1 - Complete
description
Transcript of 1 - Complete
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112.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Cable Temperature Analysis
Electrical Transient Analyzer Program
Method: Neher-McGrath
Underground Cable Raceway Systems
Number of Number of
Cable RacewaysID
Unit 2800 Section B1 3 0
U/G System
Ext. Heat Sources
88.0 90.0
C
Warning
C
Alarm
Temperature Limits
35.0
C
Ambient Temperature
90.0
C-cm/Watt
RHO
Clay Dry
Type
Soil
Multiplying Factors (MF)
Application MF: Not Considered
Individual Growth Factor: Not Considered
Global Growth Factor: 100 %
Output File: C:\Users\scgoudgaon\Desktop\Test\Test-3\1.CD1
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212.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Underground Cable Raceway Systems (RW2-DB-01)
Duct Bank Raceway Data:
ID cmHeight Width
cm Type
FillAverage Distance Center-to-Center
cmC-cm/WattRHO
cmHorizontal
cmVertical
Numberof
Conduits
Numberof
Cables
Reference Distance Dimension
Heavy Aggregate 85.0 48 17 17.41 0.00 45.00 76.00 198.00RW2-DB-01
Conduit Data:
ID Type mmSize Thickness
cm C-cm/WattRHO Thermal R Fill
%ODcmcm cm
Horizontal VerticalOhm-m
Reference Distance
DB101 8.25 13.25 PVC__40 103 0.602 11.430 600.0
DB113 8.25 29.75 PVC__40 103 0.602 11.430 600.0 0.347 9.97 2.00
DB125 8.25 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 3.00
DB137 8.20 62.70 PVC__40 103 0.602 11.430 600.0 0.347 15.07 4.00
DB102 24.75 13.25 PVC__40 103 0.602 11.430 600.0 5.00
DB103 41.25 13.25 PVC__40 103 0.602 11.430 600.0 6.00
DB104 57.75 13.25 PVC__40 103 0.602 11.430 600.0 7.00
DB105 74.25 13.25 PVC__40 103 0.602 11.430 600.0 8.00
DB106 90.75 13.25 PVC__40 103 0.602 11.430 600.0 9.00
DB107 107.30 13.25 PVC__40 103 0.602 11.430 600.0 10.00
DB108 123.80 13.25 PVC__40 103 0.602 11.430 600.0 11.00
DB109 140.30 13.25 PVC__40 103 0.602 11.430 600.0 12.00
DB110 156.80 13.25 PVC__40 103 0.602 11.430 600.0 13.00
DB111 173.30 13.25 PVC__40 103 0.602 11.430 600.0 14.00
DB112 189.80 13.25 PVC__40 103 0.602 11.430 600.0 15.00
DB114 24.75 29.75 PVC__40 103 0.602 11.430 600.0 0.347 20.64 16.00
DB115 41.25 29.75 PVC__40 103 0.602 11.430 600.0 0.347 26.17 17.00
DB116 57.75 29.75 PVC__40 103 0.602 11.430 600.0 18.00
DB117 74.25 29.75 PVC__40 103 0.602 11.430 600.0 19.00
DB118 90.75 29.75 PVC__40 103 0.602 11.430 600.0 20.00
DB119 107.30 29.70 PVC__40 103 0.602 11.430 600.0 0.347 30.97 21.00
DB120 123.80 29.75 PVC__40 103 0.602 11.430 600.0 0.347 26.19 22.00
DB121 140.30 29.75 PVC__40 103 0.602 11.430 600.0 23.00
DB122 156.70 29.70 PVC__40 103 0.602 11.430 600.0 24.00
DB123 173.30 29.75 PVC__40 103 0.602 11.430 600.0 25.00
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312.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Conduit Data:
ID Type mmSize Thickness
cm C-cm/WattRHO Thermal R Fill
%ODcmcm cm
Horizontal VerticalOhm-m
Reference Distance
DB124 189.80 29.75 PVC__40 103 0.602 11.430 600.0
DB126 24.75 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 2.00
DB127 41.25 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 3.00
DB128 57.75 46.25 PVC__40 103 0.602 11.430 600.0 4.00
DB129 74.25 46.25 PVC__40 103 0.602 11.430 600.0 0.347 28.74 5.00
DB130 90.75 46.25 PVC__40 103 0.602 11.430 600.0 6.00
DB131 107.30 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 7.00
DB132 123.80 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 8.00
DB133 140.30 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 9.00
DB134 156.80 46.25 PVC__40 103 0.602 11.430 600.0 10.00
DB135 173.30 46.25 PVC__40 103 0.602 11.430 600.0 11.00
DB136 189.80 46.25 PVC__40 103 0.602 11.430 600.0 12.00
DB138 24.75 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 13.00
DB139 41.25 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 14.00
DB140 57.75 62.75 PVC__40 103 0.602 11.430 600.0 15.00
DB141 74.25 62.75 PVC__40 103 0.602 11.430 600.0 16.00
DB142 90.75 62.75 PVC__40 103 0.602 11.430 600.0 17.00
DB143 107.30 62.70 PVC__40 103 0.602 11.430 600.0 0.347 15.07 18.00
DB144 123.80 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 19.00
DB145 140.30 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 20.00
DB146 156.80 62.75 PVC__40 103 0.602 11.430 600.0 21.00
DB147 173.30 62.75 PVC__40 103 0.602 11.430 600.0 22.00
DB148 189.80 62.75 PVC__40 103 0.602 11.430 600.0 23.00
* Warning - Industry representatives recommend avoiding a jam ratio of 2.8 to 3.2.# Alarm - Cable jamming may occur when jam ratio is in between 2.74 and 2.8.
