Charging plug for a motor vehicle, and load contact module for a charging plug
A charging plug for a motor vehicle, having a connection module and a load contact module, the connection module being connectable to supply lines for supplying power, the load contact module having a load contact for transmitting charging power, and the load contact module being detachably and replaceably secured to the connection module, the load contact module including a temperature sensor.
1. A charging plug for a motor vehicle, comprising:
a connection module; and
a load contact module;
wherein the connection module is connectable to supply lines for supplying power,
wherein the load contact module has a load contact for transmitting charging power,
wherein the load contact module is detachably and replaceably secured to the connection module,
wherein the load contact module has a temperature sensor,
wherein the load contact is accommodated in an axially extended housing section,
wherein the temperature sensor is accommodated in a radially extended housing section that protrudes from the axially extended housing section,
wherein the temperature sensor rests on a circuit board, and
wherein the circuit board has a contact element for connecting the temperature sensor to the connection module.
2. The charging plug according to claim 1 , wherein:
the temperature sensor is enclosed, at least in sections, by a housing of the load contact module.
3. The charging plug according to claim 1 , wherein:
the load contact has an opening for receiving a contact pin,
wherein the temperature sensor is situated at a distance from the opening.
4. The charging plug according to claim 1 , wherein:
the contact element is a plug-in connector, which with one or more contacts rests in one or more complementarily shaped receptacles of the connection module.
5. The charging plug according to claim 1 , wherein:
the contact element and/or the circuit board are/is braceably situated against the connection module in an elastic manner.
6. The charging plug according to claim 1 , wherein:
the circuit board is connected to the load contact via a leaf spring.
7. The charging plug according to claim 1 , wherein:
the contact element has two contacts that are designed as axially protruding profiles.
8. The charging plug according to claim 1 , wherein:
the load contact module, in particular the load contact, is secured to the connection module via a screw connection;
and/or
an active cooling device for cooling the charging plug is provided in a charging plug housing in which the connection module rests, the temperature sensor being situated at a distance from the active cooling device.
9. A load contact module for a charging plug comprising:
a load contact for transmitting charging power,
wherein the load contact module is detachably and replaceably connectable to a connection module of the charging plug, comprising a temperature sensor,
wherein the load contact is accommodated in an axially extended housing section, and
wherein the temperature sensor is accommodated in a radially extended housing section that protrudes from the axially extended housing section.
10. A charging plug for a motor vehicle, comprising:
a connection module; and
a load contact module;
wherein the connection module is connectable to supply lines for supplying power,
wherein the load contact module has a load contact for transmitting charging power,
wherein the load contact module is detachably and replaceably secured to the connection module,
wherein the load contact module has a temperature sensor,
wherein the load contact module has a housing having an axial extended housing section and a radial extended housing section that protrudes from the axial extended housing section,
wherein the load contact is accommodated in the axially extended housing section, and
wherein the temperature sensor is accommodated in the radially extended housing section that protrudes from the axially extended housing section.
11. The charging plug according to claim 1 , wherein:
the load contact module housing provides the axial and radial extended housing sections as a single piece.
12. The charging plug according to claim 1 , wherein:
the load contact module housing is disposed within an overlying housing of the charging plug.
13. The charging plug according to claim 10 , wherein:
the temperature sensor is enclosed, at least in sections, by the load contact module housing.
14. The charging plug according to claim 10 , wherein:
the load contact has an opening for receiving a contact pin,
wherein the temperature sensor is situated at a distance from the opening.
15. The charging plug according to claim 10 , wherein:
the contact element is a plug-in connector, which with one or more contacts rests in one or more complementarily shaped receptacles of the connection module.
16. The charging plug according to claim 10 , wherein:
the contact element and/or the circuit board are/is braceably situated against the connection module in an elastic manner.
17. The charging plug according to claim 10 , wherein:
the circuit board is connected to the load contact via a leaf spring.
18. The charging plug according to claim 10 , wherein:
the contact element has two contacts that are designed as axially protruding profiles.
19. The charging plug according to claim 10 , wherein:
the load contact module, in particular the load contact, is secured to the connection module via a screw connection;
and/or
an active cooling device for cooling the charging plug is provided in a charging plug housing in which the connection module rests, the temperature sensor being situated at a distance from the active cooling device.
20. The charging plug according to claim 10 , wherein:
the temperature sensor rests on a circuit board, and
wherein the circuit board has a contact element for connecting the temperature sensor to the connection module.