Eaton UTS714D5SW Plastic Waterproof IP68/69K Receptacle - IP68/69K Rating

The UTS714D5SW features a jam-nut receptacle without a backshell, delivering a compact, secure mounting option that simplifies installation in tight panel spaces while maintaining a water-tight seal, which directly reduces field servicing costs in demanding environments. With five PCB contacts and gold plating, the contact integrity remains high under vibration, improving signal quality and lifecycle performance for critical automation sensors and controllers, which translates to fewer intermittent failures and better process stability. The 1/3 bayonet coupling provides quick mating and secure retention, enabling faster field assembly and test cycles on production lines or in protective enclosures, while the 25.3 mm length and 34.9 mm width/height support compact harness routing in compact control panels. Rated for 12 A UL and 16 A IEC, and up to 600 V test voltage, this connector supports robust power delivery for motors, controllers, and I/O modules, reducing the need for oversize harnesses and simplifying compliance testing. Operating from -40 °C to 105 °C, the UTS714D5SW handles extreme temperatures typical of outdoor equipment, molten-metal processing lines, and rugged industrial sites, ensuring reliable operation without frequent replacements. Its neoprene insert, aluminium nut, and plastic shell provide durable environmental resistance against gasoline, oil, and UV exposure, which minimizes degradation and maintenance costs over the product life. Mating cycles of 250 support lifecycle expectations for moderate-duty automation deployments, aligning with maintenance planning and service window optimization. The no-backshell configuration simplifies compatibility with existing harnesses and reduces total cost of ownership by eliminating unnecessary accessories, while compliance with RoHS and international standards supports global market access for OEMs and integrators. Overall, the UTS714D5SW offers a balanced mix of sealing, durability, and electrical performance that translates into higher uptime, safer equipment operation, and a lower total cost of ownership for rugged automation systems.