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Category: ASC
Hits: 424

MVA A1 (ASC) Bare Overhead Conductor

All-Aluminum 1350 Conductor Concentric-Lay-Stranded

A1 (ASC), ALUMINUM CONDUCTOR, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)
CODE WORD CSA
DESIGNATION		 CONDUCTOR SIZE STRANDING NO. X DIA. (mm) CLASS O.D. (mm) NOMINAL MASS KGIKM RATED STRENGTH
kN
AWG orkcmil mm2
Peachbell 13-A1-7 #6 13.3 7x1.56 A 4.68 36.66 2.61
Rose 21-A1-7 #4 21.2 7x1.96 A 5.88 57.87 4.12
Iris 34-A1-7 #2 33.6 7x2.47 A,AA 7.41 91.91 6.21
Pansy 42-A1-7 #1 42.4 7x2.78 A,AA 8.34 116.4 7.44
Poppy 54-A1-7 1/0 53.5 7x3.12 A,AA 9.36 146.6 9.10
Aster 67-A1-7 2/0 67.4 7x3.50 A,AA 10.5 184.5 11.4
Phlox 85-A1-7 3/0 85.0 7x3.93 A,AA 11.8 232.7 14.0
Oxlip 107-A1-7 4/0 107.2 7x4.42 A,AA 13.3 294.3 17.7
Daisy 135-A1-7 266.8 135.2 7x4.96 AA 14.9 370.6 22.3
Laurel 135-A1-19 266.8 135.2 19x3.01 A 15.1 372.0 23.0
Peony 152-A1-19 300 152.0 19x3.19 A 16.0 417.9 25.8
Tulip 170-A1-19 336.4 170.5 19x3.38 A 16.9 469.1 29.0
Daffodil 177-A1-19 350 177.4 19x3.45 A 17.3 488.7 30.2
Canna 201-A1-19 397.5 201.4 19x3.67 A,AA 18.4 553.1 34.2
Cosmos 242-A1-19 477 241.7 19x4.02 AA 20.1 663.6 39.8
Syringa 242-A1-37 477 241.7 37x2.88 A 20.2 665.5 42.2
Zinnia 500-A1-19 500 253.4 19x4.12 AA 20.6 697.0 41.8
Hyacinth 253-A1-37 500 253.4 37x2.95 A 20.7 698.2 44.3
Dahlia 282-A1-19 556.5 282.0 19x4.35 AA 21.8 777.0 46.6
Mistletoe 282-A1-37 556.5 282.0 37x3.12 A 21.8 781.0 48.1
Meadowsweet 304-A1-37 600 304.0 37x3.23 A,AA 22.6 837.0 51.5
Orchid 322-A1-37 636 322.3 37x3.33 A,AA 23.3 889.7 54.8
Violet 363-A1-37 715.5 362.6 37x3.53 AA 24.7 999.7 61.6
Nasturtium 363-A1-61 715.5 362.6 61x2.75 A 24.8 1005 65.2
Petunia 380-A1-37 750 380.0 37x3.62 AA 25.3 1051 64.7
Arbutus 403-A1-37 795 402.8 37x3.72 AA 26.0 1110 68.4
Lilac 403-A1-61 795 402.8 61x2.90 A 26.1 1117 70.5
Fuchsia 405-A1-37 800 405.4 37x3.73 AA 26.1 1116 68.7
Heliotrope 405-A1-61 800 405.4 61x2.91 A 26.2 1125 71.0
Anemone 443-A1-37 874.5 443.1 37x3.90 AA 27.3 1220 72.9
Crocus 443-A1-61 874.5 443.1 61x3.04 A 27.4 1228 75.3
Magnolia 483-A1-37 954 483.4 37x4.08 AA 28.6 1336 79.8
Goldenrod 483-A1-61 954 483.4 61x3.18 A 28.6 1343 82.4
Camellia 507-A1-61 1000 506.7 61x3.25 A 29.3 1403 86.0
Bluebell 524-A1-37 1033.5 523.7 37x4.25 AA 29.8 1449 86.6
Larkspur 524-A1-61 1033.5 523.7 61x3.31 A 29.8 1455 89.2
Marigold 564-A1-61 1113 564.0 61x3.43 A,AA 30.9 1563 95.8
Hawthorn 604-A1-61 1192.5 604.3 61x3.55 A,AA 32.0 1674 103
Narcissus 645-A1-61 1272 644.5 61x3.67 A,AA 33.0 1789 110
Columbine 685-A1-61 1351.5 684.8 61x3.78 A,AA 34.0 1898 113
Carnation 725-A1-61 1431 725.1 61x3.89 A,AA 35.0 2010 120

Dimensions and weights not designated as minimum or maximum are nominal values and subject to manufacturing tolerances. In that context, weight means mass.

