An electrical cable splicing device comprising:
- a splice body having a “T” shaped configuration and a splice body interior;
- a plurality of connection buses interconnected by a plurality of connection nodes with each end of the connection bus ending in a terminal cavity;
- a splice body first male threaded end having a first grommet cavity;
- a splice body second male threaded end having a second grommet cavity;
- a splice body third male threaded end having a third grommet cavity;
- a first strain release nut having a cable aperture in communication with a first strain release nut female threaded interior and conical grommet;
- a second strain release nut having a cable aperture in communication with a second strain release nut female threaded interior and conical grommet;
- and,
- a third strain release nut having a cable aperture in communication with a third strain release nut female threaded interior and conical grommet;
- and,
- wherein the splice body provides physical protection, mechanical connection, and electrical connection for a plurality of electrical cables;
- wherein the splice body may comprise at least two separate splice body pieces joined together by splice body connecting hardware;
- wherein the plurality of connection buses interconnected by a plurality of connection nodes with each end of the connection bus ending in a terminal cavity are housed within the splice body interior;
- wherein within each grommet cavity is at least one terminal cavity and one connection bus;
- wherein a first cable having a plurality of exposed conducting wires is passed through the first strain release nut cable aperture and conical grommet;
- wherein the first cable plurality of exposed conducting wires is each individually secured within a corresponding terminal cavity between the corresponding connection bus;
- wherein the first cable plurality of exposed conducting wires is each individually secured within the connection bus by a terminal screw;
- wherein upon connection of each conducting wire to each connection bus the first strain release nut and conical grommet are threadingly secured to the splice body first male threaded end with the conical grommet occupying the first grommet cavity;
- wherein a second cable having a plurality of exposed conducting wires is passed through the second strain release nut cable aperture and conical grommet;
- wherein the second cable plurality of exposed conducting wires is each individually secured within a corresponding terminal cavity between the corresponding connection bus;
- wherein the second cable plurality of exposed conducting wires is each individually secured within the connection bus by a terminal screw;
- wherein upon connection of each conducting wire to each connection bus the second strain release nut and conical grommet are threadingly secured to the splice body second male threaded end with the conical grommet occupying the second grommet cavity;
- wherein a third cable having a plurality of exposed conducting wires is passed through the third strain release nut cable aperture and conical grommet;
- wherein the third cable plurality of exposed conducting wires is each individually secured within a corresponding terminal cavity between the corresponding connection bus;
- wherein the third cable plurality of exposed conducting wires is each individually secured within the connection bus by a terminal screw;
- wherein upon connection of each conducting wire to each connection bus the third strain release nut and conical grommet are threadingly secured to the splice body third male threaded end with the conical grommet occupying the third grommet cavity;
- and,
- wherein the first cable, second cable, and third cable are in electrical communication each other having been each secured to the splice body.