GE 8000 Series - Breaker MCC Bucket - 25 A, 240 V, 18" Height, 3 P | AmpState

When your GE 8000 Series motor control center needs a reliable, in-spec component, the GE 8000 Series Breaker MCC Bucket from AmpState stands out as a precise, direct replacement. Designed for industrial environments, this 25 A, 240 V, 3-Pole bucket slots seamlessly into GE 8000 Series MCC systems, delivering a trustworthy performance you can count on during demanding operations.

• Configuration and electrical rating: 25 A, 240 V, 3-Pole — optimized for standard GE 8000 Series motor control centers.
• Exact-fit height: 18 inches tall, engineered to drop into existing frames without modification.
• OEM-compatible replacement: Direct substitute for GE OEM MCC buckets, ideal for retrofit projects and ongoing maintenance.
• Industry-grade durability: Built to withstand the rigors of continuous motor control switching in demanding facilities.
• Global delivery: AmpState provides reliable, worldwide shipping so you can source this component with confidence no matter where your facility is located.

The GE 8000 Series Breaker MCC Bucket is purpose-built for reliability in industrial settings. It ensures consistent performance for essential motor control tasks, helping you minimize downtime and keep production lines moving. Whether you’re performing a planned retrofit, stocking spare parts for critical infrastructure, or replacing a failed MCC bucket, this unit delivers a straightforward, compatible fit that aligns with GE’s 8000 Series specifications.

Ideal for maintenance teams, plant engineers, and service contractors responsible for GE 8000 Series installations, the bucket supports quick replacements and predictable outcomes. It’s a smart choice for facilities that rely on robust motor control solutions and need a trustworthy component that mates perfectly with existing MCC architecture.

Choose the GE 8000 Series Breaker MCC Bucket (25 A, 240 V, 3-Pole) from AmpState for a precise, durable, and readily-sourced solution that keeps your GE MCC systems performing at their best.