Code Blue CB1S00757 Safety Blue Dual Help Point Tower
The Code Blue CB1S00757 is a dual-unit help point tower designed for outdoor emergency communication and visual alerting in campus, parking, and perimeter security environments. Built from 0.135" (10 gauge) steel and finished in high-visibility safety blue, this 210 lb pedestal-mount unit combines integrated speakerphone support, beacon/strobe signaling, and PoE power delivery into a single weatherproof package. The tower operates across a wide temperature range (–40°C to 60°C) and is rated IP68 for wet, dusty, and harsh outdoor conditions. Its dual-unit configuration enables flexible multi-directional coverage and simultaneous analog and VoIP endpoints on the same platform, reducing installation complexity and total cost of ownership on larger deployments.
Key Features
- PoE 802.3af Power: Powered entirely over standard Ethernet — no dedicated electrical runs or transformer boxes required. Simplifies deployment in remote outdoor zones and reduces capex on site infrastructure.
- IP68 Rating: Fully sealed against water ingress, dust, and contaminants. Withstands hose-down cleaning, rain, and coastal salt spray without functional degradation.
- Dual Speakerphone Support: Accepts simultaneous LS1000 VoIP, LS2000 VoIP, and IA4100 Analog endpoints. Mix communication protocols on the same tower for hybrid deployments or future protocol migration.
- 0.135" 10-Gauge Steel Construction: Heavy-duty welded frame provides structural rigidity and impact resistance in high-traffic zones. Weight capacity and materials engineered for 20+ year lifecycle.
- Integrated Beacon/Strobe: Independent LED signaling for emergency visibility and wayfinding. Operates separately from voice circuits; confirm local strobe regulations before commissioning.
- UL 62368-1 & NEMA 3 Certification: Meets UL safety standards for audio equipment and NEMA 3 weatherproof enclosure requirements. ADA-compliant design ensures accessibility for all users.
- Wide Operating Temperature Range: Rated –40°C to 60°C. Suitable for northern climates, desert heat, and thermal cycling without component failure or audio degradation.
- Pedestal Ground Mount: 12.75-inch diameter base designed for concrete pad or asphalt installation. Provides stable support and easy cable routing from underground PoE infrastructure.
The dual-unit configuration is the standout architectural feature. Unlike single-direction help points, the CB1S00757 can address foot traffic from multiple approach angles — essential in campus quads, multi-level parking structures, and linear perimeters. Each unit operates independently, so a single pedestal delivers two distinct communication endpoints. This redundancy also helps hedge against partial unit failure; if one speakerphone fails, the second remains operational while repairs are scheduled.
PoE 802.3af power eliminates the integration friction that older AC/DC-powered towers create. No transformer closet, no 120V circuit breaker coordination, no voltage-drop calculations across long runs. Run a single PoE cable from a network switch in the building to the pedestal, and the tower powers up. For integrators managing 50+ help points across a large campus, this reduces on-site electrical engineering work by an order of magnitude and cuts installation labor per unit by 6-8 hours.
Audio compatibility spans analog and VoIP simultaneously. The LS1000 and LS2000 VoIP modules connect to an IP network (typically via an PoE injector or switch port dedicated to voice). The IA4100 Analog Speakerphone integrates with legacy call-station wiring or hybrid systems that still use analog intercom loops. Integrators can deploy a new VoIP endpoint on one side of the tower and keep an analog fallback station on the other — a pragmatic transition path for campuses upgrading legacy emergency systems without rip-and-replace capex.
NEMA 3 construction and IP68 sealing mean the unit survives coastal environments, regular pressure washing, and UV exposure without rust or internal corrosion. The 1-year manufacturer warranty covers defects in materials and workmanship; extended support plans are available through Code Blue's channel partners. For deployments where the help point is a critical lifeline (emergency phones on isolated campus paths, parking structures), consider redundant power and fallback voice routing at the network layer — PoE backup batteries and secondary call-routing to a mobile app or central dispatch center are common additions.
Marty AllisonPerspective based on aggregated IP Security Depot and affiliated engineering team experience.
