Leave Your Message

AAAC Aluminum Alloy Conductor ASTM B399 - Lightweight, Durable | China Suppliers & Factory

,

Execution Standard: ASTM B399

,

Material: Our AAAC (All-Aluminum Alloy Conductor) is crafted from superior 6201-T81 aluminum-magnesium-silicon alloy, ensuring top-notch quality.

,

Product Advantage: As one of the leading suppliers and manufacturers in China, we offer lightweight yet durable aluminum alloy conductors that significantly simplify transportation and installation processes. This reduction in labor intensity and project timelines makes our products stand out in the market.

,

Our AAAC is specifically designed to blend electrical efficiency with structural robustness. The unique alloy formulation boosts both conductivity and tensile strength, making it an ideal choice for medium-voltage lines, particularly in regions with fluctuating temperatures or moderate wind loads. Choose our factory for reliable and high-performance aluminum alloy conductors.

,
    container

    heading-type-1

    div容器

    Code Word Conductor Size Stranding Sectional Area Diameter of Conductor Linear Mass Rated Strength Max. D.C. Resistance at 20℃
    cmil (AWG) mm No. mm² mm kg/km kN Ω/km
    26 240 (6AWG) 1.55 7 13.2 4.65 36 4.22 2.536
    Akron 30 580 1.68 7 15.5 5.04 42 4.92 2.159
    41 740 (4AWG) 1.96 7 21.12 5.88 58 6.72 1.586
    Alton 48 690 2.12 7 24.71 6.36 68 7.84 1.3557
    66 360 (2AWG) 2.47 7 33.54 7.41 92 10.70 0.9987
    Ames 77 470 2.67 7 39.19 8.01 107 12.50 0.8547
    105 600 (1/0AWG) 3.12 7 53.52 9.36 147 17.00 0.6259
    Azusa 123 300 3.37 7 62.44 10.11 171 19.00 0.5365
    133 100 (2/0AWG) 3.50 7 67.35 10.5 184 20.50 0.4974
    Anaheim 155 400 3.78 7 78.55 11.34 215 24.00 0.4264
    167 800 (3/0AWG) 3.93 7 84.91 11.79 233 25.90 0.3945
    Amherst 195 700 4.25 7 99.30 12.75 272 30.20 0.3373
    211 600 (4/0AWG) 4.42 7 107.41 13.26 294 32.70 0.3119
    Alliance 246 900 4.77 7 125.09 14.31 343 38.10 0.2678
    250 000 2.91 19 126.37 14.55 348 39.00 0.2651
    300 000 3.19 19 151.85 15.95 418 46.80 0.2206
    Butte 312 800 3.26 19 158.59 16.3 436 46.70 0.2112
    350 000 3.45 19 177.62 17.25 489 52.30 0.1886
    Canton 394 500 3.66 19 199.90 18.3 550 59.00 0.1676
    400 000 3.69 19 203.19 18.45 559 59.80 0.1649
    450 000 3.91 19 228.14 19.55 628 67.30 0.1468
    Calro 465 400 3.98 19 236.38 19.9 650 69.60 0.1431
    500 000 4.12 19 253.30 20.6 697 74.70 0.1322
    550 000 3.10 37 279.26 21.7 770 83.90 0.12
    Darien 559 500 4.36 19 283.67 21.8 781 83.60 0.1181
    600 000 3.23 37 303.18 22.61 836 91.50 0.1105
    650 000 3.37 37 330.03 23.59 910 95.00 0.1015
    Elgin 652 400 4.71 19 331.04 23.55 911 97.50 0.1012
    700 000 3.49 37 353.95 24.43 976 102.00 0.09464
    Flint 740 800 3.59 37 374.53 25.13 1033 108.00 0.08944
    750 000 3.62 37 380.81 25.34 1050 110.00 0.08976
    800 000 3.73 37 404.3 26.11 1115 117.00 0.08285
    900 000 3.96 37 455.70 27.72 1257 132.00 0.07351
    Greeley 927 200 4.02 37 469.62 28.14 1295 136.00 0.07133
    1 000 000 4.18 37 507.74 29.26 1400 146.00 0.06597
    1 077 400 3.38 61 547.34 30.42 1512 156.00 0.0612
    1 165 100 3.51 61 590.25 31.59 1630 169.00 0.05675
    1 250 000 3.63 61 631.30 32.67 1744 180.00 0.05306
    1 259 600 3.65 61 638.27 32.85 1763 182.00 0.05248
    1 348 800 3.78 61 684.55 34.02 1891 195.00 0.04893
    1 439 200 3.90 61 728.70 35.1 2013 208.00 0.04597
    1 500 000 3.98 61 758.90 35.82 2096 217.00 0.04414
    1 750 000 4.30 61 885.84 38.7 2447 253.00 0.03781
    Frequently Asked Questions
    What do the Code Words (e.g., Akron, Alton, Ames) represent?
    Code Words are standard industry designators used to simplify ordering and identifying specific conductor sizes and stranding configurations without needing to reference complex numerical specifications.
    What does "cmil" stand for in the conductor size column?
    "cmil" stands for Circular Mil, which is a unit of area equal to the area of a circle with a diameter of one mil (1/1000 of an inch). It is a standard unit used in the United States for denoting large electrical conductor cross-sections.
    How does the stranding configuration affect the conductor's performance?
    The number of strands (No.) affects the flexibility and mechanical strength of the conductor. For the same cross-sectional area, a higher number of strands generally offers greater flexibility, making it easier to handle and install.
    What is the relationship between conductor size and D.C. resistance?
    There is an inverse relationship: as the conductor size (sectional area in mm²) increases, the Max D.C. Resistance at 20℃ decreases. Larger conductors allow current to flow more easily with fewer electrical losses.
    Why is the Rated Strength (kN) parameter important?
    Rated Strength indicates the maximum mechanical tension the conductor can withstand before breaking. This value is critical for engineers when calculating tower span lengths, sag, and environmental load factors (like wind and ice) for overhead installations.

    Leave Your Message

    AI Helps Write