A bus bar assembly includes a nonconductive terminal cap that is configured to secure to an electrically conductive terminal via an attachment feature. The terminal cap has a slot that is configured to expose a terminal portion of the terminal when in an assembled condition. A bus bar has an end that is configured to be received in and extend through the slot when in the assembled condition in which the end is in electrical contact with the terminal portion of the terminal. A nonconductive shroud encloses the bus bar.

A connection device for the connection of a conductor end includes a housing having a slotted link, a busbar section having a slotted link aligned with the housing slotted link, an d clamping spring assembly rotatably connected with the housing and operable between an open position and a contact position with the conductor end. A rotary lever assembly including a rotary lever element is operably connected with the clamping spring assembly. The rotary lever element has a cam section and a control curve section on which the clamping spring assembly slides during movement into the contact position. A clamping device is arranged on the cam section and is retained by the housing and busbar slotted links.

A connection device for the connection of a conductor end includes a housing having a slotted link, a busbar section having a slotted link aligned with the housing slotted link, an d clamping spring assembly rotatably connected with the housing and operable between an open position and a contact position with the conductor end. A rotary lever assembly including a rotary lever element is operably connected with the clamping spring assembly. The rotary lever element has a cam section and a control curve section on which the clamping spring assembly slides during movement into the contact position. A clamping device is arranged on the cam section and is retained by the housing and busbar slotted links.

It is aimed to shorten a stub length and realize miniaturization. A branch connector (10) includes a pair of terminal fittings (30), a terminal holding member (12) and a shorting member (46). The pair of terminal fittings 30 are fixed to a divided portion (52) at an intermediate position of a conductive path (51A, 51B). The terminal holding member (12) accommodates the pair of terminal fittings (30). The shorting member (46) is disposed along an outer surface of the terminal holding member (12) and connected to the pair of terminal fittings (30). A branch-side terminal (63) is connectable to the terminal fitting (30).

It is aimed to shorten a stub length and realize miniaturization. A branch connector (10) includes a pair of terminal fittings (30), a terminal holding member (12) and a shorting member (46). The pair of terminal fittings 30 are fixed to a divided portion (52) at an intermediate position of a conductive path (51A, 51B). The terminal holding member (12) accommodates the pair of terminal fittings (30). The shorting member (46) is disposed along an outer surface of the terminal holding member (12) and connected to the pair of terminal fittings (30). A branch-side terminal (63) is connectable to the terminal fitting (30).

A sheath-bonding link box includes a housing forming an enclosure defining an interior space. A plurality of electrically conductive connectors extend through the housing between an exterior of the enclosure and the interior space. The plurality of connectors each have an internal connecting portion positioned inside of the interior space and an external portion positioned outside of the enclosure. The internal connecting portion is electrically connectable to a functional link in the interior space. The external portion is dimensioned to be electrically connectable to a sheath-bonding lead. The internal connecting portions of the electrically conductive connectors and the functional links are mounted to at least one electrically insulating carrier unit. The carrier unit includes a plurality of receptacles, with each receptacle adapted to at least partly receive one of the functional links in an orientation along a longitudinal axis of the internal connecting portion of each connector.

A sheath-bonding link box includes a housing forming an enclosure defining an interior space. A plurality of electrically conductive connectors extend through the housing between an exterior of the enclosure and the interior space. The plurality of connectors each have an internal connecting portion positioned inside of the interior space and an external portion positioned outside of the enclosure. The internal connecting portion is electrically connectable to a functional link in the interior space. The external portion is dimensioned to be electrically connectable to a sheath-bonding lead. The internal connecting portions of the electrically conductive connectors and the functional links are mounted to at least one electrically insulating carrier unit. The carrier unit includes a plurality of receptacles, with each receptacle adapted to at least partly receive one of the functional links in an orientation along a longitudinal axis of the internal connecting portion of each connector.

A connection element for connecting an insulated electrical conductor includes: a clamping sleeve body in which a receiving space for the electrical conductor is formed; and a connection screw which has a screw head and a screw shaft and is introducible into the receiving space along an insertion direction of the connection screw via an opening formed on the clamping sleeve body. The receiving space has a first region and a second region which adjoins the first region. The first region forms a support region for the conductor and the second region forms a press-in region into which a subregion of the conductor arranged in the first region is pressed by the connection screw in a connected state. The second region has two opposite side walls against which strands of the conductor exposed by pressing in the conductor bear in an electrically contacting manner in the connected state.

A connection element for connecting an insulated electrical conductor includes: a clamping sleeve body in which a receiving space for the electrical conductor is formed; and a connection screw which has a screw head and a screw shaft and is introducible into the receiving space along an insertion direction of the connection screw via an opening formed on the clamping sleeve body. The receiving space has a first region and a second region which adjoins the first region. The first region forms a support region for the conductor and the second region forms a press-in region into which a subregion of the conductor arranged in the first region is pressed by the connection screw in a connected state. The second region has two opposite side walls against which strands of the conductor exposed by pressing in the conductor bear in an electrically contacting manner in the connected state.

A connection device for the connection of a conductor end includes a housing, a busbar section arranged in the housing, and a clamping spring assembly rotatably connected with the housing and operable between an open position and a contact position in contact with the conductor end. A rotary lever assembly is operably connected with the clamping spring assembly. The clamping spring assembly includes at least one clamping spring having clamping and actuating limbs arranged at an acute angle and connected by a bending region bearing against a spring carrier. The clamping spring assembly is preferably preassembled on the spring carrier for insertion in the housing.