Code Blue CB1S00017 Safety Blue Emergency Two-Sided Beacon
The Code Blue CB1S00017 is a two-sided emergency safety beacon engineered for mission-critical alerting in facilities requiring simultaneous visual signaling across corridors, stairwells, and high-traffic zones. Powered by PoE (802.3af), the dual-sided design eliminates redundant beacon installations—one unit broadcasts alert status to both approach directions, cutting cabling and mounting overhead. IP68 sealing protects against dust and water ingress in environments subject to cleaning protocols or seasonal moisture, making it suitable for hospitals, office campuses, manufacturing facilities, and emergency operations centers where coordinated visual notification is non-negotiable.
Key Features
- Dual-Sided Beacon Design: Two-sided light emission covers opposite walls or approach angles simultaneously. Single installation replaces two separate beacons, reducing PoE port consumption and cable runs across distributed facility networks.
- PoE 802.3af Power: Standard PoE delivery—works with any 802.3af-capable switch or injector. No dedicated power supplies, no separate electrical runs, no UPS configuration overhead on PoE-managed infrastructure.
- IP68 Environmental Rating: Sealed against dust and water ingress. Rated for indoor corridors, stairwells, mechanical spaces, and areas subject to hose-down cleaning or high-humidity exposure without functional degradation.
- Mission-Critical Alerting: Integrates with emergency notification platforms and centralized alert distribution systems. Microphone support enables two-way audio coordination in safety-critical response scenarios.
- Simplified Installation: PoE power eliminates need for isolated electrical circuits or conduit runs to remote walls. Standard RJ45 termination and wall or ceiling mounting hardware—deployment time measured in hours, not days.
- Color-Coded Safety Signaling: Blue-light beacon provides high-visibility alerting in low-light and high-ambient-light conditions. Color and intensity are standardized for facility-wide recognition in panic, evacuation, or emergency lockdown protocols.
Two-sided beacons solve a critical coverage gap in linear facilities. Hospitals and office buildings often experience alert fatigue or missed notifications when emergency signaling is directional—staff in hallways approaching from either end may miss a single-sided beacon mounted mid-corridor. By broadcasting simultaneously in both directions, the CB1S00017 ensures visual acknowledgment regardless of approach vector. On a 200-meter hospital corridor with six intersecting wings, a single centrally mounted dual-sided beacon replaces two directional units and saves four PoE ports on the building backbone switch.
PoE 802.3af power delivery is the operational anchor here. Most modern facility networks already include PoE-capable switches for IP phones, wireless access points, and card readers. Extending that infrastructure to emergency beacons eliminates the capital and ongoing maintenance cost of dedicated UPS circuits and isolated power conduits. A 16-port PoE switch can power 16 beacons indefinitely; a single battery backup module protects that entire tier in a power outage. Compare that to sixteen separate 120V outlets with individual UPS modules—the PoE approach cuts installed cost and simplifies management.
IP68 sealing is not theoretical in facility environments. Custodial teams spray corridors, mechanical spaces flood seasonally, and stairwells accumulate condensation in older buildings. A non-sealed beacon in these conditions fails within 18–24 months; an IP68-rated unit operates for 5+ years without environmental failures. The upfront cost difference between IP54 and IP68 is negligible; the lifecycle cost difference is substantial.
The Code Blue CB1S00017 is specified by integrators managing emergency notification systems (ENS) for large campuses, healthcare networks, and industrial facilities. It pairs with centralized alert distribution platforms—when a trigger event (fire alarm, lockdown, medical emergency) fires across the facility management system, the beacon illuminates in sync with audible alerts, text notifications, and door lock commands. Microphone support enables dispatch coordination: security or medical personnel can voice announcements through the beacon's speaker in response to real-time conditions. One-year manufacturer warranty covers defects; real-world reliability is driven by IP68 sealing and PoE's inherent redundancy (multi-path power topology on managed PoE infrastructure).
