0416749882 - ESAB 25m CCS Interconnection Control Cable

Maximize Your Welding Mobility with ESAB

Upgrade your shop's versatility with the ESAB Control Cable CCS, 25 Meters (0416749882). In the dynamic environment of a welding shop or construction site, mobility is key to efficiency. Being tethered to a power source with a short cable limits your ability to access difficult joints or move around large workpieces. This 25-meter control cable solves that problem instantly, allowing you to position your wire feeder or remote control unit exactly where the work is, while keeping your heavy power source safely stationed in a central location or on a rack. This is the ideal solution for fabricators working on trailers, large tanks, or sprawling infrastructure projects.

Genuine OEM Reliability

When it comes to connecting expensive welding machinery, using generic or makeshift cables can be a gamble. The ESAB 0416749882 is a genuine OEM part, manufactured to the exact specifications required by ESAB power sources. This means the impedance, resistance, and pin configurations are perfectly matched to your machine's control boards. Using genuine cables protects your equipment's electronics from potential damage caused by short circuits or poor connections. The connectors lock securely into place, preventing accidental disconnections that could interrupt a critical weld pass.

Heavy-Duty Construction

Welding environments are harsh, filled with sharp metal edges, heavy traffic, and contaminants. This control cable is built to survive. The protective sheath is tough enough to resist cuts and crushing forces, yet flexible enough to be coiled and stored easily at the end of a shift. Whether you are replacing a damaged cable or extending your current setup, this 25-meter CCS cable offers the reliability professional welders demand. It integrates seamlessly into your existing ESAB workflow, ensuring that your focus remains on laying the perfect bead, not on troubleshooting connection issues.

Key Application Areas

This cable is particularly useful in scenarios where the power source cannot follow the operator, such as working on scaffolding, inside large vessels, or across busy production floors. It eliminates the need for frequent machine relocation, thereby increasing arc-on time and overall productivity.