Sleeve for shielding electrical joint
View Patent ↗A splice for use in high voltage electrical environment is disclosed employing a combination of cold-shrink and an interference fit in a single splice component, thereby allowing for the use of a shortened core at a first cold splice end and the absence of a cable adapter at the interference fit at the second end.
1. A joint assembly comprising:
a sleeve having a first end and a second end for insulating an electrical splice in a high voltage system;
a core disposed within the first end;
wherein the second end is designed to mate with a bus and secure to a component utilizing an interference fit;
wherein the core is removably attached so that upon removal of the core, the first end shrinks to secure around a cable inserted therein;
wherein the cable comprises a cable connector configured to couple to the bus;
wherein the cable does not include a cable adapter; and
wherein the first end and the second end are substantially parallel.
2. The joint assembly of claim 1 , wherein the sleeve is manufactured of EPDM.
3. The joint assembly of claim 1 , wherein the core is a spiral ribbon core.
4. The joint assembly of claim 1 , wherein the core is a solid pullout core.
5. The joint assembly of claim 4 , wherein the solid pullout core is comprised of a support core removably insertable in the first end for holding the first end in a stretch configuration.
6. The joint assembly of claim 1 , wherein the sleeve comprises a circumferential groove positioned adjacent to the second end.
7. A joint assembly comprising:
a sleeve manufactured of EPDM having a first end and a second end for insulating an electrical splice in a high voltage system;
a core disposed within the first end;
wherein the second end is designed to mate with a bus and secure to a component utilizing an interference fit;
wherein the core is removably attached so that upon removal of the core, the first end shrinks to secure around an end of a cable, wherein the end of the cable is inserted through the first end and the second end;
wherein the cable comprises a cable connector configured to couple to the bus; and
wherein the cable does not include a cable adapter.
8. The joint assembly of claim 7 , wherein the core is a spiral ribbon core.
9. The joint assembly of claim 7 , wherein the core is a solid pullout core.
10. The joint assembly of claim 9 , wherein the solid pullout core is comprised of a support core removably insertable in the first end for holding the first end in a stretched configuration.
11. The joint assembly of claim 7 , wherein the sleeve comprises a circumferential groove positioned adjacent to the second end.
12. A method for providing a high voltage joint assembly comprising:
preparing an electrical transmission power cable including a conductor and a cable insulation layer covering the conductor, wherein the conductor includes a terminal end and the prepared electrical transmission power cable does not include a cable adapter;
coupling an electrically conductive cable connector to the terminal end of the electrical transmission power cable;
inserting the electrical transmission power cable into a sleeve comprising a first end, a second end, and a core disposed at the first end;
wherein the second end of the sleeve is configured to secure to a component utilizing an interference fit and wherein the core is removably attached so that upon removal of the core, the first end shrinks to secure around the electrical transmission power cable inserted therein;
maintaining the first end of the sleeve in an expanded state; and
releasing the core to contract the first end.
13. The method of claim 12 , wherein the sleeve is manufactured of EPDM.
14. The method of claim 12 , wherein the core is a spiral ribbon core.
15. The method of claim 12 , wherein the core is a solid pullout core.
16. The method of claim 15 , wherein the solid pullout core is comprised of a support core removably insertable in the first end for holding the first end in a stretched configuration.
17. The method of claim 12 , wherein the sleeve comprises a circumferential groove positioned adjacent to the second end.