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The working principle of the wave-wheel mode automatic washing machine clutch
- Dec 05, 2017 -


The wave-wheel mode automatic washing machine clutch is the key part of the wave-wheel mode automatic washing machine. The main function of the wave-wheel mode automatic washing machine clutch is to transfer the power of the motor to the clutch after the motor is started, through the drive action of the triangle belt.
The  wave-wheel mode automatic washing machine clutch realizes the low speed rotation when washing and rinsing, and the high speed rotation when dehydrating. And the brake action can be carried out after dehydration.

The movement of the deceleration clutch of the wave-wheel mode automatic washing machine clutch will be controlled by the drainage electromagnet, which has two states of washing and dehydration. During the washing, the motor is running, through the deceleration clutch, reduce the speed, driving the intermittent positive rotation of the impeller. The dehydration drum will not rotate during washing.
When dehydration, the motor occurs, through the wave-wheel mode automatic washing machine clutch, does not decelerate, driving the washing dehydration drum to run clockwise and dehydrate. The impeller will also operate along with the washing dehydration barrel.
The  wave-wheel mode automatic washing machine currently used is usually  the wave-wheel mode automatic washing machine clutch. This wave-wheel mode automatic washing machine clutch is mainly composed of impeller shaft, dehydration shaft, torsional spring, brake belt, shifting fork, clutch rod, ratchet wheel, pawl, clutch sleeve, outer coat shaft and gear shaft.


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