OGU-005-G3-T3 di-soric 5 mm standard U-shaped infrared fork light barrier, Push-pull 100 mA NO/NC, IO-Link

The di-soric OGU-005-G3-T3 is a compact standard U-shaped fork infrared light barrier with a 5 mm fork opening for precise, repeatable detection of small parts, labels, edges, and product presence in industrial automation applications. This version uses an LED-infrared light source, offers 0.2 mm resolution, and provides Push-pull 100 mA NO/NC switchable output with IO-Link for parameter setting, diagnostics, and easier machine changeover support.

Its compact housing is suited to space-constrained installations in packaging, assembly, electronics, and precision handling systems where stable switching and accurate small-target detection are important. The aligned fork design helps provide dependable sensing through the opening without requiring constant transmitter and receiver adjustment.

Key Features

• 5 mm fork opening: suited to very small product paths, labels, edges, and compact sensing tasks
• LED-infrared light source: practical for stable standard detection in compact industrial applications
• 0.2 mm resolution: supports precise detection of small parts and fine target details
• Push-pull 100 mA NO/NC switchable output: flexible integration into machine control systems
• IO-Link: supports parameter setting, diagnostics, and easier production changeover
• Compact standard U-shaped housing: suited to machine areas with limited installation space
• Repeatable fork-sensor alignment: transmitter and receiver are aligned in one housing for stable sensing performance

Applications

The OGU-005-G3-T3 is used where accurate, repeatable detection is needed in compact automation systems with a 5 mm fork opening.

• Small-part detection in assembly and precision handling systems
• Label and edge detection in compact packaging and converting equipment
• Product presence monitoring in conveyors, feeders, and transfer points
• Position verification in electronics and precision manufacturing applications
• Applications requiring compact fixed-gap sensing in space-constrained machine layouts