Enhance accessible communication and safety across housing units, hospitality environments, assisted living settings, and community programs with a wireless signaling system designed for individuals who are deaf, hard of hearing, or unable to rely on standard auditory alerts. This configuration provides silent, vibration-based notifications suitable for both daytime mobility and nighttime monitoring.

This package includes the Push Button Transmitter and the Pager Receiver. Both devices arrive prelinked from the factory, requiring no Wi-Fi, apps, or technical setup, enabling fast deployment across multi-room facilities or distributed housing units.

The Push Button Transmitter supports two primary use cases: it functions as a mountable doorbell for hotel rooms, student housing, and residential units, and it also performs as a portable call-for-assistance button. It may be worn on a lanyard, kept at a bedside, or placed at service counters and reception desks. A single press sends a wireless alert directly to the paired Pager Receiver.

The Pager Receiver provides discreet, vibration-based alerts that help ensure reliable awareness without relying on sound or visual cues. Different vibration patterns allow users or staff to distinguish the Push Button signal when used alongside additional system components. Compact and wearable, the Pager Receiver supports mobility throughout a facility, making it ideal for residents, caregivers, and staff members who require immediate awareness of assistance requests.

The solution is engineered for ADA-aligned accessibility and institutional dependability. Lightweight and easy to maintain, the Pager Receiver includes a long-lasting battery and is compatible with charging accessories for 24/7 readiness in housing, hospitality, or care environments.

This configuration can be deployed as a stand-alone accessible signaling option or expanded within the scalable Bellman Alerting System. Additional transmitters—such as smoke or CO alarms—can be added at any time to build a complete, multi-sensory safety network without reconfiguration.