Which fire-safety systems are covered?
The service can include detection, alarm, voice notification, sprinklers, hydrants, smoke extraction and evacuation-control interfaces. The exact scope is defined by the project requirements.
We coordinate fire detection, alarm, water-based suppression, smoke extraction and evacuation-control interfaces for the agreed building scope.

The fire-safety engineering scope can bring together detection, alarm, voice notification, water-based suppression, smoke extraction and evacuation-control interfaces. Required systems are defined by the building brief and agreed requirements.
System layouts are coordinated with the architecture, water supply, HVAC, electrical power and low-voltage infrastructure. Testing and documentation scope is set for the relevant project stage.
We review space use, layouts, evacuation information and available engineering inputs to define the working systems and interfaces.
Detectors, notification devices, pipework, hydrants, sprinklers and smoke-control elements are coordinated with the relevant disciplines.
Completed systems go through the agreed functional checks, with results and handover information recorded for the project scope.
Fire signals can interface with HVAC equipment, smoke extraction, doors, lifts and notification systems. Early coordination identifies which team provides each device, power supply, cable and control signal.
The service can include detection, alarm, voice notification, sprinklers, hydrants, smoke extraction and evacuation-control interfaces. The exact scope is defined by the project requirements.
Smoke extraction is coordinated with HVAC routes, electrical supplies, fire signals, dampers and architectural openings. Each interface needs to be identified in the project information.
Coordination is best started once space uses and the main layout are known. This allows device locations, routes and connections with other systems to be developed alongside the wider design.