Schneider Electric / Square D Model 6 - Breaker MCC Bucket - 90 A, 600 V, 9" Height, 3 P | AmpState

The Schneider Electric / Square D Model 6 Breaker MCC Bucket, rated at 90 A and 600 V in a compact 9" high, 3-pole configuration, is engineered for demanding industrial motor control centers. Designed as a direct replacement for OEM parts and retrofit projects, this MCC bucket slots cleanly into Schneider Electric / Square D Model 6 systems, delivering dependable protection and streamlined serviceability where uptime matters most.

• Brand / Model: Schneider Electric / Square D Model 6 Breaker MCC Bucket
• Configuration: Breaker MCC Bucket, 3-Pole
• Rating: 90 A, up to 600 V
• Height: 9 inches
• Application: Direct replacement for OEM and retrofit in Model 6 MCC systems

What makes this bucket unique

• Direct OEM compatibility for Schneider Electric / Square D Model 6 MCCs means no guessing on mounting patterns or bus connections—installation is straightforward and minimizes downtime.
• 3-pole configuration is ideal for balanced three-phase motor circuits, delivering reliable protection and consistent performance across motor loads.
• Engineered for industrial environments, this bucket supports critical motor control applications where consistent control, protection, and ease of maintenance are essential.
• Available from AmpState with global delivery, ensuring you can source this replacement part for multi-site operations or international projects without delay.

Ideal use scenarios

• Maintenance and retrofit projects in manufacturing lines, processing facilities, and large commercial or industrial plants that rely on Model 6 MCCs.
• Downtime-critical replacements where a proven OEM-compatible bucket preserves system integrity and reduces retrofit risk.
• New installations seeking a dependable, OEM-mitted MCC bucket that aligns with existing Schneider Electric / Square D infrastructure.

Why choose this MCC bucket over other options? It preserves the original design intent of Model 6 systems, ensuring seamless integration with established bus layouts and protective schemes. By delivering a true direct replacement, it helps maintain consistent electrical performance, simplifies future service, and supports long-term reliability in demanding industrial settings.