
The ESAB 20760 Pilot Arc Cable is a critical replacement component designed to restore the functionality and reliability of your ESAB plasma cutting system. Measuring 8 feet in length, this cable is engineered to carry the pilot current from the power source to the torch head, facilitating the ionization of the air gap required to establish the main cutting arc. As a genuine OEM part, it ensures seamless compatibility with specific ESAB torch assemblies, maintaining the manufacturer's safety and performance standards.
In plasma cutting, the pilot arc is essential for starting the cut without touching the tip to the workpiece (in non-HF systems) or for establishing the initial conductive path. A damaged or frayed pilot arc cable can lead to intermittent starting issues, weak arcs, or complete failure to ignite. This replacement cable features high-quality conductive stranding optimized for the specific current requirements of the pilot circuit, ensuring efficient energy transfer and minimizing voltage drop over its length.
Durability is a key feature of the ESAB 20760. The outer insulation jacket is constructed from robust materials designed to withstand the harsh environment of industrial metalworking shops. It offers resistance against abrasion from concrete floors, incidental contact with hot sparks, and general wear and tear. Despite its toughness, the cable remains flexible, allowing for easy routing within cable covers and minimizing drag on the torch handle during precise cutting operations.
When servicing your plasma torch leads, using authentic ESAB parts like the 20760 cable guarantees that your equipment operates within its specified parameters. Whether you are repairing a severed line or performing preventative maintenance on an aging torch lead assembly, this 8-foot pilot arc cable provides the quality and reliability professional fabricators expect from ESAB.
| Additional Information |
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| Packaging Description:pack of 1 |
| Item:Pilot Arc Cable |
| Length :8 ft |
| Cable Type:Pilot Arc |
| Compatible Process:Plasma Cutting |