Xtrweld WCSN1B-250 Welding Cable 1 Awg 250 Ft 600V

Product Description

The XTRWELD WCSN1B-250 is a 250-foot reel of 1 AWG welding cable rated at 600 volts, manufactured in the USA and sold by the foot with a minimum order of 250 feet. The cable uses a rope-lay, bunch-stranded construction with a paper separator and a low-smoke halogen-free (LSHF) EPDM jacket that resists abrasion in demanding shop and field environments. Rated for 250 amps at 50 feet, it is well-suited for welders, battery charging systems, and wire harness assemblies. The black LSHF EPDM jacket keeps smoke output low in confined or enclosed workspaces.

This cable is designed for use in stinger and whip assemblies, welding leads, and ground clamp connections, as well as battery applications including chargers and wire harnesses. Its flexible rope-lay stranding allows it to coil and route easily in tight spaces without kinking. The USA-manufactured construction and RoHS compliance make it appropriate for professional welding contractors, electricians, and fleet maintenance shops working under code-conscious or environmentally regulated conditions.

Key Features

• 600-volt rated LSHF EPDM jacket with abrasion resistance for harsh job-site use
• Rope-lay, bunch-stranded construction with paper separator for high flexibility
• 250-amp capacity at 50 feet for heavy welding and battery applications
• Low-smoke halogen-free jacket suitable for enclosed or confined work areas
• SAE J1127 compliant and RoHS compliant
• Manufactured in the USA

Compatibility

Designed for use in stingers, whips, welding leads, ground clamp assemblies, battery chargers, and wire harnesses requiring 1 AWG, 600-volt flexible welding cable.

Installation Notes

Installation and termination of welding cable should be performed by a qualified electrician or certified welding professional. Disconnect and de-energize all equipment before making or breaking cable connections. Use properly rated lugs and connectors sized for 1 AWG conductors, and follow applicable NEC guidelines for ampacity and connection methods. Avoid sharp bends at termination points to preserve conductor integrity and jacket life.