Code Blue CB9T00017 CB9TSX Emergency Tower Station with Strobe, 24V DC
Emergency response infrastructure requires dependable call stations that function reliably across campus environments, parking structures, and perimeter applications. The Code Blue CB9TSX tower station delivers visible deterrence and immediate two-way communication when seconds matter, operating on standard 24V DC power systems common in integrated security deployments.
Key Features
- 24V DC operation integrates with existing low-voltage security power infrastructure
- Integrated strobe beacon provides high-visibility location marking for emergency responders and surveillance coverage planning
- Two-way audio communication enables direct connection to monitoring stations or dispatch centers
- Weather-resistant tower construction withstands outdoor installation in exposed locations
- Push-button activation initiates emergency protocol with single user action
- Paging amplifier compatibility supports mass notification integration for campus-wide alert systems
- Blue tower design follows established emergency station color conventions for immediate public recognition
Tower-style emergency stations serve dual purposes in campus security deployments: they provide accessible emergency communication points while simultaneously acting as visible crime deterrents. The CB9TSX's 24V DC power requirement simplifies integration with access control systems, surveillance networks, and other security infrastructure already running on low-voltage power distribution. When planning installations across parking areas or walkways, consider the strobe's visibility radius for optimal camera coverage correlation and response team navigation during incidents.
The unit's compatibility with paging amplifiers extends functionality beyond point-to-point emergency calls. Integration with mass notification systems allows the tower to function as a two-way communication node during active incidents or campus-wide alerts. Replacement parts availability supports long-term deployments where maintenance cycles and component replacement planning factor into total cost of ownership calculations for multi-site installations.
