MS46SR-14-785-Q2-R-NC-FP

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Optical sensors play a vital role in the manufacturing and industrial process segments. As a result, they are specifically fitted for industrial applications where high accuracy is required. MS46SR-14-785-Q2-R-NC-FP is one of the most widely used optical sensors in industrial applications. This article explains the application field and the working principles of MS46SR-14-785-Q2-R-NC-FP.

Application Field

MS46SR-14-785-Q2-R-NC-FP is a high efficiency optical sensor primarily used in industrial applications. It is designed with three sensory elements, which offers triple sensing capabilities. Also, it has two housing sizes, to ensure a perfect fit for different types and sizes of industrial components. The sensor is also equipped with a built-in amplifier to enable it to detect very small changes in distance and to initiate the industrial working process.

The industrial applications in which MS46SR-14-785-Q2-R-NC-FP is used include detecting whether the working process is accurate or not, sensing the distance between the moving components in industrial production lines, and controlling the mechanical parts in factory production lines. Additionally, the sensors are used for switching and speed control in different types of industrial machines. This generates a high-resolution and reliable output, which helps increase the productivity and efficiency of industrial production.

Working Principle

MS46SR-14-785-Q2-R-NC-FP is basically a solid-state optical sensor which uses light emitted from an infrared LED to detect distance and speed. The sensor operates as a transducer, converting changes in distance into detectable electrical signals. Therefore, the signals generated by the sensor are utilized to initiate the required industrial process.

When a beam of infrared light is generated by the LED, it is directed to a target receiving point, usually the object which needs to be detected. The light ray and the target combined constitute the optical sensing path. The light power is reflected by the target onto the detector surface which, in turn, is converted into a detectable electrical signal. While the target is within the detection range, the light sensing part will detect the position and the speed, and then convert them for the industrial applications.

In short, MS46SR-14-785-Q2-R-NC-FP optical sensor uses the principle of light emitting and receiving, in which the intensity of the emitted light is modulated and the received light is measured to detect the distance and speed, which then can be used to initiate the required industrial process.

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