Embodying an onboard automated testing grid that indicates device condition, it features a white polycarbonate housing and an ultrasound-welded protective clear panel built for high-exposure layouts. It functions across both Maintained and Non-Maintained layouts, pulling high-capacity cell balancing from an extensive dual-battery system to provide massive emergency exit illumination.
Intended to offer local automated self-diagnosis, high-flux dual-mode emergency illumination, and comprehensive electrical override terminal connectivity.
Suitable for shopping malls, hotels, office towers, business complexes where scalable analogue addressable fire alarm systems are essential. Modular design allows expansion down the line and centralized control.
Designed for use in factories, warehouses and manufacturing plants, this robust system is also suitable for use in hazardous industrial environments where fire detection can be reliably integrated with extinguishing systems. Intelligent networking allows the operation of the integrated system to be maintained even across large sites.
The architecture is designed for airports, metros, tunnels and public infrastructure projects which require high networking capacity, high-speed alarm response, and multi-site fire safety management.
Ideal for installation in hospitals, university campuses, educational facilities where there is a need to distinguish accurately between occupants, low false alarm levels and continual monitoring.
