59010-1-U-05-E

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

Magnetic sensors are used in a variety of industries in many electronic and precision systems. They are used for detection and measurement of magnetic fields, fields of forces, eddy currents, and other types of magnetic fields. The 59010-1-U-05-E Magnetic Sensor is specifically designed to detect and measure the magnetism of ferrous materials of any area, thickness, and shape in direct or indirect contact with the sensor.

Applications

The 59010-1-U-05-E can be used for applications including security systems, motor vehicle detection, industrial process control, digital television and satellite broadcast, instrumentation, and machine-to-machine systems. It is also ideal for applications in which the detection of a passing element such as a door, window or a vehicle door, is required. In addition, these devices are used to monitor the distances or the path of ferrous objects in industrial processes such as metal detections and for the detection of materials in special areas or regions. Furthermore, it is suitable for the detection of small disturbances in tight confines and also for the measurement of varying ferrous objects through an adjustable magnetic threshold.

Working Principle

The 59010-1-U-05-E uses Hall Effect technology to measure magnetic fields and detect objects. Hall Effect is a physical phenomenon whereby a voltage difference is produced across a current-carrying conductor when it is placed in a perpendicular magnetic field. By placing a Hall Effect sensing element in the magnetic field, a voltage is generated in response to changes in the field. The output current can then be measured. This device can detect a wide range of magnetic fields including those emitted by permanent magnets, electromagnets, and those created by ferrous metals.

The 59010-1-U-05-E Magnetic Sensor is designed for use in mechanical and electrical systems, as well as in digital systems. The magnetic sensing element is placed within the circuit, and the electrical current is allowed to flow through it. The Hall Effect current is then measured and used to detect magnetic fields. This sensor is capable of detecting the presence of a ferrous material even when it is not in direct contact with the sensor. The detected magnetic field is then used to calculate the distance from the object to the sensor.

The sensor’s output is adjustable and operates on an adjustable sensing range that can be adjusted to detect different objects. This makes it ideal for applications that require a range of detection. The sensor can also be used in a variety of temperature ranges, meaning it is suitable for most applications.

Conclusion

The 59010-1-U-05-E Magnetic Sensor is designed for applications in which the detection and measurement of magnetic fields produced by ferrous materials is required. This device is highly accurate and versatile, with adjustable sensing range and adjustable magnetic threshold. It is suitable for many types of applications, including security systems, motor vehicle detection, industrial process control, digital television and satellite broadcast, instrumentation, and machine-to-machine systems.

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