Abstract: An electrical contact for mating with a mating contact includes an aluminum body extending along a longitudinal axis and formed of an aluminum or an aluminum alloy, a contact zone disposed on a surface of the aluminum body and adapted to be electrically connected to a mating contact, and a contact spring connected to the aluminum body and having a contact region contacting the mating contact. The aluminum body has a connecting portion adapted to be connected to an aluminum conductor. The contact zone is formed from a material that is more creep-resistant than the aluminum body. The contact spring at least partially rests on the contact zone and is formed from a material that is harder than the aluminum body.

Abstract: An electrical connector configured to be mated with a mating connector along a mating direction includes a plurality of contact elements each having a contact surface at least partially inclined with respect to the mating direction. The contact elements are spaced apart from each other along a circumferential direction with respect to the mating direction.

Abstract: A high-current contact device includes a contact element and a cooling device. The cooling device has a coolant container thermally connected to the contact element, an absorber container arranged at a distance from the coolant container and the contact element, a fluid line extending between the coolant container and the absorber container, and a valve arranged in the fluid line. The coolant container has a coolant and the absorber container has an absorber material. The coolant container is fluidly connected to the absorber container in a valve open position and is fluidly separated from the absorber container in a valve closed position. The coolant changes to a gaseous phase in the coolant container to cool the contact element. The fluid line conveys the coolant in the gaseous phase from the coolant container to the absorber container, and the absorber material absorbs the coolant in the gaseous phase.

Abstract: A contact element comprises a contact box extending in a longitudinal direction of the contact element and delimiting a receptacle. The contact box includes a first box section, a second box section, a third box section arranged opposite the first box section, and a fourth box section arranged opposite the second box section. The second box section and the fourth box section each connect the first box section to the third box section. The first box section and the third box section are each configured in an elastic manner and the second box section and the fourth box section are each configured in a rigid manner. The second box section and the fourth box section are each inclined with respect to the first box section.

Abstract: An electrical contact for mating with a mating contact includes an aluminum body extending along a longitudinal axis and formed of an aluminum or an aluminum alloy, a contact zone disposed on a surface of the aluminum body and adapted to be electrically connected to a mating contact, and a contact spring connected to the aluminum body and having a contact region contacting the mating contact. The aluminum body has a connecting portion adapted to be connected to an aluminum conductor. The contact zone is formed from a material that is more creep-resistant than the aluminum body. The contact spring at least partially rests on the contact zone and is formed from a material that is harder than the aluminum body.

Abstract: The invention relates to a terminal for an electrical connector. The terminal includes, an outer body, a connector section, a crimping section, a contact retention section, a contact receiving area, and at least one main contact spring. The connector section is positioned to receive an pin that is insertable into the terminal. An electrical conductor is attachable in an electrically conductive manner to the crimping section. The outer body is retained in the contact retention section and fitted as a separate component. The at least one main contact spring includes a free end and at least one support area, and projects into the contact receiving area for the pin. Furthermore, the at least one main contact spring provides a contact force on the pin along a main spring path extending substantially transversely to the insertion direction of the connector section. The at least one main contact spring extends substantially in the insertion direction.

Abstract: The invention relates to a terminal for an electrical connector. The terminal includes, an outer body, a connector section, a crimping section, a contact retention section, a contact receiving area, and at least one main contact spring. The connector section is positioned to receive an pin that is insertable into the terminal An electrical conductor is attachable in an electrically conductive manner to the crimping section. The outer body is retained in the contact retention section and fitted as a separate component. The at least one main contact spring includes a free end and at least one support area, and projects into the contact receiving area for the pin. Furthermore, the at least one main contact spring provides a contact force on the pin along a main spring path extending substantially transversely to the insertion direction of the connector section. The at least one main contact spring extends substantially in the insertion direction.

Abstract: An electrical plug connection includes a first plug member and a second plug member. The first plug member and the second plug member each have a plug recess module with a plug recess. At least one plug pin is arranged in the plug recesses of the plug recess modules that electrically connects the first plug member to the second plug member. The plug pin is fixed against removal from the plug recess of at least one of the plug recess modules.

Abstract: An coaxial electrical connector sub-assembly having an outer conductor sleeve having a wall is substantially closed along a perimeter, a slot formed in the wall, and a spring finger integral with the wall and at least partially bounded by the slot, the spring finger having a free end configured to project into the outer conductor sleeve is disclosed.

Abstract: Bush-like and plug-like contact elements and plug-in connectors which contain such contact elements. The contact elements have, on one front box section which is provided for insertion into a chamber of a plug-in connector body, a first latching element which can make a latching connection with a complementary second latching element of the plug-in connector body, in order to hold the contact element non-displaceably in the body. The first latching element is arranged on a flexible tongue of the box section, which tongue can move perpendicularly with respect to the plugging-in direction in order to release the latching connection.

Abstract: This invention relates to a connector having a two-part casing (1, 2) whose parts are adapted to be plugged together, the first casing part (1) engaging at least to some extent by way of a collar (3) around the second casing part (2) in the plugged-together position; and an additional latchable locking means (4, 5) disposed on the two casing parts (1, 2). The additional locking means comprises: a catch projection (4) disposed on the collar surface (3); a locking arm (5) secured to the second casing part (2) and co-operating with the catch projection (4), and a slide (7) as a means for securing the locking arm, the slide (7) being movable on the locking arm (5) lengthwise thereof and prolonging the locking arm (5) into an advanced position until the locking arm engages in a stirrup (6) disposed on the collar (3) after the catch projection (4) as seen from the locking arm (5).