V-92 - Weldcraft V-92 Slide Gas Valve for WP-9, WP-17, WP-24 Torches

Precise Gas Control with Weldcraft V-92

The Weldcraft V-92 Gas Valve Slide is a critical component for welders utilizing air-cooled TIG torches who require manual control over their shielding gas flow. Designed specifically for the popular WP-9, WP-17, and WP-24 series torches, this genuine Weldcraft part ensures that your equipment operates at peak efficiency. In TIG welding, the management of shielding gas is paramount to achieving a clean, porosity-free weld. The V-92 valve allows the operator to manually slide the valve open to initiate gas flow prior to striking an arc and slide it closed immediately after the post-flow period is complete.

This manual control is particularly advantageous in welding setups where the power source does not have an integrated gas solenoid valve, such as with scratch-start or lift-arc TIG welding on basic DC inverters or engine-driven welders. By placing the control directly on the torch body, the welder maintains complete autonomy over gas usage, significantly reducing waste and ensuring that the weld pool is always protected when necessary. The slide mechanism is engineered for smooth operation, allowing for easy adjustment even while wearing welding gloves.

Constructed from high-quality materials, the V-92 valve is built to withstand the rigors of daily industrial use. It resists heat and wear, ensuring a long service life. Installation is straightforward, fitting seamlessly into the handle of compatible torch bodies. Whether you are repairing a damaged torch or assembling a custom rig for field work, the Weldcraft V-92 provides the reliability and performance professional welders demand. Trust in genuine Weldcraft parts to maintain the integrity of your welding equipment and the quality of your work.

Key Benefits

• Direct Compatibility: Engineered specifically for 9, 17, and 24 series torches.
• Gas Savings: Manual control prevents unnecessary gas loss between welds.
• Durability: Robust design withstands heat and mechanical stress.