F10088267

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Position Sensors are used for operating industrial automation systems, for measuring a variety of parameters including angle, linear position, dynamic displacement, and rotary position. In particular, the F10088267 is a position sensor, specifically designed for measuring the angle and linear position of a system. In this article, we will discuss the application field and working principle of the sensor.

Application Field of F10088267

The F10088267 is broadly used in the industrial automation industry, even though it can be applied to a variety of other fields. It is used to measure angles or linear positions in machinery and factories, and in other places where precise measurement is required. It is especially suitable for places where motion needs to be controlled in multiple directions. Other applications include controlling pressure, measuring distance, and determining the presence of objects. This sensor is also widely used in the automotive industry, for sensing and controlling the position of automotive parts.

Working Principle of F10088267

The F10088267 is an inductive position sensor, and works based on the principle of electromagnetic induction. It consists of a transmitting component and a receiving component, both of which are connected to a PCB. When the receiving component is placed within a certain distance of the transmitting component, an eddy current is induced in the receiving component. The induced current is used to measure the distance, hence providing an accurate measurement of angle or linear position. It works based on Faraday\'s right hand rule, which states that when a conductor moves in a magnetic field, a voltage is induced in the conductor.

The F10088267 is designed with two specific features. Firstly, it has a high sensitivity, thus providing accurate measurements of angles and positions. Secondly, it has a wide measurement range, and can measure positions up to 800 mm from the emitting end. This provides flexibility to the user and allows for positioning of the system from various angles or directions.

The F10088267 is also equipped with an over-current detection feature, which prevents system errors due to too much load on the system. It can also adjust to various environmental conditions, and can work in temperatures from -40°C to 70°C. The sensor is also dust and water-resistant, and can handle a large amount of moisture and dust without any loss of accuracy.

Conclusion

The F10088267 is a highly sensitive, accurate, and versatile inductive position sensor. It is used to measure angles or linear positions of systems, and finds applications in multiple fields including industrial automation, automotive, and pressure sensing. Its two main advantages are its high sensitivity and wide measurement range. Additionally, the sensor is also able to withstand harsh conditions and remains unaffected by dust and moisture. The F10088267 is thus an ideal choice for measuring angles and linear positions with precision.

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