GE E9000 Evolution - Breaker MCC Bucket - 125 A, 240 V, 12" Height, 3 P | AmpState

Engineered for industrial motor control applications, the GE E9000 Evolution Breaker MCC Bucket — 125 A, 240 V, 3-Pole — delivers a reliable, direct replacement within GE E9000 Evolution MCC systems. Designed for OEM and retrofit deployments, this MCC bucket helps maintenance teams swap out failed or aging components quickly, minimizing downtime and keeping critical motor controls online.

Key specifications at a glance

• Brand: GE
• Model: GE E9000 Evolution
• Configuration: Breaker MCC Bucket
• Rating: 125 A, 240 V, 3-Pole
• Height: 12 inches
• Compatibility: Direct replacement for OEM and retrofit installations in GE E9000 Evolution MCC systems

Why this matters in real-world terms: when your plant relies on complex motor control centers, having a bucket that plugs into the exact GE E9000 Evolution framework ensures electrical alignment, safe operation, and predictable performance. The 125 A, 240 V, 3-Pole configuration is engineered to handle demanding motor loads while preserving the integrity of your MCC bus, fusing, and control wiring.

Ideal for

• Maintenance teams performing MCC bucket replacements in industrial facilities, manufacturing lines, and processing plants
• OEMs and contractors conducting retrofit projects to extend the life of existing GE E9000 Evolution MCC installations
• Sites prioritizing quick parts turnover with reliable, factory-compatible components

Practical use cases

• Replacing a failed or degraded MCC bucket in an active GE E9000 Evolution system without major rework
• Upgrading or restoring MCC functionality during preventive maintenance cycles
• Ensuring consistent control reliability in heavy-duty motor applications that run on 125 A at 240 V

AmpState stands behind this component as a trusted source for MCC hardware, offering global delivery to support maintenance and retrofit projects worldwide. This GE E9000 Evolution Breaker MCC Bucket is built to integrate smoothly with existing GE MCC architectures, helping you maintain performance, reduce downtime, and keep your motor control operations running smoothly.