PE12C1T15PO

Optical Sensors - Photoelectric, Industrial

PE12C1T15PO is a type of an industrial photoelectric sensor generally used for the detection of objects within a certain range. It was primarily developed for different industries like those dealing in paper goods, electronics, and fabrications and so on. This sensor has evolved over the years and is now equipped with a variety of features to meet the demands of those industries.

Application Field

Using PE12C1T15PO, the detection of objects within a certain range is facilitated with the help of a light source and the photoelectric effect. Depending on the application, the output and operation mode of the sensor can be set to different positions. This sensor is applicable in industrials such as those dealing in paper goods, electronics, and fabrications, and others that rely heavily on detection of objects. It can also be used in safety strip, textiles, optical fibers, sanitary ware, and other areas where objects have to be detected in order to be processed.

Working Principle

The PE12C1T15PO sensor is based on the principle of the photoelectric effect, which states that a relative motion between two objects results in an electric current. The sensor consists of three main components, namely, the source of light, an emitter, and a detector. In its most basic form, the light source, usually located at the emitter, is focused on an object within the sensing range. This results in the generation of a small electric current in the photoelectric effect. The detector, which is located at the opposite end of the sensing range, is able to detect this current. By detecting the current level generated by the photoelectric effect, the object can be identified. By measuring the distance between the emitter and the object, the object’s presence can be confirmed.

Advantages and Disadvantages

The main advantage of using PE12C1T15PO is that it is reliable, quick, and accurate in detecting objects in a certain range. This allows for better accuracy and faster turnaround times for industrial applications. It is also largely insensitive to electromagnetic and environmental interference and can operate in harsh conditions. In addition, these sensors are low cost and have a long life.

One of the main disadvantages of the PE12C1T15PO sensor is that it has a limited range. Also, these sensors are more commonly used for low-level applications and are not as effective in detecting larger objects. In addition, the cost of the sensor can be quite high, depending on the application.

Conclusion

PE12C1T15PO is an industrial photoelectric sensor that utilizes the photoelectric effect to detect objects within its range. It has several advantages, such as being reliable, quick, and accurate, and its low cost and long life make it very attractive for industrial applications. However, it should be noted that it has a limited range and is more suited for use in low-level applications.