Eaton Five Star Series 2100 - Breaker MCC Bucket - 30 A, 208 V, 12" Height, 3 P | AmpState

Experience dependable power distribution and streamlined maintenance with the Eaton Five Star Series 2100 Breaker MCC Bucket. Specifically designed for use in Eaton Five Star Series 2100 motor control centers, this 30 A, 208 V, 3-pole bucket fits a compact 12" vertical frame to deliver reliable performance in demanding industrial and commercial environments.

• Exact fit for Five Star Series 2100 MCCs—engineered to drop into existing panels with precise alignment for quick, hassle-free installations.
• Compact 12" vertical frame—optimizes space while maintaining robust electrical performance, ideal for retrofit projects and OEM replacements.
• Three-phase 208 V operation at 60 Hz—compatible with standard industrial power systems, supporting a wide range of motor control applications.
• 30 A amp rating—sufficient capacity for common motor control loads while preserving safety and reliability in distribution paths.
• Versatile for custom MCC configurations—designed to support retrofit, OEM replacement, and modular panel design, enabling flexible system architecture.
• Durable, purpose-built construction—built to withstand the rigors of industrial environments, delivering consistent performance across service cycles.

Ideal for maintenance teams, electrical contractors, and panel designers who need a dependable, plug-and-play breaker MCC bucket within Eaton’s ecosystem. Use cases include upgrading aging motor control centers, refreshing spare inventory for downtime planning, or assembling custom MCC configurations tailored to specific machinery and processes.

Specifications at a glance

• Brand: Eaton
• Model/Series: Five Star Series 2100
• Type: Breaker MCC Bucket
• Amp Rating: 30 A
• Voltage: 208 V (Three-phase, 60 Hz)
• Height: 12"
• Poles: 3P
• Applications: Industrial Motor Control, Retrofit, OEM Replacement

With this Breaker MCC Bucket, you’ll extend the life of your Eaton Five Star Series 2100 systems, minimize downtime during replacements, and maintain a coherent, scalable motor control strategy across your facilities.