Klockner Moeller Series 200 - Breaker MCC Bucket - 150 A, 208 V, 6" Height, 3 P | AmpState

The Klockner Moeller Series 200 Breaker MCC Bucket is a purpose-built protection module designed for industrial motor control centers. With a 150 A, 208 V, 3-pole configuration, this MCC bucket slots neatly into Klockner Moeller Series 200 MCC systems, delivering a reliable, OEM-grade replacement or retrofit option when uptime and protection are non-negotiable.

Why this MCC bucket stands out

• Direct compatibility with Series 200 MCC systems: Engineered to align with the mechanical footprints and electrical interfaces of the original equipment, ensuring a seamless swap without costly customization.
• Compact, space-conscious design: At a practical 6" height, it fits efficiently inside standard MCC enclosures, helping you maximize cabinet real estate without sacrificing performance.
• Proven 150 A, 208 V, 3-Pole protection: Delivers dependable protection for common industrial motors and loads, supporting coordinated trip performance within your motor control scheme.
• OEM-grade reliability for retrofits and replacements: A strategic choice for upgrading aging hardware or replacing a failed bucket, reducing downtime and compatibility risk.
• Global delivery through AmpState: Access a reliable supply chain for MCC components with worldwide reach, backed by AmpState’s distribution network.

Ideal use cases

If your facility relies on Klockner Moeller Series 200 MCC infrastructure, this Breaker MCC Bucket is an ideal fit for:

• Replacing a failed or worn-out bucket in an existing Series 200 MCC setup
• Retrofits to modernize legacy motor control centers without a full enclosure redesign
• Preventive maintenance planning where maintaining OEM compatibility minimizes risk
• New installations that require a proven, field-tested configuration for 150 A circuits

What problems it solves

Designed for industrial environments, this MCC bucket helps you:

• Maintain consistent motor protection without lengthy integration work
• Reduce downtime by using a true OEM replacement that fits the existing framework
• Preserve coordination with adjacent protection components, ensuring safer and more predictable trips
• Keep spare parts inventory streamlined by choosing a compatible, widely used Series 200 component

Specifications at a glance

• Brand: Klockner Moeller
• Model/Configuration: Series 200 Breaker MCC Bucket
• Rating: 150 A, 208 V, 3-Pole
• Height: 6 inches
• Application: Industrial motor control centers (MCC) requiring Series 200 compatibility

How this compares to alternatives

Choosing this MCC bucket means selecting a component that is purpose-built for Series 200 systems, reducing the risk of misfit parts and costly field modifications. Unlike generic buckets or non-OEM substitutes, this option preserves original protections and electrical characteristics, helping you maintain proper trip settings, arc protection coordination, and overall system reliability. It’s a practical, cost-efficient path for maintenance programs aiming to extend the life of your existing MCC infrastructure.

Practical tips for installation and care

• Before replacement, verify that the enclosure and bus connections align with the Series 200 specifications to ensure a smooth fit.
• Power down the MCC and follow lockout/tagout procedures to safeguard maintenance work.
• Inspect mounting hardware and terminal connections during installation to prevent loose-term issues that can affect protection performance.
• Document the replacement in your maintenance log, noting part number, date, and any observed condition of the surrounding MCC components.
• Plan for a quick functional check after installation: verify proper alignment, measure contact resistance if equipment is equipped for it, and confirm coordinated trip behavior with the rest of the control scheme.

With AmpState’s global delivery network backing this Klockner Moeller Series 200 Breaker MCC Bucket, you gain a dependable, OEM-grade replacement that aligns with your existing Series 200 MCC architecture. It’s an efficient, reliable choice for maintenance-heavy environments where downtime is costly and consistent protection is essential.