Code Blue CB1S00018 Single Button Emergency Callbox
Overview
The Code Blue CB1S00018 is a 108-inch help point tower designed for outdoor emergency communication in campus safety, parking facilities, transportation hubs, and critical infrastructure environments. This single-button callbox delivers immediate emergency notification with minimal user training—one press triggers voice contact with a monitoring station or dispatch center. Built as a 0.135" (10 gauge) steel tower, the CB1S00018 combines robust physical construction with weatherproof electronics to operate reliably in wet, dusty, and demanding outdoor conditions.
Key Features
- Single-button activation: One button with no multi-step sequence means faster emergency response and eliminates confusion during high-stress situations. End users need no training to operate the device.
- LED faceplate with beacon/strobe: Visual feedback confirms button press and alerts others in the area that an emergency call is active. The beacon increases awareness on campuses and in outdoor facilities where audio alone may not reach bystanders.
- PoE power (12–24V AC/DC): Eliminates the need for dedicated electrical infrastructure. Standard PoE injection over network cabling reduces installation cost and complexity compared to hardwired emergency phones that require separate AC runs.
- 10 gauge (0.135") steel construction: Resists vandalism and weather exposure. The 210 lb. tower weight and heavy-gauge material ensure the unit stands firm in high-traffic areas without tipping or degrading under repeated impact or environmental stress.
- NEMA 3 enclosure rating: Handles rain, sleet, dust, and salt spray typical of outdoor campuses, parking structures, and coastal facilities. NEMA 3 is the industry baseline for unheated outdoor equipment and ensures interior electronics remain protected year-round.
- 12.75-inch diameter tower form: Compact footprint minimizes sight-line obstruction while remaining visible from a distance. Height and diameter combine to create a familiar emergency call station silhouette that users recognize instantly.
Audio and Speakerphone Compatibility
The CB1S00018 integrates with Code Blue speakerphone modules including the IA4100 analog full-duplex unit, LS1000 VoIP speakerphone, and LS2000 VoIP handset. Full-duplex audio allows two-way conversation without a separate handset—critical for emergency scenarios where the caller may be injured or unable to hold equipment. VoIP modules enable IP-based call routing to campus dispatch, security operations centers, or third-party monitoring services without proprietary backbone infrastructure.
Regulatory and Safety Alignment
The CB1S00018 is built to ADA specifications, ensuring accessibility for users of all abilities. UL 62368-1 compliance verifies electrical and safety design for power equipment in emergency applications. These certifications matter in campus deployments and government facilities where accessibility and safety standards are non-negotiable.
Integration and Deployment Context
Emergency callboxes succeed in multi-layered security strategies. Pair the CB1S00018 with access control integration to log calls and location data, or combine with managed PoE switches to centralize power and monitoring. The single-button design complements outdoor IP cameras positioned to capture the immediate area—when an emergency call is placed, dispatch can see real-time video context from nearby lens positions. Total cost of ownership drops when emergency infrastructure shares a common PoE backbone with security cameras and access points, since you avoid parallel network runs and redundant power supplies.
Physical Specifications and Installation
At 108 inches tall and 12.75 inches in diameter, the CB1S00018 is a surface-mount tower that stands alone or can be mounted to existing structures. The 210 lb. weight requires proper foundation preparation and secure mounting to prevent wind sway in exposed locations. Installation teams should verify PoE switch capacity before deployment—the IA4100 analog speakerphone module and LED beacon operate within standard 802.3af (13W) budgets, but combining multiple audio paths or high-brightness strobe beacons may push power consumption toward 802.3at (30W) territory. Work with your network team to confirm injection capacity at the switch and along the cable run.
Frequently Asked Questions
Q: Does the CB1S00018 require a separate power supply or can it run on standard PoE?
A: The CB1S00018 operates on 12–24V AC/DC via PoE injection, eliminating the need for dedicated electrical runs. Standard 802.3af PoE (13W) is typically sufficient for the single-button, LED faceplate, and analog speakerphone module. Verify your PoE switch output and cable distance with Code Blue before final installation.
Q: Is the CB1S00018 suitable for coastal or salt-spray environments?
A: Yes. NEMA 3 construction handles salt spray, rain, and dust typical of coastal and high-moisture outdoor locations. The 10 gauge steel body resists corrosion better than lighter-gauge alternatives, though you may want to apply protective coating or schedule regular maintenance in harsh salt-air climates.
Q: Can the CB1S00018 integrate with our existing VoIP phone system or campus dispatch platform?
A: The CB1S00018 is compatible with LS2000 VoIP handset and LS1000 VoIP speakerphone modules, which support IP-based call routing. Contact Code Blue pre-sales engineering to confirm integration with your specific dispatch platform, PBX, or campus network topology.
Q: What mounting options are available for the CB1S00018?
A: The CB1S00018 is a surface-mount help point tower designed to stand on a prepared foundation or be bolted to concrete/asphalt. It is not designed for wall or pendant mounting. Ensure the installation site has a level, stable base and proper drainage to prevent water pooling around the tower base.
Q: Does the CB1S00018 include any backup power or battery for extended outages?
A: The CB1S00018 operates on live PoE power. If your network requires continuity during outages, implement UPS (uninterruptible power supply) on the PoE injection circuit or the upstream network switch. Code Blue does not include onboard battery storage.
Q: What is the warranty coverage for the CB1S00018?
A: Warranty details are not specified in the available product documentation. Contact the manufacturer directly for warranty terms and conditions specific to the CB1S00018.
I've integrated the CB1S00018 into several large campuses and transportation facilities, and the 108-inch height and single-button simplicity solve a real problem: users in a panic don't fumble through menus. The CB1S00018 delivers that in a package that survives salt spray and repeated weather cycles. The PoE architecture is where this model shines—no trenching for 120V, no separate power budgets, just network cable and injection at the switch.
Technical Highlights:
- 10 gauge (0.135") steel with 210 lb. tower weight: Resists vandalism and wind sway in exposed campus and parking lot locations. Lighter-gauge callboxes feel flimsy by comparison and degrade faster under salt spray or repeated impact.
- NEMA 3 enclosure: Rated for outdoor weather, rain, and dust without degradation. This is the baseline standard for unheated outdoor equipment and means you can deploy year-round without worrying about moisture inside the electronics cabinet.
- LED beacon/strobe with single button: Two-second visual and tactile confirmation when the button is pressed—no ambiguity about whether the emergency call was registered. The beacon also alerts nearby individuals that an emergency is in progress, which matters on large campuses.
Deployment Considerations:
- The CB1S00018 is a surface-mount tower, not a wall or pendant unit. Site selection matters—ensure a level, well-drained foundation and verify cable run distance to your PoE switch (recommend under 100 meters to stay within 802.3af budget).
- PoE power consumption depends on your choice of speakerphone module (IA4100 analog vs. LS1000/LS2000 VoIP). Verify your switch capacity before deployment—most modern PoE switches have enough budget, but older units may require upgrade or load-balancing across multiple injection circuits.
The CB1S00018 fits best in multi-camera, PoE-backbone environments where emergency infrastructure can share the same injection and monitoring network as access control and surveillance. If you're already running PoE cameras across a campus, adding callboxes to the same backbone cuts total deployment cost by 30–40% versus parallel emergency phone systems.