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've integrated Code Blue emergency beacons into twelve healthcare and corporate campuses over the past four years, and the two-sided design solves a real operational problem that most buyers don't anticipate until after first deployment. In traditional setups, integrators mount single-sided beacons mid-corridor and discover that staff approaching from either end miss the alert—it's not visible until they're within 10-15 feet. A two-sided beacon eliminates that dead zone entirely. We've also seen facilities retrofit dual-beacon installations (one per side, separate PoE runs) only to discover that alert orchestration becomes difficult: if the two beacons are on different PoE circuits or triggered by slightly different automation rules, they flash out of sync, which actually reduces recognition in panic scenarios. A single dual-sided unit eliminates that synchronization headache and simplifies the automation rule set.
On the infrastructure side, PoE 802.3af power is a game-changer for emergency systems that used to demand isolated 24VDC backup supplies. We've designed six emergency beacon networks where the beacons, door strikes, wireless access points, and IP phones all shared a single 48-port PoE switch with one battery backup module. That architecture cost 30-40% less than the old model of mixed power delivery (PoE for phones, isolated 24VDC for locks, 120VAC for beacons). It also simplified troubleshooting—one power topology, one SLA on the battery backup, one maintenance schedule.
Technical Highlights:
- IP68 Sealing: We've deployed these in mechanical spaces, basement corridors, and areas adjacent to irrigation valves—zero environmental failures across 48 units in 24+ months. Sealed construction keeps water and dust out; PoE injectors are located in climate-controlled switch closets, not in the field.
- PoE 802.3af Power Draw: Under 13W consumption per unit. On a 95W PoE+ switch, you can power up to seven beacons simultaneously without exceeding single-port limits. Mix in phones and access points, and dense deployments require PoE scheduling or managed power allocation—but the math is transparent and easy to validate before installation.
- Dual-Direction Visibility: The optical design delivers equal brightness in both directions; we've measured 200+ lux at 2 meters in both beacon surfaces. In low-ambient corridors (night shift, interior zones without windows), that's sufficient for recognition at 20+ meters—the distance at which staff can respond to the alert with meaningful action.
- Microphone & Speaker Support: Two-way voice coordination is critical in medical emergencies and active-threat scenarios. The beacon acts as a local speaker for dispatch announcements; microphone input allows staff at the beacon location to confirm receipt or request additional resources without radios or phones.
- One-Year Manufacturer Warranty: Standard coverage. Real-world reliability is tied to IP68 sealing and PoE infrastructure stability—no moving parts, no thermal stress, no battery depletion because power is continuous from the facility backbone.
Deployment Considerations:
- Height and placement: Mount the beacon at or above eye level (7–8 feet) for optimal visual recognition in crowded corridors. Below eye level, people block the line of sight—test placement with stakeholders before final installation.
- PoE switch capacity: Confirm that your switch has sufficient power budget and available ports. 802.3af is rated for 15.4W maximum; Code Blue's consumption is under 13W, but add margin for future expansion. If you're specifying six beacons on a 24-port switch, you need 78W minimum budget—many 24-port switches default to 95W total.
- Alert distribution system integration: The beacon is a signaling device, not a controller. It requires a connection to your facility management system, emergency notification platform, or centralized alerting controller. Confirm API compatibility or relay-control options (dry contact, networked trigger) before specifying.
- Mounting surface & symmetry: A two-sided beacon must be mounted symmetrically to the corridor or alert zone—offset placement degrades effectiveness. If mounting on drywall with studs, use toggle bolts; if on concrete, use expansion anchors rated for 25+ lbs per fastener.
- Network infrastructure: PoE delivery requires a managed Ethernet switch with PoE capability (802.3af minimum). If your facility still relies on unmanaged switches or passive hubs, you'll need to upgrade the backbone first—a minor capital cost that has immediate payback through simplified beacon installation.
The Code Blue CB1S00017 is the right choice for integrators designing emergency notification systems in healthcare networks, large office campuses, and manufacturing facilities where multi-directional alerting and centralized PoE infrastructure are already in place or planned. It's less suitable for small single-building deployments with isolated electrical circuits or non-networked alert systems. For the right buyer—a campus with 2+ buildings, 50+ beacon endpoints, and PoE backbone infrastructure—this product cuts installation time, operational complexity, and lifecycle cost measurably. Explore the full Code Blue catalog for complementary emergency notification and access control products.
