B4291

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B4291 is a commonly used non-contact detection instrument capable of quickly measuring the displacement of moving bodies. Because of its non-contact measurement and wide measurement range, B4291 is widely used in various fields and is an indispensable tool for industrial control. This article will discuss in detail the application fields and working principles of B4291.

Application Fields of B4291

B4291 can be used in a variety of fields due to its excellent performance. In the field of machinery, B4291 can effectively detect the movement range of motor shafts, pumps and spindles, and can detect the pressure range and displacement of mechanical devices. It is also used to detect the distance and position of objects in industrial automation, such as conveyor belts, packaging machines, and automatic assembly lines. In the field of printing and packaging, it is used to detect the paper feed of printers and the precise positioning of packaging machinery. In the field of vehicle manufacturing, it is used to detect the safety distance of traffic lines and the positioning of car bodies.

Working Principle of B4291

The application range of B4291 is so wide, mainly because its working principle is simple and reliable. In its simplest form, B4291 is composed of an emitter and a receiver. The transmitter sends a light or infrared signal uniformly to the measured object, and the receiver collects the light or infrared signal reflected by the measured object. According to the time difference between the emission of the signal and the reception of the signal, the position of the measured object is calculated accurately, and the displacement of the measured object is obtained. At the same time, the transmitter can also track the movement of the measured object in real time, keeping the tracking parameters in the stable state, and accurately obtain the displacement, moving speed and other dynamic parameters.

Conclusion

B4291 has high accuracy, fast response, non-contact measurement, etc., and can be applied in various fields. The working principle of B4291 is relatively simple. Its data can be sent remotely through wireless receivers, which has obvious characteristics compared with other measurement instruments. It is a widely used high-precision displacement measuring instrument.

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