QDA-26R - ESAB Dinse Adapter for 26 Series Air-Cooled TIG Torches

Professional Connectivity for Precision Welding

The ESAB QDA-26R Dinse Adapter Plug is a critical component for professional welders seeking to integrate standard air-cooled TIG torches with modern welding power sources. Designed specifically for the robust 26-series air-cooled torches, this adapter facilitates a seamless transition to the industry-standard Dinse connection system. In industrial environments where equipment versatility and reliability are paramount, the QDA-26R ensures that your torch setup remains compatible with a wide range of power supplies, eliminating the need for multiple specialized torches.

Engineered for Conductivity and Safety

Constructed from high-grade brass, the core of the QDA-26R is engineered to handle the amperage requirements of heavy-duty TIG welding without significant voltage drop or heat accumulation. The precision-machined connector ensures a tight, conductive fit that promotes a stable arc—essential for high-quality TIG welds. Surrounding the conductive core is a durable, heat-resistant rubber housing. This insulation not only protects the operator from electrical hazards but also shields the connection from the physical rigors of the shop floor, including impact, abrasion, and exposure to welding debris.

Seamless Integration

The QDA-26R is designed for simplicity and efficiency. It allows for the quick attachment and detachment of the torch, streamlining the setup process and facilitating easy equipment changes. This is particularly beneficial in multi-process shops where machines are frequently switched between Stick and TIG modes. By standardizing your connections with high-quality adapters like the QDA-26R, you maintain the integrity of your welding circuit, ensuring that the power delivered by the machine reaches the tungsten electrode with minimal loss. Whether upgrading existing equipment or replacing worn connectors, this ESAB adapter represents a reliable investment in your welding infrastructure.