Type A: cantilever, no bearing, boiler centrifugal impeller is directly installed on the motor shaft, the centrifugal speed is the same as the motor.The fan is small, the structure is compact, and the area is small.Type B: cantilever, belt transmission structure, pulled wheels between the two supporting seats.Suitable for medium -sized fans, the speed is adjustable.Type C: Cantilever, belt transmission structure, two supporting bearing seats with belt wheels.It is suitable for medium and large variable gear centrifugation, and the belt wheel is easy to disassemble.Type D: Cantilever, connect to the transmission structure of the main motor shaft with a coupling.The coupling is installed on the outside of the two bearing seats.The fan speed is the same as the motor speed.For medium and large -scale centrifugal E -type: the belt transmission structure, two support bearings are installed on both sides of the case, the leaf wheels are placed in the middle of the two support bearing, which is a dual support type. The belt wheel is installed on the side centrifuge.For double suction or large single -suction gear shift centrifugal.Its advantage is that operation is more balanced.Type F: The transmission structure of connecting the boiler and the main motor shaft is used.There are two bearing on both sides of the case.They are dual -supported and installed outside the bearing seat.It is used for double suction or large single -suction centrifugal boilers with the same speed as the motor.Its advantage is that work is smoother.You can choose the appropriate transmission method according to the specific environment and the advantages and disadvantages of various centrifugal transmission methods.
The above is about the transmission method of the centrifugal fan. I hope the above content can be helpful to everyone. Thank you for your viewing and support. In the later period