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Complete technical Catalogue of ACSR Conductor
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Technical Specification G Trans ACSR/GS Conductors
Note: All the parameters given in the above data sheet is for information purposes and VG will not be held responsible for its accuracy Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed: 1 m/s; Intensity of Solar Radiation: 900 W/m2; Solar Absorption Coefficient: 0.5; Emissivity: 0.6; Ambient temperature: 20 Operating Temperature for ACSR & AAAC is 85 and 90deg C respectively
Ref Standard: IEC61089 S.no Code
Name Area Aluminium Steel Diameter UTS Mass DC Resistance Ampacity
mm2 No. of Wire
Dia mm
No.of Wires
Dia mm mm Kn Kg/Km Ohm/Km Amperes
1 16 18.7 6 1.84 1 1.84 5.53 6.08 64.6 1.7394 155 2 25 29.2 6 2.30 1 2.30 6.91 9.13 100.9 1.1478 203 3 46.7 6 2.91 1 2.91 8.74 14.40 161.5 0.7174 274 4 63 73.5 6 3.66 1 3.66 11.0 21.63 254.4 0.4555 367 5 100 117.0 6 4.61 1 4.61 13.8 34.33 403.8 0.2869 493 6 125 132.0 18 2.97 1 2.97 14.9 29.17 397.9 0.2304 563 7 125 145.0 26 2.47 7 1.92 15.7 45.69 503.9 0.2310 571 8 160 169.0 18 3.36 1 3.36 16.8 36.18 509.3 0.1800 660 9 160 186.0 26 2.80 7 2.18 17.7 57.69 644.9 0.1805 669
10 200 211.0 18 3.76 1 3.76 18.8 44.22 636.7 0.1440 763 11 200 233.0 26 3.13 7 2.43 19.8 70.13 806.2 0.1444 774 12 250 275 22 3.80 7 2.11 21.6 68.72 880.6 0.1154 888 13 250 291 26 3.50 7 2.72 22.2 87.67 1007.7 0.1155 895 14 315 337 45 2.99 7 1.99 23.9 79.03 1039.6 0.0917 1027 15 315 366 26 3.93 7 3.05 24.9 106.83 1269.7 0.0917 1040 16 400 428 45 3.35 7 2.24 26.9 98.36 1320.1 0.0722 1199 17 400 452 54 3.07 7 3.07 27.6 123.04 1510.3 0.0723 1208 18 450 481 45 3.57 7 2.38 28.5 107.47 1485.2 0.0642 1294 19 450 508 54 3.26 7 3.26 29.3 138.42 1699.1 0.0643 1304 20 500 535 45 3.76 7 2.51 30.1 119.41 1650.2 0.0578 1387 21 500 565 54 3.43 7 3.43 30.9 153.80 1887.9 0.0578 1398 22 560 599 45 3.98 7 2.65 31.8 133.74 1848.2 0.0516 1493 23 560 631 54 3.63 19 2.18 32.7 172.59 2103.4 0.0516 1505 24 630 674 45 4.22 7 2.81 33.8 160.45 2079.2 0.0459 1612 25 630 710 54 3.85 19 2.31 34.7 191.77 2366.3 0.0459 1625 26 710 759 45 4.48 7 2.99 35.9 169.56 2343.2 0.0407 1744 27 710 800 54 4.09 19 2.45 36.8 216.12 2666.8 0.0407 1758 28 800 835 72 3.76 7 2.51 37.6 167.41 2480.2 0.0361 1879 29 800 867 84 3.48 7 3.48 38.3 205.33 2732.7 0.0362 1887 30 800 901 54 4.34 19 2.61 39.1 243.52 3004.9 0.0362 1899 31 900 939 72 3.99 7 2.66 39.9 188.33 2790.2 0.0321 2029 32 900 975 84 3.69 7 3.69 40.6 226.50 3074.2 0.0322 2037 33 1000 1043 72 4.21 7 2.80 42.1 209.25 3100.3 0.0289 2174 34 1120 1167 72 4.45 19 1.78 44.5 234.53 3454.9 0.0258 2341 35 1120 1211 84 4.12 19 2.47 45.3 283.17 3811.5 0.0258 2354 36 1250 1352 84 4.35 19 2.61 47.9 316.04 4253.9 0.0232 2526 37 1250 1303 72 4.70 19 1.88 47.0 161.75 3867.1 0.0231 2517
