AEDR-8500-102 Sensors, Transducers

Optical Sensors - Reflective - Logic Output

The AEDR-8500-102 is a logic output reflective optical sensor designed for use in industrial and laboratory applications. Its output is a digital on/off state, with a high output when it detects a reflective object, and low output when not detecting a reflective object.

Design and Mechanics

The AEDR-8500-102 has a built-in lens and one internal LED source (or emitter) and two silicon photodiodes as receivers, capable of both polarizing and directivity reception. It has a housing designed to meet IP67 protection class and a sturdy metal case, with a complete metal frame for protection and robustness. It is also resistant to shock and vibration, ensuring a dependable performance even in the most difficult industrial conditions.

Applications

The AEDR-8500-102 is ideally suited for applications that need reliable logic-output optical sensors. It is commonly used for detecting the presence or absence of a reflective object, such as a container, bag, or bottle, in production and conveyance processes, as well as in safety applications such as the detection of personnel.

Working Principle

When the AEDR-8500-102 detects a reflective object, the internal LED emits visible light, which is reflected by the object and reached the two silicon photodiodes. This optical signal is converted into a digital logic output (high or low). When no reflective object is detected, the output is low. This enables the user to get mechanical control and optimization of the production process or to detect personnel presence in safety applications.

Conclusion

The AEDR-8500-102 is a reliable logic output reflective optical sensor designed for industrial and laboratory applications. It is suitable for applications that need reliable logic-output optical sensors, such as the detection of reflective objects in production and conveyance processes, and for personnel detection in safety applications. The AEDR-8500-102 is highly accurate and provides a digital on/off state, with a high output when it detects a reflective object, and low output when not detecting a reflective object.