Space-limited protection module with at least two overvoltage protection elements in parallel current branches

1. A space-limited protection module with at least two overvoltage protection elements in parallel current branches, wherein the protection module comprises a local multistage indicator for indicating at least one operating state, a warning state and a defect state, wherein the parallel switched overvoltage protection elements are arranged on a circuit board in electrical connection to conductor tracks of the circuit board and attached in a thermally softenable manner, wherein the first overvoltage protection element is associated with a first force accumulator and the second overvoltage protection element is associated with a second force accumulator, which in a soldered state exerts a force on a respective overvoltage protection element in parallel with a surface of the circuit board, so that in an event of a heating of an overvoltage protection element beyond a softening point of a thermal adhesion the respective overvoltage protection element is displaced sideways, so that an electrical connection to the conductor tracks of the circuit board is interrupted, wherein an interruption of the electrical connection of the second overvoltage protection element is always signaled as a defect state while the interruption of just the electrical connection of the first overvoltage protection element is signaled as a warning state.

2. The protection module as claimed in claim 1 , wherein a holding device is provided for the first overvoltage protection element, which spatially fixes a disconnected first overvoltage protection element in a defined manner after disconnection.

3. The protection module (as claimed in claim 1 , wherein a holding device comprises a solder pad.

4. The protection module as claimed in claim 1 , wherein a holding device comprises a mechanical receptacle, against which the first disconnected overvoltage protection element is held by the first force accumulator.

5. The protection module as claimed in claim 1 , wherein a current branch of the second overvoltage protection element is connected only after disconnection of a first overvoltage protection element, so that in the operating state only the first current branch is electrically conductively connected and in the warning state only a second current branch is electrically conductively connected.

6. The protection module as claimed in claim 1 , wherein characteristics of the overvoltage protection elements differ, with a first overvoltage protection element being interrupted at a lesser overloading than a second overvoltage protection element, and both current branches are electrically conductively interconnected in the operating state.

7. The protection module as claimed in claim 6 , wherein a different characteristic is a different response voltage.

8. The protection module as claimed in claim 1 , wherein the local indicator is realized by mechanically triggered slides, which are carried along with a sideways displacement of an overvoltage protection element.

9. The protection module as claimed in claim 1 , wherein the overvoltage protection elements are chosen from a group comprising TVS diode, gas-filled arrester, and varistor.

10. A space-limited protection module with at least two overvoltage protection elements in parallel current branches, wherein the protection module comprises a local multistage indicator for indicating at least one operating state, a warning state and a defect state, wherein a parallel switched overvoltage protection elements are arranged on a circuit board in electrical connection to conductor tracks of the circuit board and attached in a thermally softenable manner, wherein a first overvoltage protection element is associated with a first force accumulator and a second overvoltage protection element is associated with a second force accumulator, which in a soldered state exerts a force on a respective overvoltage protection element in parallel with a surface of the circuit board, so that in an event of a heating of an overvoltage protection element beyond a softening point of a thermal adhesion the respective overvoltage protection element is displaced sideways, so that an electrical connection to the conductor tracks of the circuit board is interrupted, wherein an interruption of the electrical connection of the second overvoltage protection element is always signaled as a defect state while the interruption of just the electrical connection of the first overvoltage protection element is signaled as a warning state, wherein furthermore a holding device is provided for the first overvoltage protection element, which spatially fixes a disconnected first overvoltage protection element in a defined manner after disconnection, wherein the holding device comprises a solder pad, wherein the holding device comprises a mechanical receptacle, against which a first disconnected overvoltage protection element is held by the first force accumulator, wherein a current branch of the second overvoltage protection element is connected only after disconnection of the first overvoltage protection element, so that in the operating state only the first current branch is electrically conductively connected and in the warning state only the second current branch is electrically conductively connected, wherein characteristics of the overvoltage protection elements differ, with the first overvoltage protection element being interrupted at a lesser overloading than the second overvoltage protection element, and both current branches are electrically conductively interconnected in the operating state, wherein a different characteristic is a different response voltage, wherein a local indicator is realized by mechanically triggered slides, which are carried along with a sideways displacement of an overvoltage protection element, and wherein the overvoltage protection elements are chosen from a group comprising TVS diode, gas-filled arrester, and varistor.