25BSF30-B-1-12C Sensors, Transducers

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Encoders are specialized sensing devices which work by converting an angular or linear movement (or both) into a digital code. They come in a variety of shapes and sizes and can be found in a variety of applications—from measuring distances and angles to sensing velocity, direction, and torque. They provide reliable and accurate feedback on the position and motion of a moving object.

25BSF30-B-1-12C encoders are commonly found in automation systems, robotics, machine tools, and conveyor systems among others. They feature a robust, compact design that is capable of withstanding harsh environments. The body and rotating parts are made from high-strength materials, making them suitable for demanding applications.

The 25BSF30-B-1-12C encoder works by sensing the angular movement of a rotating shaft. The encoder measures the rotational displacement of a moving object and converts it into a digital signal. This output can then be used to control the position of the shaft and the speed of the rotating object.

The encoder has two sensing components, namely a stationary optical disk usually made from glass or a plastic material and a rotating disk with regularly spaced grating or light emitting elements such as an LED or photodiode. As the rotational speed increases, the stationary optical disk receives light pulses through the rotating disk and the position is reported as a digital code. The encoders feature integrated electronics and a self-diagnostic function to ensure consistent and reliable operation.

The 25BSF30-B-1-12C encoder has a range of applications. It is used for precise angular positional feedback in CNC machines and robotics, yaw and roll control systems, and feed-back systems for inspection devices. It can also be used to measure linear speeds and distances in machine tools and conveyor systems.

The 25BSF30-B-1-12C encoder is a reliable and accurate sensing device that is commonly used in automation systems, robotics, machine tools, and conveyor systems. It features an integrated self-diagnostic function, high-strength materials, and is suitable for a range of applications. By converting an angular or linear movement into a digital signal, it provides reliable and accurate feedback on the position and motion of a moving object.

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