TE Connectivity’s High-Power AMP MCP 9.5 Two Position Connectors

TE
Kettering, Ohio, USA – June 28, 2016 – TE Connectivity’s (TE) high-power AMP MCP 9.5 two position connectors are designed for harsh environment wire-to-wire and wire-to-circuit board connections. Part of TE Industrial & Commercial Transportation’s extensive portfolio of rugged electrical connector solutions, AMP MCP 9.5 two position connectors are designed to withstand the extreme conditions of the trucking, agricultural, mining, construction, and marine industries. The connectors utilize TE’s field-proven AMP MCP 9.5 contacts and have a current rating of 78 amps for 10 mm² wire.

The AMP MCP 9.5 two position connectors are constructed of heavy-duty thermoplastic and withstand severe vibration and mechanical shock. They are IP 67 & IP 69K rated and protect connections from dust, dirt, and moisture. AMP MCP 9.5 two position connectors have a -30° to + 100°C long term operating temperature.

The robust AMP MCP 9.5 two position connectors feature an integrated secondary lock that confirms contact alignment and retention. A slide lock is used for easy connector mating. Several mounting options are available, including inline, flange, sealed flange, and PCB mount, making the connectors suitable for numerous application types. No tools are required for mounting, as the AMP MCP 9.5 two position connectors feature a clip-in mounting feature.

For harsh environment applications that require a high-power, environmentally sealed two position electrical connector, the AMP MCP 9.5 two position connectors are a reliable solution. AMP MCP 9.5 two position connectors and the entire TE Industrial & Commercial Transportation product portfolio, deliver reliable connectivity solutions for applications where failure is not an option. Visit www.te.com/ict for more information.

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TE Connectivity (NYSE: TEL) is a $12 billion global technology leader. Our connectivity and sensor solutions are essential in today’s increasingly connected world. We collaborate with engineers to transform their