Improve accessibility and communication across multi-unit housing, hotels, assisted living facilities, and public service environments with a wireless alerting system designed for individuals who are deaf, hard of hearing, or unable to rely on standard auditory cues. This configuration provides high-intensity visual alerts and strong tactile notifications that support ADA-aligned readiness in both daytime and nighttime situations.

This package includes the Push Button Transmitter, Flash Receiver, and Bed Shaker. All devices are factory prelinked and require no Wi-Fi, apps, or manual pairing, making them simple to deploy across large facilities, hotel rooms, or individual housing units.

The Push Button Transmitter serves dual roles: it can be installed as a mountable doorbell outside guest rooms or residential units, or used as a portable call-for-help button. It can be worn by a resident, placed on a bedside table, or positioned at service counters and reception areas. When activated, it sends a wireless signal directly to the Flash Receiver.

The Flash Receiver provides powerful, room-filling strobe alerts that ensure clear visibility for individuals with limited auditory awareness. For nighttime or high-risk situations, the included Bed Shaker delivers strong vibration notifications to ensure prompt awareness even during deep sleep. This multi-sensory alerting approach supports environments where reliable communication is essential for safety and accessibility.

The system is engineered for institutional reliability, with simple controls, event indicators, and flexible placement options that make it easy for staff and facility operators to manage and maintain. This makes it well-suited for ADA accommodations, guest-ready hotel rooms, public housing units, and community support programs.

This setup can be used on its own or expanded within the scalable Bellman Alerting System. Additional transmitters—such as smoke or carbon monoxide alarms—can be added at any time to create a more comprehensive safety solution without additional configuration.