F65118112

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The F65118112 Proximity Sensors is an inductive angle-linear sensor used to provide highly accurate angular or linear measurements for both single or dual axis systems. It is a versatile tool capable of detecting displacement in any direction, making it suitable for a wide range of applications. The F65118112 uses a patented magnet technology to measure displacement and is available in various configurations to provide different resolution readings. It can be used in single-axis and dual-axis systems as well as for measuring rotary and linear positions.

Applications

The F65118112 Proximity Sensors is used in a variety of applications including automotive, aerospace, semiconductor manufacturing, and industrial robotics. It is especially useful in applications that require precise measuring of angle, linear position, and displacement in different directions. For example, the sensor can be used to measure the position of a rotary actuator in an automotive transmission or the movement of a multi-axis robotic arm in a production line. It can also be used to measure linear position such as in a tire machine or a conveyor belt.

How It Works

The basic principle behind the F65118112 Proximity Sensor is magnetostriction. This is the phenomenon of inductive sensing through magnetic fields. A magnetostrictive sensing element is placed inside the sensor housing. The magnetostrictive element is composed of a conductor and a magnetostrictive material. When a magnetic field is applied to the element, it changes its shape in response to the field. This change in shape produces a measurable signal, which is used to measure displacement, angle, or linear position.

The sensor works by placing a magnetic field around the sensing element and measuring the changes in inductance and impedance it produces. This information is then used to calculate the displacement, angle, or linear position. The accuracy of the measurement depends on the size and material used for the magnetostrictive sensing element, as well as the quality and accuracy of the signal processing electronics used.

Conclusion

The F65118112 Proximity Sensor is a versatile tool capable of providing accurate angular or linear measurements for single or dual axis systems. It is designed to be used in a variety of applications, ranging from automotive and aerospace engineering to semiconductor manufacturing and industrial robotics. By using a patented magnetostrictive technology, the sensor is able to measure the displacement and angle of a rotary or linear system with high accuracy. The F65118112 Proximity Sensor is an invaluable tool for any application requiring accurate angle and linear position measurements.

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