phone
Phone+86 13777722188
fax
Mall Us laurence@powerfitting.cn
phone
WhatsApp+86 13777722188
  • twitter
  • linkin
  • facebook
  • youtube
Leave Your Message
Products Categories
Featured Products
SPLN40-10 NFA2X-T
SPLN40-10 NFA2X-T
ABC CABLE SANS 1418 Self-supporting Aerial Cable
ABC CABLE SANS 1418 Self-supporting Aerial Cable
0.6/1kv Aerial Bundled Conductor Systems(Executive Standard: NF C33-209)
0.6/1kv Aerial Bundled Conductor Systems(Execut...
Neutral-Supported Power Cable Assemblieswith Weather-Resistant Extruded Insulationrated 600 Volts (Icea-S-76-474)
Neutral-Supported Power Cable Assemblieswith We...
PVC Covered Conductor (BS 6485)
PVC Covered Conductor (BS 6485)
0.6/1kv ABC Cable BS 7870-5
0.6/1kv ABC Cable BS 7870-5
0.6/1kv ABC Cable AS 3560.1
0.6/1kv ABC Cable AS 3560.1
French Standard Industrial Cables U-1000 AR2V
French Standard Industrial Cables U-1000 AR2V
AAAC SPLN 41-8 BARE CONDUCTOR All Aluminum Alloy Conductor
AAAC SPLN 41-8 BARE CONDUCTOR All Aluminum Allo...
AAAC IEC 61089 All Aluminum Alloy Conductor
AAAC IEC 61089 All Aluminum Alloy Conductor
0102030405
ACSR 362 262MM2.jpg
ACSR 12+7.jpg
ACSR 26+7.jpg
ACSR02.jpg

ACSR ASTM B232 Galvanized Steel Core Aluminum Conductor - China Factory Suppliers for High-Voltage Transmission

,

Execution Standard: ASTM B232/B232M-01

,

Material: ACSR uses galvanized steel wire and AL1 aluminum for optimal performance.

,

BARE CONDUCTOR: As a proven power conductor solution, ACSR features a robust steel core designed to handle mechanical loads, coupled with high-purity aluminum wires that ensure excellent electrical conductivity. This combination offers exceptional wear resistance and weatherability, making it perfect for high-voltage transmission lines. As leading suppliers in China, our factory is committed to providing top-quality ACSR conductors tailored for long-lasting performance in demanding environments.