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Technical Specification G Trans ACSR/GS Conductors
Note: All the parameters given in the above data sheet is for information purposes and VG will not be held responsible for its accuracy Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed: 1 m/s; Intensity of Solar Radiation: 900 W/m2; Solar Absorption Coefficient: 0.5; Emissivity: 0.6; Ambient temperature: 20 Operating Temperature for ACSR & AAAC is 85 and 90deg C respectively
Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed : 1 m/s; Intensity of Solar Radiation : 900 W/m2; Solar Absorption Coefficient : 0.5; Emissivity : 0.6; Ambient temperature : 20
Technical Specification G Trans ACSR/GS Conductors
S.no Code Name Area Aluminium Steel Diameter UTS Mass DC Resistance Ampacity
mm2 No. of
Wire
Dia mm
No.of Wires
Dia mm mm Kn Kg/Km Ohm/Km Amperes
Conductors Used in Austria 1 35/6 40.1 6 2.70 1 2.70 8.1 12.37 138.7 0.8342 248 2 50/8 56.3 6 3.20 1 3.20 9.6 16.81 194.8 0.5939 309 3 70/12 81.3 26 1.85 7 1.44 11.7 26.27 282.2 0.4132 392 4 94/22 116.2 30 2.00 7 3.00 14.0 43.17 432.5 0.3067 479 5 95/15 109.7 26 2.15 7 1.67 13.6 34.93 380.6 0.3060 476 6 95/34 131.1 36 1.85 7 2.50 14.9 57.07 536.5 0.299 494 7 120/20 141.4 26 2.44 7 1.90 15.5 44.50 491.0 0.2375 561 8 120/42 160.4 36 2.05 7 2.75 16.5 68.79 653.9 0.2435 564 9 125/30 157.8 30 2.33 7 2.33 16.3 56.41 587.0 0.2260 584
10 150/25 173.1 26 2.70 7 2.10 17.1 53.67 600.8 0.194 639 11 150/53 202.4 36 2.30 7 3.10 18.5 84.29 827.1 0.1934 655 12 170/40 211.8 30 2.70 7 2.70 18.9 74.89 788.2 0.1683 707 13 185/30 213.6 26 3.00 7 2.33 19.0 65.27 741.0 0.1571 733 14 210/35 243.2 26 3.20 7 2.49 20.3 73.36 844.1 0.1381 797 15 210/50 261.5 30 3.00 7 3.00 21.0 92.46 973.1 0.1363 810 16 240/40 282.5 26 3.45 7 2.68 21.8 85.12 980.1 0.1188 878 17 240/80 320.2 36 2.90 19 2.35 23.4 134.37 1305.3 0.1218 885 18 257/60 316.5 30 3.30 7 3.30 23.1 108.20 1177.5 0.1126 917 19 300/50 353.7 26 3.86 7 3.00 24.4 105.09 1227.3 0.0949 1016 20 340/110 450.0 78 2.36 19 2.70 27.7 183.73 1797.4 0.0848 1116 21 380/50 431.2 54 3.00 7 3.00 27.0 121.30 1442.5 0.0758 1172 22 450/40 488.2 48 3.45 7 2.68 28.7 119.05 1549.1 0.0644 1295 23 560/50 611.2 48 3.86 7 3.00 32.2 146.28 1939.5 0.0515 1500 24 680/85 764.5 54 4.00 19 2.40 36.0 206.56 2549.7 0.0426 1706
