Inductive proximity sensors are widely used in industrial automation, robotics, machinery manufacturing and other fields. For example, in the automatic production line, sensors can be used to detect the position, existence and motion state of the workpiece, so as to realize the automation and intelligence of the production process. In addition, it can also be used to detect the speed of sprocket teeth in textile, chemical fiber, machine tool, machinery, metallurgy, locomotive and automobile industries, the speed and distance of chain conveyor belt, and the control of automobile protection system.

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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.

Automation equipment is not only a tool, but also a core engine to promote the transition of human industrial civilization from "age of steam" to "intelligent era". Its function is not only reflected in the improvement of production efficiency, but also profoundly affects industrial structure, economic model and even social development. The development trend of automation equipment includes improving accuracy, efficiency and intelligence, so the linear displacement sensor, as the core sensing element in automation mechanical equipment, plays a key role in equipment upgrading and intelligent development.:

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:

Inductive proximity sensor has many remarkable advantages in industrial production, which make it widely used in automation control, safety monitoring and accurate measurement. The following is a detailed summary of the advantages of inductive proximity sensors in industrial production:

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

Linear displacement sensor is a type of sensor used to measure surface deformation or rotational displacement of objects. This type of sensor is widely used, such as in automobiles, machinery, ships, etc., and has many advantages. Below, we will introduce the advantages and common troubleshooting methods of linear displacement sensors for your reference.

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.

Rope displacement sensor, also known as rope sensor, rope electronic ruler and rope encoder, is a kind of sensor used to measure linear position. It combines the advantages of angle sensor and linear displacement sensor, and has the characteristics of small installation size, compact structure, large measuring stroke and high precision, ranging from hundreds of millimeters to tens of meters. Measuring the opening of the gate: the pull-rope/linear displacement sensor can directly measure the displacement of the gate leaf or arm, thus indirectly reflecting the opening of the gate.