Phoenix Contact VARIOFACE Series 50-Contact Female Interface Module, D-sub Connector, Rear Mount, 2.5A

The Phoenix Contact Interface module is a versatile and reliable solution for creating a 1:1 connection between plug-in screw connection terminal blocks and a D-SUB miniature female strip. With its 50 positions and screw connection method, this module offers a secure and convenient way to connect various devices. It is designed in accordance with IEC60807-2 standards, ensuring high-quality performance. The module features separate ground pick-off for 9 to 37 positions, while the 50-position version does not have a ground pick-off. Made from durable materials and complying with strict environmental conditions, this module guarantees long-lasting and efficient operation.

The Phoenix Contact Interface module is a versatile and reliable solution for creating a 1:1 connection between plug-in screw connection terminal blocks and a D-SUB miniature female strip. With its 50 positions and screw connection method, this module offers a secure and convenient way to connect various devices. It is designed in accordance with IEC60807-2 standards, ensuring high-quality performance. The module features separate ground pick-off for 9 to 37 positions, while the 50-position version does not have a ground pick-off. Made from durable materials and complying with strict environmental conditions, this module guarantees long-lasting and efficient operation.

Versatile compatibility with 9 to 50 positionsSeparate ground pick-off for 9 to 37 positionsScrew connection method for secure and reliable connectionsRated insulation voltage of 125 VHigh-quality materials ensure durability and reliabilityComplies with environmental conditions for optimal performance

Versatile compatibility with 9 to 50 positionsSeparate ground pick-off for 9 to 37 positionsScrew connection method for secure and reliable connectionsRated insulation voltage of 125 VHigh-quality materials ensure durability and reliabilityComplies with environmental conditions for optimal performance