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The lever linkage control and motor's running requirement of Samsung automatic washing machine clutch
- Oct 11, 2017 -

 The Samsung washing machine clutch is the key part of the automatic washing machine in the use. And its main function is to effectively transfer the power of the motor to the clutch through the triangle belt after the motor is turned on.
The Samsung automatic washing machine clutch,to a certain extent, can achieve low-speed rotation when washing and rinsing, and the high speed rotation during the dehydration. It can carry out the function of braking after dehydration. The movement of the deceleration clutch will be controlled by the drainage electromagnet. And there will be two conditions, including washing and dehydration.
In the process of washing, the motor operates. And it does the washing through deceleration clutch to reduce the speed to drive the impeller intermittent positive reversal. At this time, the washing tumble dryer does not rotate. in the process of dehydration, the motor runs, and drives the washing tumble dryer to rotate clockwise without slowing down through the clutch. And the impeller will rotate along with the washing tumble dryer.
The transmission fork of Samsung automatic washing machine clutch is a lever linkage control mechanism. The head of the transmission fork is fitted with the pawl, and the action of the transmission fork is controlled by the moving iron core of the drain electromagnet. The dehydration axis is also called the clutch axis, which is connected to the inner bucket. The impeller axis is connected with the impeller. The brake belt is used to grip the outer axis. The planetary gear reduction mechanism is in the brake disc and the planetary gear mechanism only reduces the speed, does not change the direction of rotation.


Samsung  washing machine clutch

During the washing process, the drain electromagnet is cut off. The pawl of the transmission fork rotates the ratchet wheel at a certain angle. The spring release. The clutch sleeve and dehydration axis disengage。The other end of the transmission fork controls the brake belt to hold the brake disc tightly. When the motor drives the clutch pulley to rotate, the pulley only drives the washing axis to rotate the impeller ( dual phase intermittent commutation ). And the dehydration axis is gripped tightly by the brake belt, and with control of the dehydration axis torsional spring, the dehydration axis can not be driven by the motor.






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