Honeywell Area of Refuge HON-AOR-10-DKL Analog AOR Command Unit with 10-Station Capacity, Door with Keyed Latch

Designed for dependable life-safety communications, the Honeywell Area of Refuge HON-AOR-10-DKL analog Area of Refuge Command Unit centralizes monitoring and response for up to 10 ADA-compliant stations. This Honeywell Area of Refuge command unit provides continuous supervised monitoring—detecting opens, shorts, ground faults, low battery backup and 24V DC input failures—and reports alerts to building fire systems. The keyed-latch door enclosure secures the unit in high-traffic commercial, healthcare, or multi-family settings while maintaining easy service access. Built-in LED indicators and audible signaling deliver immediate, location-specific notifications: solid LEDs mark active calls and flashing LEDs flag waiting stations for rapid triage. On-site calling works without an outside phone line, with optional PSTN connectivity for off-site notification and integration into broader emergency response workflows. Ideal for facilities focused on security, surveillance and monitoring of refuge areas, the HON-AOR-10-DKL streamlines incident coordination and improves responder efficiency. Contact your Honeywell distributor or systems integrator to specify this 10-station analog command unit for hospitals, schools, high-rise residential, and commercial buildings.

• Centralized, ADA-compliant refuge coordination for up to 10 stations, simplifying building evacuation monitoring and responder communication
• Continuous supervised monitoring with LED and audible alerts to ensure immediate detection of faults, power loss, or active calls
• Secure wall-mounted enclosure with keyed latch door protects equipment and restricts access for compliance and theft prevention
• On-site calling capability without an external phone line, and optional off-site PSTN dialing for remote notification and emergency escalation
• Clear visual status: solid LEDs for active calls and flashing LEDs for pending calls, enabling rapid location identification for first responders