Abstract: A connector unit having a first housing with a sidewall encompassing an interior space in which at least one electrical contact element is arranged, at least one further housing having a sidewall encompassing an interior space in which at least one electrical contact element is arranged, and a mounting element having openings. The housings have a mounting section via which mounting sections the first housing and the further housing are fixedly connected to the mounting element such that the first housing is allocated to a first opening and the further housing is allocated to a further opening. The housings have on the outside of the sidewall a latching structure The latching structure of the first housing is adapted to be latched in with the latching structure of the further housing in order to establish a mechanical connection between two housings.

Abstract: A connector assembly comprises a pin-side (1) with at least one pin-side housing (2) in which at least one pin-side connector (3) is arranged, wherein said pin-side housing (2) having a front section (20) extending along a front axis (M1) and a rear section (21) extending along a rear axis (M2); a plug-side (4) with at least one plug-side housing (5) in which at least one plug-side connector (6) is arranged, wherein said pin-side housing having a front section (50) extending along a front axis (M3) and a rear section (51) extending along a rear axis (M4), and wherein the front section (20) of the pin-side (1) is adapted to be connected with the front section (50) of the plug-side (4) in direction of said front axis (M1, M3), and several shielding elements (7) to provide an electromagnetic shielding.

Abstract: A connector assembly comprises a pin-side (1) with at least one pin-side housing (2) in which at least one pin-side connector (3) is arranged, wherein said pin-side housing (2) having a front section (20) extending along a front axis (M1) and a rear section(21) extending along a rear axis (M2); a plug-side (4) with at least one plug-side housing (5) in which at least one plug-side connector (6) is arranged, wherein said pin-side housing having a front section (50) extending along a front axis (M3) and a rear section (51) extending along a rear axis (M4), and wherein the front section (20) of the pin-side (1) is adapted to be connected with the front section (50) of the plug-side (4) in direction of said front axis (M1, M3), and several shielding elements (7) to provide an electromagnetic shielding.

Abstract: A contact device for providing an electrical contact between a first busbar (3) and a second busbar (4) which are arranged substantially parallel to each other, comprises a holder (2) with two sidewalls (21, 22) which extend substantially parallel. Said sidewalls (21, 22) enclose a slot (23) for receiving the second busbar. The sidewalls (21, 22) comprise an inner surface (211, 221) facing the slot (23) and an outer surface (212, 222). One sidewall (21, 22) is adapted to face the first busbar (3) with its outer surface (212, 222) and to face the second busbar (4) with its inner surface (211,221). Said sidewall (21) comprises a contact element (1) for providing an electrical contact through said sidewall (21) from the inner surface (211) to the outer surface (212).

Abstract: A contact device for providing an electrical contact between a first busbar (3) and a second busbar (4) which are arranged substantially parallel to each other, comprises a holder (2) with two sidewalls (21, 22) which extend substantially parallel. Said sidewalls (21, 22) enclose a slot (23) for receiving the second busbar. The sidewalls (21, 22) comprise an inner surface (211, 221) facing the slot (23) and an outer surface (212, 222). One sidewall (21, 22) is adapted to face the first busbar (3) with its outer surface (212, 222) and to face the second busbar (4) with its inner surface (211,221). Said sidewall (21) comprises a contact element (1) for providing an electrical contact through said sidewall (21) from the inner surface (211) to the outer surface (212).

Abstract: A plug-and-socket connection for water-cooled, current-bearing lines, in particular, to bipolar, high-frequency current conductors for the induction heating of tools is provided. The plug-and-socket connection allows both the electric circuit for the power supply and the circuit for the cooling water to be rapidly and easily closed by hand, or to be interrupted, for example, for maintenance work. The plug-and-socket connection includes a female element and a male element which contain chambers and ducts opening into the chambers that supply the cooling water. The ducts come into contact with one another when the plug-and-socket connection is in the interconnected position. The chambers are in direct contact with the water tubes, which are provided for supplying the cooling water. The backflow of cooling water occurs via a direct connection between a water tube which supplies the male element with cooling water and another water tube which conveys the cooling water away from the female element.