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Transmission & Distribution Cable

Aluminum Conductor

Tie Wire

Used for attaching cables to pin-type insulators, and for binding armor rods to the conductor.

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Physical Data

Tie Wire
Size Diameter Weight Breaking Strength
AWG in lb/kft lb
6 .1620 24.12 232
4 .2043 38.35 369
2 .2576 60.98 586
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

AAC

All Aluminum, Bare Overhead Concentric Lay Stranded Conductors

Used as overhead electrical energy conductors to maximimize the current carrying capacity for transmission and distribution projects that don’t require the strength of ACSR type conductors. Also, AAC is a good choice for coastal areas where the environmental conditions are corrosive to ACSR conductors.

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Physical Data

AAC
Code Word Size AWG or kcmil Cross Sectional Area in2 Class Stranding Physical Properties Electrical Properties
Number Diameter Nominal Conductor Diameter Rated Strength Nominal Mass Resistance Reactance
in in lb lb/kft dc20°C ac25°C ac75°C Capacitive Inductive GMR
Ω/kft Ω/kft Ω/k ft MΩ/kft Ω/kft ft
Peachbell 6 0.0206 A 7 0.0612 0.184 563 24.6 0.6593 0.6725 0.80 59 0.766 0.1193 0.00555
Rose 4 0.0328 A 7 0.0772 0.232 881 39.1 0.4144 0.4227 0.50 64 0.7296 0.114 0.007
Iris 2 0.0522 AA,A 7 0.0974 0.292 1350 62.2 0.2602 0.2655 0.31 82 0.6929 0.1087 0.00883
Pansy 1 0.0657 AA,A 7 0.1093 0.328 1640 78.4 0.2066 0.211 0.25 27 0.6716 0.1061 0.00991
Poppy 1/0 0.0829 AA,A 7 0.1228 0.368 1990 98.9 0.1638 0.1671 0.20 02 0.655 0.1034 0.0111
Aster 2/0 0.1045 AA,A 7 0.1379 0.414 2510 124.8 0.1299 0.1326 0.15 87 0.6346 0.1008 0.0125
Phlox 3/0 0.1317 AA,A 7 0.1548 0.464 3040 157.2 0.1031 0.1053 0.12 59 0.6188 0.0981 0.014
Oxlip 4/0 0.1662 AA,A 7 0.1739 0.522 3830 198.4 0.0817 0.0835 0.10 00 0.6029 0.0955 0.0158
Sneezewort 250 0.1964 AA 7 0.189 0.567 4520 234.4 0.0691 0.0706 0.08 47 0.586 0.0934 0.0171
Valerian 250 0.1963 A 19 0.1147 0.574 4660 234.3 0.0691 0.0706 0.08 47 0.586 0.0922 0.0181
Daisy 266.8 0.2095 AA 7 0.1952 0.586 4830 250.2 0.0648 0.0663 0.07 94 0.581 0.0926 0.0177
Laurel 266.8 0.2095 A 19 0.1185 0.593 4970 250.1 0.0648 0.0663 0.0794 0.581 0.0915 0.0187
Peony 300 0.2358 A 19 0.1257 0.629 5480 281.4 0.0575 0.0589 0.0705 0.57 0.0902 0.0198
Tulip 336.4 0.2644 A 19 0.1331 0.666 6150 315.5 0.0513 0.0527 0.0629 0.56 0.0888 0.021
Daffodil 350 0.2748 A 19 0.1357 0.679 6390 327.9 0.0494 0.0506 0.0606 0.56 0.0883 0.0214
Canna 397.5 0.3124 AA,A 19 0.1447 0.724 7110 372.9 0.0435 0.0445 0.0534 0.549 0.0869 0.0228
Goldentuft 450 0.3534 AA 19 0.1539 0.769 7890 421.8 0.0384 0.0394 0.0472 0.539 0.0854 0.0243
Cosmos 477 0.3744 AA 19 0.1584 0.792 8360 446.8 0.0363 0.0373 0.0445 0.533 0.0848 0.025
Syringa 477 0.3744 A 37 0.1135 0.795 8690 446.8 0.0363 0.0373 0.0445 0.533 0.0845 0.0254
Zinnia 500 0.3926 AA 19 0.1622 0.811 8760 468.5 0.0346 0.0356 0.0426 0.531 0.0843 0.0256
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.
Direct current resistance is based on 16.946 Ω·cmil/ft at 20°C, 61.2% IACS with stranding increments as per ASTM B231.

AAC (cont.)
Code
Word		 Size AWG
or kcmil		 Cross
Sectional
Area 2		 Class Stranding Physical Properties Electrical Properties
Number Diameter Nominal
Conductor
Diameter		 Rated
Strength		 Nominal
Mass		 Resistance Reactance
in in lb lb/kft dc 20 °C ac 25 °C ac 75 °C Capacitive Inductive GMR
Ω/kft Ω/kft Ω/kft MΩ/kft Ω/kft ft
Dahlia 556.5 0.4369 AA 19 0.1711 0.856 9750 521.4 0.0311 0.032 0.0383 0.522 0.083 0.027
Mistletoe 556.5 0.4368 A 37 0.1226 0.858 9940 521.3 0.0311 0.032 0.0383 0.522 0.0826 0.0275
Meadowsweet 600 0.4709 AA,A 37 0.1273 0.891 10700 562 0.0288 0.0297 0.0356 0.516 0.0818 0.0285
Orchid 636 0.4995 AA,A 37 0.1311 0.918 11400 596 0.0272 0.0282 0.0335 0.511 0.0811 0.0294
Heuchera 650 0.5102 AA 37 0.1325 0.928 11600 609.8 0.0266 0.0275 0.0324 0.51 0.0808 0.0297
Verbena 700 0.5494 AA 37 0.1375 0.963 12500 655.7 0.0247 0.0256 0.0305 0.504 0.0799 0.0308
Violet 715.5 0.5623 AA 37 0.1391 0.974 12800 671 0.0242 0.0252 0.0299 0.502 0.0797 0.0312
Nasturtium 715.5 0.5619 A 61 0.1083 0.975 13100 671 0.0242 0.0252 0.0299 0.502 0.0795 0.0314
Petunia 750 0.5893 AA 37 0.1424 0.997 13100 703.2 0.023 0.0251 0.0286 0.498 0.0792 0.0319
Arbutus 795 0.6245 AA 37 0.1466 1.026 13900 745.3 0.0217 0.0227 0.0269 0.494 0.078 0.0328
Lilac 795 0.6248 A 61 0.1142 1.028 14300 745.7 0.0217 0.0227 0.0269 0.494 0.0784 0.0331
Cockscomb 900 0.7072 AA 37 0.156 1.092 16400 844 0.0192 0.0201 0.0239 0.484 0.0771 0.0349
Magnolia 954 0.7495 AA 37 0.1606 1.124 16400 894.5 0.0181 0.0191 0.0227 0.479 0.0763 0.036
Goldenrod 954 0.7498 A 61 0.1251 1.126 16900 894.8 0.0181 0.0191 0.0227 0.479 0.0763 0.0362
Hawkweed 1000 0.7854 AA 37 0.1644 1.151 17200 937.3 0.0173 0.0182 0.0216 0.476 0.0759 0.0368
Bluebell 1033.5 0.8114 AA 37 0.1671 1.17 17700 968.4 0.0167 0.0177 0.021 0.473 0.0756 0.0374
Larkspur 1033.5 0.8122 A 61 0.1302 1.172 18300 969.2 0.0167 0.0177 0.021 0.473 0.0754 0.0377
Marigold 1113 0.8744 AA,A 61 0.1351 1.216 19700 1044 0.0155 0.0165 0.0195 0.467 0.0744 0.0391
Hawthorn 1192.5 0.9363 AA,A 61 0.1398 1.258 21100 1117 0.0145 0.0155 0.0183 0.462 0.0737 0.0405
Narcissus 1272 0.999 AA,A 61 0.1444 1.3 22000 1192 0.0136 0.0146 0.0173 0.457 0.0729 0.0418
Columbine 1351.5 1.061 AA,A 61 0.1488 1.34 23400 1266 0.0128 0.0138 0.0163 0.452 0.0722 0.0431
Carnation 1431 1.124 AA,A 61 0.1532 1.379 24300 1342 0.0121 0.0132 0.0155 0.447 0.0715 0.0444
Coreopsis 1590 1.248 AA 61 0.1614 1.454 27000 1489 0.0109 0.012 0.0141 0.439 0.0705 0.0468
Jessamine 1750 1.375 AA 61 0.1694 1.525 29700 1641 0.0099 0.0111 0.0129 0.432 0.0693 0.049
Cowslip 2000 1.57 A 91 0.1482 1.63 34200 1873 0.0087 0.0099 0.0115 0.421 0.0677 0.0525
Sagebrush 2250 1.766 A 91 0.1572 1.729 37700 2128 0.0078 0.0091 0.0105 0.412 0.0664 0.0557
Lupine* 2500 1.962 A 91 0.1657 1.823 41900 2365 0.007 0.0084 0.0097 0.404 0.0652 0.0588
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.
Direct current resistance is based on 16.946 Ω·cmil/ft at 20°C, 61.2% IACS with stranding increments as per ASTM B231.

AAC-TP

All Aluminum, Bare Overhead Concentric Lay Stranded Conductors, Twisted Pair

Used as overhead electrical energy conductors. The two twisted cable configuration is used in applications subject to aeolian vibration and galloping due to wind and ice.

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Physical Data

AAC-TP
Code Word Closest Size AWG or kcmil Component Composition Outer Dimensions Nominal Mass Rated Strength Resistance Ampacity
AWG or kcmil Number of Strands Individual
Wire OD		 Minor Major Ω/kft
in in in lb/kft lb dc at 20 °C ac at 75 °C 75 °C
Rose/TP 1 4 7 0.0772 0.232 0.463 78 1762 0.0392 0.048 233.1
Iris/TP 2/0 2 7 0.0974 0.292 0.584 124 2700 0.0246 0.0301 312.7
Pansy/TP 3/0 1 7 0.1093 0.328 0.656 156 3280 0.0196 0.0239 361.1
Poppy/TP 4/0 1/0 7 0.1228 0.368 0.737 198 3980 0.0155 0.019 418.4
Aster/TP 266.8 2/0 7 0.1379 0.414 0.827 250 5020 0.0123 0.015 484.1
Phlox/TP 336.4 3/0 7 0.1548 0.464 0.929 314 6080 0.0098 0.0119 560.6
Oxlip/TP 397.5 4/0 7 0.1739 0.522 1.043 396 7660 0.0077 0.0095 648.1
Daisy/TP 500 266.8 7 0.1952 0.586 1.171 500 9660 0.0061 0.0075 749.2
Laurel/TP 500 266.8 19 0.1185 0.593 1.185 500 9940 0.0061 0.0075 751.5
Tulip/TP 636 336.4 19 0.1331 0.666 1.331 630 12300 0.0049 0.0059 871.6
Canna/TP 795 397.5 19 0.1446 0.723 1.446 746 14220 0.0041 0.0051 966.7
Cosmos/TP 954 477 19 0.1584 0.792 1.584 894 16720 0.0034 0.0042 1084.9
Zinnia/TP 954 500 19 0.1622 0.811 1.622 938 17520 0.0033 0.004 1115.8
Dahlia/TP 1113 557 19 0.1711 0.856 1.711 1044 19500 0.0029 0.0036 1194.5
Orchid/TP 1272 636 37 0.1311 0.918 1.835 1192 22800 0.0026 0.0032 1296.5
Violet/TP 1431 716 37 0.1391 0.974 1.947 1342 25600 0.0023 0.0028 1389.3
Petunia/TP 1431 750 37 0.1424 0.997 1.994 1406 26200 0.0022 0.0027 1383.4
Arbutus/TP 1590 795 37 0.1466 1.026 2.052 1490 27800 0.0021 0.0025 1495.6
Magnolia/TP 2000 954 37 0.1606 1.124 2.248 1788 32800 0.0017 0.0022 1670.7
Bluebell/TP 2000 1033.5 37 0.1671 1.17 2.339 1938 35400 0.0016 0.002 1758.6
Marigold/TP 2000 1113 61 0.1351 1.216 2.432 2086 39400 0.0015 0.0019 1847.7
Hawthorn/TP* 2250 1192.5 61 0.1398 1.258 2.516 2236 42200 0.0014 0.0017 1926.3
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Direct current resistance is based on 16.946 Ω·cmil/ft (61.2% IACS) at 20°C for 1350 aluminum nominal area of conductor with standard stranding increments Per ASTM B231.
† Ampacities are based on the following: Conductivity 61.2%, Ambient 25°C, Wind 2 ft/s, Sun, Sea level, Solar Absorption 0.5, Emissivity 0.5.

AAAC

All Aluminum Alloy, Bare Overhead Concentric Lay Stranded Conductors

Used as overhead electrical energy conductors to optimize the strength and the current carrying capacity for transmission and distribution projects for which AAC conductors do not provide the required strength and ACSR conductors are either not required or suitable.

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Physical Data

AAAC-6201 (cont.)
Code Word Conductor Size Conductor Area Stranding Nominal Diameter ACSR with Equal Diameter Physical Properties
Number Diameter Size Stranding Strength Mass Size of Equiv. Resistance
kcmil in 2 in in lb lb AWG/kcmil
Akron 30.58 0.024 7 0.0661 0.198 6 6/1 1,110 28.5 6
Alton 48.69 0.0382 7 0.0834 0.25 4 6/1 1,760 45.4 4
Ames 77.47 0.0608 7 0.1052 0.316 2 6/1 2,800 72.2 2
Azusa 123.3 0.0968 7 0.1327 0.398 1/0 6/1 4,270 114.9 1/0
Anaheim 155.4 0.1221 7 0.149 0.447 2/0 6/1 5,390 144.9 2/0
Amherst 195.7 0.1537 7 0.1672 0.502 3/0 6/1 6,790 182.5 3/0
Alliance 246.9 0.1939 7 0.1878 0.563 4/0 6/1 8,560 230.2 4/0
Butte 312.8 0.2456 19 0.1283 0.642 266.8 26/7 10,500 291.6 266.8
Canton 394.5 0.3099 19 0.1441 0.721 336.4 26/7 13,300 367.9 336.4
Cairo 465.4 0.3655 19 0.1565 0.783 397.5 26/7 15,600 433.9 397.5
Darien 559.5 0.4394 19 0.1716 0.858 477 26/7 18,800 521.7 477
Elgin 652.4 0.5124 19 0.1853 0.927 556.5 26/7 21,900 608.3 556.5
Flint 740.8 0.5818 37 0.1415 0.991 636 26/7 24,400 690.8 636
Greeley 927.2 0.7282 37 0.1583 1.108 795 26/7 30,500 864.6 795
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Direct current resistance is based on 19.755 Ω·cmil/ft at 20°C (68°F), 52.5%IACS with stranding increment of 2 percent.

AAAC-6201 (cont.)
Stranding Nominal Diameter Electrical Properties
Code
Word		 Conductor
Size		 Conductor
Area 		Number Diameter Resistance Reactance
kcmil in 2 in in dc 20°C ac 25°C ac 75°C Capacitive Inductive GMR
Ω/kft Ω/kft Ω/kft MΩ/kft Ω/kft ft
Akron 30.58 0.024 7 0.0661 0.198 0.6589 0.67 0.784 0.751 0.118 0.00599
Alton 48.69 0.0382 7 0.0834 0.25 0.4138 0.42 0.492 0.715 0.112 0.00756
Ames 77.47 0.0608 7 0.1052 0.316 0.26 0.265 0.311 0.678 0.107 0.00954
Azusa 123.3 0.0968 7 0.1327 0.398 0.1635 0.166 0.195 0.642 0.102 0.012
Anaheim 155.4 0.1221 7 0.149 0.447 0.1297 0.132 0.155 0.624 0.0989 0.0135
Amherst 195.7 0.1537 7 0.1672 0.502 0.103 0.105 0.123 0.606 0.0963 0.0152
Alliance 246.9 0.1939 7 0.1878 0.563 0.0816 0.0831 0.0973 0.588 0.0936 0.017
Butte 312.8 0.2456 19 0.1283 0.642 0.0644 0.0657 0.0769 0.567 0.0896 0.0202
Canton 394.5 0.3099 19 0.1441 0.721 0.0511 0.0523 0.061 0.549 0.087 0.0227
Cairo 465.4 0.3655 19 0.1565 0.783 0.0433 0.0443 0.0517 0.536 0.0851 0.0247
Darien 559.5 0.4394 19 0.1716 0.858 0.036 0.0369 0.0431 0.522 0.0829 0.0271
Elgin 652.4 0.5124 19 0.1853 0.927 0.0309 0.0318 0.0371 0.751 0.118 0.0292
Flint 740.8 0.5818 37 0.1415 0.991 0.0272 0.028 0.0328 0.715 0.112 0.0317
Greeley 927.2 0.7282 37 0.1583 1.108 0.0217 0.0225 0.0263 0.678 0.107 0.0354
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Direct current resistance is based on 19.755 Ω·cmil/ft at 20°C (68°F), 52.5%IACS with stranding increment of 2 percent.

ACAR

Aluminum Conductor, Aluminum Reinforced, Bare Overhead Concentric Lay Stranded Conductors

Used as overhead electrical energy conductors to optimize the strength and the current carrying capacity for transmission and distribution projects for which AAC conductors do not provide the required strength and AAAC or ACSR conductors are either not required or suitable.

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Physical Data

ACAR
Stranding Cross Sectional Area Physical Properties Electrical Properties
1350-H19 6201-T81 Resistance Reactance
Code
Word		 ACAR
Size
kcmil		 No. Diameter No. Diameter 1350-H19 6201-T81 Total Nominal
Conductor
Diameter		 Rated
Strength		 Nominal
Mass		 dc 20 °C ac 25 °C ac 75 °C Capacitive Inductive GMR
in in in^{2} in kip lb/kft Ω/kft Ω/kft Ω/kft MΩ/kft Ω/kft ft
Pelican 503.6 15 0.1628 4 0.1628 0.3122 0.0833 0.3955 0.814 10.5 473 0.0354 0.0364 0.0433 0.531 0.0841 0.0257
Osprey 587.2 15 0.1758 4 0.1758 0.3641 0.0971 0.4612 0.879 12.2 551 0.0303 0.0312 0.0371 0.518 0.0824 0.0277
Dove 649.5 18 0.1325 19 0.1325 0.2482 0.2620 0.5102 0.927 16.6 608 0.0287 0.0295 0.0349 0.509 0.0812 0.0292
Dove 653.1 12 0.1854 7 0.1854 0.3240 0.1890 0.5130 0.927 15.4 612 0.0279 0.0288 0.0341 0.509 0.0811 0.0293
Grosbeak 739.8 18 0.1414 19 0.1414 0.2827 0.2983 0.5810 0.990 18.8 693 0.0252 0.0259 0.0307 0.499 0.0793 0.0317
Tern 853.7 30 0.1519 7 0.1519 0.5437 0.1268 0.6705 1.063 17.5 801 0.0208 0.0216 0.0257 0.488 0.0777 0.0340
Tern 853.7 24 0.1519 13 0.1519 0.4349 0.2356 0.6705 1.063 19.3 800 0.0213 0.0222 0.0262 0.488 0.0777 0.0340
Drake 927.2 24 0.1583 13 0.1583 0.4723 0.2559 0.7282 1.108 20.9 869 0.0208 0.0216 0.0252 0.482 0.0767 0.0355
Rail 1024.5 30 0.1664 7 0.1664 0.6524 0.1522 0.8046 1.165 20.9 961 0.0173 0.0182 0.0215 0.474 0.0756 0.0373
Rail 1024.5 24 0.1664 13 0.1664 0.5219 0.2827 0.8046 1.165 23.1 961 0.0178 0.0186 0.0219 0.474 0.0756 0.0373
Cardinal 1080.6 24 0.1709 13 0.1709 0.5505 0.2982 0.8487 1.196 24.4 1013 0.0168 0.0176 0.0208 0.470 0.0750 0.0383
Cardinal 1080.6 18 0.1709 19 0.1709 0.4129 0.4358 0.8487 1.196 27.2 1012 0.0172 0.0181 0.0213 0.470 0.0750 0.0383
Ortolan 1109.0 30 0.1731 7 0.1731 0.7060 0.1647 0.8707 1.212 22.7 1041 0.0160 0.0169 0.0199 0.468 0.0747 0.0388
Ortolan 1109.0 24 0.1731 13 0.1731 0.5648 0.3059 0.8707 1.212 25.0 1040 0.0164 0.0172 0.0203 0.468 0.0747 0.0388
Curlew 1172.0 30 0.1780 7 0.1780 0.7465 0.1742 0.9207 1.246 24.0 1100 0.0152 0.0160 0.0189 0.463 0.0740 0.0399
Curlew 1172.0 18 0.1780 19 0.1780 0.4479 0.4728 0.9207 1.246 29.5 1098 0.0159 0.0166 0.0195 0.463 0.0740 0.0399
Bluejay 1198.0 30 0.1799 7 0.1799 0.7626 0.1779 0.9405 1.259 24.5 1124 0.0148 0.0155 0.0184 0.462 0.0738 0.0403
Bluejay 1198.0 24 0.1799 13 0.1799 0.6101 0.3304 0.9405 1.259 27.1 1123 0.0152 0.0159 0.0188 0.462 0.0738 0.0403
Bunting 1277.0 54 0.1447 7 0.1447 0.8880 0.1151 1.0031 1.302 24.6 1199 0.0138 0.0149 0.0174 0.456 0.0729 0.0419
Bunting 1277.0 42 0.1447 19 0.1447 0.6907 0.3124 1.0031 1.302 28.4 1198 0.0142 0.0152 0.0178 0.456 0.0729 0.0419
Bittern 1361.5 54 0.1494 7 0.1494 0.9466 0.1227 1.0693 1.345 26.3 1278 0.0129 0.0138 0.0163 0.451 0.0721 0.0433
Bobolink 1534.4 42 0.1586 19 0.1586 0.8297 0.3754 1.2051 1.427 33.8 1439 0.0118 0.0127 0.0152 0.442 0.0708 0.0459
Lapwing 1703.0 48 0.1671 13 0.1671 1.0527 0.2851 1.3378 1.504 34.6 1598 0.0105 0.0115 0.0135 0.434 0.0696 0.0484
Falcon 1798.0 42 0.1717 19 0.1717 0.9725 0.4399 1.4124 1.545 39.6 1686 0.0101 0.0110 0.0128 0.430 0.0690 0.0497
Chukar 1933.0 42 0.1780 19 0.1780 1.0452 0.4728 1.5180 1.602 42.5 1813 0.0094 0.0102 0.0122 0.424 0.0682 0.0515
Bluebird* 2338.0 42 0.1958 19 0.1958 1.2646 0.5721 1.8367 1.762 51.5 2214 0.0078 0.0089 0.0103 0.409 0.0660 0.0567
Bluebird* 2338.0 48 0.1958 13 0.1958 1.4453 0.3914 1.8367 1.762 47.5 2215 0.0077 0.0088 0.0102 0.409 0.0660 0.0567
Kingfisher* 2493.0 54 0.1655 37 0.1655 1.1617 0.7959 1.9576 1.821 57.6 2358 0.0074 0.0087 0.0100 0.404 0.0652 0.0587
Kingfisher* 2493.0 72 0.1655 19 0.1655 1.5489 0.4087 1.9576 1.821 50.4 2362 0.0072 0.0085 0.0098 0.404 0.0652 0.0587
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Direct current resistance is based on electrical resistivity of 16.946 Ω·cmil/ft at 20 °C (61.2% IACS) for 1350-H19 wires and 19.755 Ω·cmil/ft. at 20 °C (52.5% IACS) for 6201 wires.

ACSR

Aluminum Conductor, Steel Reinforced, Bare Overhead Concentric Lay Stranded Conductors

Used for overhead power transmission and distribution projects. It’s a preferred choice due to it’s favorable strength/weight ratio, achieved by the lightweight, strong conductivity of aluminum coupled with the high tensile strength of steel.

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Physical Data

ACSR (cont.)
Code
Word		 Size
AWG
or
kcmil		 Stranding Nominal
Overall
Diameter		 Cross Section Mass Rated
Strength		 Resistance Reactance Ampacity
Al Steel Al Steel
Core		 Al Total Al Steel Total GA2 GA3 GA5 DC AC Capacitive Inductive A
No.
Wires
x Size		 No.
Wires
x Size		 in in 2 lb/kft lb/kft lb/kft lb lb lb 20 °C 75 °C MΩ/kft Ω/kft
Ω/kft Ω/kft
Turkey 6 6×0.0661 1×0.0661 0.198 0.0661 0.0206 0.024 24.4 11.6 36 1190 1260 1320 0.6419 0.8159 0.7513 0.1439 105
Swan 4 6×0.0834 1×0.0834 0.25 0.0834 0.0328 0.0382 39 18.4 57.4 1860 1970 2070 0.4032 0.5218 0.7149 0.1369 140
Swanate 4 7×0.0772 1×0.1029 0.257 0.1029 0.0328 0.0411 39 28 67 2360 2520 2680 0.3989 0.5165 0.7102 0.1303 139
Sparrow 2 6×0.1052 1×0.1052 0.316 0.1052 0.0522 0.0608 61.9 29.3 91.2 2850 3010 3180 0.2534 0.336 0.6785 0.1277 185
Sparate 2 7×0.0974 1×0.1299 0.325 0.1299 0.0522 0.0654 61.9 44.7 106.6 3640 3900 4150 0.2506 0.3297 0.6737 0.1206 184
Robin 1 6×0.1181 1×0.1181 0.354 0.1181 0.0657 0.0767 78.1 36.9 115 3550 3760 3980 0.2011 0.2703 0.66 0.1224 210
Raven 1/0 6×0.1327 1×0.1327 0.398 0.1327 0.083 0.0968 98.6 46.6 145.2 4380 4650 4910 0.1593 0.2161 0.6421 0.1163 240
Quail 2/0 6×0.1489 1×0.1489 0.447 0.1489 0.1045 0.1219 124.1 58.7 182.8 5300 5720 6050 0.1265 0.176 0.6241 0.1135 275
Pigeon 3/0 6×0.1672 1×0.1672 0.502 0.1672 0.1317 0.1537 156.4 74.1 230.5 6620 7150 7570 0.1003 0.1445 0.6056 0.1095 315
Penguin 4/0 6×0.1878 1×0.1878 0.563 0.1878 0.1662 0.1939 197.4 93.4 290.8 8350 9010 9550 0.0795 0.1157 0.5966 0.1053 360
Waxwing 266.8 18×0.1217 1×0.1217 0.609 0.1217 0.2094 0.221 249.9 39.2 289.1 6880 7100 7320 0.0644 0.0788 0.576 0.0934 450
Partridge 266.8 26×0.1013 7×0.0788 0.642 0.2364 0.2095 0.2437 251.3 115.6 366.9 11300 11900 12600 0.0637 0.0778 0.565 0.0881 455
Merlin 336.4 18×0.1367 1×0.1367 0.684 0.1367 0.2642 0.2789 315.3 49.5 364.8 8680 8960 9240 0.051 0.0625 0.56 0.0877 520
Linnet 336.4 26×0.1137 7×0.0884 0.72 0.2652 0.264 0.307 316.5 145.5 462 14100 14900 15700 0.0506 0.0619 0.549 0.0854 530
Oriole 336.4 30×0.1059 7×0.1059 0.741 0.3177 0.2642 0.3259 317.7 208.7 526.4 17300 18500 19700 0.0502 0.0614 0.544 0.0843 535
Chickadee 397.5 18×0.1486 1×0.1486 0.743 0.1486 0.3122 0.3295 372.5 58.5 431 9940 10400 10700 0.0432 0.0528 0.544 0.0856 577
Ibis 397.5 26×0.1236 7×0.0961 0.783 0.2883 0.312 0.3627 374.1 171.9 546 16300 17200 18200 0.0428 0.0525 0.539 0.0835 585
Lark 397.5 30×0.1151 7×0.1151 0.806 0.3453 0.3121 0.385 375.2 246.6 621.8 20300 21700 23100 0.0425 0.0519 0.533 0.0824 595
Pelican 477 18×0.1628 1×0.1628 0.814 0.1628 0.3747 0.3955 447.1 70.2 517.3 11800 12300 12700 0.036 0.0441 0.528 0.0835 645
Flicker 477 24×0.141 7×0.094 0.846 0.282 0.3747 0.4233 449.4 164.5 613.9 17200 18100 19000 0.0358 0.0439 0.524 0.0818 655
Hawk 477 26×0.1354 7×0.1053 0.858 0.3159 0.3744 0.4353 448.9 206.4 655.3 19500 20700 21900 0.0357 0.0438 0.522 0.0814 660
Hen 477 30×0.1261 7×0.1261 0.883 0.3783 0.3747 0.4621 450.4 296 746.4 23800 25500 27200 0.0354 0.0434 0.517 0.0803 665
Osprey 556.5 18×0.1758 1×0.1758 0.879 0.1758 0.4369 0.4612 521.4 81.9 603.3 13700 14300 14800 0.0309 0.0379 0.518 0.0818 710
Parakeet 556.5 24×0.1523 7×0.1015 0.914 0.3045 0.4372 0.4939 524.3 191.8 716.1 19800 20900 22000 0.0307 0.0377 0.512 0.0801 720
Dove 556.5 26×0.1463 7×0.1138 0.927 0.3414 0.4371 0.5083 524.2 241 765.2 22600 24000 25300 0.0305 0.0375 0.51 0.0795 725
Eagle 556.5 30×0.1362 7×0.1362 0.953 0.4086 0.4371 0.5391 525.4 345.3 870.7 27800 29700 31700 0.03 0.0371 0.505 0.0786 735
Peacock 605 24×0.1588 7×0.1059 0.953 0.3177 0.4745 0.537 570.1 208.7 778.8 21600 22700 23900 0.0282 0.0347 0.505 0.0792 760
Swift 636 36×0.1329 1×0.1329 0.93 0.1329 0.4994 0.5133 596 46.8 642.8 13800 14000 14300 0.0267 0.0334 0.509 0.0806 770
Kingbird 636 18×0.188 1×0.188 0.94 0.188 0.4997 0.5274 596.3 93.6 689.9 15700 16300 16900 0.0269 0.0332 0.507 0.0805 774
Rook 636 24×0.1628 7×0.1085 0.977 0.3255 0.4996 0.5643 599.1 219.1 818.2 22600 23900 25100 0.0268 0.033 0.502 0.0786 785
Grosbeak 636 26×0.1564 7×0.1216 0.99 0.3648 0.4995 0.5808 599 275.2 874.2 25200 26800 28300 0.0267 0.0328 0.5 0.078 790
Egret 636 30×0.1456 19×0.0874 1.019 0.437 0.4995 0.6135 600.5 386.7 987.2 31500 33600 35800 0.0266 0.0326 0.495 0.0769 795
Flamingo 666.6 24×0.1667 7×0.1111 1 0.3333 0.5238 0.5917 628.2 229.7 857.9 23700 25000 26300 0.0256 0.0314 0.498 0.078 810
1. Code words shown are for standard ACSR/GA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 and ACSR/MA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires (ASTM B230) and 8% IACS for the steel core (ASTM B498) at 20 °C using stranding increment as per ASTM B232.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors5. Based on a conductor temperature of 75°C, ambient temperature 25°C, wind 2 ft/sec, exposed to sun and wind.
6. The data are an estimate based on given criteria and subject to normal manufacturing tolerances.
7. Reactance is based on 1 ft equivalent spacing.

ACSR (cont.)
Code
Word		 Size
AWG
or
kcmil		 Stranding Al Steel Nominal
Overall
Diameter		 Cross Section Mass Rated
Strength		 Resistance Reactance Ampacity
No.
Wires
x Size		 No.
Wires
x Size		 Al Steel
Core		 Al Total Al Steel Total GA2 GA3 GA5 DC AC Capacitive Inductive A
in in 2 lb/kft lb/kft lb/kft lb lb lb 20 °C 75 °C MΩ/kft Ω/kft
Ω/kft Ω/kft
Starling 715.5 26×0.1659 7×0.129 1.051 0.387 0.562 0.6535 674 309.7 983.7 28400 30100 31900 0.0238 0.0292 0.49 0.0767 850
Redwing 715.5 30×0.1544 19×0.0926 1.081 0.463 0.5617 0.6897 675.3 434 1109.3 34600 36900 39300 0.0236 0.029 0.486 0.0756 860
Coot 795 36×0.1486 1×0.1486 1.04 0.1486 0.6244 0.6417 745.1 58.5 803.6 16800 17200 17500 0.0217 0.0268 0.492 0.078 884
Tern 795 45×0.1329 7×0.0886 1.063 0.2658 0.6242 0.6674 749 146 895 22100 22900 23700 0.0216 0.0267 0.488 0.0764 885
Cuckoo 795 24×0.182 7×0.1213 1.092 0.3639 0.6244 0.7053 749 274 1023 27900 29500 31000 0.0215 0.0266 0.484 0.0763 902
Condor 795 54×0.1213 7×0.1213 1.092 0.3639 0.624 0.7049 748 274 1022 28200 29700 31300 0.0215 0.0265 0.484 0.0759 895
Drake 795 26×0.1749 7×0.136 1.108 0.408 0.6247 0.7263 749 344 1093 31500 33500 35400 0.0214 0.0263 0.482 0.0756 905
Mallard 795 30×0.1628 19×0.0977 1.14 0.4885 0.6245 0.7669 750.7 483.2 1233.9 38400 41000 43700 0.0213 0.0261 0.477 0.0744 915
Ruddy 900 45×0.1414 7×0.0943 1.131 0.2829 0.7066 0.7555 848 165 1013 24400 25400 26300 0.0191 0.0237 0.479 0.0755 959
Canary 900 54×0.1291 7×0.1291 1.162 0.3873 0.7069 0.7985 848 310 1158 31900 33700 35400 0.019 0.0235 0.474 0.0744 965
Corncrake 954 20×0.2184 7×0.0971 1.165 0.2913 0.7492 0.8011 899 175 1074 25600 26000 27600 0.018 0.0224 0.474 0.0751 997
Redbird 954 24×0.1994 7×0.1329 1.196 0.3987 0.7495 0.8466 899 329 1228 33500 35400 37200 0.0179 0.0221 0.47 0.0742 1010
Rail 954 45×0.1456 7×0.0971 1.165 0.2913 0.7492 0.8011 899 176 1075 25900 26900 27900 0.018 0.0223 0.474 0.0748 990
Cardinal 954 54×0.1329 7×0.1329 1.196 0.3987 0.7491 0.8462 898.4 328.7 1227.1 33800 35700 37600 0.0179 0.0222 0.47 0.0757 1005
Ortolan 1033.5 45×0.1515 7×0.101 1.212 0.303 0.8112 0.8673 973 190 1163 27700 26800 28200 0.0167 0.0208 0.468 0.0739 1040
Curlew 1033.5 54×0.1383 7×0.1383 1.245 0.4149 0.8112 0.9164 973 356 1329 36600 28800 29800 0.0165 0.0201 0.464 0.0729 1055
Bluejay 1113 45×0.1573 7×0.1049 1.259 0.3147 0.8745 0.935 1049 205 1254 29800 38600 40700 0.0155 0.0193 0.462 0.0731 1090
Finch 1113 54×0.1436 19×0.0862 1.293 0.431 0.8746 0.9854 1054 376 1430 39100 31000 32200 0.0154 0.0191 0.458 0.0702 1100
Bunting 1192.5 45×0.1628 7×0.1085 1.302 0.3255 0.9367 1.0014 1123 219 1342 32000 41200 43200 0.0144 0.0181 0.456 0.0723 1135
Grackle 1192.5 54×0.1486 19×0.0892 1.338 0.446 0.9365 1.0553 1128 403 1531 41900 33200 34400 0.0144 0.0179 0.452 0.071 1150
Bittern 1272 45×0.1681 7×0.1121 1.345 0.3363 0.9987 1.0678 1198 234 1432 34100 44100 46300 0.0135 0.017 0.451 0.072 1180
Pheasant 1272 54×0.1535 19×0.0921 1.382 0.4605 0.9993 1.1259 1205 429 1634 43600 35400 36700 0.0135 0.0169 0.447 0.07 1195
Dipper 1351.5 45×0.1733 7×0.1155 1.386 0.3465 1.0614 1.1348 1273 248 1521 36200 46000 48300 0.0127 0.0161 0.447 0.071 1225
Martin 1351.5 54×0.1582 19×0.0949 1.424 0.4745 1.0614 1.1958 1279 456 1735 46300 37600 39000 0.0127 0.0159 0.442 0.07 1240
Bobolink 1431 45×0.1783 7×0.1189 1.427 0.3567 1.1236 1.2013 1348 263 1611 38300 48800 51330 0.012 0.0152 0.442 0.07 1270
Plover 1431 54×0.1628 19×0.0977 1.465 0.4885 1.1241 1.2665 1355 483 1838 49100 39800 41300 0.012 0.0151 0.438 0.069 1285
Lapwing 1590 45×0.188 7×0.1253 1.504 0.3759 1.2492 1.3355 1498 292 1790 42200 32000 57300 0.0108 0.0138 0.434 0.069 1350
Falcon 1590 54×0.1716 19×0.103 1.545 0.515 1.2489 1.4072 1505 537 2042 54500 41900 45500 0.0108 0.0137 0.43 0.068 1370
Chukar* 1780 84×0.1456 19×0.0874 1.602 0.437 1.3986 1.5126 1685 387 2072 51000 34100 60400 0.0097 0.0125 0.424 0.067 1455
Bluebird* 2156 84×0.1602 19×0.0961 1.762 0.4805 1.6931 1.831 2040 468 2508 60300 43600 55200 0.008 0.0105 0.409 0.065 1625
Kiwi* 2167 72×0.1735 7×0.1157 1.735 0.3471 1.7022 1.7758 2052 249 2301 49800 36200 65400 0.008 0.0106 0.411 0.068 1608
Thrasher* 2312 76×0.1744 19×0.0814 1.802 0.407 1.8155 1.9144 2188 335 2523 56700 46300 52700 0.0075 0.01 0.405 0.065 1674
Joree* 2515 76×0.1819 19×0.085 1.88 0.425 1.975 2.0826 2383 366 2749 61700 63700 65700 0.0069 0.0093 0.399 0.064 1750
1. Code words shown are for standard ACSR/GA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 and ACSR/MA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires (ASTM B230) and 8% IACS for the steel core (ASTM B498) at 20 °C using stranding increment as per ASTM B232.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. Based on a conductor temperature of 75°C, ambient temperature 25°C, wind 2 ft/sec, exposed to sun and wind.
6. The data are an estimate based on given criteria and subject to normal manufacturing tolerances.
7. Reactance is based on 1 ft equivalent spacing.

