Abstract: A socket body (1) having a socket space (3), which is delimited by a socket wall (2) and extends along a central axis (M), for receiving a plug pin, the socket space (3) having a socket opening (6) via which the plug pin can be pushed into the socket space (3), wherein at least one indentation (4), viewed in cross-section transversely to the central axis (M), extends through the socket wall (2) angularly inclined at an angle (a) with respect to the central axis (M) in such a way that at least one spring clip (5) is formed, which spring clip (5) is bent into the socket space (3), and wherein the spring clip (5) has at the front an edge (7) facing the socket space.

Abstract: The invention relates to a releasable multi-plug connector comprising a socket side (1) with an insulating socket housing (10) and with a plurality of socket elements (2) which are received in the socket housing (10) and which comprise a socket portion (20) and a contact portion (21) for connecting to an external element in an electrically conductive manner, in particular a multipolar cable. The plug connector also comprises a plug side (3) with an insulating plug housing (30) and with a plurality of plug elements (4) which are received in the plug housing (30) and which comprise a pin portion (40) and a contact portion (41) for connecting to an external element in an electrically conductive manner, in particular a multipolar cable.

Abstract: The invention relates to a releasable multi-plug connector comprising a socket side (1) with an insulating socket housing (10) and with a plurality of socket elements (2) which are received in the socket housing (10) and which comprise a socket portion (20) and a contact portion (21) for connecting to an external element in an electrically conductive manner, in particular a multipolar cable. The plug connector also comprises a plug side (3) with an insulating plug housing (30) and with a plurality of plug elements (4) which are received in the plug housing (30) and which comprise a pin portion (40) and a contact portion (41) for connecting to an external element in an electrically conductive manner, in particular a multipolar cable.

Abstract: A plug-type connection comprises a housing (1) on the female-connector side having a female-connector element (3) conducting the electrical current, a housing (2) on the male-connector side having a male-connector element (4) conducting the electrical current, and at least one contact element (5) for making electrical contact between the female-connector element (3) and the male-connector element (4). The female-connector element (3) and the male-connector element (4) extend substantially along a mid-axis (M). The housing (1) on the female-connector side and the housing (2) on the male-connector side and therefore the female-connector element (3) and the male-connector element (4) can be connected to one another via a plug-in movement (S), and electrical contact between the female-connector element (3) and the male-connector element (4) is produced in the connected state. The contact element (5) produces a first resistive force (F1) counter to the plug-in movement.

Abstract: A plug-type connection comprises a housing (1) on the female-connector side having a female-connector element (3) conducting the electrical current, a housing (2) on the male-connector side having a male-connector element (4) conducting the electrical current, and at least one contact element (5) for making electrical contact between the female-connector element (3) and the male-connector element (4). The female-connector element (3) and the male-connector element (4) extend substantially along a mid-axis (M). The housing (1) on the female-connector side and the housing (2) on the male-connector side and therefore the female-connector element (3) and the male-connector element (4) can be connected to one another via a plug-in movement (S), and electrical contact between the female-connector element (3) and the male-connector element (4) is produced in the connected state. The contact element (5) produces a first resistive force (F1) counter to the plug-in movement.