Schneider Electric / Square D Model 5 - Breaker MCC Bucket - 60 A, 208 V, 12" Height, 3 P | AmpState

When your Schneider Electric Model 5 motor control center requires a dependable 60 A, 208 V, 3‑Pole breaker MCC bucket, the Schneider Electric / Square D Model 5 Breaker MCC Bucket from AmpState is built to perform. This direct OEM replacement drops into existing Model 5 MCC systems without custom modifications, delivering reliable motor protection and streamlined maintenance for busy industrial environments.

• Exact compatibility with Schneider Electric / Square D Model 5 MCC systems, ensuring a seamless retrofit or new installation.
• 60 A, 208 V, 3‑Pole configuration designed to safely handle medium‑to‑high horsepower motor loads common in manufacturing lines, pumps, fans, and conveyors.
• 12" height sized to fit standard Model 5 enclosures, reducing installation guesswork and preserving panel layout.
• Direct replacement for OEM components to minimize downtime, simplify spare parts inventories, and maintain system performance.
• Rugged, industrial build engineered to withstand demanding environments—vibration, dust, and temperature fluctuations—without compromising protection.
• Global delivery from AmpState ensures availability for multi-site projects and rapid replenishment when uptime matters most.

Ideal for retrofit projects or new builds that specify Schneider Electric Model 5 MCC architecture, this MCC bucket delivers reliable circuit protection and consistent operation across your motor control center. Use it to protect essential motor loads in applications like manufacturing lines, material handling, water treatment auxiliaries, and process equipment where dependable 60 A, 208 V, 3‑pole performance is critical.

Why choose AmpState for this replacement? It’s a genuine, ready‑to‑install solution that preserves the integrity of your existing Model 5 system, minimizes integration risk, and supports proactive maintenance planning. By pairing precise electrical ratings with the proven Schneider Electric design, you get predictable trip characteristics, easier fault tracing, and a smoother path to uptime in demanding industrial environments.