Conductors Used in Belgium 1 147 147.1 30 2.25 7 2.25 15.8 71.33 547.0 0.2423 559 2 182 181.6 30 2.50 7 2.50 17.5 87.03 675.3 0.1963 640 3 228 227.8 30 2.80 7 2.80 19.6 109.17 847.1 0.1565 741 4 298 297.6 30 3.20 7 3.20 22.4 140.34 1106.4 0.1198 881 5 594 593.6 54 3.52 7 3.52 31.7 240.46 1984.3 0.0550 1444
Conductors Used in Finland 1 Sparrow 39.5 6 2.68 1 2.68 8.04 12.18 136.6 0.8467 246 2 Raven 62.4 6 3.37 1 3.37 10.11 18.64 216.1 0.5355 330 3 Pigeon 99.3 6 4.25 1 4.25 12.75 29.22 343.6 0.3367 445 4 Suursavo 130.6 30 2.12 7 2.12 14.84 47.97 485.9 0.2729 517 5 Ostrich 176.9 26 2.73 7 2.12 17.28 54.78 613.6 0.1898 648 6 Duck 344.1 54 2.68 7 2.68 24.12 96.80 1151.2 0.0949 1012 7 Finch 636.6 54 3.65 19 2.19 32.85 174.14 2123.0 0.0512 1513 8 Savo 67.1 12 2.12 7 2.12 10.60 36.53 310.2 0.6817 297
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Technical Specification G Trans ACSR/GS Conductors
Note: All the parameters given in the above data sheet is for information purposes and VG will not be held responsible for its accuracy Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed: 1 m/s; Intensity of Solar Radiation: 900 W/m2; Solar Absorption Coefficient: 0.5; Emissivity: 0.6; Ambient temperature: 20 Operating Temperature for ACSR & AAAC is 85 and 90deg C respectively
9 Dotterel 141.6 12 3.08 7 3.08 15.40 72.12 654.8 0.3230 480 10 Imatara 132.4 10 3.44 7 2.68 14.92 60.35 565.1 0.3102 486 11 Kuopio 215.3 42 2.12 19 2.12 19.08 105.16 937.3 0.1955 658
Conductors used in France 1 Canna37.7 37.7 9 2.00 3 2.00 8.30 16.25 151.5 1.0187 226 2 Canna59.7 59.7 12 2.00 7 2.00 10.00 32.70 276.1 0.7660 275 3 Canna75.5 75.5 12 2.25 7 2.25 11.30 41.15 329.4 0.6052 321 4 Canna93.3 93.3 12 2.50 7 2.50 12.50 49.48 431.4 0.4902 367 5 Canna116.2 116.2 30 2.00 7 2.00 14.00 43.17 432.5 0.3067 479 6 Canna147.3 147.1 30 2.25 7 2.25 15.80 54.03 547.4 0.2423 559 7 Canna181.6 181.6 30 2.50 7 2.50 17.50 64.94 675.8 0.1963 640 8 Canna228 227.8 30 2.80 7 2.80 19.6 80.54 847.7 0.1565 741 9 Canna288 288.3 30 3.15 7 3.15 22.1 98.58 1072.8 0.1236 864
Conductors used in Germany 1 16/2.5 17.8 6 1.80 1 1.80 5.40 5.80 61.6 1.8769 151 2 25/4 27.8 6 2.25 1 2.25 6.75 8.95 96.3 1.2012 197 3 35/6 40.1 6 2.70 1 2.70 8.10 12.37 138.7 0.8342 248 4 44/32 75.6 14 2.00 7 2.40 11.20 44.24 369.3 0.6574 307 5 50/8 56.3 6 3.20 1 3.20 9.60 16.81 194.8 0.5939 309 6 50/30 81.0 12 2.33 7 2.33 11.7 42.98 374.7 0.5644 335 7 70/12 81.3 26 1.85 7 1.44 11.7 26.27 282.2 0.4132 392 8 95/15 109.7 26 2.15 7 1.67 13.6 34.93 380.6 0.3060 476 9 95/55 152.8 12 3.20 7 3.20 16.0 77.85 706.8 0.2992 505
