OGL-050-G3-T3 di-soric 50 x 50 mm L-Shaped / Angled Fork Infrared Light Barrier, Push/Pull 100 mA NO/NC, IO-Link

The di-soric OGL-050-G3-T3 is a rugged, 50 mm L-shaped infrared light barrier designed for reliable, non-contact object detection in industrial automation environments. Its infrared emitter provides strong dirt penetration, ensuring stable operation even in dusty, oily, or contaminated conditions. The diagonal beam, L-shaped fork design allows flexible mounting and easy access to objects in tight spaces — ideal for packaging, assembly, and material handling systems where both precision and durability are critical.

Key Features & Advantages

• L-shaped fork design: Diagonal beam. Enables flexible installation and improved accessibility in confined or complex machine layouts.

• High sensor power with infrared light: Penetrates dirt, oil, and moisture for consistent detection in contamination-prone environments.

• Plug-and-play installation & easy device swapping: Factory-aligned emitter and receiver simplify setup and replacement.

• Reliable performance: Detects opaque, reflective, or contaminated objects with exceptional stability.

• High-speed capability: Fast response ensures dependable switching in rapid production lines.

• IO-Link communication: Enables remote configuration, real-time monitoring, and advanced diagnostics.

• Durable industrial housing: Resistant to vibration, cleaning, and mechanical wear for long service life.

• Maintenance-free operation: Non-contact sensing minimizes wear and reduces downtime.

Typical Applications

• Object detection in dusty or oily packaging lines

• Feed control and part verification in assembly automation

• Position and presence sensing in filling or bottling systems

• Label or edge detection in paper and film converting

• Detection tasks in contamination-prone environments

Ideal For: Machine builders, OEMs, MRO, and system integrators requiring L-shaped infrared fork sensors for reliable detection in dusty, oily, or contamination-prone automation systems.