GE E9000 Evolution - Breaker MCC Bucket - 200 A, 600 V, 24" Height, 3 P | AmpState

The GE E9000 Evolution Breaker MCC Bucket from AmpState is a purpose-built solution for industrial motor control centers that require a precise 200 A, 600 V, 3-Pole configuration. Designed to slot neatly into GE E9000 Evolution MCC systems, this bucket serves as a reliable direct replacement for OEM components and is ideal for retrofit projects that keep your existing cabinet footprint intact.

• Configuration: Breaker MCC Bucket compatible with GE E9000 Evolution MCC systems
• Electrical rating: 200 A, 600 V, 3-Pole for demanding three-phase motor control
• Physical size: Height of 24 inches, designed to fit standard GE MCC footprints
• Replacement scope: Direct OEM replacement and retrofit option to minimize downtime and cabinet modification
• Brand & compatibility: Original GE E9000 Evolution architecture, ensuring seamless integration with existing gear
• Supplier: AmpState delivers high-quality MCC components with global delivery

Why this matters in real-world applications: when you’re maintaining or upgrading an industrial line, compatibility and reliability are non-negotiable. This MCC bucket matches the exact GE E9000 Evolution specification, so you can preserve protection schemes, wiring layouts, and control logic without reengineering your cabinet. The 200 A, 600 V, 3-Pole rating ensures robust handling of motor loads common in pumps, fans, conveyors, and other heavy machinery, helping to prevent nuisance trips and voltage drops during peak demand.

Ideal use cases include plant floor MCC upgrades, maintenance cycles for aging switchgear, and retrofit projects where a precise OEM replacement reduces installation time and risk. It’s particularly valuable for facilities that rely on GE’s E9000 Evolution ecosystem and want a trusted, ready-to-install component with broad availability.

Practical considerations: confirm your system’s enclosure is designed for a 24-inch tall MCC bucket and that the 3-Pole configuration aligns with your motor control strategy. As with any MCC component, follow standard electrical safety practices, ensure proper mounting, secure grounding, and verify electrical connections after installation to maintain optimal performance.