AEDR-8100-1Q0

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Optical Sensors - Reflective - Logic Output are sensors that measure the amount of light that is reflected off objects or surfaces. The AEDR-8100-1Q0 is a highly reliable reflective opto-sensor capable of reading grey scale and binary patterns on printed materials as thin as 0.635 mm thick.

The AEDR-8100-1Q0 application field is mainly used for pattern recognition in industrial automation. It is designed to work on paper, plastic, foil, or any other substrate materials where binary or grey scale patterns must be detected. In addition to providing precise and reliable gray scale pattern recognition, this sensor can also detect individual objects or shapes upon which the light is reflected.

The AEDR-8100-1Q0 working principle is based on the diffusion principle. The sensor has a monolithic array of light emitting diodes built into one side. These LEDs emit light which is diffused against the material being sensed. On the opposite side of the material is a reflective element. The reflected light is collected and received by light-sensitive photocouplers. Then the intensity of the reflected light is analyzed and the data is converted into a binary (on/off) signal or a grey-scale pattern indicating its strength in a 0-100 % range. The sensor can identify objects which are up to 0.635 mm thick and within a 2cm range.

The design of the AEDR-8100-1Q0 is compact and can easily fit into existing machinery and equipment. It is resistant to vibration, extreme temperatures, and shock. The sensor is self-calibrating and provides a very stable output signal even when exposed to varying conditions. The sensor has a quick response time and can be programmed with a variety of settings for various application scenarios.

The AEDR-8100-1Q0 is a highly reliable and precise sensor ideal for detecting patterns on thin materials. Its diffusion principle and precision technology make it an excellent choice for precision applications. The sensor is highly resistant to shock, vibrations, and extreme temperatures. Its compact size and simple design make it easy to integrate into existing machinery and equipment. The sensor is self-calibrating and provides a stable output signal even in varying conditions. This sensor is suitable for a wide range of sensing applications, making it an excellent choice for industrial automation.

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