Eaton Five Star Series 2100 - Breaker MCC Bucket - 25 A, 600 V, 12" Height, 3 P | AmpState

Eaton Five Star Series 2100 Breaker MCC Bucket is purpose-built to slot into your existing Five Star Series 2100 motor control centers, delivering dependable breaker protection for industrial power distribution and motor control applications. With a compact 12" tall vertical frame, this MCC bucket is engineered for retrofit projects, OEM replacements, and custom MCC configurations—making it a practical upgrade path for complex electrical systems.

• Amp rating and voltage: 25 A at 600 V (Three-phase, 60 Hz), ideal for distributing power to motor starters, feeders, and controlled loads within industrial and commercial settings.
• 3-pole design: Built to support three-phase operation, aligning with standard industrial motor circuits.
• Compact footprint: 12" vertical frame enables versatile mounting and efficient use of existing MCC spaces without sacrificing performance.
• Designed for compatibility: Specifically configured for Eaton Five Star Series 2100 motor control centers, ensuring reliable cross-compatibility for retrofit, OEM replacement, or bespoke MCC configurations.

This breaker MCC bucket excels in environments where uptime matters and space is at a premium—think manufacturing floors, process plants, HVAC pump packs, and critical utility rooms. By enabling quick swaps and seamless integration with Eaton’s Five Star architecture, it minimizes downtime during upgrades and simplifies future maintenance. The 25 A, 600 V rating ensures robust protection for feeders and motor circuits, while the 12" height preserves core cabinet real estate for other essential equipment.

Who benefits most from this MCC bucket? Facilities operators performing system upgrades, maintenance teams standardizing replacements across multiple MCCs, and system integrators designing modular, scalable motor control solutions. If your setup relies on Eaton Five Star Series 2100 components, this bucket provides a precise fit, dependable performance, and a clear upgrade path for evolving electrical infrastructure.