In the cutting-edge fields of industrial automation, precision manufacturing and intelligent measurement, the accuracy of data is the cornerstone of decision-making and control. As the "sensory nerve" connecting the physical world with digital systems, the significance of displacement sensors is self-evident. Among them, KTC linear sensors, with their outstanding performance, reliable quality and forward-looking technical design, are becoming the trusted choice of many industry customers, helping enterprises move towards a new era of intelligence.

LVDT linear displacement sensor is widely used in various fields because of its unique performance advantages: Industrial automation: In industrial automation production lines, LVDT is often used to measure the displacement, position and other parameters of mechanical parts to achieve accurate control and monitoring. Aerospace: In the aerospace field, LVDT is used to measure structural deformation, vibration and other parameters of aircraft such as airplanes and rockets, which is of great significance to the safety and stability of aircraft. Energy and chemical industry: In the energy and chemical industry, LVDT can be used to measure the displacement and deformation of pipelines, valves and other equipment to ensure the normal operation and safety of the equipment. Automobile manufacturing: In the automobile manufacturing industry, LVDT is used to measure the displacement and position change of automobile suspension system, braking system and other components to improve the performance and comfort of automobiles. Scientific research and experiment: In the field of scientific research and experiment, LVDT, as a high-precision measuring tool, is widely used in mechanical properties testing of materials and structural vibration analysis.

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.

The advantages of LVDT mainly include: non-contact principle, good wear resistance, high resolution, good repeatability, no sliding contact and long service life; Fast response speed; High linearity; Good repeatability; Wide range coverage; Low fault/low power consumption/diversity of input and output; Good dynamic characteristics, can be used for high-speed online detection, automatic measurement and automatic control; Can be used in harsh environments such as humidity and dust; Can work under special conditions, such as high pressure resistance, high temperature resistance, radiation resistance, full-tight soil seal working underwater; It can withstand impact up to 150g/11ms, vibration frequency 2KHZ acceleration 20 g; Small size, low price and high performance-price ratio.

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: