The behavior of protecting operating machinery when its temperature exceeds the rated average temperature using special equipment or methods is called overheat protection. When the temperature of operating machinery exceeds the rated temperature, it is referred to as overheating.

Currently, there are many overtemperature protector manufacturer suppliers in daily life, as the market for temperature protectors is quite large. Many devices require the use of temperature protectors, which can be widely used in various motors and electrical equipment. Even the household refrigerators commonly used in our homes are equipped with this protective device.

Overtemperature protector manufacturer suppliers' temperature protectors have become one of the preferred and trusted protective devices for customers. Let's learn about the installation of temperature protectors together.

(1) Generally, a buried installation is used. Before installation, a simulation test of the overtemperature protector manufacturer supplier's temperature protector should be conducted to confirm the reliability of its action.

(2) Typically, three symmetrically connected buried motor stator windings are used and fixed securely.

(3) The connecting transmission line should be selected as copper core cable. The transmission line inside the high-voltage motor should use shielded cable, with the shielding layer reliably connected to the motor casing to prevent induced voltage. To enhance the insulation strength between the transmission line and the high-voltage motor winding, three layers of thin mica tape are tightly wrapped around the outside of the shielded cable, with a layer of white wedding veil tape wrapped around the mica tape, and a coat of epoxy resin paint applied on the outside, then allowed to dry.

The types of overtemperature protector manufacturer suppliers' temperature protectors are quite diverse, with many product series. However, the knowledge introduced above regarding installation is essential to grasp. The temperature protectors we currently use have dual protection functions for overcurrent and overtemperature, providing better protection effects.