Cable Data:
ID kV Amp
Load
%Current Factor
%Factor
Type
Conductor
ConstructionRated
0.00
PhaseThickness
Insulation
mmThermal RPer
Type
Growth 0.00
Size No. Ohm-m
Individual
PC-28-PLLN-SS4-E-04 2/0 1.000 100 ConRnd-NTCU 1 3.0RUBBER610 0.439 100 1/C 47.00
MP-GM-2803 750 5.000 100 ConRnd-NTCU 2.00 4 4.8RUBBER610 100 0.313 2.001/C 662.00
MP-GM-2805A 300 1.000 100 ConRnd-NTCU 3.00 1 3.7RUBBER610 100 0.367 3.001/C 78.20
MP-GM-2808A 500 1.000 100 ConRnd-NTCU 4.00 1 3.7RUBBER610 100 0.296 4.001/C 108.30
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412.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Cable Data:
ID kV Amp
Load
%Current Factor
%Factor
Type
Conductor
ConstructionRated
0.00
PhaseThickness
Insulation
mmThermal RPer
Type
Growth 0.00
Size No. Ohm-m
Individual
MP-GM-2830B 2 1.000 100 ConRnd-NTCU 1 2.5RUBBER 0.911 100 3/C 34.00
MP-GM-2843B 8 1.000 100 ConRnd-NTCU 2.00 1 2.0RUBBER 100 1.156 2.003/C 6.00
PC-28-AH-AC-01A 8 1.000 100 ConRnd-NTCU 3.00 1 2.0RUBBER 100 1.156 3.003/C 12.03
PC-28-AH-AH-01A 8 1.000 100 ConRnd-NTCU 4.00 1 2.0RUBBER 100 1.156 4.003/C 1.50
PC-28-AH-EDH-01A 8 1.000 100 ConRnd-NTCU 5.00 1 2.0RUBBER 100 1.156 5.003/C 5.35
SSW-GM-2807B 8 1.000 100 ConRnd-NTCU 6.00 1 2.0RUBBER 100 1.156 6.003/C 3.00
MP-GM-2830A 2 1.000 100 ConRnd-NTCU 7.00 1 2.5RUBBER 100 0.911 7.003/C 34.00
PC-28-PLCP-SS4-E-01 8 1.000 100 ConRnd-NTCU 8.00 1 2.0RUBBER 100 1.156 8.003/C 13.36
MP-GM-2809A 1/0 1.000 100 ConRnd-NTCU 9.00 1 3.0RUBBER 100 0.881 9.003/C 46.00
PC-28-AH-HCP-01 6 1.000 100 ConRnd-NTCU 10.00 1 2.5RUBBER 100 1.151 10.003/C 5.21
MP-SSW-GM-2808B 8 1.000 100 ConRnd-NTCU 11.00 1 2.0RUBBER 100 1.156 11.003/C 3.00
MP-SSW-GM-2805B 8 1.000 100 ConRnd-NTCU 12.00 1 2.0RUBBER 100 1.156 12.003/C 3.00
Cable133 350 5.000 100 ConRnd-NTCU 13.00 1 4.8RUBBER610 100 0.430 13.001/C 105.00
ID Ohm/mType
JacketShielding
@ 25CType
0.00
EndType
Thicknessmm
RdcDiameter
cmmmThickness
OutsideSheath
TypeArmor
ConnectionStatus
PC-28-PLLN-SS4-E-04 None Open 266.02 1.86NONE
MP-GM-2803 Open 47.04 2.00Yes Copper NONE 3.97 0.1
MP-GM-2805A Open 118.02 3.00None NONE 2.68
MP-GM-2808A Open 70.97 4.00None NONE 3.02
MP-GM-2830B Open 533.69 5.00None NONE 2.85
MP-GM-2843B Open 2140.27 6.00None NONE 1.80
PC-28-AH-AC-01A Open 2140.27 7.00None NONE 1.80
PC-28-AH-AH-01A Open 2140.27 8.00None NONE 1.80
PC-28-AH-EDH-01A Open 2140.27 9.00None NONE 1.80
SSW-GM-2807B Open 2140.27 10.00None NONE 1.80
MP-GM-2830A Open 533.69 11.00None NONE 2.85
PC-28-PLCP-SS4-E-01 Open 2140.27 12.00None NONE 1.80
MP-GM-2809A Open 335.62 13.00None NONE 3.55
PC-28-AH-HCP-01 Open 1350.73 14.00None NONE 2.26
MP-SSW-GM-2808B Open 2140.27 15.00None NONE 1.80
MP-SSW-GM-2805B Open 2140.27 16.00None NONE 1.80
Cable133 Open 100.96 17.00Yes Copper NONE 3.16 0.1
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512.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Analysis Results (RW2-DB-01)
DielectricLossesWatt/m Yc Ys
Temp.C
ConductorLossesWatt/mCable ID Conduit/Location ID Cable
Conductorper
per Cable
EnergizedConductor
Rdc @ 0.00
AmpNo.Final Temp. Current
Ohm/m
Cable133-1A DB129 1 1 110.11 0.078 0.022 0.004 48.51 1.241 105.00 1
Cable133-1B DB129 1 1 110.11 0.078 0.022 0.004 48.51 1.241 2.00 105.00 2
Cable133-1C DB129 1 1 110.11 0.078 0.022 0.004 48.51 1.241 3.00 105.00 3