10 105/75 181.2 14 3.10 19 2.25 17.5 105.82 885.3 0.2742 541 11 120/20 141.4 26 2.44 7 1.90 15.5 44.50 491.0 0.2376 561 12 120/70 193.4 12 3.60 7 3.60 18.0 97.92 894.5 0.2364 588 13 125/30 157.8 30 2.33 7 2.33 16.3 56.41 587.0 0.2260 584 14 150/25 173.1 26 2.70 7 2.10 17.1 53.67 600.8 0.194 639 15 170/40 211.8 30 2.70 7 2.70 18.9 74.89 788.2 0.1683 707 16 185/30 213.6 26 3.00 7 2.33 19.0 65.27 741.0 0.1571 733 17 210/35 243.2 26 3.20 7 2.49 20.3 73.36 844.1 0.1381 797 18 210/50 261.5 30 3.00 7 3.00 21.0 92.46 973.1 0.1363 810 19 230/30 260.8 24 3.50 7 2.33 21.0 72.13 870.9 0.1250 846 20 240/40 282.5 26 3.45 7 2.68 21.8 85.12 980.1 0.1188 878 21 265/35 297.7 24 3.74 7 2.49 22.4 81.04 994.4 0.1095 922 22 300/50 353.7 26 3.86 7 3.00 24.4 105.09 1227.3 0.0949 1016 23 305/40 344.1 54 2.68 7 2.68 24.1 96.80 1151.2 0.0949 1012 24 340/30 369.1 48 3.00 7 2.33 25.0 91.71 1171.2 0.0852 1080 25 380/50 431.2 54 3.00 7 3.00 27.0 121.30 1442.5 0.0758 1172 26 385/35 420.1 48 3.20 7 2.49 26.7 102.56 1333.6 0.0749 1175 27 435/55 490.6 54 3.20 7 3.20 28.8 133.59 1641.3 0.0666 1275 28 450/40 488.2 48 3.45 7 2.68 28.7 119.05 1549.1 0.0644 1295 29 490/65 553.8 54 3.40 7 3.40 30.6 150.81 1852.9 0.0590 1380 30 495/35 528.4 45 3.74 7 2.49 29.9 117.96 1632.6 0.0584 1377 31 510/45 555.8 48 3.68 7 2.87 30.7 133.31 1765.3 0.0566 1409 32 550/70 620.9 54 3.60 7 3.60 30.7 166.32 2077.2 0.0526 1463 33 560/50 611.2 48 3.86 7 3.00 32.2 146.28 1939.5 0.0515 1500 34 570/40 610.6 45 4.02 7 2.68 32.2 136.40 1887.1 0.0506 1513
www.vaibhavgroup.com
Technical Specification G Trans ACSR/GS Conductors
Note: All the parameters given in the above data sheet is for information purposes and VG will not be held responsible for its accuracy Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed: 1 m/s; Intensity of Solar Radiation: 900 W/m2; Solar Absorption Coefficient: 0.5; Emissivity: 0.6; Ambient temperature: 20 Operating Temperature for ACSR & AAAC is 85 and 90deg C respectively
35 650/45 698.8 45 4.30 7 2.87 34.4 156.18 2159.9 0.0442 1691 36 680/85 764.5 54 4.00 19 2.40 36.0 206.56 2539.7 0.0426 1706
Conductors Used in Spain 1 La 30 31.1 6 2.38 1 2.38 7.14 9.74 107.8 1.0736 231 2 La 56 54.6 6 3.15 1 3.15 9.45 16.29 188.8 0.6129 303 3 La 78 78.6 6 3.78 1 3.78 11.3 23.12 271.8 0.4256 382 4 La 110 116.2 30 2.00 7 2.00 14.0 43.17 432.5 0.3067 479 5 La 145 147.1 30 2.25 7 2.25 15.8 54.03 547.4 0.2423 559 6 La 180 181.6 30 2.50 7 2.50 17.50 64.94 675.8 0.1963 640 7 Hawk 281.1 26 3.44 7 2.68 21.8 84.89 976.2 0.1195 875 8 Gull 381.0 54 2.82 7 2.82 25.4 107.18 1274.6 0.0857 1082 9 Condor 454.5 54 3.08 7 3.08 27.7 123.75 1520.5 0.0719 1212
