048287 - Miller 14-Pin CPC Plug Connector Size 17 Cable Mount

Technical Overview of the Miller 048287 CPC Connector

The Miller 048287 is a specialized Circular Plastic Connector (CPC) designed for industrial welding applications. This component features a 14-pin configuration housed within a Size 17 shell, adhering to the standard interface protocols used across a wide range of Miller Electric power sources and accessories. As a cable-mount plug, it is engineered to terminate control cables for devices such as remote foot controls, fingertip amperage controls, and certain wire feeder interconnects. The connector utilizes a push-in assembly method, ensuring that contacts are securely seated within the housing to prevent signal loss or intermittent connections during operation.

Constructed from high-grade thermoplastic, the housing offers significant resistance to impact, vibration, and thermal stress common in welding environments. The Size 17 shell provides a robust coupling mechanism that mates securely with the chassis-mounted receptacles found on Miller power sources. This ensures a weather-resistant and dust-resistant seal when properly mated, protecting the electrical contacts from environmental contaminants. The 14-pin layout allows for the transmission of multiple control signals, including contactor closure, amperage adjustment potentiometers, and auxiliary power lines, making it a critical component for the functionality of advanced welding setups.

Maintenance and repair professionals rely on the 048287 for fabricating custom control cables or repairing damaged OEM equipment. Its compatibility with the established Miller 14-pin standard makes it a versatile stock item for MRO operations servicing TIG and MIG welding fleets. The connector is designed to accommodate standard pin terminals (typically sold separately or included depending on the specific kit configuration, though this SKU refers specifically to the connector body assembly). Proper installation ensures the restoration of full remote functionality, maintaining the precision and reliability expected from Miller equipment.