ACSR Options
Steel Coating Steel Strength
Standard High Extra High Ultra High
Zinc /GA2
/GC2		 /GA3 /GA4 /GA5
Zinc – 5% Aluminum Mischmetal Alloy Coating /MA2
/MC2		 /MA3 /MA4 /MA5
/NS: Non-Specular finish available for all ACSR components.
/HC: High-Conductivity aluminum (62.0% IACS) for all ACSR products.
/TW: Trapezoidal-shaped aluminum wires
/AW: Aluminum-clad steel core for all ACSR components.

ACSR-TP

Aluminum Conductor, Steel Reinforced, Bare Overhead Concentric Lay Stranded Conductors, Twisted Pair

Used for overhead power transmission and distribution projects. It’s twisted pair configuration allows it to protect against the effect of aeolian vibration and ice galloping. It also permits higher line tensions, which help reduce line costs by permitting lower sag and/or longer spans.

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Physical Data

ACSR-TP
Component Stranding Nominal Overall
Diameter		 Cross Section Mass Resistance
Aluminum Steel dc ac – 60 Hz
Code
Word		 Equi.
AWG
or
kcmil		 AWG
or
kcmil		 No. Diameter No. Diameter Minor
diam		 Major
diam		 Equi
diam		 Al Total Rated
Strength		 Al Steel Total 20 °C 25 °C 75 °C
in in in in^{2} lb lb/kft Ω/kft
Robin/TP 3/0 1 6 0.1181 1 0.1181 0.354 0.709 0.58 0.1315 0.1534 7110 156 74 230 0.1005 0.1207 0.123
Raven/TP 4/0 1/0 6 0.1327 1 0.1327 0.398 0.796 0.651 0.1659 0.1935 8760 197 93 290 0.0797 0.0814 0.0975
Quail/TP 266.2 2/0 6 0.1489 1 0.1489 0.447 0.894 0.731 0.2091 0.2439 10600 248 118 366 0.0632 0.0646 0.0774
Pigeon/TP 335.6 3/0 6 0.1672 1 0.1672 0.502 1.003 0.821 0.2636 0.3075 13200 313 148 461 0.0501 0.0513 0.0614
Waxwing/TP 533.6 266.8 18 0.1217 1 0.1217 0.609 1.217 0.996 0.4191 0.4424 13800 500 79 579 0.0322 0.0331 0.0395
Penguin/TP 423.2 4/0 6 0.1878 1 0.1878 0.563 1.127 0.922 0.3324 0.3878 16700 395 187 582 0.0398 0.0408 0.0488
Partridge/TP 533.6 266.8 26 0.1013 7 0.0788 0.642 1.283 1.05 0.4191 0.4873 22600 503 231 734 0.0319 0.0327 0.0391
Merlin/TP 672.8 336.4 18 0.1367 1 0.1367 0.684 1.367 1.119 0.5284 0.5578 17400 631 99 730 0.0255 0.0264 0.0315
Linnet/TP 672.8 336.4 26 0.1137 7 0.0884 0.72 1.441 1.179 0.5284 0.6145 28200 634 291 925 0.0253 0.0261 0.0311
Chickadee/TP 795 397.5 18 0.1486 1 0.1486 0.743 1.486 1.216 0.6244 0.6591 19900 745 117 862 0.0216 0.0224 0.0267
Ibis/TP 795 397.5 26 0.1236 7 0.0961 0.783 1.566 1.282 0.6244 0.7261 32600 749 344 1093 0.0214 0.0221 0.0264
Pelican/TP 954 477 18 0.1628 1 0.1628 0.814 1.628 1.332 0.7493 0.7909 23500 894 141 1035 0.018 0.0189 0.0224
Flicker/TP 954 477 24 0.141 7 0.094 0.846 1.692 1.384 0.7493 0.8464 34300 899 328 1227 0.0179 0.0187 0.0222
Hawk/TP 954 477 26 0.1354 7 0.1053 0.858 1.716 1.404 0.7493 0.8713 39100 899 413 1312 0.0178 0.0186 0.0221
Hen/TP 954 477 30 0.1261 7 0.1261 0.883 1.765 1.445 0.7493 0.9241 47600 901 592 1493 0.0177 0.0184 0.0219
Osprey/TP 1113 556.5 18 0.1758 1 0.1758 0.879 1.758 1.439 0.8741 0.9227 27400 1043 164 1207 0.0154 0.0163 0.0193
Parakeet/TP 1113 556.5 24 0.1523 7 0.1015 0.914 1.827 1.495 0.8741 0.9875 39600 1048 384 1432 0.0153 0.0161 0.0191
Dove/TP 1113 556.5 26 0.1463 7 0.1138 0.927 1.853 1.516 0.8741 1.0165 45200 1048 482 1530 0.0153 0.016 0.019
Swift/TP 1272 636 36 0.1329 1 0.1329 0.93 1.86 1.522 0.9988 1.0266 27,600 1192 93 1285 0.0133 0.014 0.0167
Kingbird/TP 1272 636 18 0.188 1 0.188 0.94 1.88 1.538 0.999 1.0545 31400 1192 187 1379 0.0135 0.0144 0.017
Rook/TP 1272 636 24 0.1628 7 0.1085 0.977 1.953 1.599 0.999 1.1285 45300 1198 439 1637 0.0135 0.0142 0.0168
Grosbeak/TP 1272 636 26 0.1564 7 0.1216 0.99 1.981 1.621 0.999 1.1617 50400 1198 551 1749 0.0134 0.0141 0.0167
Egret/TP 1272 636 30 0.1456 19 0.0874 1.019 2.038 1.668 0.999 1.2268 63000 1201 773 1974 0.0133 0.014 0.0166
Flamingo/TP 1333.2 666.6 24 0.1667 7 0.1111 1 2 1.637 1.0471 1.1828 47500 1256 459 1715 0.0128 0.0136 0.0161
Starling/TP 1431 715.5 26 0.1659 7 0.129 1.051 2.101 1.719 1.1239 1.307 56700 1348 620 1968 0.0119 0.0127 0.015
Redwing/TP 1431 715.5 30 0.1544 19 0.0926 1.081 2.162 1.769 1.1239 1.3802 69200 1351 869 2220 0.0118 0.0125 0.0148
Coot/TP 1590 795 36 0.1486 1 0.1486 1.04 2.08 1.702 1.2488 1.2835 33500 1490 117 1607 0.0108 0.0114 0.0135
Tern/TP 1590 795 45 0.1329 7 0.0886 1.063 2.127 1.74 1.2488 1.3351 44200 1498 292 1790 0.0108 0.0118 0.0139
Cuckoo/TP 1590 795 24 0.182 7 0.1213 1.092 2.184 1.787 1.2488 1.4107 55800 1498 548 2046 0.0107 0.0116 0.0137
Condor/TP 1590 795 54 0.1213 7 0.1213 1.092 2.184 1.787 1.2488 1.4107 56400 1498 548 2046 0.0107 0.0116 0.014
Drake/TP 1590 795 26 0.1749 7 0.136 1.108 2.216 1.812 1.2488 1.4522 63000 1498 688 2186 0.0107 0.0115 0.0136
Mallard/TP 1590 795 30 0.1628 19 0.0977 1.14 2.279 1.865 1.2488 1.5335 76800 1501 966 2467 0.0106 0.0114 0.0134
Ruddy/TP 1800 900 45 0.1414 7 0.0943 1.131 2.263 1.852 1.4137 1.5115 48800 1695 331 2026 0.0096 0.0106 0.0125
Canary/TP 1800 900 54 0.1291 7 0.1291 1.162 2.324 1.902 1.4137 1.597 63800 1695 621 2316 0.0095 0.0104 0.0125
Corncrake/TP 1908 954 20 0.2184 7 0.0971 1.165 2.33 1.906 1.4985 1.6021 51200 1797 351 2148 0.009 0.0101 0.0118
Redbird/TP 1908 954 24 0.1994 7 0.1329 1.196 2.392 1.958 1.4985 1.6928 67000 1797 658 2455 0.0089 0.0099 0.0116
Towhee/TP 1908 954 48 0.141 7 0.1097 1.175 2.35 1.923 1.4985 1.6307 57000 1797 448 2245 0.009 0.0094 0.0112
Rail/TP 1908 954 45 0.1456 7 0.0971 1.165 2.33 1.906 1.4985 1.6021 51800 1797 351 2148 0.009 0.0101 0.0118
Cardinal/TP 1908 954 54 0.1329 7 0.1329 1.196 2.392 1.958 1.4985 1.6928 67600 1797 658 2455 0.0089 0.0099 0.0119
Ortolan/TP 2067 1033.5 45 0.1515 7 0.101 1.092 2.184 1.787 1.2488 1.4107 55400 1947 380 2327 0.0083 0.0094 0.011
Curlew/TP 2067 1033.5 54 0.1383 7 0.1383 1.107 2.215 1.812 1.2488 1.4522 73300 1947 712 2659 0.0083 0.0092 0.011
Bluejay/TP 2226 1113 45 0.1573 7 0.1049 1.14 2.279 1.865 1.2488 1.5335 59600 2097 409 2506 0.0077 0.0089 0.0104
Finch/TP 2226 1113 54 0.1436 7 0.0862 1.131 2.263 1.852 1.4137 1.5115 78100 2107 751 2858 0.0077 0.0087 0.0104
1. Code words shown are for standard ACSR/TP conductor with GA2 galvanized steel core. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires (ASTM B230) and 8% IACS for the steel core (ASTM B498) at 20 °C using stranding increment as per ASTM B232. For alternating current resistance values for ACSR/TP conductors using single-layer component conductors, the effects of core magnetization is assumed to be mitigated by twisting.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

AAAC-6201 Options
Steel Coating Steel Strength
Standard High
Zinc /GA2
/GC2		 /GC3
Zinc – 5% Aluminum – Mischmetal alloy coating /MA2
/MC2		 /MA3
/NS: Non-Specular finish available for all ACSR components.
/HC: High-Conductivity aluminum (62.0% IACS) for all ACSR components. /AW: Aluminum-clad steel core for all ACSR components.

ACSR-AW

Aluminum Conductor, Aluminum Clad, Steel Reinforced, Bare Overhead Concentric Lay Stranded Conductors

Used as a bare overhead transmission cable and as a primary and secondary distribution cable.

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Physical Data

ACSR-AW
Diameter Weight Material
Content		 Resistance
Code
Word		 Size
AWG
or
kcmil		 Stranding
Class		 Aluminum
Wires		 Steel
Wires		 Steel
Core		 Complete
Cable		 Al Steel Total Al Steel Rated
Strength		 dc
20 °C		 ac
75 °C		 † Ampacity
in in in in lb/kft % lb Ω/kft (amp)
Sparrow 2 6/1 0.1052 0.1052 0.105 0.316 62 38 100 62 38 2800 0.2453 0.2994 194
Robin 1 6/1 0.1181 0.1181 0.118 0.354 78 31 109 72 28 3500 0.1943 0.2371 225
Raven 1/0 6/1 0.1327 0.1327 0.133 0.398 99 39 138 72 28 4300 0.1749 0.1882 260
Quail 2/0 6/1 0.1489 0.1489 0.149 0.447 124 50 174 71 29 5100 0.1223 0.1493 301
Pigeon 3/0 6/1 0.1672 0.1672 0.167 0.502 156 63 219 71 29 6300 0.0971 0.1186 348
Penguin 4/0 6/1 0.1878 0.1878 0.188 0.563 197 80 277 71 29 7700 0.077 0.094 402
Partridge 266.8 26/7 0.1013 0.0788 0.236 0.642 251 98 349 72 28 1088 0.0617 0.0754 465
Waxwing 266.8 18/1 0.1217 0.1217 0.122 0.609 250 33 283 88 12 6800 0.0636 0.0777 450
Ostrich 300 26/7 0.1074 0.0835 0.251 0.68 283 109 392 72 28 12100 0.0549 0.0671 500
Merlin 336.4 18/1 0.1367 0.1367 0.137 0.684 315 42 357 88 12 8500 0.0504 0.0618 520
Linnet 336.4 26/7 0.1137 0.0885 0.265 0.72 317 123 440 72 28 13500 0.049 0.0599 535
Oriole 336.4 30/7 0.1059 0.1059 0.318 0.741 318 177 495 64 36 16700 0.048 0.0586 545
Ibis 397.5 26/7 0.1236 0.0962 0.289 0.783 374 146 520 72 28 15800 0.0414 0.0507 595
Lark 397.5 30/7 0.1151 0.1151 0.345 0.806 375 209 584 64 36 19600 0.0406 0.0496 605
Pelican 477 18/1 0.1628 0.1628 0.163 0.814 447 60 507 88 12 11500 0.0356 0.0434 650
Flicker 477 24/7 0.141 0.094 0.282 0.846 449 140 589 76 24 16700 0.0349 0.0427 660
Hawk 477 26/7 0.1354 0.1053 0.316 0.858 449 175 624 72 28 18900 0.0345 0.0423 670
Hen 477 30/7 0.1261 0.1261 0.378 0.883 450 251 701 64 36 23400 0.0338 0.0414 680
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Direct current resistance values are based on Table 4-17 from the Aluminum Electrical Conductor Handbook, Aluminum Association, 1989.

† Ampacities are based on the following:
Ampacities for Aluminum & ACSR Overhead Electrical Conductors, Aluminum Association, 1986.
835-1994 – IEEE Standard Power Cable Ampacity Tables, IEEE Standards Association.

ACSR-AW (cont.)
Diameter Weight Material
Content		 Resistance
Code
Word		 Size
AWG
or
kcmil		 Stranding
Class		 Aluminum
Wires		 Steel
Wires		 Steel
Core		 Complete
Cable		 Al Steel Total Al Steel Rated
Strength		 dc
20 °C		 ac
75 °C		 †Ampacity
in in in in lb/kft % lb Ω/kft (amp)
Osprey 556.5 18/1 0.1758 0.1758 0.176 0.879 522 69 591 88 12 13200 0.0305 715
Parakeet 556.5 24/7 0.1523 0.1015 0.305 0.914 524 163 687 76 24 19300 0.0299 0.0367 730
Dove 556.5 26/7 0.1463 0.1138 0.341 0.927 524 204 728 72 28 21900 0.0296 0.0363 735
Eagle 556.5 30/7 0.1362 0.1362 0.409 0.953 523 295 818 64 36 26800 0.029 0.0355 750
Peacock 605 24/7 0.1588 0.1059 0.318 0.953 570 177 747 76 24 21000 0.0275 0.0338 770
Rook 636 24/7 0.1628 0.1085 0.326 0.977 599 186 785 76 24 22000 0.0262 0.0321 795
Grosbeak 636 26/7 0.1564 0.1216 0.365 0.991 599 233 832 72 28 24800 0.0259 0.0318 800
Egret 636 30/19 0.1456 0.0874 0.437 1.019 600 328 928 65 35 29900 0.0254 0.0312 815
Flamingo 666.6 24/7 0.1667 0.1111 0.333 1 628 195 823 76 24 23100 0.0249 0.0307 815
Starling 715.5 26/7 0.1659 0.129 0.387 1.051 674 262 936 72 28 27500 0.023 0.0283 865
Redwing 715.5 30/19 0.1544 0.0927 0.463 1.081 676 367 1043 65 35 33400 0.0226 0.0278 875
Drake 795 26/7 0.1749 0.136 0.408 1.107 749 292 1041 72 28 30500 0.0207 0.0255 920
Mallard 795 30/19 0.1628 0.0977 0.489 1.14 752 408 1160 65 35 37100 0.0203 0.025 935
Tern 795 45/7 0.1329 0.0886 0.266 1.063 749 123 872 86 14 21500 0.0213 0.0264 890
Condor 795 54/7 0.1213 0.1213 0.364 1.092 749 231 980 76 24 27800 0.0209 0.0258 910
Canary 900 54/7 0.1291 0.1291 0.387 1.162 848 263 1111 76 24 31000 0.0185 0.0229 980
Rail 954 45/7 0.1456 0.0971 0.291 1.165 900 147 1047 86 14 25400 0.0178 0.0221 995
Cardinal 954 54/7 0.1329 0.1329 0.399 1.196 898 279 1177 76 24 32900 0.0174 0.0216 1015
Ortolan 1033.5 45/7 0.1515 0.101 0.303 1.212 973 161 1134 86 14 27100 0.0168 0.0204 1050
Curlew 1033.5 54/7 0.1383 0.1383 0.415 1.245 973 301 1274 76 24 35600 0.0161 0.02 1070
Bluejay 1133 45/7 0.1573 0.1049 0.315 1.259 1050 172 1222 86 14 29300 0.0152 0.0191 1095
Finch 1113 54/19 0.1436 0.0861 0.431 1.292 1054 319 1373 77 23 37500 0.015 0.0187 1115
Bunting 1192.5 45/7 0.1628 0.1085 0.326 1.302 1125 184 1309 86 14 31300 0.0142 0.0178 1145
Grackle 1192.5 54/19 0.1486 0.0892 0.446 1.338 1130 340 1470 77 23 40200 0.014 0.0175 1165
Bittern 1272 45/7 0.1681 0.1121 0.336 1.345 1200 196 1396 86 14 33400 0.0134 0.0168 1190
Pheasant 1272 54/19 0.1535 0.0921 0.461 1.381 1204 364 1568 77 23 42400 0.0131 0.0165 1210
Dipper 1351.5 45/7 0.1733 0.1155 0.347 1.386 1273 210 1483 86 14 35500 0.0126 0.0159 1235
Martin 1351.5 54/19 0.1582 0.0949 0.475 1.424 1279 386 1665 77 23 45100 0.0124 0.0155 1255
Bobolink 1431 45/7 0.1783 0.1189 0.357 1.427 1348 222 1570 86 14 37600 0.0119 0.015 1275
Plover 1431 54/19 0.1628 0.0977 0.489 1.465 1357 407 1764 77 23 47700 0.0117 0.0147 1300
Nuthatch 1510.5 45/7 0.1832 0.1221 0.366 1.465 1425 233 1658 86 14 39700 0.0112 0.0143 1320
Parrot 1510 54/19 0.1672 0.1003 0.502 1.505 1431 429 1860 77 23 50300 0.011 0.014 1345
Lapwing 1590 45/7 0.188 0.1253 0.376 1.504 1505 241 1746 86 14 41800 0.0107 0.0137 1360
Falcon 1590 54/19 0.1716 0.103 0.515 1.545 1507 453 1960 77 23 53000 0.0105 0.0133 1385
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Direct current resistance values are based on Table 4-17 from the Aluminum Electrical Conductor Handbook, Aluminum Association, 1989.

† Ampacities are based on the following:
Ampacities for Aluminum & ACSR Overhead Electrical Conductors, Aluminum Association, 1986.
835-1994 – IEEE Standard Power Cable Ampacity Tables, IEEE Standards Association.

ACSR-TW

Aluminum Conductor, Steel Reinforced, Bare Overhead Concentric Lay Stranded Conductors, Trapezoidal Wire

Used for overhead power transmission and distribution projects. Trapezoidal shaped wire with compact aluminum concentric-lay-stranded conductor with steel coated core wire(s) makes it a preferred choice due to it’s favorable strength/weight ratio, achieved by the lightweight and good conductivity of aluminum with the high tensile strength of steel.

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Physical Data

ACSR-TW
Stranding Nominal Overall Diameter Cross Section
Aluminum Steel
Code
Word		 Size
AWG
or
kcmil		 Type No. Al
Wires		 No. Al
Layers		 No. of
Wires		 Diameter CDR Steel
Core		 Al Total Rated
Strength
in in in kip
Flicker/ACSR/TW 477 13 18 2 7 0.094 0.78 0.282 0.3748 0.4234 17.2
Hawk/ACSR/TW 477 16 18 2 7 0.1053 0.79 0.3159 0.3745 0.4355 19.4
Parakeet/ACSR/TW 556.5 13 18 2 7 0.1015 0.84 0.3045 0.4372 0.4938 20
Dove/ACSR/TW 556.5 16 20 2 7 0.1138 0.85 0.3414 0.4371 0.5083 22.6
Rook/ACSR/TW 636 13 18 2 7 0.1085 0.89 0.3255 0.4994 0.5641 22.9
Grosbeak/ACSR/TW 636 16 20 2 7 0.1216 0.91 0.3648 0.4996 0.5809 25.4
Tern/ACSR/TW 795 7 17 2 7 0.0888 0.96 0.2664 0.6247 0.668 21.9
Puffin/ACSR/TW 795 11 21 2 7 0.1108 0.98 0.3324 0.6241 0.6916 26.2
Condor/ACSR/TW 795 13 21 2 7 0.1213 0.99 0.3639 0.6242 0.7051 28.2
Drake/ACSR/TW 795 16 20 2 7 0.136 1.01 0.408 0.6242 0.7259 31.8
Phoenix/ACSR/TW 954 5 30 3 7 0.0837 1.04 0.2511 0.7497 0.7882 23.8
Rail/ACSR/TW 954 7 32 3 7 0.0971 1.06 0.2913 0.7493 0.8011 25.9
Cardinal/ACSR/TW 954 13 21 2 7 0.1329 1.08 0.3987 0.7492 0.8463 33.5
Snowbird/ACSR/TW 1033.5 5 30 3 7 0.0871 1.09 0.2613 0.8115 0.8532 25.7
Ortolan/ACSR/TW 1033.5 7 33 3 7 0.101 1.1 0.303 0.8112 0.8673 28.1
Curlew/ACSR/TW 1033.5 13 21 2 7 0.1383 1.13 0.4149 0.8118 0.917 36.3
Avocet/ACSR/TW 1113 5 30 3 7 0.0904 1.13 0.2712 0.8737 0.9186 27.5
Bluejay/ACSR/TW 1113 7 33 3 7 0.1049 1.14 0.3147 0.8746 0.9351 30.3
Finch/ACSR/TW 1113 13 39 3 19 0.0862 1.18 0.431 0.8737 0.9845 39.1
Oxbird/ACSR/TW 1192.5 5 30 3 7 0.0936 1.17 0.2808 0.9361 0.9843 29.4
Bunting/ACSR/TW 1192.5 7 33 3 7 0.1086 1.18 0.3258 0.9368 1.0016 32.4
Grackle/ACSR/TW 1192.5 13 39 3 19 0.0892 1.22 0.446 0.9369 1.0556 41.9
Scissortail/ACSR/TW 1272 5 30 3 7 0.0967 1.2 0.2901 0.9994 1.0508 31.4
Bittern/ACSR/TW 1272 7 33 3 7 0.1121 1.22 0.3363 0.9994 1.0685 34.6
Pheasant/ACSR/TW 1272 13 39 3 19 0.0921 1.26 0.4605 0.9987 1.1252 44.1
Dipper/ACSR/TW 1351.5 7 33 3 7 0.1155 1.25 0.3465 1.0616 1.135 36.7
Martin/ACSR/TW 1351.5 13 39 3 19 0.0949 1.3 0.4745 1.061 1.1954 46.8
Bobolink/ACSR/TW 1431 7 33 3 7 0.1189 1.29 0.3567 1.1243 1.202 38.9
Plover/ACSR/TW 1431 13 39 3 19 0.0977 1.33 0.4885 1.1242 1.2666 49.6
Lapwing/ACSR/TW 1590 7 36 3 7 0.1253 1.36 0.3759 1.2488 1.3351 42.2
Falcon/ACSR/TW 1590 13 39 3 19 0.103 1.4 0.515 1.2483 1.4066 55.1
Chukar/ACSR/TW 1780 8 38 3 19 0.0874 1.45 0.437 1.3982 1.5122 50.7
Bluebird/ACSR/TW* 2156 8 64 4 19 0.0961 1.61 0.4805 1.6934 1.8312 61.1
1. Code words shown are for standard ACSR/GA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 and ACSR/MA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSR-TW (cont.)
Mass Percent of Total Mass Resistance GMR Reactance
Al Steel Dc ac – 60 Hz Capacitive Inductive
Code
Word		 Size
AWG
or
kcmil		 Type Al Steel Total 20°C 25°C 75°C
lb/kft Ω/kft ft MΩ/kft Ω/kft
Hawk/ACSR/TW 477 16 448 206 655 68.47 31.53 0.0356 0.0364 0.0436 0.0266 0.5349 0.0834
Parakeet/ACSR/TW 556.5 13 522 192 714 73.15 26.85 0.0306 0.0314 0.0375 0.0279 0.5259 0.0822
Dove/ACSR/TW 556.5 16 523 241 764 68.45 31.55 0.0305 0.0313 0.0374 0.0287 0.5232 0.0816
Rook/ACSR/TW 636 13 597 219 816 73.15 26.85 0.0268 0.0275 0.0329 0.0298 0.5159 0.0808
Grosbeak/ACSR/TW 636 16 598 275 873 68.47 31.53 0.0267 0.0274 0.0328 0.0307 0.5129 0.0801
Tern/ACSR/TW 795 7 745 147 892 83.54 16.46 0.0215 0.0223 0.0266 0.0315 0.5042 0.0795
Puffin/ACSR/TW 795 11 746 229 974 76.55 23.45 0.0215 0.0222 0.0265 0.0327 0.5009 0.0786
Condor/ACSR/TW 795 13 746 274 1020 73.15 26.85 0.0214 0.0221 0.0264 0.0333 0.4987 0.0782
Drake/ACSR/TW 795 16 747 344 1091 68.45 31.55 0.0213 0.022 0.0263 0.0342 0.4962 0.0776
Phoenix/ACSR/TW 954 5 898 130 1028 87.32 12.68 0.0181 0.0189 0.0226 0.0343 0.491 0.0775
Rail/ACSR/TW 954 7 899 175 1074 83.66 16.34 0.018 0.0188 0.0225 0.035 0.4889 0.0771
Cardinal/ACSR/TW 954 13 895 329 1224 73.15 26.85 0.0178 0.0185 0.0221 0.0364 0.4851 0.0762
Snowbird/ACSR/TW 1033.5 5 972 141 1114 87.32 12.68 0.0167 0.0175 0.0209 0.0357 0.4844 0.0766
Ortolan/ACSR/TW 1033.5 7 973 190 1163 83.68 16.32 0.0167 0.0174 0.0208 0.0364 0.4827 0.0762
Curlew/ACSR/TW 1033.5 13 970 356 1326 73.15 26.85 0.0165 0.0171 0.0204 0.0379 0.4787 0.0752
Avocet/ACSR/TW 1113 5 1047 152 1199 87.32 12.68 0.0155 0.0163 0.0195 0.037 0.479 0.0758
Bluejay/ACSR/TW 1113 7 1048 205 1253 83.66 16.34 0.0155 0.0162 0.0194 0.0377 0.4772 0.0753
Finch/ACSR/TW 1113 13 1051 376 1427 73.64 26.36 0.0154 0.0161 0.0196 0.0399 0.4716 0.074
Oxbird/ACSR/TW 1192.5 5 1122 163 1285 87.31 12.69 0.0145 0.0153 0.0182 0.0382 0.4738 0.075
Bunting/ACSR/TW 1192.5 7 1123 220 1343 83.65 16.35 0.0144 0.0152 0.0182 0.039 0.472 0.0746
Grackle/ACSR/TW 1192.5 13 1126 403 1529 73.65 26.35 0.0144 0.015 0.0183 0.0412 0.4665 0.0733
Scissortail/ACSR/TW 1272 5 1197 174 1371 87.3 12.7 0.0136 0.0144 0.0171 0.0394 0.469 0.0743
Bittern/ACSR/TW 1272 7 1198 234 1432 83.67 16.33 0.0135 0.0143 0.0171 0.0402 0.4672 0.0739
Pheasant/ACSR/TW 1272 13 1201 429 1630 73.66 26.34 0.0135 0.0142 0.0172 0.0424 0.4619 0.0726
Dipper/ACSR/TW 1351.5 7 1273 248 1521 83.68 16.32 0.0127 0.0136 0.0161 0.0414 0.4626 0.0732
Martin/ACSR/TW 1351.5 13 1276 456 1732 73.68 26.32 0.0127 0.0134 0.0163 0.0437 0.4572 0.0719
Bobolink/ACSR/TW 1431 7 1348 263 1611 83.67 16.33 0.012 0.0129 0.0153 0.0427 0.4578 0.0725
Plover/ACSR/TW 1431 13 1351 483 1834 73.66 26.34 0.012 0.0127 0.0154 0.045 0.4527 0.0713
Lapwing/ACSR/TW 1590 7 1498 292 1790 83.67 16.33 0.0108 0.0117 0.0139 0.045 0.4495 0.0712
Falcon/ACSR/TW 1590 13 1501 537 2038 73.65 26.35 0.0108 0.0115 0.0139 0.0473 0.4448 0.0701
Chukar/ACSR/TW 1780 8 1674 387 2061 81.24 18.76 0.0096 0.0105 0.0127 0.0482 0.4398 0.0697
Bluebird/ACSR/TW* 2156 8 2045 467 2512 81.39 18.61 0.008 0.009 0.0105 0.0538 0.4229 0.0672
1. Code words shown are for standard ACSR/GA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 and ACSR/MA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSR-TW (cont.)
Stranding Nominal Overall Diameter Cross Section Rated
Strength
Aluminum Steel CDR Steel
Core		 Al Total
Code
Word		 Size
AWG
or
kcmil		 Type No. Al
Wires		 No. Al
Layers		 No. of
Wires		 Diameter
in in in 2 kip
Mohawk/ACSR/TW 571.7 13 18 2 7 0.103 0.846 0.309 0.4489 0.5072 20.6
Calumet/ACSR/TW 565.3 16 20 2 7 0.1146 0.858 0.3438 0.4438 0.5161 22.9
Mystic/ACSR/TW 666.6 13 20 2 7 0.1111 0.913 0.3333 0.5236 0.5915 24
Oswego/ACSR/TW 664.8 16 20 2 7 0.1244 0.927 0.3732 0.5222 0.6073 26.6
Maumee/ACSR/TW 768.2 13 20 2 7 0.1195 0.977 0.3585 0.6032 0.6817 27.7
Wabash/ACSR/TW 762.8 16 20 2 7 0.1331 0.99 0.3993 0.5989 0.6963 30.5
Kettle/ACSR/TW 957.2 7 32 3 7 0.0973 1.06 0.2919 0.7518 0.8038 26
Suwannee/ACSR/TW 959.6 16 22 2 7 0.1493 1.108 0.4479 0.7539 0.8764 37.2
Cheyenne/ACSR/TW 1168.1 5 30 3 7 0.0926 1.155 0.2778 0.917 0.9642 28.8
Genesee/ACSR/TW 1158 7 33 3 7 0.1078 1.165 0.3234 0.9094 0.9732 31.7
Hudson/ACSR/TW 1158.4 13 26 2 7 0.1467 1.196 0.4401 0.9096 1.0279 39.6
Catawba/ACSR/TW 1272 5 30 3 7 0.0967 1.203 0.2901 0.9993 1.0507 31.4
Nelson/ACSR/TW 1257.1 7 35 3 7 0.1115 1.213 0.3345 0.9875 1.0558 34.2
Yukon/ACSR/TW 1233.6 13 38 3 19 0.091 1.25 0.455 0.9685 1.0921 42.9
Truckee/ACSR/TW 1372.5 5 30 3 7 0.1004 1.248 0.3012 1.0783 1.1337 33.4
Mackenzie/ACSR/TW 1359.7 7 36 3 7 0.1159 1.259 0.3477 1.0674 1.1413 36.9
Thames/ACSR/TW 1334.6 13 39 3 19 0.0944 1.29 0.472 1.0479 1.1808 46.3
St.Croix/ACSR/TW 1467.8 5 30 3 7 0.1041 1.292 0.3123 1.1532 1.2127 35.8
Miramichi/ACSR/TW 1455.3 7 36 3 7 0.12 1.299 0.36 1.1427 1.2219 39.2
Merrimack/ACSR/TW 1433.6 13 39 3 19 0.0978 1.34 0.489 1.1255 1.2682 49.7
Platte/ACSR/TW 1569 5 33 3 7 0.1074 1.334 0.3222 1.2328 1.2962 38.2
Potomac/ACSR/TW 1557.4 7 36 3 7 0.1241 1.345 0.3723 1.2237 1.3084 41.9
Rio Grande/ACSR/TW 1533.3 13 39 3 19 0.1012 1.379 0.506 1.2046 1.3574 53.2
Schuylkill/ACSR/TW 1657.4 7 36 3 7 0.128 1.386 0.384 1.3012 1.3912 44
Pecos/ACSR/TW 1622 13 39 3 19 0.1064 1.424 0.532 1.2736 1.4425 57.5
Pee Dee/ACSR/TW 1758.6 7 37 3 7 0.1319 1.431 0.3957 1.3811 1.4768 47
James/ACSR/TW 1730.6 13 39 3 19 0.1075 1.47 0.5375 1.3598 1.5322 59.4
Athabaska/ACSR/TW 1949.6 7 42 3 7 0.1392 1.504 0.4176 1.5318 1.6384 51.9
Cumberland/ACSR/TW 1926.9 13 42 3 19 0.1133 1.545 0.5665 1.5129 1.7044 66
Santee/ACSR/TW* 2627.3 8 64 4 19 0.1062 1.762 0.531 2.0645 2.2328 74.5
1. Code words shown are for standard ACSR/GA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 and ACSR/MA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSR-TW (cont.)
Mass Percent of Total Mass Resistance GMR Reactance
Al Steel Dc ac – 60 Hz Capacitive Inductive
Code
Word		 Size
AWG
or
kcmil		 Type Al Steel Total 20°C 25°C 75°C
lb/kft Ω/kft ft MΩ/kft Ω/kft
Mohawk/ACSR/TW 571.7 13 537 197 734 73.1 26.9 0.0298 0.0306 0.0365 0.0283 0.5239 0.082
Calumet/ACSR/TW 565.3 16 531 244 776 68.48 31.52 0.03 0.0308 0.0368 0.029 0.5217 0.0814
Mystic/ACSR/TW 666.6 13 626 230 855 73.14 26.86 0.0255 0.0263 0.0314 0.0306 0.512 0.0801
Oswego/ACSR/TW 664.8 16 625 288 913 68.44 31.56 0.0255 0.0262 0.0314 0.0313 0.5096 0.0796
Maumee/ACSR/TW 768.2 13 721 266 987 73.07 26.93 0.0222 0.0229 0.0273 0.0328 0.5014 0.0786
Wabash/ACSR/TW 762.8 16 717 330 1046 68.49 31.51 0.0222 0.0229 0.0274 0.0335 0.4993 0.0781
Kettle/ACSR/TW 957.2 7 902 176 1078 83.65 16.35 0.018 0.0188 0.0224 0.035 0.4886 0.077
Suwannee/ACSR/TW 959.6 16 902 415 1317 68.49 31.51 0.0177 0.0183 0.0218 0.0376 0.4817 0.0754
Cheyenne/ACSR/TW 1168.1 5 1099 160 1259 87.32 12.68 0.0148 0.0156 0.0186 0.0379 0.4751 0.0752
Genesee/ACSR/TW 1158 7 1091 216 1307 83.45 16.55 0.0149 0.0156 0.0187 0.0385 0.4739 0.0748
Hudson/ACSR/TW 1158.4 13 1087 401 1488 73.08 26.92 0.0147 0.0154 0.0183 0.0402 0.4697 0.0738
Catawba/ACSR/TW 1272 5 1197 174 1371 87.3 12.7 0.0136 0.0144 0.0172 0.0395 0.4688 0.0743
Nelson/ACSR/TW 1257.1 7 1184 231 1415 83.65 16.35 0.0137 0.0145 0.0172 0.0402 0.4674 0.0739
Yukon/ACSR/TW 1233.6 13 1165 419 1584 73.53 26.47 0.0139 0.0146 0.0178 0.0422 0.4628 0.0728
Truckee/ACSR/TW 1372.5 5 1291 188 1479 87.32 12.68 0.0126 0.0134 0.016 0.0409 0.4631 0.0734
Mackenzie/ACSR/TW 1359.7 7 1281 250 1531 83.67 16.33 0.0127 0.0135 0.016 0.0417 0.4617 0.073
Thames/ACSR/TW 1334.6 13 1260 451 1711 73.64 26.36 0.0128 0.0135 0.0165 0.0435 0.4579 0.027
St.Croix/ACSR/TW 1467.8 5 1381 202 1583 87.26 12.74 0.0117 0.0126 0.015 0.0424 0.4576 0.0726
Miramichi/ACSR/TW 1455.3 7 1371 268 1639 83.64 16.36 0.0118 0.0127 0.015 0.043 0.4568 0.0723
Merrimack/ACSR/TW 1433.6 13 1354 484 1838 73.65 26.35 0.0119 0.0127 0.0154 0.0452 0.4519 0.0712
Platte/ACSR/TW 1569 5 1476 215 1691 87.3 12.7 0.011 0.0119 0.0141 0.0438 0.4527 0.0719
Potomac/ACSR/TW 1557.4 7 1467 287 1754 83.65 16.35 0.0111 0.0119 0.0141 0.0445 0.4513 0.0715
Rio Grande/ACSR/TW 1533.3 13 1448 518 1966 73.63 26.37 0.0112 0.0119 0.0144 0.0466 0.4474 0.0705
Schuylkill/ACSR/TW 1657.4 7 1561 305 1866 83.66 16.34 0.0104 0.0113 0.0133 0.0459 0.4467 0.0708
Pecos/ACSR/TW 1622 13 1531 573 2105 72.77 27.23 0.0106 0.0113 0.0137 0.0482 0.4424 0.0697
Pee Dee/ACSR/TW 1758.6 7 1660 324 1983 83.67 16.33 0.0098 0.0107 0.0126 0.0475 0.4416 0.07
James/ACSR/TW 1730.6 13 1634 585 2219 73.64 26.36 0.0099 0.0107 0.0129 0.0496 0.4374 0.069
Athabaska/ACSR/TW 1949.6 7 1836 361 2197 83.57 16.43 0.0088 0.0098 0.0115 0.0499 0.4341 0.0689
Cumberland/ACSR/TW 1926.9 13 1819 650 2469 73.68 26.32 0.0089 0.0097 0.0116 0.0522 0.4296 0.0679
Santee/ACSR/TW* 2627.3 8 2492 571 3062 81.36 18.64 0.0066 0.0077 0.0089 0.0589 0.409 0.0651
1. Code words shown are for standard ACSR/GA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSR/GA2 and ACSR/MA2 cores.
3. Direct current resistance is based on 61.2% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSR-TW Options
Steel Coating Steel Strength
Standard High Extra High Ultra High
Zinc /GA2
/GC2		 /GA3 /GA4 /GA5
Zinc – 5% Aluminum Mischmetal Alloy Coating /MA2
/MC2		 /MA3 /MA4 /MA5
/NS: Non-Specular finish available for all ACSR products.
/HC: High-Conductivity aluminum (62.0% IACS) for all ACSR products.
/AW: Aluminum-clad steel core – see ACSR/AW catalog sheet.
/TW: Trapezoidal-shaped aluminum wires – see ACSR/TW catalog sheet.