,
    Contact us
    container

    heading-type-1

    div容器
    Product Details

    Code Word Conductor Size Wire Diameter&Stranding Sectional Area Diameter of Conductor Linear Mass Rated Strength Max.D.C. Resistance at 20℃ Ω/km
    Aluminum Steel Aluminum Steel Total
    cmil (AWG) mm No mm No mm² mm² mm² mm kg/km kN Ohms/km
    Turkey 6 1.68 6 1.68 1 13.3 2.2 15.5 5.04 54 5.293 2.15264
    Swan 4 2.12 6 2.12 1 21.1 3.5 24.7 18.00 86 8.273 1.35220
    Swanate 4 1.96 7 2.61 1 21.1 5.4 26.5 6.54 100 10.497 1.35267
    Sparrow 2 2.67 6 2.67 1 33.6 5.6 39.3 8.02 136 12.677 0.84985
    Sparate 2 2.47 7 3.30 1 33.6 8.6 42.2 8.25 159 16.191 0.84979
    Grouse 80 000 2.54 8 4.24 1 40.5 14.1 54.7 9.32 222 23.130 0.70540
    Robin 1 3.00 6 3.00 1 42.4 7.1 49.5 9.00 172 15.790 0.67433
    Petrel 101 800 2.34 12 2.34 7 51.6 30.1 81.7 11.70 379 46.259 0.55986
    Raven 1/0 3.37 6 3.37 1 53.5 8.9 62.5 10.11 217 19.482 0.53411
    Minorca 110 800 2.44 12 2.44 7 56.2 32.8 88.9 12.20 413 50.262 0.51423
    Quail 2/0 3.78 6 3.78 1 67.4 11.2 78.6 11.35 273 23.574 0.42421
    Leghorn 134 600 2.69 12 2.69 7 68.2 39.8 108.0 13.45 501 60.493 0.42346
    Guinea 159 000 2.92 12 2.92 7 80.6 47.0 127.5 14.62 592 71.168 0.35847
    Pigeon 3/0 4.25 6 4.25 1 85.0 14.2 99.2 12.74 344 29.446 0.33644
    Dotterel 176 900 3.08 12 3.08 7 89.6 52.3 141.9 15.42 659 76.950 0.32223
    Dorking 190 800 3.20 12 3.20 7 96.7 56.4 153.1 16.01 711 83.178 0.29866
    Brahma 203 200 2.86 16 2.48 19 103.0 91.9 194.9 18.13 1008 126.323 0.28042
    Cochin 211 300 3.37 12 3.37 7 107.1 62.5 169.5 16.85 787 92.074 0.26969
    Penguin 4/0 4.77 6 4.77 1 107.2 17.9 125.1 14.31 434 37.141 0.26668
    Waxwing 266 800 3.09 18 3.09 1 135.1 7.5 142.6 15.46 431 30.691 0.21272
    Partridge 266800 2.57 26 2.00 7 135.2 22.0 157.2 16.30 546 50.262 0.21359
    Ostrich 300 000 2.73 26 2.12 7 152.0 24.7 176.7 17.27 614 56.490 0.19002
    Merlin 336 400 3.47 18 3.47 1 170.4 9.5 179.9 17.36 543 38.698 0.16860
    Linnet 336 400 2.89 26 2.25 7 170.3 27.7 198.0 18.29 688 62.717 0.16955
    Oriole 336 400 2.69 30 2.69 7 170.5 39.8 210.3 18.83 784 76.950 0.16980
    Chickadee 397 500 3.77 18 3.77 1 201.4 11.2 212.6 18.87 642 44.035 0.14268
    Brant 397 500 3.27 24 2.18 7 201.4 26.1 227.5 19.61 761 64.941 0.14336
    Ibis 397 500 3.14 26 2.44 7 201.3 32.8 234.0 19.88 813 72.502 0.14347
    Lark 397 500 2.92 30 2.92 7 201.4 47.0 248.4 20.46 926 90.294 0.14374
    Pelican 477 000 4.14 18 4.14 1 241.7 13.4 255.2 20.68 771 52.486 0.11887
    Flicker 477 000 3.58 24 2.39 7 241.8 31.3 273.1 21.49 914 76.506 0.11944
    Hawk 477 000 3.44 26 2.67 7 241.5 39.3 280.9 21.78 976 86.736 0.11995
    Hen 477 000 3.20 30 3.20 7 241.7 56.4 298.1 22.42 1111 105.862 0.11975
    Osprey 556 500 4.47 18 4.47 1 281.9 15.7 297.5 22.33 899 60.938 0.10194
    Parakeet 556 500 3.87 24 2.58 7 282.1 36.5 318.6 23.21 1066 88.070 0.10237
    Dove 556 500 3.72 26 2.89 7 282.0 45.9 327.9 23.54 1140 100.525 0.10241
    Eagle 556 500 3.46 30 3.46 7 282.0 65.8 347.8 24.22 1296 123.654 0.10265
    Peacock 605 000 4.03 24 2.69 7 306.7 39.8 346.4 24.20 1159 96.077 0.09416
    Squab 605 000 3.87 26 3.01 7 306.4 49.9 356.3 24.53 1238 108.086 0.09425
    Wood Duck 605 000 3.61 30 3.61 7 306.5 71.5 378.0 25.25 1409 128.547 0.09444
    Teal 605 000 3.61 30 2.16 19 306.5 69.9 376.4 25.25 1396 133.440 0.09444
    Kingbird 636 000 4.78 18 4.78 1 322.4 17.9 340.3 23.88 1028 69.834 0.08914
    Swift 636 000 3.38 36 3.38 1 322.2 8.9 331.1 23.63 959 61.382 0.08919
    Rook 636 000 4.14 24 2.76 7 322.3 41.8 364.1 24.81 1218 100.525 0.08959
    Grosbeak 636 000 3.97 26 3.09 7 322.3 52.4 374.7 25.16 1302 112.090 0.08961
    Scoter 636 000 3.70 30 3.70 7 322.3 75.2 397.5 25.89 1481 135.219 0.08982
    Egret 636 000 3.70 30 2.22 19 322.3 73.5 395.8 25.89 1468 140.112 0.08982
    Flamingo 666 600 4.23 24 2.82 7 337.9 43.8 381.7 25.40 1277 105.418 0.08545
    Gannet 666 600 4.07 26 3.16 7 337.7 55.0 392.7 25.75 1365 117.427 0.08551
    Stilt 715 500 4.39 24 2.92 7 362.7 47.0 409.7 26.32 1371 113.424 0.07961
    Starling 715 500 4.21 26 3.28 7 362.6 59.0 421.6 26.69 1465 126.323 0.07964
    Redwing 715 500 3.92 30 2.35 19 362.4 82.6 444.9 27.45 1650 153.901 0.07988
    Coot 795 000 3.77 36 3.77 1 402.8 11.2 414.0 26.42 1199 74.726 0.07134
    Cuckoo 795 000 4.62 24 3.08 7 402.8 52.2 455.0 27.73 1522 124.099 0.07169
    Drake 795 000 4.44 26 3.45 7 403.0 65.6 468.6 28.13 1629 140.112 0.07165
    Tern 795 000 3.38 45 2.25 7 402.7 27.8 430.6 27.01 1332 98.301 0.07170
    Condor 795 000 3.08 54 3.08 7 402.6 52.2 454.8 27.73 1523 125.434 0.07172
    Mallard 795 000 4.14 30 2.48 19 402.9 91.9 494.8 28.95 1837 170.803 0.07185
    Ruddy 900 000 3.59 45 2.40 7 455.9 31.5 487.4 28.74 1508 108.531 0.06334
    Canary 900 000 3.28 54 3.28 7 456.0 59.1 515.2 29.51 1725 141.891 0.06332
    Catbird 954 000 4.14 36 4.14 1 483.5 13.4 496.9 28.95 1441 88.070 0.05944
    Rail 954 000 3.70 45 2.47 7 483.4 33.4 516.8 29.59 1599 115.203 0.05974
    Cardinal 954 000 3.38 54 3.38 7 483.3 62.6 545.9 30.38 1829 150.342 0.05975
    Tanager 1 033 500 4.30 36 4.30 1 523.5 14.5 538.0 30.12 1560 95.187 0.05489
    Ortolan 1 033 500 3.85 45 2.57 7 523.4 36.2 559.5 30.78 1731 123.210 0.05518
    Curlew 1 033 500 3.51 54 3.51 7 523.4 67.8 591.2 31.62 1980 162.797 0.05518
    Bluejay 1 113 000 4.00 45 2.66 7 564.2 39.0 603.2 31.97 1866 132.550 0.05118
    Finch 1 113 000 3.65 54 2.19 19 564.2 71.5 635.8 32.83 2122 173.917 0.05143
    Bunting 1 192 500 4.14 45 2.76 7 604.3 41.8 646.1 33.08 1998 142.336 0.04778
    Grackle 1 192 500 3.77 54 2.27 19 604.2 76.6 680.8 33.98 2273 186.371 0.04802
    Skylark 1 272 000 4.78 36 4.78 1 644.7 17.9 662.6 33.43 1921 117.427 0.04457
    Bittern 1 272 000 4.27 45 2.85 7 644.3 44.6 688.9 34.16 2131 151.677 0.04482
    Pheasant 1 272 000 3.90 54 2.34 19 644.7 81.7 726.4 35.09 2424 193.933 0.04501
    Dipper 1 351 000 4.40 45 2.93 7 684.8 47.3 732.1 35.21 2264 161.018 0.04217
    Martin 1 351 000 4.02 54 2.41 19 684.8 86.7 771.5 36.16 2575 205.942 0.04237
    Bobolink 1 431 000 4.53 45 3.02 7 724.9 50.1 775.0 36.23 2397 170.358 0.03984
    Plover 1 431 000 4.14 54 2.48 19 725.2 91.9 817.1 37.22 2727 218.397 0.04001
    Nuthatch 1 510 500 4.65 45 3.10 7 765.3 52.9 818.2 37.22 2530 178.365 0.03773
    Parrot 1 510 500 4.25 54 2.55 19 764.9 96.9 861.8 38.22 2876 229.962 0.03793
    Lapwing 1 590 000 4.78 45 3.18 7 805.9 55.7 861.6 38.20 2665 187.706 0.03583
    Falcon 1 590 000 4.36 54 2.62 19 805.7 102.1 907.9 39.23 3030 242.416 0.03601
    Chukar 1 780 000 3.70 84 2.22 19 902.3 73.5 975.9 40.69 3073 226.848 0.03216
    Bluebird 2 156 000 4.07 84 2.44 19 1092.4 88.9 1181.3 44.76 3720 268.214 0.02656
    Kiwi 2 167 000 4.41 72 2.94 7 1098.2 47.5 1145.7 44.07 3409 221.510 0.02642
    Thrasher 2 312 000 4.43 76 2.07 19 1171.3 63.8 1235.1 45.78 3740 252.202 0.02477

