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China ACSR BS EN 50182 DIN 48204 Galvanized Steel Core Aluminum Conductor - Factory Suppliers for High-Voltage Energy Solutions

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Execution Standard: EN 50182 (Previously DIN 48204)

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Material: Our ACSR conductor features galvanized steel wire combined with AL1 aluminum.

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Introducing our top-quality BARE CONDUCTOR, crafted in a state-of-the-art factory in China. This high-performance ACSR conductor is designed with a robust steel core to ensure exceptional mechanical strength, paired with premium aluminum wires that significantly boost current-carrying capacity. As one of the leading suppliers in the industry, we prioritize outstanding resistance to environmental stress, guaranteeing safe and efficient high-voltage power delivery for various applications.

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    Aluminum Conductor Steel Reinforced (ACSR)
    Code Name Old Code Name Sectional Area Product Structure Diameter of Conductor Nominal Breaking Load Linear Mass Maximum Resistance at 20℃ Modulus of Elasticity Coefficient of Linear Expansion Current-carrying Capacity
    Aluminium Galvanized Steel Aluminium & Galvanized Steel Aluminium Wire Diameter & Stranding Galvanized Steel Wire Diameter & Stranding
    mm² mm² Total mm No. mm No. mm kN kg/km Ω/km N/mm² 1/K A
    15-AL 1/3-ST1A 16/2.5 15.3 2.5 17.8 1.8 6 1.8 1 5.40 5.8 61.6 1.8769 81000 1.92x10-5 105
    24-AL 1/4-ST1A 25/4 23.9 4.0 27.8 2.25 6 2.25 1 6.75 8.95 96.3 1.2012 81000 1.92x10-5 140
    34-AL 1/6-ST1A 35/6 34.4 5.7 40.1 2.7 6 2.7 1 8.10 12.37 138.7 0.8342 81000 1.92x10-5 170
    44-AL 1/32-ST1A 44/32 44.0 31.7 75.6 2 14 2.4 7 11.20 44.24 369.3 0.6574 110000 1.50x10-5 170
    48-AL 1/8-ST1A 50/8 48.3 8.0 56.3 3.20 6 3.2 1 9.60 16.81 194.8 0.5939 81000 1.92x10-5 210
    51-AL 1/30-ST1A 50/30 51.2 29.8 81.0 2.33 12 2.33 7 11.70 42.98 374.7 0.5644 107000 1.53x10-5 210
    70-AL 1/11-ST1A 70/12 69.9 11.4 81.3 1.85 26 1.44 7 11.70 26.27 282.2 0.4132 77000 1.89x10-5 290
    94-AL 1/15-ST1A 95/15 94.4 15.3 109.7 2.15 26 1.67 7 13.60 34.93 380.6 0.3060 77000 1.89x10-5 350
    97-AL 1/56-ST1A 95/55 96.5 56.3 152.8 3.2 12 3.2 7 16.00 77.85 706.8 0.2992 107000 1.53x10-5 350
    106-AL1/76-ST1A 105/75 105.7 75.5 181.2 3.1 14 2.25 19 17.50 105.82 885.3 0.2742 110000 1.50x10-5 350
    122-AL /20-ST1A 120/20 121.6 19.8 141.4 2.44 26 1.9 7 15.50 44.5 491.0 0.2376 77000 1.89x10-5 410
    122-AL 1/71-ST1A 120/70 122.1 71.3 193.4 3.6 12 3.6 7 18.00 97.92 894.5 0.2364 107000 1.53x10-5 410
    128-AL 1/30-ST1A 125/30 127.9 29.8 157.8 2.33 30 2.33 7 16.30 56.41 587.0 0.2260 82000 1.78x10-5 425
    149-AL 1/24-ST1A 150/25 148.9 24.2 173.1 2.70 26 2.10 7 17.10 53.67 600.8 0.1940 77000 1.89x10-5 470
    172-AL 1/40-ST1A 170/40 171.8 40.1 211.8 2.7 30 2.7 7 18.90 74.89 788.2 0.1683 82000 1.78x10-5 520
    184-AL 1/30-ST1A 185/30 212.1 29.8 241.9 3 30 2.33 7 19.00 65.27 741.0 0.1571 77000 1.89x10-5 535
    209-AL 1/34-ST1A 210/35 209.1 34.1 243.2 3.2 26 2.49 7 20.30 73.36 844.1 0.1381 77000 1.89x10-5 590
    212-AL 1/49-ST1A 210/50 212.1 49.5 261.5 3 30 3 7 21.00 92.46 973.1 0.1363 82000 1.78x10-5 610
    231-AL 1/30-ST1A 230/30 230.9 29.8 260.8 3.5 24 2.33 7 21.00 72.13 870.9 0.1250 74000 1.96x10-5 630
    243-AL 1/39-ST1A 240/40 243.1 39.5 282.5 3.45 26 2.68 7 21.80 85.12 980.1 0.1188 77000 1.89x10-5 645
