Skip to main content

The Fire Safety Event

8 - 9 APRIL 2025

NEC, Birmingham

Exhibitor Videos

Fire extinguishers

03 Apr 2024

Fireray One - Optical Beam Smoke Detector

FFE Stand: 5/C97

Designed for simplicity and efficiency, the Fireray One beam smoke detector eliminates the need for specialist tools or extensive training, making it accessible to users of all levels.

The Fireray One's key innovation is its motorised alignment system, which simplifies the alignment process significantly. With the integrated user interface, aligning the detector involves directing the visible laser onto the reflector and activating the auto-alignment feature with a switch. This technology ensures accurate alignment in a much shorter time compared to traditional detectors, making it eight times faster than earlier models.

The Fireray One is a versatile solution suitable for various applications. It can be installed in different settings such as education and heritage sites, industrial units, aviation hangars, glass atrias, hotels and retail buildings, or chemical processing and storage facilities. Its advanced features guarantee dependable performance across a range of environments.

Key features of the Fireray One include:

  • Integrated Visible Laser and Auto-Alignment: Makes alignment easier for simpler installation.
  • Light Cancellation Technology™: Avoids false alarms by adjusting for sunlight and artificial light.
  • Building Movement Tracking™: Keeps alignment steady in changing temperatures.
  • Contamination Compensation: Deals with dust buildup to keep performance consistent.
  • Low Power Consumption: Uses less energy by running off the loop.
  • Dynamic Beam Phasing: Prevents beam interference for flexible setups.
  • Detection Range of up to 120m: Provides extensive coverage for better fire detection.

In summary, the Fireray One offers straightforward installation, reliability, and performance for various uses.

View all Exhibitor Videos
Loading

The Safety & Security Event Series

HSEFSETSEThe Workplace EventNCSS PSOL