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Talking about how to control the high precision technique of the principle of XC differential shaft

Source of the article:Editor:popularity:0Publication time:2020-12-01 16:00:38【large middle-sized small

For the mechanical bearing transfer program, it is possible to increase the effect of strengthening the compression force of the rotating parts control engineering support. It also controls the speed at which the rotation can be smoothly adjusted during the cycle of sliding, and promotes the stable effect of rewinding and unwinding that can improve the tension and balance. Then, in the principle of the XC differential shaft, the tension can be adjusted through the auxiliary sliding friction of the slip ring to achieve the smoothness of the tension.

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1. Smoothness of friction

 

     In adjusting the rotation attributes according to different functions, it is possible to increase the effect of greater mechanical rotation adjustment flatness. For adjusting the compression force with which the air pressure is saturated, the friction speed can be adjusted to achieve a smooth effect. It can also control the perfection of the rotation speed in the fortune to achieve a refined effect.



2. Tension control

 

    For the attribute composed of multiple slip rings, it is possible to perform slip control in the slipping force and adjust the speed of the slip amount. And according to the sufficient amount of voltage, the operation program is applied more smoothly. It can promote the control stability of the friction speed and maintain the tension control, which can improve the precision of winding and unwinding.