59065-4-S-01-F

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Magnetic sensors are widely used in industrial automation, automotive, aerospace, medical, energy, and other industries. Among them, position, proximity, and speed (modules) are commonly used types of magnetic sensors. Among these sensors, 59065-4-S-01-F is a standard product with great performance. Its applications and working principles are described in detail in this article.

Applications

59065-4-S-01-F is a permanent magnetic position, proximity, speed sensor with a measuring range of 60degrees. It is designed to measure the angular position of a rotating member relative to a static member. Utilizing Hall-Effect technology, it can detect ferromagnetic materials such as iron, nickel, and cobalt and can also detect the position, proximity, and speed of such materials. It is designed to detect the angular position of a shaft, detecting when the shaft is in a certain position, and is suitable for measuring the speed of a rotating object. Furthermore, its built-in digital interface makes it suitable for integration with digital systems.

The 59065-4-S-01-F is widely used in numerous industrial and commercial devices, including air compressors, electric motors, printing presses, analytical instruments, packing machines, and other applications.

Working Principle

The 59065-4-S-01-F uses anisotropic magnetoresistive (AMR) technology to sense the position, proximity, and speed of ferromagnetic materials. The operation principle can be summed up in four steps:

Step 1. The AMR sensor generates a magnetic field perpendicular to the surface of the ferromagnetic material. The field is produced by the sensor\'s magnet and coil.

Step 2. As the ferromagnetic material rotates, the angle of the field changes and the resistance of the AMR sensor also changes.

Step 3. The coil of the AMR sensor generates a voltage proportional to the resistance change.

Step 4. This voltage is then amplified and sent to a controller, where it is used as feedback to the control system.

Using the 59065-4-S-01-F, a motion or position can be accurately measured even in places with high vibration, shock, noise, contaminants, and extreme temperatures. Its high signal-to-noise ratio ensures that it operates reliably in harsh environments.

Conclusion

The 59065-4-S-01-F is a high-performance, permanent magnetic position, proximity, and speed sensor using anisotropic magnetoresistive technology. It is designed to detect the angular position of a rotating member relative to a static member. Its wide range of applications, high signal-to-noise ratio, and its digital interface make it the ideal choice for a variety of industrial and commercial devices.

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