 

ACSS

Aluminum Conductor, Steel Supported, Bare Overhead Concentric Lay Stranded Conductors

Used for overhead power transmission and distribution projects. Preferred over ACSR conductors because they can be operated up to 250°C whereas the maximum operating temperature of ACSR does not exceed 100°C. ACSS conductors are prone to resist the effects of aeolian vibration due to very little or no mechanical load on the annealed aluminum wires.

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Physical Data

ACSS
Code
Word		 Size
kcmil		 Stranding Nominal
Overall
Diameter		 Cross Section Rated Strength
Aluminum Steel AI Total /MA2 /MA3 /MA5
No. Diameter Layers No. Diameter Layers
in in in in2 kip
Partridge/ACSS 266.8 26 0.1013 2 7 0.0788 1 0.642 0.2095 0.2437 8.9 9.7 11.4
Oriole/ACSS 336.4 30 0.1059 2 7 0.1059 1 0.741 0.2642 0.3259 14.8 16.3 19.1
Linnet/ACSS 336.4 26 0.1137 2 7 0.0884 1 0.72 0.264 0.307 11.2 12.3 14.4
Lark/ACSS 397.5 30 0.1151 2 7 0.1151 1 0.806 0.3121 0.385 17.5 19.3 22.6
Ibis/ACSS 397.5 26 0.1236 2 7 0.0961 1 0.783 0.312 0.3627 13 14.2 16.5
Hen/ACSS 477 30 0.1261 2 7 0.1261 1 0.883 0.3747 0.4621 21 22.7 26.7
Hawk/ACSS 477 26 0.1354 2 7 0.1053 1 0.858 0.3744 0.4353 15.6 17.1 19.8
Flicker/ACSS 477 24 0.141 2 7 0.094 1 0.846 0.3747 0.4233 13 14.2 16.4
Eagle/ACSS 556.5 30 0.1362 2 7 0.1362 1 0.953 0.4371 0.5391 24.5 26.5 31.1
Dove/ACSS 556.5 26 0.1463 2 7 0.1138 1 0.927 0.4371 0.5083 18.2 19.9 23.1
Parakeet/ACSS 556.5 24 0.1523 2 7 0.1015 1 0.914 0.4372 0.4939 15.2 16.6 19.1
Peacock/ACSS 605 24 0.1588 2 7 0.1059 1 0.953 0.4753 0.537 16.5 18.1 20.8
Egret/ACSS 636 30 0.1456 2 19 0.0874 2 1.019 0.4995 0.6135 28 30.9 36.6
Grosbeak/ACSS 636 26 0.1564 2 7 0.1216 1 0.99 0.4995 0.5808 20.7 22.4 26
Rook/ACSS 636 24 0.1628 2 7 0.1085 1 0.977 0.4996 0.5643 17.3 19 21.9
Flamingo/ACSS 666.6 24 0.1667 2 7 0.1111 1 1 0.5238 0.5917 18.2 19.9 22.9
Redwing/ACSS 715.5 30 0.1544 2 19 0.0926 2 1.081 0.5617 0.6897 30.8 34 39.8
Starling/ACSS 715.5 26 0.1659 2 7 0.129 1 1.051 0.562 0.6535 23.3 25.2 29.3
Mallard/ACSS 795 30 0.1628 2 19 0.0977 2 1.14 0.6245 0.7669 34.3 37.9 44.3
Condor/ACSS 795 54 0.1213 3 7 0.1213 1 1.092 0.624 0.7049 21.7 23.3 26.9
Tern/ACSS 795 45 0.1329 3 7 0.0886 1 1.063 0.6242 0.6674 14.2 15.2 17.4
Drake/ACSS 795 26 0.1749 2 7 0.136 1 1.108 0.6247 0.7263 25.9 28 32.6
Cuckoo/ACSS 795 24 0.182 2 7 0.1213 1 1.092 0.6244 0.7053 21.7 23.3 26.9
Canary/ACSS 900 54 0.1291 3 7 0.1291 1 1.162 0.7069 0.7985 24.6 26.4 30.5
Ruddy/ACSS 900 45 0.1414 3 7 0.0943 1 1.131 0.7066 0.7555 15.8 17 19.2
Cardinal/ACSS 954 54 0.1329 3 7 0.1329 1 1.196 0.7491 0.8462 26 28 32.3
Rail/ACSS 954 45 0.1456 3 7 0.0971 1 1.165 0.7492 0.8011 16.7 18 20.4
Curlew/ACSS 1033.5 54 0.1383 3 7 0.1383 1 1.245 0.8112 0.9164 28.2 30.3 35
Ortolan/ACSS 1033.5 45 0.1515 3 7 0.101 1 1.212 0.8112 0.8673 18.1 19.5 22
Finch/ACSS 1113 54 0.1436 3 19 0.0862 2 1.293 0.8746 0.9854 30.4 33.2 38.7
Bluejay/ACSS 1113 45 0.1573 3 7 0.1049 1 1.259 0.8745 0.935 19.5 21.1 23.8
Grackle/ACSS 1192.5 54 0.1486 3 19 0.0892 2 1.338 0.9365 1.0553 32.6 35.5 41.5
Bunting/ACSS 1192.5 45 0.1628 3 7 0.1085 1 1.302 0.9367 1.0014 21.4 23.5 25.4
Pheasant/ACSS 1272 54 0.1535 3 19 0.0921 2 1.382 0.9993 1.1259 34.1 37.3 43
Bittern/ACSS 1272 45 0.1681 3 7 0.1121 1 1.345 0.9987 1.0678 22.3 24 27.1
Martin/ACSS 1351 54 0.1582 3 19 0.0949 2 1.424 1.0614 1.1958 36.2 39.6 45.6
Dipper/ACSS 1351 45 0.1733 3 7 0.1155 1 1.386 1.0614 1.1348 23.7 25.5 28.8
Plover/ACSS 1431 54 0.1628 3 19 0.0977 2 1.465 1.1241 1.2665 38.4 41.9 48.3
Bobolink/ACSS 1431 45 0.1783 3 7 0.1189 1 1.427 1.1236 1.2013 25.1 27 30.5
Falcon/ACSS 1590 54 0.1716 3 19 0.103 2 1.545 1.2489 1.4072 42.6 46.6 53.7
Lapwing/ACSS 1590 45 0.188 3 7 0.1253 1 1.504 1.2492 1.3355 27.9 29.6 33.5
Chukar/ACSS* 1780 84 0.1456 4 19 0.0874 2 1.602 1.3986 1.5126 35.4 38.2 43.9
Bluebird/ACSS* 2156 84 0.1602 4 19 0.0961 2 1.762 1.6931 1.831 42.1 45.5 51.7
Kiwi/ACSS* 2167 72 0.1735 4 7 0.1157 1 1.735 1.7022 1.7758 29 30.8 34.1
Thrasher/ACSS* 2312 76 0.1744 4 19 0.0814 2 1.802 1.8155 1.9144 35.6 38.1 43
1. Code words shown are for standard ACSS/MA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSS/MA2 and ACSS/MA3 cores.
3. Direct current resistance is based on 63.0% IACS for 1350-O wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSS (cont.)
Code
Word		 Size
kcmil		 Mass Percent of Total Mass Resistance Reactance
Al Steel Total dc ac – 60 Hz Capacitive Inductive
Al Steel 20 °C 25°C 75°C 25 °C GMR
lb/kft Ω/kft MΩ/kft Ω/kft ft
Partridge/ACSS 266.8 251.3 115.6 366.9 68.49 31.51 0.0619 0.0633 0.0762 0.565 0.088 0.0217
Oriole/ACSS 336.4 317.7 208.7 526.4 60.35 39.65 0.0488 0.0499 0.0601 0.544 0.084 0.0255
Linnet/ACSS 336.4 316.6 145.4 462 68.53 31.47 0.0492 0.0503 0.0605 0.549 0.085 0.0244
Lark/ACSS 397.5 375.3 246.5 621.8 60.36 39.64 0.0413 0.0423 0.0509 0.533 0.082 0.0277
Ibis/ACSS 397.5 374.1 171.9 546 68.52 31.48 0.0416 0.0426 0.0512 0.539 0.084 0.0265
Hen/ACSS 477 450.4 296 746.4 60.34 39.66 0.0344 0.0353 0.0424 0.517 0.08 0.304
Hawk/ACSS 477 449 206.3 655.3 68.52 31.48 0.0347 0.0355 0.0427 0.522 0.081 0.029
Flicker/ACSS 477 449.4 164.5 613.9 73.2 26.8 0.0348 0.0357 0.0429 0.524 0.082 0.0283
Eagle/ACSS 556.5 525.5 345.2 870.7 60.35 39.65 0.0295 0.0303 0.0364 0.505 0.079 0.0328
Dove/ACSS 556.5 524.2 241 765.2 68.5 31.5 0.0297 0.0305 0.0367 0.51 0.08 0.0313
Parakeet/ACSS 556.5 524.3 191.8 716.1 73.22 26.78 0.0298 0.0307 0.0368 0.512 0.08 0.0306
Peacock/ACSS 605 570.1 208.7 778.8 73.2 26.8 0.0274 0.0282 0.0339 0.505 0.079 0.0319
Egret/ACSS 636 600.5 386.7 987.2 60.83 39.17 0.0258 0.0266 0.0319 0.495 0.077 0.0351
Grosbeak/ACSS 636 599 275.2 874.2 68.52 31.48 0.026 0.0268 0.0321 0.5 0.078 0.0335
Rook/ACSS 636 599.1 219.1 818.2 73.22 26.78 0.0261 0.0269 0.0323 0.502 0.079 0.0327
Flamingo/ACSS 666.6 628.2 229.7 857.9 73.23 26.77 0.0249 0.0257 0.0308 0.498 0.078 0.0335
Redwing/ACSS 715.5 675.3 434 1109 60.88 39.12 0.023 0.0237 0.0284 0.486 0.076 0.0372
Starling/ACSS 715.5 674 309.7 983.7 68.52 31.48 0.0231 0.0238 0.0286 0.49 0.077 0.0355
Mallard/ACSS 795 750.7 483.2 1234 60.84 39.16 0.0207 0.0213 0.0256 0.477 0.074 0.0392
Condor/ACSS 795 748.4 273.6 1022 73.23 26.77 0.0209 0.0216 0.0267 0.484 0.076 0.0368
Tern/ACSS 795 748.6 146.4 895 83.64 16.36 0.021 0.0218 0.0263 0.488 0.076 0.0352
Drake/ACSS 795 749.1 343.9 1093 68.54 31.46 0.0208 0.0215 0.0258 0.482 0.076 0.0375
Cuckoo/ACSS 795 748.8 274.2 1023 73.2 26.8 0.0209 0.0216 0.0259 0.484 0.076 0.0361
Canary/ACSS 900 847.7 310.3 1158 73.2 26.8 0.0184 0.0192 0.0236 0.474 0.074 0.0392
Ruddy/ACSS 900 847.4 165.6 1013 83.65 16.35 0.0186 0.0194 0.0233 0.479 0.076 0.0374
Cardinal/ACSS 954 898.3 328.8 1227 73.21 26.79 0.0174 0.0181 0.0223 0.47 0.076 0.0404
Rail/ACSS 954 898.5 175.5 1074 83.66 16.34 0.0175 0.0183 0.0221 0.474 0.075 0.0385
Curlew/ACSS 1033.5 972.8 356.2 1329 73.2 26.8 0.0161 0.0168 0.0206 0.464 0.073 0.042
Ortolan/ACSS 1033.5 972.8 190.2 1163 83.65 16.35 0.0162 0.017 0.0204 0.468 0.074 0.0401
Finch/ACSS 1113 1053.9 376.1 1430 73.7 26.3 0.015 0.0157 0.0193 0.458 0.07 0.0436
Bluejay/ACSS 1113 1048.7 205.3 1254 83.63 16.37 0.015 0.0159 0.019 0.462 0.073 0.0416
Grackle/ACSS 1192.5 1128.6 402.4 1531 73.72 26.28 0.014 0.0147 0.018 0.452 0.071 0.0451
Bunting/ACSS 1192.5 1123 219 1342 83.68 16.32 0.014 0.0149 0.0178 0.456 0.072 0.0431
Pheasant/ACSS 1272 1204.3 429.7 1634 73.7 26.3 0.0131 0.0139 0.0169 0.447 0.07 0.0466
Bittern/ACSS 1272 1197.7 234.3 1432 83.64 16.36 0.0132 0.014 0.0167 0.451 0.072 0.0445
Martin/ACSS 1351 1279.2 455.8 1735 73.73 26.27 0.012 0.013 0.016 0.442 0.07 0.048
Dipper/ACSS 1351 1272.9 248.1 1521 83.69 16.31 0.0124 0.0132 0.0158 0.447 0.071 0.0459
Plover/ACSS 1431 1354.6 483.4 1838 73.7 26.3 0.012 0.012 0.015 0.438 0.069 0.0495
Bobolink/ACSS 1431 1347.5 263.5 1611 83.64 16.36 0.012 0.013 0.015 0.442 0.07 0.0472
Falcon/ACSS 1590 1505 537 2042 73.7 26.3 0.011 0.011 0.014 0.43 0.068 0.0521
Lapwing/ACSS 1590 1498.1 291.9 1790 83.69 16.31 0.011 0.012 0.014 0.434 0.069 0.0498
Chukar/ACSS* 1780 1685.5 386.5 2072 81.35 18.65 0.009 0.01 0.012 0.424 0.067 0.0534
Bluebird/ACSS* 2156 2040.4 467.6 2508 81.36 18.64 0.008 0.009 0.01 0.409 0.065 0.0588
Kiwi/ACSS* 2167 2051.4 249.6 2301 89.15 10.85 0.008 0.009 0.01 0.411 0.068 0.057
Thrasher/ACSS* 2312 2187.9 335.1 2523 86.72 13.28 0.007 0.009 0.01 0.405 0.065 0.06
1. Code words shown are for standard ACSS/MA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSS/MA2 and ACSS/MA3 cores.
3. Direct current resistance is based on 63.0% IACS for 1350-O wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738: Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSS Options
Steel Coating Steel Strength
Standard High Extra High Ultra High
Zinc – 5% Aluminum Mischmetal Alloy Coating /MA2
/MC2		 /MA3 /MA4 /MA5
/NS: Non-Specular finish available for all ACSS products.
/AW: Aluminum-clad steel core – see ACSS/AW catalog sheet.
/TW: Trapezoidal-shaped aluminum wires – see ACSS/TW catalog sheet.

ACSS-AW

Aluminum Conductor, Aluminum Clad, Steel Supported, Bare Overhead Concentric Lay Stranded Conductors

Used for overhead power transmission and distribution projects. Preferred over ACSR conductors because they can be operated up to 250°C whereas the maximum operating temperature of ACSR does not exceed 100°C. ACSS-AW conductors are prone to resist the effects of aeolian vibration due to very little or no mechanical load on the annealed aluminum wires. ACSS-AW has similar strength characteristics as ACSS with slightly greater ampacity and resistance to corrosion due to aluminum cladding of the steel core wires.

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Physical Data

ACSS-AW
Code
Word		 Size
AWG
or
kcmil		 Stranding
Class		 Diameter Weight AW2
Rated
Strength		 AW3
Rated
Strength		 Resistance 200 °C
† Ampacity
Aluminum
Wires		 Steel
Wires		 Steel
Core		 Complete
Cable		 Al Steel Total dc
20 °C		 ac
75 °C
in in in in lb/kft lb lb Ω/kft (amp)
Partridge/ACSS 266.8 26/7 0.1013 0.0788 0.236 0.642 251 98 349 8370 8800 0.0619 0.0761 817
Ostrich/ACSS 300 26/7 0.1074 0.0835 0.251 0.68 283 109 392 9400 1000 0.0551 0.0677 882
Linnet/ACSS 336.4 26/7 0.1137 0.0885 0.265 0.72 317 123 440 10500 11200 0.0491 0.0604 951
Oriole/ACSS 336.4 30/7 0.1059 0.1059 0.318 0.741 318 177 495 14200 14800 0.0488 0.0600 962
Brant/ACSS 397.5 24/7 0.1287 0.0858 0.257 0.772 361 130 491 10400 11000 0.0417 0.0514 1054
Ibis/ACSS 397.5 26/7 0.1236 0.0962 0.289 0.783 374 146 520 12400 13000 0.0416 0.0512 1060
Lark/ACSS 397.5 30/7 0.1151 0.1151 0.345 0.806 375 209 594 16700 17500 0.0413 0.0508 1073
Flicker/ACSS 477 24/7 0.1410 0.0940 0.282 0.846 449 140 589 12500 13000 0.0348 0.0429 1187
Hawk/ACSS 477 26/7 0.1354 0.1053 0.316 0.858 449 175 624 14900 15600 0.0346 0.0427 1196
Hen/ACSS 477 30/7 0.1261 0.1261 0.378 0.883 450 251 701 20100 20500 0.0344 0.0424 1210
Parakeet/ACSS 556.5 24/7 0.1523 0.1015 0.305 0.914 524 163 687 14600 15200 0.0296 0.0368 1314
Dove/ACSS 556.5 26/7 0.1463 0.1138 0.341 0.927 524 204 728 17500 18200 0.0297 0.0366 1322
Eagle/ACSS 55605 30/7 0.1362 0.1362 0.409 0.953 523 295 818 22900 2400 0.0295 0.0363 1338
Squab/ACSS 605 26/7 0.1525 0.1186 0.356 0.966 507 284 791 19000 19700 0.0273 0.0337 1396
Wood Duck/ACSS 605 30/7 0.1420 0.1420 0.426 0.994 441 448 889 24400 25500 0.0271 0.0334 1414
Teal/ACSS 605 30/19 0.1420 0.0852 0.426 0.994 441 442 883 25000 26600 0.0272 0.0335 1412
Grosbeak/ACSS 636 26/7 0.1564 0.1216 0.365 0.991 599 233 832 19900 20300 0.026 0.0321 1442
Scoter/ACSS 636 30/7 0.1456 0.1456 0.437 1.019 464 471 935 25100 26800 0.0258 0.0318 1460
Egret/ACSS 636 30/19 0.1456 0.0874 0.437 1.019 600 328 928 26300 28000 0.0258 0.0319 1460
Redwing/ACSS 715.5 30/19 0.1544 0.0927 0.463 1.081 676 367 1043 29500 30900 0.0230 0.0284 1575
Tern/ACSS 795 45/7 0.1329 0.0886 0.266 1.063 749 123 872 13500 14200 0.0210 0.0263 1639
Drake/ACSS 795 26/7 0.1749 0.1360 0.408 1.108 749 292 1040 24400 25400 0.0202 0.025 1688
Condor/ACSS 795 54/7 0.1213 0.1213 0.364 1.092 749 231 980 20900 21300 0.0209 0.0266 1657
Ruddy/ACSS 900 45/7 0.1414 0.0943 0.283 1.131 436 552 988 15300 15500 0.0186 0.0233 1774
Canary/ACSS 900 54/7 0.1291 0.1291 0.387 1.162 848 263 1111 23200 24100 0.0184 0.0236 1799
Rail/ACSS 954 45/7 0.1456 0.0971 0.291 1.165 900 147 1047 16200 16700 0.0175 0.022 1845
Cardinal/ACSS 954 54/7 0.1329 0.1329 0.399 1.196 898 279 1177 24600 25500 0.0174 0.0223 1866
Ortolan/ACSS 1033.5 45/7 0.1515 0.1010 0.303 1.212 973 161 1134 17600 18100 0.0162 0.0204 1941
Curlew/ACSS 1033.5 54/7 0.1383 0.1383 0.415 1.245 973 301 1274 26100 27700 0.0161 0.0206 1964
Bluejay/ACSS 1113 45/7 0.1573 0.1048 0.315 1.258 1050 172 1222 18900 19500 0.0150 0.019 2039
Finch/ACSS 1113 54/19 0.1436 0.0861 0.431 1.292 1054 319 1373 28700 30400 0.0150 0.0193 2057
Pheasant/ACSS 1272 54/19 0.1535 0.0921 0.460 1.381 1204 364 1588 32800 34100 0.0131 0.0169 2244
Parrot/ACSS 1510 54/19 0.1672 0.1003 0.5017 1.505 1429 432 1861 38900 40400 0.0108 0.0141 2491
The above are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Direct current resistance is based on 16.496 Ω·cmil/ft (63% IACS) at 20°C for 1350 aluminum nominal area of conductor and 129.64 Ω·cmil/ft (8% IACS) at 20°C for steel nominal area, with standard stranding increments ASTM B231.
† Ampacities are based on the following:
200°C Conductor Temperature, Conductivity 63%. Air Ambient 25°C, Wind 2 ft/s, Sun, Sea Level, Solar Absorption 0.5, Emissivity 0.5.
Refer to IEEE Standard 738 for addtional information.

ACSS-TW

Aluminum Conductor, Steel Supported, Bare Overhead Concentric Lay Stranded Conductors, Trapezoidal Wire

Used for overhead power transmission and distribution projects. Trapezoidal shaped wire with compact aluminum concentric-lay-stranded conductor with steel coated core wire(s) makes it a preferred choice due to it’s favorable strength/weight ratio, achieved by the lightweight and good conductivity of aluminum with the high tensile strength of steel. ACSS-TW can be operated up to 250°C whereas the maximum operating temperature of ACSR-TW does not exceed 100°C.

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Physical Data

ACSS-TW
Code
Word		 Size
AWG or
kcmil		 Type Stranding Nominal Overall Diameter Cross Section Rated Strength
Aluminum Steel CDR Steel
Core		 Al Total /MA2 /MA3 /MA5
No. Al
Wires		 No. Al
Layers		 No. of
Wires		 Diameter
in in in2 kip
Flicker/ACSS/TW 477 13 18 2 7 0.094 0.78 0.282 0.3748 0.4234 13 14.2 16.4
Hawk/ACSS/TW 477 16 18 2 7 0.1053 0.79 0.3159 0.3745 0.4355 15.6 17.1 19.8
Parakeet/ACSS/TW 556.5 13 18 2 7 0.1015 0.84 0.3045 0.4372 0.4938 15.2 16.6 19.1
Dove/ACSS/TW 556.5 16 20 2 7 0.1138 0.85 0.3414 0.4371 0.5083 18.2 19.9 23.1
Rook/ACSS/TW 636 13 18 2 7 0.1085 0.89 0.3255 0.4994 0.5641 17.3 19 21.9
Grosbeak/ACSS/TW 636 16 20 2 7 0.1216 0.91 0.3648 0.4996 0.5809 20.7 22.4 26
Tern/ACSS/TW 795 7 17 2 7 0.0888 0.96 0.2664 0.6247 0.668 14.2 15.2 17.5
Puffin/ACSS/TW 795 11 21 2 7 0.1108 0.98 0.3324 0.6241 0.6916 18.9 20.6 23.7
Condor/ACSS/TW 795 13 21 2 7 0.1213 0.99 0.3639 0.6242 0.7051 21.7 23.3 26.9
Drake/ACSS/TW 795 16 20 2 7 0.136 1.01 0.408 0.6242 0.7259 25.9 28 32.5
Phoenix/ACSS/TW 954 5 30 3 7 0.0837 1.04 0.2511 0.7497 0.7882 14.2 15.2 17.1
Rail/ACSS/TW 954 7 32 3 7 0.0971 1.06 0.2913 0.7493 0.8011 16.7 18 20.4
Cardinal/ACSS/TW 954 13 20 2 7 0.1329 1.08 0.3987 0.7492 0.8463 26 28 32.3
Snowbird/ACSS/TW 1033.5 5 30 3 7 0.0871 1.09 0.2613 0.8115 0.8532 15.4 16.4 18.5
Ortolan/ACSS/TW 1033.5 7 33 3 7 0.101 1.1 0.303 0.8112 0.8673 18.1 19.5 22
Curlew/ACSS/TW 1033.5 13 21 2 7 0.1383 1.13 0.4149 0.8118 0.917 28.2 30.3 35
Avocet/ACSS/TW 1113 5 30 3 7 0.0904 1.13 0.2712 0.8737 0.9186 16.3 17.5 19.5
Bluejay/ACSS/TW 1113 7 33 3 7 0.1049 1.14 0.3147 0.8746 0.9351 19.5 21 23.8
Finch/ACSS/TW 1113 13 39 3 19 0.0862 1.18 0.431 0.8737 0.9845 30.4 33.2 38.7
Oxbird/ACSS/TW 1192.5 5 30 3 7 0.0936 1.17 0.2808 0.9361 0.9843 17.5 18.7 20.9
Bunting/ACSS/TW 1192.5 7 33 3 7 0.1086 1.18 0.3258 0.9368 1.0016 20.9 22.5 25.5
Grackle/ACSS/TW 1192.5 13 39 3 19 0.0892 1.22 0.446 0.9369 1.0556 32.6 35.5 41.5
Scissortail/ACSS/TW 1272 5 30 3 7 0.0967 1.2 0.2901 0.9994 1.0508 18.7 20 22.3
Bittern/ACSS/TW 1272 7 33 3 7 0.1121 1.22 0.3363 0.9994 1.0685 22.3 24 27.2
Pheasant/ACSS/TW 1272 13 39 3 19 0.0921 1.26 0.4605 0.9987 1.1252 34.1 37.3 43
Dipper/ACSS/TW 1351.5 7 33 3 7 0.1155 1.25 0.3465 1.0616 1.135 23.7 25.5 28.8
Martin/ACSS/TW 1351.5 13 39 3 19 0.0949 1.3 0.4745 1.061 1.1954 36.2 39.6 45.6
Bobolink/ACSS/TW 1431 7 33 3 7 0.1189 1.29 0.3567 1.1243 1.202 25.1 27 30.5
Plover/ACSS/TW 1431 13 39 3 19 0.0977 1.33 0.4885 1.1242 1.2666 38.4 41.9 48.3
Lapwing/ACSS/TW 1590 7 36 3 7 0.1253 1.36 0.3759 1.2488 1.3351 27.9 29.6 33.5
Falcon/ACSS/TW 1590 13 39 3 19 0.103 1.4 0.515 1.2483 1.4066 42.6 46.6 53.7
Chukar/ACSS/TW 1780 8 38 3 19 0.0874 1.45 0.437 1.3982 1.5122 35.3 38.2 43.9
Bluebird/ACSS/TW* 2156 8 64 4 19 0.0961 1.61 0.4805 1.6934 1.8312 42.1 45.5 51.7
1. Code words shown are for standard ACSS/TW/MA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSS/MA2 and ACSS/MA3 cores.
3. Direct current resistance is based on 63% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738 Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSS-TW (cont.)
Code
Word		 Size
AWG or
kcmil		 Type Mass Percent of Total Mass Resistance GMR Reactance
Al Steel Total Al Steel dc ac – 60 Hz Capacitive Inductive
20 °C 25 °C 75 °C
lb/kft Ω/kft ft MΩ/kft Ω/kft
Flicker/ACSS/TW 477 13 448 164 612 73.14 26.86 0.0347 0.0356 0.0428 0.0259 0.5375 0.0839
Hawk/ACSS/TW 477 16 448 206 655 68.47 31.53 0.0346 0.0354 0.0426 0.0266 0.5349 0.0834
Parakeet/ACSS/TW 556.5 13 522 192 714 73.15 26.85 0.0297 0.0305 0.0367 0.0279 0.5259 0.0822
Dove/ACSS/TW 556.5 16 523 241 764 68.45 31.55 0.0296 0.0304 0.0366 0.0287 0.5232 0.0816
Rook/ACSS/TW 636 13 597 219 816 73.15 26.85 0.026 0.0268 0.0321 0.0298 0.5159 0.0808
Grosbeak/ACSS/TW 636 16 598 275 873 68.47 31.53 0.0259 0.0267 0.032 0.0307 0.5129 0.0801
Tern/ACSS/TW 795 7 745 147 892 83.54 16.46 0.0209 0.0217 0.026 0.0315 0.5042 0.0795
Puffin/ACSS/TW 795 11 746 229 974 76.55 23.45 0.0209 0.0216 0.0259 0.0327 0.5009 0.0786
Condor/ACSS/TW 795 13 746 274 1020 73.15 26.85 0.0208 0.0215 0.0258 0.0333 0.4987 0.0782
Drake/ACSS/TW 795 16 747 344 1091 68.45 31.55 0.0207 0.0214 0.0257 0.0342 0.4962 0.0776
Phoenix/ACSS/TW 954 5 898 130 1028 87.32 12.68 0.0176 0.0184 0.0221 0.0343 0.491 0.0775
Rail/ACSS/TW 954 7 899 175 1074 83.66 16.34 0.0175 0.0183 0.022 0.035 0.4889 0.0771
Cardinal/ACSS/TW 954 13 895 329 1224 73.15 26.85 0.0173 0.018 0.0216 0.0364 0.4851 0.0762
Snowbird/ACSS/TW 1033.5 5 972 141 1114 87.32 12.68 0.0162 0.017 0.0204 0.0357 0.4844 0.0766
Ortolan/ACSS/TW 1033.5 7 973 190 1163 83.68 16.32 0.0162 0.017 0.0204 0.0364 0.4829 0.0762
Curlew/ACSS/TW 1033.5 13 970 356 1326 73.15 26.85 0.016 0.0167 0.02 0.0379 0.4787 0.0752
Avocet/ACSS/TW 1113 5 1047 152 1199 87.32 12.68 0.015 0.0159 0.019 0.037 0.479 0.0758
Bluejay/ACSS/TW 1113 7 1048 205 1253 83.66 16.34 0.015 0.0158 0.019 0.0377 0.4772 0.0753
Finch/ACSS/TW 1113 13 1051 376 1427 73.64 26.36 0.015 0.0156 0.0192 0.0399 0.4716 0.074
Oxbird/ACSS/TW 1192.5 5 1122 163 1285 87.31 12.69 0.014 0.0149 0.0178 0.0382 0.4738 0.075
Bunting/ACSS/TW 1192.5 7 1123 220 1343 83.65 16.35 0.014 0.0148 0.0178 0.039 0.472 0.0746
Grackle/ACSS/TW 1192.5 13 1126 403 1529 73.65 26.35 0.014 0.0147 0.0179 0.0412 0.4665 0.0733
Scissortail/ACSS/TW 1272 5 1197 174 1371 87.3 12.7 0.0132 0.014 0.0168 0.0394 0.469 0.0743
Bittern/ACSS/TW 1272 7 1198 234 1432 83.67 16.33 0.0131 0.014 0.0167 0.0402 0.4672 0.0739
Pheasant/ACSS/TW 1272 13 1201 429 1630 73.66 26.34 0.0131 0.0138 0.0169 0.0424 0.4619 0.0726
Dipper/ACSS/TW 1351.5 7 1273 248 1521 83.68 16.32 0.0124 0.0132 0.0158 0.0414 0.4626 0.0732
Martin/ACSS/TW 1351.5 13 1276 456 1732 73.68 26.32 0.0123 0.013 0.0159 0.0437 0.4572 0.0719
Bobolink/ACSS/TW 1431 7 1348 263 1611 83.67 16.33 0.0117 0.0125 0.015 0.0427 0.4578 0.0725
Plover/ACSS/TW 1431 13 1351 483 1834 73.66 26.34 0.0116 0.0124 0.0151 0.045 0.4527 0.0713
Lapwing/ACSS/TW 1590 7 1498 292 1790 83.67 16.33 0.0105 0.0114 0.0145 0.045 0.4495 0.0712
Falcon/ACSS/TW 1590 13 1501 537 2038 73.65 26.35 0.0105 0.0112 0.0163 0.0473 0.4448 0.0701
Chukar/ACSS/TW 1780 8 1674 387 2061 81.24 18.76 0.0094 0.0103 0.0124 0.0482 0.4398 0.0697
Bluebird/ACSS/TW* 2156 8 2045 467 2512 81.39 18.61 0.0078 0.0088 0.0103 0.0538 0.4229 0.0672
1. Code words shown are for standard ACSS/TW/MA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSS/MA2 and ACSS/MA3 cores.
3. Direct current resistance is based on 63% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738 Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSS-TW (cont.)
Code
Word		 Size
AWG or
kcmil		 Type Stranding Nominal Overall Diameter Cross Section Rated Strength
Aluminum Steel CDR Steel
Core		 Aluminum Total /MA2 /MA3 /MA5
No. Al
Wires		 No. Al
Layers		 No. of
Wires		 Diameter
in in in2 kip
Mohawk/ACSS/TW 571.7 13 18 2 7 0.103 0.846 0.309 0.4489 0.5072 15.6 17.1 19.7
Calumet/ACSS/TW 565.3 16 20 2 7 0.1146 0.858 0.3438 0.4438 0.5161 18.4 20.2 23.5
Mystic/ACSS/TW 666.6 13 20 2 7 0.1111 0.913 0.3333 0.5236 0.5915 18.2 19.9 22.9
Oswego/ACSS/TW 664.8 16 20 2 7 0.1244 0.927 0.3732 0.5222 0.6073 21.7 23.4 27.2
Maumee/ACSS/TW 768.2 13 20 2 7 0.1195 0.977 0.3585 0.6032 0.6817 21 23 26.5
Wabash/ACSS/TW 762.8 16 20 2 7 0.1331 0.99 0.3993 0.5989 0.6963 24.9 26.8 31.2
Kettle/ACSS/TW 957.2 7 32 3 7 0.0973 1.06 0.2919 0.7518 0.8038 16.8 18.1 20.4
Suwannee/ACSS/TW 959.6 16 22 2 7 0.1493 1.108 0.4479 0.7539 0.8764 30.7 33.1 38.6
Cheyenne/ACSS/TW 1168.1 5 30 3 7 0.0926 1.155 0.2778 0.917 0.9642 17.2 18.3 20.4
Genesee/ACSS/TW 1158 7 33 3 7 0.1078 1.165 0.3234 0.9094 0.9732 20.5 22.1 25
Hudson/ACSS/TW 1158.4 13 26 2 7 0.1467 1.196 0.4401 0.9096 1.0279 31.1 33.5 38.8
Catawba/ACSS/TW 1272 5 30 3 7 0.0967 1.203 0.2901 0.9993 1.0507 18.7 20 22.3
Nelson/ACSS/TW 1257.1 7 35 3 7 0.1115 1.213 0.3345 0.9875 1.0558 22.1 23.8 26.9
Yukon/ACSS/TW 1233.6 13 38 3 19 0.091 1.25 0.455 0.9685 1.0921 33.2 36.3 41.9
Truckee/ACSS/TW 1372.5 5 30 3 7 0.1004 1.248 0.3012 1.0783 1.1337 20.2 21.5 24
Mackenzie/ACSS/TW 1359.7 7 36 3 7 0.1159 1.259 0.3477 1.0674 1.1413 23.9 25.7 29
Thames/ACSS/TW 1334.6 13 39 3 19 0.0944 1.29 0.472 1.0479 1.1808 35.8 39.1 45.1
St.Croix/ACSS/TW 1467.8 5 30 3 7 0.1041 1.292 0.3123 1.1532 1.2127 21.6 23.1 25.8
Miramichi/ACSS/TW 1455.3 7 36 3 7 0.12 1.299 0.36 1.1427 1.2219 25.6 27.1 30.7
Merrimack/ACSS/TW 1433.6 13 44 3 19 0.0978 1.34 0.489 1.1255 1.2682 38.4 42 48.4
Platte/ACSS/TW 1569 5 33 3 7 0.1074 1.334 0.3222 1.2328 1.2962 23.1 24.6 27.5
Potomac/ACSS/TW 1557.4 7 36 3 7 0.1241 1.345 0.3723 1.2237 1.3084 27.3 29 32.8
Rio Grande/ACSS/TW 1533.3 13 39 3 19 0.1012 1.379 0.506 1.2046 1.3574 41.2 45 51.9
Schuylkill/ACSS/TW 1657.4 7 36 3 7 0.128 1.386 0.384 1.3012 1.3912 29.1 30.9 34.9
Pecos/ACSS/TW 1622 13 39 3 19 0.1064 1.424 0.532 1.2736 1.4425 45 49.3 56.9
Pee Dee/ACSS/TW 1758.6 7 37 3 7 0.1319 1.431 0.3957 1.3811 1.4768 30.9 32.8 37.1
James/ACSS/TW 1730.6 13 39 3 19 0.1075 1.47 0.5375 1.3598 1.5322 46.4 50.8 58.5
Athabaska/ACSS/TW 1949.6 7 42 3 7 0.1392 1.504 0.4176 1.5318 1.6384 34.3 36.5 40.8
Cumberland/ACSS/TW 1926.9 13 42 3 19 0.1133 1.545 0.5665 1.5129 1.7044 51.6 56.4 65
Santee/ACSS/TW* 2627.3 8 64 4 19 0.1062 1.762 0.531 2.0645 2.2328 51.3 55.6 63.1
1. Code words shown are for standard ACSS/TW/MA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSS/MA2 and ACSS/MA3 cores.
3. Direct current resistance is based on 63% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738 Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSS-TW (cont.)
Code
Word		 Size
AWG or
kcmil		 Type Mass Percent of Total Mass Resistance GMR Reactance
Al Steel Total Al Steel dc ac – 60 Hz Capacitive Inductive
20 °C 25°C 75°C
lb/kft Ω/kft ft MΩ/kft Ω/kft
Mohawk/ACSS/TW 571.7 13 537 197 734 73.1 26.9 0.0298 0.0306 0.0365 0.0283 0.5239 0.082
Calumet/ACSS/TW 565.3 16 531 244 776 68.48 31.52 0.03 0.0308 0.0368 0.029 0.5217 0.0814
Mystic/ACSS/TW 666.6 13 626 230 855 73.14 26.86 0.0255 0.0263 0.0314 0.0306 0.512 0.0801
Oswego/ACSS/TW 664.8 16 625 288 913 68.44 31.56 0.0255 0.0262 0.0314 0.0313 0.5096 0.0796
Maumee/ACSS/TW 768.2 13 721 266 987 73.07 26.93 0.0222 0.0229 0.0273 0.0328 0.5014 0.0786
Wabash/ACSS/TW 762.8 16 717 330 1046 68.49 31.51 0.0222 0.0229 0.0274 0.0335 0.4993 0.0781
Kettle/ACSS/TW 957.2 7 902 176 1078 83.65 16.35 0.018 0.0188 0.0224 0.035 0.4886 0.077
Suwannee/ACSS/TW 959.6 16 902 415 1317 68.49 31.51 0.0177 0.0183 0.0218 0.0376 0.4817 0.0754
Cheyenne/ACSS/TW 1168.1 5 1099 160 1259 87.32 12.68 0.0148 0.0156 0.0186 0.0379 0.4751 0.0752
Genesee/ACSS/TW 1158 7 1091 216 1307 83.45 16.55 0.0149 0.0156 0.0187 0.0385 0.4739 0.0748
Hudson/ACSS/TW 1158.4 13 1087 401 1488 73.08 26.92 0.0147 0.0154 0.0183 0.0402 0.4697 0.0738
Catawba/ACSS/TW 1272 5 1197 174 1371 87.3 12.7 0.0136 0.0144 0.0172 0.0395 0.4688 0.0743
Nelson/ACSS/TW 1257.1 7 1184 231 1415 83.65 16.35 0.0137 0.0145 0.0172 0.0402 0.4674 0.0739
Yukon/ACSS/TW 1233.6 13 1165 419 1584 73.53 26.47 0.0139 0.0146 0.0178 0.0422 0.4628 0.0728
Truckee/ACSS/TW 1372.5 5 1291 188 1479 87.32 12.68 0.0126 0.0134 0.016 0.0409 0.4631 0.0734
Mackenzie/ACSS/TW 1359.7 7 1281 250 1531 83.67 16.33 0.0127 0.0135 0.016 0.0417 0.4617 0.073
Thames/ACSS/TW 1334.6 13 1260 451 1711 73.64 26.36 0.0128 0.0135 0.0165 0.0435 0.4579 0.027
St.Croix/ACSS/TW 1467.8 5 1381 202 1583 87.26 12.74 0.0117 0.0126 0.015 0.0424 0.4576 0.0726
Miramichi/ACSS/TW 1455.3 7 1371 268 1639 83.64 16.36 0.0118 0.0127 0.015 0.043 0.4568 0.0723
Merrimack/ACSS/TW 1433.6 13 1354 484 1838 73.65 26.35 0.0119 0.0127 0.0154 0.0452 0.4519 0.0712
Platte/ACSS/TW 1569 5 1476 215 1691 87.3 12.7 0.011 0.0119 0.0141 0.0438 0.4527 0.0719
Potomac/ACSS/TW 1557.4 7 1467 287 1754 83.65 16.35 0.0111 0.0119 0.0141 0.0445 0.4513 0.0715
Rio Grande/ACSS/TW 1533.3 13 1448 518 1966 73.63 26.37 0.0112 0.0119 0.0144 0.0466 0.4474 0.0705
Schuylkill/ACSS/TW 1657.4 7 1561 305 1866 83.66 16.34 0.0104 0.0113 0.0133 0.0459 0.4467 0.0708
Pecos/ACSS/TW 1622 13 1531 573 2105 72.77 27.23 0.0106 0.0113 0.0137 0.0482 0.4424 0.0697
Pee Dee/ACSS/TW 1758.6 7 1660 324 1983 83.67 16.33 0.0098 0.0107 0.0126 0.0475 0.4416 0.07
James/ACSS/TW 1730.6 13 1634 585 2219 73.64 26.36 0.0099 0.0107 0.0129 0.0496 0.4374 0.069
Athabaska/ACSS/TW 1949.6 7 1836 361 2197 83.57 16.43 0.0088 0.0098 0.0115 0.0499 0.4341 0.0689
Cumberland/ACSS/TW 1926.9 13 1819 650 2469 73.68 26.32 0.0089 0.0097 0.0116 0.0522 0.4296 0.0679
Santee/ACSS/TW* 2627.3 8 2492 571 3062 81.36 18.64 0.0066 0.0077 0.0089 0.0589 0.409 0.0651
1. Code words shown are for standard ACSS/TW/MA2 conductor. See the options for other applicable code word modifiers.
2. Rated strengths shown are applicable for ACSS/MA2 and ACSS/MA3 cores.
3. Direct current resistance is based on 63% IACS for 1350 wires and 8% IACS for the steel core at 20 °C.
4. Consult IEEE 738 Standard for Calculating the Current-Temperature of Bare Overhead Conductors.
5. The above data are an estimate based on given criteria and subject to normal manufacturing tolerances.

