95562-240CALF

Optimized for industrial automation systems, the 95562-240CALF by Amphenol ICC (FCI) redefines reliability standards in Memory Connectors - PC Card Sockets. This robust connector solution incorporates advanced materials and precision engineering to withstand the rigors of Industry 4.0 environments.Supporting PCMCIA - Type I, II, III interfaces, the connector enables flexible fieldbus connectivity options. Its modular design allows for hot-swapping of communication modules without system downtime.The 68, 68 configuration has been specifically designed for industrial I/O applications. The contact arrangement supports both signal and power transmission in a single compact package.The Connector and Ejector system features a positive locking mechanism that withstands 100N of pull force. This exceeds typical industrial requirements for vibration resistance in robotic applications.With Push In, Push Out operation, the connector enables tool-free maintenance in confined spaces. The color-coded mating indicators prevent incorrect module installation.The Right ejector design accommodates both left-hand and right-hand access requirements. The ergonomic lever action requires minimal force for module extraction.The Card Edge Header version includes integrated strain relief for cable harnesses. This feature is particularly valuable in applications subject to constant mechanical stress.The 0.626" (15.90mm) low-profile design facilitates installation in control cabinets with limited clearance. Despite its compact size, the connector maintains full finger-safe protection.Available in Normal, Standard - Top configurations, the connector supports both DIN rail and direct PCB mounting. This flexibility simplifies panel builder workflows.The Palladium-Nickel plating has been tested for 500+ mating cycles with minimal wear. This durability is critical for frequently changed modules in flexible manufacturing systems.With 19.7µin (0.50µm) gold plating, the contacts maintain stable resistance in humid environments. The plating thickness has been optimized for both performance and cost in industrial volumes.