 

A1 (ASC), ALUMINUM CONDUCTOR, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)
CODE WORD CONDUCTOR SIZE RESISTANCE (1)0HMS/KM AMPACITY @750C (2) GEOMETRIC MEAN RADIUS CM INDUCTIVE REACTANCE OHM/KM (3) CAPACITIVE REACTANCE MEGAOHM-KM (3)
AWG or kcmil mm2 DC @20"C AC @25"C AC @75"C STANDARD E3X"'
Peachbell #6 13.3 2.153 2.196 2.631 95 102 0.171 0.3911 0.2326
Rose #4 21.2 1.354 1.381 1.655 127 137 0.213 0.3740 0.2215
Iris #2 33.6 0.8514 0.8687 1.041 170 185 0.268 0.3570 0.2105
Pansy #1 42.4 0.6751 0.6889 0.8252 196 214 0.302 0.3481 0.2050
Poppy 1/0 53.5 0.5351 0.5460 0.6541 227 249 0.338 0.3393 0.1994
Aster 2/0 67.4 0.4246 0.4333 0.5190 262 289 0.381 0.3304 0.1939
Phlox 3/0 85.0 0.3367 0.3437 0.4117 303 336 0.427 0.3219 0.1884
Oxlip 4/0 107.2 0.2671 0.2727 0.3266 351 391 0.482 0.3127 0.1828
Daisy 266.8 135.2 0.2118 0.2164 0.2591 406 455 0.539 0.3041 0.1773
Laurel 266.8 135.2 0.2127 0.2174 0.2603 406 455 0.570 0.2999 0.1767
Peony 300 152.0 0.1892 0.1935 0.2316 437 491 0.604 0.2956 0.1739
Tulip 336.5 170.5 0.1687 0.1726 0.2066 469 530 0.640 0.2914 0.1712
Daffodil 350 177.4 0.1621 0.1659 0.1986 481 543 0.652 0.2897 0.1703
Canna 397.5 201.4 0.1428 0.1463 0.1750 521 590 0.695 0.2851 0.1672
Cosmos 477 241.7 0.1190 0.1222 0.1461 584 665 0.762 0.2782 0.1628
Syringa 477 241.7 0.1194 0.1226 0.1466 583 664 0.774 0.2769 0.1627
Zinnia 500 253.4 0.1135 0.1166 0.1394 601 686 0.780 0.2763 0.1617
Hyacinth 500 253.4 0.1139 0.1171 0.1399 600 685 0.792 0.2753 0.1616
Dahlia 556.5 282.0 0.1020 0.1049 0.1254 642 735 0.823 0.2723 0.1592
Mistletoe 556.5 282.0 0.1023 0.1054 0.1259 642 734 0.838 0.2710 0.1590
Meadowsweet 600 304.0 0.09490 0.09790 0.1169 672 771 0.869 0.2684 0.1572
Orchid 636 322.3 0.08951 0.09247 0.1104 697 801 0.896 0.2658 0.1558
Violet 715.5 362.6 0.07956 0.08246 0.09832 750 865 0.948 0.2618 0.1530
Nasturtium 715.5 362.6 0.07991 0.08286 0.09879 748 863 0.957 0.2608 0.1529
Petunia 750 380.0 0.07592 0.07880 0.09392 772 891 0.972 0.2599 0.1519
Arbutus 795 402.8 0.07162 0.07450 0.08873 800 925 1.000 0.2576 0.1505
Lilac 795 402.8 0.07192 0.07486 0.08915 799 924 1.01 0.2569 0.1504
Fuchsia 800 405.4 0.07117 0.07404 0.08819 803 929 1.00 0.2576 0.1504
Heliotrope 800 405.4 0.07147 0.07441 0.08860 802 927 1.01 0.2569 0.1503
Anemone 874.5 443.1 0.06511 0.06799 0.08089 848 984 1.05 0.2539 0.1482
Crocus 874.5 443.1 0.06538 0.06833 0.08128 847 982 1.06 0.2533 0.1482
Magnolia 954 483.4 0.05968 0.06259 0.07437 895 1041 1.10 0.2507 0.1461
Goldenrod 954 483.4 0.05993 0.06291 0.07474 893 1039 1.10 0.2503 0.1461
Camellia 1000 506.7 0.05718 0.06018 0.07144 919 1070 1.13 0.2484 0.1450
Bluebell 1033.5 523.7 0.05509 0.05804 0.06887 939 1095 1.14 0.2477 0.1443
Larkspur 1033.5 523.7 0.05532 0.05835 0.06922 937 1093 1.15 0.2471 0.1442
Marigold 1113 564.0 0.05137 0.05446 0.06451 980 1146 1.19 0.2444 0.1424
Hawthorn 1192.5 604.3 0.04794 0.05109 0.06044 1022 1197 1.23 0.2418 0.1407
Narcissus 1272 644.5 0.04495 0.04818 0.05690 1062 1247 1.27 0.2395 0.1392
Columbine 1351.5 684.8 0.04231 0.04561 0.05378 1101 1295 1.31 0.2372 0.1378
Carnation 1431 725.1 0.03996 0.04334 0.05102 1139 1342 1.35 0.2349 0.1364

