AncoR 113550 Battery Cable 4 AWG - Tinned Copper

The AncoR 113550 Battery Cable is a high-quality, reliable cable designed for various battery applications. With its tinned copper conductor and PVC insulation, this cable ensures excellent conductivity and durability. It is specifically designed for use without a terminal, featuring a red positive wire that makes it easy to identify and connect.

Featuring a 500-foot spool, the AncoR 113550 Battery Cable provides ample length for various installations. The 4-gauge auxiliary wire offers a suitable thickness for efficient power transmission. With a voltage rating of 600 volts, this cable is capable of handling high-power applications.

This battery cable is UL, CSA, ABYC, and US Coast Guard certified, providing assurance of its quality and safety. Additionally, it is ROHS compliant, making it environmentally friendly.

Product Features:

• Designed for use without a terminal
• Red positive wire for easy identification
• Tinned copper conductor for excellent conductivity
• PVC insulation for durability
• 500-foot spool for ample length
• 4-gauge auxiliary wire for efficient power transmission
• 600-volt rating for high-power applications
• UL, CSA, ABYC, and US Coast Guard certified
• ROHS compliant for environmental friendliness

Specifications:

• Product Type: Battery Cable
• Wire Gauge: 4 AWG
• Terminal Type: Without Terminal
• Wire Color: Red
• Conductor Material: Tinned Copper
• Insulation Material: PVC
• Spool Length: 500 Feet
• Auxiliary Wire Gauge: 4
• Voltage Rating: 600 Volts
• Certifications: UL, CSA, ABYC, US Coast Guard
• Compliance: ROHS

Learn More

• Battery Cable
• Tinned Copper
• PVC Insulation
• ABYC Certification
• ROHS Compliance

Product: AncoR 113550 Battery Cable 4 AWG - Tinned Copper

Brand: Ancor

Model: 113550

Shipping Weight: 91.50 lb

Shipping Height: 12.25 in

Shipping Width: 12.25 in

Shipping Length: 18.50 in

Need to make a return? Visit our Return Policy page for all the information and guidance you need to ensure a smooth and hassle-free process