WACCV-10-2-L6 - Lincoln 6-Pin Compatible TIG Torch Rotary Amperage Control, 28ft

Technical Overview of the CK WACCV-10-2-L6

The CK Worldwide WACCV-10-2-L6 is a precision-engineered remote amperage control device designed to interface directly with Lincoln Electric welding power sources utilizing a 6-pin remote connector. This unit functions as a linear potentiometer, providing the operator with the ability to adjust welding current output remotely from the torch handle. The internal componentry features a 10,000 Ohm (10k) potentiometer, which is the standard resistance value required for the control circuits of compatible Lincoln machines. The assembly includes a generous 28-foot cable, significantly exceeding standard lengths, to facilitate operation on large workpieces or in environments where the power source is stationary and distant.

Mechanically, the device utilizes a rotary wheel interface. This design allows for fine-tuned adjustments of amperage during the welding process, enabling the operator to ramp current up or down (crater out) with a simple thumb motion. The control unit also integrates a switch that provides contactor on/off functionality; it is designed to return to the 'off' position automatically when released, ensuring the electrode is electrically cold when not in use. This safety feature is critical for preventing accidental arc strikes and ensuring operator safety during idle periods.

Mounting is achieved through a versatile Hook and Loop (Velcro-style) strap system. This universal attachment method ensures that the WACCV-10-2-L6 can be securely fastened to virtually any make or model of TIG torch handle, regardless of diameter. It is compatible with standard air-cooled torches (such as CK9, CK17, CK26) as well as larger water-cooled models (CK18, CK20, CK350). The strap design allows for quick installation and removal, making it an efficient tool for MRO environments where equipment configurations may change frequently. The unit is supplied as a complete assembly, ready for immediate integration into existing welding setups.