Klockner Moeller Series 200 - Breaker MCC Bucket - 100 A, 600 V, 12" Height, 3 P | AmpState

Klockner Moeller Series 200 Breaker MCC Bucket by AmpState is engineered for industrial motor control applications that demand reliability, precise 3‑pole protection, and seamless integration into existing MCC infrastructure. This 100 A, 600 V unit is designed as a direct replacement for OEM components, making retrofits and panel upgrades fast, predictable, and cost-effective.

• Configuration and rating: Breaker MCC bucket with 3-Pole operation, rated for 100 A at up to 600 V.
• Physical compatibility: 12" height ensures consistent fit within Klockner Moeller Series 200 MCC systems and aligns with standard panel backplanes.
• OEM-ready replacement: Precisely designed to slot into existing Series 200 MCC installations, enabling straightforward upgrades without major panel modifications.
• Global availability: AmpState offers reliable worldwide delivery to keep multi-site operations moving and minimize downtime.

This MCC bucket is ideal for manufacturers, utilities, and facilities that run moderate to heavy motor loads across multiple processes. Whether you’re modernizing aging MCC cabinets, replacing failed components, or stocking spare parts for critical equipment, this unit delivers the performance you expect from a trusted Klockner Moeller solution.

Key benefits in practice:

• Consistent electrical performance in 3‑phase distribution networks, supporting motors, conveyors, pumps, and other industrial drives.
• Simplified maintenance with OEM‑aligned design reduces troubleshooting time during swaps or retrofits.
• Reduced downtime thanks to a lifecycle‑tested MCC bucket that fits right into established Series 200 configurations.
• Flexible sourcing and fast replenishment through AmpState’s global delivery network, helping you keep uptime commitments.

Practical considerations: Before swapping, verify the MCC enclosure compatibility with the Series 200 backplane and ensure proper torque on mounting hardware. This bucket is optimized for standard 3‑phase power arrangements and motor control center architectures common in industrial environments.