ACSS-TW Options
Steel Coating Steel Strength
Standard High Extra High Ultra High
Zinc – 5% Aluminum Mischmetal Alloy Coating /MA2
/MC2		 /MA3 /MA4 /MA5
/NS: Non-Specular finish available for all ACSS products.
/AW: Aluminum-clad steel core – see ACSS/AW catalog sheet.

Tree Wire

Overhead, PE or XLPE Insulation, 5kV-35kV – Aluminum

Used for distribution overhead power lines where space for right-of-way is limited or in close proximity to trees and other vegetation.

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Physical Data

AAC Conductor 15 kV System
Size
AWG		 Number of
Strands		 Conductor
Diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside Diameter		 Approximate
Net Weight		 Rated Strength
in mils mils mils in lb/kft lbs
1/0 7 0.336 15 75 75 694 222 1791
2/0 7 0.376 15 75 75 734 258 2259
3/0 7 0.423 15 75 75 781 303 2736
4/0 7 0.475 15 75 75 833 359 3447
266.8 19 0.537 15 75 75 905 429 4473
336.4 19 0.603 15 75 75 971 513 5535
397.5 19 0.659 15 75 75 1027 586 6399
477 19 0.722 15 75 75 1090 679 7524
556.5 37 0.78 20 75 75 1148 759 8946
636 37 0.835 20 75 75 1213 857 10260
795 37 0.932 20 80 80 1330 1049 12510
The above data are approximate and subject to normal manufacturing tolerances.

ACSR Conductor 15 kV System
Size
AWG		 Number of
Strands		 Conductor
Diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside Diameter		 Approximate
Net Weight		 Rated Strength
in mils mils mils in lb/kft lbs
4 6/1 0. 250 15 75 75 608 157 1767
2 6/1 0. 316 15 75 75 674 208 2708
1/0 6/1 0. 398 15 75 75 756 284 4161
2/0 6/1 0. 447 15 75 75 805 335 5035
3/0 6/1 0. 502 15 75 75 860 399 6289
4/0 6/1 0. 563 15 75 75 921 476 7933
266.8 18/1 0. 609 15 75 75 977 488 6536
266.8 26/7 0. 642 15 75 75 1010 575 10735
336.4 18/1 0. 684 15 75 75 1052 585 8246
336.4 26/7 0. 720 15 75 75 1088 693 13395
397.5 18/1 0. 743 15 75 75 1111 668 9443
397.5 24/7 0. 772 15 75 75 1140 757 13870
397.5 26/7 0. 783 15 75 75 1151 795 15485
477 24/7 0. 846 15 75 75 1214 882 16340
477 26/7 0. 858 15 75 75 1226 927 18525
477 30/7 0. 883 15 75 75 1251 1025 22610
556.5 18/1 0. 879 20 75 75 1247 881 13015
556.5 24/7 0. 914 20 75 75 1282 1004 18810
556.5 26/7 0. 927 20 75 75 1295 1057 21470
636 18/1 0. 940 20 75 75 1318 995 14915
636 26/7 0. 990 20 75 75 1368 1196 23940
The above data are approximate and subject to normal manufacturing tolerances.

AAAC Conductor 15 kV System
Size Number of Conductor
Diameter		 Bare AAAC
Codename		 ACSR equivalent
diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Rated Strength
AWG/Kcmil in AWG/Kcmil mils mils mils in lb/kft lbs
48.69 7 0.25 ALTON 4 15 75 75 608 146 1584
77.47 7 0.316 AMES 2 15 75 75 674 190 2520
123.3 7 0.398 AZUSA 1/0 15 75 75 756 254 3843
155.4 7 0.447 ANAHEIM 2/0 15 75 75 805 298 4851
195.7 7 0.502 AMHERST 3/0 15 75 75 860 351 6111
246.9 7 0.563 ALLIANCE 4/0 15 75 75 931 423 7704
312.8 19 0.642 BUTTE 266.8 15 75 75 1010 500 9450
394.5 19 0.72 CANTON 336.4 15 75 75 1088 599 11970
465.4 19 0.783 CAIRO 397.5 15 75 75 1151 683 14040
559.5 19 0.858 DARIEN 477 20 75 75 1226 793 16920
652.4 19 0.927 ELGIN 556.5 20 75 75 1305 910 19710
740.8 37 0.99 FLINT 636 20 75 75 1368 994 21960
The above data are approximate and subject to normal manufacturing tolerances.

AAC Conductor 25 kV System
Size
AWG		 Number of
Strands		 Conductor
Diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside Diameter		 Approximate
Net Weight		 Rated Strength
in mils mils mils in lb/kft lbs
1/0 7 0. 336 15 125 125 908 327 1791
2/0 7 0. 376 15 125 125 948 369 2259
3/0 7 0. 423 15 125 125 995 420 2736
4/0 7 0. 475 15 125 125 1047 483 3447
266.8 19 0. 537 15 125 125 1119 563 4473
336.4 19 0. 603 15 125 125 1185 655 5535
397.5 19 0.659 15 125 125 1241 736 6399
477 19 0. 722 15 125 125 1304 837 7524
556.5 37 0.78 20 125 125 1362 925 8946
636 37 0. 835 20 125 125 1427 1031 10260
795 37 0. 932 20 125 125 1524 1220 12510
The above data are approximate and subject to normal manufacturing tolerances.

ACSR Conductor 25 kV System
Size
AWG		 Number of
Strands		 Conductor
Diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside Diameter		 Approximate
Net Weight		 Rated Strength
in mils mils mils in lb/kft lbs
1/0 6/1 0. 398 15 125 125 970 398 4161
2/0 6/1 0. 447 15 125 125 1019 456 5035
3/0 6/1 0. 502 15 125 125 1074 526 6289
4/0 6/1 0. 563 15 125 125 1135 612 7933
266.8 18/1 0. 609 15 125 125 1191 631 6536
266.8 26/7 0. 642 15 125 125 1224 722 10735
336.4 18/1 0. 684 15 125 125 1266 738 8246
336.4 26/7 0. 720 15 125 125 1302 851 13395
397.5 18/1 0. 743 15 125 125 1325 829 9443
397.5 24/7 0. 772 15 125 125 1354 922 13870
397.5 26/7 0. 783 15 125 125 1365 961 15485
477 24/7 0. 846 15 125 125 1428 1056 16340
477 26/7 0. 858 15 125 125 1440 1103 18525
477 30/7 0. 883 15 125 125 1465 1204 22610
556.5 18/1 0. 879 20 125 125 1461 1060 13015
556.5 24/7 0. 914 20 125 125 1496 1188 18810
556.5 26/7 0. 927 20 125 125 1509 1243 21470
The above data are approximate and subject to normal manufacturing tolerances.

AAAC Conductor 25 kV System
Size Number of
Strands		 Conductor
Diameter		 Bare AAAC
Codename		 ACSR equivalent
diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Rated Strength
AWG/Kcmil in AWG/Kcmil mils mils mils in lb/kft lbs
77.47 7 0.316 AMES 2 15 125 125 888 293 2520
123.3 7 0.398 AZUSA 1/0 15 125 125 970 368 3843
155.4 7 0.447 ANAHEIM 2/0 15 125 125 1019 418 4851
195.7 7 0.502 AMHERST 3/0 15 125 125 1074 479 6111
246.9 7 0.563 ALLIANCE 4/0 15 125 125 1145 560 7704
312.8 19 0.642 BUTTE 266.8 15 125 125 1224 648 9450
394.5 19 0.72 CANTON 336.4 15 125 125 1302 757 11970
465.4 19 0.783 CAIRO 397.5 15 125 125 1365 850 14040
559.5 19 0.858 DARIEN 477 20 125 125 1440 970 16920
652.4 19 0.927 ELGIN 556.5 20 125 125 1519 1097 19710
740.8 37 0.99 FLINT 636 20 125 125 1582 1190 21960
The above data are approximate and subject to normal manufacturing tolerances.

AAC Conductor 35kV System
Size
AWG		 Number of
Strands		 Conductor
Diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside Diameter		 Approximate
Net Weight		 Rated Strength
in mils mils mils in lb/kft lbs
1/0 7 0.336 15 175 125 1014 391 1791
2/0 7 0. 376 15 175 125 1054 436 2259
3/0 7 0. 423 15 175 125 1101 491 2736
4/0 7 0. 475 15 175 125 1153 557 3447
266.8 19 0. 537 15 175 125 1215 641 4473
336.4 19 0. 603 15 175 125 1281 738 5535
397.5 19 0.659 15 175 125 1347 823 6399
477 19 0. 722 15 175 125 1410 928 7524
556.5 37 0.78 20 175 125 1468 1020 8946
636 37 0. 835 20 175 125 1523 1131 10260
795 37 0. 932 20 175 125 1620 1326 12510
The above data are approximate and subject to normal manufacturing tolerances.

ACSR Conductor 35 kV System
Size
AWG		 Number of
Strands		 Conductor
Diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside Diameter		 Approximate
Net Weight		 Rated Strength
in mils mils mils in lb/kft lbs
1/0 6/1 0.398 15 175 125 1076 467 4161
2/0 6/1 0. 447 15 175 125 1125 528 5035
3/0 6/1 0. 502 15 175 125 1180 602 6289
4/0 6/1 0. 563 15 175 125 1241 692 7933
266.8 26/7 0. 642 15 175 125 1320 808 10735
336.4 18/1 0. 684 15 175 125 1362 827 8246
336.4 26/7 0. 720 15 175 125 1398 942 13395
397.5 18/1 0. 743 15 175 125 1431 922 9443
397.5 24/7 0. 772 15 175 125 1450 1017 13870
397.5 26/7 0. 783 15 175 125 1461 1057 15485
477 24/7 0. 846 15 175 125 1534 1156 16340
477 26/7 0. 858 15 175 125 1546 1204 18525
477 30/7 0. 883 15 175 125 1571 1307 22610
556.5 18/1 0. 879 20 175 125 1567 1162 13015
556.5 24/7 0. 914 20 175 125 1602 1292 18810
556.5 26/7 0. 927 20 175 125 1615 1348 21470
636 18/1 0. 940 20 175 125 1628 1290 14915
636 26/7 0. 990 20 175 125 1678 1501 23940
795 26/7 0. 1107 20 175 125 1795 1781 29925
795 45/7 0. 1063 20 175 125 1751 1559 20995
The above data are approximate and subject to normal manufacturing tolerances.

AAAC Conductor 35kV System
Size Number of
Strands		 Conductor
Diameter		 Bare AAAC
Codename		 ACSR equivalent
diameter		 Conductor Shield
Thickness		 Inner Layer
Thickness		 Outer Layer
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Rated Strength
AWG/Kcmil in AWG/Kcmil mils mils mils in lb/kft lbs
123.3 7 0.398 AZUSA 1/0 15 175 125 1076 436 3843
155.4 7 0.447 ANAHEIM 2/0 15 175 125 1125 490 4851
195.7 7 0.502 AMHERST 3/0 15 175 125 1180 554 6111
246.9 7 0.563 ALLIANCE 4/0 15 175 125 1251 640 7704
312.8 19 0.642 BUTTE 266.8 15 175 125 1330 733 9450
394.5 19 0.72 CANTON 336.4 15 175 125 1408 847 11970
465.4 19 0.783 CAIRO 397.5 15 175 125 1471 945 14040
559.5 19 0.858 DARIEN 477 20 175 125 1546 1070 16920
652.4 19 0.927 ELGIN 556.5 20 175 125 1625 1202 19710
740.8 37 0.99 FLINT 636 20 175 125 1688 1299 21960
The above data are approximate and subject to normal manufacturing tolerances.

Covered Line Wire

Overhead, ACSR/AAC/AAAC, PE or XLPE Insulation – Aluminum

Used for primary for the distribution of electrical energy under normal condition of overhead (aerial) installation and service outdoors.

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Physical Data

Covered Line Wire ACSR
Code
Word		 Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 Cable
OD		 Rated
Strength		 Weight
PE XLPE
mil in lb lb/kit lb/kit
Walnut 6 6/1 30 0.25 1131 47 46
Butternut 4 6/1 30 0.3 1767 71 70
Hickory 4 7/1 30 0.32 2242 82 82
Pignut 2 6/1 45 0.39 2708 116 115
Beech 2 7/1 45 0.42 3458 135 134
Almond 1/0 6/1 60 0.5 4161 188 186
Pecan 2/0 6/1 60 0.55 5035 232 229
Cottonwood 2/0 6/1 80 0.59 5035 247 244
Filbert 3/0 6/1 60 0.6 6289 286 283
Chokeberry 3/0 6/1 80 0.64 6289 303 300
Buckeye 4/0 6/1 60 0.65 7933 353 351
Gumwood 4/0 6/1 80 0.7 7933 372 369
Hackberry 266.8 18/1 60 0.72 6536 356 353
Redbud 266.8 18/1 80 0.76 6536 377 373
Mockernut 336.4 18/1 60 0.79 8246 441 438
Aspen 336.4 18/1 80 0.83 8246 464 460
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Covered Line Wire AAC
Code
Word		 Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 Cable
OD		 Rated
Strength		 Weight
PE XLPE
mil in lb lb/kft lb/kft
Apple 6 1 30 0.23 445 32 32
Plum 6 7 30 0.25 535 35 35
Pear 4 1 30 0.27 710 48 48
Apricot 4 7 30 0.3 837 52 52
(No Code) 4 7 60 0.36 837 66 65
Cherry 2 1 45 0.35 1100 80 80
Peach 2 7 45 0.39 1283 87 86
Nectarine 1 7 45 0.42 1558 107 106
Quince 1/0 7 60 0.49 1891 140 139
Orange 2/0 7 60 0.54 2385 171 170
Fig 3/0 7 60 0.59 2888 210 208
Lemon 3/0 19 60 0.6 2888 207 206
Olive 4/0 7 60 0.65 3639 258 256
Pomegranate 4/0 19 60 0.65 3639 254 253
Sassafras 250 19 60 0.68 4427 295 294
Catalpa 250 19 80 0.73 4427 315 313
Mulberry 266.8 19 60 0.72 4589 316 314
Sycamore 300 19 80 0.78 5206 370 367
Annona 336.4 19 60 0.79 5843 388 386
Chinquapin 350 19 60 0.81 6071 407 409
Ginkgo 350 19 80 0.85 6071 427 425
Molles 397.5 19 80 0.89 6755 477 474
Sumac 450 37 80 0.94 7496 525 522
Huckleberry 477 37 80 0.96 8256 552 549
Tupelo 500 37 80 0.98 8322 578 576
Paw Paw 556.5 37 80 1.02 9443 637 634
Tangerine 636 37 95 1.12 10830 736 732
Breadfruit 636 61 95 1.12 10830 736 732
Persimmon 795 61 95 1.23 13585 903 900
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Covered Line Wire AAAC
Code
Word		 Size AWG or kcmil Number
of Strands		 Insulation
Thickness		 Cable
OD		 Rated
Strength		 Weight
PE XLPE
mil in lb lb/kft lb/kft
Hornbeam 4 7 30 0.31 1672 60 60
Linden 2 7 45 0.41 2660 100 99
Oilnut 1/0 7 60 0.52 4057 161 160
Waterash 2/0 7 60 0.6 5121 201 200
Shellbark 3/0 7 60 0.63 6451 242 241
Planetree 4/0 7 60 0.69 8132 298 297
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Ampacity Data

Covered Line Wire
Conductor Size
AWG/kcmil		 Ampacity
8 80
6 101
4 127
2 171
1/0 231
2/0 268
3/0 312
4/0 364
266.8 423
336.4 492
397.5 548
477 617
556.5 682
636 744
795 860
1033.5 1017
1272 1201
1590 1381
2000 1527
NEC Table 310.15(B)(21) (formerly Table 310.21) Ampacities of Bare or Covered Conductors in Free Air, Based on 40 °C (104 °F) Ambient, 80 °C (176 °F) Total Conductor Temperature, 610 mm/s (2 ft/s) Wind Velocity.

Service Drop

Overhead, Duplex/Triplex/Quadruplex, PE or XLPE Insulation – Aluminum

Used for overhead distribution of electrical energy, such as a supply power, from pole-mounted transformer to the user’s service head where connection to the service entrance cable is made. Also used for temporary services and street light installations.

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Physical Data

Duplex
Code
Word		 Phase Conductor Cable OD Neutral Messenger Weight
Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 in Size
AWG or kcmil		 Number of
Strands		 Rated Strength PE XLPE
mil lb lb/kft lb/kft
AAC Conductor and Neutral Messenger
Pekingese 6 1 45 0.26 6 7 563 63 63
Collie 6 7 45 0.28 6 7 563 66 66
Cocker 6 7 60 0.31 6 7 563 73 72
Dachshund 4 1 45 0.3 4 7 881 94 94
Spaniel 4 7 45 0.33 4 7 881 99 99
Cairn 4 7 60 0.36 4 7 881 106 106
Doberman 2 7 45 0.39 2 7 1350 151 151
Malemute 1/0 19 60 0.5 1/0 7 1990 241 240
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Duplex (cont.)
Code
Word		 Phase Conductor Cable OD Neutral Messenger Weight
Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 in Size
AWG or kcmil		 Number of
Strands		 Rated Strength PE XLPE
mil lb lb/kft lb/kft
AAC Conductor and ACSR Neutral Messenger
Setter 6 1 45 0.26 6 6/1 1190 75 74
Shepherd 6 7 45 0.28 6 6/1 1190 78 78
Retriever 6 7 60 0.31 6 6/1 1190 84 84
Eskimo 4 1 45 0.3 4 6/1 1860 113 113
Terrier 4 7 45 0.33 4 6/1 1860 118 118
Yorkshire 4 7 60 0.36 4 6/1 1860 125 125
Chow 2 7 45 0.39 2 6/1 2850 182 181
Bull 1/0 19 60 0.5 1/0 6/1 4380 289 288
AAC Conductor and AAAC Neutral Messenger
Chihuahua 6 1 45 0.26 6 7 1110 67 67
Vizsla 6 7 45 0.28 6 7 1110 71 70
Harrier 4 1 45 0.3 4 7 1760 102 101
Whippet 4 7 45 0.33 4 7 1760 106 106
Schnauzer 2 7 45 0.39 2 7 2800 163 162
Afghan 1/0 7 60 0.5 1/0 7 4270 261 260
Heeler 1/0 19 60 0.5 1/0 7 4270 259 258
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Triplex
Code
Word		 Phase Conductor Cable OD Neutral Messenger Weight
Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 in Size
AWG or kcmil		 Number of
Strands		 Rated Strength PE XLPE
mil lb lb/kft lb/kft
AAC Conductor and Neutral Messenger
Haliotis 6 1 45 0.26 6 7 563 101 100
Patella 6 7 45 0.28 6 7 563 108 107
Fusus 4 1 45 0.3 4 7 881 149 149
Oyster 4 7 45 0.33 4 7 881 159 158
Clam 2 7 45 0.39 2 7 1350 240 238
Snail 1/0 7 60 0.5 2 7 1350 387 385
Murex 1/0 7 60 0.5 1/0 7 1990 387 385
Purpura 1/0 19 60 0.5 1/0 7 1990 382 380
Nassa 2/0 7 60 0.55 2/0 7 2510 477 474
Trophon 2/0 19 60 0.55 2/0 7 2510 471 469
Melita 3/0 19 60 0.6 3/0 19 3040 581 579
Portunus 4/0 19 60 0.65 4/0 19 3830 721 718
Nannynose 336.4 19 80 0.83 336.4 19 6150 1162 1157
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Triplex (cont.)
Code
Word		 Phase Conductor Cable OD Neutral Messenger Weight
Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 in Size
AWG or kcmil		 Number of
Strands		 Rated Strength PE XLPE
mil lb lb/kft lb/kft
AAC Conductor and ACSR Neutral Messenger
Paludina 6 1 45 0.26 6 6/1 1190 112 112
Voluta 6 7 45 0.28 6 6/1 1190 119 119
Bolma 6 7 60 0.31 6 6/1 1190 132 131
Scallop 4 1 45 0.3 6 6/1 1190 147 146
Strombus 4 7 45 0.33 6 6/1 1190 156 155
Whelk 4 1 45 0.3 4 6/1 1860 168 168
Periwinkle 4 7 45 0.33 4 6/1 1860 178 177
Calma 4 7 60 0.36 4 6/1 1860 192 191
Cockle 2 7 45 0.39 4 6/1 1860 235 234
Conch 2 7 45 0.39 2 6/1 2850 270 269
Gebia 2 7 60 0.42 4 6/1 1860 252 250
Janthina 1/0 7 60 0.5 2 6/1 2850 380 378
Ranella 1/0 19 60 0.5 2 6/1 2850 375 373
Neritina 1/0 7 60 0.5 1/0 6/1 4380 435 433
Cenia 1/0 19 60 0.5 1/0 6/1 4380 430 428
Cavolinia 2/0 7 60 0.55 1 6/1 3550 468 465
Clio 2/0 19 60 0.55 1 6/1 3550 462 460
Runcina 2/0 7 60 0.55 2/0 6/1 5300 537 535
Triton 2/0 19 60 0.55 2/0 6/1 5300 531 529
Aega 3/0 19 60 0.6 1/0 6/1 4380 570 568
Mursia 3/0 19 60 0.6 3/0 6/1 6620 658 655
Cerapus 4/0 19 60 0.65 2/0 6/1 5300 705 702
Zuzara 4/0 19 60 0.65 4/0 6/1 8350 815 813
Dosinia 266.8 19 80 0.76 266.8 18/1 6880 982 977
Cowry 336.4 19 80 0.83 4/0 6/1 8350 1137 1132
Limpet 336.4 19 80 0.83 336.4 18/1 8680 1213 1208
AAC Conductor and AAAC Neutral Messenger
Minex 6 1 45 0.26 6 7 1110 105 104
Hippa 6 7 45 0.28 6 7 1110 112 111
Artemia 4 1 45 0.3 6 7 1110 139 138
Crab 4 1 45 0.33 6 7 1110 143 142
Prawn 4 1 45 0.3 4 7 1760 156 156
Barnacles 4 7 45 0.33 4 7 1760 166 165
Solaster 2 7 45 0.39 4 7 1760 223 222
Shrimp 2 7 45 0.39 2 7 2800 251 250
Lobster 2 7 60 0.42 2 7 2800 268 266
Sandcrab 1/0 7 60 0.5 2 7 2800 361 359
Echinus 1/0 19 60 0.5 2 7 2800 356 354
Gammarus 1/0 7 60 0.5 1/0 7 4270 405 403
Leda 1/0 19 60 0.5 1/0 7 4270 400 398
Dungeness 2/0 7 60 0.55 2/0 7 5390 499 497
Cyclops 2/0 19 60 0.55 2/0 7 5390 493 497
Fulgur 3/0 19 60 0.6 1/0 7 4270 540 537
Flustra 3/0 19 60 0.6 3/0 7 6790 609 607
Arca 4/0 19 60 0.65 2/0 7 5390 667 665
Lepas 4/0 19 60 0.65 4/0 7 8560 755 752
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Quadruplex
Code
Word		 Phase Conductor Cable OD Neutral Messenger Weight
Size
AWG or kcmil		 Number of
Strands		 Insulation
Thickness		 in Size
AWG or kcmil		 Number of
Strands		 Rated Strength PE XLPE
mil lb lb/kft lb/kft
AAC Conductor and Neutral Messenger
Quarter 6 1 45 0.26 6 7 563 138 137
Clydesdale 4 1 45 0.3 4 7 881 204 203
Pinto 4 7 45 0.33 4 7 881 219 217
Mustang 2 7 45 0.39 2 7 1350 328 326
Criollo 1/0 19 60 0.5 1/0 7 1990 524 520
Percheron 2/0 19 60 0.55 2/0 7 2510 643 640
Hanoverian 3/0 19 60 0.6 3/0 19 3040 792 788
Singlefoot 4/0 7 60 0.65 4/0 19 3830 993 988
Oldenburg 4/0 19 60 0.65 4/0 19 3830 979 974
Lippizaner 336.4 19 80 0.83 336.4 19 6150 1582 1574
AAC Conductor and ACSR Neutral Messenger
Morochuca 6 1 45 0.26 6 6/1 1190 150 149
Chola 6 7 45 0.28 6 6/1 1190 161 160
Morgan 4 1 45 0.3 4 6/1 1860 223 222
Hackney 4 7 45 0.33 4 6/1 1860 238 236
Yearling 2 7 45 0.39 4 6/1 1860 324 322
Palomino 2 7 45 0.39 2 6/1 2850 358 356
Colt 1/0 19 60 0.5 2 6/1 2850 517 513
Standardbred 1/0 7 60 0.5 1/0 6/1 4380 523 520
Costena 1/0 19 60 0.5 1/0 6/1 4380 572 568
Haflinger 2/0 19 60 0.55 2/0 6/1 5300 665 662
Grullo 2/0 19 60 0.55 1/0 6/1 4380 704 700
Claiming 3/0 19 60 0.6 3/0 6/1 6620 781 777
Suffolk 3/0 19 60 0.6 1/0 6/1 4380 869 865
Toric 4/0 19 60 0.65 4/0 6/1 8350 926 922
Filly 4/0 19 60 0.65 2/0 6/1 5300 965 960
Appaloosa 4/0 19 60 0.65 4/0 6/1 8350 1075 1070
Gelding 336.4 19 80 0.83 4/0 6/1 8350 1557 1549
Bronco 336.4 19 80 0.83 336.4 18/1 8680 1633 1625
AAC Conductor and AAAC Neutral Messenger
Bay 6 1 45 0.26 6 7 1110 142 141
French Coach 6 7 45 0.28 6 7 1110 153 152
German Coach 4 1 45 0.3 4 7 1760 211 210
Arabian 4 7 45 0.33 4 7 1760 226 224
Belgian 2 7 45 0.39 2 7 2800 339 337
Shetland 1/0 19 60 0.5 1/0 7 4270 541 538
Thoroughbred 2/0 19 60 0.55 2/0 7 5390 666 662
Trotter 3/0 19 60 0.6 3/0 7 6790 821 817
Walking 4/0 19 60 0.65 4/0 7 8560 1014 1010
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Ampacity Data

Cable Construction 2PLX, 3PLX and 4PLX
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
8 44 51
6 59 69
4 78 91
3 92 107
2 106 123
1 123 144
1/0 143 167
2/0 165 193
3/0 192 224
4/0 224 262
250 251 292
300 282 328
350 312 364
400 339 395
500 392 458
600 440 514
700 488 570
750 512 598
800 532 622
900 572 669
1000 612 716
NEC Table 310.15(B)(20) (formerly Table 310.20) Ampacities of not more than three Single Insulated Conductors, rated up to, and including, 2000 V, supported on a Messenger, based on Ambient Air Temperature of 40 °C (104 °F).

Cable Construction 2PLX and 3PLX
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
6 70 85
4 90 115
2 120 150
1/0 160 205
2/0 185 235
3/0 215 275
4/0 245 315
336.4 325 420
* Conductor Temperature of 75 °C for PE, 90 °C for XLP; Ambient Temperature of 40 °C; Emissivity 0.9; 2 ft/s Wind in Sun.

Cable Construction 4PLX
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
6 60 75
4 80 100
2 105 135
1/0 140 180
2/0 160 205
3/0 185 235
4/0 210 275
336.4 280 370
* Conductor Temperature of 75 °C for PE, 90 °C for XLP; Ambient Temperature of 40 °C; Emissivity 0.9; 2 ft/s Wind in Sun.

Secondary URD

Underground, Single/Duplex/Triplex/Quadruplex,, XLPE Insulated, 600V – Aluminum

Used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial.

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Physical Data

Single
Code
Word		 Phase Conductor XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Cable OD
mil		 Code Word
Suffix		 Net Weight
lb/kft
Princeton 6 7 60 0.31 /XLP 45
Mercer 4 7 60 0.35 /XLP 65
Clemson 2 7 60 0.41 /XLP 94
Kenyon 1 19 80 0.49 /XLP 125
Harvard 1/0 19 80 0.53 /XLP 150
Yale 2/0 19 80 0.57 /XLP 182
Tufts 3/0 19 80 0.62 /XLP 221
Beloit 4/0 19 80 0.68 /XLP 271
Hofstra 250 37 95 0.76 /XLP 323
Gonzaga 300 37 95 0.81 /XLP 377
Rutgers 350 37 95 0.86 /XLP 431
Dartmouth 400 37 95 0.91 /XLP 485
Brown 450 37 95 0.95 /XLP 539
Emory 500 37 95 0.99 /XLP 592
Duke 600 61 110 1.10 /XLP 711
Furman 700 61 110 1.17 /XLP 816
Sewanee 750 61 110 1.20 /XLP 870
Fordham 1000 61 110 1.35 /XLP 1129
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Duplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mils		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Single
Phase
in		 Complete
Cable
in		 Code
Word
Suffix		 Net Weight
lb/kft
Alcorn 8 1 60 8 1 60 0.25 0.50 /XLP/EYS 62.2
Claflin 6 7 60 6 7 60 0.31 0.61 /XLP/EYS 92.8
Delgado 4 7 60 4 7 60 0.35 0.70 /XLP/EYS 131.7
Cedarcrest 2 7 60 4 7 60 0.41 0.82 /XLP/EYS 161.4
Everett 2 7 60 2 7 60 0.41 0.82 /XLP/EYS 191.2
Findlay 2/0 19 80 2/0 19 80 0.57 1.15 /XLP/EYS 372.0
Hanover 4/0 19 80 4/0 19 80 0.68 1.36 /XLP/EYS 552.1
Glenville 350 37 95 350 37 95 0.86 1.72 /XLP/EYS 880.2
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Triplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mils		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Single
Phase
in		 Complete
Cable
in		 Code
Word
Suffix		 Net Weight
lb/kft
Erskine 6 7 60 6 7 60 0.31 0.66 /XLP/EYS 139
Vassar 4 7 60 4 7 60 0.35 0.76 /XLP/EYS 198
Stephens 2 7 60 4 7 60 0.41 0.88 /XLP/EYS 257
Ramapo 2 7 60 2 7 60 0.41 0.88 /XLP/EYS 287
Grossmont 1 19 80 1 19 80 0.49 1.06 /XLP/EYS 383
Brenau 1/0 19 80 2 7 60 0.53 1.14 /XLP/EYS 402
Bergen 1/0 19 80 1/0 19 80 0.53 1.14 /XLP/EYS 460
Fisk 2/0 19 80 2 7 60 0.57 1.24 /XLP/EYS 468
Converse 2/0 19 80 1 19 80 0.57 1.24 /XLP/EYS 500
Shaw 2/0 19 80 1/0 19 80 0.57 1.24 /XLP/EYS 525
Hunter 2/0 19 80 2/0 19 80 0.57 1.24 /XLP/EYS 558
Calvert 3/0 19 80 2 7 60 0.62 1.34 /XLP/EYS 547
Chase 3/0 19 80 1 19 80 0.62 1.34 /XLP/EYS 579
Hollins 3/0 19 80 1/0 19 80 0.62 1.34 /XLP/EYS 605
Rockland 3/0 19 80 3/0 19 80 0.62 1.34 /XLP/EYS 677
Coburn 4/0 19 80 1 19 80 0.68 1.47 /XLP/EYS 680
Molloy 4/0 19 80 1/0 19 80 0.68 1.47 /XLP/EYS 705
Sweetbriar 4/0 19 80 2/0 19 80 0.68 1.47 /XLP/EYS 738
Monmouth 4/0 19 80 4/0 19 80 0.68 1.47 /XLP/EYS 828
Aquinas 250 37 95 2/0 19 80 0.76 1.63 /XLP/EYS 844
Pratt 250 37 95 3/0 19 80 0.76 1.63 /XLP/EYS 884
Yeshiva 250 37 95 250 37 95 0.76 1.63 /XLP/EYS 987
Allen 300 37 95 2/0 19 80 0.81 1.75 /XLP/EYS 956
Greenville 350 37 95 1/0 19 80 0.86 1.85 /XLP/EYS 1034
Gloucester 350 37 95 3/0 19 80 0.86 1.85 /XLP/EYS 1106
Wesleyan 350 37 95 4/0 19 80 0.86 1.85 /XLP/EYS 1156
Newark 350 37 95 350 37 95 0.86 1.85 /XLP/EYS 1320
Old Dominion 500 37 95 4/0 19 80 0.99 2.13 /XLP/EYS 1483
Holyoke 500 37 95 300 37 95 0.99 2.13 /XLP/EYS 1592
Rider 500 37 95 350 37 95 0.99 2.13 /XLP/EYS 1647
Westchester 500 37 95 500 37 95 0.99 2.13 /XLP/EYS 1811
Villanova 750 61 110 350 37 95 1.20 2.58 /XLP/EYS 2215
Voorhees 750 61 110 450 37 95 1.20 2.58 /XLP/EYS 2324
Fairfield 750 61 110 500 37 95 1.20 2.58 /XLP/EYS 2379
Seton Hall 750 61 110 750 61 110 1.20 2.58 /XLP/EYS 2662
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Quadruplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mils		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Single
Phase
in		 Complete
Cable
in		 Code
Word
Suffix		 Net Weight
lb/kft
Tulsa 4 7 60 4 7 60 0.35 0.85 /XLP/EYS 263
Miami 2 7 60 6 7 60 0.41 0.99 /XLP/EYS 333
Dyke 2 7 60 4 7 60 0.41 0.99 /XLP/EYS 353
Wittenberg 2 7 60 2 7 60 0.41 0.99 /XLP/EYS 382
Notre Dame 1/0 19 80 2 7 60 0.53 1.28 /XLP/EYS 556
Purdue 1/0 19 80 1/0 19 80 0.53 1.28 /XLP/EYS 614
Syracuse 2/0 19 80 1 19 80 0.57 1.39 /XLP/EYS 686
Lafayette 2/0 19 80 2/0 19 80 0.57 1.39 /XLP/EYS 744
Swarthmore 3/0 19 80 1/0 19 80 0.62 1.51 /XLP/EYS 831
Davidson 3/0 19 80 3/0 19 80 0.62 1.51 /XLP/EYS 903
Mc Pherson 4/0 19 80 2 7 60 0.68 1.64 /XLP/EYS 924
Doane 4/0 19 80 1/0 19 80 0.68 1.64 /XLP/EYS 981
Wake Forest 4/0 19 80 2/0 19 80 0.68 1.64 /XLP/EYS 1014
Earlham 4/0 19 80 4/0 19 80 0.68 1.64 /XLP/EYS 1104
Rust 250 37 95 3/0 19 80 0.76 1.83 /XLP/EYS 1213
Palomar 250 37 95 250 37 95 0.76 1.83 /XLP/EYS 1316
Slippery Rock 350 37 95 4/0 19 80 0.86 2.08 /XLP/EYS 1596
Niagara 350 37 95 350 37 95 0.86 2.08 /XLP/EYS 1760
Morehouse 500 37 95 300 37 95 0.99 2.39 /XLP/EYS 2196
Wofford 500 37 95 350 37 95 0.99 2.39 /XLP/EYS 2251
Marshall 500 37 95 500 37 95 0.99 2.39 /XLP/EYS 2415
Westminster 750 61 110 350 37 95 1.2 2.89 /XLP/EYS 3102
Windham 750 61 110 500 37 95 1.2 2.89 /XLP/EYS 3266
Tabor 750 61 110 750 61 110 1.2 2.89 /XLP/EYS 3550
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
6 65 90
4 85 120
2 115 155
1 130 175
1/0 150 200
2/0 170 225
3/0 195 250
4/0 225 290
250 250 320
300 280 355
350 305 385
500 370 465
600 410 510
700 440 550
750 470 580
1000 545 670
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor for three conductor triplex, 3 phase operation.

