613 6 7 256 0 -3161 256

0 31613 6 8 127 0 -4866 127

0 4866

Page 4


5/12

Deonica 2 noseci sa adss report

Sum of Structure Loads at Each Attachment Point

Structure loads expressed in structure coordinate systemNote: Loads in this report include load from counter weights, insulator weightand insulator wind area.

LC WC Load Case Wire Attach. | ----Structure Loads---- | Warnings # # Description No. Joint | Vert. Trans. Long. |

Labels | ----------(N)---------- |-------------------------------------------------------------------------- 1 8 vetar 2 1,5 620 1460 -291 8 2,6 620 1460 -291 8 3,7 620 1460 -291 8 4,8 323 1631 -242 9 led 1,5 1907 -0 -322 9 2,6 1907 -0 -322 9 3,7 1907 -0 -322 9 4,8 1609 -0 -243 6 min temp 1,5 619 -0 -293 6 2,6 619 -0 -29

3 6 3,7 619 -0 -293 6 4,8 322 -0 -36

Basic factored design wind pressure on structure

LC WC Load Case Trans. Long. Notes# # Description Wind Wind

Press. Press.(Pa) (Pa)

----------------------------------------------------------- 1 8 vetar 2 600.0 0.02 9 led 0.0 0.03 6 min temp 0.0 0.0

No structure image available (requires PLS-POLE or TOWER structure)

Section #1 '1:Back'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\acsr 70_12', Ruling span (m) 174Sagging data: Catenary (m) 912.005 Condition I Temperature (deg C) 10Note: Temperature and condition above are program supplied defaults used forautomatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'

Ruling Span Sag Tension Report

---Weather Case--- | --Cable Load-- | ----R.S. Initial Cond.--- | -----R.S.Final Cond.---- | -----R.S. Final Cond.---- | | | | -------AfterCreep------- | --------After Load------- |# Description | Hor. Vert Res. | Max. Hori. % R.S. | Max. Hori. % R.S. | Max. Hori. % R.S. | | -----Load----- |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag | | -----(N/m)---- | (N) (N) (m) (m) | (N) (N)(m) (m) | (N) (N) (m) (m) |

--------------------------------------------------------------------------------------------------------------------------1 TEMP 0 0.00 2.84 2.84 2763 2743 10 966 3.92 2479 2457 9

865 4.38 2763 2743 10 966 3.922 TEMP 5 0.00 2.84 2.84 2684 2663 10 938 4.04 2420 2397 9

Page 5


6/12

Deonica 2 noseci sa adss report 844 4.49 2684 2663 10 938 4.043 TEMP 10 0.00 2.84 2.84 2611 2590 10 912 4.15 2365 2342 9 825 4.59 2611 2590 10 912 4.154 TEMP -5 0.00 2.84 2.84 2849 2829 11 996 3.80 2543 2521 9 888 4.27 2849 2829 11 996 3.805 TEMP 40 0.00 2.84 2.84 2264 2239 8 788 4.81 2094 2068 8

728 5.20 2264 2239 8 788 4.816 TEMP -20 0.00 2.84 2.84 3149 3132 12 1103 3.43 2763 2743 10 966 3.92 3149 3132 12 1103 3.437 VETAR -5 7.02 2.84 7.57 6355 6293 24 831 4.56 5892 5825 22 769 4.93 6355 6293 24 831 4.568 VETAR +5 7.02 2.84 7.57 6112 6047 23 798 4.74 5693 5623 21 743 5.10 6112 6047 23 798 4.749 LED -5 0.00 9.04 9.04 7299 7221 27 799 4.74 6812 6729 25 744 5.09 7299 7221 27 799 4.74

Section #2 '1:Back'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\acsr 70_12', Ruling span (m) 174Sagging data: Catenary (m) 912.005 Condition I Temperature (deg C) 10Note: Temperature and condition above are program supplied defaults used for

automatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'


