Disclosed is a busbar tapping clamp (10) comprising a clamping member (16) that can be attached to a busbar (12) like a G-clamp, and sprung means (34) for bringing a conductor (32), which extends to the busbar tapping clamp (10), into electroconductive contact with the clamping member (16).

Disclosed is a busbar tapping clamp (10) comprising a clamping member (16) that can be attached to a busbar (12) like a G-clamp, and sprung means (34) for bringing a conductor (32), which extends to the busbar tapping clamp (10), into electroconductive contact with the clamping member (16).

A terminal for connecting an electrical conductor to a connection pad of a device, the terminal including a cage to be fixed inside the housing of the device and including an orifice of substantially parallelepipedal shape and delimited by four walls, the orifice being able to receive the pad, an upper wall including an orifice able to allow the passage of a screw with an actuator and a clamping shoe able to allow the conductor to be clamped between the pad and the shoe upon actuation of the screw driving the relative translational movement between the screw and the cage. Terminal includes an intermediate stage inside the cage to allow the reception of a nut with elastic branches having a threaded orifice through which the clamping screw is to be mounted, the elastic branches interacting with forms provided on the side walls of the cage such that the nut rotationally disengages as soon as the correct clamping torque is reached.

Connectors for linear lighting are disclosed. These connectors are adapted to electrically connect two strips of linear lighting, or a single strip of linear lighting and an appropriate number of wires. At least the portions of the connectors that accept the strips of linear lighting have sloped ramps that provide strain relief to the strips of linear lighting. Additionally, pivoting connectors that allow their sides to rotate relative to one another are disclosed.

Connectors for linear lighting are disclosed. These connectors are adapted to electrically connect two strips of linear lighting, or a single strip of linear lighting and an appropriate number of wires. At least the portions of the connectors that accept the strips of linear lighting have sloped ramps that provide strain relief to the strips of linear lighting. Additionally, pivoting connectors that allow their sides to rotate relative to one another are disclosed.

An apparatus and method for enabling removable coupling of conducting lines in a powerline assembly is disclosed. In one embodiment, a dead-end shoe apparatus is disclosed that comprises a capping mechanism, coupling mechanism, and connection clamp, the connection clamp facilitating the removable coupling of conducting lines of variable diameters to the apparatus. In another embodiment, a method of selectively transmitting electricity in a powerline assembly is disclosed, wherein conducting lines are removably coupled to dead-end shoe apparatuses to facilitate the transmission.

An apparatus and method for enabling removable coupling of conducting lines in a powerline assembly is disclosed. In one embodiment, a dead-end shoe apparatus is disclosed that comprises a capping mechanism, coupling mechanism, and connection clamp, the connection clamp facilitating the removable coupling of conducting lines of variable diameters to the apparatus. In another embodiment, a method of selectively transmitting electricity in a powerline assembly is disclosed, wherein conducting lines are removably coupled to dead-end shoe apparatuses to facilitate the transmission.

A mechanical grounding clamp includes a body, having an upper plate defining a threaded hole therethrough and having an outer surface, a lower plate spaced apart from the upper plate and having an inner surface, and a connecting plate connecting the upper plate to the lower plate; a set screw mateable with the threaded hole in the upper plate and having a proximate end and a distal end, the distal end extendable through the threaded hole of the upper plate and toward the inner surface of the lower plate. Optionally there is a cap defining a set screw hole therethrough and having an inner surface, the cap affixable to the outer surface of the upper plate with the set screw passing through the set screw hole, and a nut securing the cap to the upper plate.

A battery terminal includes: a main body unit; a penetration member that is arranged in a manner extending from an end side of the main body unit to the other end side of the main body unit across slits along a tightening direction Y, includes an abutting portion formed in the end side, and has a threaded hole and a taper forming end portion provided with first tapered surfaces formed in the other end side; a fastening member threadedly engaged with the threaded hole; and a pressing force converting member that converts fastening force in an axial direction X generated between the fastening member and the penetration member with rotation of the fastening member around the axial direction X into pressing force in the tightening direction Y pressing the main body unit between the abutting portion and the pressing force converting member along the tightening direction Y.

A battery terminal includes: a main body unit; a penetration member that is arranged in a manner extending from an end side of the main body unit to the other end side of the main body unit across slits along a tightening direction Y, includes an abutting portion formed in the end side, and has a threaded hole and a taper forming end portion provided with first tapered surfaces formed in the other end side; a fastening member threadedly engaged with the threaded hole; and a pressing force converting member that converts fastening force in an axial direction X generated between the fastening member and the penetration member with rotation of the fastening member around the axial direction X into pressing force in the tightening direction Y pressing the main body unit between the abutting portion and the pressing force converting member along the tightening direction Y.