Abstract: A connector clamp socket which fulfils high requirements for mechanical and electrical safety and has a protection against misconnection. The connector clamp socket is designed to be inserted into an electrical component in an assembly direction and comprises a plug contact receptacle and at least one insertion opening. The plug contact receptacle is designed to receive a plug contact, which penetrates through the insertion opening into the plug contact receptacle along an insertion direction. A cross-section of the connector clamp socket has a non-rotationally symmetric shape that, at least section-wise, is concave and polygonal with at least five apexes and two long sides that are opposite one another with respect to the plug contact receptacle.

Abstract: An electrical flat socket contact device for an electrical power connection includes a carrier structure, wherein the carrier structure forms a primarily cuboid contact box unit, into which a primarily cuboid tab contact for electrically contacting the flat socket contact device can be plugged; and a primarily cuboid contact body arranged in the contact box unit for contacting the tab contact plugged into the contact box unit, wherein the contact body is arranged on a base wall of the carrier structure, wherein on a top wall of the carrier structure arranged opposite the base wall there is arranged at least one spring element unit for mechanically contacting the tab contact, and wherein the top wall has at least twice the wall thickness of the base wall.

Abstract: A housing for an electrical lamella spring contact, which is designed for the insertion of a pin contact, includes a lamella spring contact receptacle into which the lamella spring contact can be inserted along a longitudinal direction of the housing, wherein the housing has two side walls delimiting the lamella spring contact receptacle at adjacent sides, extending along the longitudinal direction and being at an angle to each other, and a support spring for supporting a spring portion of the lamella spring contact, the support spring extending from one side wall to the other side wall. A contact assembly is provided having the housing and a lamella spring contact disposed in the lamella spring contact receptacle and having a lamella spring supported by the support spring.

Abstract: An electrical contact device includes a first electrical contact portion mechanically fixing and electrically connecting the electrical contact device to a circuit board by press-fitting, a second electrical contact portion forming an electrical plug contact matable with an electrical mating contact element, and a spring portion arranged between the first and second electrical contact portions in a longitudinal direction of the electrical contact device. The second electrical contact portion has a fork structure with a pair of fork elements mechanically clamping and fixing the electrical mating contact element on the electrical contact device. The spring portion electrically connects the first and second contact portions. The spring portion permits an elastic variation of a spacing between the first and second electrical contact portions in the longitudinal direction.

Abstract: Electrical contact (19) having a housing (2) in which an electrical conductor (1) is embedded, the housing (2) having a recess (3), the electrical conductor (1) being inserted into the recess (3), an intermediate space (20) between the conductor (1) and the housing (2) being filled with a sealing material (21), the conductor (1) extending in the longitudinal direction through the housing (2), the conductor (1) having a web (15, 16), the web (15, 16) extending transversely relative to the longitudinal direction around the conductor (1), the web (15, 16) protruding by a predetermined height beyond a lateral face (6, 7) of the conductor (1), the sealing material (21) being arranged at one side of the web (15, 16).

Abstract: Electrical contact (19) having a housing (2) in which an electrical conductor (1) is embedded, the housing (2) having a recess (3), the electrical conductor (1) being inserted into the recess (3), an intermediate space (20) between the conductor (1) and the housing (2) being filled with a sealing material (21), the conductor (1) extending in the longitudinal direction through the housing (2), the conductor (1) having a web (15, 16), the web (15, 16) extending transversely relative to the longitudinal direction around the conductor (1), the web (15, 16) protruding by a predetermined height beyond a lateral face (6, 7) of the conductor (1), the sealing material (21) being arranged at one side of the web (15, 16).