Eaton - Westinghouse 11-350 - Breaker MCC Bucket - 50 A, 600 V, 18" Height, 3 P | AmpState

Engineered for Eaton – Westinghouse 11-350 motor control centers, the 11-350 Breaker MCC Bucket from AmpState is a purpose-built replacement that keeps industrial power distribution resilient and adaptable.

This Breaker MCC Bucket is rated for 50 A at 600 V in a three-phase, 60 Hz configuration, delivering dependable control for motor-driven applications in demanding environments. Its 18" vertical frame is designed to align with the 11-350 architecture, making retrofit, OEM replacement, and custom MCC configurations straightforward and downtime-minimizing.

Key specifications

• Brand: Eaton
• Model: 11-350
• Type: Breaker MCC Bucket
• Amp Rating: 50 A
• Voltage: 600 V (Three-phase, 60 Hz)
• Height: 18"
• Application: Industrial Motor Control / Retrofit / OEM Replacement

Practical applications and benefits

• Ideal for retrofit projects where a precise 11-350 MCC bucket fit is essential, reducing modification time and risk.
• Perfect for OEM replacement scenarios, preserving original system behavior and mounting patterns.
• Supports custom MCC configurations in facilities that require modular, scalable motor control and power distribution layouts.
• Designed to integrate seamlessly with existing Eaton-Westinghouse 11-350 setups, helping maintenance teams keep downtime to a minimum during upgrade cycles.

Who this is for

Facilities with industrial motor control centers that rely on the Eaton-Westinghouse 11-350 family will benefit most. This bucket is a practical, trusted option for maintenance teams, retrofitting engineers, and OEMs looking to refresh or expand their MCC capabilities without overhauling the entire enclosure.

Why choose this part

Choosing the 11-350 Breaker MCC Bucket ensures alignment with established 11-350 dimensions and electrical characteristics, so you maintain consistent performance and compatibility across your MCC fleet. It’s a targeted replacement that prioritizes exact fit, predictable operation, and smoother commissioning in industrial power distribution and motor control scenarios.