Eaton UTL7102G1W3S03 Receptacle - UL/IEC IP68

IP68 protection ensures the connector keeps performing in washdown and outdoor environments, dramatically reducing failure risk in harsh factories. This level of ingress protection translates to less cleaning downtime and longer service intervals, lowering maintenance costs over the life of the automation system. In applications like food processing, outdoor machinery, and exposed conveyors, reliability matters as much as performance. High current and voltage ratings enable simpler harnessing; 16 A at IEC 500 V and UL 600 V ratings mean fewer intermediate devices and shorter harness runs. The result is improved wiring density and reduced voltage drop in dynamic loads such as servo drives and motor controllers. In practice, you achieve faster installations and more robust protection against overloads. Six-position contact arrangement (three #16 and three #20) supports balanced power and control circuits within the 2G1W3 layout, while crimp contacts simplify field assembly. This configuration improves signal integrity and minimizes parasitic resistance, contributing to consistent performance across cycles. Push-pull coupling with jam-nut mounting delivers fast, vibration-resistant mating and easy field servicing. The combined mechanical design supports First Mate Last Break capability, helping technicians reconfigure circuits without compromising existing connections. Operating from -40 °C to 105 °C, the design tolerates extreme industrial conditions and rapid temperature swings. The polyamide insert and plastic shell offer UV resistance, oil resistance, and long-term stability, reducing the risk of degradation under challenging environments. Mating cycles rated at 1000 ensure predictable wear life in cyclic operations, lowering replacement frequency. Salt spray and environmental resistance meet demanding standards, making it suitable for challenging environments where corrosion is a concern. Compact 28.6 mm footprint and 17 g weight support space-constrained assemblies, while 'no backshell' option reduces accessory count and potential leak paths.