A connecting terminal for connecting at least two electric conductors to one another, wherein the connecting terminal has a housing in which at least a first conductor guide passage for guiding a first electric conductor and at least a second conductor guide passage for guiding a second electric conductor are formed.

The invention relates to an electrical contact piece having an integrated stop, an L-shaped main contact body having a long and a short arm, the long arm having fastening means for fixing the contact piece in a housing and a bent-out stop piece, and the short arm having an electrical contact surface, and at least one clamping device attached to the long arm of the main contact body for clamping an electrical conductor introduced into the contact piece between a clamping part and the long arm.

A battery module includes a pack section and a cover assembly. The pack section has an interconnect board, conductive channels, and battery cells extending through the interconnect board. Each battery cell includes electrode cell tabs joined to a corresponding conductive channel. The cover assembly is connectable to the pack section, and has conductive interconnect members, electrical fuses, and sense lines built into or integral with a cover plate. The interconnect members extend from the cover plate and form part of an electrical circuit between the conductive channels of the pack section and the fuses and sense lines of the cover plate when the cover assembly is connected to the pack section. An electrical system includes the battery module, a DC voltage bus, and at least one high-voltage component connected to the battery module via the DC voltage bus. The electrical system may be part of a motor vehicle.

A battery module includes a pack section and a cover assembly. The pack section has an interconnect board, conductive channels, and battery cells extending through the interconnect board. Each battery cell includes electrode cell tabs joined to a corresponding conductive channel. The cover assembly is connectable to the pack section, and has conductive interconnect members, electrical fuses, and sense lines built into or integral with a cover plate. The interconnect members extend from the cover plate and form part of an electrical circuit between the conductive channels of the pack section and the fuses and sense lines of the cover plate when the cover assembly is connected to the pack section. An electrical system includes the battery module, a DC voltage bus, and at least one high-voltage component connected to the battery module via the DC voltage bus. The electrical system may be part of a motor vehicle.

A contact assembly for connecting an electrical conductor via a spring-loaded clamping. A conductor rail component is made of a conductor rail material and designed as a profile component angled parallel to the conductor insertion direction of an electrical conductor into the contact assembly, at least in sections. A spring component with a clamping spring is made of a spring material and is mechanically connected to the conductor rail component and is set up for clamping an electrical conductor via the clamping spring at a clamping point on the conductor rail component. A conductor insertion opening and a conductor insertion channel are connected to the conductor insertion opening, through which an electrical conductor inserted at the conductor insertion opening can be routed to the clamping point. The conductor insertion channel is formed from at least one first wall, a second wall, and a third wall.

A connection assembly for connecting an electrical conductor includes: a current bar; a clamping spring having a holding leg and a clamping leg, the conductor to be connected being clampable against a clamping section of the current bar by the clamping leg, with the clamping spring in a clamping position; an actuating element linearly guidable along an actuation direction and by which the clamping spring is transferrable from the clamping position into an open position, the actuating element being braced, in the open position, with the clamping spring and holding the clamping spring in the open position, as a bracing; and a rotatably-mounted lever element for acting upon the actuating element to actuate the actuating element.

A conductor connection terminal having a spring-loaded clamping connection that has a clamping spring and a busbar. An electrical conductor can be clamped under spring force to a conductor-connection side of the busbar by a clamping leg of the clamping spring. The conductor connection terminal has a support element having a support portion for bearing against a side of the busbar, which side is remote from the conductor-connection side. Thus, provided is a compact and versatile conductor connection terminal that is further improved in terms of its functionality and overall size. This aim is achieved in that the support element has a spring tongue via which an electrical contact element can be clamped to the busbar under spring force. As a result, an additional connection option is provided without an additional separate connection component, without increasing the overall size of the conductor connection terminal.

A conductor terminal for connecting and interconnecting electrical conductors. At least one conductor insertion opening is provided for inserting a second electrical conductor into the housing such that at least one subsection of a second electrical conductor inserted into the housing through the at least one conductor insertion opening is arranged in the housing at an angle to at least one subsection of first electrical conductors that are each inserted into the housing through the insertion guide opening. At least one clamping device is arranged in the housing, via which a stripped section of a first electrical conductor inserted through an insertion guide opening is pressed in directly against a stripped section of the second electrical conductor inserted through the at least one conductor insertion opening.

A conductor terminal to connecting an electrical conductor, including a busbar, on which a clamping point is formed for clamping the electrical conductor. At least one three-dimensionally shaped receiving contour is arranged after the clamping point in the conductor insertion direction of the electrical conductor, which is configured to contact with and/or to receive the electrical conductor

A connection device for connecting a conductor end includes a housing with a rear wall and a front wall, a busbar arranged in the housing and a V-shaped clamping spring arranged in the housing. The clamping spring has a supporting leg supported on an abutment, a clamping leg and a spring rear connecting the two legs. A conductor insertion channel is configured in the housing, by which a conductor end to be connected can be guided into a contacting space between the front wall and the rear wall. The housing further has a receiving chamber open toward the front wall of the housing for inserting and receiving the clamping spring. A housing attachment overlapped by the clamping spring is configured in the receiving chamber and the clamping spring is at least positively secured toward the front wall against falling out of the receiving chamber by a clamping spring retaining mechanism integrated into the housing, including in a state in which the clamping leg has been moved into an open position.