The PR9268/202-100 electric speed sensor is a sensor used to measure the speed of an object, commonly used in automobiles, industrial equipment, and other mechanical systems. It detects the motion of an object to determine its speed and converts that information into an electrical output.
The PR9268/202-100 electric speed sensor usually consists of a rotating part on which a magnetic material is mounted and a fixed part on which a sensor is mounted. When the rotating part rotates, the magnetic material generates a magnetic field, and the sensor detects the change in this magnetic field and converts it into an electrical output.
The advantages of the PR9268/202-100 electric speed sensors include high accuracy, high reliability and fast response time, and they are commonly used in applications that require accurate speed measurement, such as speedometers in automobiles, control systems in industrial equipment, and so on.
The PR9268/202-100 electric speed sensor operates on the principle of electromagnetic induction. When a conductor moves in a magnetic field, an induced electromotive force is created in the conductor, and the magnitude of this electromotive force is proportional to the speed of the conductor’s movement.
The PR9268/202-100 electric speed sensor usually consists of a rotating part and a fixed part. Magnetic materials are installed on the rotating parts and sensors are installed on the fixed parts. When the rotating part rotates, the magnetic material generates a magnetic field, and the sensor detects the change in this magnetic field and converts it into an electrical output.
PR9268/202-100 Specifically, the sensor is usually a coil, and when the magnetic material rotates, it passes through the coil, creating an induced electromotive force in the coil. The sensor converts this electromotive force into an electrical output whose frequency is proportional to the speed of the rotating part.
The advantages of electric speed sensors include high accuracy, high reliability, and fast response times, and they are commonly used in applications that require accurate speed measurement, such as speedometers in automobiles, control systems in industrial equipment, and so on.
