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China AAC IEC 61089 All-Aluminum Conductor Suppliers - Factory Direct High Conductivity Power Transmission Solutions

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Execution Standard: IEC 61089

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Material: AAC is made from high-quality AL1 aluminum material.

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Product Application: AAC aluminum stranded conductors are renowned for their excellent electrical conductivity, ensuring efficient power transmission with minimal energy loss. They are an ideal choice for medium and low-voltage distribution networks.

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AAC (All-Aluminum Conductor) offers a streamlined power transmission solution constructed from premium aluminum to maximize electrical conductivity. Its all-aluminum design eliminates the extra weight associated with steel cores, making it particularly suitable for short-span, low-tension overhead lines. This feature is especially advantageous for urban subnetworks and rural feeder lines where cost-effectiveness and easy maintenance are crucial. As a leading factory in China, we are proud to supply high-performance AAC conductors that meet the demands of modern electrical infrastructure.

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    Product Details

    Aluminum Stranded Conductor (AAC)
    Code Name Sectional Area Wire Diameter & Stranding Diameter of Conductor Nominal Breaking Load Linear Mass Maximum Resistance at 20℃
    mm² mm No. mm kN kg/km Ω/km
    10 10.0 1.35 7 4.05 1.95 27.4 2.8633
    16 16.1 1.71 7 5.13 3.04 44.0 1.7896
    25 24.9 2.13 7 6.39 4.5 68.3 1.1453
    40 40.1 2.7 7 8.1 6.8 109.8 0.7158
    63 63.2 3.39 7 10.17 10.39 173.0 0.4545
    100 100.1 2.59 19 12.95 17 275.4 0.2877
    125 124.6 2.89 19 14.45 21.25 343.0 0.2302
    160 159.6 3.27 19 16.35 26.4 439.1 0.1798
    200 199.9 3.66 19 18.3 32 550.0 0.1439
    250 249.6 4.09 19 20.45 40 686.9 0.1151
    315 314.5 3.29 37 23.03 51.97 867.6 0.0916
    400 400.0 3.71 37 25.97 64 1103.2 0.0721
    450 451.1 3.94 37 27.58 72 1244.2 0.0641
    500 500.5 4.15 37 29.05 80 1380.4 0.0577
    560 560.0 4.39 37 39.51 89.6 1544.7 0.0515
    630 631.3 3.63 61 32.67 100.8 1743.6 0.0458
    710 710.1 3.85 61 34.65 113.6 1961.3 0.0407
    800 801.4 4.09 61 36.81 128 2213.5 0.0361
    900 898.2 4.33 61 47.63 144 2480.9 0.0321
    1000 1000.6 4.57 61 50.27 160 2763.5 0.0289
    1120 1120.8 3.96 91 43.56 179.2 3110.1 0.0258
    1250 1248.8 4.18 91 45.98 200 3465.2 0.0231
    1400 1402.6 4.43 91 48.73 224 3892.1 0.0207
    1500 1499.2 4.58 91 50.38 240 4160.2 0.0193
    Note: The outermost layer is twisted to the right (Z).
    Frequently Asked Questions (FAQ)
    What is the standard lay direction for these AAC conductors?
    According to the technical specifications, the outermost layer of these Aluminum Stranded Conductors (AAC) is twisted to the right, which is designated as a Z-lay configuration.
    How does the number of wires change with the sectional area?
    The wire stranding configuration transitions from 7 wires for smaller sizes (up to 63.2 mm²), to 19 wires (100.1 to 249.6 mm²), 37 wires (314.5 to 560 mm²), 61 wires (631.3 to 1000.6 mm²), and up to 91 wires for the largest conductors (1120.8 to 1499.2 mm²).
    What is the maximum electrical resistance at 20℃ for the smallest AAC size?
    The AAC conductor with a nominal code name of 10 (10.0 mm² sectional area) features a maximum DC resistance of 2.8633 Ω/km at 20℃.
    What is the nominal breaking load range of these conductors?
    The nominal breaking load ranges from 1.95 kN for the smallest size (Code Name 10) up to 240 kN for the largest size (Code Name 1500), reflecting the tensile strength scaling with sectional area.
    How does the linear mass of AAC scale with the conductor size?
    The linear mass starts at 27.4 kg/km for the 10 mm² conductor and increases up to 4160.2 kg/km for the 1499.2 mm² conductor, aligning directly with the volume of aluminum used per kilometer.

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