Laser displacement sensors have been out for decades, and its technology is increasingly updated, and the most advanced laser displacement sensors on the market are mainly composed of lasers and their corresponding parts, so the use of laser displacement sensors also requires special attention. So what to watch out for? The following editor will tell you. 

First, pay attention to the range of high-precision laser displacement sensor

The measuring range of the high-precision laser displacement sensor has a corresponding setting, if it exceeds its measuring range, it will cause the sensor to be unable to output real data, and even lead to the damage of the high-precision laser displacement sensor in serious cases. Therefore, when used, its range should be strictly monitored, of course, some products can leave a certain margin for the installation and use of sensors;

Second, high-precision laser displacement sensor avoidance matters

As a detection instrument, even the first-class high-precision laser displacement sensor, in the installation and use, should also try to avoid direct sunlight, or the temperature difference between high and low is too large, or vibration, or serious impact, the last point also need to be careful to prevent corrosive media intervention high-precision laser displacement sensor, Prevent these adverse factors from causing the data deviation of the laser displacement sensor of the high precision instrument, and then reduce its service life;

Third, a separate distribution tube or distribution trough should be used

It should be known that the high-precision laser displacement sensor, do not share the same wiring tube or wiring slot with the power line, power line, etc., if the same wiring tube or wiring slot is used, it will cause noise interference to the high-precision laser displacement sensor, and then affect the signal output of the sensor.

These are the aspects that need to be paid attention to in the use of the high laser displacement sensor, the more accurate the sensor, the more correct use in the process of use, which affects its service life and its measurement results.