GE E9000 Evolution - Breaker MCC Bucket - 5 A, 240 V, 9" Height, 3 P | AmpState

The GE E9000 Evolution Breaker MCC Bucket from AmpState is a precise, OEM-grade solution engineered for industrial motor control applications. Featuring a 5 A, 240 V, 3-Pole configuration, this unit is designed to integrate seamlessly with GE E9000 Evolution MCC systems and serves as a direct replacement for OEM parts and retrofit scenarios.

• Configuration: Breaker MCC Bucket, 3-Pole
• Rated current: 5 A
• Voltage: 240 V
• Height: 9 inches

Why this MCC bucket matters in your plant: using an exact-spec replacement ensures proper bus bar alignment, interlocks, and mounting patterns, reducing the risk of electrical faults and downtime associated with mismatched or aftermarket components. The 9" height matches GE’s standard frame or housing footprints, making installation straightforward without a full panel redesign.

Direct replacement & retrofit ready: specifically designed to slot into GE E9000 Evolution MCC systems, this bucket minimizes maintenance disruption and keeps your control architecture intact. It’s the reliable choice when upgrading or refreshing aging MCC components while preserving system topology and safety features.

Ideal use cases:

• Repairing or refreshing GE E9000 Evolution motor control centers catching up to routine maintenance schedules
• Retrofits in existing lines that rely on a 5 A, 240 V, 3-Pole breaker MCC bucket to control small to mid-size motors
• Spare parts strategy for facilities prioritizing OEM-grade compatibility and quick replacement during outages

AmpState value: AmpState supplies high-quality MCC components with global delivery, backed by a commitment to compatibility and dependable performance in demanding industrial environments.

Practical notes for installation and operation: verify that the replacement bucket matches the exact GE E9000 Evolution model revision in your panel, ensure proper torque on mounting hardware, and confirm the control circuit’s trip and interlock requirements align with the new unit. This approach helps maintain consistent motor protection and minimizes the risk of unexpected trips in production lines.