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:

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.

With the development of economy, the application scope of linear displacement sensor is becoming wider and wider. Today, we will learn about the application of linear displacement sensor in the Internet, which is mainly reflected in the following aspects:

The SOP team is about to participate in the Hanover Industrial Exhibition in Germany in March 2025.

Amidst the busy work pace, our company organized a significant team building activity, which was held in Qili Ancient Town, Ganzhou, Jiangxi. This was not only an opportunity to relax, but also an important moment to enhance team cohesion and collaboration spirit.

Hydroelectric power generation is a complex process. In order to generate stable current, the water turbine must rely on a stable water flow rate. Among them, the linear displacement sensor plays a decisive role in controlling the water flow rate. Water turbines equipped with linear displacement sensors can ensure the sustainable development of hydraulic power by selecting water sources with beautiful environments, water level differences, and sustainable blowouts. There are several very important requirements for choosing a linear displacement position sensor here:

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.

Jiangxi SOP Precision Intelligent Manufacturing Technology Co., Ltd. is a high-tech enterprise specializing in sensor technology research and development, design, manufacturing and sales. The company has experts engaged in sensor technology for nearly 20 years, gathered many experienced engineers and technicians, has strong technical strength of independent research and development of high-tech products, and has fully functional high-precision production testing equipment. Provide displacement sensor products and solutions. Our company's main products are linear displacement sensor, cable displacement sensor, LVDT displacement sensor, magnetostrictive displacement sensor, weighing sensor, pressure sensor, torque sensor, ultrasonic flowmeter and so on. Products are widely used in machinery manufacturing, automobile, metallurgy, petroleum, chemical industry, scientific research institutes, aerospace and other fields.