GE E9000 Evolution - Breaker MCC Bucket - 50 A, 240 V, 18" Height, 3 P | AmpState

GE E9000 Evolution Breaker MCC Bucket — engineered for demanding industrial motor control environments, this 50 A, 240 V, 3-Pole breaker bucket is built to drop into GE's E9000 Evolution MCC systems as a direct OEM replacement or retrofit solution.

Designed to protect heavy-motor circuits and simplify maintenance, it combines precise current rating with a compact 18" height, ensuring a clean fit within standard MCC enclosures while delivering reliable fault isolation when you need it most.

• Configuration: Breaker MCC Bucket, 3-Pole
• Rating: 50 A, 240 V
• Height: 18"
• Compatibility: Fits GE E9000 Evolution MCC systems; intended as a direct replacement for OEM and retrofit applications
• Brand/Model: GE E9000 Evolution
• Supplier: AmpState (global delivery)

Use cases and benefits

• Retrofit aging MCC panels in manufacturing, packaging, and process industries without changing the surrounding infrastructure.
• Replace failed or worn MCC buckets to minimize downtime and keep critical motors online.
• Spare bucket for service fleets, ensuring rapid field replacement and maintenance readiness.

Why this matters

Choosing this MCC bucket means you’re aligning with a proven motor control architecture. The 50 A, 240 V rating targets common industrial loads, while the 3-Pole configuration supports typical three-phase motor circuits. The 18" height is designed to fit into existing GE E9000 Evolution spaces, helping you avoid costly panel redesigns. As a direct OEM replacement, it preserves electrical characteristics and wiring compatibility, reducing installation time and risk.

Delivery and support: AmpState provides global delivery of high-quality MCC components, ensuring you can source this essential bucket whether you're upgrading a single line or outfitting multiple facilities.

Equip your motor control system with confidence—order the GE E9000 Evolution Breaker MCC Bucket today and maintain reliable, protected power for your critical processes.