MP-GM-2803-1A DB137 1 1 50.77 0.108 0.048 0.001 45.58 1.458 4.00 165.50 4
MP-GM-2803-1B DB138 1 1 50.94 0.108 0.048 0.001 46.49 1.462 5.00 165.50 5
MP-GM-2803-1C DB139 1 1 51.01 0.108 0.048 0.001 46.91 1.464 6.00 165.50 6
MP-GM-2803-2A DB143 1 1 51.22 0.108 0.047 0.001 48.04 1.469 7.00 165.50 7
MP-GM-2803-2B DB144 1 1 51.23 0.108 0.047 0.001 48.11 1.470 8.00 165.50 8
MP-GM-2803-2C DB145 1 1 51.15 0.108 0.048 0.001 47.69 1.468 9.00 165.50 9
MP-GM-2803-3A DB125 1 1 50.76 0.108 0.048 0.001 45.50 1.457 10.00 165.50 10
MP-GM-2803-3B DB126 1 1 50.94 0.108 0.048 0.001 46.51 1.462 11.00 165.50 11
MP-GM-2803-3C DB127 1 1 51.01 0.108 0.048 0.001 46.91 1.464 12.00 165.50 12
MP-GM-2803-4A DB131 1 1 51.24 0.108 0.047 0.001 48.18 1.470 13.00 165.50 13
MP-GM-2803-4B DB132 1 1 51.24 0.108 0.047 0.001 48.15 1.470 14.00 165.50 14
MP-GM-2803-4C DB133 1 1 51.10 0.108 0.048 0.001 47.41 1.466 15.00 165.50 15
MP-GM-2805A-1A DB114 1 1 127.45 0.004 0.018 0.000 45.73 0.794 16.00 78.20 16
MP-GM-2805A-1B DB114 1 1 127.45 0.004 0.018 0.000 45.73 0.794 17.00 78.20 17
MP-GM-2805A-1C DB114 1 1 127.45 0.004 0.018 0.000 45.73 0.794 18.00 78.20 18
MP-GM-2808A-1A DB115 1 1 76.79 0.005 0.059 0.000 46.27 0.954 19.00 108.30 19
MP-GM-2808A-1B DB115 1 1 76.79 0.005 0.059 0.000 46.27 0.954 20.00 108.30 20
MP-GM-2808A-1C DB115 1 1 76.79 0.005 0.059 0.000 46.27 0.954 21.00 108.30 21
MP-GM-2809A DB120 3 3 365.88 0.000 0.002 0.000 48.40 2.328 22.00 46.00 22
MP-GM-2830A DB119 3 2 582.83 0.000 0.001 0.000 48.89 1.349 23.00 34.00 23
MP-GM-2830B DB119 3 3 582.83 0.000 0.001 0.000 48.89 2.023 24.00 34.00 24
MP-GM-2843B DB119 3 3 2333.06 0.000 0.000 0.000 48.38 0.252 25.00 6.00 25
MP-SSW-GM-2805B DB120 3 2 2327.82 0.000 0.000 0.000 47.74 0.042 26.00 3.00 26
MP-SSW-GM-2808B DB120 3 2 2327.82 0.000 0.000 0.000 47.74 0.042 27.00 3.00 27
PC-28-AH-AC-01A DB119 3 3 2335.48 0.000 0.000 0.000 48.67 1.014 28.00 12.03 28
PC-28-AH-AH-01A DB119 3 3 2332.30 0.000 0.000 0.000 48.28 0.016 29.00 1.50 29
PC-28-AH-EDH-01A DB119 3 3 2332.89 0.000 0.000 0.000 48.36 0.200 30.00 5.35 30
PC-28-AH-HCP-01 DB120 3 2 1469.21 0.000 0.000 0.000 47.76 0.080 31.00 5.21 31
PC-28-PLCP-SS4-E-01 DB120 3 3 2331.59 0.000 0.000 0.000 48.20 1.249 32.00 13.36 32
PC-28-PLLN-SS4-E-04-1A DB113 1 1 286.35 0.003 0.004 0.000 44.83 0.635 33.00 47.00 33
PC-28-PLLN-SS4-E-04-1B DB113 1 1 286.35 0.003 0.004 0.000 44.83 0.635 34.00 47.00 34
PC-28-PLLN-SS4-E-04-1C DB113 1 1 286.35 0.003 0.004 0.000 44.83 0.635 35.00 47.00 35
SSW-GM-2807B DB119 3 3 2332.45 0.000 0.000 0.000 48.30 0.063 36.00 3.00 36
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612.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Analysis Results (RW2-DB-01)
DielectricLossesWatt/m Yc Ys
Temp.C
ConductorLossesWatt/mCable ID Conduit/Location ID Cable
Conductorper
per Cable
EnergizedConductor
Rdc @ 0.00
AmpNo.Final Temp. Current
Ohm/m
SSW-GM-2807B DB119 3 3 2332.45 0.000 0.000 0.000 48.30 0.063 3.00 36
Yc = Increment of AC/DC resistance ratio due to AC current skin and proximity effectYs = Increment of AC/DC resistance ratio due to losses of circulation and eddy current effect in shield , sheath and armor
-
712.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Summary (RW2-DB-01)
Cable ID Conduit/Location ID
0.00
No.Current Temp.
