Code Blue SLNF0365 CB2A Emergency Tower with Cellular Communication
When hardwired network infrastructure isn't feasible or cost-effective, the Code Blue SLNF0365 emergency tower delivers reliable two-way communication over 4G/LTE cellular networks. This 120V AC-powered solution eliminates trenching costs and complex IT coordination while maintaining full operational capability for campus safety, parking structures, and remote facility locations where traditional cabling would be prohibitive.
Key Features
- 4G/LTE cellular connectivity eliminates need for network cabling infrastructure
- 120V AC powered operation for permanent outdoor installations
- Two-way audio communication for direct operator contact during emergencies
- Blue tower design provides high-visibility identification point
- Weather-resistant construction suitable for exposed campus environments
- Integrated strobe for visual alert confirmation during activation
- Push-button activation initiates immediate connection to monitoring station
- Cellular backup ensures communication path independent of facility network outages
The SLNF0365 addresses a common deployment challenge: extending emergency communication coverage to areas where running cable is impractical or budget-constrained. Remote parking lots, temporary construction sites, or facilities with aging infrastructure can deploy cellular-based emergency points without excavation or permitting delays. The cellular path operates independently from your IP network, providing communication redundancy even during IT system failures.
Installation requires only 120V AC power and clear cellular signal coverage. The tower's visible blue housing and integrated strobe make emergency contact points immediately identifiable day or night. This configuration works particularly well for phased campus expansion, allowing security coverage to scale with development rather than waiting for complete infrastructure buildout. For integrators managing multi-site deployments or retrofit projects with cable access limitations, cellular-based emergency towers reduce installation complexity while maintaining reliable two-way communication and monitoring station integration.
