0323941003 - ESAB UTG014-12S Connector Socket

Genuine ESAB Sleeve Socket UTG014-12S

The ESAB Sleeve Socket UTG014-12S (Part Number: 0323941003) is a critical replacement component designed for the maintenance and repair of ESAB welding systems. In the realm of industrial welding automation and manual equipment, the integrity of electrical connections is paramount. This specific socket belongs to the UTG series of circular connectors, known for their robustness and reliability in harsh industrial environments. It features a shell size of 14 with a 12S insert arrangement, ensuring it matches the specific pinout requirements of compatible ESAB power sources and wire feeders.

Industrial welding equipment relies heavily on control cables to transmit signals for wire feed speed, voltage control, and trigger activation. Over time, the sockets on the machine face or cable extensions can suffer from wear, impact damage, or oxidation, leading to intermittent faults or complete signal loss. Replacing a damaged socket with this genuine OEM part restores the original functionality of the equipment, preventing costly downtime and ensuring consistent weld quality. The UTG design offers a secure mating mechanism that resists vibration, a common factor in heavy fabrication workshops.

Sourcing genuine ESAB parts like the 0323941003 ensures that the materials and dimensional tolerances meet the manufacturer's strict standards. Generic connectors may not provide the same level of environmental sealing or mechanical durability required for long-term operation. This sleeve socket is engineered to handle the electrical loads and physical stresses typical of daily welding operations, making it an essential spare part for maintenance departments and repair technicians servicing ESAB fleets.

Whether you are rebuilding a vintage ESAB machine or repairing a modern unit that has sustained field damage, this sleeve socket provides the correct interface for your control cables. Proper installation of this component ensures that your welding parameters are communicated accurately from the feeder to the power source, maintaining the precision and performance expected from ESAB equipment.