MS46SR-20-785-Q2-10X-15R-NO-FN

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Optical sensors have become an integral part of many industrial and commercial applications. They are used to measure the presence or absence of a physical object, detect variable distance or object size, or indicate a position on a substrate. The MS46SR-20-785-Q2-10X-15R-NO-FN is an optical sensor designed for industrial use. To better understand the range of industrial applications and working principles of this optical sensor, an in-depth analysis is presented below.

MS46SR-20-785-Q2-10X-15R-NO-FN Application Field

The MS46SR-20-785-Q2-10X-15R-NO-FN is a photoelectric sensor designed for industrial use. It is a high-precision, high-reliability, and cost-effective solution for detecting the presence or absence of a physical object. It can be used in a variety of industrial applications, such as detecting object size, thickness, and distance with high accuracy in a continuous production line. It can also be used in quality inspection of parts for motor vehicles, food items, and medical products. The MS46SR-20-785-Q2-10X-15R-NO-FN is an ideal solution for applications where reduced sensitivity and high noise immunity are desired.

MS46SR-20-785-Q2-10X-15R-NO-FN Working Principle

The MS46SR-20-785-Q2-10X-15R-NO-FN utilizes optical triangulation to measure the presence or absence of a physical object. It utilizes a light source and an imaging device to detect the position of the object. The sensing range can be adjusted by controlling the intensity and distance of the light source. When the physical object is placed between the light source and the detector, light rays are scattered, and the total reflected light is consumed, resulting in a decrease in the signal intensity. The light source is composed of a light pipe, which contains multiple collimated LEDs, and an infrared filter that removes stray light. The imaging device consists of a mirror, a photodetector, and an image converter. The mirror reflects the light from the light source onto the photodetector, which then generates a signal, which is amplified and processed by the image converter. This signal is then used to determine the location of the physical object.

The MS46SR-20-785-Q2-10X-15R-NO-FN is a reliable and cost-efficient solution for industrial applications that require detection of small objects or variable distances. It is designed for high accuracy and has a wide dynamic range, making it ideal for use in both low- and high-speed applications. Additionally, the sensor has a wide field of view and a small form factor for easy integration into existing production lines.

In summary, the MS46SR-20-785-Q2-10X-15R-NO-FN is an optical sensor designed for industrial use. It utilizes optical triangulation to measure the presence or absence of a physical object and has a wide dynamic range and excellent noise immunity, making it an ideal solution for applications where reduced sensitivity is desired. The sensor is designed for high accuracy, has a wide field of view, and is cost-effective.

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