CAmpSize
Cable133-1A DB129 48.51350 105.00F F 1
Cable133-1B DB129 48.51350 105.00F 2.00 2
Cable133-1C DB129 48.51350 105.00F 3.00 3
MP-GM-2803-1A DB137 45.58750 165.50F 4.00 4
MP-GM-2803-1B DB138 46.49750 165.50F 5.00 5
MP-GM-2803-1C DB139 46.91750 165.50F 6.00 6
MP-GM-2803-2A DB143 48.04750 165.50F 7.00 7
MP-GM-2803-2B DB144 48.11750 165.50F 8.00 8
MP-GM-2803-2C DB145 47.69750 165.50F 9.00 9
MP-GM-2803-3A DB125 45.50750 165.50F 10.00 10
MP-GM-2803-3B DB126 46.51750 165.50F 11.00 11
MP-GM-2803-3C DB127 46.91750 165.50F 12.00 12
MP-GM-2803-4A DB131 48.18750 165.50F 13.00 13
MP-GM-2803-4B DB132 48.15750 165.50F 14.00 14
MP-GM-2803-4C DB133 47.41750 165.50F 15.00 15
MP-GM-2805A-1A DB114 45.73300 78.20F 16.00 16
MP-GM-2805A-1B DB114 45.73300 78.20F 17.00 17
MP-GM-2805A-1C DB114 45.73300 78.20F 18.00 18
MP-GM-2808A-1A DB115 46.27500 108.30F 19.00 19
MP-GM-2808A-1B DB115 46.27500 108.30F 20.00 20
MP-GM-2808A-1C DB115 46.27500 108.30F 21.00 21
MP-GM-2809A DB120 48.401/0 46.00F 22.00 22
MP-GM-2830A DB119 48.892 34.00F 23.00 23
MP-GM-2830B DB119 48.892 34.00F 24.00 24
MP-GM-2843B DB119 48.388 6.00F 25.00 25
MP-SSW-GM-2805B DB120 47.748 3.00F 26.00 26
MP-SSW-GM-2808B DB120 47.748 3.00F 27.00 27
PC-28-AH-AC-01A DB119 48.678 12.03F 28.00 28
PC-28-AH-AH-01A DB119 48.288 1.50F 29.00 29
PC-28-AH-EDH-01A DB119 48.368 5.35F 30.00 30
PC-28-AH-HCP-01 DB120 47.766 5.21F 31.00 31
PC-28-PLCP-SS4-E-01 DB120 48.208 13.36F 32.00 32
PC-28-PLLN-SS4-E-04-1A DB113 44.832/0 47.00F 33.00 33
PC-28-PLLN-SS4-E-04-1B DB113 44.832/0 47.00F 34.00 34
PC-28-PLLN-SS4-E-04-1C DB113 44.832/0 47.00F 35.00 35
SSW-GM-2807B DB119 48.308 3.00F 36.00 36
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812.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
F Indicates fixed cable size in cable sizing calculations or fixed cable ampacity in uniform ampacity calculation* Indicates a cable temperature exceeding its limit# Indicates a cable temperature exceeding its marginal limit
-
912.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Underground Cable Raceway Systems (RW3)
Duct Bank Raceway Data:
ID cmHeight Width
cm Type
FillAverage Distance Center-to-Center
cmC-cm/WattRHO
cmHorizontal
cmVertical
Numberof
Conduits
Numberof
Cables
Reference Distance Dimension
Heavy Aggregate 85.0 48 15 16.49 396.00 45.00 76.00 198.00RW3
Conduit Data:
ID Type mmSize Thickness
cm C-cm/WattRHO Thermal R Fill
%ODcmcm cm
Horizontal VerticalOhm-m
Reference Distance
DB301 8.25 13.25 PVC__40 103 0.602 11.430 600.0
DB302 24.75 13.25 PVC__40 103 0.602 11.430 600.0 2.00
DB303 41.25 13.25 PVC__40 103 0.602 11.430 600.0 3.00
DB304 57.75 13.25 PVC__40 103 0.602 11.430 600.0 4.00
DB305 74.25 13.25 PVC__40 103 0.602 11.430 600.0 5.00
DB306 90.75 13.25 PVC__40 103 0.602 11.430 600.0 6.00
DB307 107.30 13.25 PVC__40 103 0.602 11.430 600.0 7.00
DB308 123.80 13.20 PVC__40 103 0.602 11.430 600.0 8.00
DB309 140.30 13.25 PVC__40 103 0.602 11.430 600.0 9.00
DB310 156.80 13.25 PVC__40 103 0.602 11.430 600.0 10.00
DB311 173.30 13.25 PVC__40 103 0.602 11.430 600.0 11.00
DB312 189.80 13.25 PVC__40 103 0.602 11.430 600.0 12.00
DB313 8.25 29.75 PVC__40 103 0.602 11.430 600.0 13.00
DB314 24.75 29.75 PVC__40 103 0.602 11.430 600.0 14.00
DB315 41.25 29.75 PVC__40 103 0.602 11.430 600.0 15.00
DB316 57.75 29.75 PVC__40 103 0.602 11.430 600.0 16.00
DB317 74.25 29.75 PVC__40 103 0.602 11.430 600.0 17.00
DB318 90.75 29.75 PVC__40 103 0.602 11.430 600.0 18.00
DB319 107.30 29.75 PVC__40 103 0.602 11.430 600.0 19.00
DB320 123.80 29.75 PVC__40 103 0.602 11.430 600.0 20.00
DB321 140.30 29.75 PVC__40 103 0.602 11.430 600.0 21.00
DB322 156.80 29.75 PVC__40 103 0.602 11.430 600.0 22.00
DB323 173.30 29.75 PVC__40 103 0.602 11.430 600.0 0.347 30.27 23.00
DB324 189.80 29.75 PVC__40 103 0.602 11.430 600.0 0.347 32.49 24.00
DB325 8.25 46.20 PVC__40 103 0.602 11.430 600.0 25.00
-
10
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Conduit Data:
ID Type mmSize Thickness
cm C-cm/WattRHO Thermal R Fill
%ODcmcm cm
Horizontal VerticalOhm-m
Reference Distance
DB326 24.75 46.25 PVC__40 103 0.602 11.430 600.0
DB327 41.25 46.25 PVC__40 103 0.602 11.430 600.0 2.00
DB328 57.75 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 3.00
DB329 74.25 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 4.00
DB330 90.75 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 5.00
DB331 107.30 46.25 PVC__40 103 0.602 11.430 600.0 6.00
DB332 123.80 46.25 PVC__40 103 0.602 11.430 600.0 7.00
DB333 140.30 46.25 PVC__40 103 0.602 11.430 600.0 8.00
DB334 156.80 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 9.00
DB335 173.30 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 10.00
DB336 189.80 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 11.00
DB337 8.25 62.75 PVC__40 103 0.602 11.430 600.0 12.00
DB338 24.75 62.75 PVC__40 103 0.602 11.430 600.0 13.00
DB339 41.25 62.75 PVC__40 103 0.602 11.430 600.0 14.00
DB340 57.75 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 15.00
DB341 74.25 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 16.00
DB342 90.75 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 17.00
DB343 107.30 62.75 PVC__40 103 0.602 11.430 600.0 18.00
DB344 123.80 62.75 PVC__40 103 0.602 11.430 600.0 19.00
DB345 140.30 62.75 PVC__40 103 0.602 11.430 600.0 20.00
DB346 156.80 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 21.00
DB347 173.30 62.75 PVC__40 103 0.602 11.430 600.0 0.347 15.07 22.00
DB348 189.80 62.70 PVC__40 103 0.602 11.430 600.0 0.347 15.07 23.00
* Warning - Industry representatives recommend avoiding a jam ratio of 2.8 to 3.2.# Alarm - Cable jamming may occur when jam ratio is in between 2.74 and 2.8.