Cable Construction 2PLX and 3PLX
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
8 55 70
6 70 95
4 90 125
2 120 165
1/0 160 215
2/0 180 245
3/0 205 280
4/0 240 315
350 320 415
500 395 495
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor with neutral carrying only unbalanced load for triplex assemblies.

 

Cable Construction 4PLX
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
4 85 120
2 115 155
1/0 150 200
2/0 170 225
3/0 195 250
4/0 225 290
350 305 385
500 370 465
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor with neutral carrying only unbalanced load.

Cable Construction Single Insulated Conductor
Conductor
Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
12 30 35
10 40 45
8 55 60
6 75 85
4 100 115
3 115 130
2 135 150
1 155 175
1/0 180 205
2/0 210 235
3/0 240 270
4/0 280 315
250 315 355
300 350 395
350 395 445
400 425 480
500 485 545
600 545 615
700 595 670
750 620 700
800 645 725
900 700 790
1000 750 845
1250 855 965
1500 950 1070
1750 1050 1185
2000 1150 1295
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 V in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

Cable Construction Single, 2PLX, 3PLX and 4PLX
Conductor
Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
12 20 25
10 30 35
8 40 45
6 50 55
4 65 75
3 75 85
2 90 100
1 100 115
1/0 120 135
2/0 135 150
3/0 155 175
4/0 180 205
250 205 230
300 230 260
350 250 280
400 270 305
500 310 350
600 340 385
700 375 425
750 385 435
800 395 445
900 425 480
1000 445 500
1250 485 545
1500 520 585
1750 545 615
2000 560 630
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 V, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Secondary URD AA-8000, Tri-Rated

Underground, Triplex/Quadruplex, Compressed Conductor, XLPE Insulation, 600V – Aluminum

Used for secondary distribution and underground service at 600 volts or less. AA-8000 series aluminum alloy conductor is used for increased flexibility. May be used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial.

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Physical Data

Triplex AA-8000 Series Tri-Rated; USE-2/RHH/RHW-2; Compressed Conductor
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Single
Phase
in		 Complete Cable
in		 Code
Word
Suffix		 Net Weight
lb/kft
Erskine 6 7 60 6 7 60 0.31 0.66 /XLP/EYS 139
Vassar 4 7 60 4 7 60 0.35 0.76 /XLP/EYS 198
Stephens 2 7 60 4 7 60 0.41 0.88 /XLP/EYS 257
Ramapo 2 7 60 2 7 60 0.41 0.88 /XLP/EYS 287
Grossmont 1 19 80 1 19 80 0.49 1.06 /XLP/EYS 383
Brenau 1/0 19 80 2 7 60 0.53 1.14 /XLP/EYS 402
Bergen 1/0 19 80 1/0 19 80 0.53 1.14 /XLP/EYS 460
Fisk 2/0 19 80 2 7 60 0.57 1.24 /XLP/EYS 468
Converse 2/0 19 80 1 19 80 0.57 1.24 /XLP/EYS 500
Shaw 2/0 19 80 1/0 19 80 0.57 1.24 /XLP/EYS 525
Hunter 2/0 19 80 2/0 19 80 0.57 1.24 /XLP/EYS 558
Calvert 3/0 19 80 2 7 60 0.62 1.34 /XLP/EYS 547
Chase 3/0 19 80 1 19 80 0.62 1.34 /XLP/EYS 579
Hollins 3/0 19 80 1/0 19 80 0.62 1.34 /XLP/EYS 605
Rockland 3/0 19 80 3/0 19 80 0.62 1.34 /XLP/EYS 677
Coburn 4/0 19 80 1 19 80 0.68 1.47 /XLP/EYS 680
Molloy 4/0 19 80 1/0 19 80 0.68 1.47 /XLP/EYS 705
Sweetbriar 4/0 19 80 2/0 19 80 0.68 1.47 /XLP/EYS 738
Monmouth 4/0 19 80 4/0 19 80 0.68 1.47 /XLP/EYS 828
Aquinas 250 37 95 2/0 19 80 0.76 1.63 /XLP/EYS 844
Pratt 250 37 95 3/0 19 80 0.76 1.63 /XLP/EYS 884
Yeshiva 250 37 95 250 37 95 0.76 1.63 /XLP/EYS 987
Allen 300 37 95 2/0 19 80 0.81 1.75 /XLP/EYS 956
Greenville 350 37 95 1/0 19 80 0.86 1.85 /XLP/EYS 1034
Gloucester 350 37 95 3/0 19 80 0.86 1.85 /XLP/EYS 1106
Wesleyan 350 37 95 4/0 19 80 0.86 1.85 /XLP/EYS 1156
Newark 350 37 95 350 37 95 0.86 1.85 /XLP/EYS 1320
Old Dominion 500 37 95 4/0 19 80 0.99 2.13 /XLP/EYS 1483
Holyoke 500 37 95 300 37 95 0.99 2.13 /XLP/EYS 1592
Rider 500 37 95 350 37 95 0.99 2.13 /XLP/EYS 1647
Westchester 500 37 95 500 37 95 0.99 2.13 /XLP/EYS 1811
Villanova 750 61 110 350 37 95 1.2 2.58 /XLP/EYS 2215
Voorhees 750 61 110 450 37 95 1.2 2.58 /XLP/EYS 2324
Fairfield 750 61 110 500 37 95 1.2 2.58 /XLP/EYS 2379
Seton Hall 750 61 110 750 61 110 1.2 2.58 /XLP/EYS 2662
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Quadruplex AA-8000 Series Tri-Rated; USE-2/RHH/RHW-2; Compressed Conductor
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness 		Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness 		Single
Phase 		Complete Cable Code
Word
Suffix		 Net Weight
mil mil in in lb/kft
Tulsa 4 7 60 4 7 60 0.35 0.85 /XLP/EYS 263
Miami 2 7 60 6 7 60 0.41 0.99 /XLP/EYS 333
Dyke 2 7 60 4 7 60 0.41 0.99 /XLP/EYS 353
Wittenberg 2 7 60 2 7 60 0.41 0.99 /XLP/EYS 382
Notre Dame 1/0 19 80 2 7 60 0.53 1.28 /XLP/EYS 556
Purdue 1/0 19 80 1/0 19 80 0.53 1.28 /XLP/EYS 614
Syracuse 2/0 19 80 1 19 80 0.57 1.39 /XLP/EYS 686
Lafayette 2/0 19 80 2/0 19 80 0.57 1.39 /XLP/EYS 744
Swarthmore 3/0 19 80 1/0 19 80 0.62 1.51 /XLP/EYS 831
Davidson 3/0 19 80 3/0 19 80 0.62 1.51 /XLP/EYS 903
Mc Pherson 4/0 19 80 2 7 60 0.68 1.64 /XLP/EYS 924
Doane 4/0 19 80 1/0 19 80 0.68 1.64 /XLP/EYS 981
Wake Forest 4/0 19 80 2/0 19 80 0.68 1.64 /XLP/EYS 1014
Earlham 4/0 19 80 4/0 19 80 0.68 1.64 /XLP/EYS 1104
Rust 250 37 95 3/0 19 80 0.76 1.83 /XLP/EYS 1213
Palomar 250 37 95 250 37 95 0.76 1.83 /XLP/EYS 1316
Slippery Rock 350 37 95 4/0 19 80 0.86 2.08 /XLP/EYS 1596
Pomona 350 37 95 350 37 95 0.86 2.08 /XLP/EYS 1760
Morehouse 500 37 95 300 37 95 0.99 2.39 /XLP/EYS 2196
Wofford 500 37 95 350 37 95 0.99 2.39 /XLP/EYS 2251
Marshall 500 37 95 500 37 95 0.99 2.39 /XLP/EYS 2415
Westminster 750 61 110 350 37 95 1.2 2.89 /XLP/EYS 3102
Windham 750 61 110 500 37 95 1.2 2.89 /XLP/EYS 3266
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
6 65 90
4 85 120
2 115 155
1 130 175
1/0 150 200
2/0 170 225
3/0 195 250
4/0 225 290
250 250 320
300 280 355
350 305 385
500 370 465
600 410 510
700 440 550
750 470 580
1000 545 670
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor for three conductor triplex, 3 phase operation.

Cable Construction 2PLX and 3PLX
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
8 55 70
6 70 95
4 90 125
2 120 165
1/0 160 215
2/0 180 245
3/0 205 280
4/0 240 315
350 320 415
500 395 495
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor with neutral carrying only unbalanced load for triplex assemblies.

Cable Construction 4PLX
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
4 85 120
2 115 155
1/0 150 200
2/0 170 225
3/0 195 250
4/0 225 290
350 305 385
500 370 465
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor with neutral carrying only unbalanced load.

Cable Construction Single Insulated Conductor
Conductor
Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
12 30 35
10 40 45
8 55 60
6 75 85
4 100 115
3 115 130
2 135 150
1 155 175
1/0 180 205
2/0 210 235
3/0 240 270
4/0 280 315
250 315 355
300 350 395
350 395 445
400 425 480
500 485 545
600 545 615
700 595 670
750 620 700
800 645 725
900 700 790
1000 750 845
1250 855 965
1500 950 1070
1750 1050 1185
2000 1150 1295
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 V in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

Cable Construction Single, 2PLX, 3PLX and 4PLX
Conductor
Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
12 20 25
10 30 35
8 40 45
6 50 55
4 65 75
3 75 85
2 90 100
1 100 115
1/0 120 135
2/0 135 150
3/0 155 175
4/0 180 205
250 205 230
300 230 260
350 250 280
400 270 305
500 310 350
600 340 385
700 375 425
750 385 435
800 395 445
900 425 480
1000 445 500
1250 485 545
1500 520 585
1750 545 615
2000 560 630
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 V, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Secondary URD Ruggedized

Underground, Single/Duplex/Triplex/Quadruplex, XLPE Insulation, 600V – Aluminum

Used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial. It’s tougher and more durable construction gives it superior mechanical performance for direct burial use.

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Physical Data

Single
Code
Word		 Phase Conductor XLPE Insulation
Size
AWG or kcmil		 Number
of Strands		 Insulation
Thickness		 Cable
OD		 Code
Word
Suffix		 Net
Weight
mil mil lb/kft
Princeton 6 7 60 0.31 /XLP/AR 46
Mercer 4 7 60 0.35 /XLP/AR 65
Clemson 2 7 60 0.41 /XLP/AR 94
Kenyon 1 19 80 0.49 /XLP/AR 127
Harvard 1/0 19 80 0.53 /XLP/AR 153
Yale 2/0 19 80 0.57 /XLP/AR 186
Tufts 3/0 19 80 0.62 /XLP/AR 225
Beloit 4/0 19 80 0.68 /XLP/AR 276
Hofstra 250 37 95 0.76 /XLP/AR 334
Gonzaga 300 37 95 0.81 /XLP/AR 390
Rutgers 350 37 95 0.86 /XLP/AR 447
Dartmouth 400 37 95 0.91 /XLP/AR 503
Brown 450 37 95 0.95 /XLP/AR 558
Emory 500 37 95 0.99 /XLP/AR 613
Duke 600 61 110 1.10 /XLP/AR 744
Furman 700 61 110 1.17 /XLP/AR 855
Sewanee 750 61 110 1.20 /XLP/AR 911
Fordham 1000 61 110 1.35 /XLP/AR 1183
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Duplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Single
Phase		 Complete
Cable		 Code
Word
Suffix		 Net
Weight
mil mil mil in lb/kft
Alcorn 8 1 60 8 1 60 0.25 0.50 /XLP/AR/EYS 63
Claflin 6 7 60 6 7 60 0.31 0.61 /XLP/AR/EYS 93
Delgado 4 1 60 4 7 60 0.35 0.70 /XLP/AR/EYS 132
Cedarcrest 2 7 60 4 7 60 0.41 0.82 /XLP/AR/EYS 161
Everett 2 7 60 2 7 60 0.41 0.82 /XLP/AR/EYS 191
Findlay 2/0 7 80 2/0 19 80 0.57 1.15 /XLP/AR/EYS 374
Hanover 4/0 19 80 4/0 19 80 0.68 1.36 /XLP/AR/EYS 556
Glenville 350 37 95 350 37 95 0.86 1.72 /XLP/AR/EYS 893
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.
Ampacities: Refer to Ampacity Data.

Triplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Single
Phase		 Complete
Cable		 Code
Word
Suffix		 Net
Weight
mil mil mil in lb/kft
Erskine 6 7 60 6 7 60 0.31 0.66 /XLP/AR/EYS 140
Vassar 4 7 60 4 7 60 0.35 0.76 /XLP/AR/EYS 198
Stephens 2 7 60 4 7 60 0.41 0.88 /XLP/AR/EYS 258
Ramapo 2 7 60 2 7 60 0.41 0.88 /XLP/AR/EYS 288
Grossmont 1 19 80 1 19 80 0.49 1.06 /XLP/AR/EYS 390
Brenau 1/0 19 80 2 7 60 0.53 1.14 /XLP/AR/EYS 408
Bergen 1/0 19 80 1/0 19 80 0.53 1.14 /XLP/AR/EYS 468
Fisk 2/0 19 80 2 7 60 0.57 1.24 /XLP/AR/EYS 475
Converse 2/0 19 80 1 19 80 0.57 1.24 /XLP/AR/EYS 509
Shaw 2/0 19 80 1/0 19 80 0.57 1.24 /XLP/AR/EYS 535
Hunter 2/0 19 80 2/0 19 80 0.57 1.24 /XLP/AR/EYS 568
Calvert 3/0 19 80 2 7 60 0.62 1.34 /XLP/AR/EYS 556
Chase 3/0 19 80 1 19 80 0.62 1.34 /XLP/AR/EYS 590
Hollins 3/0 19 80 1/0 19 80 0.62 1.34 /XLP/AR/EYS 616
Rockland 3/0 19 80 3/0 19 80 0.62 1.34 /XLP/AR/EYS 690
Coburn 4/0 19 80 1 19 80 0.68 1.47 /XLP/AR/EYS 692
Molloy 4/0 19 80 1/0 19 80 0.68 1.47 /XLP/AR/EYS 719
Sweetbriar 4/0 19 80 2/0 19 80 0.68 1.47 /XLP/AR/EYS 752
Monmouth 4/0 19 80 4/0 19 80 0.68 1.47 /XLP/AR/EYS 844
Aquinas 250 37 95 2/0 19 80 0.76 1.63 /XLP/AR/EYS 870
Pratt 250 37 95 3/0 19 80 0.76 1.63 /XLP/AR/EYS 910
Yeshiva 250 37 95 250 37 95 0.76 1.63 /XLP/AR/EYS 1021
Allen 300 37 95 2/0 19 80 0.81 1.75 /XLP/AR/EYS 986
Greenville 350 37 95 1/0 19 80 0.86 1.85 /XLP/AR/EYS 1067
Gloucester 350 37 95 3/0 19 80 0.86 1.85 /XLP/AR/EYS 1141
Wesleyan 350 37 95 4/0 19 80 0.86 1.85 /XLP/AR/EYS 1192
Newark 350 37 95 350 37 95 0.86 1.85 /XLP/AR/EYS 1367
Old Dominion 500 37 95 4/0 19 80 0.99 2.13 /XLP/AR/EYS 1532
Holyoke 500 37 95 300 37 95 0.99 2.13 /XLP/AR/EYS 1649
Rider 500 37 95 350 37 95 0.99 2.13 /XLP/AR/EYS 1707
Westchester 500 37 95 500 37 95 0.99 2.13 /XLP/AR/EYS 1877
Villanova 750 61 110 350 37 95 1.2 2.58 /XLP/AR/EYS 2314
Voorhees 750 61 110 450 37 95 1.2 2.58 /XLP/AR/EYS 2428
Fairfield 750 61 110 500 37 95 1.2 2.58 /XLP/AR/EYS 2484
Seton Hall 750 61 110 750 61 110 1.2 2.58 /XLP/AR/EYS 2788
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Quadruplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Single
Phase		 Complete
Cable		 Code
Word
Suffix		 Net
Weight
mil mil mil in lb/kft
Tulsa 4 7 60 4 7 60 0.35 0.85 /XLP/AR/EYS 264
Miami 2 7 60 6 7 60 0.41 0.99 /XLP/AR/EYS 334
Dyke 2 7 60 4 7 60 0.41 0.99 /XLP/AR/EYS 354
Wittenberg 2 7 60 2 7 60 0.41 0.99 /XLP/AR/EYS 383
Notre Dame 1/0 19 80 2 7 60 0.53 1.28 /XLP/AR/EYS 564
Purdue 1/0 19 80 1/0 19 80 0.53 1.28 /XLP/AR/EYS 622
Syracuse 2/0 19 80 1 19 80 0.57 1.39 /XLP/AR/EYS 696
Lafayette 2/0 19 80 2/0 19 80 0.57 1.39 /XLP/AR/EYS 754
Swarthmore 3/0 19 80 1/0 19 80 0.62 1.51 /XLP/AR/EYS 843
Davidson 3/0 19 80 3/0 19 80 0.62 1.51 /XLP/AR/EYS 915
McPherson 4/0 19 80 2 7 60 0.68 1.64 /XLP/AR/EYS 939
Doane 4/0 19 80 1/0 19 80 0.68 1.64 /XLP/AR/EYS 997
Wake Forest 4/0 19 80 2/0 19 80 0.68 1.64 /XLP/AR/EYS 1030
Earlham 4/0 19 80 4/0 19 80 0.68 1.64 /XLP/AR/EYS 1120
Rust 250 37 95 3/0 19 80 0.76 1.83 /XLP/AR/EYS 1246
Palomar 250 37 95 250 37 95 0.76 1.83 /XLP/AR/EYS 1350
None 336.4 37 95 336.4 37 95 0.87 2.09 /XLP/AR/EYS 1752
Susquehanna 350 37 95 4/0 19 80 0.86 2.08 /XLP/AR/EYS 1643
Pomona 350 37 95 350 37 95 0.86 2.08 /XLP/AR/EYS 1807
Morehouse 500 37 95 300 37 95 0.99 2.39 /XLP/AR/EYS 2261
Wofford 500 37 95 350 37 95 0.99 2.39 /XLP/AR/EYS 2317
Marshall 500 37 95 500 37 95 0.99 2.39 /XLP/AR/EYS 2480
Westminster 750 61 110 350 37 95 1.2 2.89 /XLP/AR/EYS 3228
Windham 750 61 110 500 37 95 1.2 2.89 /XLP/AR/EYS 3391
Tabor 750 61 110 750 61 110 1.2 2.89 /XLP/AR/EYS 3675
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
6 65 90
4 85 120
2 115 155
1 130 175
1/0 150 200
2/0 170 225
3/0 195 250
4/0 225 290
250 250 320
300 280 355
350 305 385
500 370 465
600 410 510
700 440 550
750 470 580
1000 545 670
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor for three conductor triplex, 3 phase operation.

Cable Construction 2PLX and 3PLX
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
8 55 70
6 70 95
4 90 125
2 120 165
1/0 160 215
2/0 180 245
3/0 205 280
4/0 240 315
350 320 415
500 395 495
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor with neutral carrying only unbalanced load for triplex assemblies.

Cable Construction 4PLX
Conductor
Size
AWG/kcmil		 Ampacity
In Ducts Direct Burial
4 85 120
2 115 155
1/0 150 200
2/0 170 225
3/0 195 250
4/0 225 290
350 305 385
500 370 465
* Conductor temperature of 90 °C; ambient temperature of 20 °C; RHO 90; 100% load factor with neutral carrying only unbalanced load.

Cable Construction Single Insulated Conductor
Conductor
Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
12 30 35
10 40 45
8 55 60
6 75 85
4 100 115
3 115 130
2 135 150
1 155 175
1/0 180 205
2/0 210 235
3/0 240 270
4/0 280 315
250 315 355
300 350 395
350 395 445
400 425 480
500 485 545
600 545 615
700 595 670
750 620 700
800 645 725
900 700 790
1000 750 845
1250 855 965
1500 950 1070
1750 1050 1185
2000 1150 1295
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 V in Free Air, Based on Ambient Temperature of 30 °C (86 °F).

Cable Construction Single, 2PLX, 3PLX and 4PLX
Conductor
Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
12 20 25
10 30 35
8 40 45
6 50 55
4 65 75
3 75 85
2 90 100
1 100 115
1/0 120 135
2/0 135 150
3/0 155 175
4/0 180 205
250 205 230
300 230 260
350 250 280
400 270 305
500 310 350
600 340 385
700 375 425
750 385 435
800 395 445
900 425 480
1000 445 500
1250 485 545
1500 520 585
1750 545 615
2000 560 630
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors Rated Up to and Including 2000 V, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F).

Primary UD

Underground, TR-XLPE Insulation, LLDPE Jacket, Concentric Neutral, 5kV-35kV – Aluminum

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

5 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (90 mil)
2 7 0.50 6 14 50 0.81 469 16 14 50 0.81 589
1 19 0.54 7 14 50 0.84 547 13 12 50 0.88 730
1/0 19 0.58 9 14 50 0.88 653 16 12 50 0.92 870
2/0 19 0.63 11 14 50 0.93 779 13 10 50 1.00 1089
3/0 19 0.68 14 14 50 0.98 941 16 10 50 1.05 1309
4/0 19 0.73 18 14 50 1.03 1146 16 9 50 1.14 1613
250 37 0.79 13 12 50 1.12 1340 — — — — —
350 37 0.89 18 12 50 1.23 1785 — — — — —
500 37 1.02 17 10 50 1.42 2535 — — — — —
750 61 1.21 20 9 80 1.70 3731 — — — — —
1000 61 1.36 26 9 80 1.85 4807 — — — — —
Aluminum 100% Insulation Level (90 mil)
2 1 0.48 6 14 50 0.78 311 10 14 50 0.78 360
2 7 0.50 6 14 50 0.81 325 10 14 50 0.81 374
1 19 0.54 6 14 50 0.84 355 13 14 50 0.84 439
1/0 1 0.54 6 14 50 0.85 370 16 14 50 0.85 491
1/0 19 0.58 6 14 50 0.88 389 16 14 50 0.88 510
2/0 19 0.62 7 14 50 0.93 444 13 12 50 0.96 629
3/0 19 0.67 9 14 50 0.98 519 16 12 50 1.01 738
4/0 19 0.73 11 14 50 1.03 606 13 10 50 1.11 921
250 37 0.79 13 14 50 1.09 686 16 10 50 1.17 1071
350 37 0.89 18 14 50 1.19 879 16 9 50 1.29 1356
500 37 1.02 16 12 50 1.38 1208 29 10 50 1.42 1823
750 61 1.22 15 10 80 1.69 1798 — — — — —
1000 61 1.37 16 9 80 1.86 2292 — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

8 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (115 mil)
2 7 0.55 6 14 50 0.86 496 16 14 50 0.86 616
1 19 0.59 7 14 50 0.90 576 13 12 50 0.93 760
1/0 19 0.63 9 14 50 0.94 683 16 12 50 0.97 901
2/0 19 0.68 11 14 50 0.98 810 13 10 50 1.06 1123
3/0 19 0.73 14 14 50 1.03 974 16 10 50 1.11 1344
4/0 19 0.78 18 14 50 1.09 1180 16 9 50 1.19 1651
250 37 0.84 13 12 50 1.18 1377 25 10 50 1.22 1923
350 37 0.94 18 12 50 1.28 1826 22 8 50 1.37 2628
500 37 1.07 17 10 50 1.47 2582 31 8 50 1.53 3617
750 61 1.26 20 9 80 1.75 3787 — — — — —
1000 61 1.41 26 9 80 1.90 4868 — — — — —
Aluminum 100% Insulation Level (115 mil)
2 1 0.53 6 14 50 0.83 337 10 14 50 0.83 386
2 7 0.55 6 14 50 0.86 352 10 14 50 0.86 401
1 19 0.59 6 14 50 0.89 383 13 14 50 0.89 467
1/0 1 0.59 6 14 50 0.90 399 16 14 50 0.90 519
1/0 19 0.63 6 14 50 0.93 419 16 14 50 0.93 540
2/0 19 0.68 7 14 50 0.98 475 13 12 50 1.01 661
3/0 19 0.73 9 14 50 1.03 552 16 12 50 1.06 772
4/0 19 0.78 11 14 50 1.08 640 13 10 50 1.16 958
250 37 0.84 13 14 50 1.14 722 16 10 50 1.22 1110
350 37 0.94 18 14 50 1.24 918 16 9 50 1.34 1398
500 37 1.07 16 12 50 1.43 1253 29 10 50 1.47 1869
750 61 1.27 15 10 80 1.74 1853 — — — — —
1000 61 1.42 16 9 80 1.91 2353 — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation 		1/3 Neutral Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (175 mil)
2 7 0.68 6 14 50 0.98 568 2 7 0.68 16 14 50 0.98 689
1 19 0.71 7 14 50 1.02 651 1 19 0.71 13 12 50 1.05 837
1/0 19 0.75 9 14 50 1.06 761 1/0 19 0.75 25 14 50 1.06 954
2/0 19 0.80 11 14 50 1.10 892 1/0 19 0.75 16 12 50 1.09 982
3/0 19 0.85 14 14 50 1.15 1059 2/0 19 0.80 32 14 50 1.10 1145
4/0 19 0.90 18 14 50 1.21 1270 2/0 19 0.80 20 12 50 1.14 1166
250 37 0.96 21 14 50 1.26 1451 2/0 19 0.80 13 10 50 1.18 1210
250 37 0.96 13 12 50 1.30 1474 3/0 19 0.85 16 10 50 1.23 1435
350 37 1.06 29 14 50 1.39 1930 4/0 19 0.90 32 12 50 1.24 1692
350 37 1.06 18 12 50 1.42 1955 4/0 19 0.90 20 10 50 1.28 1722
500 37 1.19 26 12 50 1.55 2640 4/0 19 0.90 16 9 50 1.31 1748
500 37 1.19 17 10 50 1.59 2702 250 37 0.96 25 10 50 1.34 2022
750 61 1.38 25 10 80 1.85 3892 350 37 1.06 22 8 50 1.52 2766
750 61 1.38 20 9 80 1.87 3928 500 37 1.19 31 8 80 1.71 3808
1000 61 1.53 26 9 80 2.05 5069 — — — — — — — —
Aluminum 100% Insulation Level (175 mil)
2 1 0.65 6 14 50 0.95 407 2 1 0.65 10 14 50 0.95 455
2 7 0.67 6 14 50 0.98 424 2 7 0.67 10 14 50 0.98 472
1 19 0.71 6 14 50 1.02 457 1 19 0.71 13 14 50 1.02 541
1/0 1 0.72 6 14 50 1.02 473 1/0 1 0.72 16 14 50 1.02 594
1/0 19 0.75 6 14 50 1.06 496 1/0 19 0.75 16 14 50 1.06 617
2/0 19 0.80 7 14 50 1.10 555 2/0 19 0.80 20 14 50 1.10 712
3/0 19 0.85 9 14 50 1.15 636 2/0 19 0.80 13 12 50 1.13 744
4/0 19 0.90 11 14 50 1.21 729 3/0 19 0.85 25 14 50 1.15 829
250 37 0.96 13 14 50 1.26 815 3/0 19 0.85 16 12 50 1.18 859
350 37 1.06 18 14 50 1.39 1042 4/0 19 0.90 32 14 50 1.21 982
350 37 1.06 11 12 50 1.42 1066 4/0 19 0.90 20 12 50 1.24 1006
500 37 1.19 25 14 50 1.52 1331 4/0 19 0.90 13 10 50 1.28 1052
500 37 1.19 16 12 50 1.55 1368 250 37 0.96 25 12 50 1.30 1164
750 61 1.40 24 12 80 1.82 1945 250 37 0.96 16 10 50 1.34 1208
750 61 1.40 15 10 80 1.86 1992 350 37 1.06 32 12 50 1.42 1468
1000 61 1.54 31 12 80 2.00 2446 350 37 1.06 20 10 50 1.46 1503
1000 61 1.54 20 10 80 2.04 2516 350 37 1.06 16 9 50 1.49 1532
— — — — — — — — 500 37 1.19 29 10 50 1.59 1988
— — — — — — — — 750 61 1.40 28 8 80 1.91 2956
— — — — — — — — 1000 61 1.54 37 8 80 2.09 3770
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 133% Insulation Level (220 mil)
2 7 0.77 6 14 50 1.07 628 2 7 0.77 16 14 50 1.07 749
1 19 0.81 7 14 50 1.11 713 1 19 0.81 13 12 50 1.14 902
1/0 19 0.85 9 14 50 1.15 826 1/0 19 0.85 25 14 50 1.15 1019
2/0 19 0.89 11 14 50 1.19 959 1/0 19 0.85 16 12 50 1.18 1049
3/0 19 0.94 14 14 50 1.24 1129 2/0 19 0.89 32 14 50 1.19 1212
4/0 19 1.00 18 14 50 1.30 1343 2/0 19 0.89 20 12 50 1.23 1235
250 37 1.05 21 14 50 1.38 1552 2/0 19 0.89 13 10 50 1.27 1282
250 37 1.05 13 12 50 1.41 1577 3/0 19 0.94 16 10 50 1.32 1510
300 37 1.13 25 14 50 1.45 1794 4/0 19 1.00 32 12 50 1.33 1767
300 37 1.13 16 12 50 1.49 1831 4/0 19 1.00 20 10 50 1.38 1800
350 37 1.16 29 14 50 1.48 2015 4/0 19 1.00 16 9 50 1.40 1827
350 37 1.16 18 12 50 1.52 2042 250 37 1.05 25 10 50 1.46 2129
500 37 1.28 26 12 80 1.71 2799 300 37 1.13 18 8 50 1.58 2489
500 37 1.28 17 10 80 1.75 2866 350 37 1.16 22 8 50 1.61 2858
750 61 1.47 25 10 80 1.94 4003 500 37 1.28 31 8 80 1.80 3910
750 61 1.47 20 9 80 1.96 4040 — — — — — — — —
1000 61 1.62 26 9 80 2.14 5192 — — — — — — — —
Aluminum 133% Insulation Level (220 mil)
2 1 0.74 6 14 50 1.04 465 2 1 0.74 10 14 50 1.04 513
2 7 0.76 6 14 50 1.07 483 2 7 0.76 10 14 50 1.07 531
1 19 0.80 6 14 50 1.11 519 1 19 0.80 13 14 50 1.11 603
1/0 1 0.81 6 14 50 1.11 535 1/0 1 0.81 16 14 50 1.11 655
1/0 19 0.84 6 14 50 1.15 560 1/0 19 0.84 16 14 50 1.15 681
2/0 19 0.89 7 14 50 1.19 622 2/0 19 0.89 20 14 50 1.19 779
3/0 19 0.94 9 14 50 1.24 705 2/0 19 0.89 13 12 50 1.22 812
4/0 19 0.99 11 14 50 1.30 801 3/0 19 0.94 25 14 50 1.24 898
250 37 1.05 13 14 50 1.38 914 3/0 19 0.94 16 12 50 1.27 930
350 37 1.15 18 14 50 1.48 1125 4/0 19 0.99 32 14 50 1.30 1055
500 37 1.28 25 14 50 1.61 1421 4/0 19 0.99 20 12 50 1.33 1080
500 37 1.28 16 12 80 1.70 1528 4/0 19 0.99 13 10 50 1.37 1129
750 61 1.49 24 12 80 1.91 2053 250 37 1.05 25 12 50 1.41 1266
750 61 1.49 15 10 80 1.95 2102 250 37 1.05 16 10 50 1.45 1313
1000 61 1.64 31 12 80 2.09 2565 350 37 1.15 32 12 50 1.51 1553
1000 61 1.64 20 10 80 2.13 2637 350 37 1.15 20 10 50 1.55 1591
1000 61 1.64 16 9 80 2.16 2676 350 37 1.15 16 9 50 1.58 1620
— — — — — — — — 500 37 1.28 29 10 80 1.75 2152
— — — — — — — — 750 61 1.49 28 8 80 2.01 3069
— — — — — — — — 1000 61 1.64 37 8 80 2.18 3894
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 i n Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (260 mil)
1 19 0.89 7 14 50 1.19 773 1 19 0.89 13 12 50 1.23 963
1/0 19 0.93 9 14 50 1.23 888 1/0 19 0.93 25 14 50 1.23 1081
2/0 19 0.97 11 14 50 1.28 1023 1/0 19 0.93 16 12 50 1.27 1113
3/0 19 1.02 14 14 50 1.35 1220 2/0 19 0.97 13 10 50 1.35 1350
4/0 19 1.08 18 14 50 1.40 1438 3/0 19 1.02 16 10 50 1.42 1605
250 37 1.13 21 14 50 1.46 1626 4/0 19 1.08 32 12 50 1.44 1864
250 37 1.13 13 12 50 1.49 1653 4/0 19 1.08 20 10 50 1.48 1900
350 37 1.24 29 14 50 1.56 2094 4/0 19 1.08 16 9 50 1.51 1928
350 37 1.24 18 12 50 1.60 2123 250 37 1.13 25 10 50 1.54 2207
500 37 1.37 17 10 80 1.83 2959 350 37 1.24 22 8 80 1.75 3012
750 61 1.56 25 10 80 2.05 4155 500 37 1.37 31 8 80 1.88 4006
750 61 1.56 20 9 80 2.08 4194 — — — — — — — —
1000 61 1.70 26 9 80 2.23 5306 — — — — — — — —
1000 61 1.70 21 8 80 2.25 5365 — — — — — — — —
Aluminum 100% Insulation Level (260 mil)
1 19 0.88 6 14 50 1.19 578 1 19 0.88 13 14 50 1.19 662
1/0 1 0.89 6 14 50 1.19 594 1/0 1 0.89 16 14 50 1.19 715
1/0 19 0.92 6 14 50 1.23 621 1/0 19 0.92 16 14 50 1.23 742
2/0 19 0.97 7 14 50 1.27 685 2/0 19 0.97 20 14 50 1.27 842
3/0 19 1.02 9 14 50 1.34 794 2/0 19 0.97 13 12 50 1.30 877
4/0 19 1.07 11 14 50 1.40 894 3/0 19 1.02 25 14 50 1.34 987
250 37 1.13 13 14 50 1.46 987 3/0 19 1.02 16 12 50 1.38 1021
350 37 1.23 18 14 50 1.56 1204 4/0 19 1.07 32 14 50 1.40 1147
500 37 1.36 25 14 80 1.75 1575 4/0 19 1.07 20 12 50 1.43 1175
500 37 1.36 16 12 80 1.78 1618 4/0 19 1.07 13 10 50 1.48 1227
750 61 1.57 24 12 80 2.02 2200 250 37 1.13 25 12 50 1.49 1341
750 61 1.57 15 10 80 2.06 2252 250 37 1.13 16 10 50 1.53 1390
1000 61 1.72 31 12 80 2.17 2674 350 37 1.23 32 12 50 1.59 1633
1000 61 1.72 20 10 80 2.21 2748 350 37 1.23 20 10 80 1.70 1740
1000 61 1.72 16 9 80 2.24 2789 350 37 1.23 16 9 80 1.72 1772
— — — — — — — — 500 37 1.36 29 10 80 1.83 2244
— — — — — — — — 750 61 1.57 28 8 80 2.12 3223
— — — — — — — — 1000 61 1.72 37 8 80 2.27 4008
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation 		1/3 Neutral Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation 		Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 133% Insulation Level (320 mil)
1/0 19 1.05 9 14 50 1.38 1013 1/0 19 1.05 16 12 50 1.41 1241
2/0 19 1.09 11 14 50 1.42 1152 2/0 19 1.09 13 10 50 1.50 1486
3/0 19 1.14 14 14 50 1.47 1330 3/0 19 1.14 16 10 50 1.55 1721
4/0 19 1.20 18 14 50 1.53 1552 4/0 19 1.20 16 9 80 1.69 2116
250 37 1.26 13 12 50 1.62 1775 250 37 1.26 25 10 80 1.72 2398
350 37 1.36 18 12 80 1.78 2321 350 37 1.36 22 8 80 1.88 3153
500 37 1.49 17 10 80 1.95 3106 500 37 1.49 31 8 80 2.01 4157
750 61 1.68 20 9 80 2.20 4361 — — — — — — — —
1000 61 1.83 26 9 80 2.35 5484 — — — — — — — —
Aluminum 133% Insulation Level (320 mil)
1/0 1 1.01 6 14 50 1.31 691 1/0 1 1.01 16 14 50 1.31 811
1/0 19 1.05 6 14 50 1.37 744 1/0 19 1.05 16 14 50 1.37 865
2/0 19 1.09 7 14 50 1.42 812 2/0 19 1.09 20 14 50 1.42 969
3/0 19 1.14 9 14 50 1.47 903 2/0 19 1.09 13 12 50 1.45 1007
4/0 19 1.20 11 14 50 1.52 1007 3/0 19 1.14 25 14 50 1.47 1096
250 37 1.25 13 14 50 1.58 1105 3/0 19 1.14 16 12 50 1.50 1132
350 37 1.35 18 14 80 1.74 1398 4/0 19 1.20 32 14 50 1.52 1260
500 37 1.48 25 14 80 1.87 1715 4/0 19 1.20 20 12 50 1.55 1290
500 37 1.48 16 12 80 1.91 1760 4/0 19 1.20 13 10 50 1.60 1346
750 61 1.69 24 12 80 2.14 2361 250 37 1.25 25 12 50 1.61 1461
750 61 1.69 15 10 80 2.18 2417 250 37 1.25 16 10 80 1.72 1581
1000 61 1.84 31 12 80 2.29 2846 350 37 1.35 32 12 80 1.78 1831
1000 61 1.84 20 10 80 2.33 2924 350 37 1.35 20 10 80 1.82 1876
1000 61 1.84 16 9 80 2.36 2966 350 37 1.35 16 9 80 1.84 1910
— — — — — — — — 500 37 1.48 29 10 80 1.95 2389
— — — — — — — — 750 61 1.69 28 8 80 2.24 3391
— — — — — — — — 1000 61 1.84 37 8 80 2.39 4188
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (345 mil)
1/0 19 1.10 9 14 50 1.43 1059 1/0 19 1.10 25 14 50 1.43 1252
2/0 19 1.15 11 14 50 1.47 1200 1/0 19 1.10 16 12 50 1.46 1287
3/0 19 1.20 14 14 50 1.52 1379 2/0 19 1.15 32 14 50 1.47 1453
4/0 19 1.25 18 14 50 1.58 1603 2/0 19 1.15 20 12 50 1.51 1482
250 37 1.31 21 14 80 1.70 1863 2/0 19 1.15 13 10 50 1.55 1536
250 37 1.31 13 12 80 1.73 1895 3/0 19 1.20 16 10 50 1.60 1773
350 37 1.41 29 14 80 1.80 2346 4/0 19 1.25 32 12 50 1.61 2033
350 37 1.41 18 12 80 1.83 2380 4/0 19 1.25 20 10 80 1.72 2140
500 37 1.54 17 10 80 2.04 3219 4/0 19 1.25 16 9 80 1.74 2172
750 61 1.73 25 10 80 2.22 4391 250 37 1.31 25 10 80 1.77 2455
750 61 1.73 20 9 80 2.25 4433 350 37 1.41 22 8 80 1.93 3215
1000 61 1.88 26 9 80 2.40 5561 500 37 1.54 31 8 80 2.09 4273
Aluminum 100% Insulation Level (345 mil)
1/0 1 1.06 6 14 50 1.38 757 1/0 1 1.06 16 14 50 1.38 878
1/0 19 1.10 6 14 50 1.42 789 1/0 19 1.10 16 14 50 1.42 910
2/0 19 1.14 7 14 50 1.47 859 2/0 19 1.14 20 14 50 1.47 1016
3/0 19 1.19 9 14 50 1.52 951 2/0 19 1.14 13 12 50 1.50 1055
4/0 19 1.25 11 14 50 1.57 1057 3/0 19 1.19 25 14 50 1.52 1144
250 37 1.30 13 14 80 1.69 1223 3/0 19 1.19 16 12 50 1.55 1181
350 37 1.40 18 14 80 1.79 1454 4/0 19 1.25 32 14 50 1.57 1310
500 37 1.53 25 14 80 1.95 1822 4/0 19 1.25 20 12 50 1.61 1341
500 37 1.53 16 12 80 1.99 1868 4/0 19 1.25 13 10 80 1.71 1465
750 61 1.74 24 12 80 2.19 2431 250 37 1.30 25 12 80 1.73 1582
750 61 1.74 15 10 80 2.24 2488 250 37 1.30 16 10 80 1.77 1637
1000 61 1.89 31 12 80 2.34 2921 350 37 1.40 32 12 80 1.83 1889
1000 61 1.89 20 10 80 2.38 3000 350 37 1.40 20 10 80 1.87 1935
1000 61 1.89 16 9 80 2.41 3043 350 37 1.40 16 9 80 1.89 1970
— — — — — — — — 500 37 1.53 29 10 80 2.03 2500
— — — — — — — — 750 61 1.74 28 8 80 2.29 3464
— — — — — — — — 1000 61 1.89 37 8 80 2.44 4265
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV TR-XLPE Insulated
CME Spec Table
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 133% Insulation Level (420 mil)
1/0 19 1.25 9 14 50 1.58 1206 1/0 19 1.25 16 12 50 1.61 1438
2/0 19 1.30 11 14 50 1.63 1351 2/0 19 1.30 13 10 80 1.76 1763
3/0 19 1.35 14 14 80 1.74 1602 3/0 19 1.35 16 10 80 1.81 2006
4/0 19 1.40 18 14 80 1.79 1834 4/0 19 1.40 16 9 80 1.89 2349
250 37 1.46 13 12 80 1.88 2071 250 37 1.46 25 10 80 1.93 2635
350 37 1.56 18 12 80 2.02 2614 350 37 1.56 22 8 80 2.11 3461
500 37 1.69 17 10 80 2.19 3425 500 37 1.69 31 8 80 2.24 4484
750 61 1.88 20 9 80 2.40 4660 — — — — — — — —
1000 61 2.03 26 9 80 2.55 5802 — — — — — — — —
Aluminum 133% Insulation Level (420 mil)
1/0 19 1.25 6 14 50 1.57 934 1/0 19 1.25 16 14 50 1.57 1054
2/0 19 1.29 7 14 50 1.62 1008 2/0 19 1.29 13 12 80 1.71 1275
3/0 19 1.34 9 14 80 1.73 1173 3/0 19 1.34 16 12 80 1.76 1408
4/0 19 1.40 11 14 80 1.79 1287 4/0 19 1.40 13 10 80 1.86 1638
250 37 1.45 13 14 80 1.84 1394 250 37 1.45 16 10 80 1.92 1815
350 37 1.56 18 14 80 1.98 1681 350 37 1.56 16 9 80 2.08 2208
500 37 1.68 25 14 80 2.11 2018 — — — — — — — —
500 37 1.68 16 12 80 2.14 2068 — — — — — — — —
750 61 1.89 24 12 80 2.34 2650 — — — — — — — —
750 61 1.89 15 10 80 2.39 2710 — — — — — — — —
1000 61 2.04 16 9 80 2.56 3282 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
CME Spec Table
Size
AWG
or
kcmil		 Copper Aluminum
5 – 15 kV 25 – 46 kV 5 – 15 kV 25 – 46 kV
1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral
amp amp amp amp
2 160 160 – – 125 125 – –
1 187 185 189 188 146 145 147 147
1/0 212 210 214 212 166 165 167 167
2/0 241 238 248 245 189 188 194 193
3/0 273 268 281 276 214 213 220 218
4/0 309 300 317 309 244 241 250 247
250 336 – 344 – 266 – 273 –
350 398 – 407 – 320 – 326 –
500 476 – 476 – 394 – 392 –
750 547 – 565 – 476 – 486 –
1000 620 – 625 – 550 – 556 –
1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral
1000 658 – 658 – 580 – 573 –
† Ampacities are based on the following:
Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).
Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating
Voltage		 Minimum
Size
AWG
5 kV 8
8 kV 6
15 kV 2
25 kV 1
35 kV 1/0

