MZT8-2V8-N-KW0

Position sensors are used to measure the position, displacement, angle, or motion of an object. The MZT8-2V8-N-KW0 is an angle and linear position measuring sensor that uses a small-sized magnetostrictive element to sense and measure the position of a moving object.

The MZT8-2V8-N-KW0 is a small-sized, low-cost device that can measure the linear displacement or angle of an object with a maximum measurement accuracy of 0.005 mm or 0.1°. The sensor is composed of a ferrite rod with a magnetostrictive element embedded in it. The ferrite rod is fitted with a ring magnet and is inserted into the object to be measured. The displacement or angle of the object is then measured using the magnetostrictive element.

The MZT8-2V8-N-KW0 is typically used in applications where the precise measurement of the position of a moving object is needed. Examples include robots, machine tools, and automotive devices. The sensor is also used for measuring the position of a linear translational axis, which is useful for automation applications.

The working principle of the MZT8-2V8-N-KW0 is based on the magnetostrictive effect. When the rod is inserted into the object to be measured, the magnetic field generated by the ring magnet on the rod causes a small local deformation in the magnetostrictive element. This deformation is then measured using the principle of magnetostriction, which is a change in the electric inductance of the magnetostrictive element. The measured inductance value is then used to determine the position of the object.

The MZT8-2V8-N-KW0 is a cost-effective and easy-to-use solution for measuring the position, displacement, angle, or motion of an object. It can measure the position of the object with a high degree of accuracy, making it ideal for automation and robot applications. The small size of the sensor also makes it ideal for tight spaces.