Eaton JMXHH1E10MSUDSJ Push-pull receptacle - IP68

Ten-position layout with gold-plated solder cup contacts provides a compact, reliable interface. This reduces harness complexity and improves signal integrity under vibration, making it well suited for front-panel control modules and robotic actuators in automated lines. The business impact is tangible: cleaner installations, fewer intermittent connections, and lower service calls, which translates into higher overall equipment effectiveness (OEE) for production lines. The application emphasis is on machine control panels and automated tooling where space is at a premium and reliability is non-negotiable.Push-pull coupling with IP68 front-mount design enables quick connect/disconnect while maintaining dust and water ingress protection. The business impact is significant in washdown environments and high-durability installations, reducing maintenance time during line changeovers and facilitating faster changeovers on packaging and assembly lines. This is ideal for equipment that requires frequent but reliable mating cycles, such as automated feeders and sensor arrays in modern factories.Electricals and lifecycle are curated by a 2.5 A current rating paired with 2000 mating cycles. The measurable outcome is extended service life and lower replacement costs for channelized control circuits, smart sensors, and actuator interfaces across robotic systems and CNC tooling. In practice, technicians gain confidence during commissioning, knowing the connector supports consistent performance through many cycles in demanding environments.Operating temperature range from -20 °C to 100 °C supports installations from refrigerated production areas to hot processing zones. The business value is clear: broader applicability means fewer part SKUs and streamlined procurement, which reduces lead times and simplifies maintenance planning for industrial automation projects.Plastic shell, shell size 1, and a 24 mm depth deliver a lightweight, cost-effective housing with adequate mechanical strength for panel-mount installations. This combination lowers total cost of ownership while maintaining rugged performance in standard automation environments. The result is easier installation, less panel distortion, and improved field reliability for control panels and instrument clusters.Keying E with yellow color coding minimizes mis-mating risks and accelerates harness assembly in multi-channel systems. The improvement in first-pass mating reduces rework and debugging time during build and service, particularly in complex automation lines where multiple connector families are in play. This yields faster commissioning, improved traceability, and lower risk during integration projects.Note: No backshell possibility is available for this model, which simplifies stock and reduces cost but requires planning for shielding or alternative EMI considerations in shielded housings or attached cabling.