Schneider Electric / Square D Model 3 - Breaker MCC Bucket - 200 A, 480 V, 18" Height, 3 P | AmpState

Schneider Electric / Square D Model 3 Breaker MCC Bucket — a genuine, direct-replacement component engineered for industrial motor control systems that require a 200 A, 480 V, 3-Pole configuration. Sized at 18 inches high, this MCC bucket fits precisely into Schneider Electric / Square D Model 3 MCC enclosures, enabling seamless retrofits or OEM replacements with minimal downtime.

Direct OEM Compatibility for Model 3 MCC Systems

Designed to drop into Schneider Electric / Square D Model 3 MCC setups, this bucket preserves the standard mounting, wiring, and bus-bar geometry you rely on. It’s ideal for retrofits or new installations where OEM-recommended parts are essential for safety, traceability, and long-term serviceability.

Key Specifications

• Brand: Schneider Electric / Square D
• Model: Square D Model 3 Breaker MCC Bucket
• Configuration: 3-Pole Breaker MCC Bucket
• Rating: 200 A, 480 V
• Height: 18 inches
• Application: Industrial motor control applications, OEM replacements, retrofit projects

Why It Matters

In industrial settings, motor control reliability is essential. This Model 3 MCC bucket is crafted to handle the demanding startup and running profiles of high-current motors, supporting triple-pole switching within Schneider Electric / Square D MCC architectures for safe, predictable operation.

Use Cases and Benefits

• Retrofit aging MCC rooms to restore performance with precisely matched parts
• New installations in manufacturing lines, pumps, fans, and conveyors requiring 200 A at 480 V
• Spare bucket for preventive maintenance programs to minimize downtime during service
• Compatible with existing Model 3 control schemes, wiring layouts, and protective interlocks

Delivery, Support, and Availability

AmpState provides genuine Schneider Electric / Square D MCC components with global delivery, helping you source the exact bucket you need wherever you operate. Rely on authentic parts for long-term serviceability and consistent performance in demanding environments.