Abstract: The invention relates to a charging connector, comprising a plug provided with a plug housing and a socket outlet provided with a socket outlet housing, wherein the plug housing and the socket outlet housing each comprise standard fixing holes for fixing a handle in an interchangeable manner, wherein the charging connector is additionally provided with interchangeable adapters for fluid lines and/or pilot contacts, wherein the adapters are arranged on the interchangeable handles and can be fixed therewith to the charging plug housing and/or socket outlet housing.

Abstract: The invention relates to a charging connector, comprising a plug provided with a plug housing and a socket outlet provided with a socket outlet housing, wherein the plug housing and the socket outlet housing each comprise standard fixing holes for fixing a handle in an interchangeable manner, wherein the charging connector is additionally provided with interchangeable adapters for fluid lines and/or pilot contacts, wherein the adapters are arranged on the interchangeable handles and can be fixed therewith to the charging plug housing and/or socket outlet housing.

Abstract: The present invention relates to a spring-loaded contact connector comprising two joinable connector members of which at least a first connector member, which is watertight in a non-joined state, comprises a plurality of spring-loaded contact pins that are supported in an axially displaceable manner in the connector member against a restoring force, and a seal which surrounds and seals the spring-loaded contact pins in portions, wherein the seal is designed as a slide seal and the spring-loaded contact pins are guided in a relatively displaceable manner in the slide seal, so that the spring-loaded contact pins slide in sealed fashion along the slide seal when the connector members are joined.

Abstract: The present invention relates to a spring-loaded contact connector comprising two joinable connector members of which at least a first connector member comprises a plurality of spring-loaded contact pins that are supported in an axially displaceable manner in the connector member against a restoring force, wherein the first connector member comprises a connection area for establishing a firm electrical connection, and the connection area includes a compensating means for the axial displacement path of the spring-loaded contact pins

Abstract: The present invention relates to a spring-loaded contact connector comprising two joinable connector members of which at least a first connector member comprises a plurality of spring-loaded contact pins that are supported in an axially displaceable manner in the connector member against a restoring force, wherein the first connector member comprises a connection area for establishing a firm electrical connection, and the connection area includes a compensating means for the axial displacement path of the spring-loaded contact pins

Abstract: The present invention relates to a spring-loaded contact connector comprising two joinable connector members of which at least a first connector member, which is watertight in a non-joined state, comprises a plurality of spring-loaded contact pins that are supported in an axially displaceable manner in the connector member against a restoring force, and a seal which surrounds and seals the spring-loaded contact pins in portions, wherein the seal is designed as a slide seal and the spring-loaded contact pins are guided in a relatively displaceable manner in the slide seal, so that the spring-loaded contact pins slide in sealed fashion along the slide seal when the connector members are joined.