Eaton E2N3800MWA06 Mining MCCB - 65 kAIC @240V

Feature: The E2N3800MWA06 uses a robust electronic LI trip to deliver precise, fast overcurrent protection even in demanding underground feeder circuits subject to irregular fault transients. Business Impact: This tight protection coordination reduces nuisance trips, limits arc-flash exposure, and lowers maintenance costs by minimizing unplanned outages across mine subsystems. Application: It's designed for three-pole, N-frame mining MCCBs protecting 240–600 V distribution networks in harsh underground environments with reliability required 24/7. Feature: With an 800 A ampacity rating and a 600 Vac voltage rating, the unit can sustain heavy load while maintaining precise trip sensitivity across condition changes. Business Impact: It enables dependable motor starts, protects downstream equipment from high fault currents, and reduces retrofit costs through long-term compatibility. Application: Ideal for mining switchgear, feeders, and subpanels requiring scalable protection as facilities grow and load profiles shift. Feature: No terminals on the breaker housing and a rear 1A-1B auxiliary with right pigtail streamline wiring, field wiring layouts, and retrofit geometry. Business Impact: This simplifies installation and reduces wiring errors, cutting commissioning time and field labor costs. Application: Supports quick retrofits and easy integration with existing busbars and mounting rails in underground infrastructure. Feature: CSA Certified and UL Listed with a mining-class frame design confer clear compliance, rugged durability, and consistent performance. Business Impact: Facilities can pass audits more easily, streamline vendor qualification, and avoid late-cycle safety rework. Application: Beneficial for regulated mining projects, safety programs, and supplier qualification workflows. Feature: Interrupt ratings across voltages—65 kAIC at 240 Vac, 50 kAIC at 480 Vac, and 25 kAIC at 600 Vac—cover a broad fault spectrum with margin. Business Impact: Protects critical mine feeders, contains fault energy near the source, and extends asset life in harsh operating environments. Application: Suitable for underground distribution networks with varying fault currents, duty cycles, and demanding uptime requirements.