Eaton - Cutler Hammer F10 Unitrol - Breaker MCC Bucket - 125 A, 600 V, 12" Height, 3 P | AmpState

Engineered for industrial motor control centers that demand dependable protection and a clean retrofit path, the Eaton - Cutler Hammer F10 Unitrol Breaker MCC Bucket delivers a precise 125 A, 600 V, 3-Pole configuration in a 12" high unit. This MCC bucket is designed to fit directly into Eaton's F10 Unitrol motor control centers, serving as a direct replacement or retrofit for existing lineups.

Key features

• Exact fit for F10 Unitrol MCCs — 12" high bucket that matches standard space in Unitrol cabinets
• 125 A, 600 V, 3-Pole rating for robust three-phase protection
• Direct replacement or retrofit capability to simplify upgrades and minimize downtime
• Durable construction designed for demanding industrial environments

Why this matters

In manufacturing and processing facilities, uptime is critical. This MCC bucket preserves the integrity of your protection scheme within the Eaton ecosystem, ensuring reliable coordination with upstream power sources and downstream devices while delivering a seamless retrofit path for aging or failed units.

Use cases

• Upgrading aging Unitrol MCC lineups to restore performance and protection
• Replacing a failed or worn bucket without reconfiguring the entire MCC
• Retrofit projects where a 12" bucket height and 3-Pole protection are required

Who it's ideal for

Maintenance engineers, plant electricians, and retrofit specialists working with Eaton Cutler Hammer F10 Unitrol motor control centers in manufacturing, mining, or other heavy-industrial environments needing reliable 125 A/600 V three-pole protection.

Installation and support

AmpState provides this MCC bucket as a retrofit solution with global delivery and technical support, helping you source, install, and commission the unit with confidence.

Value proposition

Choosing this Eaton F10 Unitrol Breaker MCC Bucket means you gain a purpose-built replacement that aligns with Eaton’s design and electrical architecture, reduces downtime during swaps, and preserves control-center consistency across your plant. It’s a practical, performance-focused upgrade that doesn’t require reworking your entire MCC lineup.