Code Blue SLNF0187 CB1w V5 GWT CC BlEm NP 4G LTE Solar Power Emergency Tower
Remote sites, parking structures, and perimeter zones demand emergency communication without AC power or trenching. The Code Blue SLNF0187 delivers cellular-connected emergency calling with solar power autonomy, eliminating infrastructure costs while maintaining 24/7 availability. Designed for locations where grid power isn't feasible or cost-effective, this tower provides reliable emergency response connectivity via 4G LTE.
Key Features
- 4G LTE cellular connectivity eliminates need for network cabling or landline infrastructure
- Solar power system with integrated battery backup ensures continuous operation without AC power
- Blue emergency light provides high-visibility identification of call point location
- Weather-resistant construction built for outdoor deployment in exposed locations
- Push-button activation initiates immediate two-way communication with monitoring station
- Paging amplifier support enables mass notification capability for campus-wide alerts
- 12-24V DC power system accommodates flexible voltage configurations
- Pole-mounted design suitable for surface parking, trails, and remote campus areas
Campus security teams and facility managers deploy these towers where extending traditional infrastructure proves impractical. The solar power system maintains charging even in northern climates with limited sun exposure, while the cellular connection bypasses network infrastructure requirements entirely. The integrated blue beacon provides instant visual reference for emergency locations, critical during incident response. The tower's paging amplifier capability transforms it from a single-point emergency station into a mass notification endpoint when integrated with campus-wide alerting systems.
Installation complexity drops to foundation work and cellular activation—no trenching, no conduit runs, no network drops. The 12-24V DC power architecture accommodates various solar panel and battery configurations based on site-specific autonomy requirements. For parking areas beyond camera coverage, transit stops, or temporary event sites, this tower delivers emergency communications infrastructure in days rather than months.
