RA11HA1CD1EL - Tregaskiss Robotic MIG Gun | Air-Cooled Cable with Water-Cooled I.C.E. Neck | 22° | 4ft | Lincoln

Technical Overview of the Tregaskiss RA11HA1CD1EL

The Tregaskiss RA11HA1CD1EL is a specialized robotic MIG gun assembly designed to bridge the gap between standard air-cooled simplicity and high-performance water-cooled durability. This unit features a unique hybrid configuration: it utilizes a robust 4-foot air-cooled cable assembly paired with a Water-Cooled (W/C) I.C.E. (Integrated Cooling Enhancer) neck. This design is engineered for automated welding cells where the cable management benefits of air-cooled systems are desired, but the process duty cycle demands active cooling at the front end to prevent premature consumable failure.

The gun is outfitted with a 22-degree neck, a specific angle often chosen for particular joint access requirements or to align with specific robot arm trajectories. The backend termination is a Lincoln style connection, ensuring seamless integration with Lincoln Electric wire feeders and power sources commonly found in industrial automation. The system comes pre-configured for 0.045-inch welding wire, including the appropriate liner, contact tip, and gas diffuser.

Technically, the I.C.E. technology circulates cooling liquid directly to the nozzle and contact tip area. This is critical in robotic applications where the arc-on time is significantly higher than manual welding. By keeping the consumables cool, the copper retains its hardness, electrical conductivity remains stable, and micro-arcing inside the tip is reduced. This specific SKU (RA11HA1CD1EL) represents a precise configuration within the Tregaskiss robotic lineup, ensuring repeatability and reliability for high-volume manufacturing environments.

The 4-foot cable length is typical for "through-arm" or "over-the-arm" robot configurations where the wire feeder is mounted on the robot shoulder, minimizing cable slack and potential snag points. This assembly is built to withstand the torsional and bending stresses inherent in robotic articulation.