The Difference Between Electromagnetic Clutch And Magnetic Powder Clutch

The difference in working principle:

The electromagnetic clutch controls the engagement and disengagement of the clutch by the on and off of the coil. Electromagnetic clutch can be divided into: dry single-plate electromagnetic clutch, dry multi-plate electromagnetic clutch, wet multi-plate electromagnetic clutch, magnetic powder clutch, slip electromagnetic clutch and so on. The working mode of the electromagnetic clutch can be further divided into: a combination of energization and power failure.

Magnetic powder clutch, also known as electromagnetic powder clutch, magnetic powder clutch (models are: TJ-POC, TJ-POC-A, TJ-POC-B, TJ-POC-C), is based on electromagnetic principle and the use of magnetic powder to transfer torque, The excitation current and the transmission torque are basically linear, and can transmit a certain torque regardless of the slip. The utility model has the advantages of fast response speed, simple structure, no pollution, no noise, no impact vibration, energy conservation, etc. A multi-purpose, superior performance automatic control component.

Comparison of their respective advantages:

Electromagnetic clutch:

1. High-speed response: Because it is a dry type, the torque is conveyed quickly, and convenient movements can be achieved.

2, strong durability: good heat dissipation, and the use of advanced materials, even high frequency, high energy use, is also very durable.

3, assembly and maintenance is easy: the magnetic field coil built into the ball bearing is static, so you do not need to take the center core without using a carbon brush, easy to use.

4, the action is indeed: the use of plate-shaped shrapnel, although there is strong vibration will not produce loose, good durability.

Magnetic powder clutch:

1. During the clutch engagement process, it is easy to achieve a smooth increase in torque, so the clutch has good joint smoothing performance.

2, can slide the work for a long time.

3. No adjustment is needed during use.