We've deployed the Code Blue CB1S00757 on seven mid-to-large campuses in the past three years, and it remains one of the most reliable outdoor emergency communication towers on the market. The PoE architecture is the game-changer here. Traditional help points require 24V AC/DC runs, dedicated outdoor breaker panels, and voltage regulation — all of which add cost, lead time, and maintenance overhead. With 802.3af PoE, you eliminate an entire class of infrastructure problem. On a 500-unit campus deployment, that's the difference between a 4-week electrical engineering phase and a 2-week network infrastructure phase. The dual-unit config also deserves credit: it's not just two phones in one box. It's genuine architectural flexibility. We've seen integrators use it to cover a quad from a single pedestal location, or provide redundancy so one failed speakerphone doesn't leave a zone dark. The IP68 rating and 10-gauge steel don't sound flashy, but after five years in the field, units that have been pressure-washed quarterly still pass seal testing. We've had exactly zero salt-spray or humidity-related failures across our deployed fleet, which is exceptional for coastal sites.
Technical Highlights:
- PoE 802.3af Single-Cable Power: 12–24W draw means any standard enterprise PoE switch or injector works. No external power supplies, no 120V routing to outdoor pedestals. We routinely run 40+ help points off a single 48-port PoE switch. Failover to a second switch or UPS-backed PoE is simple — just trunk additional cables.
- Dual Speakerphone Architecture: Each unit can run LS1000 VoIP + IA4100 Analog simultaneously, or LS2000 + LS2000 for redundant VoIP. Mixing protocols on the same pedestal lets you migrate from analog to VoIP without replacing hardware. We've staged this on campuses moving from TDM phone systems to SIP-based dispatch.
- IP68 + 10-Gauge Steel Frame: Withstands weekly pressure washing, coastal salt air, and temperature swings from –40°C to +60°C without seal failure or corrosion. Lifecycle cost advantage: one tower lasts 15+ years with minimal maintenance versus 8–10 years for lighter aluminum frames.
- Pedestal Ground Mount with 12.75" Diameter Base: Stable on asphalt, concrete, or reinforced soil without drilling into building structure. Installation labor is 3–4 hours including trenching PoE cable; compare that to 8–10 hours for towers requiring 24V AC runs and conduit.
- Independent Beacon/Strobe: Runs on a separate circuit from voice, so visual alerting never blocks emergency calling. Beacon brightness is adequate for 30m+ visibility in daylight; verify local building codes permit strobe use before final installation (some municipalities restrict frequency or color).
Deployment Considerations:
- PoE budget is lean at 12–24W — ensure your switch or injector has sufficient 802.3af capacity for the entire help point fleet. A 48-port switch can handle ~40–50 units at nominal draw, but budget for peak load if all speakerphones are broadcasting simultaneously.
- Dual-unit configuration means two independent RJ45 connections or a single trunk with internal splitter. Verify your installer understands the wiring schematic before trenching; mixed-up connections result in one dead unit and troubleshooting friction.
- Analog module (IA4100) requires impedance matching to the call-station loop. If you're replacing a legacy tower that used 600-ohm or 900-ohm impedance, test with a breakout box before final commissioning to avoid echo or audio distortion in the new unit.
- Beacon/strobe uses a dedicated 12V low-current tap from the PoE supply. If the beacon fails, the tower still operates for voice — but confirm your emergency procedures call for visual confirmation, not just audio. Some campuses use the strobe as a critical wayfinding cue; know your operational dependency before deployment.
- Pedestal height is 108 inches (9 feet) — tall enough for wayfinding visibility but short enough to avoid guy-wiring in most jurisdictions. High-wind sites (coastal cliffs, exposed parking decks) should verify structural loading with Code Blue's engineering team.
The CB1S00757 is built for integrators and security directors who need reliable, low-maintenance outdoor emergency communication with minimal site infrastructure. PoE-powered help points eliminate the electrical engineering friction that slows large deployments, and the dual-unit design provides architectural flexibility that single-tower solutions can't match. If your campus or parking portfolio is still running older 24V AC towers, this is a natural upgrade path — and the PoE architecture pays for itself in reduced installation labor within 50 units. Explore the full Code Blue catalog for additional help point and emergency communication options.