10 Cardinal 547.3 54 3.38 7 3.38 30.4 149.04 1831.1 0.0597 1369 11 Finch 636.6 54 3.65 19 2.19 32.9 174.14 2123.0 0.0512 1514
Conductors used in Switzerland 1 25.2 6 2.14 1 2.14 6.42 8.09 87.1 1.3279 185 2 34.9 6 2.52 1 2.52 7.56 10.77 120.8 0.9576 227 3 50.1 6 3.02 1 3.02 9.06 14.97 173.5 0.6668 287 4 69.7 6 3.56 1 3.56 10.7 20.50 241.1 0.4798 355 5 97.3 30 1.83 7 1.83 12.8 36.14 362.1 0.3663 427 6 119.8 30 2.03 7 2.03 14.2 43.98 445.6 0.2977 488 7 149.7 30 2.27 7 2.27 15.9 53.54 557.1 0.2381 565 8 184.5 30 2.52 7 2.52 17.6 65.24 686.6 0.1932 646 9 239.4 30 2.87 7 2.87 20.1 84.62 890.6 0.1489 765
10 261.5 30 3.00 7 3.00 21.0 92.46 973.1 0.1363 810 11 301.3 30 3.22 7 3.22 22.5 103.01 1121.1 0.1183 888 12 347.9 30 3.46 7 3.46 24.2 118.94 1294.4 0.1025 975 13 402.9 54 2.90 7 2.90 26.1 113.35 1348.0 0.0811 1121 14 496.7 54 3.22 7 3.22 29.0 135.26 1661.9 0.0658 1285 15 550.6 54 3.39 7 3.39 30.5 149.92 1842.0 0.0593 1375 16 600.4 54 3.54 7 3.54 31.9 160.82 2008.6 0.0544 1455
Conductors Used in United Kingdom 1 Mole 12.4 6 1.50 1 1.50 4.50 4.14 42.8 2.7027 117 2 Squirrel 24.5 6 2.11 1 2.11 6.33 7.87 84.7 1.3659 181 3 Gopher 30.6 6 2.36 1 2.36 7.08 9.58 106.0 1.0919 213 4 Weasel 36.9 6 2.59 1 2.59 7.77 11.38 127.6 0.9065 236 5 Fox 42.8 6 2.79 1 2.79 8.37 13.21 148.1 0.7812 259 6 Ferret 49.5 6 3.00 1 3.00 9.00 15.27 171.2 0.6757 284 7 Rabbit 61.7 6 3.35 1 3.35 10.1 18.42 213.5 0.5419 328 8 Mink 73.6 6 3.66 1 3.66 11.0 21.67 254.9 0.4540 367 9 Skunk 100.1 12 2.59 7 2.59 13.0 52.79 463.0 0.4568 384
10 Beaver 87.5 6 3.99 1 3.99 12.0 25.76 302.9 0.3820 411 11 Horse 116.2 12 2.79 7 2.79 14.0 61.26 537.3 0.3936 423 12 Racoon 116.2 6 4.09 1 4.09 12.3 27.06 318.3 0.3635 424 13 Otter 97.9 6 4.22 1 4.22 12.7 28.81 338.8 0.3415 442 14 Cat 111.3 6 4.50 1 4.50 13.5 32.76 385.3 0.3003 479 15 Hare 122.5 6 4.72 1 4.72 14.2 36.04 423.8 0.2730 510 16 Dog 118.5 6 4.72 7 1.57 14.2 32.65 394.0 0.2733 510
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Technical Specification G Trans ACSR/GS Conductors
Note: All the parameters given in the above data sheet is for information purposes and VG will not be held responsible for its accuracy Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed: 1 m/s; Intensity of Solar Radiation: 900 W/m2; Solar Absorption Coefficient: 0.5; Emissivity: 0.6; Ambient temperature: 20 Operating Temperature for ACSR & AAAC is 85 and 90deg C respectively
