Rideau lumineux de sécurité pour protection des mains et des bras Omron F3SG-4RA1225-25-01TS série F3SG-RA

Description

Industrial machinery safeguarding requires reliable presence detection, a requirement directly addressed by the Omron F3SG-4RA1225-25-01TS safety light curtain. Designed specifically for hand and arm protection, this safety barrier features a highly robust optical design consisting of 60 beams to provide dependable intrusion detection in automated workspaces. The module ensures rapid system shutdown upon optical path interruption, helping plant operators meet strict international safety standards while maintaining optimal machinery uptime.

Operating within the rugged F3SG-RA series, this device integrates seamlessly into standard industrial safety control architectures. Its low current consumption and fast reaction times make it a highly efficient option for integration into modern machine safety circuits, working in tandem with safety relays, PLCs, and emergency stop systems.

Features

• Provides hand and arm protection with 60 optical detection beams.
• Offers a 1225 mm protective height to secure large physical access points and machinery zones.
• Fast response performance of 13 ms from ON to OFF state for reliable, high-speed machinery shutdown.
• Low power footprint with an emitter consumption of 55 mA and a receiver consumption of 85 mA.
• Robust, torsion-resistant housing engineered to withstand challenging manufacturing environments.

Applications

• Automated robotic assembly cells and work areas.
• Metalworking machinery, presses, and stamping operations.
• High-speed packaging, wrapping, and palletizing stations.
• Material handling conveyors and automated sorting lanes.

Technical Specifications

Installation Guidelines

Proper installation is vital to ensure safety standards compliance and prevent machine damage:

• Safety Distance: Ensure the mounting distance from the hazardous zone is calculated and verified in accordance with regional safety norms, taking the 13 ms response time into account.
• Alignment: Align the emitter and receiver units precisely to ensure optical synchronization. Secure the mounting brackets to prevent vibration-induced misalignment.
• Cabling: Run safety signal cables separately from high-voltage AC lines to prevent electromagnetic interference.
• Optical Paths: Keep the optical lenses free from dust, grease, and direct obstruction. Use appropriate cleanings rags to preserve light transmissivity.