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How washing machine clutch washing and rinsing works
- Jul 06, 2018 -

In the process of using the washing machine, whether it is washing or rinsing, the help of the washing machine clutch can not be separated. The washing machine clutch is mainly composed of a brake disc, a brake plate, a clutch electromagnet, a brake band, a spring sleeve, an anti-reverse spring, an inner hub, a torsion spring, and a gear reduction assembly.

 

During the washing process, when the washing machine clutch is operated in the clockwise direction, the clutch electromagnet is not energized at this time, the moving iron core blocks the brake band, the spring sleeve cannot be rotated, the torsion spring is loosened by the spring sleeve, and the pulley hub is Torque cannot be transmitted to the inner hub. At the same time, the torsion spring is wound up, the inner hub and the inner hub are integrated, and the torque of the dewatering bucket is transmitted to the inner hub. The inner hub and the brake disc are integrated, and when the torque of the dewatering bucket is transmitted to the brake disc, the brake disc generates friction to prevent the dewatering bucket from following.

 

Conversely, when the washing machine clutch rotates in the counterclockwise direction, the clutch electromagnet is not energized, and the moving iron core blocks the brake band so that the spring sleeve cannot rotate. At this time, the brake disc does not generate friction. The anti-reverse spring mounted on the brake shoe shaft is wound up to generate friction to prevent the dewatering bucket from following. The torque generated by the operation of the motor is transmitted to the pulsator shaft via the pulley and the gear assembly, and the pulsator rotates counterclockwise.

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