Primary UD

Underground, EPR Insulation, LLDPE Jacket, Concentric Neutral, 5kV-35kV – Aluminum

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

5 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (90 mil)
2 7 0.5 6 14 50 0.81 484 2 7 0.5 16 14 50 0.81 604
1 19 0.54 7 14 50 0.84 564 1 19 0.54 13 12 50 0.88 747
1/0 19 0.58 9 14 50 0.88 672 1/0 19 0.58 16 12 50 0.92 889
2/0 19 0.63 11 14 50 0.93 799 2/0 19 0.63 13 10 50 1 1109
3/0 19 0.68 14 14 50 0.98 963 3/0 19 0.68 16 10 50 1.05 1331
4/0 19 0.73 18 14 50 1.03 1170 4/0 19 0.73 16 9 50 1.14 1637
250 37 0.79 13 12 50 1.12 1366 250 37 0.79 25 10 50 1.17 1910
350 37 0.89 18 12 50 1.23 1815 350 37 0.89 22 8 50 1.32 2614
500 37 1.02 17 10 50 1.42 2569 500 37 1.02 31 8 50 1.47 3603
750 61 1.21 20 9 80 1.7 3773 — — — — — — — —
1000 61 1.36 26 9 80 1.85 4854 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

8 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (115 mil)
2 7 0.55 6 14 50 0.86 517 2 7 0.55 16 14 50 0.86 637
1 19 0.59 7 14 50 0.9 598 1 19 0.59 13 12 50 0.93 782
1/0 19 0.63 9 14 50 0.94 708 1/0 19 0.63 16 12 50 0.97 926
2/0 19 0.68 11 14 50 0.98 837 2/0 19 0.68 13 10 50 1.06 1149
3/0 19 0.73 14 14 50 1.03 1003 3/0 19 0.73 16 10 50 1.11 1373
4/0 19 0.78 18 14 50 1.09 1212 4/0 19 0.78 16 9 50 1.19 1682
250 37 0.84 13 12 50 1.18 1412 250 37 0.84 25 10 50 1.22 1957
350 37 0.94 18 12 50 1.28 1865 350 37 0.94 22 8 50 1.37 2667
500 37 1.07 17 10 50 1.47 2627 500 37 1.07 31 8 50 1.53 3663
750 61 1.26 20 9 80 1.75 3841 — — — — — — — —
1000 61 1.41 26 9 80 1.9 4929 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (175 mil)
2 7 0.68 6 14 50 0.98 604 2 7 0.68 16 14 50 0.98 725
1 19 0.71 7 14 50 1.02 689 1 19 0.71 13 12 50 1.05 876
1/0 19 0.75 9 14 50 1.06 803 1/0 19 0.75 16 12 50 1.09 1024
2/0 19 0.8 11 14 50 1.1 937 2/0 19 0.8 13 10 50 1.18 1255
3/0 19 0.85 14 14 50 1.15 1108 3/0 19 0.85 16 10 50 1.23 1484
4/0 19 0.9 18 14 50 1.21 1323 4/0 19 0.9 16 9 50 1.31 1801
250 37 0.96 13 12 50 1.3 1531 250 37 0.96 25 10 50 1.34 2079
350 37 1.06 18 12 50 1.42 2019 350 37 1.06 22 8 50 1.52 2830
500 37 1.19 17 10 50 1.59 2775 500 37 1.19 31 8 80 1.71 3881
750 61 1.38 20 9 80 1.87 4015 — — — — — — — —
1000 61 1.53 26 9 80 2.05 5167 — — — — — — — —
Aluminum 100% Insulation Level (175 mil)
2 1 0.65 6 14 50 0.95 441 2 1 0.65 10 14 50 0.95 489
2 7 0.67 6 14 50 0.98 459 2 7 0.67 10 14 50 0.98 507
1 19 0.71 6 14 50 1.02 495 1 19 0.71 13 14 50 1.02 580
1/0 1 0.72 6 14 50 1.02 512 1/0 1 0.72 16 14 50 1.02 632
1/0 19 0.75 6 14 50 1.06 537 1/0 19 0.75 16 14 50 1.06 658
2/0 19 0.8 7 14 50 1.1 600 2/0 19 0.8 20 14 50 1.1 757
3/0 19 0.85 9 14 50 1.15 684 2/0 19 0.8 13 12 50 1.13 788
4/0 19 0.9 11 14 50 1.21 781 3/0 19 0.85 25 14 50 1.15 877
250 37 0.96 13 14 50 1.26 871 3/0 19 0.85 16 12 50 1.18 907
300 37 1.01 15 14 50 1.34 994 4/0 19 0.9 32 14 50 1.21 1034
350 37 1.06 18 14 50 1.39 1106 4/0 19 0.9 20 12 50 1.24 1058
500 37 1.19 25 14 50 1.52 1403 4/0 19 0.9 13 10 50 1.28 1104
500 37 1.19 16 12 50 1.55 1441 250 37 0.96 25 12 50 1.3 1220
750 61 1.4 24 12 80 1.82 2033 250 37 0.96 16 10 50 1.34 1264
750 61 1.4 15 10 80 1.86 2079 350 37 1.06 32 12 50 1.42 1532
1000 61 1.54 31 12 80 2 2544 350 37 1.06 20 10 50 1.46 1567
1000 61 1.54 20 10 80 2.04 2614 350 37 1.06 16 9 50 1.49 1595
1000 61 1.54 16 9 80 2.07 2651 500 37 1.19 29 10 50 1.59 2060
— — — — — — — — 750 61 1.4 28 8 80 1.91 3043
— — — — — — — — 1000 61 1.54 37 8 80 2.09 3868
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (220 mil)
2 7 0.77 6 14 50 1.07 678 2 7 0.77 16 14 50 1.07 798
1 19 0.81 7 14 50 1.11 766 1 19 0.81 13 12 50 1.14 955
1/0 19 0.85 9 14 50 1.15 883 1/0 19 0.85 16 12 50 1.18 1105
2/0 19 0.89 11 14 50 1.19 1020 2/0 19 0.89 13 10 50 1.27 1342
3/0 19 0.94 14 14 50 1.24 1195 3/0 19 0.94 16 10 50 1.32 1575
4/0 19 1 18 14 50 1.3 1414 4/0 19 1 16 9 50 1.4 1898
250 37 1.05 13 12 50 1.41 1653 250 37 1.05 25 10 50 1.46 2204
350 37 1.16 18 12 50 1.52 2126 350 37 1.16 22 8 50 1.61 2942
500 37 1.28 17 10 80 1.75 2962 500 37 1.28 31 8 80 1.8 4007
750 61 1.47 20 9 80 1.96 4154 — — — — — — — —
1000 61 1.62 26 9 80 2.14 5320 — — — — — — — —
Aluminum 133% Insulation Level (220 mil)
2 1 0.74 6 14 50 1.04 511 2 1 0.74 10 14 50 1.04 560
2 7 0.76 6 14 50 1.07 532 2 7 0.76 10 14 50 1.07 580
1 19 0.8 6 14 50 1.11 571 1 19 0.8 13 14 50 1.11 655
1/0 1 0.81 6 14 50 1.11 588 1/0 1 0.81 16 14 50 1.11 708
1/0 19 0.84 6 14 50 1.16 629 1/0 19 0.84 16 14 50 1.15 737
2/0 19 0.89 7 14 50 1.19 682 2/0 19 0.89 20 14 50 1.19 839
3/0 19 0.94 9 14 50 1.24 770 2/0 19 0.89 13 12 50 1.22 872
4/0 19 0.99 11 14 50 1.3 871 3/0 19 0.94 25 14 50 1.24 963
250 37 1.05 13 14 50 1.38 989 3/0 19 0.94 16 12 50 1.27 994
350 37 1.15 18 14 50 1.48 1209 4/0 19 0.99 32 14 50 1.3 1124
500 37 1.28 25 14 50 1.61 1517 4/0 19 0.99 20 12 50 1.33 1149
500 37 1.28 16 12 80 1.7 1623 4/0 19 0.99 13 10 50 1.37 1199
750 61 1.49 24 12 80 1.91 2167 250 37 1.05 25 12 50 1.41 1341
750 61 1.49 15 10 80 1.95 2216 250 37 1.05 16 10 50 1.45 1388
1000 61 1.64 31 12 80 2.09 2692 350 37 1.15 32 12 50 1.51 1637
1000 61 1.64 20 10 80 2.13 2764 350 37 1.15 20 10 50 1.55 1674
1000 61 1.64 16 9 80 2.16 2803 350 37 1.15 16 9 50 1.58 1704
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (260 mil)
1 19 0.89 7 14 50 1.19 840 1 19 0.89 13 12 50 1.23 1030
1/0 19 0.93 9 14 50 1.23 959 1/0 19 0.93 16 12 50 1.27 1184
2/0 19 0.97 11 14 50 1.28 1099 2/0 19 0.97 13 10 50 1.35 1426
3/0 19 1.02 14 14 50 1.35 1301 3/0 19 1.02 16 10 50 1.42 1687
4/0 19 1.08 18 14 50 1.4 1525 4/0 19 1.08 16 9 50 1.51 2016
250 37 1.13 13 12 50 1.49 1747 250 37 1.13 25 10 50 1.54 2300
350 37 1.24 18 12 50 1.6 2227 350 37 1.24 22 8 80 1.75 3116
500 37 1.37 17 10 80 1.83 3077 500 37 1.37 31 8 80 1.88 4124
750 61 1.56 20 9 80 2.08 4333 — — — — — — — —
1000 61 1.7 26 9 80 2.23 5461 — — — — — — — —
Aluminum 100% Insulation Level (260 mil)
1 19 0.88 6 14 50 1.19 644 1 19 0.88 13 14 50 1.19 728
1/0 1 0.89 6 14 50 1.19 661 1/0 1 0.89 16 14 50 1.19 781
1/0 19 0.92 6 14 50 1.23 692 1/0 19 0.92 16 14 50 1.23 812
2/0 19 0.97 7 14 50 1.27 760 2/0 19 0.97 20 14 50 1.27 917
3/0 19 1.02 9 14 50 1.34 875 2/0 19 0.97 13 12 50 1.3 952
4/0 19 1.07 11 14 50 1.4 981 3/0 19 1.02 25 14 50 1.34 1068
250 37 1.13 13 14 50 1.46 1080 3/0 19 1.02 16 12 50 1.38 1102
350 37 1.23 18 14 50 1.56 1307 4/0 19 1.07 32 14 50 1.4 1234
500 37 1.36 25 14 80 1.75 1692 4/0 19 1.07 20 12 50 1.43 1261
500 37 1.36 16 12 80 1.78 1735 4/0 19 1.07 13 10 50 1.48 1313
750 61 1.57 24 12 80 2.02 2340 250 37 1.13 25 12 50 1.49 1433
750 61 1.57 15 10 80 2.06 2392 250 37 1.13 16 10 50 1.53 1482
1000 61 1.72 31 12 80 2.17 2829 350 37 1.23 32 12 50 1.59 1736
1000 61 1.72 20 10 80 2.21 2903 350 37 1.23 20 10 80 1.7 1843
1000 61 1.72 16 9 80 2.24 2944 350 37 1.23 16 9 80 1.72 1875
— — — — — — — — 500 37 1.36 29 10 80 1.83 2361
— — — — — — — — 750 61 1.57 28 8 80 2.12 3362
— — — — — — — — 1000 61 1.72 37 8 80 2.27 4163
1000 61 1.54 20 10 80 2.04 2614 37 1.06 9 50 1.49 1595
1000 61 1.54 16 9 80 2.07 2651 37 1.19 10 50 1.59 2060
— — — — — — — — 61 1.4 8 80 1.91 3043
— — — — — — — — 61 1.54 8 80 2.09 3868
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (320 mil)
1 19 1.01 7 14 50 1.31 961 1 19 1.01 13 12 50 1.35 1154
1/0 19 1.05 9 14 50 1.38 1109 1/0 19 1.05 16 12 50 1.41 1337
2/0 19 1.09 11 14 50 1.42 1254 2/0 19 1.09 13 10 50 1.5 1588
3/0 19 1.14 14 14 50 1.47 1439 3/0 19 1.14 16 10 50 1.55 1830
4/0 19 1.2 18 14 50 1.53 1668 4/0 19 1.2 16 9 80 1.69 2232
250 37 1.26 13 12 50 1.62 1898 250 37 1.26 25 10 80 1.72 2522
350 37 1.36 18 12 80 1.78 2458 350 37 1.36 22 8 80 1.88 3290
500 37 1.49 17 10 80 1.95 3260 500 37 1.49 31 8 80 2.01 4311
750 61 1.68 20 9 80 2.2 4540 — — — — — — — —
1000 61 1.83 26 9 80 2.35 5683 — — — — — — — —
Aluminum 133% Insulation Level (320 mil)
1/0 19 1.05 6 14 50 1.37 839 1/0 19 1.05 16 14 50 1.37 959
2/0 19 1.09 7 14 50 1.42 913 2/0 19 1.09 20 14 50 1.42 1070
3/0 19 1.14 9 14 50 1.47 1010 2/0 19 1.09 13 12 50 1.45 1108
4/0 19 1.2 11 14 50 1.52 1122 3/0 19 1.14 25 14 50 1.47 1203
250 37 1.25 13 14 50 1.58 1226 3/0 19 1.14 16 12 50 1.5 1239
350 37 1.35 18 14 80 1.74 1533 4/0 19 1.2 32 14 50 1.52 1375
500 37 1.48 25 14 80 1.87 1867 4/0 19 1.2 20 12 50 1.55 1405
500 37 1.48 16 12 80 1.91 1912 4/0 19 1.2 13 10 50 1.6 1460
750 61 1.69 24 12 80 2.14 2540 250 37 1.25 25 12 50 1.61 1583
750 61 1.69 15 10 80 2.18 2596 250 37 1.25 16 10 80 1.72 1703
1000 61 1.84 31 12 80 2.29 3045 350 37 1.35 32 12 80 1.78 1966
1000 61 1.84 20 10 80 2.33 3123 350 37 1.35 20 10 80 1.82 2011
1000 61 1.84 16 9 80 2.36 3165 350 37 1.35 16 9 80 1.84 2045
— — — — — — — — 500 37 1.48 29 10 80 1.95 2541
1000 61 1.72 10 80 2.21 2903 350 1.23 20 10 1.7 1843 — — —
1000 61 1.72 9 80 2.24 2944 350 1.23 16 9 1.72 1875 — — —
— — — — — — — 500 1.36 29 10 1.83 2361 — — —
— — — — — — — 750 1.57 28 8 2.12 3362 — — —
— — — — — — — 1000 1.72 37 8 2.27 4163 — — —
1000 61 1.54 10 80 2.04 2614 37 — 9 50 1595 — — — —
1000 61 1.54 9 80 2.07 2651 37 — 10 50 2060 — — — —
— — — — — — — 61 — 8 80 3043 — — — —
— — — — — — — 61 — 8 80 3868 — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft i n AWG mil in lb/kft
Copper 100% Insulation Level (345 mil)
1/0 19 1.1 9 14 50 1.43 1166 1/0 19 1.1 16 12 50 1.46 1395
2/0 19 1.15 11 14 50 1.47 1313 2/0 19 1.15 13 10 50 1.55 1649
3/0 19 1.2 14 14 50 1.52 1499 3/0 19 1.2 16 10 50 1.6 1893
4/0 19 1.25 18 14 50 1.58 1731 4/0 19 1.25 16 9 80 1.74 2301
250 37 1.31 13 12 80 1.73 2032 250 37 1.31 25 10 80 1.77 2592
350 37 1.41 18 12 80 1.83 2531 350 37 1.41 22 8 80 1.93 3366
500 37 1.54 17 10 80 2.04 3388 500 37 1.54 31 8 80 2.09 4443
750 61 1.73 20 9 80 2.25 4630 — — — — — — — —
1000 61 1.88 26 9 80 2.4 5779 — — — — — — — —
Aluminum 100% Insulation Level (345 mil)
1/0 1 1.06 6 14 50 1.38 858 1/0 1 1.06 16 14 50 1.38 979
1/0 19 1.1 6 14 50 1.42 895 1/0 19 1.1 16 14 50 1.42 1015
2/0 19 1.14 7 14 50 1.47 971 2/0 19 1.14 20 14 50 1.47 1127
3/0 19 1.19 9 14 50 1.52 1070 2/0 19 1.14 13 12 50 1.5 1167
4/0 19 1.25 11 14 50 1.57 1184 3/0 19 1.19 25 14 50 1.52 1263
250 37 1.3 13 14 80 1.69 1358 3/0 19 1.19 16 12 50 1.55 1300
350 37 1.4 18 14 80 1.79 1604 4/0 19 1.25 32 14 50 1.57 1437
500 37 1.53 25 14 80 1.95 1989 4/0 19 1.25 20 12 50 1.61 1468
500 37 1.53 16 12 80 1.99 2036 4/0 19 1.25 13 10 80 1.71 1592
750 61 1.74 24 12 80 2.19 2628 250 37 1.3 25 12 80 1.73 1716
750 61 1.74 15 10 80 2.24 2684 250 37 1.3 16 10 80 1.77 1772
1000 61 1.89 31 12 80 2.34 3139 350 37 1.4 32 12 80 1.83 2038
1000 61 1.89 20 10 80 2.38 3217 350 37 1.4 20 10 80 1.87 2084
1000 61 1.89 16 9 80 2.41 3260 350 37 1.4 16 9 80 1.89 2119
— — — — — — — — 500 37 1.53 29 10 80 2.03 2667
— — — — — — — — 750 61 1.74 28 8 80 2.29 3661
— — — — — — — — 1000 61 1.89 37 8 80 2.44 4483
1000 61 1.72 80 2.24 2944 350 1.23 9 1.72 1875 — — — — —
— — — — — — 500 1.36 10 1.83 2361 — — — — —
— — — — — — 750 1.57 8 2.12 3362 — — — — —
— — — — — — 1000 1.72 8 2.27 4163 — — — — —
1000 61 1.54 80 2.04 2614 37 50 1595 — — — — — —
1000 61 1.54 80 2.07 2651 37 50 2060 — — — — — —
— — — — — — 61 80 3043 — — — — — —
— — — — — — 61 80 3868 — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
i n AWG mil in lb/kft i n AWG mil in lb/kft
Copper 133% Insulation Level (420 mil)
1/0 19 1.25 9 14 50 1.58 1349 1/0 19 1.25 16 12 50 1.61 1581
2/0 19 1.3 11 14 50 1.63 1502 2/0 19 1.3 13 10 80 1.76 1914
3/0 19 1.35 14 14 80 1.74 1762 3/0 19 1.35 16 10 80 1.81 2166
4/0 19 1.4 18 14 80 1.79 2004 4/0 19 1.4 16 9 80 1.89 2519
250 37 1.46 13 12 80 1.88 2251 250 37 1.46 25 10 80 1.93 2815
350 37 1.56 18 12 80 2.02 2811 350 37 1.56 22 8 80 2.11 3658
500 37 1.69 17 10 80 2.19 3645 500 37 1.69 31 8 80 2.24 4704
750 61 1.88 20 9 80 2.4 4912 — — — — — — — —
1000 61 2.03 26 9 80 2.55 6081 — — — — — — — —
Aluminum 133% Insulation Level (420 mil)
1/0 19 1.25 6 14 50 1.57 1076 1/0 19 1.25 16 14 50 1.57 1196
2/0 19 1.29 7 14 50 1.62 1157 2/0 19 1.29 20 14 80 1.68 1380
3/0 19 1.34 9 14 80 1.73 1331 2/0 19 1.29 13 12 80 1.71 1424
4/0 19 1.4 11 14 80 1.79 1454 3/0 19 1.34 25 14 80 1.73 1524
250 37 1.45 13 14 80 1.84 1571 3/0 19 1.34 16 12 80 1.76 1566
350 37 1.56 18 14 80 1.98 1876 4/0 19 1.4 32 14 80 1.79 1707
500 37 1.68 25 14 80 2.11 2235 4/0 19 1.4 20 12 80 1.82 1743
500 37 1.68 16 12 80 2.14 2285 4/0 19 1.4 13 10 80 1.86 1805
750 61 1.89 24 12 80 2.34 2902 250 37 1.45 25 12 80 1.88 1933
750 61 1.89 15 10 80 2.39 2963 250 37 1.45 16 10 80 1.92 1992
1000 61 2.04 16 9 80 2.56 3560 350 37 1.56 32 12 80 2.01 2314
— — — — — — — — 350 37 1.56 20 10 80 2.05 2365
— — — — — — — — 350 37 1.56 16 9 80 2.08 2403
— — — — — — — — 500 37 1.68 29 10 80 2.18 2920
1000 61 1.89 9 80 2.41 3260 350 1.4 16 9 1.89 2119 — — —
— — — — — — — 500 1.53 29 10 2.03 2667 — — —
— — — — — — — 750 1.74 28 8 2.29 3661 — — —
— — — — — — — 1000 1.89 37 8 2.44 4483 — — —
1000 61 1.72 2.24 2944 350 1.23 9 1875 — — — — — — —
— — — — — 500 1.36 10 2361 — — — — — — —
— — — — — 750 1.57 8 3362 — — — — — — —
— — — — — 1000 1.72 8 4163 — — — — — — —
1000 61 1.54 2.04 2614 37 — 50 — — — — — — — —
1000 61 1.54 2.07 2651 37 — 50 — — — — — — — —
— — — — — 61 — 80 — — — — — — — —
— — — — — 61 — 80 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size
AWG
or
kcmil		 Copper Aluminum
5 – 15 kV 25 – 46 kV 5 – 15 kV 25 – 46 kV
1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral
amp amp amp amp
2 160 160 – – 125 125 – –
1 187 185 189 188 146 145 147 147
1/0 212 210 214 212 166 165 167 167
2/0 241 238 248 245 189 188 194 193
3/0 273 268 281 276 214 213 220 218
4/0 309 300 317 309 244 241 250 247
250 336 – 344 – 266 – 273 –
350 398 – 407 – 320 – 326 –
500 476 – 476 – 394 – 392 –
750 547 – 565 – 476 – 486 –
1000 620 – 625 – 550 – 556 –
– 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral
1000 658 – 658 – 580 – 573 –
† Ampacities are based on the following:
Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).
Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating
Voltage		 Minimum
Size
AWG
5 kV 8
8 kV 6
15 kV 2
25 kV 1
35 kV 1/0

Primary UD

Underground, TR-XLPE Insulation, XLPE Jacket, Full or Reduced Concentric Neutral, 35kV Renewable Applications – Aluminum

Specifically designed for underground primary circuits in renewable projects in both solar and wind farms. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

35 kV TR-XLPE Insulated, 100 % I.L. 345 mils, Aluminum Compressed Conductors
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Neutral vs
Conductor
Equivalence		 Number
of
Wires		 Size Approx. Neutral
Fault Current
Capacity at 6
Cycles (1)		 Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG Amps mil in lb/kft
1/0 19 1.095 Full 19 16 14200 50 1.39 837
1/0 19 1.095 2/3 13 16 9700 50 1.39 791
1/0 19 1.095 1/2 10 16 7500 50 1.39 769
1/0 19 1.095 1/3 7 16 5200 50 1.39 746
2/0 19 1.14 Full 15 14 17900 50 1.46 952
2/0 19 1.14 2/3 16 16 12000 50 1.44 870
2/0 19 1.14 1/2 12 16 9000 50 1.44 840
2/0 19 1.14 1/3 8 16 6000 50 1.44 810
3/0 19 1.189 Full 18 14 21500 50 1.52 1059
3/0 19 1.189 1/2 15 16 11200 50 1.49 930
3/0 19 1.189 1/3 10 16 7500 50 1.49 893
4/0 19 1.245 Full 23 14 27400 50 1.57 1202
4/0 19 1.245 2/3 16 14 19100 50 1.57 1117
4/0 19 1.245 1/2 19 16 14200 50 1.55 1042
4/0 19 1.245 1/3 13 16 9700 50 1.55 996
4/0 19 1.245 1/6 7 16 5200 50 1.55 952
250 37 1.301 1/3 16 16 12000 50 1.6 1093
350 37 1.403 2/3 26 14 31000 80 1.8 1551
350 37 1.403 1/2 19 14 22700 80 1.8 1467
350 37 1.403 1/3 20 16 15000 80 1.77 1359
350 37 1.403 1/6 10 16 7500 80 1.77 1283
500 37 1.532 2/3 23 12 43600 80 1.99 2003
500 37 1.532 1/2 17 12 32200 80 1.99 1888
500 37 1.532 1/3 18 14 21500 80 1.95 1737
500 37 1.532 1/6 15 16 11200 80 1.93 1601
750 61 1.758 1/2 26 12 49300 80 2.18 2445
750 61 1.758 1/3 17 12 32200 80 2.18 2273
750 61 1.758 1/6 22 16 16500 80 2.12 2031
1000 61 1.907 1/2 22 10 66400 80 2.37 3034
1000 61 1.907 1/3 23 12 43600 80 2.33 2741
1000 61 1.907 1/6 18 14 21500 80 2.29 2468
1000 61 1.907 1/12 15 16 11200 80 2.26 2326
1250 91 2.05 1/3 18 10 54300 80 2.55 3316
1250 91 2.05 1/6 23 14 27400 80 2.47 2924
1250 91 2.05 1/12 18 16 13500 80 2.45 2741
1500 91 2.228 1/3 22 10 66400 80 2.76 3896
1500 91 2.228 1/6 17 12 32200 80 2.72 3477
1500 91 2.228 1/12 22 16 16500 80 2.66 3215
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.(1) Fault Current Calculation is per ICEA P-45-482-2005 with initial shield temperature of 70 °C and ending jacket temperature of 350 °C for thermosetting jackets. Concentric neutral configurations shown on this table with thermosetting XLPE jacket are designed to provide the approximate equivalent shield fault capacity (+/-3%) of the corresponding shield fault capacity with thermoplastic LLDPE jacket at similar conditions.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size
AWG
or
kcmil		 Copper Aluminum
5 – 15 kV 25 – 46 kV 5 – 15 kV 25 – 46 kV
1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral
amp amp amp amp
2 160 160 – – 125 125 – –
1 187 185 189 188 146 145 147 147
1/0 212 210 214 212 166 165 167 167
2/0 241 238 248 245 189 188 194 193
3/0 273 268 281 276 214 213 220 218
4/0 309 300 317 309 244 241 250 247
250 336 – 344 – 266 – 273 –
350 398 – 407 – 320 – 326 –
500 476 – 476 – 394 – 392 –
750 547 – 565 – 476 – 486 –
1000 620 – 625 – 550 – 556 –
1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral
1000 658 – 658 – 580 – 573 –
† Ampacities are based on the following:
Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).
Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating
Voltage		 Minimum
Size
AWG
5 kV 8
8 kV 6
15 kV 2
25 kV 1
35 kV 1/0

Primary UD

Underground, EPR Insulation, LLDPE Jacket, Tinned Copper Flat Strap Neutral, 15kV – Aluminum

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 69kV-138kV – Aluminum

Used for transmission and distribution circuits in cities with high load densities. Also, for industrial and commercial installations. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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High Voltage, Wire and Tape Shield

XLPE Insulation, HDPE Jacket, 69kV-138kV – Aluminum

Used for transmission and distribution circuits in cities with high load densities. Also, for industrial and commercial installations. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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Extra High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 230kV – Aluminum

Used for transmission systems in urban and industrial installations with high load density. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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Secondary URD AA-8000, Tri-Rated, Mobile Home Feeder

Underground, Compact Conductor, XLPE Insulation, 600V – Aluminum

Designed to connect mobile homes to an electrical supply where permanent wiring is required. Can also be used for general purpose wiring in circuits not exceeding 600 volts. May be used in wet or dry locations, installed in conduit, duct, and directly buried in earth not exceeeding 90°C in accordance with requirements of the NEC®.

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Copper Conductor

Bare Copper Conductor Solid

Hard, Medium-Hard, or Soft-Drawn

Used for grounding purposes in accordance with the National Electrical Code (NEC). Soft-drawn solid or stranded conductors are used for grounding connections in circuits, machinery, equipment, and counterpoise grounding systems. Hard-drawn conductors are suitable for overhead transmission and distribution lines and specified grounding applications. Also available tinned.

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Physical Data

Bare Copper Conductors Solid
Breaking Strength
Size Area Wire OD Net
Weight		 Hard Drawn
Rated
Strength		 dc
Resistance
@ 20 °C		 Medium-Hard Drawn
Rated
Strength		 dc
Resistance
@ 20 °C		 Soft Drawn
(Annealed)
Rated
Strength		 dc
Resistance
@ 20 °C
AWG cmil in lb/kft lb Ω/kft lb Ω/kft lb Ω/kft
14 4110 0.0641 12 214 2.626 167 2.613 124 2.525
12 6530 0.0808 20 337 1.652 261 1.643 198 1.588
10 10380 0.1019 31 529 1.039 410 1.033 314 0.999
8 16510 0.1285 50 826 0.653 644 0.65 480 0.628
6 26240 0.162 79 1280 0.411 1010 0.409 763 0.395
4 41740 0.2043 126 1970 0.258 1584 0.257 1213 0.249
3 52620 0.2294 159 2439 0.205 1984 0.204 1530 0.197
2 66360 0.2576 201 3003 0.163 2450 0.162 1929 0.156
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Bare Copper Conductor Stranded

Hard, Medium-Hard, or Soft-Drawn

Used for grounding purposes in accordance with the National Electrical Code (NEC). Soft-drawn solid or stranded conductors are used for grounding connections in circuits, machinery, equipment, and counterpoise grounding systems. Hard-drawn conductors are suitable for overhead transmission and distribution lines and specified grounding applications. Also available tinned.

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Physical Data

Bare Copper Conductors Stranded
Size Area Class A Class B Net Weight dc Resistance*
AWG kcmil cmil Number of OD Number of OD lb/kft
Strands in Strands in 20 °C
14 — 4110 — — 7 0.0726 13 2.58
12 — 6530 — — 7 0.0915 20 1.63
10 — 10380 — — 7 0.116 32 1.02
8 — 16510 — — 7 0.146 51 0.64
6 — 26240 — — 7 0.184 81 0.403
4 — 41740 7 0.232 7 0.232 129 0.253
3 — 52620 7 0.26 7 0.26 163 0.201
2 — 66360 7 0.292 7 0.292 205 0.159
1 — 83690 7 0.328 19 0.332 258 0.127
1/0 — 105600 7 0.368 19 0.373 326 0.1
2/0 — 133100 7 0.414 19 0.419 411 0.795
3/0 — 167800 7 0.464 19 0.47 518 0.063
4/0 — 211600 7 0.522 19 0.528 653 0.05
— 250 250000 19 0.574 37 0.575 772 0.0423
— 300 300000 19 0.629 37 0.63 926 0.0353
— 350 350000 19 0.679 37 0.681 1081 0.0302
— 400 400000 19 0.726 37 0.728 1235 0.0264
— 450 450000 37 0.772 37 0.772 1389 0.0235
— 500 500000 37 0.813 37 0.813 1544 0.0192
— 600 600000 37 0.891 61 0.893 1883 0.0177
— 750 750000 61 0.998 61 0.998 2316 0.0141
— 1000 100000 61 1.152 61 1.152 3088 0.0106
— 1250 125000 61 1.288 91 1.289 3859 0.0085
— 1500 150000 61 1.411 91 1.412 4631 0.0071
— 1750 175000 91 1.526 127 1.526 5403 0.006
— 2000 200000 91 1.63 127 1.632 6175 0.0053
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request. *Direct current resistances apply to Class B, C, and D stranding.

Bare Copper Conductors Stranded (cont.)
Breaking Strength
Size Strands Hard Drawn
Rated
Strength		 dc
Resistance
@ 20 °C		 Medium-Hard Drawn
Rated
Strength		 dc
Resistance
@ 20 °C		 Soft Drawn
(Annealed)
Rated
Strength		 dc
Resistance
@ 20 °C		 Allowable
Ampacity †
AWG kcmil lb Ω/kft lb Ω/kft lb Ω/kft
14 — 7 197 2.679 158 2.665 — — —
12 — 7 311 1.685 248 1.676 — — —
10 — 7 492 1.06 389 1.054 — — —
8 — 7 777 0.6663 610 0.6629 499 0.6408 98
6 — 7 1228 0.4191 959 0.4169 794 0.403 124
4 — 7 1938 0.2636 1505 0.2622 1320 0.2534 155
3 — 7 2433 0.209 1885 0.2079 1670 0.201 —
2 — 7 3050 0.166 2360 0.165 2110 0.1578 209
1 — 7 3801 0.1316 2955 0.1309 2552 0.1252 —
1/0 — 7 4752 0.1042 3705 0.1037 3221 0.1002 282
2/0 — 7 5926 0.08267 4640 0.08224 4062 0.07949 329
3/0 — 7 7366 0.06556 5812 0.06522 5118 0.06304 382
4/0 — 7 9154 0.05199 7278 0.05172 6459 0.04999 444
4/0 — 19 9617 0.05199 7479 0.05172 6453 0.04999 444
— 250 19 11360 0.044 8836 0.04378 7627 0.04231 494
— 250 37 11600 0.044 8952 0.04378 7940 0.04231 494
— 300 19 13510 0.03667 10530 0.03648 9160 0.03526 556
— 350 19 15590 0.03143 12200 0.03127 10680 0.03022 —
— 500 37 22510 0.022 17550 0.02189 15240 0.02116 773
— 600 37 27020 0.01834 21060 0.01825 18300 0.01763 —
— 750 61 34090 0.01467 26510 0.01459 22890 0.0141 1000
— 1000 61 45030 0.011 35100 0.01094 30500 0.01058 1193
† Ampacity per NEC table 310.15 (B) (21) based on 80°C Conductor Temperature, 40°C Ambient Temperature, 2ft/s Wind in Sun.

