Esab 45V04 Tig Torch Power Cable 25 Feet Water Cooled

Product Description

The ESAB 45V04 is a 25-foot water-cooled TIG torch power cable designed for use with compatible ESAB TIG welding torches. This cable delivers welding current from the power source to the torch head while the water-cooled construction manages heat generated during high-amperage TIG welding operations. The 25-foot length provides working distance from the power source to the weld zone, reducing the need to reposition equipment frequently. Welding technicians and fabricators working with water-cooled TIG setups install this cable as a replacement or spare to maintain continuous operation. It is a direct-replacement component rather than a universal accessory.

This power cable is suited for water-cooled TIG welding applications in fabrication shops, industrial maintenance environments, and production welding settings where water-cooled torches are standard equipment. Water-cooled torches are common in applications requiring sustained high-amperage output where air-cooled torches would overheat. The 25-foot cable length accommodates typical bench and fixture welding distances without excessive slack.

Key Features

• 25-foot connector length provides working reach from power source to weld zone
• Water-cooled design handles heat loads generated during high-amperage TIG welding
• OEM ESAB part number 45V04 ensures correct fit for compatible ESAB TIG torch assemblies
• Packaged individually as a single-unit replacement component

Compatibility

Designed as an OEM-style replacement power cable for water-cooled ESAB TIG torch assemblies. Consult ESAB documentation or the existing torch assembly to confirm fitment before installation.

Installation Notes

Installation should be performed by a qualified welding technician familiar with TIG torch assembly and water-cooled welding systems. Power down and disconnect the welding power source before disconnecting or reconnecting any torch cables. Shut off and depressurize the water cooling system before removing the power cable to prevent coolant spillage. Verify all connections are secure and the coolant circuit is leak-free before returning the system to service.