Blue Sea 8467 AC 2 Sources + 4 Positions

The Blue Sea 8467 AC 2 Sources + 4 Positions is a dual-source AC distribution panel engineered for marine, RV, and tactical command post installations where reliable shore power switching is non-negotiable. Built by Blue Sea Systems—the gold standard in electrical integration for mission-critical environments—this panel consolidates multiple AC feeds into a single hardwired control point. Law enforcement and military personnel deploying temporary operations centers, field hospitals, or mobile command vehicles require failsafe power distribution without manual rewiring; this panel delivers exactly that capability.

At its core, the 8467 features two 30-ampere double-pole circuit breakers rated for 50-ampere maximum panel amperage, providing independent protection for dual AC sources while preventing catastrophic backfeed. The integrated lockout slide mechanically prevents simultaneous connection of both sources—a critical safety interlock that eliminates operator error during power switchover. Each breaker is rated for standard 120/240-volt AC service, and the red reverse-polarity indicator provides instant visual confirmation of correct phase sequence before load connection. The compact 6×5×10-inch footprint integrates into standard electrical cabinets without excessive bulk, while the one-pound weight makes it deployable across vehicle-mounted and portable installations.

Field teams managing generator backup systems, tactical operations centers with redundant power feeds, and maritime vessels requiring shore-to-onboard switching will find this panel indispensable. Installation requires standard 12 AWG or 10 AWG marine-grade wiring terminated to the panel's screw terminals; compatibility is universal across any 120/240-volt single-phase AC system. Mounting orientation accommodates both vertical cabinet and horizontal shelf deployment. This is not consumer-grade convenience equipment—it is infrastructure-class switching logic for operators who cannot tolerate power transition downtime or accidental dual-feed energization.