A high-temperature motor is a motor that can operate normally in a high-temperature environment. Normally, ordinary motors are greatly restricted when operating in high-temperature environments, because high temperatures can cause the materials inside the motor to expand, reduce insulation performance, and may even cause electrical failures. Therefore, high-temperature motors have special designs and material selections to enable them to operate stably in high-temperature environments.

High temperature servo motor +80 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, high-temperature-resistant magnetic materials, etc., to cope with problems such as material expansion and corrosion in high-temperature environments. Its design will also take into account the impact of high temperatures on the motor structure and internal components.

Insulation performance: High temperature environment can easily reduce the insulation performance of the motor, leading to insulation breakdown and electrical failure. High temperature motors will use stronger insulation materials and insulation structures to maintain adequate electrical safety.

Cooling system: In a high-temperature environment, it will be more difficult for the motor to dissipate heat. High-temperature motors are often equipped with more powerful cooling systems, such as forced air cooling or liquid cooling, to keep the internal temperature of the motor stable.

Electronic component tolerance: High temperature environments may affect electronic components inside the motor, such as sensors, controllers, etc. For high-temperature motors, electronic components that are more resistant to high temperatures will be selected, or cooling measures will be taken to ensure the normal operation of these components.

Scope of application: High-temperature motors are suitable for scenarios that require working in high-temperature environments, such as industrial furnaces, high-temperature smelting, glass manufacturing and other fields. Ordinary motors are suitable for applications in general environments.

In short, compared with ordinary motors, high-temperature motors have stronger high-temperature tolerance and are more adaptable to high-temperature environment designs, allowing them to operate reliably under harsh high-temperature conditions.