Abstract: A load connector is provided for transmitting electrical current, particularly for use in a motor vehicle. The load connector has a housing in which a metallic spring contact is provided for supplying electrical current from a current line. The spring contact establishing a force-fitting contact with a metallic flat pin of a corresponding connection when the load connector is connected to the connection. The load connector is characterized in that its housing is closed by a housing cap, on inner side of which has a contour designed such that the spring contact is form-fittingly secured in the housing by way of the contour.

Abstract: A load connector is provided for transmitting electrical current, particularly for use in a motor vehicle. The load connector has a housing in which a metallic spring contact is provided for supplying electrical current from a current line. The spring contact establishing a force-fitting contact with a metallic flat pin of a corresponding connection when the load connector is connected to the connection. The load connector is characterized in that its housing is closed by a housing cap, on inner side of which has a contour designed such that the spring contact is form-fittingly secured in the housing by way of the contour.

Abstract: A clip connection includes a first component and a male fixing element which protrudes therefrom and has at least two balls or spherical portions that are arranged coaxially with one another and are connected together. A clip element is clipped onto the male fixing element. The clip element has two form-fitting elements which bear from the outside against the fixing element and engage between the balls or spherical portions. The form-fitting elements each extend in a longitudinal direction such that in a clipped-on state, the clip element is displaceable in translation in the longitudinal direction relative to the male fixing element and to the first component.