Conducting element for shunting an electric power supply
View Patent ↗A conducting element for shunting an electric power supply from a main conductor to an accessory device operatively associated with a circuit breaker, whose particularity consists of the fact that it comprises a contoured body that is meant to be arranged in a seat on the body of the circuit breaker in which a terminal for connection to the main conductor is arranged, the contoured body comprising at least one first surface that is suitable to be rested against a wall of the seat on the circuit breaker body and a second surface that protrudes at right angles from the first surface and is suitable to operatively couple to an additional conducting component that can be connected electrically to the accessory device.
1. A conducting element for shunting an electric power supply from a main conductor to an accessory device operatively associated with a circuit breaker, characterized in that it comprises a contoured body arranged in a seat on the body of the circuit breaker in which a terminal for connection to said main conductor is arranged, said contoured body further comprising at least one first surface that is rested against a wall of said seat on the circuit breaker body and a second surface that protrudes at right angles from the first surface and is operatively coupled to an additional conducting component connected electrically to said accessory device.
2. The conducting element according to claim 1 , characterized in that it comprises a third surface that protrudes at right angles from the first surface, structurally connected to the circuit breaker body, and makes electrical contact with said terminal.
3. The conducting element, according to claim 1 , characterized in that said second surface has a rod-like configuration, with an end connected electrically to said additional conducting component.
4. The conducting element according to claim 3 , characterized in that said end of said rod-like element is shaped so as to allow a male-female coupling with said additional conducting component.
5. The conducting element according to claim 2 , characterized in that said third surface has a substantially quadrilateral flat body in which there is a hole that accommodates means for fixing to a wall of the circuit breaker body.
6. The conducting element according to claim 1 , characterized in that said contoured body is formed monolithically.
7. The conducting element according to claim 5 , characterized in that said substantially quadrilateral flat body is obtained directly from said first surface by a blanking and bending process.
8. A multipole low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 1 .
9. A device for shunting power from a main conductor to an accessory device operatively associated with a circuit breaker, characterized in that it comprises:
a first conducting component that can be electrically connected to said accessory device; and
a second conducting element according to claim 1 .
10. A device for protecting and interrupting an electric power supply circuit, characterized in that it comprises:
a low-voltage multipole circuit breaker;
an accessory device operatively associated with said circuit breaker; and
a device for shunting power from a main conductor of the circuit according to claim 9 .
11. The conducting element according to claim 2 , characterized in that said contoured body is formed monolithically.
12. The conducting element according to claim 3 , characterized in that said contoured body is formed monolithically.
13. The conducting element according to claim 4 , characterized in that said contoured body is formed monolithically.
14. The conducting element according to claim 5 , characterized in that said contoured body is formed monolithically.
15. A multipole low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 2 .
16. A multiple low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 3 .
17. A multipole low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 4 .
18. A multipole low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 5 .
19. A multipole low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 6 .
20. A multipole low-voltage circuit breaker characterized in that is comprises at least one conducting element according to claim 7 .