Wenglor

P2KK001 Retro-Reflex Sensor for Transparent Objects

Condition monitoring Special for glass, PET and films No blind spot from single-lens optics Robust stainless steel housing with IP69K The retro-reflex barrier for clear glass recognition works with red light and a reflector. Where conventional retro-reflex light barriers reach their limits, this retro-reflective barrier for clear glass recognition ensures that extremely shiny objects like glass, PET bottles, trays or film can be detected. Via the single-lens optic without blind spots, the sensor can detect objects even through small holes and gaps. The IO-Link interface can be used to configure retro-reflex sensors (PNP/NPN, NC/NO, switching distance), as well as to output switching statuses and signal values. The robust V4A (1.4404/316L) stainless steel housing is resistant to oils and coolants, as well as cleaning agent.

Manufacturer

Wenglor

Product sheet

IP classification

IP69K

Housing

Cuboid miniature

Housing material

Stainless steel

Measuring range

0-1500mm

Communication Interface

NO; NC

Photocell type

Retro reflex sensor

Wenglor

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Wenglor is a German family-owned technology company headquartered in Tettnang, Baden-Württemberg. Since its founding in 1983, the company has grown into a global player in smart sensors, image processing, and safety technology for industrial automation. In addition to photoelectric and inductive sensors, the portfolio also includes ultrasonic sensors, fluid sensors, 2D/3D sensors, vision systems, barcode readers, and safety technology.

The product range also includes advanced vision technologies, such as smart cameras and 3D sensors, as well as the uniVision software platform for image analysis. Wenglor has subsidiaries in 28 countries worldwide and continues to expand its global presence.

The company has also acquired several specialized firms, such as TPL Vision, experts in LED lighting for machine vision, and deevio, which focuses on AI and data analysis – all to strengthen its position in the future of automation.

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