Edwards Signaling 7005-G5 Hotel Room Annunciator Kit, 24VDC, 0.125A, 24VAC, 50-60 Hz, 0.175A, Clear

Designed to protect guests and simplify compliance, the Edwards Signaling Hotel Room Annunciator Kit (7005-G5) delivers dependable audible and visual emergency notification for accessible rooms. This complete emergency call station kit bundles the 6536-G5 horn/strobe, 620 push button, stainless faceplate and 592 transformer so installers get a coordinated solution that fits a standard single-gang box and minimizes onsite wiring time. The horn/strobe produces an effective 92 dB sound pressure at 1 m (82 dB at 10') and a high-intensity strobe, while the transformer supports both 24 VDC (0.125 A) and 24 VAC, 50–60 Hz (0.175 A), offering flexible power options for existing hospitality or healthcare systems. UL 1638 listing and a grounded transformer support code compliance and long-term reliability. With a neutral clear finish and wired connectivity, the kit integrates seamlessly with building security, surveillance and monitoring systems for centralized incident response. Ideal for hotels, assisted-living facilities and hospitals, the 7005-G5 streamlines installation and improves guest safety. Order the Edwards Signaling Hotel Room Annunciator Kit to upgrade room accessibility and emergency readiness.

• Complete hotel-room solution: includes 6536-G5 horn/strobe, 620 push button, 147-10 plate and 592 transformer to simplify procurement and installation
• Clear, low-profile design: unobtrusive single-gang mounting over doors for guest safety without disrupting room aesthetics
• Reliable audible/visual alerts: high-intensity strobe plus a 92 dB buzzer at 1 m (82 dB at 10') for clear notification of emergencies
• Low power draw and flexible power options: supports 24 VDC (0.125 A) or 24 VAC 50–60 Hz (0.175 A) to suit building power systems
• Code-ready and durable: UL 1638 listed horn/strobe and grounded transformer for consistent compliance in hospitality and healthcare environments
• Integrates with building security and monitoring systems via wired connectivity for centralized emergency response