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How Washing And Rinsing Of The Washer Clutch Brake Band Works
- May 15, 2018 -

The washer clutch brake belt is mainly composed of a brake band, a spring sleeve, an inner hub, a torsion spring, a brake disc, a brake plate, a gear deceleration component, and the like.

How Washing and Rinsing of the Washer Clutch Brake Band Works

When the clutch rotates clockwise, the clutch electromagnet of the washing machine clutch is not energized in the course of washing, and the moving iron core blocks the brake band so that the spring sleeve cannot rotate, and the torsion spring (small) is released by the spring sleeve. The torque of the pulley hub cannot be transmitted to the inner hub.

The washing machine clutch brake band is wound in the torsion spring and the torque of the dehydration barrel is transmitted to the inner hub. The inner hub is integrated with the brake disc. When the torque of the dehydration tub is transmitted to the brake disc, the brake disc generates friction and prevents the dehydration tub from rotating. At this point, the torque generated by the operation of the motor is transmitted to the pulsator shaft via the pulley and gear assembly, and the pulsator rotates clockwise.

How the clutch works when rotated counterclockwise

During the washing process of the washing machine clutch brake band, the clutch electromagnet is not energized. During the running process, the moving iron core blocks the brake band, so that the spring sleeve can not be rotated, and the torsion spring is used during use. The (small) and torsion springs (middle) are in the loosening direction, and the torque cannot be transmitted to the inner hub and the brake disc. The brake disc does not generate friction.

The anti-reversal spring of the washing machine clutch brake band, which will be mounted on the brake disc seat shaft to a certain extent, is wound tightly to generate a friction force to prevent the dewatering bucket from turning. At this time, the torsion 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.

How the clutch works when the clutch brake band is dehydrated

When dehydrating, the direction of rotation is clockwise, the torsion spring (small) is wound tightly, the transmission line hub and the inner hub are integrated, and the torque is transmitted to the dehydration shaft through the inner hub. At this time, the clutch electromagnet is energized, the moving iron core is retracted, the spring sleeve can be automatically rotated, the torsion spring (middle) is released, and the power source of the brake disc is cut off. The power generated by the operation of the motor is transmitted to the dehydration barrel through the pulley hub, the torsion spring (small), the inner hub, the gear cover shaft, the gear seat shaft, and the dewatering shaft, and the dehydration barrel is operated at a high speed.http://www.clutchwxxindu.com/