(1) Based on a conductivity of 61.0% lACS at 20"C for aluminum .

(2)  Based on a conductor temperature of 75°C at 60 Hz and the following conditions, 32°C ambient temperature, 1.98 ft/sec (0.6 m/sec) crosswind (90° to conductor), 0.5 coefficient of emissivity for a standard conductor and 0.9

 for a E3X coated conductor, 0.5 coefficient of absorptivity for a standard conductor

(3) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm).

 

A1 (ASC), ALUMINUM CONDUCTOR, CONCENTRIC-LAY-STRANDED (MECHANICAL PROPERTIES)
CODE WORD CSA
DESIGNATION		 CONDUCTOR SIZE STRANDING NO. X DIA. (mm) CLASS O.D. (mm) NOMINAL MASS KG/KM RATED STRENGTH
kN
AWG or kcmil mm2
 
Gladiolus 765-A1-61 1511 765.4 61x4.00 A,AA 36.0 2125 126
Coreopsis 806-A1-61 1590 805.7 61x4.10 AA 36.9 2233 133
Jessamine 887-A1-61 1750 886.7 61x4.30 AA 38.7 2456 146
Cowslip 1013-A1-91 2000 1013.4 91x3.77 A 41.5 2827 168
Sagebrush 1140-A1-91 2250 1140.0 91x3.99 A 43.9 3166 188
Pigweed 1165-A1-61 2300 1165.4 61x4.93 A 44.4 3229 192
Lupine 1267-A1-91 2500 1266.8 91x4.21 A 46.3 3525 209
Bitterroot 1393-A1-91 2750 1393.5 91x4.42 A 48.6 3886 230
Trillium 1520-A1-127 3000 1520.1 127x3.90 A 50.7 4232 250
Bluebonnet 1773-A1-127 3500 1773.5 127x4.22 A 54.9 4955 293

Dimensions and weights not designated as minimum or maximum are nominal values and subject to manufacturing tolerances. In this context, weight means mass.

 

A1 (ASC), ALUMINUM CONDUCTOR, CONCENTRIC-LAY-STRANDED (ELECTRICAL PROPERTIES)
CODE WORD CONDUCTOR SIZE RESISTANCE (1)0HMS/KM AMPACITY @750C (2) GEOMETRIC MEAN RADIUS CM INDUCTIVE REACTANCE OHM/KM (3)
 CAPACITIVE REACTANCE MEGAOHM-KM (3)
AWG or kcmil mm2 DC @20"C AC @25"C AC @75"C
 STANDARD E3X"'
Gladiolus 1511 765.4 0.03785 0.04133 0.04856 1175 1388 1.39 0.2330 0.1351
Coreopsis 1590 805.7 0.03596 0.03952 0.04636 1211 1433 1.43 0.2310 0.1339
Jessamine 1750 886.7 0.03267 0.03641 0.04256 1280 1519 1.49 0.2274 0.1316
Cowslip 2000 1013.4 0.02869 0.03278 0.03808 1376 1642 1.60 0.2221 0.1284
Sagebrush 2250 1140.0 0.02551 0.02987 0.03450 1468 1759 1.70 0.2175 0.1256
Pigweed 2300 1165.4 0.02486 0.02922 0.03372 1489 1785 1.71 0.2172 0.1251
Lupine 2500 1266.8 0.02295 0.02759 0.03168 1553 1868 1.79 0.2136 0.1231
Bitterroot 2750 1393.5 0.02087 0.02575 0.02941 1632 1969 1.88 0.2100 0.1208
Trillium 3000 1520.1 0.01917 0.02432 0.02764 1703 2062 1.97 0.2067 0.1187
Bluebonnet 3500 1773.5 0.01644 0.02198 0.02477 1836 2236 2.12 0.2008 0.1150

(1) Based on a conductivity of 61.0% lACS at 20"C for aluminum .

