Eaton - Westinghouse - Type W - Breaker MCC Bucket - 300 A, 480 V, 30" Height, 3 P | AmpState

Eaton Type W Breaker MCC Bucket — 300 A, 480 V, 3-Pole, 30" Height is engineered for demanding industrial motor control applications that require dependable protection and streamlined integration. This MCC bucket is designed to slot directly into Eaton Type W MCC systems and serves as a precise OEM replacement for both new installations and retrofits, helping you maintain uptime and consistent performance without changing your control architecture.

• Brand: Eaton
• Model: Type W
• Configuration: Breaker MCC Bucket
• Rating: 300 A, 480 V, 3-Pole
• Height: 30 inches
• Applications: Industrial motor control, OEM replacement, retrofits
• Availability: AmpState global delivery

This MCC bucket’s value comes from its exact fit within Eaton Type W architectures, ensuring compatibility with the existing frame, electrical interfaces, and mounting geometry. By providing a direct replacement path for OEM components, it minimizes downtime during upgrades and simplifies spare-part inventories for facilities running Type W MCC systems.

Who this is for

• Maintenance and engineering teams replacing a failed or aging MCC bucket in an Eaton Type W setup
• OEM refurbishments or retrofits aiming to restore 300 A, 480 V, 3-Pole protection within an established MCC
• Facilities planning to upgrade motor capacity or modernize control panels without overhauling the entire system

Key benefits and practical impact

With this 30" tall MCC bucket, you get a proven, lifecycle-aligned component that preserves the integrity of your motor control center while delivering the required 300 A at 480 V in a three-pole configuration. Its direct-attachment design reduces rework, supports consistent protection schemes, and helps you maintain electrical safety and performance standards across your facility.

Installation and care considerations

Install by a qualified electrical professional who is familiar with Eaton Type W MCC systems. Confirm compatibility with existing bus connections and mounting arrangements, and follow standard safety practices during panel maintenance and replacements to ensure reliable operation and regulatory compliance.