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An assembly for connecting a pre-wired electrical device into a modular wiring system. The electrical device is mounted in a junction box having a knockout hole. Device wiring connects the electrical device through the knockout hole to a connector plug. Cable wiring connects a modular wiring system

An assembly for connecting a pre-wired electrical device into a modular wiring system. The electrical device is mounted in a junction box having a knockout hole. Device wiring connects the electrical device through the knockout hole to a connector plug. Cable wiring connects a modular wiring system power tap connector to a connector socket. The cable wiring runs through a flexible conduit sheath. A knockout connector is connected to the flexible conduit sheath. The connector plug connects to the connector socket. The major width of the connector plug/socket combination is less than the diameter of the knockout hole such that the connector plug/socket combination may be pushed into the junction box through the knockout hole. The knockout connector can then be attached to the junction box at the knockout hole. The power tap connector housing, flexible conduit sheath, knockout connector and junction box are all made of nonflammable materials.

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1. A connector assembly for insertion into a knockout hole of a junction box wherein said knockout hole has a predetermined diameter, said connector assembly comprising:a connector plug having a plurality of tubes arranged in a cluster such that a major width of said connector plug is less than said

1. A connector assembly for insertion into a knockout hole of a junction box wherein said knockout hole has a predetermined diameter, said connector assembly comprising:a connector plug having a plurality of tubes arranged in a cluster such that a major width of said connector plug is less than said junction box knockout hole diameter; anda connector socket having a plurality of barrels sized to be received within said connector plug tubes, said connector socket barrels arranged in a cluster complementary to said connector plug tube cluster and such that a major width of said connector socket is less than said junction box knockout hole diameter. 2. The connector assembly of claim 1 further comprising electrically conductive pins and electrically conductive sleeves, said sleeves being sized to receive and contact said electrically conductive pins, each said tube receiving one of said electrically conductive pins, each said barrel receiving one of said electrically conductive sleeves. 3. The connector assembly of claim 2 further comprising device wiring and cable wiring, said device wiring having first ends and opposed second ends, said device wiring second ends operatively connected to said electrically conductive pins, said cable wiring having first ends and opposed second ends, said cable wiring second ends operatively connected to said electrically conductive sleeves. 4. The connector assembly of claim 1 wherein said connector plug tubes are arranged in a substantially hexagonal shaped cluster, wherein said connector plug further has at least one rib of material formed between one of said tubes and the rest of the cluster, and wherein said connector socket further has a clasp positioned to engage said connector plug rib upon connection of said connector plug and said connector socket. 5. An assembly for connecting a pre-wired electrical device into a modular wiring system, said assembly comprising:an electrical device assembly having:a junction box having a knockout hole formed therein, said knockout hole having a predetermined diameter, said junction box being made of a nonflammable material;an electrical device mounted substantially within said junction box;device wiring having first ends and opposed second ends, said device wiring first ends operatively connected to said electrical device, said device wiring extending through said knockout hole;electrically conductive pins operatively connected to said device wiring second ends; anda connector plug having a plurality of tubes arranged in a cluster such that a major width of said connector plug is less than said junction box knockout held hole diameter, each said tube receiving one of said electrically conductive pins; anda cable assembly having:a power tap connector configured to mateably connect with said modular wiring system, said power tap connector having an outer housing, said outer housing being made of a nonflammable material;cable wiring having first ends and opposed second ends, said cable wiring first ends operatively connected to said power tap connector, said cable wiring extending from said power tap connector;a flexible conduit sheath having a first end and an opposed second end, said flexible conduit sheath first end mechanically connected to said power tap connector outer housing, said cable wiring extending through said flexible conduit sheath, said flexible conduit sheath being made of a nonflammable material; anda knockout connector for connecting said flexible conduit sheath to said junction box at said knockout hole, said knockout connector connected to said flexible conduit sheath second end, said knockout connector being made of a nonflammable material;electrically conductive sleeves operatively connected to said cable wiring second ends, said sleeves being sized to receive and contact said electrically conductive pins of said electrical device assembly; anda connector socket having a plurality of barrels sized to be received within said connecto r plug tubes, said connector socket barrels arranged in a cluster complementary to said connector plug tubes and such that a major width of the connector socket is less than said junction box knockout hole diameter, each said barrel receiving one of said electrically conductive sleeves. 6. The assembly of claim 5 wherein said electrical device assembly further comprises a bushing covering the edges of said knockout hole. 7. The assembly of claim 5 wherein said electrical device assembly further has a plaster ring cover attached to said junction box, wherein said electrical device is attached to said plaster ring cover. 8. The assembly of claim 7 wherein said electrical device assembly further has a protective cover attached to said electrical device assembly over said electrical device. 9. The assembly of claim 8 wherein said protective cover extends greater than about one inch from said plaster ring cover, and wherein said protective cover is made of a material that is resistant to incidental contact with a cutting tool. 10. The assembly of claim 9 wherein said cutting tool contact resistant material is sheet metal. 11. An assembly for connecting a pre-wired electrical device into a modular wiring system, said assembly comprising:an electrical device assembly having:a junction box having sides, a closed back, and an open front, said sides having a knockout hole formed therein, said knockout hole having a predetermined diameter, said junction box being made of a nonflammable material;a bushing covering the edges of said knockout hole;an electrical device mounted substantially within said junction box, said electrical device having a plurality of electrical connection terminals;device wiring having a plurality of electrically conductive wires, each of said wires having a first end and a second end, each said first end operatively connected one of said electrical device connection terminals, said wires extending through said knockout hole;a plurality of electrically conductive pins, each said pin operatively connected to one of said second ends of said electrically conductive wires; anda connector plug having a plurality of tubes arranged in a cluster such that the major width of the connector plug is less than the junction box knockout hole diameter, each said tube receiving one of said electrically conductive pins; anda cable assembly having:a power tap connector configured to mateably connect with said modular wiring system, said power tap connector having an outer housing, said outer housing being made of a nonflammable material;a flexible conduit cable having:a flexible conduit sheath having a first end and a second end, said flexible conduit sheath first end being mechanically connected to said power tap connector, said flexible conduit sheath being made of a nonflammable material; andcable wiring having a plurality of electrically conductive wires, each of said wires having a first end portion, an opposing second end portion, and a middle portion therebetween, said middle portions running through said outer flexible conduit sheath, each of said cable wire first end portions extending from said sheath first end into said power tap connector and being operatively connected to said power tap connector, each of said cable wire second ends extending from said sheath second end;a knockout connector for connecting said flexible conduit sheath to said junction box at said knockout hole, said knockout connector connected to said outer flexible conduit sheath second end, said knockout connector being made of a nonflammable material;a plurality of electrically conductive sleeves operatively connected to one of said second end portions of said electrically conductive wires of said cable wiring, each said sleeve being sized to receive and electrically contact said electrically conductive pins of said electrical device assembly; anda connector socket having a plurality of barrels arranged in a cluster such that the major width of the c onnector socket is less than the junction box knockout hole diameter, each said barrel receiving one of said electrically conductive sleeves.