(2)  Based on a conductor temperature of 75°C at 60 Hz and the following conditions, 32°C ambient temperature, 1.98 ft/sec (0.6 m/sec) crosswind (90° to conductor), 0.5 coefficient of emissivity for a standard conductor and 0.9

 for a E3X coated conductor, 0.5 coefficient of absorptivity for a standard conductor

(3) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm).

 

 

A1 (ASC), ALUMINUM  CONDUCTOR,COMPACT-LAY-STRANDED (MECHANICAL PROPERTIES)
CODE WORD
 CSA DESIGNATION
 CONDUCTOR SIZE STRANDING NO. X DIA (mm)
 CLASS  O.D.(mm)
 NOMINAL MASS KG/KM
 RATED STRENGTH
kN
AWG OR kcmil
 mm2
 
Toad 13-A1F-7-4.3 #6 13.3 7x1.56 A 4.28 36.58 2.61
Dragon 21-A1F-7-5.4 #4 21.2 7x1.96 A 5.41 57.74 4.12
Molcch 34-A1F-7-6.8 #2 33.6 7x2.47 AA 6.81 91.70 6.21
Monitor 42-A1F-7-7.6 #1 42.4 7x2.78 AA 7.59 116.2 7.44
Newton 42-A1F-18-7.6 #1 42.4 18x1.73 A 7.59 116.6 8.25
Tuatara 54-A1F-7-8.5 1/0 53.5 7x3.12 AA 8.53 146.3 9.10
Skink 54-A1F-18-8.6 1/0 53.5 18x1.95 A 8.55 148.2 10.5
Alligator 67-A1F-7-9.6 2/0 67.4 7x3.50 AA 9.55 184.1 11.4
Gecko 67-A1F-18-9.6 2/0 67.4 18x2.18 A 9.55 185.2 12.8
Crccodile 85-A1F-7-10.7 3/0 85.0 7x3.93 AA 10.7 232.2 14.0
Anoli 85-A1F-18-10.7 3/0 85.0 18x2.45 A 10.7 233.9 15.7
Salarnaooer 107-A1F-7-12.1 4/0 107.0 7x4.41 AA 12.1 292.3 17.6
Clayman 107-A1F-18-12.1 4/0 107.0 18x2.75 A 12.1 294.7 19.2
Komodo 135-A1F-18-13.6 266.5 135.0 18x3.09 A 13.6 372.1 22.9

 

Dimensions and weights not designated as minimum or maximum are nominal values and subject to manufacturing tolerances.  In this context, weight means mass.

 

ASC, ALUMINUM CONDUCTOR, COMPACT-LAY-STRANDED (ELECTRICAL PROPERTIES)
CODE WORD
 CONDUCTOR SIZE RESISTANCE (1) OHMS/KM AMPACITY @75'C (2) GEOMETRIC MEAN RADIUS CM
 INDUCTIVE REACTANCE OHMIKM (3)
 CAPACITIVE REACTANCE MEGAOHM-KM (3)
AWG OR kcmil mm2 DC @20'C
 AC 025'C
 AC @75'C
 STANDARD E3X"'
 
Toad #6 13.3 2.148 2.191 2.625 93 99 0.162 0.3950 0.2368
Dragon #4 21.2 1.348 1.375 1.647 125 134 0.201 0.3786 0.2255
Moloch #2 33.6 0.8502 0.8675 1.039 166 180 0.256 0.3603 0.2146
Monitor #1 42.4 0.6738 0.6875 0.8236 192 209 0.283 0.3527 0.2094
Newt #1 42.4 0.6791 0.6930 0.8302 191 208 0.293 0.3504 0.2094
Tuatara 1/0 53.5 0.5340 0.5449 0.6528 222 243 0.320 0.3435 0.2038
Skink 1/0 53.5 0.5384 0.5494 0.6581 221 242 0.329 0.3416 0.2037
Alligator 2/0 67.4 0.4239 0.4326 0.5182 256 282 0.360 0.3347 0.1984
Gecko 2/0 67.4 0.4273 0.4362 0.5225 255 280 0.369 0.3330 0.1984
Crocodile 3/0 85.0 0.3361 0.3431 0.4109 297 327 0.402 0.3265 0.1928
Anoli 3/0 85.0 0.3389 0.3460 0.4144 295 326 0.411 0.3245 0.1929
Salamander 4/0 107.0 0.2670 0.2726 0.3265 343 380 0.454 0.3173 0.1872
Clayman 4/0 107.0 0.2692 0.2749 0.3293 341 379 0.463 0.3156 0.1873
Konnodo 266.5 135.0 0.2133 0.2181 0.2611 395 441 0.524 0.3064 0.1814

