GE 8000 Series - Breaker MCC Bucket - 150 A, 480 V, 24" Height, 3 P | AmpState

Introducing the GE 8000 Series Breaker MCC Bucket — a purpose-built, 150 A, 480 V, 3-Pole module engineered for demanding industrial motor control environments. This exact-fit unit is designed to drop into GE 8000 Series MCC systems, delivering reliable performance as a direct replacement for OEM components and for retrofitting aging setups.

Key advantages you’ll notice

• Exact-fit compatibility with GE 8000 Series MCC systems, simplifying replacements and minimizing integration risk.
• 150 A, 480 V, 3-Pole configuration tailored for three-phase motor control typical in heavy-duty industrial applications.
• 24" height designed to align with standard GE MCC frames, reducing installation complexity and downtime.
• Direct replacement for OEM and retrofit scenarios, enabling a seamless upgrade path without major system alterations.
• AmpState supply with global delivery, ensuring you can source this component when and where you need it.

Where this MCC bucket shines

Use this breaker MCC bucket to restore or maintain critical motor-driven processes in manufacturing lines, material handling, pumping stations, and HVAC or processing equipment. It’s ideal for facilities that rely on GE 8000 Series motor control centers and need dependable, factory-aligned performance from spare parts or refurbishments.

Why it matters for your operation

Because this MCC bucket mirrors OEM specifications and is built to integrate with existing GE infrastructure, it supports consistent protection, control, and coordination within your motor control scheme. The result is steadier uptime, fewer reworks during installation, and a smoother path to ongoing maintenance and upgrades.

Choose the GE 8000 Series Breaker MCC Bucket for a trusted, ready-to-install solution that aligns with your GE equipment and your need for durable, serviceable motor control components. AmpState ships globally, so you can count on fast availability and reliable delivery wherever your operations are located.