GRSE18S-P133Y

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GRSE18S-P133Y Application Field and Working Principle

GRSE18S-P133Y is a photoelectric optical sensor designed for industrial applications, used primarily in safety systems and machines. The device utilizes a combination of infrared, visible light, and a sensor element in a single integrated package. It is designed to provide reliable protection against potential threats and hazards, both in commercial, industrial, and medical applications, where it can detect a variety of objects and obstacles of varying distances. This article dives into the application field and working principle of the GRSE18S-P133Y.

Application Field

As a photoelectric optical sensor, the GRSE18S-P133Y has its main application field mainly on industrial machines, safety systems, and medical equipment. As this sensor can detect objects and obstacles in a variety of distances, it is able to detect any potential hazards and prevent them from causing any physical harm to personnel or equipment. Additionally, it is applied in industrial automation processes, where it can detect small parts thus allowing industrial equipment to operate safely and accurately.

In addition to the use in industrial equipment, the GRSE18S-P133Y can also be used in medical fields. This device is useful for providing exact measurements of certain organs or body parts. Moreover, this particular photoelectric optical sensor can be applied for providing accurate digital images of objects and surfaces, which makes it an ideal device to use for diagnostic purposes.

Working Principle

In general, the working principle of the GRSE18S-P133Y is based on the use of infrared, visible light, and a sensor element in a single integrated package. The optical sensor uses the light emitted from an infrared source, which is focused into a beam of light. This beam of light is then passed through a window-reflection lens, where it converges into a focused beam. The focused beam then passes through the sensor element, wherein it is split up in two waves. The first wave is reflected from the surface of the object or obstacle and is then detected by the sensor. The second wave is reflected from the background and is not detected by the sensor. Based on this information, the device then determines a binary information that is outputted and usable in various control systems.

One of the features of the GRSE18S-P133Y is that it can be adjusted to detecting obstacles of different sizes and distances. The device has built-in optical lenses that can be easily adjusted depending on the application size. Additionally, the device can be easily connected to a wide range of industrial automation systems including PLCs, PCs, and other types of control systems. This allows the device to easily integrate into various industrial systems and provide accurate information.

Conclusion

The GRSE18S-P133Y is a highly reliable photoelectric optical sensor designed for industrial applications. This type of device utilizes infrared, visible light, and a sensor element in a single integrated package, making it ideal for use in various safety systems, machines, and medical equipment. The device can detect objects from various distances and can be easily adjusted depending on the application size. Additionally, it can be easily connected to a wide range of industrial automation systems which makes it an ideal device for industrial, safety, and medical applications.

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