With the rapid development of the times, various protective devices from overtemperature protector manufacturers are increasingly common in our daily lives. With these protective devices, the use of household appliances is safer. When we use these household appliances, we need to be extra careful because they are inductive devices.

The overcurrent overtemperature protector from the manufacturer is a very good protective device. How does it work? When we use the overcurrent overtemperature protector, we need to avoid the occurrence of electric leakage. What are the usual protective measures?

The overcurrent overtemperature protector from the manufacturer is a type of device that uses a resistance strip as a temperature sensor component. When the household appliance is operating normally, the resistance strip is in a random state, and the contact points are either closed or open. When the temperature rises to the action temperature value, the steel pipe component generates thermal stress due to heat and quickly acts to open/close the contact points, disconnecting/connecting the power circuit, thus providing thermal protection. When the temperature gradually drops to the reset temperature, the contact points automatically close/open, restoring the operating state. It is commonly used in electrical products such as washing machine motors, air conditioning fan motors, transformers, electronic ballasts, and electric water heaters. Generally, the product should be stored in a dry, ventilated, clean place with humidity below 90% and a working temperature below 40°C, free from corrosive gases.

During the installation process of the overcurrent protector from the manufacturer, do not discard or damage the insulation of the metal casing to avoid electric leakage and ensure reliable use. The correct use of electric leakage devices is quite important to protect the normal operation of electrical products.

From the previous description, we can understand the operating state and widespread application of the overcurrent overtemperature protector from the manufacturer. To better protect the normal operation of electrical products, it is still necessary to pay close attention to minimizing the occurrence of electric leakage.