1 | Detection range | 1-10m |
2 | Environment | -20°C-+65°C,100,000lux |
3 | Algin offset | Vertical ±10mm (within 5°), Horizontal ±3mm (within 5°) |
4 | Response time | ≤100ms |
5 | Power consumption | 4w |
6 | IP rated | IP54 |
Introducing the Light Safety Curtain



2. Characteristics of GN1800 Safety Light Curtain
- Object Detection: The light curtain's sensitive detection capability ensures that any object larger than the beam spacing is identified upon entry. This feature is vital for safeguarding both human lives and valuable objects.
- Rapid Response: The GN1800's swift reaction capability means it can detect intrusions almost instantaneously, significantly diminishing accident risks with its proactive safety protocols.
- Effortless Installation: Designed for user convenience, the GN1800 Safety Light Curtain can be installed with remarkable ease, requiring minimal equipment modification. This efficiency translates into cost savings and operational efficiency.
- Remarkable Stability: Engineered with cutting-edge technology and robust materials, the GN1800 promises exceptional durability and stability, offering long-lasting safety assurance to enterprises.

3. Application Scenarios of GN1800 Safety Light Curtain
Typically positioned on either side of doors, escalators, or machinery, the GN1800 ensures safety. When doors descend, elevators close, or equipment operates, the light curtain detects any intrusion-such as a person or vehicle-and outputs a signal for the door to rise, the elevator to reopen, or the equipment to halt or brake, thereby preventing crushing incidents.
The GN1800 Safety Light Curtain finds extensive application across a variety of scenarios, including:
- High-speed Doors
- Sliding Doors
- Rolling Doors
- Vertical Closing Telescopic Doors
- Freight Elevators
- Automated Production Equipment

4. Conclusion
As a highly efficient protective solution, the GN1800 Safety Light Curtain is indispensable in preventing injuries to people and equipment in industrial settings, particularly at automated entrances and within automated systems.
