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Washing and dewatering requirements for LG washer clutches
- Aug 16, 2018 -

The head of the fork of the LG washing machine clutch is equipped with a pawl, and the movement of the fork is mainly controlled by the moving iron core of the drained electromagnet during operation. The dewatering shaft is also called the clutch shaft when it is operated, and is mainly connected to the inner tub of the washing machine during operation. The pulsator shaft is used to connect to the pulsator. The brake band is used to hold the jacket shaft (also known as the clutch shaft). The planetary gear reduction mechanism is in the brake disc, and the planetary gear mechanism only reduces the rotational speed and does not change the rotational direction.

During the washing of the LG washing machine clutch, the drain solenoid valve is powered off, the pawl on the fork pulls the ratchet over an angle, the spring is released, the clutch sleeve and the dewatering shaft are disengaged, and the shift fork is additionally operated during operation. Control the brake band at one end to hold the brake disc. When the motor drives the clutch pulley to rotate, the pulley only drives the washing shaft to rotate the pulsator (two-phase intermittent commutation), and the dewatering shaft is gripped by the brake belt, and the dewatering shaft can not be controlled by the dehydration shaft torsion spring. Driven by the motor.

  

During the dehydration of the LG washing machine clutch, the drain solenoid valve will be energized to open, the shift fork is dialed at an angle, the pawl and the ratchet are disengaged, and the retaining spring holds the clutch sleeve and the dehydration shaft, so that they are connected together to generate linkage . At the same time, the clutch top opening screw pushes the swinging plate, the brake band is released, and the brake disc is no longer held tight. That is, when the motor drives the clutch pulley to rotate, the pulley drives the clutch dehydration shaft to rotate clockwise.

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