17 Coyote 151.8 26 2.54 7 1.91 15.9 45.86 520.7 0.2192 588 18 Cougar 138.8 18 3.05 1 3.05 15.3 29.74 418.8 0.2188 582 19 Tiger 161.9 30 2.36 7 2.36 16.5 57.87 602.2 0.2202 594 20 Wolf 194.9 30 2.59 7 2.59 18.1 68.91 725.3 0.1829 669 21 Dingo 167.5 18 3.35 1 3.35 16.8 35.87 505.2 0.1814 657 22 Lynx 226.2 30 2.79 7 2.79 19.5 79.97 841.6 0.1576 737 23 Caracal 194.5 18 3.61 1 3.61 18.1 40.74 586.7 0.1562 724 24 Panther 261.5 30 3.00 7 3.00 21.0 92.46 973.1 0.1363 810 25 Jaguar 222.3 18 3.86 1 3.86 19.3 46.57 670.8 0.1366 789 26 Lion 293.9 30 3.18 7 3.18 22.3 100.47 1093.4 0.1213 874 27 Bear 326.1 30 3.35 7 3.35 23.5 111.50 1213.4 0.1093 936 28 Goat 400.0 30 3.71 7 3.71 26.0 135.13 1488.2 0.0891 1068 29 Sheep 462.6 30 3.99 7 3.99 27.9 156.30 1721.3 0.0771 1173 30 Antelope 422.6 54 2.97 7 2.97 26.7 118.88 1413.8 0.0773 1156 31 Bison 431.2 54 3.00 7 3.00 27.0 121.30 1442.5 0.0758 1172 32 Deer 529.8 30 4.27 7 4.27 29.9 179.00 1971.4 0.0673 1283 33 Zebra 484.5 54 3.18 7 3.18 28.6 131.92 1620.8 0.0674 1264 34 Elk 588.5 30 4.50 7 4.50 31.5 198.80 2189.5 0.0606 1373 35 Camel 537.7 54 3.35 7 3.35 30.2 146.40 1798.8 0.0608 1354 36 Moose 597.0 54 3.53 7 3.53 31.8 159.92 1977.3 0.0547 1450
Conductors used in Italy 1 42 49.5 6 3.00 7 3.00 9.0 15.27 171.2 0.6757 284 2 68 107.2 12 2.68 7 2.68 13.4 56.52 495.8 0.4266 401 3 128 148.5 26 2.50 7 1.95 15.9 46.79 516.0 0.2263 579 4 191 222.3 26 3.06 7 2.38 19.4 67.05 771.6 0.1510 752 5 212 261.5 30 3.00 7 3.00 21.0 92.46 973.1 0.1363 810 6 265 307.8 26 3.60 7 2.80 22.8 91.48 1068.0 0.1091 928 7 349 428.2 30 3.85 19 2.30 26.9 145.87 1585.7 0.0828 1120 8 382 431.2 54 3.00 7 3.00 27.0 121.30 1442.5 0.0758 1172 9 416 508.9 30 4.20 19 2.50 29.3 172.82 1881.8 0.0696 1254
10 434 490.6 54 3.20 7 3.20 28.8 133.59 1641.3 0.0666 1275 11 520 585.3 54 3.50 19 2.10 31.5 162.72 1952.1 0.0556 1434 12 629 707.6 54 3.85 19 2.30 34.6 190.58 2356.6 0.0460 1622 13 748 841.4 54 4.20 19 2.50 37.7 226.03 2799.3 0.0386 1817 14 858 967.6 54 4.50 19 2.70 40.5 261.43 3226.9 0.0337 1990
Conductors used in Sweden 1 Raven 62.4 6 3.37 1 3.37 10.1 18.64 216.1 0.5355 393 2 Pigeon 99.3 6 4.25 1 4.25 12.8 29.22 343.6 0.3367 446 3 Partridge 155.9 26 2.57 7 2.00 16.3 48.66 544.5 0.2141 600 4 Ibis 234.1 26 3.14 7 2.44 19.9 70.53 812.1 0.1434 777 5 Dove 328.5 26 3.72 7 2.89 23.6 97.56 1139.6 0.1022 969 6 Condor 454.5 54 3.08 7 3.08 27.7 123.75 1520.5 0.0719 1212 7 Curlew 593.6 54 3.52 7 3.52 31.7 159.01 1986.0 0.0550 1496 8 Skata 774.2 54 4.02 7 4.02 36.2 207.39 2590.2 0.0422 1717 9 Falcon 908.7 54 4.36 19 2.62 39.3 245.77 3031.7 0.0358 1912
10 Morkulla 592.0 42 4.13 7 2.31 31.7 123.47 1783.7 0.0513 1496 11 Ripa 772.9 42 4.72 7 2.63 36.2 160.93 2327.5 0.0393 1780 12 `Orre 908.8 42 5.12 7 2.83 39.2 188.55 2733.1 0.0334 1978