Cable Data:
ID kV Amp
Load
%Current Factor
%Factor
Type
Conductor
ConstructionRated
0.00
PhaseThickness
Insulation
mmThermal RPer
Type
Growth 0.00
Size No. Ohm-m
Individual
PC-28-PLLN-SS4-E-03 1/0 1.000 100 ConRnd-NTCU 1 3.0RUBBER 0.881 100 3/C 46.78
PC-28-PLCO-SS4-E-02 1/0 1.000 100 ConRnd-NTCU 2.00 1 3.0RUBBER 100 0.881 2.003/C 40.09
MP-GM-G2834B 8 1.000 100 ConRnd-NTCU 3.00 1 2.0RUBBER 100 1.156 3.003/C 18.00
MP-GM-G2835 8 1.000 100 ConRnd-NTCU 4.00 1 2.0RUBBER 100 1.156 4.003/C 3.80
-
11
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Cable Data:
ID kV Amp
Load
%Current Factor
%Factor
Type
Conductor
ConstructionRated
0.00
PhaseThickness
Insulation
mmThermal RPer
Type
Growth 0.00
Size No. Ohm-m
Individual
MP-GM-G2831B 8 1.000 100 ConRnd-NTCU 1 2.0RUBBER 1.156 100 3/C 18.00
MP-GM-G2840A 8 1.000 100 ConRnd-NTCU 2.00 1 2.0RUBBER 100 1.156 2.003/C 8.90
MP-GM-G2841B 8 1.000 100 ConRnd-NTCU 3.00 1 2.0RUBBER 100 1.156 3.003/C 11.60
MP-GM-G2832 8 1.000 100 ConRnd-NTCU 4.00 1 2.0RUBBER 100 1.156 4.003/C 3.80
MP-GM-G2833 8 1.000 100 ConRnd-NTCU 5.00 1 2.0RUBBER 100 1.156 5.003/C 5.90
MP-GM-G2836 8 1.000 100 ConRnd-NTCU 6.00 1 2.0RUBBER 100 1.156 6.003/C 5.90
PC-28-BH-2817 2 1.000 100 ConRnd-NTCU 7.00 1 2.5RUBBER 100 0.911 7.003/C 44.10
PC-SSW-GM-2804C 8 1.000 100 ConRnd-NTCU 8.00 1 2.0RUBBER 100 1.156 8.003/C 3.00
PC-SSW-GM-2801B 8 1.000 100 ConRnd-NTCU 9.00 1 2.0RUBBER 100 1.156 9.003/C 3.00
Cable206 750 5.000 100 ConRnd-NTCU 10.00 1 4.8RUBBER610 100 0.313 10.001/C 166.00
MP-GM-2801A. 750 5.000 100 ConRnd-NTCU 11.00 3 4.8RUBBER610 100 0.313 11.001/C 524.00
ID Ohm/mType
JacketShielding
@ 25CType
0.00
EndType
Thicknessmm
RdcDiameter
cmmmThickness
OutsideSheath
TypeArmor
ConnectionStatus
PC-28-PLLN-SS4-E-03 None Open 335.62 3.55NONE
PC-28-PLCO-SS4-E-02 Open 335.62 2.00None NONE 3.55
MP-GM-G2834B Open 2140.27 3.00None NONE 1.80
MP-GM-G2835 Open 2140.27 4.00None NONE 1.80
MP-GM-G2831B Open 2140.27 5.00None NONE 1.80
MP-GM-G2840A Open 2140.27 6.00None NONE 1.80
MP-GM-G2841B Open 2140.27 7.00None NONE 1.80
MP-GM-G2832 Open 2140.27 8.00None NONE 1.80
MP-GM-G2833 Open 2140.27 9.00None NONE 1.80
MP-GM-G2836 Open 2140.27 10.00None NONE 1.80
PC-28-BH-2817 Open 533.69 11.00None NONE 2.85
PC-SSW-GM-2804C Open 2140.27 12.00None NONE 1.80
PC-SSW-GM-2801B Open 2140.27 13.00None NONE 1.80
Cable206 Open 47.04 14.00Yes Copper NONE 3.97 0.1
MP-GM-2801A. Open 47.04 15.00Yes Copper NONE 3.97 0.1
-
12