---Weather Case--- | --Cable Load-- | ----R.S. Initial Cond.--- | -----R.S.Final Cond.---- | -----R.S. Final Cond.---- | | | | -------AfterCreep------- | --------After Load------- |# Description | Hor. Vert Res. | Max. Hori. % R.S. | Max. Hori. %

R.S. | Max. Hori. % R.S. | | -----Load----- |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag | | -----(N/m)---- | (N) (N) (m) (m) | (N) (N)(m) (m) | (N) (N) (m) (m) |

--------------------------------------------------------------------------------------------------------------------------1 TEMP 0 0.00 2.84 2.84 2763 2743 10 966 3.92 2479 2457 9 865 4.38 2763 2743 10 966 3.922 TEMP 5 0.00 2.84 2.84 2684 2663 10 938 4.04 2420 2397 9 844 4.49 2684 2663 10 938 4.043 TEMP 10 0.00 2.84 2.84 2611 2590 10 912 4.15 2365 2342 9 825 4.59 2611 2590 10 912 4.154 TEMP -5 0.00 2.84 2.84 2849 2829 11 996 3.80 2543 2521 9 888 4.27 2849 2829 11 996 3.80

5 TEMP 40 0.00 2.84 2.84 2264 2239 8 788 4.81 2094 2068 8 728 5.20 2264 2239 8 788 4.816 TEMP -20 0.00 2.84 2.84 3149 3132 12 1103 3.43 2763 2743 10 966 3.92 3149 3132 12 1103 3.437 VETAR -5 7.02 2.84 7.57 6355 6293 24 831 4.56 5892 5825 22 769 4.93 6355 6293 24 831 4.568 VETAR +5 7.02 2.84 7.57 6112 6047 23 798 4.74 5693 5623 21 743 5.10 6112 6047 23 798 4.749 LED -5 0.00 9.04 9.04 7299 7221 27 799 4.74 6812 6729 25 744 5.09 7299 7221 27 799 4.74

Section #3 '1:Back'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\acsr 70_12', Ruling span (m) 174Sagging data: Catenary (m) 912.005 Condition I Temperature (deg C) 10

Note: Temperature and condition above are program supplied defaults used forautomatic sagging.

Page 6


7/12

Deonica 2 noseci sa adss reportWeather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'



--------------------------------------------------------------------------------------------------------------------------

1 TEMP 0 0.00 2.84 2.84 2763 2743 10 966 3.92 2479 2457 9 865 4.38 2763 2743 10 966 3.922 TEMP 5 0.00 2.84 2.84 2684 2663 10 938 4.04 2420 2397 9 844 4.49 2684 2663 10 938 4.043 TEMP 10 0.00 2.84 2.84 2611 2590 10 912 4.15 2365 2342 9 825 4.59 2611 2590 10 912 4.154 TEMP -5 0.00 2.84 2.84 2849 2829 11 996 3.80 2543 2521 9 888 4.27 2849 2829 11 996 3.805 TEMP 40 0.00 2.84 2.84 2264 2239 8 788 4.81 2094 2068 8 728 5.20 2264 2239 8 788 4.816 TEMP -20 0.00 2.84 2.84 3149 3132 12 1103 3.43 2763 2743 10 966 3.92 3149 3132 12 1103 3.437 VETAR -5 7.02 2.84 7.57 6355 6293 24 831 4.56 5892 5825 22 769 4.93 6355 6293 24 831 4.568 VETAR +5 7.02 2.84 7.57 6112 6047 23 798 4.74 5693 5623 21

743 5.10 6112 6047 23 798 4.749 LED -5 0.00 9.04 9.04 7299 7221 27 799 4.74 6812 6729 25 744 5.09 7299 7221 27 799 4.74

Section #4 '1:Back'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\adss 13mm draka', Ruling span (m) 174Sagging data: Catenary (m) 3315.98 Condition I Temperature (deg C) 10Note: Temperature and condition above are program supplied defaults used forautomatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'



