1. When applying, it is first clear whether the over-current and over-temperature protector manufacturer and supplier of the over-temperature protector is self-recovering or self-recovering. Generally speaking, the over-current and over-temperature protector can be applied unless the unexpected restart of the motor is likely to cause risks or damage to the user. Cases that require the application of non-self-recovery protection devices are: gasoline and diesel motors, waste food recyclers, conveyor belts, etc.

2. During normal operation, the resistance band of the over-current over-temperature protector manufacturer and supplier is in a random condition, and the contact point is in a closed condition. When the temperature rises to the posture temperature value, the wear-resistant steel pipe components are in a fast posture due to thermal stress caused by heat, the contact point is closed, and the power supply circuit is disconnected, thus having thermal maintenance effect.

3. The structure and function of the motor are integrated to generate thermal dynamic system software. As a heater, the motor endangers the hot and cooling speed of the over-current over-temperature protector manufacturer and supplier. In order to better smooth the credibility and characteristics to make the over-current over-temperature protector installed in the motor to carry out experiments.