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Analysis Results (RW3)
DielectricLossesWatt/m Yc Ys
Temp.C
ConductorLossesWatt/mCable ID Conduit/Location ID Cable
Conductorper
per Cable
EnergizedConductor
Rdc @ 0.00
AmpNo.Final Temp. Current
Ohm/m
Cable206-1A DB328 1 1 50.70 0.108 0.048 0.001 45.18 1.465 166.00 1
Cable206-1B DB329 1 1 50.75 0.108 0.048 0.001 45.44 1.466 2.00 166.00 2
Cable206-1C DB330 1 1 50.73 0.108 0.048 0.001 45.35 1.465 3.00 166.00 3
MP-GM-2801A.-1A DB334 1 1 51.01 0.108 0.048 0.001 46.88 1.631 4.00 174.67 4
MP-GM-2801A.-1B DB335 1 1 51.14 0.108 0.048 0.001 47.63 1.634 5.00 174.67 5
MP-GM-2801A.-1C DB336 1 1 51.06 0.108 0.048 0.001 47.16 1.632 6.00 174.67 6
MP-GM-2801A.-2A DB342 1 1 50.87 0.108 0.048 0.001 46.11 1.626 7.00 174.67 7
MP-GM-2801A.-2B DB341 1 1 50.89 0.108 0.048 0.001 46.24 1.627 8.00 174.67 8
MP-GM-2801A.-2C DB340 1 1 50.85 0.108 0.048 0.001 46.00 1.626 9.00 174.67 9
MP-GM-2801A.-3A DB346 1 1 50.99 0.108 0.048 0.001 46.81 1.630 10.00 174.67 10
MP-GM-2801A.-3B DB347 1 1 51.04 0.108 0.048 0.001 47.07 1.632 11.00 174.67 11
MP-GM-2801A.-3C DB348 1 1 50.94 0.108 0.048 0.001 46.53 1.629 12.00 174.67 12
MP-GM-G2831B DB324 3 3 2345.61 0.000 0.000 0.000 49.90 2.280 13.00 18.00 13
MP-GM-G2832 DB324 3 3 2338.68 0.000 0.000 0.000 49.06 0.101 14.00 3.80 14
MP-GM-G2833 DB324 3 3 2339.14 0.000 0.000 0.000 49.11 0.244 15.00 5.90 15
MP-GM-G2834B DB323 3 3 2348.06 0.000 0.000 0.000 50.19 2.282 16.00 18.00 16
MP-GM-G2835 DB323 3 3 2341.13 0.000 0.000 0.000 49.35 0.101 17.00 3.80 17
MP-GM-G2836 DB324 3 3 2339.14 0.000 0.000 0.000 49.11 0.244 18.00 5.90 18
MP-GM-G2840A DB324 3 3 2340.13 0.000 0.000 0.000 49.23 0.556 19.00 8.90 19
MP-GM-G2841B DB324 3 3 2341.36 0.000 0.000 0.000 49.38 0.945 20.00 11.60 20
PC-28-BH-2817 DB324 3 3 585.22 0.000 0.001 0.000 50.06 3.417 21.00 44.10 21
PC-28-PLCO-SS4-E-02 DB323 3 3 367.74 0.000 0.002 0.000 49.84 1.777 22.00 40.09 22
PC-28-PLLN-SS4-E-03 DB323 3 3 367.99 0.000 0.002 0.000 50.03 2.421 23.00 46.78 23
PC-SSW-GM-2801B DB324 3 2 2338.56 0.000 0.000 0.000 49.04 0.042 24.00 3.00 24
PC-SSW-GM-2804C DB324 3 2 2338.56 0.000 0.000 0.000 49.04 0.042 25.00 3.00 25
Yc = Increment of AC/DC resistance ratio due to AC current skin and proximity effectYs = Increment of AC/DC resistance ratio due to losses of circulation and eddy current effect in shield , sheath and armor
-
13
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Summary (RW3)
Cable ID Conduit/Location ID
0.00
No.Current Temp.