--------------------------------------------------------------------------------

------------------------------------------1 TEMP 0 0.00 1.41 1.41 4729 4726 18 3352 1.13 4625 4622 17

Page 7


8/12

Deonica 2 noseci sa adss report3278 1.15 4729 4726 18 3352 1.132 TEMP 5 0.00 1.41 1.41 4704 4701 18 3334 1.14 4600 4597 173260 1.16 4704 4701 18 3334 1.143 TEMP 10 0.00 1.41 1.41 4678 4676 18 3316 1.14 4574 4571 173242 1.17 4678 4676 18 3316 1.144 TEMP -5 0.00 1.41 1.41 4755 4752 18 3370 1.12 4653 4650 17

3298 1.15 4755 4752 18 3370 1.125 TEMP 40 0.00 1.41 1.41 4523 4520 17 3206 1.18 4422 4419 173134 1.21 4523 4520 17 3206 1.186 TEMP -20 0.00 1.41 1.41 4833 4831 18 3426 1.10 4729 4726 183352 1.13 4833 4831 18 3426 1.107 VETAR -5 7.86 1.41 7.99 7037 6975 26 873 4.34 6974 6910 26 865 4.38 7037 6975 26 873 4.348 VETAR +5 7.86 1.41 7.99 7005 6942 26 869 4.36 6941 6877 26 861 4.40 7005 6942 26 869 4.369 LED -5 0.00 7.61 7.61 6900 6842 26 899 4.21 6834 6775 26 890 4.25 6900 6842 26 899 4.21

Section #5 '1:Forward'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\acsr 70_12', Ruling span (m) 174

Sagging data: Catenary (m) 918.017 Condition I Temperature (deg C) 10Note: Temperature and condition above are program supplied defaults used forautomatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'


---Weather Case--- | --Cable Load-- | ----R.S. Initial Cond.--- | -----R.S.Final Cond.---- | -----R.S. Final Cond.---- | | | | -------After

Creep------- | --------After Load------- |# Description | Hor. Vert Res. | Max. Hori. % R.S. | Max. Hori. % R.S. | Max. Hori. % R.S. | | -----Load----- |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag | | -----(N/m)---- | (N) (N) (m) (m) | (N) (N)(m) (m) | (N) (N) (m) (m) |

--------------------------------------------------------------------------------------------------------------------------1 TEMP 0 0.00 2.84 2.84 2774 2763 10 973 3.89 2485 2471 9 870 4.35 2774 2763 10 973 3.892 TEMP 5 0.00 2.84 2.84 2693 2681 10 944 4.01 2424 2411 9 849 4.46 2693 2681 10 944 4.013 TEMP 10 0.00 2.84 2.84 2619 2606 10 918 4.13 2368 2354 9 829 4.57 2619 2606 10 918 4.13

4 TEMP -5 0.00 2.84 2.84 2861 2850 11 1004 3.77 2550 2537 10 893 4.24 2861 2850 11 1004 3.775 TEMP 40 0.00 2.84 2.84 2265 2251 8 792 4.78 2092 2076 8 731 5.18 2265 2251 8 792 4.786 TEMP -20 0.00 2.84 2.84 3171 3161 12 1113 3.40 2774 2763 10 973 3.89 3171 3161 12 1113 3.407 VETAR -5 7.02 2.84 7.57 6359 6322 24 835 4.54 5890 5851 22 773 4.90 6359 6322 24 835 4.548 VETAR +5 7.02 2.84 7.57 6114 6076 23 802 4.72 5686 5645 21 745 5.08 6114 6076 23 802 4.729 LED -5 0.00 9.04 9.04 7299 7253 27 802 4.72 6805 6756 25 747 5.07 7299 7253 27 802 4.72

Section #6 '1:Forward'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za sve

modele\kablovi modeli\acsr 70_12', Ruling span (m) 174Sagging data: Catenary (m) 918.017 Condition I Temperature (deg C) 10

Page 8


9/12

Deonica 2 noseci sa adss reportNote: Temperature and condition above are program supplied defaults used forautomatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase

'TEMP -20'



