Westinghouse - Cutler Hammer - Eaton - Advantage - Breaker MCC Bucket - 5 A, 240 V, 15" Height, 3 P | AmpState

Designed for industrial motor control centers, the Westinghouse - Cutler Hammer - Eaton Advantage Breaker MCC Bucket delivers a precise 5 A, 240 V, 3-Pole configuration in a compact 15" tall form factor. Built as a direct replacement or retrofit for existing Advantage MCC lineups, this bucket is engineered to keep critical motor control systems in service with minimal downtime.

• Direct replacement compatibility: Seamlessly fits into Westinghouse, Cutler Hammer, and Eaton Advantage MCC environments, simplifying parts management and maintenance cycles.
• Accurate electrical rating: 5 A, 240 V, 3-Pole configuration matches common low-current motor control circuits used in many industrial applications.
• Standardized form factor: 15" bucket height aligns with established MCC frames, reducing retrofit complexity and ensuring reliable mounting.
• Retrofit-ready solution: Ideal for updating aging MCCs or upgrading spare inventory without a full panel redesign.
• Trusted brand lineage: Part of the Westinghouse / Cutler Hammer / Eaton Advantage family, delivering consistent electrical characteristics and performance.
• Supported by AmpState: Global delivery, technical guidance, and retrofit expertise to help you source and implement the right bucket for your system.

Specifications at a glance

• Brand: Westinghouse - Cutler Hammer - Eaton
• Series: Advantage
• Configuration: Breaker MCC Bucket
• Rating: 5 A, 240 V, 3-Pole
• Bucket Height: 15"

Who benefits most from this MCC bucket: maintenance teams in facilities with existing Advantage MCC lineups, OEMs performing controlled retrofits, and engineers seeking reliable, compatible replacement parts that minimize panel downtime while preserving electrical integrity.

Practical best practices: verify compatibility with your current MCC frame and pole configuration before ordering, and coordinate with AmpState’s technical support to ensure the retrofit aligns with your specific motor control requirements and harmonics considerations.