0459528994 - ESAB 25M Amphenol Control Cable Assembly

High-Performance Interconnection for Industrial Welding

The ESAB Control Cable Amph Amph 25M (SKU: 0459528994) is a premium-grade interconnection assembly designed to bridge the gap between ESAB welding power sources and compatible wire feeders or remote control units. In the demanding world of industrial fabrication, the reliability of the communication link between your power supply and your wire drive system is critical. This cable ensures that voltage signals, wire feed speed commands, and trigger data are transmitted instantaneously and without interference, ensuring a stable arc and consistent weld quality.

Extended Reach for Large-Scale Operations

One of the standout features of this assembly is its impressive 25-meter length (approximately 82 feet). Standard cables often limit the welder's mobility, forcing the heavy power source to be moved frequently. With this extended control cable, operators can position the power source in a safe, stationary location while taking the lightweight wire feeder directly to the work piece—whether that is high up on a scaffold, deep inside a vessel, or across a large manufacturing floor. This flexibility significantly improves workflow efficiency and reduces setup time between welds.

Robust Construction and Connectivity

The cable is terminated at both ends with high-quality Amphenol connectors. Known for their ruggedness and reliability in harsh environments, these connectors provide a secure, vibration-resistant mating that prevents accidental disconnections during operation. The pin configuration is engineered to match specific ESAB equipment interfaces, ensuring a plug-and-play experience without the need for adapters or rewiring.

The cable itself features a heavy-duty, industrial-grade jacket designed to withstand the rigors of the welding environment. It offers excellent resistance to:

• Abrasion and Cuts: Withstands dragging over concrete floors and sharp metal edges.


• Oil and Chemicals: Resists degradation from common workshop fluids.


• Heat and Spatter: Durable enough to survive near the welding zone (though direct contact with the arc should always be avoided).

Signal Integrity

Inside the jacket, the conductors are arranged to minimize cross-talk and electromagnetic interference (EMI), which is common in environments with high-frequency welding equipment. This shielding ensures that the delicate control signals remain pure, preventing erratic wire feeding or arc instability that can occur with inferior cabling.