MA-12DP11C3

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Magnetic sensors are utilized in a broad range of industrial sectors, and the full range of density-based models enables accurate detection of any size object. The MA-12DP11C3 magnetic sensor is part of the unique family of models designed for applications in the position, proximity, and speed (modules) modules.

This model can detect the presence of an object within its range with high accuracy. Its detection range is of 360⁰, allowing it to detect even the smallest objects and provide real-time information on the position, proximity, and speed of the target object. Its detection capabilities make it ideal for applications in robotics, military, and home automation industries.

MA-12DP11C3 Application Field

The MA-12DP11C3 magnetic sensor is ideal for applications that require reliable and accurate positioning, proximity, and speed measurement data from an object in a highly reliable manner. Its detection range of 360⁰ and its multi-sensing capabilities make it a favorite for applications in automotive, manufacturing, security, surveillance, robotics, military, and home automation industries.

It can be used in applications requiring precision positioning, proximity, and speed measurements, such as in an automated assembly line, robotic arm, or mine vehicle. It can also be used for navigational purposes, such as in unmanned aerial vehicles (UAV) and unmanned underwater vehicles (UWV). In addition, its capabilities are also useful in security, surveillance, and military applications.

MA-12DP11C3 Working Principle

The MA-12DP11C3 magnetic sensor uses the principle of magnetostriction, which is based on the magnetic field generated by a permanent magnet in a sensitive element. Magnetostriction occurs when there is a mechanical strain in a magnetically sensitive material due to an applied magnetic field. This strain is usually in the form of a stress in the material, which can be used to detect the presence of an object within the range of the sensor.

The basic setup of the sensor consists of a permanent magnet placed at a specific location, and a sensitive element that is placed close to the magnet. The permanent magnet generates a magnetic field, which the sensitive element detects. Depending on the distance between the magnet and the sensitive element, the field strength detectable by the sensor will vary, resulting in different readings and detection distances.

The MA-12DP11C3 sensor uses two methods to detect an object within its detection range. The first method is direct contact sensing, where the sensor can directly detect an object that is within the field of detection. The second method is indirect contact sensing, where the sensor uses changes in the magnetic field as an object passes through it to determine the presence of an object.

Conclusion

The MA-12DP11C3 magnetic sensor is a reliable and accurate sensor suitable for a wide range of applications. Its high detection range and multi-sensing capabilities make it suitable for the automotive, manufacturing, security, surveillance, robotics, military, and home automation industries. Its detection capabilities are based on the principle of magnetostriction, where a magnetic field generated by a permanent magnet is detected by a sensitive element. This sensor is an excellent choice for applications that require reliable and accurate position, proximity, and speed measurement data.

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