Code Blue SLNF0256 CB1E Emergency Tower with 4G LTE Connectivity and 120VAC Power
When you need reliable emergency communication in parking structures, campuses, or transit facilities, consistent power and cellular failover define uptime. The Code Blue CB1E tower delivers audible alerts and two-way communication over 4G LTE, eliminating the need for complex network infrastructure runs while maintaining continuous operation on standard 120VAC mains power.
Key Features
- 4G LTE cellular connectivity for deployments where hardwired network runs are impractical or cost-prohibitive
- 120VAC power input simplifies installation in facilities with existing electrical infrastructure
- Integrated two-way audio for direct communication between users and monitoring stations
- Paging amplifier support enables mass notification broadcasts across multiple zones
- Weather-resistant construction suitable for outdoor installations in parking lots and pedestrian pathways
- Blue LED beacon provides high-visibility identification for emergency response and user wayfinding
- Push-button activation initiates immediate connection without dial delays or user training requirements
The CB1E addresses a common challenge in expanding emergency communication systems: extending coverage to remote areas without the expense of trenching and cabling. The 4G LTE radio handles all signaling and audio transport, while the 120VAC connection ensures the tower remains operational without battery maintenance concerns typical of solar or low-voltage systems. This combination works particularly well for retrofit projects in existing parking facilities where electrical service is present but data networks are not.
Integration with existing Code Blue management platforms allows centralized monitoring and incident response coordination. The paging amplifier capability means the same infrastructure used for emergency calls can broadcast weather alerts, lockdown notifications, or evacuation instructions. Field-replaceable components and accessible wiring terminations reduce service calls and minimize downtime during maintenance cycles.
