Linear displacement sensor is used to measure the displacement change of an object or structure on a linear axis. Its main uses include: 1.Industrial automation: The linear displacement sensor can be used for automatic control on industrial production lines, such as measuring the position of workpieces on mechanical arms, conveyor belts or machine tools, so as to carry out accurate and stable control.

The working principle of linear displacement sensor is the same as that of sliding rheostat. It is used as a voltage divider, and it presents the actual position of the measured position with relative output voltage.

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The working principle of a linear displacement sensor is to use a variable resistance slide rail structure. When the slide moves on the slide rail, the resistance value changes. By measuring the voltage difference between the slide rail and the fixed end, combined with the total resistance of the slide rail, the displacement can be calculated.

Installing and debugging linear displacement sensor is a key step to ensure accurate measurement of equipment. The following is the detailed installation and debugging process:

There are many points to pay attention to when using a linear displacement sensor, and now we will elaborate on the following important points:

LVDT (Linear Variable Differential Transformer) is a commonly used displacement sensor with high accuracy, stability, and reliability, making it widely used in the aerospace industry.

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Plant growth detection is an important task in fields such as ecology, forestry, and agricultural technology. In order to accurately grasp the growth laws of plants, understand their growth mechanisms, and provide scientific basis for plant cultivation and agricultural management, the application of modern technological means such as linear displacement sensors is particularly important. The application case of linear displacement sensor in plant growth detection demonstrates its advantages of high precision, reliability, and automated measurement.