59135-2-S-01-D

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A 59135-2-S-01-D is part of a Magnetic Sensors range, which utilizes magnetic flux concentrators in order to detect the presence of metal objects or ferrous materials in the field of activity. This type of sensor can be used in a variety of applications to measure position, proximity and speed of an object.

Working Principle

The 59135-2-S-01-D works by sensing the varying magnetic fields created by the movement of a ferromagnetic target. As the target moves, the field strength changes, and the resulting change in flux is detected by a Hall Effect device connected to the sensor. The change in flux is translated by the Hall Effect device into an electrical signal, which can be measured and analysed in order to determine the speed, position or proximity of the target.

Application Field

The 59135-2-S-01-D can be used in a wide range of industrial and medical applications. In Industry, it can be used to measure the speed or position of machinery parts or other metal objects. For example, it can be used to detect the position of a belt or conveyor belt in order to maintain accuracy in a production line. In the medical field, it can be used to measure the speed and position of anatomical structures, such as eyes or human limbs.

Advantages of Magnetic Sensor Technology

One of the advantages of magnetic sensor technology is its ability to accurately measure speed and position without contact. This makes them well suited for use in industrial and medical settings where contactless measurement is essential for safety or accuracy. Additionally, they are very reliable and require little maintenance or calibration. This makes them a cost-effective alternative to other types of sensing technology.

Conclusion

The 59135-2-S-01-D is part of the Magnetic Sensor range, which utilizes magnetic flux concentrators in order to detect the presence of metal objects or ferrous materials in the field of activity. This type of sensor can be used in a variety of applications to measure position, proximity and speed of an object. They are reliable and require little maintenance or calibration, which makes them a cost-effective alternative to other types of sensing technology.

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