EGIS 285-Series 70 Amp Circuit Breaker Panel Mount

The EGIS 285-Series 70 Amp Circuit Breaker Panel Mount is a robust electrical protection device designed for mobile and tactical applications where reliable power distribution is critical. Built by Egis Mobile Electronics, this panel-mount breaker serves as the backbone of safe, regulated power delivery in RVs, tactical vehicles, mobile command centers, and auxiliary power systems. When proper circuit protection is absent, electrical faults can cascade into catastrophic equipment damage or safety hazards—making a dedicated 70-amp breaker an essential component for any serious installation.

This unit features high-visibility ON/OFF controls that allow instant circuit isolation and reset, critical for emergency response or rapid power cycling in field conditions. The breaker housing is sealed against dust and moisture penetration, ensuring reliable operation in harsh outdoor environments, vehicle compartments, and wet weather scenarios. Its high-temperature rating qualifies this breaker for installation in virtually any location—from engine bays to battery enclosures—without derating or performance compromise. The rear and front panel-mount flange design provides flexible installation orientation, allowing technicians to mount the breaker facing forward for easy access or recessed for a cleaner aesthetic in compact spaces.

Mobile electronics installers, tactical equipment specialists, and automotive electrical engineers rely on the EGIS 285-Series for mission-critical power systems where failure is not an option. The 70-amp rating makes this breaker ideal for systems drawing moderate to heavy continuous loads—such as auxiliary winches, inverter systems, lighting arrays, or communication equipment—while providing fast-acting short-circuit protection. Installation is straightforward with standard panel-mount flanges; simply drill aperture holes, secure the breaker, and terminate incoming/outgoing conductors to the labeled terminals. Its compact 0.33 lb form factor ensures it fits within tight power distribution panels without sacrificing durability or switching capacity.