High temperature motor is a kind of motor that can run normally in high temperature environment. Usually, the operation of ordinary motors in high temperature environment will be greatly limited, because high temperature will lead to the expansion of materials inside the motor, the decline of insulation performance, and even lead to electrical failure. Therefore, the high-temperature motor has special design and material selection, which enables it to run stably in high-temperature environment.
High-temperature servo motor +8 degrees
The difference between high-temperature motor and ordinary motor is mainly in the following aspects:
Material selection and design: High-temperature motor uses high-temperature tolerant materials, such as special insulating materials and high-temperature resistant magnetic materials, to deal with the problems of material expansion and corrosion in high-temperature environment. Its design will also consider the influence of high temperature on the structure and internal parts of the motor.
insulation performance: high temperature environment is easy to reduce the insulation performance of the motor, leading to insulation breakdown and electrical failure. High-temperature motors will adopt stronger insulation materials and insulation structures to maintain adequate electrical safety.
cooling system: in high temperature environment, the heat dissipation of the motor will be more difficult. High-temperature motors are usually equipped with more powerful cooling systems, such as forced air cooling or liquid cooling, to keep the internal temperature of the motor stable.
tolerance of electronic components: high temperature environment may affect electronic components inside the motor, such as sensors and controllers. High-temperature motors will choose electronic components with higher temperature resistance, or take cooling measures to ensure the normal operation of these components.
scope of application: high-temperature motors are suitable for scenes that need to work in high-temperature environment, such as industrial furnaces, high-temperature melting, glass manufacturing and other fields. Ordinary motors are suitable for general applications.
in a word, compared with ordinary motors, high-temperature motors have stronger high-temperature tolerance and more adaptive design, which enables them to run reliably under harsh high-temperature conditions.