951476 - ESAB 14-Pin Remote Control Receptacle Assembly

Genuine ESAB 14-Pin Receptacle Assembly for Welding Power Sources

The ESAB 951476 Receptacle Assembly is a critical OEM component designed to maintain the interface integrity of your ESAB welding power source. This 14-pin connector serves as the primary communication bridge between the welding machine and external remote control devices, such as foot pedals, hand amperage controls, and automation signaling equipment. Manufactured to ESAB's exact engineering standards, this assembly ensures that all control signals—including contactor closure and potentiometer reference voltages—are transmitted accurately and reliably.

In industrial welding environments, the remote receptacle is subject to frequent mating cycles, mechanical stress, and potential exposure to debris. Over time, pins can become loose, oxidized, or damaged, leading to intermittent control issues or a complete loss of remote functionality. The 951476 assembly provides a complete replacement solution, featuring a durable housing and high-quality contact pins that resist wear and corrosion. The assembly typically includes the necessary wiring harness or leads, pre-terminated or prepared for connection to the machine's internal control board, simplifying the repair process for maintenance technicians.

This component utilizes the industry-standard 14-pin configuration often associated with Amphenol-style connectors, which is widely used for its robustness and secure locking capability. The threaded coupling ring ensures that the remote cable remains firmly attached during operation, preventing accidental disconnection that could interrupt the weld arc. By using genuine ESAB parts like the 951476, operators ensure that the pinout configuration matches the machine's logic board perfectly, avoiding the risks associated with universal or mis-wired aftermarket connectors.

Whether performing routine maintenance or repairing a machine with a damaged front panel connector, this receptacle assembly restores the full versatility of the power source. It allows welders to utilize advanced TIG and MIG functions that require remote current adjustment, ensuring the equipment operates at peak performance levels as intended by the manufacturer.