EGIS 50A Medium Duty Push Button Circuit Breaker

The EGIS 50A Medium Duty Push Button Circuit Breaker (Model 4712-50) is a compact, mission-critical electrical protection component designed for military, law enforcement, and mobile tactical platforms where reliability and space efficiency are non-negotiable. Whether integrating into armored vehicle electrical systems, mobile command centers, or field-deployed power distribution panels, this 50-amp breaker provides dependable overcurrent protection in demanding environments where standard commercial circuit breakers fall short. Built for operators who understand that electrical failure in the field can compromise mission success and safety.

This medium-duty breaker features a push-button activation mechanism paired with locking hardware engineered to resist corrosion and vibration-induced rotation during extended field operations. The compact design maximizes circuit protection panel density, allowing installers to consolidate multiple protection points without sacrificing accessibility or serviceability. Anti-rotation hardware and corrosion-resistant construction ensure long service life even in harsh maritime, desert, or high-vibration environments typical of tactical operations. At 0.4 lbs, the breaker remains lightweight for vehicle integration while maintaining the robust thermal and magnetic trip characteristics required for motor loads and sustained power draw common in mobile tactical systems.

Tactical electrical technicians, military ground support teams, and mobile equipment integrators rely on the EGIS 50A breaker for its straightforward installation and proven durability in close-quarters electrical enclosures. The push-button interface allows rapid manual intervention without requiring specialized tools, critical when power management decisions must be made in the field. Installation requires only standard mounting hardware and basic electrical knowledge, making it ideal for retrofit applications in existing tactical platforms or new-build command vehicle projects where downtime must be minimized and reliability maximized.