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ACSR AS 1513 Galvanized Steel Core Aluminum Conductor - Reliable China Suppliers & Factory for High-Voltage Transmission

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Execution Standard: AS 3607

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Material: ACSR utilizes galvanized steel wire combined with AL1 aluminum.

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ACSR (Aluminum Conductor Steel Reinforced) is a robust solution for power transmission needs. Featuring a high-tensile steel core, it provides exceptional structural support, while the pure aluminum outer layer ensures outstanding electrical conductivity. This conductor is designed for superior corrosion resistance and durability, making it a preferred choice in high-voltage power transmission applications. As a leading China supplier and factory of ACSR conductors, we guarantee quality and reliability for your electrical projects.

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    Aluminum Conductor Steel Reinforced (ACSR) Specifications
    Code Name Sectional Area Product Structure Diameter of Conductor Nominal Breaking Load Linear Mass Maximum Resistance at 20℃
    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
    Almond 29.5 4.9 34.4 2.5 6 2.5 1 7.5 10.5 119.0 0.975
    Apricot 35.6 5.9 41.6 2.75 6 2.75 1 8.3 12.6 144.0 0.805
    Apple 42.4 7.1 49.5 3 6 3 1 9 14.9 171.0 0.677
    Banana 66.3 11.0 77.3 3.75 6 3.75 1 11.3 22.7 268.0 0.433
    Cherry 106.3 14.1 120.4 4.75 6 1.6 7 14.3 33.4 402.0 0.271
    Fig 173.2 9.6 182.8 3.5 18 3.5 1 17.5 37 552 0.16636
    Grape 147.3 34.4 181.6 2.50 30 2.5 7 17.5 63.5 677.0 0.196
    Lemon 212.1 49.5 261.5 3 30 3 7 21 90.4 973.0 0.136
    Lychee 248.9 58.1 306.9 3.25 30 3.25 7 22.8 105 1140.0 0.116
    Lime 288.6 67.3 356.0 3.5 30 3.5 7 24.5 122 1320.0 0.100
    Mango 381.7 49.5 431.2 3 54 3 7 27 119 1440.0 0.076
    Orange 448.0 58.1 506.0 3.25 54 3.25 7 29.3 137 1690.0 0.065
    Olive 519.5 67.3 586.9 3.5 54 3.5 7 31.5 159 1960.0 0.0557
    Pawpaw 596.4 75.5 672.0 3.75 54 2.25 19 33.8 178 2240.0 0.0485
    Quince 7.2 9.6 16.8 1.75 3 1.75 4 5.3 12.7 95.0 3.25
    Raisin 14.7 19.6 34.4 2.5 3 2.5 4 7.5 24.4 195.0 1.59
    Sultana 28.3 21.2 49.5 3 4 3 3 9 28.3 243.0 0.897
    Walnut 44.2 33.1 77.3 3.75 4 3.75 3 11.3 43.9 380 0.573
    Note: The outermost layer is twisted to the right (Z).
    Frequently Asked Questions (FAQ)
    Q What is ACSR (Aluminum Conductor Steel Reinforced)?
    ACSR is a high-capacity, high-strength stranded conductor typically used for overhead power transmission and distribution lines. It consists of a solid or stranded steel core surrounded by outer layers of high-purity aluminum strands, combining the lightweight and high conductivity of aluminum with the mechanical strength of steel.
    Q What do the fruit code names (like Almond, Cherry, Walnut) mean?
    These code names are standard industry identifiers (often defined by British Standards or other regional bodies) used to simplify ordering and referencing. Each code name corresponds to a unique combination of sectional area, wire stranding, diameter, and mechanical properties.
    Q Why is the outermost layer of the ACSR conductor twisted to the right (Z)?
    A right-hand lay (Z-lay) is the standard outermost layer configuration for ACSR conductors. This specific twisting direction ensures compatibility with standard installation tensioning equipment, line fittings, and accessories, while providing structural integrity under environmental loads.
    Q How does the steel core affect the performance of ACSR?
    The galvanized steel core significantly increases the nominal breaking load (tensile strength) of the conductor. This allows for longer spans between transmission towers with reduced sag, making it ideal for crossing rivers, valleys, and challenging terrains.
    Q What is the relationship between ACSR conductor size and electrical resistance?
    As the total sectional area of the aluminum increases (e.g., from 29.5 mm² for Almond to 519.5 mm² for Olive), the maximum electrical resistance at 20℃ decreases (from 0.975 Ω/km down to 0.0557 Ω/km). Lower resistance reduces transmission power losses and increases the overall current-carrying capacity.

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