The internal mechanism of the cable displacement sensor depends on the quality

The internal mechanism of the cable displacement sensor depends on the quality. You
may not know, what is the quality of the cable displacement sensor? Today, Jingliang Electronics Editor will reveal the answer to this question to you, I hope it will help you:
1. The quality of the cable displacement sensor depends on the internal structure, potentiometer or encoder, and wire rope.
The internal mechanism of the cable displacement sensor depends on the quality

2. The wire rope of the cable displacement sensor needs to be stretched and wound many times when in use. If the toughness is not enough, the wire rope is easy to deform and cannot be restored in time, which will affect the measurement accuracy of the cable displacement sensor.
3. In use, uneven forces are often encountered. If the strength of the wire rope is not enough, each wire rope is easy to break, which will cause fluffing. During the winding process of the wheel hub, a slight displacement will occur. Shift, thus affecting the accuracy of the measurement.
The internal mechanism of the cable displacement sensor depends on the quality

4. The greater the strength of the wire rope, the lower the toughness, and the better the toughness of the wire rope, the lower the strength. Then how to provide the strength of the wire rope while also having good toughness? That is to strengthen the material and processing technology. After the material of the steel wire rope is cold drawn to a certain limit, it must be returned to the furnace to restore the mechanical properties of the steel molecules, and then processed. Jingliang Electronics uses imported plastic-coated steel wire rope with high strength and better flexibility.
The internal mechanism of the cable displacement sensor depends on the quality, so on the basis of the selection, we should pay attention to the above aspects, pay attention to the editor, share new trends in real time, and look forward to your attention!

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Origin blog.csdn.net/wycgq/article/details/108637101