Module connector
A module connector comprises a first connector including a first conductor attached to the first connector at a conductor point of the first connector and a second connector capable of being electrically connected with the first connector and including a second conductor attached to the second connector at a conductor point of the second connector. The first connector and the second connector each have an affixing element and a touch protection disposed on a connection side. The touch protection includes an outer electrically insulated collar and an electrically insulated protection pin surrounded by the collar. A current bridge is disposed between the collar and the protection pin and electrically connects the conductor point of the first connector with the conductor point of the second connector. The collar and the protection pin project beyond the current bridge.
1. A module connector, comprising:
a first connector including a first conductor attached to the first connector at a conductor point of the first connector, the first connector having an affixing element and a touch protection disposed on a connection side of the first connector, the touch protection of the first connector including an outer electrically insulated collar and an electrically insulated protection pin surrounded by the collar;
a second connector capable of being electrically connected with the first connector and including a second conductor attached to the second connector at a conductor point of the second connector, the second connector having an affixing element capable of engaging the affixing element of the first connector and a touch protection disposed on a connection side of the second connector facing the connection side of the first connector, the touch protection of the second connector including an outer electrically insulated collar and an electrically insulated protection pin surrounded by the collar; and
a current bridge disposed between the collar and the protection pin of at least one of the touch protection of the first connector and the touch protection of the second connector and electrically connecting the conductor point of the first connector with the conductor point of the second connector, the collar and the protection pin of the least one of the touch protection of the first connector and the touch protection of the second connector project beyond the current bridge, the protection pin of the touch protection of the first connector is formed by a projecting end of the affixing element of the first connector that projects beyond the current bridge and the protection pin of the touch protection of the second connector is formed by a projecting end of the affixing element of the second connector that projects beyond the current bridge.
2. The module connector of claim 1 , wherein the protection pin of the touch protection of the first connector projects beyond the collar of the touch protection of the first connector and/or the protection pin of the touch protection of the second connector projects beyond the collar of the touch protection of second connector.
3. The module connector of claim 1 , wherein the current bridge is a contact sleeve.
4. The module connector of claim 3 , further comprising a plurality of current bridges, one of the current bridges is disposed in each of the first connector and the second connector.
5. The module connector of claim 1 , wherein the protection pin of the touch protection of the second connector has a central receptacle receiving the protection pin of the touch protection of the first connector.
6. The module connector of claim 1 , wherein an electrically insulating cap is disposed at the connection side of at least one of the protection pin of the touch protection of the first connector and the protection pin of the touch protection of the second connector.
7. The module connector of claim 1 , wherein the collar of the touch protection of the first connector and the collar of the touch protection of the second connector are rotationally symmetrical.
8. The module connector of claim 7 , wherein the current bridge is rotationally symmetrical.
9. The module connector of claim 4 , wherein the affixing element of the first connector is disposed at least partially inside the current bridge and the affixing element of the second connector is disposed at least partially inside the current bridge.
10. The module connector of claim 1 , wherein the affixing element of the first connector engages the affixing element of the second connector by a screw connection.
11. The module connector of claim 10 , wherein the affixing element of the first connector is a screw having a flange that protrudes laterally from a head of the screw.
12. The module connector of claim 11 , wherein the flange is retained by a stop of the first connector.
13. The module connector of claim 1 , wherein the first connector and the second connector each have a coding that enables connection of the first connector and the second connector only in a plurality of specific angular positions with respect to a rotation about a connection direction between the first connector in the second connector.
14. The module connector of claim 1 , wherein at least one of the first connector and the second connector includes a connector braid with a compacted end.
15. The module connector of claim 1 , wherein the second connector has a receptacle between the current bridge and the collar of the touch protection of the second connector, the receptacle receiving the collar of the touch protection of the first connector.
16. The module connector of claim 15 , wherein the first connector has a receptacle between the current bridge and the protection pin of the touch protection of the first connector, the receptacle of the first connector receiving the affixing element of the second connector.
17. The module connector of claim 1 , wherein the module connector connects a plurality of batteries of a vehicle with an electric drive.