(1) Based on a conductivity of 61.0% lACS at 20"C for aluminum .

(2)  Based on a conductor temperature of 75°C at 60 Hz and the following conditions, 32°C ambient temperature, 1.98 ft/sec (0.6 m/sec) crosswind (90° to conductor), 0.5 coefficient of emissivity for a standard conductor and 0.9

for a E3X coated conductor, 0.5 coefficient of absorptivity for a standard conductor

(3) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm).

 

 

 

ASC Compact SB (Smooth Body)

Category: ASC
Hits: 386

MVA Compact (Smooth Body) ASC Bare Overhead Conductor

All-Aluminum Compact Stranded Conductor

A1 (ASC), ALUMINUM  CONDUCTOR,COMPACT-LAY-STRANDED (MECHANICAL PROPERTIES)
CODE WORD
 CSA DESIGNATION
 CONDUCTOR SIZE STRANDING NO. X DIA (mm)
 CLASS  O.D.(mm)
 NOMINAL MASS KG/KM
 RATED STRENGTH
kN
AWG OR kcmil
 mm2
Toad 13-A1F-7-4.3 #6 13.3 7x1.56 A 4.28 36.58 2.61
Dragon 21-A1F-7-5.4 #4 21.2 7x1.96 A 5.41 57.74 4.12
Molcch 34-A1F-7-6.8 #2 33.6 7x2.47 AA 6.81 91.70 6.21
Monitor 42-A1F-7-7.6 #1 42.4 7x2.78 AA 7.59 116.2 7.44
Newt 42-A1F-18-7.6 #1 42.4 18x1.73 A 7.59 116.6 8.25
Tuatara 54-A1F-7-8.5 1/0 53.5 7x3.12 AA 8.53 146.3 9.10
Skink 54-A1F-18-8.6 1/0 53.5 18x1.95 A 8.55 148.2 10.5
Alligator 67-A1F-7-9.6 2/0 67.4 7x3.50 AA 9.55 184.1 11.4
Gecko 67-A1F-18-9.6 2/0 67.4 18x2.18 A 9.55 185.2 12.8
Crccodile 85-A1F-7-10.7 3/0 85.0 7x3.93 AA 10.7 232.2 14.0
Anoli 85-A1F-18-10.7 3/0 85.0 18x2.45 A 10.7 233.9 15.7
Salarnaooer 107-A1F-7-12.1 4/0 107.0 7x4.41 AA 12.1 292.3 17.6
Clayman 107-A1F-18-12.1 4/0 107.0 18x2.75 A 12.1 294.7 19.2
Komodo 135-A1F-18-13.6 266.5 135.0 18x3.09 A 13.6 372.1 22.9

 

Dimensions and weights not designated as minimum or maximum are nominal values and subject to manufacturing tolerances.  In this context, weight means mass.