    Frequently Asked Questions (FAQ)

    What is an ACSR conductor and how is it structured?
    ACSR stands for Aluminum Conductor Steel Reinforced. It is a high-capacity, high-strength stranded conductor typically used in overhead power lines. The outer strands are made of high-purity aluminum for excellent electrical conductivity, while the inner core is made of steel strands to provide high tensile strength and mechanical support.
    How do ACSR code words like "Turkey", "Swan", and "Sparrow" work?
    ACSR conductor sizes are traditionally assigned bird names as code words (e.g., Turkey, Swan, Sparrow, Hawk, Drake) to simplify ordering and identification. Each code word corresponds to a specific configuration of aluminum and steel strand counts, wire diameters, sectional areas, and physical dimensions.
    What is the significance of the D.C. resistance value at 20℃?
    D.C. resistance at 20℃ is the standard metric used to calculate electrical power loss over transmission lines. A lower resistance value (such as 0.02477 Ω/km for Thrasher compared to 2.15264 Ω/km for Turkey) indicates a larger conductor that can transmit higher currents with fewer energy losses.
    Why does the steel core composition vary between different ACSR conductors?
    The steel core composition (varying from 1 strand to 7 or 19 strands) determines the mechanical strength of the conductor. Conductors requiring longer spans or higher wind and ice load capacities use a higher ratio of steel to aluminum to increase the rated tensile strength (measured in kN).
    How do I choose the correct ACSR conductor size for my project?
    Selecting the right ACSR size depends on several factors, including the required current carrying capacity (ampacity), allowable voltage drop, line span length, environmental conditions (wind, ice, temperature), and mechanical tension limitations. Refer to the sectional area (mm²), weight (kg/km), and rated strength (kN) in the technical specification table to match your engineering requirements.

    Leave Your Message

    AI Helps Write