Eaton LDC4600F Molded Case Breaker Frame - UL 489

Feature → Business Impact → Application: Four-pole, 600 A frame provides uninterrupted high-current protection with a compact L-frame footprint, enabling denser panel layouts and reduced enclosure size in manufacturing lines. This translates to lower installed cost per amp, easier wiring in crowded MCCB sections, and quicker commissioning in power distribution boards used in data centers or process facilities. Application: main distribution panels and machine control rooms requiring reliable 600 A protection at 600 Vac / 250 Vdc, with minimal space impact. Feature → Fixed thermal and fixed magnetic trip type enhances predictability of the trip curve (T186), reducing nuisance trips and improving uptime. Business impact: improved process availability, lower maintenance overhead, and better protection coordination with upstream devices. Application: critical automation loops, servo drives, and motor control centers. Feature → UL 489 certification and Series C compatibility ensure product safety and interchangeability. Business impact: simplified compliance audits, faster sourcing, and easier spare parts management. Application: panel retrofits and new installations in North American facilities. Feature → Frame-only design with four-pole L-frame delivers modularity for retrofits and custom assembly. Business impact: flexible integration with existing bus bars and enclosures, reducing engineering time. Application: OEM panel builders configuring custom MCCBs for engineered systems. Feature → 50/60 Hz compatibility supports global operations. Business impact: universal applicability across international sites, minimizing variations in components for multi-site projects. Application: process plants and packaging lines spanning multiple regions. Feature → 200 kAIC at 240 Vac and 100 kAIC at 480 Vac interrupt ratings enable robust short-circuit protection for high-energy circuits. Business impact: enhanced fault tolerance, improved equipment protection, and reduced downtime during faults. Application: heavy electrical loads, motor feeders, and critical power distribution schemes.