MF-2PC10

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Magnetic sensors play an important role in providing positional, rotational, and transdimensional information in diverse industrial and commercial applications. Position, proximity and speed modules with magnetic sensors are developed to measure, detect and evaluate the position and movement of objects, machines and equipment. The MF-2PC10 is a magnetic sensing module with an integrated position control, proximity detection, speed measurement and diagnostics system.

The MF-2PC10 employs an AIRGAP2S magnetic sensor technology consisting of highly sensitive, integrated transducers that are capable of measuring very small changes in magnetic fields. This sensor technology is also combined with a microcontroller and dedicated algorithmic software that can be used to detect the presence of metals in a certain vicinity. This enables the MF-2PC10 to measure the angle and speed of a rotating component accurately. The microcontroller allows for easy integration into systems that rely on sensing the position of ferromagnetic bodies.

The MF-2PC10 is designed for applications where accuracy and reliability are of paramount importance. Its wide range of performance features includes measurement of linear and angular motion, position-based vibration monitoring, and speed measurement. Additionally, the module is equipped with differential and absolute encoders for detecting angular position and linear motion, enabling precise positioning in both directions. The core of the sensor technology used in the MF-2PC10 is a patented Hall-effect magnetic sensing technique. This technique utilizes the magnetic fields of ferromagnetic materials, which are used as references to detect and measure the angular position and angular velocity of a moving shaft.

Due to its robust design and high sensitivity, the MF-2PC10 can be used in a number of different applications where precise sensing of position and movement is required. These include a variety of industrial applications, such as machines and other equipment for speed, position and direction control. The MF-2PC10 is also suitable for use in automotive and aerospace applications, where reliable operation is essential. In addition, the ultra-high sensitivity of the MF-2PC10 makes it useful for monitoring and diagnostics in doctors’ offices and hospitals, where real-time position and speed measurement of patients is necessary.

The MF-2PC10 is designed with a high degree of flexibility, allowing it to be easily integrated into devices and systems. It also features an integrated power regulator, enabling operation over a wide range of voltages and currents. Additionally, the module is able to self-adjust to environmental changes, such as temperature variations, resulting in a higher reliability.

In summary, the MF-2PC10 is an effective and reliable position, proximity and speed sensing module, designed to provide accurate and reliable measurements in a wide range of applications. It is well-suited for use in industrial, automotive and medical applications, where measurements of linear and angular motion are needed in order to obtain accurate results. The integrated power regulator and self-adjustment features make it a reliable and cost-effective solution for a variety of applications.

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