Eaton Five Star Series 2100 - Breaker MCC Bucket - 200 A, 240 V, 18" Height, 3 P | AmpState

Engineered for Eaton Five Star Series 2100 motor control centers, the Breaker MCC Bucket delivers dependable, scalable power distribution for demanding industrial and commercial environments. With a 200 A rating at 240 V and an 18" vertical frame, this unit is purpose-built to integrate seamlessly into 2100 MCC enclosures, making upgrades, replacements, and custom configurations simpler and faster.

• Amp rating and voltage: 200 A at 240 V (Three-phase, 60 Hz) for robust motor control and distribution
• Configuration: 3-pole (3P) breaker bucket designed to handle mid-range motor loads
• Frame height: 18" vertical frame that fits standard Eaton Five Star Series 2100 footprints
• Application: Ideal for industrial motor control, retrofit projects, OEM replacements, and custom MCC configurations

What makes this MCC bucket stand out is its tight alignment with the Five Star Series 2100 architecture. It’s built to slot into existing MCC bays without major rework, helping operations upgrade motor control capacity or modernize protection schemes with minimal downtime. The result is predictable performance, streamlined maintenance, and a scalable path for expanding power distribution as your facility evolves.

Who benefits most

Facilities and teams responsible for reliable motor-driven systems will find this bucket particularly valuable. It’s well suited for:

• Factories and manufacturing lines upgrading to higher-capacity MCC configurations
• Industrial plants implementing OEM replacements to maintain consistency across control gear
• Facilities pursuing modular, retrofit-friendly motor control solutions
• Systems that require a dependable 200 A, 240 V, three-phase power stage for pumps, conveyors, fans, and processing equipment

Choosing this Breaker MCC Bucket means opting for compatibility, reliability, and a clear upgrade path within the Eaton Five Star Series 2100 ecosystem. It’s a practical, purpose-driven solution for organizations that value precise fit, straightforward integration, and the confidence that comes from standardized motor control architecture.