Electrical wedge connector

1. An electrical wedge connector comprising:

a connector shell having a general C-shaped cross-section with two opposing free ends, wherein the free ends each comprise an outward extension from the opposing ends, each outward extension having an outer tip aligned along a longitudinal length of the shell adapted to stablely locate the shell on a surface of a frame of a wedge connector installation tool; and

a wedge adapted to wedge two electrical conductors against respective opposing inner sides of the shell.

2. An electrical wedge connector as in claim 1 wherein the outward extensions extend along a majority of length of the shell.

3. An electrical wedge connector as in claim 1 further comprising means for allowing the wedge to be properly fully inserted into the shell without use of an auxiliary platform on the wedge connector installation tool.

4. An electrical wedge connector as in claim 1 wherein the wedge comprises a stabilizer runner which projects through the opening and comprises an outer tip along a longitudinal length of the runner which is adapted to stablely locate the wedge on a surface of a frame of a wedge connector installation tool and slide along the surface during insertion of the wedge into the shell by the tool.

5. An electrical wedge connector as in claim 1 wherein the shell is sized and shaped to receive the two electrical conductors having a maximum sum of diameters of about 0.7 inch.

6. An electrical wedge connector as in claim 1 wherein the shell is sized and shaped to receive the two electrical conductors having a conductor size range of about #8 to 1/0, for a first one of the inner sides and about #8 to #2 for a second one of the inner sides.

7. An electrical wedge connector as in claim 1 wherein the outward extensions comprise at least one member fixedly attached to a main section of the connector shell.

8. An electrical wedge connector as in claim 1 wherein the at least one member is removably connected to the main section of the connector shell.

9. An electrical wedge connector comprising:

a connector shell having a general C-shaped cross-section with an opening between two opposing free ends; and

a wedge adapted to be inserted into the connector shell to wedge two electrical conductors against respective opposing inner sides of the shell, wherein the wedge comprises a stabilizer runner which projects through the opening and comprises an outer tip along a longitudinal length of the runner which is adapted to stablely locate the wedge on a surface of a frame of a wedge connector installation tool and slide along the surface during insertion of the wedge into the shell by the tool.

10. An electrical wedge connector as in claim 9 wherein the stabilizer runner extends along a majority of length of the wedge.

11. An electrical wedge connector as in claim 9 further comprising means for allowing the wedge to be properly fully inserted into the shell without use of an auxiliary platform on the wedge connector installation tool.

12. An electrical wedge connector as in claim 9 wherein the free ends of the shell each comprise an outward extension from the opposing ends, each outward extension having an outer tip along a longitudinal length of the shell adapted to stablely locate the shell on a surface of a frame of the wedge connector installation tool.

13. An electrical wedge connector as in claim 9 wherein the shell is sized and shaped to receive the two electrical conductors having a maximum sum of diameters of about 0.7 inch.

14. An electrical wedge connector as in claim 9 wherein the shell is sized and shaped to receive the two electrical conductors having a conductor size range of about #8 to 1/0 for a first one of the inner sides and about #8 to #2 for a second one of the inner sides.

15. A method of connecting two conductors with an electrical wedge connector comprising:

inserting the two conductors into a wedge connector shell;

inserting a wedge between the two conductors to form a loose assembly;

locating the loose assembly in a wedge connector installation tool, wherein a stability runner projecting from a longitudinal side of the shell and/or the wedge contacts a surface of a frame of the installation tool; and

actuating the installation tool to drive the wedge into the shell, wherein the stability runner contacts the surface during a majority of movement of the wedge into the shell by the tool.

16. A method as in claim 15 wherein the shell comprises the stability runner, and during actuating of the installation tool the stability runner remains against the surface of the frame.

17. A method as in claim 15 wherein the wedge comprises the stability runner, and during actuating of the installation tool the stability runner slides along the surface of the frame.

18. A method as in claim 15 further comprising fixedly connecting at least one member to a main section of the shell, wherein the at least one member forms the stability runner.

19. A method of connecting two conductors with an electrical wedge connector comprising:

inserting the two conductors into a wedge connector shell;

inserting a wedge between the two conductors to form a loose assembly;

locating the loose assembly in a wedge connector installation tool, wherein a stability runner projecting from a longitudinal length of the shell and/or the wedge contacts a surface of a frame of the installation tool;

actuating the installation tool to drive the wedge into the shell, wherein the stability runner contacts the surface during a majority of movement of the wedge into the shell by the tool; and

removing the at least one member from the main section of the shell after actuation of the installation tool.

20. An electrical wedge connector comprising:

a connector shell having a general C-shaped cross-section with two opposing free ends, wherein the free ends each comprise at least one outward extension from the opposing ends, each outward extension having an outer tip adapted to stablely locate the shell on a surface of a frame of a wedge connector installation tool; and

a wedge adapted to wedge two electrical conductors against respective opposing inner sides of the shell.