EGIS 87-Series 70 Amp Circuit Breaker Panel Mount

The EGIS 87-Series 70 Amp Circuit Breaker Panel Mount is a critical power distribution component purpose-built for tactical command centers, mobile operations bases, and field-deployed equipment racks. In law enforcement and military applications, reliable electrical protection is non-negotiable; this panel mount breaker ensures that high-draw systems—communications arrays, surveillance equipment, power supplies, and tactical lighting—remain protected from overcurrent faults without interrupting critical operations. This breaker bridges the gap between heavy-duty industrial standards and the compact, weight-conscious requirements of modern tactical installations.

Rated for 70 amps, the EGIS 87-Series breaker provides immediate fault detection and automatic disconnection, preventing thermal damage to wiring, connectors, and sensitive electronics in demanding field environments. The panel-mount design allows for direct integration into existing electrical distribution assemblies, eliminating the need for external enclosures and reducing installation footprint—critical when space and weight are finite resources. At just 0.33 lbs, this breaker delivers industrial-grade protection without the logistics penalty of conventional breaker boxes, making it ideal for vehicle-mounted systems, portable command stations, and expeditionary power architectures where every pound counts.

Operators and logistics planners working with 70-amp power distribution circuits—especially in mobile shelters, trailer-mounted equipment racks, and forward-deployed communication nodes—will recognize the EGIS 87-Series as a proven, compact solution for protecting mission-critical electrical loads. Installation is straightforward for technicians familiar with 70-amp DC or AC distribution systems; the panel mount format integrates directly into standard DIN-rail assemblies or custom distribution panels. This breaker is commonly deployed alongside battery management systems, solar charge controllers, and inverter arrays in field command environments where power reliability directly impacts operational success.