Eaton - Westinghouse - Type W - Breaker MCC Bucket - 90 A, 600 V, 12" Height, 3 P | AmpState

Engineered for robust industrial motor control, the Eaton Type W Breaker MCC Bucket is a genuine OEM replacement ready for immediate installation in Type W MCC systems. Rated for 90 A and 600 V in a 3-Pole configuration, this 12-inch high MCC bucket delivers reliable, long-lasting performance in demanding environments.

• Brand: Eaton
• Model: Type W
• Configuration: Breaker MCC Bucket
• Rating: 90 A, 600 V, 3-Pole
• Height: 12 inches
• Application: Direct replacement for OEM and retrofit in Eaton Type W MCC systems

Direct OEM Replacement and Simple Retrofit

Designed to match the original Type W bucket geometry and electrical interface, this unit enables straightforward installation with minimal downtime. It’s ideal for upgrading aging MCCs, refurbishing critical lines, or performing preventive maintenance without replacing the entire enclosure.

Why 90 A at 600 V Matters

In demanding industrial drives, this rating supports reliable operation across a wide range of three‑phase motor loads, with headroom for startup surges. The three‑pole design ensures balanced, safe control of three‑phase motors, helping protect downstream equipment and maintain stable system performance.

Durability, Availability, and Support

AmpState backs this component with a global delivery network, enabling quick sourcing and worldwide shipping to keep projects on schedule. You’re getting a high‑quality MCC bucket that aligns with OEM specifications, ensuring compatibility and dependable operation.

Ideal Use Cases

• Retrofit of aging or obsolete MCC buckets in manufacturing, processing, water treatment, and packaging facilities.
• New installations within existing Eaton Type W MCC systems that require a genuine Type W component.
• Planned maintenance replacements to minimize downtime and preserve protection coordination.

Choosing the Eaton Type W Breaker MCC Bucket means aligning with the original design intent of your Motor Control Center. This ensures consistent protection coordination, reliable motor starting, and durable performance for critical loads across your facility.