Eaton - Cutler Hammer - Westinghouse - 5 Star Series - Breaker MCC Bucket - 225 A, 240 V, 30" Height, 3 P | AmpState

Engineered for demanding industrial motor control centers, the Eaton - Cutler Hammer - Westinghouse 5 Star Series Breaker MCC Bucket delivers OEM-aligned performance for a 225 A, 240 V, 3-Pole configuration. Built to integrate with the 5 Star Series MCC lineups, it serves as a direct replacement or retrofit for existing installations, helping you maintain system integrity with minimal downtime.

Key specifications

• Configuration: Breaker MCC Bucket designed for 225 A, 240 V, 3-Pole motor control applications.
• Bucket height: 30 inches tall to match standard MCC bays and ensure a clean, aligned installation.
• Compatibility: OEM-grade fit for Eaton - Cutler Hammer - Westinghouse 5 Star Series enclosures, preserving the original control topology.
• Replacement/retrofit: Explicitly designed as a direct replacement or retrofit for aging MCCs, minimizing downtime during upgrades.

Why this bucket matters in your MCC

When motors start and run, you need dependable protection and precise switching. This 5 Star Series bucket delivers proven performance in a familiar form factor, keeping motor loads protected and the overall control scheme intact. Choosing an OEM-aligned bucket ensures your wiring density, bus interfaces, and fault protection align with your existing infrastructure—reducing the risk of compatibility gaps during upgrades.

Ideal use cases

• Upgrading aging MCCs to modern, widely supported 5 Star Series components.
• Strategic spare parts sourcing for plants with Eaton Cutler Hammer Westinghouse 5 Star MCC lineups.
• New installations requiring a 30-inch tall, 225 A, 240 V, 3-Pole breaker bucket to fit standard MCC bays.

Value and support you can count on

AmpState backs this MCC bucket with global delivery and technical support, ensuring you have access to reliable parts and expert guidance during retrofits or new builds. It’s more than a component—it’s a dependable foundation for maintaining uninterrupted motor control performance in demanding industrial environments.