OGU-010-G3-T3 di-soric 10 mm standard U-Shaped Fork Infrared Light Barrier, Push-pull 100 mA NO/NC, IO-Link

The di-soric OGU-010-G3-T3 is a compact standard U-shaped fork infrared light barrier with a 10 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 packaging, assembly, electronics, and precision handling systems where installation space is limited but stable switching and accurate small-target detection are still important. The aligned fork design helps provide dependable sensing through the opening without requiring constant transmitter and receiver adjustment.

Key Features

• 10 mm fork opening: suited to compact product paths, labels, edges, and small-part 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-010-G3-T3 is used where accurate, repeatable detection is needed in compact automation systems with a 10 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