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Technical Specification G Trans ACSR/GS Conductors
Note: All the parameters given in the above data sheet is for information purposes and VG will not be held responsible for its accuracy Ampacity Calculation Based on IEC 1597 Parameters; Wind Speed: 1 m/s; Intensity of Solar Radiation: 900 W/m2; Solar Absorption Coefficient: 0.5; Emissivity: 0.6; Ambient temperature: 20 Operating Temperature for ACSR & AAAC is 85 and 90deg C respectively
13 Dotterel 141.6 12 3.08 7 3.08 15.4 72.12 654.8 0.3230 480 14 Oden 184.9 12 3.52 7 3.52 17.6 93.62 855.2 0.2473 571 15 Atle 241.2 12 4.02 7 4.02 20.1 122.10 1154.4 0.1896 678 16 Ymer 315.6 32 3.16 7 3.43 22.9 112.56 1199.8 0.1152 904
Conductors used in Norway 1 27 36.0 8 2.06 1 3.44 7.56 15.06 145.6 1.0776 214 2 38 51.3 8 2.46 1 4.11 9.03 21.25 207.7 0.7557 269 3 40 46.2 6 2.90 1 2.90 8.70 14.27 160.0 0.7231 272 4 52 82.1 12 2.36 7 2.32 11.7 42.92 376.4 0.5501 340 5 53 71.8 8 2.91 1 4.86 10.7 29.45 290.5 0.5400 329 6 56 65.1 6 3.44 1 3.44 10.3 19.42 225.1 0.5139 339 7 79 125.5 12 2.90 7 2.90 14.5 66.18 580.5 0.3643 444 8 80 92.9 6 3.44 1 3.44 10.3 27.33 321.4 0.3600 405 9 111 129.9 6 4.86 1 4.86 14.6 38.21 449.4 0.2575 530
10 112 176.6 12 3.44 7 3.44 17.2 54.59 610.5 0.1912 645 11 112 130.0 26 2.34 7 1.82 14.8 40.87 451.2 0.2583 531 12 151 175.8 26 2.72 7 2.12 17.2 54.59 610.5 0.1912 645 13 151 186.0 30 2.53 7 2.53 17.7 65.76 692.1 0.1916 650 14 191 222.3 26 3.06 7 2.38 19.4 67.05 771.6 0.1510 752 15 191 236.0 30 2.85 7 2.85 20.0 83.44 878.2 0.1510 759 16 239 277.7 26 3.42 7 2.66 21.7 89.76 903.9 0.1209 869 17 238 293.9 30 3.18 7 3.18 22.3 100.47 1093.4 0.1213 874 18 293 341.2 26 3.79 7 2.95 24.0 101.47 1184.3 0.0985 992 19 294 362.1 30 3.53 7 3.53 24.7 122.33 1347.3 0.0984 1001 20 381 443.2 26 4.32 7 3.36 27.4 129.25 1537.9 0.0758 1177 21 381 467.4 30 4.02 19 2.41 28.1 159.73 1733.6 0.0760 1184 22 382 431.2 54 3.00 7 3.00 27.0 121.30 1442.5 0.0758 1172 23 402 454.5 54 3.08 7 3.08 27.7 123.75 1520.5 0.0719 1212 24 476 554.1 26 4.83 7 3.76 30.6 161.72 1923.6 0.0606 1361 25 477 585.9 30 4.50 19 2.70 31.5 200.36 2173.3 0.0606 1373 26 476 537.7 54 3.35 7 3.35 30.2 146.40 1798.8 0.0608 1354 27 525 593.6 54 3.52 7 3.52 31.7 159.01 1986.0 0.0550 1444 28 565 636.6 54 3.65 19 2.19 32.9 174.14 2123.0 0.0512 1514 29 606 682.9 54 3.78 19 2.27 34.0 184.62 2278.0 0.0477 1585 30 645 726.8 54 3.90 19 2.34 35.1 196.36 2423.8 0.0448 1651 31 766 863.1 54 4.25 19 2.55 38.3 233.19 2878.3 0.0377 1849 32 806 908.7 54 4.36 19 2.62 39.3 245.77 3031.7 0.0358 1912
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