Klockner Moeller Model 90 - Breaker MCC Bucket - 200 A, 600 V, 15" Height, 3 P | AmpState

Meet the Klockner Moeller Model 90 Breaker MCC Bucket — engineered for industrial motor control applications where reliability and compatibility matter most. This 200 A, 600 V, 3‑pole MCC bucket is designed to slot into Klockner Moeller Model 90 MCC systems, delivering a direct replacement path for OEM and retrofit projects. Built to withstand demanding environments, it helps keep critical motors running with minimal downtime.

• Configuration and ratings: Breaker MCC bucket, 3‑pole configuration, rated for 200 A at 600 V.
• Physical footprint: 15" tall to align with standard Model 90 enclosures.
• Compatibility and replacement: Direct replacement for OEM components and retrofit upgrades within Klockner Moeller Model 90 MCC systems.
• Brand and distribution: Original Klockner Moeller design, available through AmpState with global delivery.

Ideal use cases

• Retrofits: Update aging MCC panels with a modern, compatible 3‑pole bucket to maintain protective coordination.
• Spare part strategy: Keep a ready-to-install MCC bucket on hand for critical motor control lines to minimize downtime during outages.
• New installations: Integrate into new builds that require 200 A, 600 V, 3‑pole protection within Model 90 MCC architecture.
• Industrial reliability: Suitable for manufacturing, processing, and heavy equipment environments where robust protection and fast installation matter.

Why choose this MCC bucket from AmpState? It combines OEM‑aligned design with practical deliverability. Expect precise fit, straightforward retrofitting, and a clear path to reliable motor protection in demanding production lines. AmpState supports global delivery, ensuring you can source this Klockner Moeller component wherever your project takes you.

Installation and care tips

• Verify enclosure compatibility and ensure mounting aligns with the Model 90 framework to maintain proper clearances and safe operation.
• Confirm electrical connections match the OEM wiring scheme and that conductors and terminals are torqued to your facility’s standards.
• Handle with care during replacement to preserve the integrity of insulation and bus connections.
• Store spares in a dry, clean environment to prevent corrosion or contamination that could affect performance.