59135-3-T-01-D

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Magnetic sensors are widely used in industrial and scientific applications wherever accurate and reliable sensing of an object\'s position is required. The 59135-3-T-01-D magnetic sensor is a precision sensing device that takes advantage of current and magnetic fields to measure the position of an object. It is an excellent choice for applications where a robust and reliable solution is required. This article will discuss the 59135-3-T-01-D application field and working principle.

Application Field

The 59135-3-T-01-D magnetic sensor is a current-sensing device designed for use in a variety of industrial and scientific applications. It is primarily used to detect the location and orientation of objects in space, such as tracking the motion of a robotic arm, measuring the position of an engine, or locating the position of a lever in a control system. It is also used for measuring the relative displacement of two objects, such as in positioning applications, where the position of two objects needs to be accurately monitored. Its robust design makes the sensor suitable for even the most demanding industrial environments.

In addition to the position sensing applications, the 59135-3-T-01-D can also be used in a variety of proximity sensing applications. It can be used to detect the presence of objects or to monitor distance between two objects. This makes it an ideal solution for use in safety and security applications, where objects must be accurately detected and monitored in order to ensure the safety of personnel or equipment. The sensor can also be used for speed sensing applications, such as measuring the speed of a motor or detecting the speed of an object moving along a track.

Working Principle

The 59135-3-T-01-D magnetic sensor works by using an AC current to generate a magnetic field around the object being sensed. When the object moves, the magnetic field is disturbed, and the sensor detects the change in the magnetic field. The voltage generated by the sensor is then used to measure the position, proximity, or speed of the object being sensed.

The sensor works by sending out a continuous AC current of a specified frequency (typically around 50 Hz). When the object moves, the magnetic field generated by the current is disturbed, and the sensor detects the change in the magnetic field generated. The voltage generated as a result of this disturbance is then used to calculate the position, proximity, or speed of the object being sensed.

The 59135-3-T-01-D has a range of up to 20 metres, depending on the driver frequency. It also has an adjustable sensitivity, allowing it to accurately detect small movements of the object being sensed. The sensor requires an external power source, and can operate from 3.3V to 24V. It also has a low power standby mode, where the device can be placed in an idle state until a change is detected, thereby reducing the power consumption.

Conclusion

The 59135-3-T-01-D magnetic sensor is a precision sensing device that takes advantage of current and magnetic fields to measure the position, proximity, and speed of an object. It is an ideal choice for applications where accurate and reliable sensing is required, including position tracking, proximity sensing, and speed sensing. It has an adjustable sensitivity, allowing for accurate detection of small object movements, and a range of up to 20 metres.

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