Klockner Moeller MCC 3000 - Breaker MCC Bucket - 25 A, 480 V, 9" Height, 3 P | AmpState

The Klockner Moeller MCC 3000 Breaker MCC Bucket is a purpose-built solution for industrial motor control centers, delivering a precise 25 A, 480 V, 3-pole protection package in a compact 9" tall form. Designed as a direct replacement for OEM components and ideal for retrofit projects, this MCC bucket slides into Klockner Moeller MCC 3000 systems to keep critical machinery protected and running smoothly.

Key advantages of this MCC bucket include seamless compatibility with existing MCC 3000 frames, straightforward retrofits, and dependable operation within demanding industrial environments. By matching the original Klockner Moeller specifications, it minimizes wiring changes and cabinet real estate adjustments while restoring protective functionality for downstream motors and feeders.

Key specifications

• Brand: Klockner Moeller
• Model: MCC 3000
• Configuration: Breaker MCC Bucket
• Rating: 25 A, 480 V, 3-Pole
• Height: 9 inches

Who benefits from this part? Maintenance teams, plant engineers, and retrofit specialists responsible for keeping legacy MCC cabinets up to date. It’s particularly valuable when upgrading or maintaining systems that demand reliable, compliant motor protection without overhauling the entire control cabinet. Use cases include:

• Replacing aging breaker buckets in Klockner Moeller MCC 3000 installations to restore protection and control.
• Retrofits that require a precise 3-pole, 25 A, 480 V solution to match existing circuits and wiring diagrams.
• Spare-part readiness for facilities that rely on continuous motor operation, reducing downtime during maintenance windows.

Why choose AmpState for this MCC bucket? We supply tested MCC components with global delivery, ensuring you receive a compatible, ready-to-install part backed by a network that supports projects of any scale. This MCC bucket is engineered to integrate with Klockner Moeller MCC 3000 systems, helping you maintain consistent performance, simplify maintenance planning, and extend the life of your motor control infrastructure.