CAmpSize
Cable206-1A DB328 45.18750 166.00F F 1
Cable206-1B DB329 45.44750 166.00F 2.00 2
Cable206-1C DB330 45.35750 166.00F 3.00 3
MP-GM-2801A.-1A DB334 46.88750 174.67F 4.00 4
MP-GM-2801A.-1B DB335 47.63750 174.67F 5.00 5
MP-GM-2801A.-1C DB336 47.16750 174.67F 6.00 6
MP-GM-2801A.-2A DB342 46.11750 174.67F 7.00 7
MP-GM-2801A.-2B DB341 46.24750 174.67F 8.00 8
MP-GM-2801A.-2C DB340 46.00750 174.67F 9.00 9
MP-GM-2801A.-3A DB346 46.81750 174.67F 10.00 10
MP-GM-2801A.-3B DB347 47.07750 174.67F 11.00 11
MP-GM-2801A.-3C DB348 46.53750 174.67F 12.00 12
MP-GM-G2831B DB324 49.908 18.00F 13.00 13
MP-GM-G2832 DB324 49.068 3.80F 14.00 14
MP-GM-G2833 DB324 49.118 5.90F 15.00 15
MP-GM-G2834B DB323 50.198 18.00F 16.00 16
MP-GM-G2835 DB323 49.358 3.80F 17.00 17
MP-GM-G2836 DB324 49.118 5.90F 18.00 18
MP-GM-G2840A DB324 49.238 8.90F 19.00 19
MP-GM-G2841B DB324 49.388 11.60F 20.00 20
PC-28-BH-2817 DB324 50.062 44.10F 21.00 21
PC-28-PLCO-SS4-E-02 DB323 49.841/0 40.09F 22.00 22
PC-28-PLLN-SS4-E-03 DB323 50.031/0 46.78F 23.00 23
PC-SSW-GM-2801B DB324 49.048 3.00F 24.00 24
PC-SSW-GM-2804C DB324 49.048 3.00F 25.00 25
F Indicates fixed cable size in cable sizing calculations or fixed cable ampacity in uniform ampacity calculation* Indicates a cable temperature exceeding its limit# Indicates a cable temperature exceeding its marginal limit
-
14
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Underground Cable Raceway Systems (Section B1)
Duct Bank Raceway Data:
ID cmHeight Width
cm Type
FillAverage Distance Center-to-Center
cmC-cm/WattRHO
cmHorizontal
cmVertical
Numberof
Conduits
Numberof
Cables
Reference Distance Dimension
Heavy Aggregate 85.0 48 3 16.50 198.00 45.00 76.00 198.00Section B1
Conduit Data:
ID Type mmSize Thickness
cm C-cm/WattRHO Thermal R Fill
%ODcmcm cm
Horizontal VerticalOhm-m
Reference Distance
DB201 8.25 13.25 PVC__40 103 0.602 11.430 600.0
DB202 24.75 13.25 PVC__40 103 0.602 11.430 600.0 2.00
DB203 41.25 13.25 PVC__40 103 0.602 11.430 600.0 3.00
DB204 57.75 13.25 PVC__40 103 0.602 11.430 600.0 4.00
DB205 74.25 13.25 PVC__40 103 0.602 11.430 600.0 5.00
DB206 90.75 13.25 PVC__40 103 0.602 11.430 600.0 6.00
DB207 107.30 13.25 PVC__40 103 0.602 11.430 600.0 7.00
DB208 123.80 13.25 PVC__40 103 0.602 11.430 600.0 8.00
DB209 140.30 13.25 PVC__40 103 0.602 11.430 600.0 9.00
DB210 156.80 13.25 PVC__40 103 0.602 11.430 600.0 10.00
DB211 173.30 13.25 PVC__40 103 0.602 11.430 600.0 11.00
DB212 189.80 13.25 PVC__40 103 0.602 11.430 600.0 12.00
DB213 8.25 29.75 PVC__40 103 0.602 11.430 600.0 13.00
DB214 24.75 29.75 PVC__40 103 0.602 11.430 600.0 14.00
DB215 41.25 29.75 PVC__40 103 0.602 11.430 600.0 15.00
DB216 57.75 29.75 PVC__40 103 0.602 11.430 600.0 16.00
DB217 74.25 29.75 PVC__40 103 0.602 11.430 600.0 17.00
DB218 90.75 29.75 PVC__40 103 0.602 11.430 600.0 18.00
DB219 107.30 29.75 PVC__40 103 0.602 11.430 600.0 19.00
DB220 123.80 29.75 PVC__40 103 0.602 11.430 600.0 20.00
DB221 140.30 29.75 PVC__40 103 0.602 11.430 600.0 21.00
DB222 156.80 29.75 PVC__40 103 0.602 11.430 600.0 22.00
DB223 173.30 29.75 PVC__40 103 0.602 11.430 600.0 23.00
DB224 189.80 29.75 PVC__40 103 0.602 11.430 600.0 24.00
DB225 8.25 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 25.00
-
15
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Conduit Data:
ID Type mmSize Thickness
cm C-cm/WattRHO Thermal R Fill
%ODcmcm cm
Horizontal VerticalOhm-m
Reference Distance
DB226 24.75 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07
DB227 41.25 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 2.00
DB228 57.75 46.25 PVC__40 103 0.602 11.430 600.0 3.00
DB229 74.25 46.25 PVC__40 103 0.602 11.430 600.0 4.00
DB230 90.75 46.25 PVC__40 103 0.602 11.430 600.0 5.00
DB231 107.30 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 6.00
DB232 123.80 46.25 PVC__40 103 0.602 11.430 600.0 0.347 15.07 7.00
DB233 140.30 46.20 PVC__40 103 0.602 11.430 600.0 0.347 15.07 8.00
DB234 156.80 46.25 PVC__40 103 0.602 11.430 600.0 9.00
DB235 173.30 46.25 PVC__40 103 0.602 11.430 600.0 10.00
DB236 189.80 46.25 PVC__40 103 0.602 11.430 600.0 11.00
DB237 8.25 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 12.00
DB238 24.75 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 13.00
DB239 41.25 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 14.00
DB240 57.75 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 15.00
DB241 74.25 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 16.00
DB242 90.75 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 17.00
DB243 107.30 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 18.00
DB244 123.80 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 19.00
DB245 140.30 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 20.00
DB246 156.80 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 21.00
DB247 173.30 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 22.00
DB248 189.80 62.75 PVC__40 103 0.602 11.430 600.0 0.347 20.23 23.00
* Warning - Industry representatives recommend avoiding a jam ratio of 2.8 to 3.2.# Alarm - Cable jamming may occur when jam ratio is in between 2.74 and 2.8.
