Eaton Five Star Series 2100 - Breaker MCC Bucket - 90 A, 208 V, 9" Height, 3 P | AmpState

Introducing the Eaton Five Star Series 2100 Breaker MCC Bucket — a purpose-built module designed to slide into Eaton’s Five Star Series 2100 motor control centers, delivering dependable power distribution and motor protection for demanding industrial and commercial environments.

Core specifications

• Amp rating: 90 A
• Voltage: 208 V (Three-phase, 60 Hz)
• Height (frame): 9 inches
• Poles: 3P
• Type: Breaker MCC Bucket
• Applications: Industrial motor control, power distribution, retrofit, OEM replacement

This 9" vertical frame is intentionally compact to fit standard MCC bays while maintaining robust bus connections and mechanical alignment with the Five Star 2100 system. It’s ideal for retrofit projects where aging MCC buckets need modern protection, as well as OEM replacement scenarios where uptime and compatibility matter most. The bucket supports custom MCC configurations, enabling you to tailor protection and control to your specific load profile.

Why it matters

• Plug-and-play compatibility with Eaton Five Star Series 2100 MCCs, reducing installation complexity and downtime.
• 90 A rating provides scalable protection for medium-sized motor and distribution circuits without oversizing the infrastructure.
• 208 V three-phase operation aligns with common commercial and light-industrial power systems, simplifying wiring and control schemes.
• Compact 9" frame supports denser panel layouts, freeing space for additional protection, fusing, or control modules.

Who should consider this

• Facilities upgrading legacy MCCs in manufacturing, processing, or HVAC applications.
• Engineering teams designing new motor control centers that require a proven, OEM-aligned bucket for reliable protection.
• Maintenance crews performing OEM replacements or spare-part strategies for Eaton Five Star 2100 installations.

Available from AmpState, this Breaker MCC Bucket brings trusted Eaton engineering to your distribution system, helping you minimize risk, maximize uptime, and standardize motor protection across your plants.