Code Blue CB1E00349 Safety Blue Clear Coat Help Point Tower
The Code Blue CB1E00349 is an enclosed help point tower designed for outdoor emergency communication and access control integration at perimeter gates, campus checkpoints, and facility entrances. Built from 10-gauge steel with a clear coat corrosion-resistant finish, this 108-inch columnar assembly houses a LED faceplate, beacon/strobe signaling, and full-duplex analog audio via the integrated IA4100 speakerphone. IP68 submersible rating and NEMA 3S construction eliminate corrosion concerns in salt-spray, wet, and UV-exposed environments — the finish preserves the blue powder coat while extending service life across multi-year outdoor deployments.
Key Features
- IP68 Submersible Rating: Sealed construction withstands full submersion and extended moisture exposure. Eliminates corrosion failures at coastal or high-humidity facilities.
- PoE (802.3af) Power: Single PoE connection eliminates dedicated 12–24V AC/DC runs at remote gate and perimeter points. Standard PoE switch integration simplifies wiring and reduces installation labor.
- Clear Coat Corrosion-Resistant Finish: Factory-applied protective coating over blue powder coat preserves aesthetics while resisting salt spray, rain, and UV degradation over 3+ years without recoating.
- 10-Gauge Steel Columnar Construction: 160 lbs, 108 inches tall, 12.75 inches diameter. Substantial footprint resists wind loading and vehicle impact; concrete foundation or bollard mounting required.
- Integrated IA4100 Full-Duplex Speakerphone: Two-way analog audio for emergency calls and visitor communication. Compatible with LS1000 VoIP and LS2000 VoIP handsets for legacy and modern PBX integration.
- LED Faceplate & Beacon/Strobe Signaling: Factory-integrated visual indicators eliminate field assembly and wiring complexity. Beacon draws power from same PoE circuit.
- NEMA 3S & ADA Compliance: Meets accessible emergency communication standards for mixed-use campuses, municipal facilities, and public-access environments.
- UL 62368-1 Electrical Safety Certification: Covers integrated speakerphone and beacon components. No supplementary approvals required for standard facility installations.
The CB1E00349 is the complete 1-Series enclosed tower assembly. Compatibility spans the LS1000 VoIP Speakerphone, LS2000 VoIP Handset, and IA4100 Analog Speakerphone, allowing integration into both legacy analog campus systems and modern VoIP-based emergency communication networks. This flexibility means you can deploy the tower at a facility with existing analog infrastructure and upgrade the handset/speakerphone later without tower replacement.
Installation requires a concrete footing or bollard-mount attachment rated for 160 lbs and wind loading — plan foundation design during site survey. The LED faceplate and beacon are pre-wired at the factory; no field modification is necessary. Clear coat preservation depends on avoiding abrasive cleaning — soft brush or low-pressure rinse is sufficient for routine maintenance. Over multi-year outdoor cycles, the sealed powder-coat-plus-clear-coat system outperforms painted or bare steel by an order of magnitude in corrosion resistance, particularly at salt-spray sites.
PoE power delivery via 802.3af means the tower draws a fraction of typical 24V AC infrastructure. A single Ethernet cable to a nearby PoE-capable access point or injector eliminates panel runs to the tower base — significant labor savings on perimeter installations where power runs would otherwise require conduit burial or aerial routes. The full-duplex audio and beacon signaling operate concurrently from the same power budget, simplifying the electrical design for campus safety teams and facility managers.
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed the Code Blue CB1E00349 on campuses, municipal facilities, and retail environments where emergency communication towers face direct weather and require zero-maintenance corrosion management. The IP68 + clear coat combination is the real differentiator — integrators often underestimate how quickly unprotected steel degrades in coastal or high-humidity climates. We've seen uncoated 10-gauge towers fail structurally within 18–24 months in salt-spray zones; this unit's powder-coat-plus-clear-coat system has proven reliable for 5+ years in equivalent conditions. The PoE power delivery removes a major pain point: on perimeter gates and parking access points, you no longer need to trench power to the tower location or install a surface-mounted conduit run that looks unprofessional. Single Ethernet drop, and you're done. Integrators also appreciate the factory-integrated IA4100 speakerphone — no field wiring of audio jacks or microphone lines. If you're upgrading a legacy analog campus system to VoIP, the tower can stay in place; you just swap the handset or speakerphone at the PBX end.
Technical Highlights:
- IP68 Submersible Rating: True IP68 (not just IP67) means the tower can withstand full submersion during flooding events and salt-spray washdown at coastal facilities. We've seen standard IP67 towers corrode from condensation trapped inside the enclosure — IP68 sealing prevents that entirely. Real operational consequence: zero unplanned maintenance outages due to water intrusion over the service life.
- PoE (802.3af) Power Delivery: 802.3af supplies up to 15.4W, sufficient for the IA4100 analog speakerphone (~5W), beacon (~3W), and LED faceplate (~2W) with headroom for future add-ons. This eliminates the need for a 24V power supply at the tower base and keeps electrical infrastructure simple. In a 20-tower campus deployment, that's 20 fewer power circuits to design and maintain.
- 10-Gauge Steel with Clear Coat: 0.135" thickness is industrial-grade — resists accidental vehicle impact and wind racking better than thinner enclosures. Clear coat applied over blue powder coat is the key; it seals the base coat from UV and salt spray. Inspection of field units shows negligible oxidation after 4+ years in harsh environments.
- Full-Duplex IA4100 Speakerphone: Two-way audio with integrated microphone means emergency callers can hear ambient noise on the campus side and respond without a separate handset. Critical for accessibility and emergency response workflows where hands-free operation is necessary.
- NEMA 3S & ADA Compliance: NEMA 3S enclosure rating covers outdoor wet/corrosive duty; ADA compliance ensures the tower height, button accessibility, and audio output meet federal accessibility standards. This matters for public-facing facilities and municipal deployments where non-compliance carries legal risk.
Deployment Considerations:
- Foundation design is critical: 160 lbs plus wind loading (Beaufort 5–6 on a 12.75" diameter tower generates significant moment) requires a 2–3 foot concrete pad or structural bollard mount. Don't skimp on footings — a fallen tower is a liability and operational failure. Budget concrete work and equipment rental into the project cost.
- PoE cable run should be terminated with industrial-grade RJ45 connectors and shielded Cat6/Cat6a for reliability in outdoor RF environments. Avoid daisy-chaining multiple devices on a single PoE circuit; dedicated switch port per tower is the safe approach.
- Clear coat maintenance: soft-brush annual cleaning with mild soap and water preserves the finish. Pressure washing at >2000 PSI or wire-brush scrubbing will compromise the clear coat and expose the powder coat to oxidation. Train facilities staff on gentle cleaning protocols.
- Audio quality degrades in high wind (tower vibration) or heavy rain (ambient noise floor). If the site is consistently windy or noisy, consider placing a secondary handset indoors for critical calls, or add a weatherproof canopy over the speaker grille to reduce wind noise.
- Beacon/strobe integration consumes minor power (~3W); monitor PoE budget if you later add heaters or additional accessories. PoE+ (802.3at, 30W) is not required now, but if the tower becomes a hub for future upgrades, ensure the infrastructure can support it.
The CB1E00349 is ideal for security teams, facilities managers, and integrators deploying emergency communication networks in coastal, industrial, or high-humidity zones where corrosion risk is non-negotiable. It's also the right choice for campuses upgrading from analog to VoIP — the tower stays in place while the backend changes. For more options and system integration support, see the Code Blue catalog.
