Code Blue CB5P00126 Circuit Breaker 5-Pole with Dual Link Functionality, 120V, Safety Blue

Ensure uninterrupted operation of life-safety and security equipment with the Code Blue CB5P00126 circuit breaker — engineered specifically for emergency call stations and associated security infrastructure. This 5-pole breaker with dual-link functionality offers coordinated protection across multiple conductors, reducing nuisance trips and simplifying maintenance for surveillance, monitoring, and alarm circuits. Rated for 120V service and finished in Code Blue’s safety blue, it’s easy to identify in crowded panels and ideal for campuses, transit hubs, healthcare facilities, and institutional security systems. By consolidating multi-pole protection into a single device, installers save panel space and reduce wiring complexity while operations teams gain reliable circuit protection that minimizes downtime. The CB5P00126 is suited for low-voltage power distribution where dependable, fast-acting circuit protection is critical to keep emergency call stations, intercoms, and monitoring equipment online. Add this Code Blue circuit breaker to your security deployment to improve system resilience and simplify serviceability — contact your distributor or order now to protect your emergency communications and surveillance infrastructure.

• Protects critical emergency call station circuits with dependable, fast-acting overcurrent protection to minimize downtime and maintain campus safety
• Dual-link functionality enables coordinated tripping and simplified maintenance across multi-rail systems for streamlined security infrastructure management
• Five-pole design consolidates power and signal protection into a single device, reducing panel space and installation complexity for low-voltage systems
• 120V rating ensures compatibility with standard emergency and monitoring power feeds used in surveillance and security deployments
• Safety blue finish provides clear visual identification for emergency circuits, improving compliance and rapid serviceability in high-visibility environments