MPS-064TSTP0

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Magnetic Sensors, also known as position, proximity, or speed (modules), are used in a wide range of industries and applications for obtaining information about the environment around them. The MPS-064TSTP is a successful example of this versatile technology. In this article, we will discuss the application field, the working principle, and other relevant information related to this model.

Application Field

The MPS-064TSTP is a tripod sensing module designed for monitoring air gap and other distances in the range of 0 to 2 meters. In addition, it can also detect proximity and change of distance from the set point. This is useful for applications where complex functions and capabilities are required, such as monitoring levels in hydraulic and pneumatic systems, or robotics.

It can also be used in industrial, automotive, or laboratory applications. The versatile MPS-064TSTP is a great choice for applications in various sectors, including factory automation, robotics, production processes, construction, farming, aerospace, and transport vehicles. This versatile module is also used as a safety device in many industrial and transportation applications.

Working Principle

The MPS-064TSTP uses a special type of magnetic field sensor called an “eddy-current” to measure air gap and change of distance. This type of sensor takes advantage of the fact that a magnetic field is affected by the presence of any metallic object, such as iron or steel. The eddy-current sensing system works by sending out an alternating magnetic field and taking measurements of the interference caused by any nearby metallic objects. The information is then sent to the microprocessor that processes the data and calculates the air gap and the change in distance.

The sensing distance of this module can be adjusted by the “Distance adjustment” parameter, and the sensitivity can be adjusted by the “Sensitivity adjustment” parameter. The sampling speed can also be adjusted according to the sensitivity setting. The MPS-064TSTP uses an active magnetostrictive sensor that does not require the use of external power supply sources. The sensor has a wide operating temperature range of -20 to +80 degrees Celsius, so it can be used in harsh conditions.

Benefits

The MPS-064TSTP offers a variety of benefits to users. It has a low power consumption, enabling it to operate in even the harshest conditions and making it suitable for many applications. It is also self-stabilizing and can reach a high degree of accuracy with a sampling speed of 25 Hz. The presence of a special calibration routine simplifies the installation process, as the user does not need to adjust the distance or sensitivity settings manually. Furthermore, the sensor is small in size and can easily be integrated into existing devices to measure proximity or detect change in distance.

Conclusion

The MPS-064TSTP is a tripod sensing module designed to detect proximity and measure air gap or other distances in the range of 0 to 2 meters. Its working principle is based on an eddy-current sensing system using an active magnetostrictive sensor. It has a low power consumption, it has self-stabilizing capabilities, and it comes with a special calibration routine. Lastly, it has a wide range of applications in industrial, automotive, and laboratory settings.

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