Schneider Electric / Square D Model 3 - Breaker MCC Bucket - 50 A, 208 V, 12" Height, 3 P | AmpState

Schneider Electric / Square D Model 3 Breaker MCC Bucket — 50 A, 208 V, 3-Pole — is engineered for industrial motor control applications that demand reliable protection and precise control within a Model 3 MCC system. This module is designed to slot directly into Schneider Electric / Square D Model 3 MCC enclosures and serves as a precise replacement for OEM components and retrofit projects.

With a compact 12" height and a robust three-pole configuration, the MCC bucket accommodates moderate motor loads common in manufacturing lines, pumps, conveyors, and fans powered by 208V three-phase power. The 50 A rating provides scalable protection for starter circuits while preserving straightforward service access and maintainability.

What makes it stand out

Authentic Square D design preserves the electrical and mechanical integrity of your motor control center, ensuring smooth installations and minimized downtime. This Model 3 MCC bucket is not a generic part; it’s a purpose-built replacement that matches the exact footprint, terminal arrangement, and mounting geometry of your existing system.

• Direct OEM-compatible replacement for Model 3 MCC systems, ideal for retrofits and new builds
• Precise specifications — 50 A, 208 V, 3-Pole configuration for common industrial motor circuits
• Compact footprint — 12" height to maximize enclosure capacity while preserving service access
• Reliability and safety — genuine Schneider Electric / Square D components meet rigorous industry standards
• Global sourcing — AmpState provides high-quality MCC components with worldwide delivery

This bucket is particularly well-suited for facilities that depend on robust motor control in packaging lines, material handling, water treatment, and process operations. If you’re aging an MCC or standardizing on a single vendor for spare parts, this replacement keeps your system aligned with existing protection schemes and wiring layouts, helping maintain performance and safety.

Practical guidance and best-use scenarios

• Ideal for maintenance cycles that require quick swap-outs with minimal configuration changes.
• Best used when upgrading to a uniform 3-Pole, 50 A, 208 V protection scheme across multiple MCC bays.
• Stock as a dependable spare to reduce downtime during planned maintenance or unexpected failures.