8153V3T10L.5CW

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Position Sensors - Angle, Linear Position Measuring are devices used to measure position, displacement, or angle of an object in a frame of reference. The 8153V3T10L.5CW is a type of position sensor designed to measure linear displacement and angular position with high accuracy and accuracy over a wide range of temperatures and operating conditions.

Despite the fact that there are a variety of position sensors available, the 8153V3T10L.5CW is designed to offer superior performance and reliability in a wide range of applications and industries. The 8153V3T10L.5CW uses a combination of two technologies: inductive sensing and magnetostrictive sensing. These two technologies provide a cost-effective, reliable solution for measuring linear and angular displacements and positions.

The 8153V3T10L.5CW is designed to work in a wide range of industrial applications including machine tools, automotive and aerospace manufacturing, and medical equipment. The 8153V3T10L.5CW is a non-contact sensor that can measure linear or angular displacements with a high degree of accuracy. The sensor offers superior error-tolerant characteristics, making it well-suited for use in harsh environments. The 8153V3T10L.5CW is capable of operating within a temperature range of -40°C to +85°C and at a pressure range of up to 500 psi.

The linear inductive sensing technology used in the 8153V3T10L.5CW uses two coils located behind the sensor, one with a static magnetic field and the other carrying an oscillating current. As the target object moves, it changes the magnetic field, which is detected by the oscillating coil. The extent of the displacement can be calculated by comparing the amplitude of the oscillating current with the static magnetic field.

The 8153V3T10L.5CW also uses magnetostrictive sensing technology, which is based on the principle that certain materials change their shape when subjected to a magnetic field. The 8153V3T10L.5CW uses a combination of a permanent magnet and a magnetostrictive bar to detect angular displacement. As the target object moves, it alters the magnetic field in the magnetostrictive bar, which then triggers a corresponding change in the magnetic field detected by the permanent magnet. The amplitude of the magnetic field is measured and used to calculate the angular displacement.

The 8153V3T10L.5CW features a magnetic chip that provides a simple solution for magnetic interference. By providing a shield against any external magnetic fields, the chip ensures that only signals from the desired target object are detected by the sensor. This enhances the accuracy and reliability of the detection process.

The 8153V3T10L.5CW has a narrow measuring range and operates best for smaller linear displacements. The 8153V3T10L.5CW is available with different sensing elements and a variety of mounting solutions to meet the needs of different applications. The 8153V3T10L.5CW is a highly reliable, versatile and cost-effective solution for measuring linear and angular positions and displacements in a wide range of industrial applications.

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