Klockner Moeller MCC 3000 - Breaker MCC Bucket - 250 A, 480 V, 42" Height, 3 P | AmpState

The Klockner Moeller MCC 3000 Breaker MCC Bucket is purpose-built for industrial motor control environments that demand rugged, reliable protection in a 250 A, 480 V, 3‑Pole configuration. Sized to integrate seamlessly with Klockner Moeller MCC 3000 systems, this Breaker MCC Bucket serves as a direct OEM replacement and a smart retrofit option for aging MCC rooms, minimizing downtime during upgrades and maintenance.

Key specifications at a glance

• Configuration: Breaker MCC Bucket, 3-Pole
• Rating: 250 A, 480 V
• Height: 42 inches
• Compatibility: Fits Klockner Moeller MCC 3000 MCC systems
• Application: Direct replacement for OEM components and retrofit projects

Why this MCC bucket stands out

Designed for punch‑in reliability in demanding environments, this bucket delivers stable, protection‑driven performance for large motor drives and feeders. Its 3‑pole, 480 V rating is tailored for three‑phase industrial networks, supporting robust motor control across conveyors, pumps, fans, compressors, and processing lines. The 42" height is intentionally matched to common MCC enclosures, ensuring a clean, plug‑in fit with minimal field modification.

Ideal use scenarios

• Retrofits of aging MCC rooms where the MCC 3000 platform remains a core control strategy
• New installations that require a proven 3‑phase breaker bucket compatible with existing MCC 3000 systems
• Facilities upgrading protection schemes for heavy machinery operating at 480 V three‑phase power
• Maintenance cycles that prioritize OEM‑grade replacement parts to reduce downtime and ensure consistent performance

What problems this solution solves

• Eliminates compatibility guesswork by providing a direct replacement for OEM MCC buckets in the MCC 3000 family
• Minimizes downtime during upgrades or maintenance due to standardization and proven fitment
• Ensures consistent protection for high‑current motors and feeders in industrial automation lines

How it compares to alternatives (without naming competitors)

Compared to generic MCC modules, this Breaker MCC Bucket is engineered specifically for Klockner Moeller MCC 3000 systems, offering a guaranteed footprint, electrical characteristics, and mounting arrangement. Its 250 A, 480 V, 3‑pole configuration aligns with common industrial loads, delivering predictable protection without the need for reconfiguration or custom hardware. For retrofit projects, its OEM‑aligned design reduces engineering time and supports smoother commissioning.

Practical installation and care tips

• Verify enclosure space and mounting alignment with the MCC 3000 frame before installation
• Confirm busbar and wiring compatibility with your existing 480 V three‑phase distribution setup
• Plan for standard safety procedures during replacement—lockout/tagout, voltage verification, and correct PPE
• Keep spare MCC buckets on hand as part of maintenance planning to minimize downtime during replacements
• Consult AmpState’s support resources for guidance on compatibility checks and best practices for your region

Why AmpState is a trusted partner

AmpState supplies high‑quality MCC components with global delivery, helping maintenance teams and engineers keep critical systems online. When you choose this Klockner Moeller MCC 3000 Breaker MCC Bucket through AmpState, you’re selecting a component‑level solution backed by practical knowledge of industrial motor control needs and a commitment to reliable, repeatable performance across projects worldwide.

Who should consider this product

Facilities operating tall 42" MCC enclosures within Klockner Moeller MCC 3000 systems, and engineers tasked with OEM replacement or retrofit upgrades, will find this breaker bucket to be a precise, dependable choice. It’s especially well suited for plants with frequent maintenance cycles, where predictable installation and long‑term parts availability matter most.

Upgrade, replace, or retrofit with confidence—this Breaker MCC Bucket from the MCC 3000 lineup delivers the protection, fit, and reliability that industrial motor control applications rely on every day.