E3XR-GM5GE4

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The E3XR-GM5GE4 is a type of optical sensor used in industrial automation. Based on the DC two-wire output system, it is a light-on/dark-on photoelectric sensor with a built-in amplifier.

The basic principle of the output system is that when the reflector\'s light shield pattern is detected by the receiver, the output is high, and when the reflector\'s pattern is blocked from the receiver, the output is low. This means the sensor can detect the light-shield pattern, or alternatively, a reflective surface, very precisely. The output type of E3XR-GM5GE4 is a two-wire DC type with NPN or PNP type transistor output. It comes with a built-in amplifier and the output can be set to either light-on or dark-on.

The sensing range of the E3XR-GM5GE4 is long, and the maximum range is 5 meters. The operating distance can be adjusted from 8 mm all the way up to 5 meters. With a built-in amplifier on board, it can detect ten times higher reflectivity than most other similar devices. This means that the E3XR-GM5GE4 can accurately detect even very small differences in reflection and has excellent detection results in strong transmission environments that can interfere with sensors.

The E3XR-GM5GE4 is often used in industrial automation applications. It can be used for presence and absence detection, conveyor and shaft speed detection, as well as positioning. The built-in amplifier allows it to detect very small variations in reflection and makes it very suitable for operations such as conveyor and shaft speed detection. The long sensing range allows it to be used in areas where parts have to be detected from a distance, such as in assembly lines. The sensor can also be used for positioning applications since it can accurately detect the position of objects and accurately output the result.

In summary, the E3XR-GM5GE4 is a type of two-wire DC photoresistive sensor. Because of its built-in amplifier and long sensing range, it is especially suitable for industrial automation applications such as presence and absence detection, conveyor and shaft speed detection, and positioning. It is able to output results accurately even in strong transmission environments that can interfere with sensors.

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