Share the correct operation method of the rope displacement sensor

Share the correct operation method of the
rope displacement sensor During the use of the rope displacement sensor, there are still some incorrect operation methods. Today, the Jingliang electronic editor will share with you again, I hope the users used this time can use it correctly And operation:
Share the correct operation method of the rope displacement sensor

1. The plastic-coated steel wire rope is the most easily worn part of the drawstring sensor. Try to pay attention to it during use. The nylon coated on the wire rope is also quite fragile. If it comes in contact with sharp objects or is partially damaged after wear, it may cause debris to block the pull. The rope hole will eventually damage the sensor. It is hoped that the user's pull rope is as parallel to the outlet hole as possible during use to reduce the wear of the wire rope. The sensor should be protected during use and foreign objects should not be allowed to contact the pull rope.
Share the correct operation method of the rope displacement sensor

2. The inside of the rope displacement sensor is a precision original. Whether it is a wire-wound potentiometer, a conductive plastic potentiometer, a magnetoelectric or a photoelectric encoder, etc., the sensor vibration should be minimized during use. The severe vibration may cause the internal components to loosen And make the sensor unable to work normally. The sensor body is installed in a location with less vibration, and anti-vibration device is installed if necessary.
3. The working speed of the rope pull sensor should be reduced as much as possible. In frequent high-speed applications, the life of the sensor is greatly reduced, especially when the internal resistance potentiometer is original.
The above editor shared the links that need to be paid attention to in the process of using the rope displacement sensor. The original editor also told you about it. I will share it again today, I hope it will be helpful to you.

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Origin blog.csdn.net/wycgq/article/details/108622385