LVDT displacement sensor DET150A is a sensor based on the principle of differential inductance, used to measure the displacement of the measured object. The sensor consists of a fixed central coil and two symmetrical lateral coils, which convert the linear displacement of the measured object into an electrical signal through mechanical coupling effect.

LVDT displacement sensor DET150A has the advantages of high sensitivity, high accuracy, fast response speed, and good linearity, which can meet various displacement control and monitoring needs. The sensitivity range of this product is 2.8~230mv/v/mm, which can be customized according to user needs.

LVDT displacement sensor DET150A is widely used in displacement control and monitoring in fields such as mechanical processing and petrochemical industry. For example, in the field of mechanical processing, LVDT sensors can be used to measure the linear displacement of workpieces, thereby achieving automated control and monitoring of the mechanical processing process. In the fields of petrochemical and automotive manufacturing, LVDT sensors can be used to measure the displacement of pipelines and automotive components, thereby achieving automated control and monitoring of the production process.

Advantages of LVDT displacement sensor DET150A:

1. High sensitivity: The sensitivity range of LVDT displacement sensors is 2.8~230mv/v/mm, which can meet various displacement measurement needs.

2. High accuracy: LVDT displacement sensors have high accuracy and can achieve precise displacement control and monitoring.

3. Fast response speed: LVDT displacement sensors have fast response speed and can quickly output displacement signals.

4. Good linearity: The output signal of LVDT displacement sensor has a good linear relationship with the displacement of the measured object.

5. Easy installation: LVDT displacement sensors are easy to install and can be quickly installed and debugged.

LVDT displacement sensor DET150A is a high-performance displacement measurement device with advantages such as high sensitivity, accuracy, fast response speed, and good linearity. It is widely used in displacement control and monitoring in fields such as mechanical processing, aerospace, petrochemical, and automotive manufacturing.