F53200106

Position sensors are the devices used for measuring the position of a component or object, such as a linear or angular displacement, rotational speed or velocity, and vibration. They are widely used in industries, as well as laboratories, for precise measurements, and in a variety of applications.

The F53200106 is a position sensor that is designed to measure linear and angular displacement. It is equipped with two Hall effect transducers that enable resolution up to 0.000625 millimeters per revolution. This allows for precise measurements at any position within the displacement range of the sensor.

The F53200106 utilizes the magnetic field principle of operation, which is based on the differential behavior of the Hall effect transducers. When a magnet approaches the Hall effect transducers, the polarities of the generated signals change in a predetermined manner. The output of the transducers is then converted into electrical signals, which can be processed to indicate the position of the magnet.

The F53200106 is designed for use in a wide range of applications, especially those requiring precise linear or angular measurements. It is ideal for use in engine control systems, medical instrumentation, and for other applications that require accurate and reliable position measurements.

The F53200106 can be used in environments with temperatures ranging from -20°C to 85°C, making it ideal for use in outdoor and industrial applications. It is also designed for use with a variety of digital communication protocols, such as SSI, USB, and RS485, which allow it to be easily integrated into an automated system.

The F53200106 is able to perform various linear and angular measuring tasks, and it is also able to self-diagnose errors, making it highly reliable. Additionally, the device is powered by a single 3 to 30 VDC supply, and it is equipped with an on/off switch for easy operation.

The F53200106 is a versatile and highly reliable position sensor, which can be used for accurate and precise linear and angular measurements. It is equipped with two Hall effect transducers that enable resolution up to 0.000625 millimeters per revolution, and it has a wide temperature range and a variety of digital communication protocols, making it ideal for a variety of applications.