Schneider Electric / Square D Model 5 - Breaker MCC Bucket - 75 A, 600 V, 6" Height, 3 P | AmpState

Meet the Schneider Electric / Square D Model 5 Breaker MCC Bucket — a purpose-built solution for industrial motor control that blends exact OEM compatibility with practical retrofit-readiness. This 75 A, 600 V, 3-Pole bucket is engineered to slot seamlessly into Schneider Electric / Square D Model 5 MCC systems, delivering reliable performance when uptime is non‑negotiable.

Key specifications

• Brand: Schneider Electric / Square D
• Model: Square D Model 5
• Configuration: Breaker MCC Bucket
• Rating: 75 A, 600 V
• Poles: 3-Pole
• Height: 6"

Why this MCC bucket stands out

• Direct OEM replacement for Model 5 MCC systems, ensuring exact fit, electrical characteristics, and mounting geometry.
• Ideal for retrofit projects and maintenance outages, helping you minimize downtime and keep critical processes online.
• Designed to preserve bus alignment and interlock behavior, reducing rework and documentation hurdles during upgrades.
• Part of AmpState’s global delivery network, enabling dependable access to this essential component for plants with multiple sites or overseas operations.

Ideal use cases

Perfect for manufacturing floors, packaging lines, and process facilities that rely on robust motor control centers. Use this bucket when upgrading aging MCC components, during scheduled maintenance, or as part of a plant-wide spare program to support 75 A, 600 V circuits with 3-Pole control.

Practical benefits in action

• Consistent performance within 75 A current paths and 600 V insulation, suitable for standard industrial motors and drives.
• OEM-aligned design means predictable electrical behavior and smoother compliance documentation.
• Faster procurement and reduced downtime thanks to AmpState’s reliable global delivery.

Installation and care tips

Before swapping in the Model 5 Breaker MCC Bucket, confirm compatibility with your enclosure and follow lockout/tagout protocols. Keep a ready spare on-hand to shorten outages, and during installation, align mounting points and bus connections per OEM guidance to maintain reliable fault paths and interlocks.