Eaton - Westinghouse 11-300 - Breaker MCC Bucket - 15 A, 208 V, 6" Height, 3 P | AmpState

Meet the Eaton - Westinghouse 11-300 Breaker MCC Bucket—a purpose-built module for modern industrial power distribution and motor control. Rated 15 A at 208 V (three-phase, 60 Hz), this bucket provides precise protection within the 11-300 MCC framework, ensuring reliable operation of motor circuits in demanding environments.

• Model and purpose: Eaton - Westinghouse 11-300 Breaker MCC Bucket designed for use with 11-300 motor control centers
• Electrical specs: 15 A, 208 V, Three-phase, 60 Hz
• Physical form: 6" vertical frame height for compact, space-efficient installation
• Configuration: 3-pole breaker bucket to support standard motor control and protection schemes
• Applications: Ideal for industrial motor control, power distribution, retrofit projects, and OEM replacements

• Retrofit-ready—engineered for easy integration into existing 11-300 MCC setups, enabling smooth replacements without a full panel overhaul
• Custom MCC support—works within customizable MCC configurations to match your facility’s specific motor loads
• Space-conscious design—the 6" height helps maximize cabinet density in crowded control rooms and switchgear bays
• Durable industrial use—built to handle the reliability demands of manufacturing, processing, and commercial power distribution

Compatibility and installation considerations: verify exact fit with your Eaton-Westinghouse 11-300 frame, confirm bus alignment, and ensure adequate wiring clearance and safety practices during retrofits or OEM replacements. This bucket is purpose-built to slot into existing MCC architectures with minimal disruption, delivering dependable protection for three-phase motor circuits.

This Breaker MCC Bucket offers a focused, high-value solution for extending the life and flexibility of your motor control center. It’s an ideal choice for technicians and facilities teams undertaking retrofit projects, OEM replacements, or custom MCC configurations where precise electrical performance and compact space utilization matter most.