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The stop and washing process of LittleSwan washing machine clutch
- Dec 28, 2017 -

In the process of LittleSwan washing machine clutch, it will be able to remove the gears from the gears, and it will be able to remove the gears from the cogs, and it will release the spring and the clutch, and it will be able to get into the wash, and the motor is driven by the belt, and it will only turn the wash shaft

In the process of dewatering, the clutch of LittleSwan clutch is caught in the ratchet, which holds the clutch of the clutch and the dewatering shaft, so that the clutch sleeve and the dehydration axis rotate simultaneously. When the spring is washing, hold the dewatering shaft to prevent the rotation of the bucket. The brake band controls the dehydration and the brake

When the washer is washing, the motor takes the lower part of the washing shaft and passes it to the top half of the washing shaft through the speed of the planetary reducer, leading to the rotation of the wheel. The speed ratio is 1/4.8. When dehydrating, hold the spring to hold the lower part of the washing shaft and the lower part of the dehydration shaft. The upper part of the movement through the inner teeth is passed directly to the upper part of the dewatering shaft, which will lead to the rotation of the dewatering bucket, while the planetary reducer does not work.


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The little swan machine clutch will inject a certain amount of water in the laundry bucket before it runs, which will slow down the motor, smooth out the power of the motor, and then the motor will continue to turn the motor. At this point, the motor winding generates a counter-electromotive force, and a rectangular pulse series is obtained after the half-wave rectification and amplification. By analyzing the number of pulses and the pulse width. You can get the quality clothing

The stain of the clothes is judged by the transparency of water. A infrared photoelectric sensor is added to the drain of the bucket to allow the infrared light to pass through the water to the receiving tube on the other side. If the water is low in transparency, the receiving tube will get less light, indicating that the clothing is dirty. A piezoelectric sensor is used when dehydrated. When the bucket is highly rotated, the water ejected from the bucket is applied to the piezoelectric sensor, which automatically stops the dehydration when the pressure changes

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