Description
Designed for robust industrial safeguarding, the Omron F3SG-4RA1625-25-01TS safety light curtain provides reliable hand and arm protection in high-risk automated environments. This optical safeguarding system features a high-density beam array designed to detect personnel or foreign objects entering hazardous machine zones. Consisting of a synchronized emitter and receiver pair, it establishes an optical guard line that integrates seamlessly with safety monitoring relays, safety controllers, or fail-safe PLC systems to execute immediate shutdown commands upon intrusion detection.
Built to withstand demanding industrial settings, this model provides continuous self-diagnostics and optical synchronization to maintain safety integrity. It is engineered for straightforward physical alignment and integration into safety control circuits, offering reliable performance without sacrificing production efficiency.
Features
- High-density 80-beam array designed for accurate hand and arm detection.
- Substantial 1625 mm protective height suitable for securing large access areas.
- Fast response performance to ensure rapid machine shutdown upon detection.
- Optimized internal electronics resulting in low current consumption for energy efficiency.
- Rigid housing design engineered to resist mechanical stress and optical misalignment.
Applications
- Robotic work cells and automated assembly lines.
- Metal stamping, pressing, and shearing machinery.
- Material handling, palletizing, and packaging conveyor systems.
- Automotive manufacturing and parts processing areas.
Technical Specifications
Category
Specification Parameter
Value
| Manufacturer |
Omron |
F3SG-4RA1625-25-01TS |
| Product Series |
F3SG-RA Series |
Hand and Arm Protection |
| Number of Beams |
80 |
1625 mm |
| Response Time (ON to OFF) |
13 ms |
65 ms |
| Response Time (OFF - Not Synchronized to ON) |
165 ms |
70 mA |
| Current Consumption (Receiver) |
90 mA |
4.4 kg |
| Shipping Weight |
5.5 kg |
IP65 / IP67 (subject to standard F3SG-RA housing ratings) |
Installation Guidelines
- Always calculate the safety distance in strict accordance with ISO 13855 or local safety standards before mounting.
- Ensure the emitter and receiver units are mounted parallel and accurately aligned to prevent false tripping or optical bypass.
- Use shielded cables for all interface and power wiring to prevent electromagnetic interference (EMI) from surrounding machinery.
- Securely mount the brackets to a rigid, vibration-resistant structure to maintain optical alignment over long-term operation.
Compliance and Certifications
- IEC 61496-1 (Type 4 ESPE)
- ISO 13849-1 (Category 4, PL e)
- IEC 61508 (SIL 3)
- CE Marking
- cULus Listed