Split Type LVDT Linear Displacement Transducer

We are a leading manufacturer of high-precision LVDT displacement sensors. Our sensors deliver exceptional accuracy and reliability, tailored for diverse industrial applications. With cutting-edge technology and stringent quality control, we ensure top performance and customer satisfaction. Our expert R&D team continuously innovates to meet customer needs. Choose us as your LVDT sensors supplier and experience precise measurement solutions. Contact us today to discover how we can enhance your projects.

    >>>Where is the connection head for the split LVDT displacement sensor installed?

The fisheye connection head of split type LVDT linear displacement transducer is generally installed on the surface of the object where displacement or position needs to be measured. These connection heads are typically designed as spherical or hemispherical, hence called "fisheye connection heads". Their installation location depends on the specific application and measurement requirements, including:

1. Moving parts of mechanical equipment: The fisheye connection head can be directly installed on the moving parts of mechanical equipment, such as sliders, rods, arms, etc., to measure the displacement or position changes of these components.

2. Surface of structural components: In engineering structures such as buildings, bridges, piles, etc., the fisheye connection head can be installed on the surface of the structure that needs to be monitored to measure deformation or displacement.

3. Vehicles or transport equipment: In automobiles, trains, ships, and other transportation vehicles, the fisheye connection head can be installed on components that need to be monitored, such as wheels, suspension systems, rudders, etc., to measure their displacement or position.

4. Laboratory equipment: In laboratories, the fisheye connection head can be installed on experimental equipment that needs to measure displacement or position, such as levers, platforms, robotic arms, etc.

5. Object surfaces in special environments: In some special environments such as high temperature, high pressure, strong corrosion, etc., the fisheye connection head can be installed on the surface of the object that needs to be monitored to perform remote measurements or monitoring.

    >>>Why need so high-precision displacement sensor?

This is because in many fields, accurate measurement of position or displacement is crucial. High precision displacement sensors are necessary in many fields. It can help achieve precision control, monitoring and measurement to improve product quality, production efficiency and safety. Here are some of the main reasons for needing high-precision displacement sensors:

1.Precision Manufacturing and Machining: In precision manufacturing and machining industries such as aerospace, automotive, semiconductor manufacturing, etc., precise control over the dimensions and positions of components is essential. High-precision displacement sensors help monitor and control the position and size of parts during the machining process, ensuring that products meet precise specifications.

2. Automation and Robotics: In automation and robotics, precise measurement of the position and orientation of robotic end effectors is necessary for accurate operation and control. High-precision displacement sensors provide accurate feedback on the position of robots, enabling precise automation tasks.

3. Medical Devices: In the medical field, such as surgical robots, medical imaging devices, etc., precise control over the position and movement of medical equipment is required. High-precision displacement sensors help medical devices achieve accurate positioning and motion control, improving the accuracy and safety of surgeries.

4. Scientific Research: In scientific research fields such as physics, engineering, biology, etc., accurate measurement of the position and displacement of experimental setups or research objects is necessary. High-precision displacement sensors provide accurate position and displacement data, aiding scientists in understanding and studying various phenomena and processes.

5. Safety Monitoring: In applications where monitoring structural deformation or displacement is necessary, such as civil engineering, bridge engineering, earthquake monitoring, etc., high-precision displacement sensors provide accurate structural deformation data, helping ensure the safety and stability of structures.

Yujian Zhitan is one of the industry's leading suppliers of high-quality displacement sensors. We specialize in the design, development and production of displacement sensors for a wide range of industries and applications. Our strength lies in the relentless pursuit of product quality and customer satisfaction. We utilize advanced technology and advanced manufacturing processes to provide transducers/transmitters/sensors with high accuracy and reliability. Whether you need precise measurements in industrial automation, robotics, automotive, aerospace, medical devices or scientific research, our displacement sensors meet your requirements.