--------------------------------------------------------------------------------------------------------------------------1 TEMP 0 0.00 2.84 2.84 2774 2763 10 973 3.89 2485 2471 9 870 4.35 2774 2763 10 973 3.892 TEMP 5 0.00 2.84 2.84 2693 2681 10 944 4.01 2424 2411 9 849 4.46 2693 2681 10 944 4.013 TEMP 10 0.00 2.84 2.84 2619 2606 10 918 4.13 2368 2354 9 829 4.57 2619 2606 10 918 4.134 TEMP -5 0.00 2.84 2.84 2861 2850 11 1004 3.77 2550 2537 10 893 4.24 2861 2850 11 1004 3.775 TEMP 40 0.00 2.84 2.84 2265 2251 8 792 4.78 2092 2076 8 731 5.18 2265 2251 8 792 4.786 TEMP -20 0.00 2.84 2.84 3171 3161 12 1113 3.40 2774 2763 10 973 3.89 3171 3161 12 1113 3.407 VETAR -5 7.02 2.84 7.57 6359 6322 24 835 4.54 5890 5851 22

773 4.90 6359 6322 24 835 4.548 VETAR +5 7.02 2.84 7.57 6114 6076 23 802 4.72 5686 5645 21 745 5.08 6114 6076 23 802 4.729 LED -5 0.00 9.04 9.04 7299 7253 27 802 4.72 6805 6756 25 747 5.07 7299 7253 27 802 4.72

Section #7 '1:Forward'Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\acsr 70_12', Ruling span (m) 174Sagging data: Catenary (m) 918.017 Condition I Temperature (deg C) 10Note: Temperature and condition above are program supplied defaults used forautomatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load:

'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'


---Weather Case--- | --Cable Load-- | ----R.S. Initial Cond.--- | -----R.S.Final Cond.---- | -----R.S. Final Cond.---- | | | | -------AfterCreep------- | --------After Load------- |# Description | Hor. Vert Res. | Max. Hori. % R.S. | Max. Hori. % R.S. | Max. Hori. % R.S. | | -----Load----- |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag | | -----(N/m)---- | (N) (N) (m) (m) | (N) (N)

(m) (m) | (N) (N) (m) (m) |--------------------------------------------------------------------------------

Page 9


10/12

Deonica 2 noseci sa adss report------------------------------------------1 TEMP 0 0.00 2.84 2.84 2774 2763 10 973 3.89 2485 2471 9 870 4.35 2774 2763 10 973 3.892 TEMP 5 0.00 2.84 2.84 2693 2681 10 944 4.01 2424 2411 9 849 4.46 2693 2681 10 944 4.013 TEMP 10 0.00 2.84 2.84 2619 2606 10 918 4.13 2368 2354 9

829 4.57 2619 2606 10 918 4.134 TEMP -5 0.00 2.84 2.84 2861 2850 11 1004 3.77 2550 2537 10 893 4.24 2861 2850 11 1004 3.775 TEMP 40 0.00 2.84 2.84 2265 2251 8 792 4.78 2092 2076 8 731 5.18 2265 2251 8 792 4.786 TEMP -20 0.00 2.84 2.84 3171 3161 12 1113 3.40 2774 2763 10 973 3.89 3171 3161 12 1113 3.407 VETAR -5 7.02 2.84 7.57 6359 6322 24 835 4.54 5890 5851 22 773 4.90 6359 6322 24 835 4.548 VETAR +5 7.02 2.84 7.57 6114 6076 23 802 4.72 5686 5645 21 745 5.08 6114 6076 23 802 4.729 LED -5 0.00 9.04 9.04 7299 7253 27 802 4.72 6805 6756 25 747 5.07 7299 7253 27 802 4.72

Section #8 '1:Forward'

Cable 'l:\sloba\dokumenti\od srdjana\modeli pls cadd\bitne fajle za svemodele\kablovi modeli\adss 13mm draka', Ruling span (m) 174Sagging data: Catenary (m) 3341.34 Condition I Temperature (deg C) 10Note: Temperature and condition above are program supplied defaults used forautomatic sagging.Weather case for final after creep TEMP 10, Equivalent to 20.0 (deg C)temperature increaseWeather cases for final after load: 'LED -5' (controlling case), Equivalent to 0.1 (deg C) temperature increase 'TEMP -20'


---Weather Case--- | --Cable Load-- | ----R.S. Initial Cond.--- | -----R.S.

Final Cond.---- | -----R.S. Final Cond.---- | | | | -------AfterCreep------- | --------After Load------- |# Description | Hor. Vert Res. | Max. Hori. % R.S. | Max. Hori. % R.S. | Max. Hori. % R.S. | | -----Load----- |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag |Tens. Tens. UL C Sag | | -----(N/m)---- | (N) (N) (m) (m) | (N) (N)(m) (m) | (N) (N) (m) (m) |

--------------------------------------------------------------------------------------------------------------------------1 TEMP 0 0.00 1.41 1.41 4766 4764 18 3379 1.12 4662 4660 183305 1.15 4766 4764 18 3379 1.122 TEMP 5 0.00 1.41 1.41 4738 4737 18 3359 1.13 4637 4635 173287 1.15 4738 4737 18 3359 1.13

3 TEMP 10 0.00 1.41 1.41 4713 4711 18 3341 1.13 4609 4607 173268 1.16 4713 4711 18 3341 1.134 TEMP -5 0.00 1.41 1.41 4792 4790 18 3397 1.11 4688 4686 183323 1.14 4792 4790 18 3397 1.115 TEMP 40 0.00 1.41 1.41 4558 4556 17 3231 1.17 4456 4454 173159 1.20 4558 4556 17 3231 1.176 TEMP -20 0.00 1.41 1.41 4868 4866 18 3451 1.10 4766 4764 183379 1.12 4868 4866 18 3451 1.107 VETAR -5 7.86 1.41 7.99 7035 6998 26 876 4.32 6970 6933 26 868 4.36 7035 6998 26 876 4.328 VETAR +5 7.86 1.41 7.99 7003 6966 26 872 4.34 6937 6900 26 864 4.38 7003 6966 26 872 4.349 LED -5 0.00 7.61 7.61 6899 6865 26 902 4.20 6832 6798 26 893 4.24 6899 6865 26 902 4.20

Check Section Report

Page 10


11/12

Deonica 2 noseci sa adss report

WC Weather Case Condition Allowable Actual Allowable ActualAllowable Actual % of OK No. Description % of % of Tension TensionCatenary Catenary Allowable or Ultimate Ultimate (N) (N)

(m) (m) Capacity NG-------------------------------------------------------------------------------------------------------------


WC Weather Case Condition Allowable Actual Allowable ActualAllowable Actual % of OK No. Description % of % of Tension TensionCatenary Catenary Allowable or Ultimate Ultimate (N) (N)(m) (m) Capacity NG-------------------------------------------------------------------------------------------------------------






WC Weather Case Condition Allowable Actual Allowable ActualAllowable Actual % of OK

No. Description % of % of Tension TensionCatenary Catenary Allowable or Ultimate Ultimate (N) (N)(m) (m) Capacity NG-------------------------------------------------------------------------------------------------------------


WC Weather Case Condition Allowable Actual Allowable ActualAllowable Actual % of OK No. Description % of % of Tension TensionCatenary Catenary Allowable or Ultimate Ultimate (N) (N)

(m) (m) Capacity NG--------------------------------------------------------------------------------

Page 11


12/12

Deonica 2 noseci sa adss report-----------------------------


WC Weather Case Condition Allowable Actual Allowable Actual

Allowable Actual % of OK No. Description % of % of Tension TensionCatenary Catenary Allowable or Ultimate Ultimate (N) (N)(m) (m) Capacity NG-------------------------------------------------------------------------------------------------------------


WC Weather Case Condition Allowable Actual Allowable ActualAllowable Actual % of OK No. Description % of % of Tension TensionCatenary Catenary Allowable or

Ultimate Ultimate (N) (N)(m) (m) Capacity NG

Page 12

1 staad analysis

Documents

Transcript of 1 staad analysis