Klockner Moeller MCC 3000 - Breaker MCC Bucket - 200 A, 208 V, 48" Height, 3 P | AmpState

Klockner Moeller MCC 3000 Breaker MCC Bucket — designed for industrial motor control centers, this 200 A, 208 V, 3‑Pole breaker bucket is built to integrate with the Klockner Moeller MCC 3000 family.

What sets this bucket apart is its purpose-built compatibility: it’s a direct replacement for OEM components and ideal for retrofit projects that update or maintain existing MCC 3000 systems. With a 48" height, it aligns with standard MCC enclosures, preserving the layout and wiring relationships you rely on in busy control rooms.

• Configuration and rating: Breaker MCC Bucket, 200 A, 208 V, 3-Pole.
• System compatibility: Specifically engineered to fit Klockner Moeller MCC 3000 MCC systems and serve as a seamless retrofit or OEM replacement.
• Physical footprint: 48" height ensures proper enclosure fit and alignment with existing bus and mounting patterns.
• Delivery and support: AmpState provides this MCC component with global delivery, helping you source reliably wherever your facility is located.

Use cases and benefits:

• Maintenance and spare-part strategy for facilities running Klockner Moeller MCC 3000 systems, reducing downtime when a breaker bucket needs replacement.
• Retrofit projects that upgrade aging MCC buckets to current specs while preserving panel architecture and electrical characteristics.
• New installations within facilities that already utilize the MCC 3000 platform, ensuring consistent performance and compatibility.

Why choose this MCC breaker bucket over generic alternatives? It’s engineered to reflect the exact mounting points, electrical interface, and footprint of the MCC 3000 series, minimizing the risk of misfit, misalignment, or field modifications. This means faster service, fewer surprises during installation, and a smoother path from warranty to uptime.

Note: When installing, ensure proper electrical safety practices and confirm compatibility with your enclosure and bus layout as part of standard commissioning procedures.