Crimping die

1. A hydraulic crimping tool crimping die comprising a first section having legs adapted to be removably connected to a movable die mounting area of a hydraulic crimping tool, and a second section forming a crimping surface adapted to crimp a connector onto a conductor, wherein the legs extend from the second section in a general cantilever fashion with apertures at distal ends of the legs, wherein the apertures are adapted to removably receive locking pins of the movable die mounting area, wherein the crimping die consists of an electrically non-conductive material adapted to prevent electrical arcing with the crimping die, wherein the die is adapted to withstand a compression force of at least 10,000 psi without permanent deformation, and wherein the crimping die comprises an integral member having a metal core member and an insulating member formed over the metal core member.

2. A crimping die as in claim 1 wherein the crimping die comprises a one-piece member forming the first and second sections.

3. A crimping die as in claim 2 wherein the one-piece member comprises a plastic or polymer member.

4. A crimping die as in claim 2 wherein the one-piece member comprises a ceramic member.

5. A crimping die as in claim 1 wherein the crimping die comprises a plastic or polymer member forming a majority of the crimping die.

6. A crimping die as in claim 1 wherein the crimping die comprises an integral member having a ceramic member formed over a core member.

7. A hydraulic crimping tool crimping die comprising a first section adapted to be removably connected to a die mounting area of a hydraulic crimping tool at an aperture of the first section, and a second section comprising a crimping surface adapted to crimp a connector onto a conductor, wherein the crimping surface is opposite the aperture, wherein the crimping die comprises an electrically insulating material at a majority of an exterior surface of the die which is adapted to prevent electrical arcing with the die, wherein the die is adapted to withstand a compression force of at least 10,000 psi without permanent deformation, and wherein the crimping die comprises a metal core member and the insulating material overmolded on the metal core member.

8. A crimping die as in claim 7 wherein the crimping die comprises a one-piece member forming the first and second sections.

9. A crimping die as in claim 8 wherein the one-piece member comprises a plastic or polymer member.

10. A crimping die as in claim 8 wherein the one-piece member comprises a ceramic member.

11. A crimping die as in claim 7 wherein the crimping die comprises a plastic or polymer member forming a majority of the crimping die.

12. A crimping die as in claim 7 wherein the insulating material overmolded on the metal core member further comprises a ceramic member overmolded onto the core member.

13. A hydraulic crimping tool crimping the comprising a first section adapted to be removably connected to a die mounting area of a hydraulic crimping tool, and a second section comprising a crimping surface adapted to crimp a connector onto a conductor, wherein the crimping die comprises an electrically insulating material at a majority of an exterior surface of the die which is adapted to prevent electrical arcing with the die, wherein the crimping die comprises a one-piece member having a metal core member and the insulating material integrally formed over the metal core member, and wherein the insulating material covers the second section.

14. A hydraulic crimping tool crimping die as in claim 13 wherein a portion of the metal core member is not covered by the insulating material.