Code Blue 40423 WM-180 Safety Red No Control Display
Overview
The Code Blue 40423 is a compact display device designed for real-time monitoring integration within security and access control systems. This accessory supports touchscreen interaction and multi-connectivity pathways, making it suitable for installations where centralized status monitoring or quick-access alert display is needed alongside existing surveillance infrastructure. The model number 40423 integrates into environments requiring flexible network deployment options without dedicated control logic.
Connectivity and Interface
Multi-protocol support via USB, Ethernet, and WiFi ensures deployment flexibility across wired and wireless network segments — critical when your installation spans physical locations with mixed infrastructure. The touchscreen display enables intuitive operator interaction, reducing training overhead and supporting quick status checks. Serial connectivity provides backward compatibility with legacy control systems, allowing the 40423 to coexist in hybrid surveillance environments without requiring protocol translation hardware.
Compatibility
The 40423 operates in real-time monitoring scenarios and integrates with existing security infrastructure where a secondary display node is required. Specific compatible host systems depend on your deployment's network architecture and integration protocol — confirm your system's ONVIF or proprietary API support before procurement. The multi-connectivity design (USB, Ethernet, WiFi, Serial) supports integration with most modern VMS platforms that expose data via HTTP/HTTPS or serial endpoints.
Installation Notes
Power delivery via PoE (802.3af) eliminates the need for a dedicated auxiliary power supply in standard deployments, simplifying cable runs and reducing rack clutter. Verify your network switch provides available PoE budget — the 40423 draws within 802.3af limits. Serial connection requires appropriate null-modem or serial-to-USB adapter if your host system uses legacy RS-232 interfaces. WiFi deployment should account for signal strength and channel congestion in your facility; Ethernet is preferred for latency-critical monitoring roles.
