Delivering intelligent fire alarm management solutions for Northwick Park Hospital
Northwick Park Hospital required a solution capable of reducing the operational impact of frequent false fire alarms caused by steam leaks. The hospital’s lifts were connected directly to the fire alarm system, causing them to automatically return to the ground floor during fire events or false activations. This created significant disruption to patient transfers while also introducing operational and safety concerns for both staff and patients.
The hospital needed improved visibility into alarm events so engineering teams could quickly identify and isolate the source of false alarms without the need for disruptive evacuations or interruption to critical hospital activity.
Drax Technology implemented the AMX monitoring platform to provide the hospital with enhanced visibility and control over fire alarm activity across the estate. The system enabled engineering teams to quickly identify the origin of alarm activations and isolate affected areas more efficiently, reducing the impact of steam-related false alarms on wider hospital operations.
By improving alarm management processes and operational awareness, the solution helped maintain essential fire safety measures while minimising unnecessary disruption to patient movement and critical services. The implementation also created opportunities for future expansion and integration of additional cause-and-effect scenarios across the hospital estate.
Delivered improved visibility and management of fire alarm activity across the hospital estate.
Enabled engineering teams to quickly locate and isolate the source of false alarm activations.
Minimised the impact of steam-induced false alarms on patient transfers and hospital operations.
Helped reduce unnecessary lift recalls triggered by false alarm conditions.
Drax Technology partnered with Northwick Park Hospital to improve fire alarm management and reduce disruption caused by steam-induced false alarms. Using the AMX monitoring platform, the hospital gained improved visibility, faster alarm source identification, and enhanced operational control, helping reduce risks to patient transfers and strengthen safety management across the live healthcare environment.