Cable Data:
ID kV Amp
Load
%Current Factor
%Factor
Type
Conductor
ConstructionRated
0.00
PhaseThickness
Insulation
mmThermal RPer
Type
Growth 0.00
Size No. Ohm-m
Individual
MP-GM-2803-LOT02 750 5.000 100 ConRnd-NTCU 2 4.8RUBBER610 0.313 100 1/C 331.00
MP-2804B 750 15.000 100 ConRnd-NTCU 2.00 2 7.5RUBBER610 100 0.450 2.001/C 287.00
MP-2804A 750 15.000 100 ConRnd-NTCU 3.00 2 7.5RUBBER610 100 0.450 3.001/C 287.00
-
16
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
ID Ohm/mType
JacketShielding
@ 25CType
0.00
EndType
Thicknessmm
RdcDiameter
cmmmThickness
OutsideSheath
TypeArmor
ConnectionStatus
MP-GM-2803-LOT02 Yes Open 47.04Copper 3.97 0.1 NONE
MP-2804B Open 47.04 2.00Yes Copper NONE 4.60 0.1
MP-2804A Open 47.04 3.00Yes Copper NONE 4.60 0.1
-
17
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Analysis Results (Section B1)
DielectricLossesWatt/m Yc Ys
Temp.C
ConductorLossesWatt/mCable ID Conduit/Location ID Cable
Conductorper
per Cable
EnergizedConductor
Rdc @ 0.00
AmpNo.Final Temp. Current
Ohm/m
MP-2804A-1A DB243 1 1 51.12 0.673 0.048 0.001 47.48 1.103 143.50 1
MP-2804A-1B DB244 1 1 51.11 0.673 0.048 0.001 47.42 1.102 2.00 143.50 2
MP-2804A-1C DB245 1 1 51.06 0.673 0.048 0.001 47.17 1.102 3.00 143.50 3
MP-2804A-2A DB246 1 1 50.99 0.673 0.048 0.001 46.76 1.100 4.00 143.50 4
MP-2804A-2B DB247 1 1 50.91 0.673 0.048 0.001 46.34 1.099 5.00 143.50 5
MP-2804A-2C DB248 1 1 50.83 0.673 0.048 0.001 45.90 1.097 6.00 143.50 6
MP-2804B-1A DB237 1 1 51.10 0.673 0.048 0.001 47.36 1.102 7.00 143.50 7
MP-2804B-1B DB238 1 1 51.14 0.673 0.048 0.001 47.62 1.103 8.00 143.50 8
MP-2804B-1C DB239 1 1 51.14 0.673 0.048 0.001 47.62 1.103 9.00 143.50 9
MP-2804B-2A DB240 1 1 51.12 0.673 0.048 0.001 47.49 1.103 10.00 143.50 10
MP-2804B-2B DB241 1 1 51.10 0.673 0.048 0.001 47.40 1.102 11.00 143.50 11
MP-2804B-2C DB242 1 1 51.10 0.673 0.048 0.001 47.41 1.102 12.00 143.50 12
MP-GM-2803-LOT02-1A DB225 1 1 50.93 0.108 0.048 0.001 46.48 1.462 13.00 165.50 13
MP-GM-2803-LOT02-1B DB226 1 1 50.97 0.108 0.048 0.001 46.69 1.463 14.00 165.50 14
MP-GM-2803-LOT02-1C DB227 1 1 50.96 0.108 0.048 0.001 46.63 1.463 15.00 165.50 15
MP-GM-2803-LOT02-2A DB231 1 1 50.93 0.108 0.048 0.001 46.47 1.462 16.00 165.50 16
MP-GM-2803-LOT02-2B DB232 1 1 50.93 0.108 0.048 0.001 46.46 1.462 17.00 165.50 17
MP-GM-2803-LOT02-2C DB233 1 1 50.88 0.108 0.048 0.001 46.16 1.460 18.00 165.50 18
Yc = Increment of AC/DC resistance ratio due to AC current skin and proximity effectYs = Increment of AC/DC resistance ratio due to losses of circulation and eddy current effect in shield , sheath and armor
-
18
12.5.0C
Study: Steady-State Temperature
Revision: Base
Date: 03-12-2013
Contract:
ETAPProject:
Filename: 5195REPL2 Metric Unit3
SN: TOYOINDIA
Page:
Study Case: CDEngineer:
Location:
Summary (Section B1)
Cable ID Conduit/Location ID
0.00
No.Current Temp.
CAmpSize
MP-2804A-1A DB243 47.48750 143.50F F 1
MP-2804A-1B DB244 47.42750 143.50F 2.00 2
MP-2804A-1C DB245 47.17750 143.50F 3.00 3
MP-2804A-2A DB246 46.76750 143.50F 4.00 4
MP-2804A-2B DB247 46.34750 143.50F 5.00 5
MP-2804A-2C DB248 45.90750 143.50F 6.00 6
MP-2804B-1A DB237 47.36750 143.50F 7.00 7
MP-2804B-1B DB238 47.62750 143.50F 8.00 8
MP-2804B-1C DB239 47.62750 143.50F 9.00 9
MP-2804B-2A DB240 47.49750 143.50F 10.00 10
MP-2804B-2B DB241 47.40750 143.50F 11.00 11
MP-2804B-2C DB242 47.41750 143.50F 12.00 12
MP-GM-2803-LOT02-1A DB225 46.48750 165.50F 13.00 13
MP-GM-2803-LOT02-1B DB226 46.69750 165.50F 14.00 14
MP-GM-2803-LOT02-1C DB227 46.63750 165.50F 15.00 15
MP-GM-2803-LOT02-2A DB231 46.47750 165.50F 16.00 16
MP-GM-2803-LOT02-2B DB232 46.46750 165.50F 17.00 17
MP-GM-2803-LOT02-2C DB233 46.16750 165.50F 18.00 18
F Indicates fixed cable size in cable sizing calculations or fixed cable ampacity in uniform ampacity calculation* Indicates a cable temperature exceeding its limit# Indicates a cable temperature exceeding its marginal limit