GE CR7092C - Breaker MCC Bucket - 150 A, 240 V, 12" Height, 3 P | AmpState

Meet the GE CR7092C Breaker MCC Bucket from AmpState — a purpose-built solution for demanding industrial motor control tasks. Engineered for 150 A, 240 V, and 3-pole configurations, this unit is designed as a direct replacement in GE CR7092C MCC systems, making upgrades and service clean, predictable, and fast.

Built for reliability in harsh environments, the CR7092C MCC bucket occupies a standard 12" height to ensure seamless integration with existing GE switchgear footprints, mounting hardware, and bus bar alignments. It’s a drop-in upgrade that minimizes downtime while delivering consistent protection and control for high-demand motors.

Key benefits

• Exact compatibility: engineered as a drop-in replacement for GE CR7092C MCC buckets, simplifying OEM swaps and retrofits.
• Industrial-grade performance: 150 A at 240 V with 3-pole configuration supports large, three-phase motor loads typical in manufacturing, pumping, and material handling.
• Efficient retrofits: aligns with existing MCC enclosures and wiring layouts, reducing rebuild time and testing effort.
• Global delivery: AmpState offers dependable worldwide shipping to keep facilities operational across regions.
• Quality you can rely on: sourced and tested MCC components designed to meet rigorous industrial standards, delivering stable protection and long service life.

Ideal use cases

• Replacement for aging or failed GE CR7092C MCC buckets in motor control centers.
• Retrofit projects to modernize control panels while preserving existing switchgear architecture.
• Strategic spare part planning for plants with multiple production lines, ensuring rapid recovery from component failures.

What sets this MCC bucket apart

Unlike generic MCC components, this bucket is specifically engineered for the GE CR7092C system, guaranteeing proper fitment with your bus bars, interlocks, and mounting hardware. The 12" height preserves panel depth and door clearance, making installation straightforward and minimizing rework. For operations where downtime matters, choosing an exact-fit MCC bucket means faster exchanges and reduced risk of misalignment or compatibility issues.

Practical guidance and insights

When planning a replacement or retrofit, confirm the MCC enclosure accepts the 150 A, 240 V, 3-pole configuration and verify the mounting pattern matches your existing hardware. After installation, perform a quick functional check to confirm trip coordination and protection settings align with your motor loads, ensuring smooth commissioning and reliable operation from day one.