服务热线 18660772233
0531-55536261
联系在线客服

自动门电机厂家分享如何控制离心机的转速差?

来源:http://www.jnmcd.com 发布时间:2020-06-01 浏览:
  如何控制离心机的速度差?根据离心机的工作原理,与鼓旋转螺丝同心同向,但是如果有一个鼓的速度区别两个神经网络表示绝对速度,表示为一个ns螺旋绝对速度,一个说两个微分速度,是一个一个儿子o b = 2的速度快于螺旋滚筒,即nb >肋骨,属于负微分速度、滑移微分速度的比值,鼓转速、滑=(一个/ n) xlO0 %(一般来说,0.2% - 3%)。
  How to control the speed difference of the centrifuge? According to the working principle of the centrifuge, it is concentric with the rotating screw of the drum, but if there is a drum speed difference, two neural networks represent the absolute speed, which is an ns screw absolute speed, and one says two differential speeds, which is a son whose speed o b = 2 is faster than that of the screw drum, that is, Nb > rib, It belongs to the ratio of negative differential speed and slip differential speed, drum speed and slip = (one / N) xlo0% (generally, 0.2% - 3%).
山东自动门电机
  回收装置的结晶分离追求固相的干燥。采用这样的负滑移率有利于泥沙的输移,降低了减速机的输移功率。通过改变滚筒与螺杆之间的差动速度,即通过改变转子上滑轮的大小来改变滑移率,可以实现负滑移率。该方法在生产实践中易于操作。此外,皮带老化或皮带松紧不匀也可能导致转速差的变化和固相流量的变化,这也是分析离心机固相流量时要注意的一点。
  The crystallization separation of recovery device pursues the drying of solid phase. The adoption of such a negative slip rate is conducive to sediment transport and reduces the transmission power of the reducer. By changing the differential speed between the roller and the screw, that is, by changing the size of the pulley on the rotor to change the slip rate, negative slip rate can be achieved. This method is easy to operate in production practice. In addition, belt aging or uneven belt tightness may also lead to the change of speed difference and solid-phase flow, which is also a point to be paid attention to when analyzing the solid-phase flow of centrifuge.
  以上是山东自动门电机公司小编为大家介绍的相关内容,想要了解更多内容,欢迎访问网站:http://www.jnmcd.com/
  The above is the relevant content introduced by Shandong automatic door motor company. If you want to know more, please visit the website: http://www.jnmcd.com/
推荐新闻
  • 联系人:张经理
  • 手机:18660772233(微信同号)
  • 电 话:0531-55536261 / 0531-55536272
  • 邮 箱:911510021@qq.com
  • 地 址:山东济南市济南时代欧亚电子大厦一楼A111号
  • Copyright © 2018 济南美磁达电子有限公司 All Rights Reserved