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8 AWG Battery Cable 8 Gauge Power Inverter Cables
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8 AWG Battery Cable 8 Gauge Power Inverter Cables

*High Conductivity: Manufactured with high-purity copper to ensure efficient power transfer and minimal voltage drop.

*Exceptional Durability: Resistant to UV, moisture, chemicals, and extreme temperatures, making it ideal for harsh environments.

*Flexible & Easy to Install: Fine-stranded copper with a tough yet flexible PVC or XLPE jacket for effortless routing and secure connections.

*Heavy-Duty Performance: Designed to handle high current loads with low resistance, ensuring stable and efficient energy transmission.

*Quote Online Now, Contact Us, Free Samples Available.

    Application

    Battery cables are widely used in cars, trucks, RVs, and motorcycles to connect batteries to starters, alternators, and other electrical systems, ensuring smooth operation. In boats and marine applications, they power engines, navigation systems, and onboard electronics while handling tough conditions. They're also a key part of solar energy storage, helping transfer power efficiently. In industrial settings, they keep forklifts, construction equipment, and backup power systems running reliably. Additionally, they’re essential for generators, UPS systems, and off-grid power setups, making sure there’s always a steady and stable power supply when needed.

    Structure

    Conductor: high purity copper
    Insulation: PVC, TPE, XLPE
    Terminal: copper/tinned copper

    Features

    1. Model: ZC-RV, UL1015, UL10269
    2. Rated voltage: 450/750V, 0.6/1kv
    3. Rated temperature: 70℃, 105℃

    Physical Properties

    1. Test object Ttem: Insulation
    2. Tensile strength(MPa): ≥10.3
    3. Elongation(%):  ≥100%
    4. Aging Condition: 136℃/168h
    5. Tensile strength(%): ≥70
    6. Elongation(%): ≥65

    Installation

    1. Flexible Installation: Designed for easy routing in confined spaces such as engine compartments, RVs, and marine systems.
    2. Secure Connections: Use high-quality copper or tinned copper terminals with proper crimping or soldering for optimal conductivity and safety.
    3. Protection & Maintenance: Avoid sharp bends and abrasion against rough surfaces to prevent insulation damage and ensure long-term reliability.

    Specification

    Specification Construction No m.thinckness(mm) lns u.Dia.(mm) Max.Cond.Res ist ance(20°C) Packing
    22AWG 17/0.16 0. 76 2.40 59.4Ω/KM 610m/reel
    20AWG 26/0.16 0. 76 2.55 36.7Ω/KM 610m/reel
    18AWG 41/0.16 0. 76 2.75 23.2Ω/KM 610m/reel
    16AWG 26/0.254 0. 76 3.10 14.6Ω/KM 305m/reel
    14AWG 41/0.254 0. 76 3.50 8.96Ω/KM 305m/reel
    12AWG 65/0.254 0. 76 3.90 5.64Ω/KM 305m/reel
    10AWG 105/0.254 0. 76 5.10 3.55Ω/KM 305m/reel
    9AWG 133/0.254 0. 76 5.50 2.81Ω/KM 100m/reel
    8AWC 164/0.254 1.14 6.60 2.23Ω/KM 100m/reel
    7AWG 210/0.254 1.14 7.20 1.768Ω/KM 100m/reel
    6AWG 260/0.254 1.52 8.50 1.403Ω/KM 100m/reel
    5AWG 329/0.254 1.52 8.90 1.113Ω/KM 100m/reel
    4AWG 413/0.254 1.52 9.80 0.882Ω/KM 100m/reel
    3AWG 518/0.254 1.52 10.30 0.700Ω/KM 100m/reel
    2AWC 658/0.254 1.52 12.10 0.555Ω/KM 100m/reel
    1AWG 816/0.254 2. 03 13.70 0.440Ω/KM 100m/reel
    1/0AWG 1032/0.254 2. 03 15.00 0.348Ω/KM 100m/reel
    2/0AWG 1311/0.254 2. 03 16.80 0.277Ω/KM 100m/reel
    3/0AWG 1653/0.254 2. 03 17.80 0.219Ω/KM 100m/reel
    4/0AWG 2090/0.254 2. 03 19.60 0.172Ω/KM 100m/reel

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