Power distribution clip assembly

1. A power distribution assembly comprising:

a lug having a first face and a second face;

a conductor receiving arrangement on the first face of the lug adapted to receive a conductor for electrical connection with the lug;

a projection integral with and extending from the lug;

a mount on which the lug is positioned;

a clip having a clip arm and a base;

an aperture in the base of the clip;

a seat on the mount;

wherein the projection extending from the lug extends through the aperture of the base of the clip and into the seat on the mount;

the clip arm being juxtaposed to the second face of the lug and adapted to retain a power distribution component therebetween in direct contact and electrical connection with the second face of the lug;

wherein the conductor receiving arrangement is a port in the first face of the lug and in communication with a set screw aperture in another face of the lug; and

a set screw threadably received in the set screw aperture to engage and secure the conductor to the lug and being accessible when the power distribution component is retained by the clip arm.

2. The assembly of claim 1 wherein at least a portion of the base of the clip is positioned between the lug and the mount.

3. The assembly of claim 1 wherein the projection on the lug is a downwardly extending tang having a generally rectangular cross-section.

4. The assembly of claim 3 wherein the seat on the mount is a channel having a size and configuration to receive therein the tang.

5. The assembly of claim 4 wherein the aperture in the base of the clip is a slot having a size and configuration to receive therethrough the tang.

6. The assembly of claim 1 where in the power distribution component is a fuse having an end feature and the end feature is releasably retained between the clip arm and the second face of the lug.

7. The assembly of claim 6 wherein the end feature is one of a blade and an end cap.

8. The assembly of claim 1 wherein the clip arm is a spring arm capable of deflection toward and away from the second face of the lug.

9. The assembly of claim 1 further comprising:

a mounting screw securing the lug to the mount.

10. The assembly of claim 1 further comprising:

a plurality of the conductor receiving ports in the first face of the lug each adapted to receive one of a plurality of conductors for electrical connection to the lug.

11. The assembly of claim 1 wherein the projection extending through the aperture of the base clip and into the seat of the mount inhibits rotation of the lug and the clip relative to the mount.

12. A power distribution assembly comprising:

a lug having a first face and a second face;

a conductor receiving arrangement on the first face of the lug adapted to receive a conductor for electrical connection with the lug;

a projection integral with and extending from the lug;

a mount on which the lug is positioned;

a clip having a clip arm and a base;

an aperture in the base of the clip; and

a seat on the mount;

wherein the projection extending from the lug extends through the aperture of the base of the clip and into the seat on the mount;

the clip arm being juxtaposed to the second face of the lug and adapted to retain a power distribution component therebetween and in electrical connection with the lug;

wherein the power distribution component is a fuse having an end feature in the form of a blade and the clip arm retains the blade against the second face of the lug with generally planar face to face contact therebetween;

wherein the conductor receiving arrangement is a port in the first face of the lug and in communication with a set screw aperture in another face of the lug; and

a set screw threadably received in the set screw aperture to engage and secure the conductor to the lug and being accessible when the power distribution component is retained by the clip arm.

13. The assembly of claim 1 wherein the power distribution assembly is one of a fuse clip assembly and a switch.

14. A fuse clip assembly for connection with a fuse having an end feature, the assembly comprising:

a lug having a first face and a second face;

a conductor port on the first face of the lug adapted to receive a conductor for electrical connection with the lug;

a tang having a generally rectangular cross-sectional configuration and being integral with and extending downwardly from the lug;

a mount on which the lug is positioned;

a clip having a spring clip arm and a base, wherein at least a portion of the base of the clip is positioned between the lug and the mount, wherein the spring clip arm is spaced from and capable of deflection toward and away from the second face of the lug;

a slot in the base of the clip;

a channel on the mount;

wherein the tang extending from the lug extends through the slot of the base of the clip and into the channel on the mount;

wherein the tang extending through the slot of the base clip and into the channel of the mount inhibits rotation of the lug and the clip relative to the mount;

the clip arm being juxtaposed to the second face of the lug and adapted to retain the end feature of the fuse therebetween in direct contact and electrical connection with the second face of the lug;

wherein the conductor port on the first face of the lug is in communication with a set screw aperture in another face of the lug; and

a set screw threadably received in the set screw aperture to engage and secure the conductor to the lug and being accessible when the fuse is retained by the clip arm.

15. The assembly of claim 14 wherein the end feature is one of a blade and an end cap.

16. The assembly of claim 14 wherein a mounting screw is axially aligned with the set screw aperture and the set screw threadably received therein, the mounting screw securing the lug to the mount.

17. The assembly of claim 14 further comprising:

a plurality of the conductor receiving apertures in the first face of the lug each adapted to receive one of a plurality of conductors for electrical connection to the lug.

18. A fuse clip assembly for connection with a fuse having an end feature, the assembly comprising:

a lug having a first face and a second face;

a conductor port on the first face of the lug adapted to receive a conductor for electrical connection with the lug;

a tang having a generally rectangular cross-sectional configuration and being integral with and extending downwardly from the lug;

a mount on which the lug is positioned;

a clip having a spring clip arm and a base, wherein at least a portion of the base of the clip is positioned between the lug and the mount, wherein the spring clip arm is spaced from and capable of deflection toward and away from the second face of the lug;

a slot in the base of the clip; and

a channel on the mount;

wherein the tang extending from the lug extends through the slot of the base of the clip and into the channel on the mount;

wherein the tang extending through the slot of the base clip and into the channel of the mount inhibits rotation of the lug and the clip relative to the mount;

the clip arm being juxtaposed to the second face of the lug and adapted to retain the end feature of the fuse therebetween and in electrical connection with the lug;

wherein the end feature is the form of a blade and the spring clip arm retains the blade against the second face of the lug with generally planar face to face contact therebetween;

wherein the conductor port is accessible to access the conductor in the lug when the end feature of the fuse is retained by the clip arm.

19. The assembly of claim 16 wherein the mounting screw is threadably mated with the mount and accessible for rotation relative to the mount when the end feature of the fuse is retained by the clip arm.

20. The assembly of claim 9 wherein the mounting screw is threadably mated with the mount and accessible for rotation relative to the mount when the power distribution component is retained by the clip arm.

21. The assembly of claim 1 wherein the clip arm has an arcuate contact surface which is bowed inwardly toward the second face of the lug.

22. The assembly of claim 12 wherein the clip arm has an arcuate contact surface which is bowed inwardly toward the second face of the lug.

23. The assembly of claim 18 wherein the clip arm has an arcuate contact surface which is bowed inwardly toward the second face of the lug.