Covered Line Wire

Overhead, XLPE or PE Insulation, Single – Copper

Used for the distribution of electrical energy under normal condition of overhead (aerial) installation and service outdoors. Approved for use on insulators for overhead circuits. Otherwise treated as a bare conductor.

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Physical Data

Covered Line Wire XLPE or PE Insulation, Single
Size AWG or kcmil Number of
Strands		 Covering
Thickness		 Cable
OD		 Weight dc Resistance
mil in PE XLPE Hard-drawn Soft
lb/kft lb/kft 25 °C 25 °C
6 1 30 0.23 87 87 0.419 0.403
4 1 30 0.27 136 136 0.264 0.253
2 1 45 0.35 220 219 0.166 0.159
6 7 30 0.24 91 91 0.428 0.411
4 7 30 0.29 142 142 0.269 0.258
2 7 45 0.38 229 229 0.169 0.162
1/0 7 60 0.49 367 367 0.106 0.102
2/0 19 60 0.53 455 454 0.084 0.081
3/0 19 60 0.58 567 567 0.067 0.0642
4/0 19 60 0.64 709 709 0.053 0.051
250 19 60 0.68 833 833 0.045 0.0431
300 19 60 0.74 993 993 0.037 0.036
350 19 60 0.79 1155 1154 0.032 0.0308
500 37 80 0.96 1650 1647 0.022 0.0216
750 61 80 1.14 2440 2437 0.015 0.0144
1000 61 95 1.32 3258 3257 0.011 0.0108
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Ampacity Data

Covered Line Wire
Conductor Size
AWG/kcmil		 Ampacity
8 103
6 130
4 163
2 219
1/0 297
2/0 344
3/0 401
4/0 466
250 519
300 584
500 812
750 1050
1000 1253
NEC Table 310.15(B)(21) (formerly Table 310.21) Ampacities of Bare or Covered Conductors in Free Air, Based on 40 °C (104 °F) Ambient, 80 °C (176 °F) Total Conductor Temperature, 610 mm/s (2 ft/s) Wind Velocity.

Service Drop

Overhead, Duplex/Triplex/Quadruplex, XLPE or PE Insulation, 600V – Copper

Used for overhead distribution of electrical energy, such as a supply power, from pole-mounted transformer to the user’s service head where connection to the service entrance cable is made. Also, for temporary services and street light installations.

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Physical Data

Duplex
Code Word Copper Phase Conductor HD CU, Neutral Messenger Weight
Size Number of Strands Insulation
Thickness		 Size Number of Strands Rated Strength PE XLPE
AWG or kcmil mil AWG or kcmil lb lb/kft lb/kft
Copper Conductor & Neutral Messenger
Theta 8 7 45 10 1 529 97 96
Iota 8 7 45 8 1 826 116 115
Kappa 8 7 45 8 7 777 117 116
Omega 8 1 45 8 1 826 113 112
Lambda 6 7 45 8 1 826 149 149
Omicron 6 7 45 6 1 1280 179 179
Sigma 6 7 45 6 7 1228 181 180
(No Code) 4 7 45 4 1 1970 279 279
(No Code) 4 7 45 4 7 1938 282 282
(No Code) 2 7 45 2 7 3050 442 441
(No Code) 1/0 19 60 1/0 7 4752 703 702
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Triplex
Code
Word		 Copper Phase Conductor HD CU, Neutral Messenger Weight
Size Number
of
Strands		 Insulation
Thickness		 Size Number
of
Strands		 Rated
Strength		 PE XLPE
AWG or
kcmil		 mil AWG or
kcmil		 lb lb/kft lb/kft
Copper Conductor & Neutral Messenger
Pica 8 7 45 10 1 529 149 160
Bodoni 8 7 45 8 1 826 167 179
Garamond 8 7 45 8 7 777 169 180
Columbian 8 1 45 8 1 826 164 174
Tudor 6 7 45 8 1 826 232 246
Futura 6 7 45 6 1 1280 262 276
Gothic 6 7 45 6 7 1228 263 278
Nonpareil 4 7 45 6 1 1280 363 381
Ionic 4 7 45 4 1 1970 411 429
Caslon 4 7 45 4 7 1938 413 432
Minion 2 7 45 4 1 1970 571 594
Primer 2 7 45 4 7 1938 574 596
Century 2 7 45 2 7 3050 651 674
Corinthian 1/0 19 60 1/0 7 4752 1036 1073
(No Code) 2/0 19 60 1/0 7 4752 1214 1255
Doric 2/0 19 60 2/0 7 5926 1301 1342
(No Code) 3/0 19 60 1/0 7 4752 1438 1485
Tuscan 3/0 19 60 3/0 7 7366 1634 1681
Composite 4/0 19 60 4/0 7 9154 2054 2107
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Quadruplex
Code
Word		 Copper Phase Conductor HD CU, Neutral Messenger Weight
Size Number
of
Strands		 Insulation
Thickness		 Size Number
of
Strands		 Rated
Strength		 PE XLPE
AWG or
kcmil		 mil AWG or
kcmil		 lb lb/kft lb/kft
Copper Conductor & Neutral Messenger
Atlanta 6 7 45 6 1 1280 344 359
Tallahassee 6 7 45 6 7 1228 346 361
Baton Rouge 4 7 45 4 1 1970 542 560
Richmond 4 7 45 4 7 1938 545 563
(No Code) 2 7 45 4 7 1938 782 805
Jackson 2 7 45 2 1 3003 856 879
Seatle 2 7 45 2 7 3050 860 883
(No Code) 1/0 19 60 2 7 3050 1245 1282
Nashville 1/0 19 60 1/0 7 4752 1368 1405
Lincoln 2/0 19 60 2/0 7 5926 1720 1761
Raleigh 3/0 19 60 3/0 7 7366 2163 2209
Denver 4/0 19 60 4/0 7 9154 2721 2773
The above data are approximate and subject to normal manufacturing tolerances. Where required, the compatibility with glands, connectors and accessories should be verified using actual dimensions of the product. Other sizes available upon request.

Ampacity Data

Cable Construction 2PLX, 3PLX, & 4PLX
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
14 20 25
12 25 30
10 35 40
8 50 55
6 65 75
4 85 95
3 100 115
2 115 130
1 130 145
1/0 150 170
2/0 175 195
3/0 200 225
4/0 230 260
250 255 290
300 285 320
350 310 350
400 335 380
500 380 430
600 420 475
700 460 520
750 475 535
800 490 555
900 520 585
1000 545 615
1250 590 665
1500 625 705
1750 650 735
2000 665 750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors .Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F)*

Secondary URD

Underground, Duplex/Triplex/Quadruplex, XLPE Insulation, 600V – Copper

Used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial.

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Physical Data

Single
Code
Word		 Phase Conductor XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Cable OD
mil		 Code Word
Suffix		 Net Weight
lb/kft
Princeton 6 7 60 0.31 /XLP 45
Mercer 4 7 60 0.35 /XLP 65
Clemson 2 7 60 0.41 /XLP 94
Kenyon 1 19 80 0.49 /XLP 125
Harvard 1/0 19 80 0.53 /XLP 150
Yale 2/0 19 80 0.57 /XLP 182
Tufts 3/0 19 80 0.62 /XLP 221
Beloit 4/0 19 80 0.68 /XLP 271
Hofstra 250 37 95 0.76 /XLP 323
Gonzaga 300 37 95 0.81 /XLP 377
Rutgers 350 37 95 0.86 /XLP 431
Dartmouth 400 37 95 0.91 /XLP 485
Brown 450 37 95 0.95 /XLP 539
Emory 500 37 95 0.99 /XLP 592
Duke 600 61 110 1.10 /XLP 711
Furman 700 61 110 1.17 /XLP 816
Sewanee 750 61 110 1.20 /XLP 870
Fordham 1000 61 110 1.35 /XLP 1129
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Duplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mils		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Single
Phase
in		 Complete
Cable
in		 Code
Word
Suffix		 Net Weight
lb/kft
Alcorn 8 1 60 8 1 60 0.25 0.50 /XLP/EYS 62.2
Claflin 6 7 60 6 7 60 0.31 0.61 /XLP/EYS 92.8
Delgado 4 7 60 4 7 60 0.35 0.70 /XLP/EYS 131.7
Cedarcrest 2 7 60 4 7 60 0.41 0.82 /XLP/EYS 161.4
Everett 2 7 60 2 7 60 0.41 0.82 /XLP/EYS 191.2
Findlay 2/0 19 80 2/0 19 80 0.57 1.15 /XLP/EYS 372.0
Hanover 4/0 19 80 4/0 19 80 0.68 1.36 /XLP/EYS 552.1
Glenville 350 37 95 350 37 95 0.86 1.72 /XLP/EYS 880.2
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Triplex
Code
Word		 Phase Conductor Neutral Conductor Cable OD XLPE Insulation
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mils		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness
mil		 Single
Phase
in		 Complete
Cable
in		 Code
Word
Suffix		 Net Weight
lb/kft
Erskine 6 7 60 6 7 60 0.31 0.66 /XLP/EYS 139
Vassar 4 7 60 4 7 60 0.35 0.76 /XLP/EYS 198
Stephens 2 7 60 4 7 60 0.41 0.88 /XLP/EYS 257
Ramapo 2 7 60 2 7 60 0.41 0.88 /XLP/EYS 287
Grossmont 1 19 80 1 19 80 0.49 1.06 /XLP/EYS 383
Brenau 1/0 19 80 2 7 60 0.53 1.14 /XLP/EYS 402
Bergen 1/0 19 80 1/0 19 80 0.53 1.14 /XLP/EYS 460
Fisk 2/0 19 80 2 7 60 0.57 1.24 /XLP/EYS 468
Converse 2/0 19 80 1 19 80 0.57 1.24 /XLP/EYS 500
Shaw 2/0 19 80 1/0 19 80 0.57 1.24 /XLP/EYS 525
Hunter 2/0 19 80 2/0 19 80 0.57 1.24 /XLP/EYS 558
Calvert 3/0 19 80 2 7 60 0.62 1.34 /XLP/EYS 547
Chase 3/0 19 80 1 19 80 0.62 1.34 /XLP/EYS 579
Hollins 3/0 19 80 1/0 19 80 0.62 1.34 /XLP/EYS 605
Rockland 3/0 19 80 3/0 19 80 0.62 1.34 /XLP/EYS 677
Coburn 4/0 19 80 1 19 80 0.68 1.47 /XLP/EYS 680
Molloy 4/0 19 80 1/0 19 80 0.68 1.47 /XLP/EYS 705
Sweetbriar 4/0 19 80 2/0 19 80 0.68 1.47 /XLP/EYS 738
Monmouth 4/0 19 80 4/0 19 80 0.68 1.47 /XLP/EYS 828
Aquinas 250 37 95 2/0 19 80 0.76 1.63 /XLP/EYS 844
Pratt 250 37 95 3/0 19 80 0.76 1.63 /XLP/EYS 884
Yeshiva 250 37 95 250 37 95 0.76 1.63 /XLP/EYS 987
Allen 300 37 95 2/0 19 80 0.81 1.75 /XLP/EYS 956
Greenville 350 37 95 1/0 19 80 0.86 1.85 /XLP/EYS 1034
Gloucester 350 37 95 3/0 19 80 0.86 1.85 /XLP/EYS 1106
Wesleyan 350 37 95 4/0 19 80 0.86 1.85 /XLP/EYS 1156
Newark 350 37 95 350 37 95 0.86 1.85 /XLP/EYS 1320
Old Dominion 500 37 95 4/0 19 80 0.99 2.13 /XLP/EYS 1483
Holyoke 500 37 95 300 37 95 0.99 2.13 /XLP/EYS 1592
Rider 500 37 95 350 37 95 0.99 2.13 /XLP/EYS 1647
Westchester 500 37 95 500 37 95 0.99 2.13 /XLP/EYS 1811
Villanova 750 61 110 350 37 95 1.20 2.58 /XLP/EYS 2215
Voorhees 750 61 110 450 37 95 1.20 2.58 /XLP/EYS 2324
Fairfield 750 61 110 500 37 95 1.20 2.58 /XLP/EYS 2379
Seton Hall 750 61 110 750 61 110 1.20 2.58 /XLP/EYS 2662
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
14 30 35
12 35 40
10 50 55
8 70 80
6 95 105
4 125 140
3 145 165
2 170 190
1 195 220
1/0 230 260
2/0 265 300
3/0 310 350
4/0 360 405
250 405 455
300 445 500
350 505 570
400 545 615
500 620 700
600 690 780
700 755 850
750 785 885
800 815 920
900 870 980
1000 935 1055
1250 1065 1200
1500 1175 1325
1750 1280 1445
2000 1385 1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F)*

Cable Construction 2PLX, 3PLX, & 4PLX
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
14 20 25
12 25 30
10 35 40
8 50 55
6 65 75
4 85 95
3 100 115
2 115 130
1 130 145
1/0 150 170
2/0 175 195
3/0 200 225
4/0 230 260
250 255 290
300 285 320
350 310 350
400 335 380
500 380 430
600 420 475
700 460 520
750 475 535
800 490 555
900 520 585
1000 545 615
1250 590 665
1500 625 705
1750 650 735
2000 665 750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors .Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F)*

Secondary URD Ruggedized

Underground, Duplex/Triplex/Quadruplex, XLPE Insulation, 600V – Copper

Used for secondary distribution and underground service at 600 volts or less. May be used in ducts or direct burial.

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Physical Data

Duplex XLPE Insulated, 600 V
Phase Conductor Neutral Conductor Cable OD Weight XLPE
Size
AWG or kcmil		 Number of Strands Insulation
Thickness		 Size
AWG or kcmil		 Number of Strands Insulation Thickness Single Phase Complete Cable lb/kft
mil mil mil in
8-7/w 7 60 8 7 60 0.27 0.53 138
6-7/w 7 60 6 7 60 0.3 0.6 207
4-7/w 7 60 4 7 60 0.35 0.7 313
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Triplex XLPE Insulated, 600 V
Phase Conductor Neutral Conductor Cable OD Weight XLPE
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Single Phase Complete Cable lb/kft
mil mil mil in
6-7/w 7 60 6 7 60 0.3 0.65 311
4-7/w 7 60 4 7 60 0.35 0.75 470
2-7/w 7 60 4 7 60 0.41 0.87 637
2-7/w 7 60 2 7 60 0.41 0.87 721
1-19/w 19 80 3 7 60 0.49 1.05 813
1/0-19/w 19 80 2 7 60 0.53 1.13 1,007
1/0-19/w 19 80 1/0 19 80 0.53 1.13 1,151
2/0-19/w 19 80 1 19 80 0.57 1.23 1,262
2/0-19/w 19 80 2/0 19 80 0.57 1.23 1,428
2/0-19/w 19 80 2/0 19 80 0.57 1.23 1,428
2/0-19/w 19 80 2/0 19 80 0.57 1.23 1,428
3/0-19/w 19 80 1/0 19 80 0.62 1.34 1,568
3/0-19/w 19 80 3/0 19 80 0.62 1.34 1,776
4/0-19/w 19 80 2/0 19 80 0.68 1.46 2,199
4/0-19/w 19 80 4/0 19 80 0.68 1.46 2,213
4/0-19/w 19 80 4/0 19 80 0.68 1.46 2,213
250-37/w 37 95 3/0 19 80 0.75 1.62 2,342
350-37/w 37 95 4/0 19 80 0.85 1.84 3,148
350-37/w 37 95 350 37 95 0.85 1.84 3,615
350-37/w 37 95 350 37 95 0.85 1.84 3,615
500-37/w 37 95 300 37 95 0.98 2.12 4,433
500-37/w 37 95 350 37 95 0.98 2.12 4,598
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Quadruplex XLPE Insulated, 600 V
Phase Conductor Neutral Conductor Cable OD Weight XLPE
Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Size
AWG or
kcmil		 Number
of
Strands		 Insulation
Thickness		 Single Phase Complete Cable lb/kft
mil mil mil in
6-7/w 7 60 6 7 60 0.3 0.73 414
4-7/w 7 60 4 7 60 0.35 0.84 627
2-7/w 7 60 4 7 60 0.35 0.98 877
2-7/w 7 60 2 7 60 0.41 0.98 961
1-19/w 19 80 3 7 60 0.38 1.17 1,123
1/0-19/w 19 80 2 7 60 0.41 1.27 1,391
1/0-19/w 19 80 1/0 19 80 0.53 1.27 1,534
2/0-19/w 19 80 1 19 80 0.49 1.38 1,738
2/0-19/w 19 80 2/0 19 80 0.57 1.38 1,905
3/0-19/w 19 80 1/0 19 80 0.53 1.5 2,160
3/0-19/w 19 80 3/0 19 80 0.62 1.5 2,369
4/0-19/w 19 80 2/0 19 80 0.57 1.63 2,689
4/0-19/w 19 80 4/0 19 80 0.68 1.63 2,951
250-37/w 37 95 3/0 19 80 0.62 1.82 3,217
300-37/w 37 95 4/0 19 80 0.68 1.95 3,857
350-37/w 37 95 4/0 19 80 0.68 2.06 4,353
350-37/w 37 95 350 37 95 0.85 2.06 4,821
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Cable Construction Single Insulated Conductor
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
14 30 35
12 35 40
10 50 55
8 70 80
6 95 105
4 125 140
3 145 165
2 170 190
1 195 220
1/0 230 260
2/0 265 300
3/0 310 350
4/0 360 405
250 405 455
300 445 500
350 505 570
400 545 615
500 620 700
600 690 780
700 755 850
750 785 885
800 815 920
900 870 980
1000 935 1055
1250 1065 1200
1500 1175 1325
1750 1280 1445
2000 1385 1560
NEC Table 310.15(B)(17) (formerly Table 310.17) Allowable Ampacities of Single Insulated Conductors Rated Up to and Including 2000 Volts in Free Air, Based on Ambient Temperature of 30 °C (86 °F)*

Cable Construction 2PLX, 3PLX, & 4PLX
Conductor Size
AWG/kcmil		 Ampacity
75 °C (167 °F) 90 °C (194 °F)
14 20 25
12 25 30
10 35 40
8 50 55
6 65 75
4 85 95
3 100 115
2 115 130
1 130 145
1/0 150 170
2/0 175 195
3/0 200 225
4/0 230 260
250 255 290
300 285 320
350 310 350
400 335 380
500 380 430
600 420 475
700 460 520
750 475 535
800 490 555
900 520 585
1000 545 615
1250 590 665
1500 625 705
1750 650 735
2000 665 750
NEC Table 310.15(B)(16) (formerly Table 310.16) Allowable Ampacities of Insulated Conductors .Rated Up to and Including 2000 Volts, 60 °C Through 90 °C (140 °F Through 194 °F), Not More Than Three Current-Carrying Conductors in Raceway, Cable, or Earth (Directly Buried), Based on Ambient Temperature of 30 °C (86 °F)*

Primary-UD

Underground, TR-XLPE Insulation, LLDPE Jacket, Concentric Neutral, 5kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

5 kV TR-XLPE Insulated
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (90 mil)
2 7 0.5 6 14 50 0.81 469 16 14 50 0.81 589
1 19 0.54 7 14 50 0.84 547 13 12 50 0.88 730
1/0 19 0.58 9 14 50 0.88 653 16 12 50 0.92 870
2/0 19 0.63 11 14 50 0.93 779 13 10 50 1 1089
3/0 19 0.68 14 14 50 0.98 941 16 10 50 1.05 1309
4/0 19 0.73 18 14 50 1.03 1146 16 9 50 1.14 1613
250 37 0.79 13 12 50 1.12 1340 — — — — —
350 37 0.89 18 12 50 1.23 1785 — — — — —
500 37 1.02 17 10 50 1.42 2535 — — — — —
750 61 1.21 20 9 80 1.7 3731 — — — — —
1000 61 1.36 26 9 80 1.85 4807 — — — — —
Aluminum 100% Insulation Level (90 mil)
2 1 0.48 6 14 50 0.78 311 10 14 50 0.78 360
2 7 0.5 6 14 50 0.81 325 10 14 50 0.81 374
1 19 0.54 6 14 50 0.84 355 13 14 50 0.84 439
1/0 1 0.54 6 14 50 0.85 370 16 14 50 0.85 491
1/0 19 0.58 6 14 50 0.88 389 16 14 50 0.88 510
2/0 19 0.62 7 14 50 0.93 444 13 12 50 0.96 629
3/0 19 0.67 9 14 50 0.98 519 16 12 50 1.01 738
4/0 19 0.73 11 14 50 1.03 606 13 10 50 1.11 921
250 37 0.79 13 14 50 1.09 686 16 10 50 1.17 1071
350 37 0.89 18 14 50 1.19 879 16 9 50 1.29 1356
500 37 1.02 16 12 50 1.38 1208 29 10 50 1.42 1823
750 61 1.22 15 10 80 1.69 1798 — — — — —
1000 61 1.37 16 9 80 1.86 2292 — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

8 kV TR-XLPE Insulated
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 1/3 Neutral Full Neutral
in Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
AWG mil in lb/kft AWG mil in lb/kft
Copper 100% Insulation Level (115 mil)
2 7 0.55 6 14 50 0.86 496 16 14 50 0.86 616
1 19 0.59 7 14 50 0.9 576 13 12 50 0.93 760
1/0 19 0.63 9 14 50 0.94 683 16 12 50 0.97 901
2/0 19 0.68 11 14 50 0.98 810 13 10 50 1.06 1123
3/0 19 0.73 14 14 50 1.03 974 16 10 50 1.11 1344
4/0 19 0.78 18 14 50 1.09 1180 16 9 50 1.19 1651
250 37 0.84 13 12 50 1.18 1377 25 10 50 1.22 1923
350 37 0.94 18 12 50 1.28 1826 22 8 50 1.37 2628
500 37 1.07 17 10 50 1.47 2582 31 8 50 1.53 3617
750 61 1.26 20 9 80 1.75 3787 — — — — —
1000 61 1.41 26 9 80 1.9 4868 — — — — —
Aluminum 100% Insulation Level (115 mil)
2 1 0.53 6 14 50 0.83 337 10 14 50 0.83 386
2 7 0.55 6 14 50 0.86 352 10 14 50 0.86 401
1 19 0.59 6 14 50 0.89 383 13 14 50 0.89 467
1/0 1 0.59 6 14 50 0.9 399 16 14 50 0.9 519
1/0 19 0.63 6 14 50 0.93 419 16 14 50 0.93 540
2/0 19 0.68 7 14 50 0.98 475 13 12 50 1.01 661
3/0 19 0.73 9 14 50 1.03 552 16 12 50 1.06 772
4/0 19 0.78 11 14 50 1.08 640 13 10 50 1.16 958
250 37 0.84 13 14 50 1.14 722 16 10 50 1.22 1110
350 37 0.94 18 14 50 1.24 918 16 9 50 1.34 1398
500 37 1.07 16 12 50 1.43 1253 29 10 50 1.47 1869
750 61 1.27 15 10 80 1.74 1853 — — — — —
1000 61 1.42 16 9 80 1.91 2353 — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV TR-XLPE Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
i n AWG mil in lb/kft i n AWG mil in lb/kft
Copper 100% Insulation Level (175 mil)
2 7 0.68 6 14 50 0.98 568 2 7 0.68 16 14 50 0.98 689
1 19 0.71 7 14 50 1.02 651 1 19 0.71 13 12 50 1.05 837
1/0 19 0.75 9 14 50 1.06 761 1/0 19 0.75 25 14 50 1.06 954
2/0 19 0.8 11 14 50 1.1 892 1/0 19 0.75 16 12 50 1.09 982
3/0 19 0.85 14 14 50 1.15 1059 2/0 19 0.8 32 14 50 1.1 1145
4/0 19 0.9 18 14 50 1.21 1270 2/0 19 0.8 20 12 50 1.14 1166
250 37 0.96 21 14 50 1.26 1451 2/0 19 0.8 13 10 50 1.18 1210
250 37 0.96 13 12 50 1.3 1474 3/0 19 0.85 16 10 50 1.23 1435
350 37 1.06 29 14 50 1.39 1930 4/0 19 0.9 32 12 50 1.24 1692
350 37 1.06 18 12 50 1.42 1955 4/0 19 0.9 20 10 50 1.28 1722
500 37 1.19 26 12 50 1.55 2640 4/0 19 0.9 16 9 50 1.31 1748
500 37 1.19 17 10 50 1.59 2702 250 37 0.96 25 10 50 1.34 2022
750 61 1.38 25 10 80 1.85 3892 350 37 1.06 22 8 50 1.52 2766
750 61 1.38 20 9 80 1.87 3928 500 37 1.19 31 8 80 1.71 3808
1000 61 1.53 26 9 80 2.05 5069 — — — — — — — —
Aluminum 100% Insulation Level (175 mil)
2 1 0.65 6 14 50 0.95 407 2 1 0.65 10 14 50 0.95 455
2 7 0.67 6 14 50 0.98 424 2 7 0.67 10 14 50 0.98 472
1 19 0.71 6 14 50 1.02 457 1 19 0.71 13 14 50 1.02 541
1/0 1 0.72 6 14 50 1.02 473 1/0 1 0.72 16 14 50 1.02 594
1/0 19 0.75 6 14 50 1.06 496 1/0 19 0.75 16 14 50 1.06 617
2/0 19 0.8 7 14 50 1.1 555 2/0 19 0.8 20 14 50 1.1 712
3/0 19 0.85 9 14 50 1.15 636 2/0 19 0.8 13 12 50 1.13 744
4/0 19 0.9 11 14 50 1.21 729 3/0 19 0.85 25 14 50 1.15 829
250 37 0.96 13 14 50 1.26 815 3/0 19 0.85 16 12 50 1.18 859
350 37 1.06 18 14 50 1.39 1042 4/0 19 0.9 32 14 50 1.21 982
350 37 1.06 11 12 50 1.42 1066 4/0 19 0.9 20 12 50 1.24 1006
500 37 1.19 25 14 50 1.52 1331 4/0 19 0.9 13 10 50 1.28 1052
500 37 1.19 16 12 50 1.55 1368 250 37 0.96 25 12 50 1.3 1164
750 61 1.4 24 12 80 1.82 1945 250 37 0.96 16 10 50 1.34 1208
750 61 1.4 15 10 80 1.86 1992 350 37 1.06 32 12 50 1.42 1468
1000 61 1.54 31 12 80 2 2446 350 37 1.06 20 10 50 1.46 1503
1000 61 1.54 20 10 80 2.04 2516 350 37 1.06 16 9 50 1.49 1532
— — — — — — — — 500 37 1.19 29 10 50 1.59 1988
— — — — — — — — 750 61 1.4 28 8 80 1.91 2956
— — — — — — — — 1000 61 1.54 37 8 80 2.09 3770
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV TR-XLPE Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
i n AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (220 mil)
2 7 0.77 6 14 50 1.07 628 2 7 0.77 16 14 50 1.07 749
1 19 0.81 7 14 50 1.11 713 1 19 0.81 13 12 50 1.14 902
1/0 19 0.85 9 14 50 1.15 826 1/0 19 0.85 25 14 50 1.15 1019
2/0 19 0.89 11 14 50 1.19 959 1/0 19 0.85 16 12 50 1.18 1049
3/0 19 0.94 14 14 50 1.24 1129 2/0 19 0.89 32 14 50 1.19 1212
4/0 19 1 18 14 50 1.3 1343 2/0 19 0.89 20 12 50 1.23 1235
250 37 1.05 21 14 50 1.38 1552 2/0 19 0.89 13 10 50 1.27 1282
250 37 1.05 13 12 50 1.41 1577 3/0 19 0.94 16 10 50 1.32 1510
300 37 1.13 25 14 50 1.45 1794 4/0 19 1 32 12 50 1.33 1767
300 37 1.13 16 12 50 1.49 1831 4/0 19 1 20 10 50 1.38 1800
350 37 1.16 29 14 50 1.48 2015 4/0 19 1 16 9 50 1.4 1827
350 37 1.16 18 12 50 1.52 2042 250 37 1.05 25 10 50 1.46 2129
500 37 1.28 26 12 80 1.71 2799 300 37 1.13 18 8 50 1.58 2489
500 37 1.28 17 10 80 1.75 2866 350 37 1.16 22 8 50 1.61 2858
750 61 1.47 25 10 80 1.94 4003 500 37 1.28 31 8 80 1.8 3910
750 61 1.47 20 9 80 1.96 4040 — — — — — — — —
1000 61 1.62 26 9 80 2.14 5192 — — — — — — — —
Aluminum 133% Insulation Level (220 mil)
2 1 0.74 6 14 50 1.04 465 2 1 0.74 10 14 50 1.04 513
2 7 0.76 6 14 50 1.07 483 2 7 0.76 10 14 50 1.07 531
1 19 0.8 6 14 50 1.11 519 1 19 0.8 13 14 50 1.11 603
1/0 1 0.81 6 14 50 1.11 535 1/0 1 0.81 16 14 50 1.11 655
1/0 19 0.84 6 14 50 1.15 560 1/0 19 0.84 16 14 50 1.15 681
2/0 19 0.89 7 14 50 1.19 622 2/0 19 0.89 20 14 50 1.19 779
3/0 19 0.94 9 14 50 1.24 705 2/0 19 0.89 13 12 50 1.22 812
4/0 19 0.99 11 14 50 1.3 801 3/0 19 0.94 25 14 50 1.24 898
250 37 1.05 13 14 50 1.38 914 3/0 19 0.94 16 12 50 1.27 930
350 37 1.15 18 14 50 1.48 1125 4/0 19 0.99 32 14 50 1.3 1055
500 37 1.28 25 14 50 1.61 1421 4/0 19 0.99 20 12 50 1.33 1080
500 37 1.28 16 12 80 1.7 1528 4/0 19 0.99 13 10 50 1.37 1129
750 61 1.49 24 12 80 1.91 2053 250 37 1.05 25 12 50 1.41 1266
750 61 1.49 15 10 80 1.95 2102 250 37 1.05 16 10 50 1.45 1313
1000 61 1.64 31 12 80 2.09 2565 350 37 1.15 32 12 50 1.51 1553
1000 61 1.64 20 10 80 2.13 2637 350 37 1.15 20 10 50 1.55 1591
1000 61 1.64 16 9 80 2.16 2676 350 37 1.15 16 9 50 1.58 1620
— — — — — — — — 500 37 1.28 29 10 80 1.75 2152
— — — — — — — — 750 61 1.49 28 8 80 2.01 3069
— — — — — — — — 1000 61 1.64 37 8 80 2.18 3894
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV TR-XLPE Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (260 mil)
1 19 0.89 7 14 50 1.19 773 1 19 0.89 13 12 50 1.23 963
1/0 19 0.93 9 14 50 1.23 888 1/0 19 0.93 25 14 50 1.23 1081
2/0 19 0.97 11 14 50 1.28 1023 1/0 19 0.93 16 12 50 1.27 1113
3/0 19 1.02 14 14 50 1.35 1220 2/0 19 0.97 13 10 50 1.35 1350
4/0 19 1.08 18 14 50 1.4 1438 3/0 19 1.02 16 10 50 1.42 1605
250 37 1.13 21 14 50 1.46 1626 4/0 19 1.08 32 12 50 1.44 1864
250 37 1.13 13 12 50 1.49 1653 4/0 19 1.08 20 10 50 1.48 1900
350 37 1.24 29 14 50 1.56 2094 4/0 19 1.08 16 9 50 1.51 1928
350 37 1.24 18 12 50 1.6 2123 250 37 1.13 25 10 50 1.54 2207
500 37 1.37 17 10 80 1.83 2959 350 37 1.24 22 8 80 1.75 3012
750 61 1.56 25 10 80 2.05 4155 500 37 1.37 31 8 80 1.88 4006
750 61 1.56 20 9 80 2.08 4194 — — — — — — — —
1000 61 1.7 26 9 80 2.23 5306 — — — — — — — —
1000 61 1.7 21 8 80 2.25 5365 — — — — — — — —
Aluminum 100% Insulation Level (260 mil)
1 19 0.88 6 14 50 1.19 578 1 19 0.88 13 14 50 1.19 662
1/0 1 0.89 6 14 50 1.19 594 1/0 1 0.89 16 14 50 1.19 715
1/0 19 0.92 6 14 50 1.23 621 1/0 19 0.92 16 14 50 1.23 742
2/0 19 0.97 7 14 50 1.27 685 2/0 19 0.97 20 14 50 1.27 842
3/0 19 1.02 9 14 50 1.34 794 2/0 19 0.97 13 12 50 1.3 877
4/0 19 1.07 11 14 50 1.4 894 3/0 19 1.02 25 14 50 1.34 987
250 37 1.13 13 14 50 1.46 987 3/0 19 1.02 16 12 50 1.38 1021
350 37 1.23 18 14 50 1.56 1204 4/0 19 1.07 32 14 50 1.4 1147
500 37 1.36 25 14 80 1.75 1575 4/0 19 1.07 20 12 50 1.43 1175
500 37 1.36 16 12 80 1.78 1618 4/0 19 1.07 13 10 50 1.48 1227
750 61 1.57 24 12 80 2.02 2200 250 37 1.13 25 12 50 1.49 1341
750 61 1.57 15 10 80 2.06 2252 250 37 1.13 16 10 50 1.53 1390
1000 61 1.72 31 12 80 2.17 2674 350 37 1.23 32 12 50 1.59 1633
1000 61 1.72 20 10 80 2.21 2748 350 37 1.23 20 10 80 1.7 1740
1000 61 1.72 16 9 80 2.24 2789 350 37 1.23 16 9 80 1.72 1772
— — — — — — — — 500 37 1.36 29 10 80 1.83 2244
— — — — — — — — 750 61 1.57 28 8 80 2.12 3223
— — — — — — — — 1000 61 1.72 37 8 80 2.27 4008
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV TR-XLPE Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (320 mil)
1/0 19 1.05 9 14 50 1.38 1013 1/0 19 1.05 16 12 50 1.41 1241
2/0 19 1.09 11 14 50 1.42 1152 2/0 19 1.09 13 10 50 1.5 1486
3/0 19 1.14 14 14 50 1.47 1330 3/0 19 1.14 16 10 50 1.55 1721
4/0 19 1.2 18 14 50 1.53 1552 4/0 19 1.2 16 9 80 1.69 2116
250 37 1.26 13 12 50 1.62 1775 250 37 1.26 25 10 80 1.72 2398
350 37 1.36 18 12 80 1.78 2321 350 37 1.36 22 8 80 1.88 3153
500 37 1.49 17 10 80 1.95 3106 500 37 1.49 31 8 80 2.01 4157
750 61 1.68 20 9 80 2.2 4361 — — — — — — — —
1000 61 1.83 26 9 80 2.35 5484 — — — — — — — —
Aluminum 133% Insulation Level (320 mil)
1/0 1 1.01 6 14 50 1.31 691 1/0 1 1.01 16 14 50 1.31 811
1/0 19 1.05 6 14 50 1.37 744 1/0 19 1.05 16 14 50 1.37 865
2/0 19 1.09 7 14 50 1.42 812 2/0 19 1.09 20 14 50 1.42 969
3/0 19 1.14 9 14 50 1.47 903 2/0 19 1.09 13 12 50 1.45 1007
4/0 19 1.2 11 14 50 1.52 1007 3/0 19 1.14 25 14 50 1.47 1096
250 37 1.25 13 14 50 1.58 1105 3/0 19 1.14 16 12 50 1.5 1132
350 37 1.35 18 14 80 1.74 1398 4/0 19 1.2 32 14 50 1.52 1260
500 37 1.48 25 14 80 1.87 1715 4/0 19 1.2 20 12 50 1.55 1290
500 37 1.48 16 12 80 1.91 1760 4/0 19 1.2 13 10 50 1.6 1346
750 61 1.69 24 12 80 2.14 2361 250 37 1.25 25 12 50 1.61 1461
750 61 1.69 15 10 80 2.18 2417 250 37 1.25 16 10 80 1.72 1581
1000 61 1.84 31 12 80 2.29 2846 350 37 1.35 32 12 80 1.78 1831
1000 61 1.84 20 10 80 2.33 2924 350 37 1.35 20 10 80 1.82 1876
1000 61 1.84 16 9 80 2.36 2966 350 37 1.35 16 9 80 1.84 1910
— — — — — — — — 500 37 1.48 29 10 80 1.95 2389
— — — — — — — — 750 61 1.69 28 8 80 2.24 3391
— — — — — — — — 1000 61 1.84 37 8 80 2.39 4188
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV TR-XLPE Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (345 mil)
1/0 19 1.1 9 14 50 1.43 1059 1/0 19 1.1 25 14 50 1.43 1252
2/0 19 1.15 11 14 50 1.47 1200 1/0 19 1.1 16 12 50 1.46 1287
3/0 19 1.2 14 14 50 1.52 1379 2/0 19 1.15 32 14 50 1.47 1453
4/0 19 1.25 18 14 50 1.58 1603 2/0 19 1.15 20 12 50 1.51 1482
250 37 1.31 21 14 80 1.7 1863 2/0 19 1.15 13 10 50 1.55 1536
250 37 1.31 13 12 80 1.73 1895 3/0 19 1.2 16 10 50 1.6 1773
350 37 1.41 29 14 80 1.8 2346 4/0 19 1.25 32 12 50 1.61 2033
350 37 1.41 18 12 80 1.83 2380 4/0 19 1.25 20 10 80 1.72 2140
500 37 1.54 17 10 80 2.04 3219 4/0 19 1.25 16 9 80 1.74 2172
750 61 1.73 25 10 80 2.22 4391 250 37 1.31 25 10 80 1.77 2455
750 61 1.73 20 9 80 2.25 4433 350 37 1.41 22 8 80 1.93 3215
1000 61 1.88 26 9 80 2.4 5561 500 37 1.54 31 8 80 2.09 4273
Aluminum 100% Insulation Level (345 mil)
1/0 1 1.06 6 14 50 1.38 757 1/0 1 1.06 16 14 50 1.38 878
1/0 19 1.1 6 14 50 1.42 789 1/0 19 1.1 16 14 50 1.42 910
2/0 19 1.14 7 14 50 1.47 859 2/0 19 1.14 20 14 50 1.47 1016
3/0 19 1.19 9 14 50 1.52 951 2/0 19 1.14 13 12 50 1.5 1055
4/0 19 1.25 11 14 50 1.57 1057 3/0 19 1.19 25 14 50 1.52 1144
250 37 1.3 13 14 80 1.69 1223 3/0 19 1.19 16 12 50 1.55 1181
350 37 1.4 18 14 80 1.79 1454 4/0 19 1.25 32 14 50 1.57 1310
500 37 1.53 25 14 80 1.95 1822 4/0 19 1.25 20 12 50 1.61 1341
500 37 1.53 16 12 80 1.99 1868 4/0 19 1.25 13 10 80 1.71 1465
750 61 1.74 24 12 80 2.19 2431 250 37 1.3 25 12 80 1.73 1582
750 61 1.74 15 10 80 2.24 2488 250 37 1.3 16 10 80 1.77 1637
1000 61 1.89 31 12 80 2.34 2921 350 37 1.4 32 12 80 1.83 1889
1000 61 1.89 20 10 80 2.38 3000 350 37 1.4 20 10 80 1.87 1935
1000 61 1.89 16 9 80 2.41 3043 350 37 1.4 16 9 80 1.89 1970
— — — — — — — — 500 37 1.53 29 10 80 2.03 2500
— — — — — — — — 750 61 1.74 28 8 80 2.29 3464
— — — — — — — — 1000 61 1.89 37 8 80 2.44 4265
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV TR-XLPE Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (420 mil)
1/0 19 1.25 9 14 50 1.58 1206 1/0 19 1.25 16 12 50 1.61 1438
2/0 19 1.3 11 14 50 1.63 1351 2/0 19 1.3 13 10 80 1.76 1763
3/0 19 1.35 14 14 80 1.74 1602 3/0 19 1.35 16 10 80 1.81 2006
4/0 19 1.4 18 14 80 1.79 1834 4/0 19 1.4 16 9 80 1.89 2349
250 37 1.46 13 12 80 1.88 2071 250 37 1.46 25 10 80 1.93 2635
350 37 1.56 18 12 80 2.02 2614 350 37 1.56 22 8 80 2.11 3461
500 37 1.69 17 10 80 2.19 3425 500 37 1.69 31 8 80 2.24 4484
750 61 1.88 20 9 80 2.4 4660 — — — — — — — —
1000 61 2.03 26 9 80 2.55 5802 — — — — — — — —
Aluminum 133% Insulation Level (420 mil)
1/0 19 1.25 6 14 50 1.57 934 1/0 19 1.25 16 14 50 1.57 1054
2/0 19 1.29 7 14 50 1.62 1008 2/0 19 1.29 13 12 80 1.71 1275
3/0 19 1.34 9 14 80 1.73 1173 3/0 19 1.34 16 12 80 1.76 1408
4/0 19 1.4 11 14 80 1.79 1287 4/0 19 1.4 13 10 80 1.86 1638
250 37 1.45 13 14 80 1.84 1394 250 37 1.45 16 10 80 1.92 1815
350 37 1.56 18 14 80 1.98 1681 350 37 1.56 16 9 80 2.08 2208
500 37 1.68 25 14 80 2.11 2018 — — — — — — — —
500 37 1.68 16 12 80 2.14 2068 — — — — — — — —
750 61 1.89 24 12 80 2.34 2650 — — — — — — — —
750 61 1.89 15 10 80 2.39 2710 — — — — — — — —
1000 61 2.04 16 9 80 2.56 3282 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size
AWG
or
kcmil		 Copper Aluminum
5 – 15 kV 25 – 46 kV 5 – 15 kV 25 – 46 kV
1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral
amp amp amp amp
2 160 160 – – 125 125 – –
1 187 185 189 188 146 145 147 147
1/0 212 210 214 212 166 165 167 167
2/0 241 238 248 245 189 188 194 193
3/0 273 268 281 276 214 213 220 218
4/0 309 300 317 309 244 241 250 247
250 336 – 344 – 266 – 273 –
350 398 – 407 – 320 – 326 –
500 476 – 476 – 394 – 392 –
750 547 – 565 – 476 – 486 –
1000 620 – 625 – 550 – 556 –
1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral
1000 658 – 658 – 580 – 573 –
† Ampacities are based on the following:
Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).
Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating
Voltage		 Minimum
Size
AWG
5 kV 8
8 kV 6
15 kV 2
25 kV 1
35 kV 1/0

