Code Blue SLNF0219 CB1ED Emergency Phone Station with 4G LTE and 277V Power
Emergency communication towers require reliable cellular connectivity and flexible power options for campus-wide deployments where hardwired ethernet isn't practical. The Code Blue CB1ED addresses both requirements with integrated 4G LTE connectivity and 277V AC input capability, eliminating the need for separate power transformers in high-voltage lighting circuit installations common to parking structures and outdoor facilities.
Key Features
- 4G LTE cellular connectivity eliminates ethernet cabling requirements for remote tower locations
- 277V AC input accepts direct connection to high-voltage lighting circuits without additional transformers
- Single-button emergency activation initiates immediate two-way communication with monitoring center
- Weatherproof enclosure rated for year-round outdoor deployment in parking areas and campus pathways
- Integrated blue beacon provides high-visibility location marking and activation confirmation
- Paging amplifier integration enables mass notification broadcasts during emergency events
- Compatible with existing Code Blue accessories and replacement components for unified system maintenance
- 12-24V DC backup power input maintains operation during primary power interruptions
The CB1ED's 277V capability proves particularly valuable in parking structure retrofits where lighting circuits already provide distributed high-voltage power throughout the facility. Rather than running dedicated 120V circuits or installing step-down transformers at each tower location, installers can tap existing 277V infrastructure and reduce both material costs and installation labor. The 4G LTE radio provides network redundancy independent of the facility's data infrastructure—critical when emergency events coincide with network outages.
Integration with existing paging amplifiers allows the tower to function as both an emergency call point and a mass notification speaker endpoint. Security teams can broadcast evacuation instructions or all-clear messages through the same hardware that receives emergency calls, maximizing the value of each installed tower location. The system's 12-24V DC backup input accepts standard battery systems for continued operation during power failures, ensuring emergency communication remains available when it's needed most.
