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China Suppliers Factory IEC 61089 AACSR Steel Core Aluminum Alloy Conductor for Reliable Power Transmission

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Execution standard: IEC 61089

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Material: ACSR features galvanized steel wire and 6201 aluminum alloy.

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ACSR (Aluminum Conductor Steel Reinforced) is an essential component for power transmission, offering a highly durable structure with a robust steel core that delivers exceptional tensile strength. The precision-engineered aluminum wires create the outer layer, facilitating superior electrical conductivity. Known for its outstanding resistance to corrosion, temperature fluctuations, and mechanical strain, this product is an ideal choice for reliable high-voltage power distribution in diverse landscapes. As a leading manufacturer in China, our factory is committed to providing top-quality ACSR solutions, making us a preferred supplier for businesses seeking dependable electrical conductors.

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    Product Details

    Nominal Area Sectional Area Wire Diameter & Stranding Diameter of Conductor Linear Mass Rated Strength Max.D.C. Resistance at 20℃
    Aluminum alloy Steel Total Aluminum alloy Steel
    mm² mm² mm² mm² mm No mm No mm kg/km kN Ohms/km
    26 18.4 3.07 21.5 1.98 6 1.98 1 5.93 74.8 9.02 1.7934
    25 28.8 4.80 33.6 2.47 6 2.47 1 7.41 116.3 13.96 1.1478
    40 46.0 7.67 53.7 3.13 6 3.13 1 9.38 186.8 22.02 0.7174
    63 72.5 12.1 84.6 3.92 6 3.92 1 11.8 293.0 34.68 0.4555
    100 115 6.39 121 2.85 18 2.85 1 14.3 366.0 41.24 0.2880
    125 144 7.99 152 3.19 18 3.19 1 16.0 458.6 51.23 0.2304
    125 144 23.4 167 2.65 26 2.06 7 16.8 579.4 69.86 0.2310
    160 184 10.2 194 3.61 18 3.61 1 18.0 587.3 65.58 0.1800
    160 184 30.0 214 3.00 26 2.34 7 19.0 743.0 88.52 0.1805
    200 230 12.8 243 4.04 18 4.04 1 20.2 735.6 81.97 0.1440
    200 230 37.5 268 3.36 26 2.61 7 21.3 931.0 110.64 0.1444
    250 288 28.3 316 4.08 22 2.27 7 23.1 1016.6 117.09 0.1154
    250 288 46.9 335 3.75 26 2.92 7 23.8 1161.5 138.31 0.1155
    315 383 25.1 408 3.20 45 2.14 7 25.8 1198.0 136.28 0.0917
    315 383 59.0 442 4.21 26 3.28 7 26.7 1464.4 171.90 0.0917
    400 460 31.8 492 3.61 45 2.41 7 28.9 1523.8 172.10 0.0722
    400 460 59.7 520 3.29 54 3.29 7 29.7 1736.9 201.46 0.0723
    450 518 35.8 554 3.83 45 2.55 7 30.6 1713.7 193.61 0.0642
    450 518 67.1 585 3.49 54 3.49 7 31.5 1954.5 226.64 0.0643
    500 575 39.8 615 4.04 45 2.69 7 32.3 1906.8 215.12 0.0578
    500 575 74.6 650 3.68 54 3.68 7 33.2 2173.1 251.82 0.0578
    560 645 44.6 689 4.27 45 2.85 7 34.2 2131.8 240.93 0.0516
    560 645 81.6 726 3.90 54 2.34 19 35.1 2425.7 283.21 0.0516
    630 725 31.3 756 3.58 72 2.39 7 35.8 2250.4 249.62 0.0459
    630 725 91.8 817 4.13 54 2.48 19 37.2 2721.4 318.61 0.0459
    710 817 35.3 852 3.80 72 2.53 7 38.0 2534.0 281.32 0.0407
    710 817 104 921 4.39 54 2.63 19 39.5 3071.0 359.98 0.0407
    800 921 39.8 961 4.04 72 2.69 7 40.4 2864.2 316.98 0.0361
    800 921 76.7 997 3.74 84 3.74 7 41.1 3156.3 356.03 0.0362
    900 1036 44.8 1081 4.28 72 2.85 7 42.8 3214.7 356.6 0.0321
    900 1036 86.3 1122 3.96 84 3.96 7 43.6 3538.6 400.53 0.0322
    1000 1151 93.7 1245 4.18 84 2.51 19 45.9 3926.6 446.37 0.0289
    1120 1289 105 1394 4.42 84 2.65 19 48.6 4387.8 499.93 0.0258
    Frequently Asked Questions
    What is the difference between Nominal Area and Total Sectional Area?
    Nominal Area is a standardized commercial designation for the conductor size. The Total Sectional Area represents the actual calculated sum of the cross-sectional areas of the individual aluminum alloy and steel wires.
    Why do these conductors combine aluminum alloy and steel?
    The aluminum alloy layers provide high electrical conductivity and corrosion resistance, while the central steel core provides high tensile strength, enabling longer spans with less mechanical sag.
    How does wire stranding affect the conductor's performance?
    Stranding multiple wires together makes the overall conductor flexible for easier installation. The ratio of aluminum alloy to steel strands determines the balance between electrical resistance and mechanical strength.
    Why is Max D.C. Resistance specified at exactly 20℃?
    Conductor resistance changes with temperature. 20℃ is the standard reference temperature used globally to compare the electrical performance and efficiency of power cables.
    How does Rated Strength relate to the linear mass?
    Rated Strength (kN) indicates the maximum load the conductor can handle before breaking. A higher steel content increases both the rated strength and the linear mass (kg/km) of the conductor.

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