MSS-19CTB

Magnetic Sensors - Position, Proximity, Speed (Modules)

Magnetic sensors are devices designed to detect and measure a wide variety of magnetic fields. They are used for a variety of applications including sensing position, proximity, speed, and more. One type of magnetic sensor, the MSS-19CTB, is a combination proximity-speed module for precision speed and distance measurement in commercial, industrial, and automotive applications. In this article, we will discuss the application fields and working principles of the MSS-19CTB.

Application Fields of the MSS-19CTB

The MSS-19CTB is an externally-powered magnetic sensor that uses a combination of Hall sensors to measure speed or distance. As such, its primary application is for measuring the speed or distance of rotating and linear objects. This makes it an ideal sensor for a variety of industrial, automotive, and commercial applications, such as:

• Metering in plumbing, HVAC, and irrigation systems.
• Precision measurement in medical equipment.
• Speed measurement in automotive engines.
• Position sensing in assembly line robotics.
• Range measurement in navigation systems.

In addition to these applications, the MSS-19CTB can also be used in any applicate where accurate speed or distance measurement is required.

Working Principle of the MSS-19CTB

The MSS-19CTB utilizes a combination of Hall sensors located in the cylindrical module. The Hall sensors measure the magnetic field generated by the rotating and linear objects being measured. This magnetic field is proportional to the speed or distance of the rotating or linear objects, and the sensors measure the change in magnetic field to determine the speed or distance. The MSS-19CTB also uses amplifier circuitry to amplify and condition the signal from the Hall sensors for more accurate measurements.

The MSS-19CTB is specially-designed to allow for external power sources. This allows the sensor to measure larger rotational and linear distances than is possible with standard Hall sensors. Additionally, the MSS-19CTB supports both current loop and digital outputs, allowing for greater flexibility when interface with a variety of external systems. With its combination of Hall sensors and amplifier circuitry, the MSS-19CTB is able to measure both speed and distance with high accuracy.

Conclusion

The MSS-19CTB is a combination proximity-speed module designed for precision speed and distance measurement in a variety of commercial, industrial, and automotive applications. It uses a combination of Hall sensors to detect and measure magnetic fields, as well as amplifier circuitry to amplify and condition the signal for accurate measurements. The MSS-19CTB is also able to use external power sources for measuring larger rotational and linear distances. With its combination of features, the MSS-19CTB is an ideal sensor for measuring speed and distance in a variety of applications.