GE 8000 Series - Breaker MCC Bucket - 50 A, 480 V, 12" Height, 3 P | AmpState

Engineered for demanding industrial motor control environments, the GE 8000 Series Breaker MCC Bucket from AmpState is a precise, ready-to-install solution designed to slot into GE 8000 Series MCC systems as a direct OEM replacement or retrofit option. Built for performance and longevity, this 50 A, 480 V, 3-pole bucket ensures reliable protection and control for critical motor circuits.

• Configuration and rating: 3-Pole bucket rated for 50 A at 480 V, tailored for standard MCC applications.
• Exact fit for GE 8000 Series MCC: specifically designed to integrate with GE 8000 Series MCC enclosures, ensuring proper alignment, terminals, and mounting.
• Direct replacement or retrofit: engineered to replace OEM buckets with minimal downtime and no additional hardware changes.
• Compact height: 12" height fits typical installation footprints in mid-to-large MCC enclosures.
• Global delivery and support: AmpState provides reliable, worldwide shipping and support for industrial MCC components.

Where you’ll use it: in industrial facilities with three-phase power distribution and motor control needs—think manufacturing lines, pumps, conveyors, compressors, and heavy equipment that rely on consistent 50 A, 480 V protection. The GE 8000 Series Breaker MCC Bucket helps protect motors and feeders while simplifying maintenance, diagnostics, and future upgrades.

Why this bucket stands out: it’s built to align with GE’s 8000 Series architecture, preserving electrical characteristics, mounting patterns, and protective features that end users expect. By choosing a genuine-leaning replacement from AmpState, you reduce compatibility risk, shorten installation time, and ensure continued performance across your MCC assembly.

Pro tips: before installation, power down all sources and follow your facility’s lockout/tagout procedures. Confirm the bucket’s height, mounting studs, and terminal block alignment match your GE 8000 Series MCC. Use proper torque on terminals to maintain secure connections and minimize resistance heat in high-demand start-up cycles.