Custom AAAC AS 1513 All Aluminum Alloy Conductor Suppliers, Factory

Execution standard: AS 1513

Material: AAAC/1120 is made of aluminum-copper alloy, and AAAC/6201 uses 6201-T81 aluminum-magnesium-silicon alloy.

Product Advantage:
1.  The AAAC/1120 conductor is composed of medium-strength aluminum-copper alloy.  Compared with AAC conductors of the same cross-section, AAAC/1120 has 35% higher comprehensive breaking force and only 3% lower conductivity.
2.  The AAAC/6201 conductor uses the highest tensile strength "aluminum-magnesium-silicon" alloy available.  Its comprehensive breaking force is 85% higher than AAC of the same section, with conductivity only 10% lower.

Product Description

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AAAC Standard: AS 1513

Type: AAAC/1120
Aluminum Alloy Conductor (AAAC) - AS 1513
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
Chlorine34.362.577.58.1894.10.864
Chromium41.582.7578.259.91113.90.713
Fluorine49.4837911.8135.50.599
Helium77.313.75711.2517.6211.70.383
Hydrogen111.334.5713.524.3304.90.266
Iodine124.044.75714.2527.1339.70.239
Krypton157.623.251916.2537.4433.70.189
Lutetium182.803.51917.541.7503.00.163
Neon209.853.751918.7547.8577.40.142
Nitrogen261.543372162.2721.40.114
Nobelium306.943.253722.7572.8846.60.0973
Oxygen336.694.751933.2573.6928.60.0884
Phosphorus408.653.753726.2593.11127.10.0731
Selenium506.043.256129.251141398.50.0592
Silicon586.893.56131.51271621.90.0511
Sulfur673.733.756133.751451861.90.0444

Note: The outermost layer is twisted to the right (Z).

Type: AAAC/6201
Aluminum Alloy Conductor (AAAC) - AS 1513
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
Diamond34.362.577.59.6494.10.967
Dolomite41.582.7578.2511.6113.90.799
Emerald49.4837913.9135.50.671
Garnet77.313.75711.2521.7211.70.43
Jade111.334.5713.531.2304.90.298
Jasper124.044.75714.2534.8339.70.268
Opal157.623.251916.2544.2433.70.212
Patronite182.803.51917.551.3503.00.183
Pearl209.853.751918.7558.8577.40.159
Ruby261.543372173.5721.40.128
Ruthenium306.943.253722.7586.1846.60.109
Rutile336.694.751933.2594.4928.60.0991
Sapphire408.653.753726.251151127.10.0819
Spinel506.043.256129.251351398.50.0662
Tantalum586.893.56131.51561621.90.0572
Topaz673.733.756133.751791861.90.0498

Note: The outermost layer is twisted to the right (Z).

Frequently Asked Questions (FAQ)
What is the AS 1513 standard for AAAC conductors?
AS 1513 is an Australian standard that specifies the requirements for All Aluminium Alloy Conductors (AAAC) used for overhead power transmission and distribution. It covers material properties, dimensions, and mechanical strengths.
What is the difference between AAAC 1120 and AAAC 6201?
The primary difference lies in the alloy composition and strength. AAAC 6201 generally offers higher tensile strength and breaking loads compared to AAAC 1120, making it suitable for longer spans, though conductivity levels may vary.
What are the advantages of using AAAC over ACSR?
AAAC conductors are lighter, have a better strength-to-weight ratio, provide higher corrosion resistance (especially in coastal areas), and eliminate the magnetic losses found in the steel core of ACSR conductors.
Why is the outermost layer of the conductor twisted to the right (Z)?
The "Z" twist (right-hand lay) is a standard stranding direction that ensures structural integrity during installation and prevents unravelling when tensioned on standard line hardware.
Can these conductors be used in high-corrosion environments?
Yes, AAAC is highly recommended for coastal or industrial environments because the aluminum alloy forms a protective oxide layer that resists atmospheric corrosion much more effectively than steel-cored conductors.
How is the sectional area measured?
The sectional area is the nominal sum of the cross-sectional areas of the individual alloy wires that make up the conductor, measured in square millimeters (mm²).

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