Molex 7 Way Male CLIK-Mate to 7 Way Male CLIK-Mate Wire to Board Cable Assembly, 50mm

The Molex CLIK-Mate-to-CLIK-Mate Off-the-Shelf (OTS) Cable Assembly is engineered for seamless connections in power and signal applications. This robust assembly features a 1.50mm pitch design that accommodates up to 7 circuits, ideal for wire-to-board configurations. With a length of 50.00mm, it is perfectly suited to meet space constraints while ensuring optimal performance. The durable beige connectors are made from high-quality copper alloy and are plated with tin to facilitate reliable connections. Designed for active status, this assembly provides a dependable solution for a variety of electrical applications, promising flexibility and efficiency for your projects.

The Molex CLIK-Mate-to-CLIK-Mate Off-the-Shelf (OTS) Cable Assembly is engineered for seamless connections in power and signal applications. This robust assembly features a 1.50mm pitch design that accommodates up to 7 circuits, ideal for wire-to-board configurations. With a length of 50.00mm, it is perfectly suited to meet space constraints while ensuring optimal performance. The durable beige connectors are made from high-quality copper alloy and are plated with tin to facilitate reliable connections. Designed for active status, this assembly provides a dependable solution for a variety of electrical applications, promising flexibility and efficiency for your projects.

Includes crimp or compression termination interface style for ease of assemblyDesigned with a compact 50.00mm length to fit confined spacesMeets stringent compliance for EU RoHS and REACH SVHC, ensuring environmental responsibilityCompatible with multiple CLIK-Mate receptacles, enhancing interoperability

Includes crimp or compression termination interface style for ease of assemblyDesigned with a compact 50.00mm length to fit confined spacesMeets stringent compliance for EU RoHS and REACH SVHC, ensuring environmental responsibilityCompatible with multiple CLIK-Mate receptacles, enhancing interoperability