    264-AL 1/34-ST1A 265/35 263.7 34.1 297.7 3.74 24 2.49 7 22.40 81.04 994.4 0.1095 74000 1.96x10-5 680
    304-AL 1/49-ST1A 300/50 304.3 49.5 353.7 3.86 26 3 7 24.40 105.09 1227.3 0.0949 77000 1.89x10-5 740
    305-AL 1/39-ST1A 305/40 304.6 39.5 344.1 2.68 54 2.68 7 24.10 96.8 1151.2 0.0949 70000 1.93x10-5 740
    339-AL 1/30-ST1A 340/30 339.3 29.8 369.1 3.00 48 2.33 7 25.00 91.71 1171.2 0.0852 62000 2.05x10-5 790
    382-AL 1/49-ST1A 380/50 381.7 49.5 431.2 3.00 54 3 7 27.00 121.3 1442.5 0.0758 70000 1.93x10-5 840
    386-AL 1/34-ST1A 385/35 386.0 34.1 420.1 3.2 48 2.49 7 26.70 102.56 1333.6 0.0749 62000 2.05x10-5 850
    434-AL 1/56-ST1A 435/55 434.3 56.3 490.6 3.2 54 3.2 7 28.80 133.59 1641.3 0.0666 70000 1.93x10-5 900
    449-AL 1/39-ST1A 450/40 448.7 39.5 488.2 3.45 48 2.68 7 28.70 119.05 1549.1 0.0644 62000 2.05x10-5 920
    490-AL 1/64-ST1A 490/65 490.3 63.6 553.8 3.4 54 3.4 7 30.60 150.81 1852.9 0.0590 70000 1.93x10-5 960
    494-AL 1/34-ST1A 495/35 494.4 34.1 528.5 3.74 45 2.49 7 29.90 117.96 1632.6 0.0584 61000 2.09x10-5 985
    511-AL 1/45-ST1A 510/45 510.5 45.3 555.8 3.68 48 2.87 7 30.70 133.31 1765.3 0.0566 62000 2.05x10-5 995
    550-AL 1/71-ST1A 550/70 549.7 71.3 620.9 3.6 54 3.6 7 32.40 166.32 2077.2 0.0526 70000 1.93x10-5 1020
    562-AL 1/49-ST1A 560/50 561.7 49.5 611.2 3.86 48 3 7 32.20 146.28 1939.5 0.0515 62000 2.05x10-5 1040
    571-AL 1/39-ST1A 570/40 571.2 39.5 610.6 4.02 45 2.68 7 32.20 136.4 1887.1 0.0506 61000 2.09x10-5 1050
    653-AL 1/45-ST1A 650/45 653.5 45.3 698.8 4.3 45 2.87 7 34.40 156.18 2159.9 0.0442 61000 2.09x10-5 1120
    679-AL 1/86-ST1A 680/85 678.6 86.0 764.5 4 54 2.4 19 36.00 206.56 2549.7 0.0426 68000 1.94x10-5 1150
    1046-AL1/45-ST1A 1045/45 1045.6 45.3 1090.9 4.3 72 2.87 7 43 218.92 3248.2 0.0277 60000 2.17x10-5 1580
    Note: The outermost layer is twisted to the right (Z).
    Frequently Asked Questions (FAQ)
    What is ACSR Conductor and where is it used?
    ACSR (Aluminum Conductor Steel Reinforced) is a high-capacity, high-strength stranded conductor typically used in overhead power transmission and distribution lines. It features outer strands of high-purity aluminum for excellent conductivity and a solid or stranded steel core for mechanical strength.
    Why does ACSR have a galvanized steel core?
    The galvanized steel core provides the primary mechanical strength to support the conductor's weight and withstand environmental loads such as wind and ice. The galvanization (zinc coating) protects the steel core from corrosion, ensuring long-term durability.
    What does the "Z" twist (right-hand lay) on the outermost layer signify?
    The "Z" twist refers to the right-hand lay direction of the outermost aluminum wires. Standardizing this lay direction ensures consistent electrical performance and compatibility with standard line hardware, installation grips, and splicing joints.
    How does temperature affect the maximum resistance of ACSR conductors?
    The electrical resistance of aluminum increases as the temperature rises. The "Maximum Resistance at 20℃" listed in the specifications table acts as a standard reference point for electrical engineering calculations and line design.
    What determines the current-carrying capacity (Ampacity) of ACSR?
    The current-carrying capacity (measured in Amperes) is determined by the cross-sectional area of the aluminum strands, the maximum allowable operating temperature of the conductor, ambient environmental conditions (wind speed, solar radiation, temperature), and heat dissipation efficiency.

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