Eaton E2NM312MW Mining MCCB - 25 kAIC, 1200A

Feature → Business Impact → Application: The E2NM312MW uses a three-pole N-frame design with a 1200 A amperage rating, delivering robust protection for high-current mining feeders while simplifying panel design and reducing conductor clutter in crowded switchgear rooms. This directly translates to safer, more reliable distribution and measurable uptime gains in underground and surface mining operations. Feature → Business Impact → Application: Interchangeable magnetic trip options (1250-5000 A range) support rapid fault isolation without sacrificing selectivity, which minimizes arc flash exposure and sequence disruption in critical mining circuits. The result is faster restoration after faults and lower maintenance costs for ore processing and material handling lines. Feature → Business Impact → Application: Magnetic-trip-only operation and a 25 kAIC interrupt rating at 1000 Vac provide superior short-circuit withstand for harsh mining environments, helping you meet stringent safety and reliability targets while protecting feeders and motors from damaging faults. Feature → Business Impact → Application: Frame N, three-pole configuration and “without terminals” design allow flexible integration with site-specific terminal accessories and mounting options, reducing retrofit time and enabling straightforward field upgrades across mining facilities. Feature → Business Impact → Application: Rated for 1000Y/577 Vac and 250 Vdc with a T205 trip type, this MCCB delivers dependable performance across AC and DC control circuits common in mining plants, improving coordination with protection relays and downstream gear. Feature → Business Impact → Application: Eaton’s mining-specific MCCB aligns with industry-maintained safety programs and available MSHA documentation, helping you document compliance, reduce risk, and justify TCO improvements for long-wall or room-and-pillar configurations. These benefits collectively support a lower total cost of ownership, faster maintenance cycles, and more predictable protection for mining electrical systems, while ensuring compatibility with common accessories and retrofit pathways.