Schneider Electric / Square D Model 5 - Breaker MCC Bucket - 75 A, 208 V, 12" Height, 3 P | AmpState

Engineered for durability in demanding industrial environments, the Schneider Electric / Square D Model 5 Breaker MCC Bucket offers dependable motor-control protection with precise compatibility. This unit is rated 75 A, 208 V, in a 3-pole configuration and stands 12 inches tall, making it a direct replacement for OEM components within Schneider Electric / Square D Model 5 MCC systems. It’s the smart choice for retrofit projects and new installations that demand proven performance from a trusted brand.

• Configuration: Breaker MCC Bucket designed for three-phase Model 5 MCC systems
• Ratings: 75 A, 208 V, 3-Pole
• Physical fit: 12" height to match standard Model 5 MCC buckets
• OEM compatibility: Direct replacement for original equipment manufacturer parts and retrofits
• Brand assurance: Schneider Electric / Square D—worldwide recognition for motor control components

Ideal for industrial facilities with demanding motor loads—pumps, fans, conveyors, compressors—where a reliable MCC bucket is essential to maintain uptime. The Model 5 Breaker MCC Bucket ensures seamless integration, preserving electrical protection schemes while simplifying maintenance and stocking with a standard, widely supported component. This part is distributed by AmpState, a trusted source for MCC components with global delivery, ensuring you can source replacements quickly no matter where you operate.

Key considerations and practical use notes:

• Verify system compatibility with Schneider Electric / Square D Model 5 MCC architectures before replacing, ensuring mounting, electrical clearance, and terminal layout align with your existing setup.
• Use as a direct OEM replacement or retrofit in facilities standardizing on Schneider Electric components to maintain consistent protection coordination and trip characteristics.
• With a 12" footprint and 3-pole configuration, this bucket is suited for controlled motor loads in industrial environments, helping to maintain proper current capacity and trip performance under peak demand.