Schneider Electric / Square D Model 4 - Breaker MCC Bucket - 10 A, 600 V, 12" Height, 3 P | AmpState

Schneider Electric / Square D Model 4 Breaker MCC Bucket is a purpose-built, three-pole module designed for Model 4 Motor Control Centers. With a 10 A, 600 V rating and a 12-inch height, this MCC bucket is tailored to slot into standard Model 4 frames, preserving the original electrical interface and physical footprint essential for reliable, factory-compatible replacements.

Engineered as a direct OEM replacement and retrofit solution, it minimizes downtime during maintenance or upgrades. Whether you're refurbishing aging MCC components or stocking spares for field service, this 3-pole breaker bucket helps you restore motor control flow quickly and safely without redesigning your buswork or wiring layout.

• Brand and model alignment: Schneider Electric / Square D, Square D Model 4, Breaker MCC Bucket
• Electrical ratings: 10 A, up to 600 V, 3-pole configuration for three-phase motor protection
• Physical fit: 12 inches tall to align with standard Model 4 MCC cabinets
• Intended use: Direct replacement for OEM buckets and retrofit within Model 4 MCC systems
• Availability: AmpState provides high-quality MCC components with global delivery

This MCC bucket is ideal for industrial settings where reliable motor control and quick serviceability matter. Use cases include preventive maintenance, lifecycle upgrades of conventional Model 4 MCCs, and emergency spares to reduce downtime when a bucket reaches end-of-life. The design adheres to the original Schneider Electric / Square D specifications, ensuring consistent assembly, safe operation, and predictable performance in demanding environments.

Why choose this Model 4 breaker bucket? It delivers a precise fit for existing Model 4 MCC infrastructure, supports common three-phase motor loads, and streamlines procurement with a readily available OEM-compatible replacement. For maintenance teams, electrical engineers, and OEM service programs, this bucket provides a dependable path to sustained motor control reliability without the guesswork of cross-reference parts.