Primary-UD

Underground, EPR Insulation, LLDPE Jacket, Concentric Neutral, 5kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

5 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (90 mil)
2 7 0.5 6 14 50 0.81 484 2 7 0.5 16 14 50 0.81 604
1 19 0.54 7 14 50 0.84 564 1 19 0.54 13 12 50 0.88 747
1/0 19 0.58 9 14 50 0.88 672 1/0 19 0.58 16 12 50 0.92 889
2/0 19 0.63 11 14 50 0.93 799 2/0 19 0.63 13 10 50 1 1109
3/0 19 0.68 14 14 50 0.98 963 3/0 19 0.68 16 10 50 1.05 1331
4/0 19 0.73 18 14 50 1.03 1170 4/0 19 0.73 16 9 50 1.14 1637
250 37 0.79 13 12 50 1.12 1366 250 37 0.79 25 10 50 1.17 1910
350 37 0.89 18 12 50 1.23 1815 350 37 0.89 22 8 50 1.32 2614
500 37 1.02 17 10 50 1.42 2569 500 37 1.02 31 8 50 1.47 3603
750 61 1.21 20 9 80 1.7 3773 — — — — — — — —
1000 61 1.36 26 9 80 1.85 4854 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

8 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (115 mil)
2 7 0.55 6 14 50 0.86 517 2 7 0.55 16 14 50 0.86 637
1 19 0.59 7 14 50 0.9 598 1 19 0.59 13 12 50 0.93 782
1/0 19 0.63 9 14 50 0.94 708 1/0 19 0.63 16 12 50 0.97 926
2/0 19 0.68 11 14 50 0.98 837 2/0 19 0.68 13 10 50 1.06 1149
3/0 19 0.73 14 14 50 1.03 1003 3/0 19 0.73 16 10 50 1.11 1373
4/0 19 0.78 18 14 50 1.09 1212 4/0 19 0.78 16 9 50 1.19 1682
250 37 0.84 13 12 50 1.18 1412 250 37 0.84 25 10 50 1.22 1957
350 37 0.94 18 12 50 1.28 1865 350 37 0.94 22 8 50 1.37 2667
500 37 1.07 17 10 50 1.47 2627 500 37 1.07 31 8 50 1.53 3663
750 61 1.26 20 9 80 1.75 3841 — — — — — — — —
1000 61 1.41 26 9 80 1.9 4929 — — — — — — — —
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (175 mil)
2 7 0.68 6 14 50 0.98 604 2 7 0.68 16 14 50 0.98 725
1 19 0.71 7 14 50 1.02 689 1 19 0.71 13 12 50 1.05 876
1/0 19 0.75 9 14 50 1.06 803 1/0 19 0.75 16 12 50 1.09 1024
2/0 19 0.8 11 14 50 1.1 937 2/0 19 0.8 13 10 50 1.18 1255
3/0 19 0.85 14 14 50 1.15 1108 3/0 19 0.85 16 10 50 1.23 1484
4/0 19 0.9 18 14 50 1.21 1323 4/0 19 0.9 16 9 50 1.31 1801
250 37 0.96 13 12 50 1.3 1531 250 37 0.96 25 10 50 1.34 2079
350 37 1.06 18 12 50 1.42 2019 350 37 1.06 22 8 50 1.52 2830
500 37 1.19 17 10 50 1.59 2775 500 37 1.19 31 8 80 1.71 3881
750 61 1.38 20 9 80 1.87 4015 — — — — — — — —
1000 61 1.53 26 9 80 2.05 5167 — — — — — — — —
Aluminum 100% Insulation Level (175 mil)
2 1 0.65 6 14 50 0.95 441 2 1 0.65 10 14 50 0.95 489
2 7 0.67 6 14 50 0.98 459 2 7 0.67 10 14 50 0.98 507
1 19 0.71 6 14 50 1.02 495 1 19 0.71 13 14 50 1.02 580
1/0 1 0.72 6 14 50 1.02 512 1/0 1 0.72 16 14 50 1.02 632
1/0 19 0.75 6 14 50 1.06 537 1/0 19 0.75 16 14 50 1.06 658
2/0 19 0.8 7 14 50 1.1 600 2/0 19 0.8 20 14 50 1.1 757
3/0 19 0.85 9 14 50 1.15 684 2/0 19 0.8 13 12 50 1.13 788
4/0 19 0.9 11 14 50 1.21 781 3/0 19 0.85 25 14 50 1.15 877
250 37 0.96 13 14 50 1.26 871 3/0 19 0.85 16 12 50 1.18 907
300 37 1.01 15 14 50 1.34 994 4/0 19 0.9 32 14 50 1.21 1034
350 37 1.06 18 14 50 1.39 1106 4/0 19 0.9 20 12 50 1.24 1058
500 37 1.19 25 14 50 1.52 1403 4/0 19 0.9 13 10 50 1.28 1104
500 37 1.19 16 12 50 1.55 1441 250 37 0.96 25 12 50 1.3 1220
750 61 1.4 24 12 80 1.82 2033 250 37 0.96 16 10 50 1.34 1264
750 61 1.4 15 10 80 1.86 2079 350 37 1.06 32 12 50 1.42 1532
1000 61 1.54 31 12 80 2 2544 350 37 1.06 20 10 50 1.46 1567
1000 61 1.54 20 10 80 2.04 2614 350 37 1.06 16 9 50 1.49 1595
1000 61 1.54 16 9 80 2.07 2651 500 37 1.19 29 10 50 1.59 2060
— — — — — — — — 750 61 1.4 28 8 80 1.91 3043
— — — — — — — — 1000 61 1.54 37 8 80 2.09 3868
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

15 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (220 mil)
2 7 0.77 6 14 50 1.07 678 2 7 0.77 16 14 50 1.07 798
1 19 0.81 7 14 50 1.11 766 1 19 0.81 13 12 50 1.14 955
1/0 19 0.85 9 14 50 1.15 883 1/0 19 0.85 16 12 50 1.18 1105
2/0 19 0.89 11 14 50 1.19 1020 2/0 19 0.89 13 10 50 1.27 1342
3/0 19 0.94 14 14 50 1.24 1195 3/0 19 0.94 16 10 50 1.32 1575
4/0 19 1 18 14 50 1.3 1414 4/0 19 1 16 9 50 1.4 1898
250 37 1.05 13 12 50 1.41 1653 250 37 1.05 25 10 50 1.46 2204
350 37 1.16 18 12 50 1.52 2126 350 37 1.16 22 8 50 1.61 2942
500 37 1.28 17 10 80 1.75 2962 500 37 1.28 31 8 80 1.8 4007
750 61 1.47 20 9 80 1.96 4154 — — — — — — — —
1000 61 1.62 26 9 80 2.14 5320 — — — — — — — —
Aluminum 133% Insulation Level (220 mil)
2 1 0.74 6 14 50 1.04 511 2 1 0.74 10 14 50 1.04 560
2 7 0.76 6 14 50 1.07 532 2 7 0.76 10 14 50 1.07 580
1 19 0.8 6 14 50 1.11 571 1 19 0.8 13 14 50 1.11 655
1/0 1 0.81 6 14 50 1.11 588 1/0 1 0.81 16 14 50 1.11 708
1/0 19 0.84 6 14 50 1.16 629 1/0 19 0.84 16 14 50 1.15 737
2/0 19 0.89 7 14 50 1.19 682 2/0 19 0.89 20 14 50 1.19 839
3/0 19 0.94 9 14 50 1.24 770 2/0 19 0.89 13 12 50 1.22 872
4/0 19 0.99 11 14 50 1.3 871 3/0 19 0.94 25 14 50 1.24 963
250 37 1.05 13 14 50 1.38 989 3/0 19 0.94 16 12 50 1.27 994
350 37 1.15 18 14 50 1.48 1209 4/0 19 0.99 32 14 50 1.3 1124
500 37 1.28 25 14 50 1.61 1517 4/0 19 0.99 20 12 50 1.33 1149
500 37 1.28 16 12 80 1.7 1623 4/0 19 0.99 13 10 50 1.37 1199
750 61 1.49 24 12 80 1.91 2167 250 37 1.05 25 12 50 1.41 1341
750 61 1.49 15 10 80 1.95 2216 250 37 1.05 16 10 50 1.45 1388
1000 61 1.64 31 12 80 2.09 2692 350 37 1.15 32 12 50 1.51 1637
1000 61 1.64 20 10 80 2.13 2764 350 37 1.15 20 10 50 1.55 1674
1000 61 1.64 16 9 80 2.16 2803 350 37 1.15 16 9 50 1.58 1704
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (260 mil)
1 19 0.89 7 14 50 1.19 840 1 19 0.89 13 12 50 1.23 1030
1/0 19 0.93 9 14 50 1.23 959 1/0 19 0.93 16 12 50 1.27 1184
2/0 19 0.97 11 14 50 1.28 1099 2/0 19 0.97 13 10 50 1.35 1426
3/0 19 1.02 14 14 50 1.35 1301 3/0 19 1.02 16 10 50 1.42 1687
4/0 19 1.08 18 14 50 1.4 1525 4/0 19 1.08 16 9 50 1.51 2016
250 37 1.13 13 12 50 1.49 1747 250 37 1.13 25 10 50 1.54 2300
350 37 1.24 18 12 50 1.6 2227 350 37 1.24 22 8 80 1.75 3116
500 37 1.37 17 10 80 1.83 3077 500 37 1.37 31 8 80 1.88 4124
750 61 1.56 20 9 80 2.08 4333 — — — — — — — —
1000 61 1.7 26 9 80 2.23 5461 — — — — — — — —
Aluminum 100% Insulation Level (260 mil)
1 19 0.88 6 14 50 1.19 644 1 19 0.88 13 14 50 1.19 728
1/0 1 0.89 6 14 50 1.19 661 1/0 1 0.89 16 14 50 1.19 781
1/0 19 0.92 6 14 50 1.23 692 1/0 19 0.92 16 14 50 1.23 812
2/0 19 0.97 7 14 50 1.27 760 2/0 19 0.97 20 14 50 1.27 917
3/0 19 1.02 9 14 50 1.34 875 2/0 19 0.97 13 12 50 1.3 952
4/0 19 1.07 11 14 50 1.4 981 3/0 19 1.02 25 14 50 1.34 1068
250 37 1.13 13 14 50 1.46 1080 3/0 19 1.02 16 12 50 1.38 1102
350 37 1.23 18 14 50 1.56 1307 4/0 19 1.07 32 14 50 1.4 1234
500 37 1.36 25 14 80 1.75 1692 4/0 19 1.07 20 12 50 1.43 1261
500 37 1.36 16 12 80 1.78 1735 4/0 19 1.07 13 10 50 1.48 1313
750 61 1.57 24 12 80 2.02 2340 250 37 1.13 25 12 50 1.49 1433
750 61 1.57 15 10 80 2.06 2392 250 37 1.13 16 10 50 1.53 1482
1000 61 1.72 31 12 80 2.17 2829 350 37 1.23 32 12 50 1.59 1736
1000 61 1.72 20 10 80 2.21 2903 350 37 1.23 20 10 80 1.7 1843
1000 61 1.72 16 9 80 2.24 2944 350 37 1.23 16 9 80 1.72 1875
— — — — — — — — 500 37 1.36 29 10 80 1.83 2361
— — — — — — — — 750 61 1.57 28 8 80 2.12 3362
— — — — — — — — 1000 61 1.72 37 8 80 2.27 4163
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft i n AWG mil in lb/kft
Copper 133% Insulation Level (320 mil)
1 19 1.01 7 14 50 1.31 961 1 19 1.01 13 12 50 1.35 1154
1/0 19 1.05 9 14 50 1.38 1109 1/0 19 1.05 16 12 50 1.41 1337
2/0 19 1.09 11 14 50 1.42 1254 2/0 19 1.09 13 10 50 1.5 1588
3/0 19 1.14 14 14 50 1.47 1439 3/0 19 1.14 16 10 50 1.55 1830
4/0 19 1.2 18 14 50 1.53 1668 4/0 19 1.2 16 9 80 1.69 2232
250 37 1.26 13 12 50 1.62 1898 250 37 1.26 25 10 80 1.72 2522
350 37 1.36 18 12 80 1.78 2458 350 37 1.36 22 8 80 1.88 3290
500 37 1.49 17 10 80 1.95 3260 500 37 1.49 31 8 80 2.01 4311
750 61 1.68 20 9 80 2.2 4540 — — — — — — — —
1000 61 1.83 26 9 80 2.35 5683 — — — — — — — —
Aluminum 133% Insulation Level (320 mil)
1/0 19 1.05 6 14 50 1.37 839 1/0 19 1.05 16 14 50 1.37 959
2/0 19 1.09 7 14 50 1.42 913 2/0 19 1.09 20 14 50 1.42 1070
3/0 19 1.14 9 14 50 1.47 1010 2/0 19 1.09 13 12 50 1.45 1108
4/0 19 1.2 11 14 50 1.52 1122 3/0 19 1.14 25 14 50 1.47 1203
250 37 1.25 13 14 50 1.58 1226 3/0 19 1.14 16 12 50 1.5 1239
350 37 1.35 18 14 80 1.74 1533 4/0 19 1.2 32 14 50 1.52 1375
500 37 1.48 25 14 80 1.87 1867 4/0 19 1.2 20 12 50 1.55 1405
500 37 1.48 16 12 80 1.91 1912 4/0 19 1.2 13 10 50 1.6 1460
750 61 1.69 24 12 80 2.14 2540 250 37 1.25 25 12 50 1.61 1583
750 61 1.69 15 10 80 2.18 2596 250 37 1.25 16 10 80 1.72 1703
1000 61 1.84 31 12 80 2.29 3045 350 37 1.35 32 12 80 1.78 1966
1000 61 1.84 20 10 80 2.33 3123 350 37 1.35 20 10 80 1.82 2011
1000 61 1.84 16 9 80 2.36 3165 350 37 1.35 16 9 80 1.84 2045
— — — — — — — — 500 37 1.48 29 10 80 1.95 2541
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 100% Insulation Level (345 mil)
1/0 19 1.1 9 14 50 1.43 1166 1/0 19 1.1 16 12 50 1.46 1395
2/0 19 1.15 11 14 50 1.47 1313 2/0 19 1.15 13 10 50 1.55 1649
3/0 19 1.2 14 14 50 1.52 1499 3/0 19 1.2 16 10 50 1.6 1893
4/0 19 1.25 18 14 50 1.58 1731 4/0 19 1.25 16 9 80 1.74 2301
250 37 1.31 13 12 80 1.73 2032 250 37 1.31 25 10 80 1.77 2592
350 37 1.41 18 12 80 1.83 2531 350 37 1.41 22 8 80 1.93 3366
500 37 1.54 17 10 80 2.04 3388 500 37 1.54 31 8 80 2.09 4443
750 61 1.73 20 9 80 2.25 4630 — — — — — — — —
1000 61 1.88 26 9 80 2.4 5779 — — — — — — — —
Aluminum 100% Insulation Level (345 mil)
1/0 1 1.06 6 14 50 1.38 858 1/0 1 1.06 16 14 50 1.38 979
1/0 19 1.1 6 14 50 1.42 895 1/0 19 1.1 16 14 50 1.42 1015
2/0 19 1.14 7 14 50 1.47 971 2/0 19 1.14 20 14 50 1.47 1127
3/0 19 1.19 9 14 50 1.52 1070 2/0 19 1.14 13 12 50 1.5 1167
4/0 19 1.25 11 14 50 1.57 1184 3/0 19 1.19 25 14 50 1.52 1263
250 37 1.3 13 14 80 1.69 1358 3/0 19 1.19 16 12 50 1.55 1300
350 37 1.4 18 14 80 1.79 1604 4/0 19 1.25 32 14 50 1.57 1437
500 37 1.53 25 14 80 1.95 1989 4/0 19 1.25 20 12 50 1.61 1468
500 37 1.53 16 12 80 1.99 2036 4/0 19 1.25 13 10 80 1.71 1592
750 61 1.74 24 12 80 2.19 2628 250 37 1.3 25 12 80 1.73 1716
750 61 1.74 15 10 80 2.24 2684 250 37 1.3 16 10 80 1.77 1772
1000 61 1.89 31 12 80 2.34 3139 350 37 1.4 32 12 80 1.83 2038
1000 61 1.89 20 10 80 2.38 3217 350 37 1.4 20 10 80 1.87 2084
1000 61 1.89 16 9 80 2.41 3260 350 37 1.4 16 9 80 1.89 2119
— — — — — — — — 500 37 1.53 29 10 80 2.03 2667
— — — — — — — — 750 61 1.74 28 8 80 2.29 3661
— — — — — — — — 1000 61 1.89 37 8 80 2.44 4483
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
1/3 Neutral Full Neutral
Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net Weight		 Size
AWG
or
kcmil		 Number
of
Strands		 Nominal
OD Over
Insulation		 Number
of
Wires		 Size Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
in AWG mil in lb/kft in AWG mil in lb/kft
Copper 133% Insulation Level (420 mil)
1/0 19 1.25 9 14 50 1.58 1349 1/0 19 1.25 16 12 50 1.61 1581
2/0 19 1.3 11 14 50 1.63 1502 2/0 19 1.3 13 10 80 1.76 1914
3/0 19 1.35 14 14 80 1.74 1762 3/0 19 1.35 16 10 80 1.81 2166
4/0 19 1.4 18 14 80 1.79 2004 4/0 19 1.4 16 9 80 1.89 2519
250 37 1.46 13 12 80 1.88 2251 250 37 1.46 25 10 80 1.93 2815
350 37 1.56 18 12 80 2.02 2811 350 37 1.56 22 8 80 2.11 3658
500 37 1.69 17 10 80 2.19 3645 500 37 1.69 31 8 80 2.24 4704
750 61 1.88 20 9 80 2.4 4912 — — — — — — — —
1000 61 2.03 26 9 80 2.55 6081 — — — — — — — —
Aluminum 133% Insulation Level (420 mil)
1/0 19 1.25 6 14 50 1.57 1076 1/0 19 1.25 16 14 50 1.57 1196
2/0 19 1.29 7 14 50 1.62 1157 2/0 19 1.29 20 14 80 1.68 1380
3/0 19 1.34 9 14 80 1.73 1331 2/0 19 1.29 13 12 80 1.71 1424
4/0 19 1.4 11 14 80 1.79 1454 3/0 19 1.34 25 14 80 1.73 1524
250 37 1.45 13 14 80 1.84 1571 3/0 19 1.34 16 12 80 1.76 1566
350 37 1.56 18 14 80 1.98 1876 4/0 19 1.4 32 14 80 1.79 1707
500 37 1.68 25 14 80 2.11 2235 4/0 19 1.4 20 12 80 1.82 1743
500 37 1.68 16 12 80 2.14 2285 4/0 19 1.4 13 10 80 1.86 1805
750 61 1.89 24 12 80 2.34 2902 250 37 1.45 25 12 80 1.88 1933
750 61 1.89 15 10 80 2.39 2963 250 37 1.45 16 10 80 1.92 1992
1000 61 2.04 16 9 80 2.56 3560 350 37 1.56 32 12 80 2.01 2314
— — — — — — — — 350 37 1.56 20 10 80 2.05 2365
— — — — — — — — 350 37 1.56 16 9 80 2.08 2403
— — — — — — — — 500 37 1.68 29 10 80 2.18 2920
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size
AWG
or
kcmil		 Copper Aluminum
5 – 15 kV 25 – 46 kV 5 – 15 kV 25 – 46 kV
1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral
amp amp amp amp
2 160 160 – – 125 125 – –
1 187 185 189 188 146 145 147 147
1/0 212 210 214 212 166 165 167 167
2/0 241 238 248 245 189 188 194 193
3/0 273 268 281 276 214 213 220 218
4/0 309 300 317 309 244 241 250 247
250 336 – 344 – 266 – 273 –
350 398 – 407 – 320 – 326 –
500 476 – 476 – 394 – 392 –
750 547 – 565 – 476 – 486 –
1000 620 – 625 – 550 – 556 –
1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral
1000 658 – 658 – 580 – 573 –
† Ampacities are based on the following:
Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).
Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating
Voltage		 Minimum
Size
AWG
5 kV 8
8 kV 6
15 kV 2
25 kV 1
35 kV 1/0

Primary-UD

Underground, EPR Insulation, LLDPE Jacket, Flat Strap Neutral, 15kV-35kV – Copper

Used for underground primary residential and commercial distribution circuits. May be used in wet or dry locations, installed in underground ducts or direct burial.

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Physical Data

15 kV EPR Insulated
Size
AWG
or
kcmil		 Number
of
Strands		 100% Insulation Level (175 mils) 133% Insulation Level (220 mils)
Flat Straps Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight		 Flat Straps Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
No. of Wires Dimensions mil in lb/kft No. of Wires Dimensions mil in lb/kft
mil mil mil mil
4/0 19 12 20 x 175 50 1.08 1185 12 20 x 175 50 1.17 1267
250 37 14 20 x 175 50 1.12 1353 14 20 x 175 50 1.22 1439
350 37 14 20 x 175 50 1.25 1742 14 20 x 175 50 1.35 1838
500 37 14 20 X 175 50 1.37 2270 14 20 x 175 50 1.47 2376
750 61 16 20 x 175 50 1.56 3176 16 20 x 175 50 1.65 3295
1000 61 16 20 x 175 50 1.71 4041 16 20 x 175 50 1.83 4214
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

25 kV EPR Insulated
100% Insulation Level (260 mils)
Size
AWG
or
kcmil		 Number
of
Strands		 Flat Straps Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
Number of Wires Dimensions mil in lb/kft
mil mil
4/0 19 12 20 x 175 50 1.27 1368
250 37 14 20 x 175 50 1.32 1544
350 37 14 20 x 175 50 1.43 1929
500 37 14 20 x 175 50 1.55 2475
750 61 16 20 x 175 50 1.73 3406
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

35 kV EPR Insulated
100% Insulation Level (345 mils)
Size
AWG
or
kcmil		 Number
of
Strands		 Flat Straps Jacket
Thickness		 Approximate
Outside
Diameter		 Approximate
Net
Weight
Number of Wires Dimensions mil in lb/kft
mil mil
4/0 19 12 20 x 175 50 1.45 1558
250 37 14 20 x 175 50 1.49 1741
350 37 14 20 x 175 50 1.6 2142
500 37 14 20 x 175 50 1.72 2705
750 61 16 20 x 175 50 1.93 3707
1000 61 16 20 x 175 50 2.08 4620
The above data are approximate and subject to normal manufacturing tolerances. Other sizes available upon request.

Ampacity Data

Ampacity 100% and 133% Insulation Levels
Size
AWG
or
kcmil		 Copper Aluminum
5 – 15 kV 25 – 46 kV 5 – 15 kV 25 – 46 kV
1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral 1/3 Neutral Full Neutral
amp amp amp amp
2 160 160 – – 125 125 – –
1 187 185 189 188 146 145 147 147
1/0 212 210 214 212 166 165 167 167
2/0 241 238 248 245 189 188 194 193
3/0 273 268 281 276 214 213 220 218
4/0 309 300 317 309 244 241 250 247
250 336 – 344 – 266 – 273 –
350 398 – 407 – 320 – 326 –
500 476 – 476 – 394 – 392 –
750 547 – 565 – 476 – 486 –
1000 620 – 625 – 550 – 556 –
1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral 1/6 Neutral Full Neutral
1000 658 – 658 – 580 – 573 –
† Ampacities are based on the following:
Copper: Three shielded single insulated Copper conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).
Aluminum: Three shielded single insulated Aluminum conductors in buried ducts, single circuit, 25 °C ambient earth temperature, 75% load factor, 90 RHO and 90 °C conductor temperature (IEEE Std. 835).

Rating
Voltage		 Minimum
Size
AWG
5 kV 8
8 kV 6
15 kV 2
25 kV 1
35 kV 1/0

High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 69kV-138kV – Copper

Used for transmission and distribution circuits in cities with high load densities. Also, for industrial and commercial installations. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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High Voltage, Wire and Tape Shield

XLPE Insulation, HDPE Jacket, 69kV-138kV – Copper

Used for transmission and distribution circuits in cities with high load densities. Also, for industrial and commercial installations. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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Extra High Voltage, Smooth Aluminum Shield/Sheath

XLPE Insulation, HDPE Jacket, 230kV – Copper

Used for transmission systems in urban and industrial installations with high load density. May be installed in wet or dry locations indoors or outdoors in conduit and underground ducts.

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Composite Conductor

Bare Copper-Clad Steel (CCS) Conductor

Solid (Single End), Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 39 AWG – 0 AWG, 40%, 30%, or 21% Conductivity, Hard-Drawn or Annealed, Low Carbon (LC), High Strength (HS), or Extra High Strength (EHS) Steel Core – Composite

Used for grounding and utility applications. Commonly specified for grounding elctrodes, counterpoise grounding systems, utility grounding and overhead static or shield wire applications where permitted by the National Electrical Code (NEC). Also available with a camoflauge (theft-deterrent) finish or PVC covering. Availability of conductivity class, temper, steel core strength, and finish varies by size and specification. Available from Copperweld®.

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Copper-Clad Steel (CCS) Conductor with Camouflage Finish

Solid (Single End), Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 39 AWG – 0 AWG, 40%, 30%, or 21% Conductivity, Hard-Drawn or Annealed, Low Carbon (LC), High Strength (HS), or Extra High Strength (EHS) Steel Core – Composite

Used for grounding and utility applications. Commonly specified for grounding elctrodes, counterpoise grounding systems, utility grounding and overhead static or shield wire applications where permitted by the National Electrical Code (NEC). Also available bare or with a PVC covering. Availability of conductivity class, temper, steel core strength, and finish varies by size and specification. Available from Copperweld®.

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Copper-Clad Steel (CCS) Conductor with PVC Cover

Solid (Single End), Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 39 AWG – 0 AWG, 40%, 30%, or 21% Conductivity, Hard-Drawn or Annealed, Low Carbon (LC), High Strength (HS), or Extra High Strength (EHS) Steel Core – Composite

Used for grounding and utility applications. Commonly specified for grounding elctrodes, counterpoise grounding systems, utility grounding and overhead static or shield wire applications where permitted by the National Electrical Code (NEC). Also available bare or with a camouflage (theft-deterrent) finish. Availability of conductivity class, temper, steel core strength, and finish varies by size and specification. Available from Copperweld®.

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Bare Copper-Clad Steel (CCS) Conductor

Concentric Lay Stranded, Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 3 Strand, 40% or 30% Conductivity, Annealed; Low Carbon (LC), High Strength (HS), or Extra High Strength (EHS) Steel Core – Composite

Used for grounding and utility applications. Commonly specified for grounding systems, counterpoise grounding, utility grounding, overhead static or shield wire applications, and associated bonding within grounding systems where permitted by the National Electrical Code (NEC). Also available with a camouflage (theft-deterrent) finish or PVC covering. Availability of strand construction, conductivity class, steel core strength, and finish varies by size and specification. Available from Copperweld® under the Century™ product line.

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Copper-Clad Steel (CCS) Conductor with Camouflage Finish

Concentric Lay Stranded, Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 7 Strand, Camouflage Finish, 40% or 30% Conductivity, Annealed; Low Carbon (LC), High Strength (HS), or Extra High Strength (EHS) Steel Core – Composite

Used for grounding and utility applications. Commonly specified for grounding systems, counterpoise grounding, utility grounding, overhead static or shield wire applications, and associated bonding within grounding systems where permitted by the National Electrical Code (NEC). Also available bare or with a PVC covering. Availability of strand construction, conductivity class, steel core strength, and finish varies by size and specification. Available from Copperweld® under the Century™ product line.

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Copper-Clad Steel (CCS) Conductor with PVC Cover

Concentric Lay Stranded, Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 19 Strand, PVC Cover, 40% or 30% Conductivity, Annealed; Low Carbon (LC), High Strength (HS), or Extra High Strength (EHS) Steel Core – Composite

Used for grounding and utility applications. Commonly specified for grounding systems, counterpoise grounding, utility grounding, overhead static or shield wire applications, and associated bonding within grounding systems where permitted by the National Electrical Code (NEC). Also available bare or with a camouflage (theft-deterrent) finish. Availability of strand construction, conductivity class, steel core strength, and finish varies by size and specification. Available from Copperweld® under the Century™ product line.

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Copper-Clad Steel (CCS) Conductor High-Voltage Flexible Stinger Wire

Solid (Single End) or Concentric Lay Stranded, Grade 40 Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 1 Solid or 7 Strand, Thermoplastic Elastomer (TPE) Insulation/Cover with UV Protection – Composite

Used as riser wire for cutouts and pole-top transformers, providing connections between primary phase conductors and equipment bushings, and for use as covered ground wire in distribution circuits. Available from Copperweld® under the Stingray™ product line.

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Bare Copper-Clad Steel (CCS) Conductor

Concentric Lay Stranded, Grade 40 Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 61 Strand & 19 Strand – Composite

Used for substation grounding applications where grounding conductors must carry short-duration, high-magnitude current during fault or arc events without thermal or mechanical failure. Commonly specified for substation ground grids designed in accordance with IEEE Std 80, which establishes conductor sizing based on the ability to withstand high fault current for a defined duration. The higher strand count provides increased flexibility and mechanical strength compared to solid copper conductors, supporting efficient installation and optimized ground grid design. Available from Copperweld® under the ArcAngel™ product line.

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Bare Copper-Clad Steel (CCS) Conductor

Concentric Lay Stranded, Grade 40 Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, Tinned Finish, 19 Strand & 61 Strand including 1 Green Jacketed Indicator Strand – Composite

Used for substation grounding applications where grounding conductors must carry short-duration, high-magnitude current during fault or arc events without thermal or mechanical failure with an integrated indicator conductor for locating and identification. Commonly specified for substation ground grids designed in accordance with IEEE Std 80, which establishes conductor sizing based on the ability to withstand high fault current for a defined duration. The higher strand count provides increased flexibility and mechanical strength compared to solid copper conductors, supporting efficient installation and optimized ground grid design. Available from Copperweld® under the ArcAngel™ – Indicator product line.

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Copper-Clad Aluminum (CCA) Conductor Photovoltaic (PV) Cable

Concentric Lay Stranded, AA 8000 Series Aluminum Core, Metallurgically Bonded Copper Cladding, Min. 10% Oxygen-Free Copper by Volume, XLPE Insulation, Direct Burial, 90° Wet or Dry, Sunlight Resistant, FV-1, Gasoline & Oil Resistant II, 2kV-Rated – Composite

Used as photovoltaic inter-panel, string, and homerun power conductors in solar power systems requiring voltage ratings up to 2,000V DC. Suitable for use in both grounded interconnection and ungrounded photovoltaic power systems, including PV source and output circuits exposed to outdoor environmental conditions Also available in red or white insulation/cover. Available from Copperweld® under the Sunray™ product line.

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Bare Copper-Clad Aluminum (CCA) Conductor

Solid (Single End), AA 8000 Series Aluminum Core, Metallurgically Bonded Copper Cladding, 10% Oxygen-Free Copper by Volume, 38 AWG – 0 AWG – Composite

Used for grounding and utility applications. Commonly specified for grounding electrodes, counterpoise grounding systems, utility grounding and overhead static or shield wire applications where permitted by the National Electrical Code (NEC). Also may be available with a camoflauge (theft-deterrent) finish or PVC covering for select sizes.

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Bare Copper-Clad Steel (CCS) Conductor Type M Guy Strands

Concentric Lay Stranded, Grade 40 Drawn Steel Alloy (DSA) Core, Metallurgically Bonded Copper Cladding, 7 Strand & 3 Strand – Composite

Used for guy wire (guy strand) and messenger wire (messenger strand) applications in utility, communications, and infrastructure installations where mechanical strength, corrosion resistance, and long service life are required. Suitable for applications requiring electrical continuity, bonding, or grounding compatibility where permitted by applicable codes and standards. Available from Copperweld®.

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Bare Copper-Clad Steel (CCS)/Bare Copper (Cu) Composite Concentric Lay Stranded Conducters

Grade 40 Steel Core with Metallurgically Bonded Copper Cladding Conductor & Bare Copper Conductor – Composite

Used in overhead transmission and distribution systems where predictable electrical performance is required. These composite stranded conductors are applied in line and grounding configurations to evaluate resistance, inductive and capacitive reactance, geometric mean radius, and ampacity at 60 hertz. Commonly referenced for conductor selection, system modeling, and spacing analysis in utility and infrastructure applications. Available from Copperweld®.

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Bare Aluminum-Clad Steel (ACS) Conductor

Solid (Single End), Hard-Drawn Round Steel Core with Bonded Extruded Aluminum Cladding – Composite

Used for transmission and utility applications including overhead shield wire (static wire) and overhead ground wire installations. Provides lightning protection and grounding performance in transmission and distribution systems. Commonly specified for installations in high-corrosion environments including industrial, coastal, and desert regions. Also suitable for grounding systems, counterpoise applications, and formed wire applications such as dead-ends and related hardware assemblies. Availability of size, conductivity class, and mechanical strength varies by specification.

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Aluminum-Clad Steel (ACS) Shield Wire

Bare Overhead Concentric Lay Stranded, Hard-Drawn Round Steel Core with Bonded Extruded Aluminum Cladding – Composite

Used for transmission and utility applications including overhead shield wire (static wire) and overhead ground wire installations. Provides lightning protection and distributed grounding critical to the safe operation of transmission and distribution systems. Commonly specified for use in high-corrosion environments including industrial, coastal, and desert regions. Availability of strand construction, size, and mechanical strength varies by specification.

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Aluminum-Clad Steel (ACS) Guy & Messenger Wire

Bare Overhead Concentric Lay Stranded, Hard-Drawn Round Steel Core with Bonded Extruded Aluminum Cladding – Composite

Used for transmission and utility structural support applications including guy strand and messenger wire installations. Designed to provide high tensile strength and mechanical reinforcement for pole stabilization and aerial cable support systems. Commonly specified for use in high-corrosion environments including industrial, coastal, and desert regions. Availability of strand construction, size, and mechanical strength varies by specification.

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AWAC (AS/AC)

Aluminum Conductor, Aluminum-Clad Steel Reinforced, Bare Overhead Concentric Lay Stranded Conductors – Composite

Used for transmission and utility applications including overhead phase conductors where increased span length and mechanical strength are required. Commonly specified to improve conductor clearances and structural performance in transmission and distribution systems. Also utilized as neutral messengers for spacer cable systems and in certain ground or shield wire and self-supporting cable applications. Availability of strand construction, size, and mechanical strength varies by specification.

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Utility Steel Strand

Guy, Static & Messenger Wire, Galvanized or Zinc-5% Aluminum Alloy Coated, 3 Strand, 7 Strand & 19 Strand – Steel

Commonly referred to as galvanized guy wire, it’s used for structural support and stabilization in electric utility and communications infrastructure including, pole guying, overhead static and ground wire applications, and messenger cable support. It provides high tensile strength and long-term corrosion resistance in outdoor environments. Galvanized (zinc-coated) strand is for reliable performance in standard utility installations, while zinc-5% aluminum alloy coated strand offers enhanced corrosion protection for coastal, industrial, and extended design-life applications. Designed to anchor and stabilize poles and towers, support aerial cable systems, and provide dependable grounding continuity where uninterrupted mechanical and electrical performance is required. Stocked primarily in extra high strength (EHS) grade. Other grades available upon request.

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