GE CR7092C - Breaker MCC Bucket - 25 A, 208 V, 12" Height, 3 P | AmpState

Engineered for industrial motor control, the GE CR7092C Breaker MCC Bucket by AmpState delivers a precise 25 A, 208 V, 3-Pole solution for your motor control centers. Designed to fit into GE CR7092C MCC systems and standing 12 inches tall, this bucket serves as a direct OEM replacement for both retrofit projects and routine maintenance.

Why choose this MCC bucket? It pairs exact electrical characteristics with robust, purpose-built construction, enabling faster swaps, minimized downtime, and reliable performance in demanding environments—from manufacturing lines and packaging systems to large HVAC installations and pumped-fluid handling stations.

• Configuration: Breaker MCC Bucket in a 3-Pole arrangement
• Ratings: 25 A, 208 V
• Physical size: Height: 12 inches
• Compatibility: Specifically designed to fit GE CR7092C MCC systems; a direct replacement for OEM components and retrofit projects
• Supplier: AmpState — global delivery of MCC components

Ideal use cases include maintenance refurbishments, spare-part stock for critical lines, and retrofits within existing GE MCC footprints. Whether you’re upgrading an aging control center, refreshing a failing bucket, or standardizing components across multiple lines, this GE CR7092C Breaker MCC Bucket ensures consistent form, fit, and electrical performance.

Practical considerations: confirm your system requires a 3-Pole, 25 A, 208 V bucket and that the physical footprint aligns with a 12-inch height to ensure a flawless installation. Because this is a direct replacement for the GE CR7092C, you’ll benefit from identical mounting points and electrical interfaces, reducing setup time and wiring uncertainty.

With AmpState, you gain reliable MCC components delivered globally, helping you keep downtime to a minimum and projects on schedule. If you’re planning a retrofit, spare-parts strategy, or routine maintenance for GE MCC systems, this CR7092C Breaker MCC Bucket provides a dependable, drop-in solution that matches the original performance expectations.