Schneider Electric / Square D Model 3 - Breaker MCC Bucket - 5 A, 208 V, 9" Height, 3 P | AmpState

Schneider Electric / Square D Model 3 Breaker MCC Bucket — 5 A, 208 V, 3-Pole is a purpose-built replacement component for industrial motor control centers. Engineered to drop straight into Schneider Electric / Square D Model 3 MCC systems, this 9" tall breaker bucket delivers reliable, OEM-compatible performance for demanding environments.

• Exact fit for Model 3 MCC enclosures — designed to slide into standard Model 3 buckets without adapters, reducing installation time and avoiding field modification.
• OEM-compatible replacement — a direct substitute for original equipment manufacturer parts, ideal for retrofits and refurbishments that keep your control system consistent.
• 3-Phase, 208 V operation — a true 3-pole configuration suited for three-phase motor control networks, ensuring balanced protection and coordination with existing MCC components.
• 5 A rating — appropriate for control circuits and select protection applications within motor control centers, helping to maintain proper current handling without oversizing.
• 9-inch bucket height — sized to occupy standard space in Model 3 MCC assemblies, preserving cabinet layout and clearances.
• Rugged industrial build — constructed to withstand the rigors of manufacturing floors, with attention to consistency and long-term reliability.
• AmpState value — backed by AmpState’s global delivery network and commitment to quality MCC components, ensuring parts availability where and when you need them.

Who benefits most: maintenance technicians, plant engineers, and OEM retrofit teams responsible for keeping motor control centers running smoothly. Use this Model 3 breaker bucket for spare-part inventories, scheduled replacements, or rapid retrofits that minimize downtime during upgrades or equipment modernization.

Why this matters: unlike generic substitutes, this bucket aligns precisely with Schneider Electric / Square D Model 3 specifications, preserving protection coordination and interlock behavior within your MCC. It’s a practical, reliable path to extend the life of your existing infrastructure while maintaining consistent electrical performance across your three-phase system.