The Fireray Hub Reflective system simplifies beam smoke detection in large areas by allowing up to three detector heads to be managed from a single low-level controller. This centralised approach significantly reduces the amount of wiring required compared to standalone detectors, streamlining both the design and installation phases of a project. Each detector head communicates with the controller, providing independent fire and fault signals for precise event location. The controller itself features a backlit display for clear readability in all lighting conditions and an event log with a capacity for 600 entries, complete with time and date stamps for comprehensive diagnostics and maintenance records.

Designed for robust performance in challenging environments, the Fireray Hub Reflective incorporates advanced features to minimise false alarms. Light Cancellation Technology actively distinguishes between smoke and other light sources, such as sunlight or high-intensity artificial lighting, ensuring reliable detection. Furthermore, dynamic beam phasing allows multiple beams to operate in close proximity without interference, making the system ideal for complex layouts. The motorised auto-alignment and building movement tracking work in tandem to maintain precise alignment, even in structures prone to small shifts or vibrations, ensuring continuous and dependable fire safety.

Installation and commissioning of the Fireray Hub Reflective are engineered for efficiency and safety. The motorised auto-alignment feature enables a single engineer to align the beam from the low-level controller, directing the laser to the prism and initiating the automatic adjustment with a simple button press. This eliminates the need for high-level access during setup and routine maintenance, reducing risk and associated costs. The system’s one-person installation capability not only enhances safety but also offers significant time and labour savings, making it a cost-effective solution for fire protection in warehouses, atriums, and other large-scale facilities.