Eaton Souriau JMXFD1G07FCUDSU Push-Pull Connector - IP50

7-position layout with a straight plug and backshell sealing gland provides a compact, alignment-friendly interface. This geometry reduces panel depth, speeds mating, and improves sealing integrity in dusty or oily environments. It is particularly advantageous in robotic cells, automated packaging lines, and machine control panels where space is at a premium. The rugged plastic shell resists impact and supports reliable performance across factory floors. In design practice, engineers value its repeatable mating tolerances and compatibility with the JMX family accessories for lifecycle management. Gold-plated crimp contacts within seven terminals deliver consistent low-resistance connections and corrosion resistance. The 5 A current rating supports sensor clusters, I/O blocks, and small actuators without overheating. This combination translates to lower maintenance intervals and greater reliability in food, beverage, and general manufacturing environments. The plating reduces contact impedance over time, maintaining signal integrity for both power and data signals in compact bundles. Mating cycles reach 2000, and the operating temperature spans -40 to 125 °C, enabling dependable use on factory floors and in demanding environments. UL94 V0 flammability and RoHS/REACH compliance further assure safety and regulatory alignment across industries. The design also supports consistent performance in humid or dusty environments, helping plants meet uptime targets and minimize unexpected failures. IP50 protection ensures dust protection at the mating interface while allowing limited internal ingress under controlled conditions. Straight plug orientation aids quick alignment and reduces mis-mating risk, saving time during harness assembly and commissioning. The backshell sealing gland configuration simplifies field sealing and improves serviceability when upgrading equipment or replacing harnesses. Compatibility with standard Souriau accessories improves interchangeability and spare-part availability across multiple projects. Tool-free mating and straightforward crimp processing reduce training time, integration risk, and errors during harness assembly. With its compact footprint, engineers can consolidate connectors across multiple panels, reducing part numbers and simplifying procurement for large automation rollouts.