By submitting this form, you are agreeing to the Terms of Use and Privacy Policy.
Sensors that reflect back light. To detect objects clearly The clear object detection sensor is a unique photoelectric retro-reflective sensor that can identify transparent things that other retro-reflective sensors cannot. Using a low hysteresis circuit, the sensor picks up on minute variations in light that are indicative of clear object detection.
A light path is created between the sensor and a unique reflector in the retro-reflective mode. When a target deflects the laser beam, it is discovered.
Compared to dispersed sensors, standard retroreflective sensors offer a wider sensing range. Some versions feature a visible red LED to help in reflector installation and alignment. To precisely return the light energy into the receiver on a parallel axis, a corner cube reflector is used.
There are several types of these reflected light beam switches:utilizing a polarization filter:To prevent misleading signals from developing whenever a shining target moves in front of the retro-reflective sensor, a polarizing filter is used. The filter makes it possible to recognise glossy and highly reflective items with ease.
To detect objects clearly:The clear object detection sensor is a unique photoelectric retro-reflective sensor that can identify transparent things that other retro-reflective sensors cannot.
Using a low hysteresis circuit, the sensor picks up on minute variations in light that are indicative of clear object detection. To lessen false readings brought on by reflections off the target, the clear object detector utilized polarizing filters on both the transmitter and receiver of the sensor.
The Global Retro Reflective area sensor market accounted for $XX Billion in 2023 and is anticipated to reach $XX Billion by 2030, registering a CAGR of XX% from 2024 to 2030.
The brand-new Pepperl+Fuchs RLG28 retro-reflective area sensor has a detection field of 60 mm constant and a resolution of 12 mm over a range of 0…4 m. Within the full detection region, RLG28 enables reliable small object detection.
The sensor is the perfect substitute for current industry standards that fall short of specifications. Users can replace their present 1-beam solution 1:1 with a 100% problem solver by installing it in a conventional 28 series photoelectric sensor housing without changing the control concept.
The material handling, packaging, and automotive sectors are examples of application areas.The RLG28 is an expert in accurately detecting the front edges of objects like various kinds of pallets, bags, packed items, or reflective goods. The sensor can also be utilized as a muting sensor, an overhang control, for example using deformed blocks, and an ejection control for falling objects.
