A wiring terminal and a motor including the wiring terminal are provided. The wiring terminal includes: a mounting subassembly adapted to embed in a slot of an end insulator of a motor, a connection subassembly configured to support a wire stock having a lead wire, and a winding subassembly configure to receive an enameled wire wound on the winding subassembly. The connection subassembly and the winding subassembly are disposed on the top surface of the mounting subassembly. The lead wire of the wire stock is electrically connected to the enameled wire wound on the winding subassembly.

A splice for gathering ends of an electrical wire bundle, capable of maintaining a welded portion at the center in a cap member regardless of the number of wires in the electrical wire bundle; protecting the welded portion from vibrations and impacts; and of being versatile so as to be used in multiple wire bundles. The splice includes: an electrical wire portion (10) having a wire core splice portion (14) in which wire cores (13) are welded together; a cushioning member (20) covering an outer circumferential face of the electrical wire portion (10); a protective cap (30) accommodating an end portion of the electrical wire portion (10) and fixes the electrical wire portion (10) via the wire core splice portion (14); and a cover tape (40) wound around the protective cap (30), a portion of the cushioning member (20) exposed from the protective cap (30), and the electrical wire bundle.

A splice for gathering ends of an electrical wire bundle, capable of maintaining a welded portion at the center in a cap member regardless of the number of wires in the electrical wire bundle; protecting the welded portion from vibrations and impacts; and of being versatile so as to be used in multiple wire bundles. The splice includes: an electrical wire portion (10) having a wire core splice portion (14) in which wire cores (13) are welded together; a cushioning member (20) covering an outer circumferential face of the electrical wire portion (10); a protective cap (30) accommodating an end portion of the electrical wire portion (10) and fixes the electrical wire portion (10) via the wire core splice portion (14); and a cover tape (40) wound around the protective cap (30), a portion of the cushioning member (20) exposed from the protective cap (30), and the electrical wire bundle.

A system for connecting an ultraviolet (UV) lamp with an electrical coupling includes a braid attachment coupled to the UV lamp, and one or both of a compressive wrap secured around at least a portion of the braid attachment, or a clamp secured around at least a portion of the braid attachment.

A system for connecting an ultraviolet (UV) lamp with an electrical coupling includes a braid attachment coupled to the UV lamp, and one or both of a compressive wrap secured around at least a portion of the braid attachment, or a clamp secured around at least a portion of the braid attachment.

A connector, and associated methods, connect conductors or conduits by twisting/wrapping multiple lines around the conductors/conduits after they are inserted into the connector. Flexible/bendable lines extend between relatively rotatable housing portions and through the interior of the connector, parallel to but distanced from the longitudinal axis of the connector. After inserting the conductors/conduits into the connector at/near the longitudinal axis, between the lines, the housing portions are rotated relative to each other, automatically twisting/wrapping the lines around the outer surfaces of the conductors/conduits. This way, the conductors are secured together in electrical contact, or the conduits are secured and fluid-sealed to a hollow tubular insert on which the conduits ends are placed and which connects the interior fluid passageways of the conduits.

A connector, and associated methods, connect conductors or conduits by twisting/wrapping multiple lines around the conductors/conduits after they are inserted into the connector. Flexible/bendable lines extend between relatively rotatable housing portions and through the interior of the connector, parallel to but distanced from the longitudinal axis of the connector. After inserting the conductors/conduits into the connector at/near the longitudinal axis, between the lines, the housing portions are rotated relative to each other, automatically twisting/wrapping the lines around the outer surfaces of the conductors/conduits. This way, the conductors are secured together in electrical contact, or the conduits are secured and fluid-sealed to a hollow tubular insert on which the conduits ends are placed and which connects the interior fluid passageways of the conduits.