Schneider Electric / Square D Model 6 - Breaker MCC Bucket - 60 A, 480 V, 9" Height, 3 P | AmpState

Engineered for demanding industrial motor control environments, the Schneider Electric / Square D Model 6 Breaker MCC Bucket delivers a precise 60 A, 480 V, 3-Pole configuration that integrates seamlessly with Model 6 MCC systems. This isn’t a generic replacement — it’s a purpose-built direct substitute designed to slot into your existing Schneider Electric / Square D infrastructure with minimal downtime.

• Brand: Schneider Electric / Square D
• Model: Square D Model 6
• Configuration: Breaker MCC Bucket
• Rating: 60 A, 480 V, 3-Pole
• Height: 9 inches
• Application: Direct replacement for OEM and retrofit in Model 6 MCC systems

Key benefits to engineers and maintenance teams

• OEM-compatible fit — specifically designed to align with Schneider Electric / Square D Model 6 MCC footprints, ensuring a reliable, plug-and-play replacement without adapters or modification.
• Downtime reduction — a true replacement bucket that speeds up maintenance and retrofit projects, helping your motor control center return to service faster.
• Reliable performance — rated for 60 A at 480 V in a 3-phase configuration, suitable for demanding motor loads common in manufacturing, pumping, and processing facilities.
• Compact footprint — at 9 inches in height, it fits within standard Model 6 MCC enclosures while preserving clearance and accessibility for routine maintenance.
• Efficient sourcing — AmpState provides this MCC bucket with global delivery, supporting plant operations across regions and multiple sites.

Who should consider this breaker bucket? Plant engineers, maintenance electricians, and procurement teams responsible for uptime and reliability in automated and motor-driven processes. If your equipment relies on Schneider Electric / Square D Model 6 MCC architecture, this MCC bucket offers a proven, compatible path for replacements and retrofits, reducing compatibility risk and simplifying stocking decisions.

Practical use cases include replacement during scheduled maintenance, retrofitting aging MCC installations, or stocking a ready-to-install spare to minimize unplanned outages. By choosing an exact-match MCC bucket, you preserve circuit integrity, ensure consistent tripping characteristics, and maintain the reliability your operations depend on.