Eaton RGH320038EA12B05S29 Series G MCCB - UL Listed

2000 A amperage rating enables protection of high-capacity feeders and reduces the need for multiple devices. This simplifies panel layouts, shortens installation time, and lowers spare-part inventory, translating into lower total cost of ownership. Applications include large data centers, petrochemical plants, steel mills, and other heavy industrial facilities where sustained, heavy-load protection is essential. Three-pole construction ensures synchronized protection across all phases and supports clean pickup in three-phase systems. The business impact is improved trip coordination, better selectivity, and safer shutdown during faults, reducing nuisance trips. Ideal for main distribution panels and machine rooms in manufacturing facilities and process industries. LSI with arms enhances arc control and short-circuit limitation, contributing to reduced arc flash exposure. This improves safety compliance and minimizes downtime due to unplanned outages. Common applications include main feeders and panelboards in data centers and heavy industry where personnel safety and reliability matter. Trip Type T258 provides a tuned thermal-magnetic response for fast, predictable clearing under overload or short circuit conditions. The result is enhanced protection for critical loads and improved system uptime, which supports lean manufacturing targets. Suitable for power distribution in utilities, manufacturing lines, and distribution centers. Shunt trip capability and auxiliary alarm options enable remote signaling and fast fail-safe operation. The business impact is better monitoring, faster fault diagnosis, and reduced mean time to repair. This aligns with maintenance strategies and industry compliance programs across plant floors. Compact physical footprint and standard certifications such as UL Listed, IEC Rated, and CSA Certified streamline procurement and qualification processes. Engineers gain confidence in compatibility with Eaton Series G accessories and existing panels, enabling smoother retrofits and new-build deployments. The result is a reliable, scalable solution for high-current protection in industrial automation settings.