ASC COMPACT

Category: ASC
Hits: 370

All-Aluminum Compact Stranded Conductor

A1 (ASC), ALUMINUM  CONDUCTOR,COMPACT-LAY-STRANDED (MECHANICAL PROPERTIES)
CODE WORD
 CSA DESIGNATION
 CONDUCTOR SIZE STRANDING NO. X DIA (mm)
 CLASS  O.D.(mm)
 NOMINAL MASS KG/KM
 RATED STRENGTH
kN
AWG OR kcmil
 mm2
Toad 13-A1F-7-4.3 #6 13.3 7x1.56 A 4.28 36.58 2.61
Dragon 21-A1F-7-5.4 #4 21.2 7x1.96 A 5.41 57.74 4.12
Molcch 34-A1F-7-6.8 #2 33.6 7x2.47 AA 6.81 91.70 6.21
Monitor 42-A1F-7-7.6 #1 42.4 7x2.78 AA 7.59 116.2 7.44
Newt 42-A1F-18-7.6 #1 42.4 18x1.73 A 7.59 116.6 8.25
Tuatara 54-A1F-7-8.5 1/0 53.5 7x3.12 AA 8.53 146.3 9.10
Skink 54-A1F-18-8.6 1/0 53.5 18x1.95 A 8.55 148.2 10.5
Alligator 67-A1F-7-9.6 2/0 67.4 7x3.50 AA 9.55 184.1 11.4
Gecko 67-A1F-18-9.6 2/0 67.4 18x2.18 A 9.55 185.2 12.8
Crccodile 85-A1F-7-10.7 3/0 85.0 7x3.93 AA 10.7 232.2 14.0
Anoli 85-A1F-18-10.7 3/0 85.0 18x2.45 A 10.7 233.9 15.7
Salarnaooer 107-A1F-7-12.1 4/0 107.0 7x4.41 AA 12.1 292.3 17.6
Clayman 107-A1F-18-12.1 4/0 107.0 18x2.75 A 12.1 294.7 19.2
Komodo 135-A1F-18-13.6 266.5 135.0 18x3.09 A 13.6 372.1 22.9
Dimensions and weights not designated as minimum or maximum are nominal values and subject to manufacturing tolerances.  In this context, weight means mass.
ASC, ALUMINUM CONDUCTOR, COMPACT-LAY-STRANDED (ELECTRICAL PROPERTIES)
CODE WORD
 CONDUCTOR SIZE RESISTANCE (1) OHMSIKM AMPACITY @75'C (2) GEOMETRIC MEAN RADIUS CM
 INDUCTIVE REACTANCE OHMIKM (3)
 CAPACITIVE REACTANCE MEGAOHM-KM (3)
AWG OR kcmil mm2 DC @20'C
 AC 025'C
 AC @75'C
 STANDARD E3X"'
Toad #6 13.3 2.148 2.191 2.625 93 99 0.162 0.3950 0.2368
Dragon #4 21.2 1.348 1.375 1.647 125 134 0.201 0.3786 0.2255
Moloch #2 33.6 0.8502 0.8675 1.039 166 180 0.256 0.3603 0.2146
Monitor #1 42.4 0.6738 0.6875 0.8236 192 209 0.283 0.3527 0.2094
Newt #1 42.4 0.6791 0.6930 0.8302 191 208 0.293 0.3504 0.2094
Tuatara 1/0 53.5 0.5340 0.5449 0.6528 222 243 0.320 0.3435 0.2038
Skink 1/0 53.5 0.5384 0.5494 0.6581 221 242 0.329 0.3416 0.2037
Alligator 2/0 67.4 0.4239 0.4326 0.5182 256 282 0.360 0.3347 0.1984
Gecko 2/0 67.4 0.4273 0.4362 0.5225 255 280 0.369 0.3330 0.1984
Crocodile 3/0 85.0 0.3361 0.3431 0.4109 297 327 0.402 0.3265 0.1928
Anoli 3/0 85.0 0.3389 0.3460 0.4144 295 326 0.411 0.3245 0.1929
Salamander 4/0 107.0 0.2670 0.2726 0.3265 343 380 0.454 0.3173 0.1872
Clayman 4/0 107.0 0.2692 0.2749 0.3293 341 379 0.463 0.3156 0.1873
Konnodo 266.5 135.0 0.2133 0.2181 0.2611 395 441 0.524 0.3064 0.1814

 

                                                                                                            

(1) Based on a conductivity of 61.0% lACS at 20"C for aluminum .

                                                                                                            
(2)  Based on a conductor temperature of 75°C at 60 Hz and the following conditions, 32°C ambient temperature, 1.98 ft/sec (0.6 m/sec) crosswind (90° to conductor), 0.5 coefficient of emissivity for a standard conductor and 0.9 for a E3X coated conductor, 0.5 coefficient of absorptivity for a standard conductor
and 0.2 for a E3X coated conductor, 42° northern latitude, sea level elevation, 90° azimuth of line (East-West), clear atmosphere, and a date and time of noon on July 1 (resulting in 95.0 W/ft² of solar and sky radiated heat). Actual ampacity will differ based on local conditions. For specific ampacities, contact your MVA Power sales representative.
(3) Values for inductive reactance and capacitive reactance are expressed in terms of a 1 ft radius (30.48 cm).