The working principle of the high-temperature plug-in centrifugal fan is as follows:
- Impeller rotation: The motor drives the impeller to rotate.
- Gas suction: When the impeller rotates, the gas is sucked into the fan under the action of the blades.
- Energy conversion: The impeller converts the mechanical energy of the motor into the kinetic energy and pressure energy of the gas.
- Gas acceleration: The gas is accelerated in the impeller.
- Centrifugal action: The gas is thrown out by centrifugal force.
- Pressure expansion: In the flow channel of the fan, the kinetic energy of the gas is converted into pressure energy, which increases the gas pressure.
- Exhaust gas: The high-pressure gas is discharged from the fan.
The design of the high-temperature plug-in centrifugal fan usually has the following features: - High-temperature resistant materials are used to adapt to high-temperature working environments.
- Good sealing design to prevent high-temperature gas leakage.
- Optimized impeller design to improve efficiency and stability.
It is widely used in ventilation, air exchange and gas transportation in high-temperature environments.
