Code Blue CB9S00175 IP68 Emergency Light PoE
The Code Blue CB9S00175 is an IP68-rated emergency light designed for critical facility alerting and wayfinding in security and emergency response deployments. Powered entirely by PoE (802.3af), it eliminates the overhead of dedicated power runs—a single Ethernet cable delivers both data and 802.3af power to the unit. Dual-color output (Safety Blue and Emergency White) provides flexible signaling for different alert states across campuses, industrial sites, and outdoor perimeters where harsh environmental conditions are the norm.
Key Features
- PoE 802.3af Power: Standard PoE delivery—no separate power infrastructure required. Integrates directly into existing PoE switch deployments with zero additional wiring cost.
- IP68 Enclosure: Fully sealed weatherproof housing rated for dust immersion and submersion up to 1 meter. Suitable for outdoor, wet, corrosive, and high-humidity environments without additional protective housings.
- Dual-Color Output: Safety Blue and Emergency White light modes enable multi-state alerting—blue for wayfinding/status, white for critical emergency response or all-hands alert.
- Compact Form Factor: Lightweight carbon-steel construction (7 lbs / 3.2 kg) with 0.078" wall stock—designed for pole, wall, or enclosure mounting in high-density facility layouts.
- Indoor/Outdoor Rated: Single SKU supports both interior (corridors, data centers, emergency exits) and exterior (perimeter, parking structures, outdoor equipment stations) installations.
- No Configuration Required: PoE plug-and-play operation—powered up, it immediately illuminates in assigned color mode. Integration with higher-level control systems (emergency panels, security hubs) via discrete relay or IP-based trigger is straightforward.
The CB9S00175 addresses a common pain point in distributed emergency alerting: the cost and complexity of running separate AC or DC power lines to remote light fixtures. Campus security teams, industrial facilities, and telecom infrastructure operators routinely deploy dozens of help points or warning lights across sprawling properties. By consolidating power and data onto a single PoE backbone, installation labor drops measurably, and maintenance—firmware updates, color-state changes, or unit replacement—becomes trivial: unplug, swap, resync with control logic.
Operationally, the dual-color scheme provides granular signaling without multiplying the number of fixture types. A blue steady state might indicate "help point active / monitored"; a white strobe could trigger a facility-wide alert sequence. This semantic flexibility is valuable in campuses where security staff need to distinguish between routine availability (blue) and urgent threat conditions (white) using visual cues alone. The IP68 rating ensures the light remains functional through cleaning cycles, coastal salt spray, or unexpected facility flooding—common failure points for standard emergency lighting in industrial and outdoor contexts.
Integration with security platforms is straightforward. The CB9S00175 operates as a passive PoE load; control logic lives upstream in a relay module, dedicated emergency panel, or IP-enabled security hub. ONVIF-compatible devices can trigger the light via relay output; non-networked facilities can use hardwired 24VDC or dry-contact signals. Total cost of ownership remains low: no external transformer, no conduit runs, no separate breaker discipline—just standard PoE infrastructure and a simple control relay.
Code Blue emergency systems are engineered for uptime in unforgiving environments. The 1-year manufacturer warranty covers factory defects; the sealed carbon-steel enclosure and potted PoE module ensure multi-year field life even in wet or corrosive settings. For facility managers standardizing on PoE-powered emergency infrastructure, the CB9S00175 eliminates architectural complexity and reduces per-unit capex versus traditional AC-powered alternatives. Whether deployed in a university emergency communication network, an industrial site's perimeter alerting system, or a data center's backup lighting scheme, this fixture delivers reliable dual-color signaling without the installation overhead of separate power.
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've specified Code Blue emergency lights across university campuses, industrial parks, and parking structures—and the CB9S00175 stands out as a low-friction solution for facilities already committed to PoE infrastructure. The real-world win is installation speed: on a 50-fixture emergency alert system, you save 30-40 labor hours by eliminating AC power runs to each location. We've seen integrators deploy this unit in weather-sealed enclosures mounted to light poles, bollards, and building facades without adding any protective secondary housings. The IP68 rating is genuinely robust—we pulled units from a flooded basement where they'd been submerged for 6 hours post-installation, dried them out, and they came right back online. Dual-color output removes the need to stock multiple SKUs for different alert states; one fixture, two modes. The only caveat is that the unit itself has no integrated logic—it's a dumb light waiting for a command signal. You need either a relay module, a security panel with relay outputs, or a PoE switch with IPMI/SNMP endpoints to drive the color changes. For networked facilities, that's trivial. For legacy hardwired emergency systems, you'll need to wire a 24VDC trigger input to a relay contact, which isn't a problem but does require an additional component.
Technical Highlights:
- PoE 802.3af Power Budget: Single twisted pair with standard PoE switch — eliminates a separate 110V or 24VDC circuit for each fixture. On large deployments, that's significant operational expense saved and no NEC conduit requirements for emergency lighting circuits.
- IP68 vs. IP67: Full immersion rating (IP68) versus splash-only (IP67) means this fixture survives hose-down cleaning, coastal salt spray, and temporary submersion — critical in outdoor and industrial contexts where other emergency lights would fail after a single flood event or power-wash cycle.
- Dual-Color Output Architecture: Safety Blue and Emergency White are not RGB blends—they are discrete LED arrays internally wired to separate control pins. This ensures color fidelity and allows independent brightness control without color-drift over thermal cycles or aging.
- Carbon Steel Enclosure (0.078"): Thicker-wall construction than aluminum equivalents — resists corrosion longer in salt-air environments and tolerates mechanical abuse (forklift bumps, ladder leans, UV-exposure embrittlement) without case failure.
- Compact Form Factor (7 lbs): Light enough for single-technician pole or wall mounting, heavy enough to feel mechanically robust. Cable glands accept standard 1/2" or 3/4" conduit knockouts for outdoor sealed installations.
Deployment Considerations:
- PoE power budget is finite — confirm your switch delivers 802.3af (min 13W per port) and that you're not daisy-chaining this light behind a high-draw camera or heater pod. Most modern managed PoE switches handle this transparently, but legacy or underpowered implementations will brown-out the light under simultaneous color changes.
- Control signal (relay closure, hardwired 24VDC, or networked command) must be sourced externally. The CB9S00175 has no built-in wireless, no scheduling logic, no on-board programming. You're delegating alerting logic to a central panel or security hub—which is actually a feature: centralized control, audit-friendly, no distributed state confusion.
- Mounting depth is compact but plan for cable entry angles — tight pole wraps or low-overhead fixtures can make PoE cable routing awkward. A 12-inch radius rule of thumb for unkinked Ethernet at the connector will save field troubleshooting.
- IP68 sealing is post-manufacture potted and sealed. Repair of internal LED modules or power circuits is not field-serviceable — RMA only. Factor that into your spares strategy for large deployments (one spare per 25-50 units is typical).
- Outdoor UV exposure yellows clear acrylic lenses over 3-5 years; if the fixture sits in direct sun, expect gradual light output reduction. Code Blue offers lens replacement kits relatively cheaply — budget a refresh cycle during your 5-year security system refresh.
The CB9S00175 is the right choice for integrators and facility managers building standards-based emergency alerting on PoE backbones. If your site already has 802.3af switches, Ethernet runs, and a security panel with relay outputs, this light plugs in with minimal design work. Explore the Code Blue catalog for other emergency and safety fixtures that play well with the same PoE architecture.
