GE E9000 Evolution - Breaker MCC Bucket - 90 A, 600 V, 6" Height, 3 P | AmpState

Engineered for reliability in industrial motor control applications, the GE E9000 Evolution Breaker MCC Bucket by AmpState delivers a precise 90 A, 600 V, 3-Pole solution that slots directly into GE E9000 Evolution MCC systems. This 6" tall bucket is designed as a direct replacement for OEM components, making retrofits straightforward and downtime minimal.

• Direct OEM replacement: specifically built to fit GE E9000 Evolution MCC frames, ensuring a seamless retrofit or refresh without rewiring or enclosure changes.
• 3-Pole, 90 A, 600 V rating: supports demanding motor circuits with robust protection and switching capabilities essential for industrial drives and conveyors.
• Compact 6" height: engineered to fit within standard MCC enclosures, preserving available space for other control hardware.
• Maintains control compatibility: preserves wiring layouts, interlocks, and sensor interfaces from your existing GE control scheme for reliable, predictable operation.
• Rugged for harsh environments: built to withstand vibration, temperature variation, and dusty plant floors, delivering consistent performance over time.
• Global delivery: AmpState provides worldwide shipping for critical MCC components, helping you keep projects and maintenance on schedule.

Ideal applications: retrofit and replacement projects within GE E9000 Evolution motor control centers in manufacturing facilities, mining operations, water treatment plants, large HVAC systems, and other industrial processes that rely on dependable 3-pole motor protection.

Technical snapshot

• Brand: GE
• Model: GE E9000 Evolution
• Configuration: Breaker MCC Bucket
• Rating: 90 A, 600 V
• Poles: 3
• Height: 6 inches

Choose this AmpState GE E9000 Evolution Breaker MCC Bucket for a component that aligns with your existing GE MCC ecosystem, reduces installation friction, and supports dependable, long-term motor control performance. Order now to leverage AmpState’s global delivery network and minimize replacement lead times on critical plant equipment.