What is the heat circuit breaker?

Thermal circuit breaker is a safety device that disrupts the electrical circuit if the temperature is too high. These devices are used to prevent fires, damage due to voltage fluctuations and other dangerous electrical situations. Many people are familiar with the thermal circuit breakers because they can have them in their homes or can use the thermal/magnetic circuit that contains two failures to open the circuit if the problem is developing. As long as the perimeter is open, electricity cannot flow through it, so the opening of the perimeter eliminates a dangerous situation. Once the problem has been solved that caused the operating the circuit breaker, the circuit breaker can be reset, closed the circuit and allowed it to work again. If the circuit breaker is reset without solving the problem, there is a high probability that it will be Trtn's IP.

In the case of a thermal circuit breaker, the circuit breaker is designed to detect the temperature increase. TemperatureIt triggers a mechanical reaction that burns the circuit breaker and breaks the circuit. Classically, this is achieved by assembling two pieces of metal with different speeds of expansion together. When the metals expand in response to heat, they pull the circuit breaker and opened it. The circuit breakers with circuits are designed to be fully open or fully closed, which prevents partial flows of electricity, and when they bury, they usually rest in the middle of the range of movement so that someone can easily identify the circuit breaker. To reset the circuit breaker, it must be pulled all the way and then returns to the position.

The mechanical effect involved in opening the perimeter often generates sound rupture or crackling noise. This can alert people to the fact that they do not notice the electrical problem, the heat circuit breaker has buried. When it turns off the circuit breaker, people should determine which circuit is associated with, and check the circuit to see if there is a problem. For example, the start of multiple electrical heaters on one circuit can stumble a thermal circuit breaker andIt may be possible to solve the problem by disconnecting the stokers and moving to different circuits. In other cases, there may be a serious problem with a circuit that requires the attention of an electrician.

with a magnetic/thermal circuit breaker has a circuit breaker with the thermal component and an electromagnetic component that responds to currents that are too high by tripping the circuit breaker and opening the circuit. This type of circuit breaker can quickly respond to problems such as energy overvoltage, except for problems such as poorly grounded electrical circuits.