Abstract: An electrical conductor splice for connecting at least two electrical conductors. The splice includes a connector shell having a generally elongate open first lateral side; and two wedges adapted to be located in the shell at longitudinally spaced positions from each other inside opposite ends of the shell. Each wedge has a first side with a conductor contact surface and an opposite second side with a shell contact surface. The shell includes a conductor contact section for contacting the conductors. The conductor contact section is adapted to receive two of the conductors into the shell from opposite directions in generally coaxially aligned positions.

Abstract: An electrical conductor splice for connecting at least two electrical conductors. The splice includes a connector shell having a generally elongate open first lateral side; and two wedges adapted to be located in the shell at longitudinally spaced positions from each other inside opposite ends of the shell. Each wedge has a first side with a conductor contact surface and an opposite second side with a shell contact surface. The shell includes a conductor contact section for contacting the conductors. The conductor contact section is adapted to receive two of the conductors into the shell from opposite directions in generally coaxially aligned positions.

Abstract: An electrical connector including two tube sections which are open at a first end of the connector; and a connecting section connecting the two tube sections to each other. The tube sections and the connecting section form a conductor receiving area which is open at the first end of the connector. The tube sections are adapted to be expanded towards each other to capture the conductor. An electrical connector attachment tool is provided for the connector which includes a stationary section and a movable section which can exert a compressive force to an electrical connector positioned between the movable section and the stationary section. At least one of the stationary section and movable section includes a connector wedge. The connector wedge includes two wedge shaped projections extending in a same direction and a conductor guiding channel between the two wedge shaped projections.

Abstract: An electrical connector including two tube sections which are open at a first end of the connector; and a connecting section connecting the two tube sections to each other. The tube sections and the connecting section form a conductor receiving area which is open at the first end of the connector. The tube sections are adapted to be expanded towards each other to capture the conductor. An electrical connector attachment tool is provided for the connector which includes a stationary section and a movable section which can exert a compressive force to an electrical connector positioned between the movable section and the stationary section. At least one of the stationary section and movable section includes a connector wedge. The connector wedge includes two wedge shaped projections extending in a same direction and a conductor guiding channel between the two wedge shaped projections.