F56105111

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

The F56105111 is a linear or angular position sensors based on the magnetostrictive measurement principle. It is a dependable, precise and highly accurate device used in various applications, from general positioning to machine safety. The F56105111 can also be used in a range of industrial applications, such as pressure and temperature sensors, motors, motors, gas and steam turbines, pumps, steps, valves and chemical plants.

The F56105111 utilizes a novel, two-element magnetostrictive sensing element that enables sensitive and high precision position measurements of rotary and linear motion. A magnetostrictive rod is the first element, which produces a magnetic field which varies depending upon the location and orientation of the second element, a permanent magnet. As the permanent magnet moves, the magnitude and polarity of the generated magnetic field changes, allowing the position of the permanent magnet to be precisely determined.

The F56105111 sensor consists of two main elements: a permanent magnet, and a magnetostrictive rod. The permanent magnet is housed in a stationary housing and acts as a source of a magnetic field. The magnetostrictive rod is the sensing element which can be moved along its longitudinal axis, and interact with the field generated by the permanent magnet. When the magnetostrictive rod is moved, its magnetic field interacts with the magnetic field from the permanent magnet and causes a change in the amplitude and polarity of the magnetostrictive rod. This change in the magnetostrictive rod’s field is measured by the F56105111 and is used to determine the position of the magnetostrictive rod and by extension, the position of the permanent magnet.

The advantages of the F56105111 include improved measurement stability and performance due to its two-element sensing system, which eliminates the need to use additional convergence algorithms. This makes the F56105111 well suited for use in hostile environments, where exposure to extreme temperatures and

The specific data is subject to PDF, and the above content is for reference