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Implementation of washing machine clutch dehydration function
- Jul 31, 2018 -

After the washing machine enters the dehydration process, the drain solenoid valve in the clutch of the washing machine is energized and pulled, and the drain valve is opened, and the clutch lever fixed on the electromagnet rod pushes the brake lever forward, and the brake lever rotates around the pin shaft. Friction pulls the brake band loose, so the brakes don't work. The washer clutch lever of the washing machine pushes the adjusting screw to rotate the clutch lever.


In the dehydration process, the inner tub of the washing machine runs in a clockwise direction, and the large pulley of the washing machine clutch rotates clockwise together with the gear shaft and the clutch sleeve, and the rotation of the clutch sleeve makes the square wire clutch spring rotating on the outer diameter more tight. There is a huge friction between the two, and there is also a huge friction between the square wire clutch spring and the outer casing shaft. At this time, the clutch sleeve and the outer sleeve shaft can be integrated by a square wire clutch spring.


In the clutch structure of the washing machine, the outer casing shaft and the outer casing of the reducer, that is, the dewatering shaft, are integrally formed, and the dewatering shaft is integrated with the flange through the opposite hole of the square shaft, and the flange is screwed to the inner barrel, thereby the inner barrel and The reducer casing and the like are a whole, and the washing machine clutch large pulley rotates the double-legged square wire clutch spring to drive the inner bucket to rotate synchronously to realize the dehydration function.