GE CR7092C - Breaker MCC Bucket - 100 A, 600 V, 24" Height, 3 P | AmpState

GE CR7092C Breaker MCC Bucket from AmpState is engineered as a precise, direct replacement for GE motor control centers. Built for industrial environments, this 100 A, 600 V, 3-Pole MCC bucket is designed to slot into GE CR7092C systems, making retrofit and OEM replacement projects straightforward and reliable. With a 24" height, it maintains the established GE MCC footprint, preserving system alignment and performance during upgrade or service cycles.

Key specifications

• Brand: GE
• Model: GE CR7092C
• Configuration: Breaker MCC Bucket
• Rating: 100 A, 600 V
• Poles: 3-Pole
• Height: 24 inches

Why this replacement matters

Choosing the GE CR7092C MCC bucket guarantees electrical and physical compatibility with your existing GE CR7092C setup. It’s a direct OEM replacement, designed to support retrofit projects and routine maintenance without introducing mismatched dimensions or altered wiring schemas. This means you can restore active-duty performance quickly, with confidence that the bucket will integrate with your control circuitry and protection schemes as intended by the original design.

Ideal use scenarios

• Retrofit-upgrade projects on aging GE MCC systems that require a compatible 3-Pole, 100 A, 600 V bucket
• Spare part for maintenance programs in facilities with GE motor control centers
• Emergency replacement to minimize downtime and keep production lines running

Delivery, compatibility, and support

AmpState supports global delivery of MCC components, ensuring you can source this GE CR7092C bucket wherever your operation is located. The bucket is specifically configured to align with CR7092C MCC architectures, providing predictable performance and straightforward integration with existing wiring, interlocks, and control logic.

Practical tips for installation and use

• Verify the exact CR7092C model revision in your cabinet to ensure compatibility with the 24" bucket height and 3-Pole arrangement.
• Prepare replacement wiring diagrams or schematics to match the OEM configuration, minimizing rework during retrofit.
• Schedule downtime for retrofits during planned maintenance windows to reduce impact on production schedules.