Allen - Bradley CENTERLINE 2100 - Breaker MCC Bucket - 400 A, 600 V, 24" Height, 3 P | AmpState

Designed to integrate seamlessly with Allen-Bradley CENTERLINE 2100 motor control centers, this Breaker MCC Bucket delivers reliable, high-capacity power distribution for demanding industrial environments. With a 400 A rating at 600 V, it is engineered to handle the rigorous demands of heavy motor loads and continuous operation in manufacturing, processing, and commercial facilities.

Key to its versatility is the 24" vertical frame, which aligns with standard CENTERLINE 2100 configurations. This makes it ideal for retrofit projects, OEM replacement, and custom MCC configurations where downtime is costly and exact fit matters. The unit is configured for three-phase systems at 60 Hz, ensuring compatibility with common industrial power distribution in a compact, modular footprint.

• Amp rating: 400 A
• Voltage: 600 V (Three-phase, 60 Hz)
• Height: 24 inches
• Pole configuration: 3P
• Compatibility: CENTERLINE 2100 motor control centers
• Category: Breaker MCC Bucket for Industrial Motor Control / Retrofit / OEM Replacement

Who benefits most? Facilities engineers, maintenance teams, and electrical contractors managing aging MCC infrastructure or expanding motor control capacity. If you’re upgrading an existing CenterLine 2100 installation, this bucket provides a direct, field-ready solution that minimizes engineering time and accelerates project timelines.

Use cases include:

• Retrofit of outdated MCC hardware to match current CENTERLINE 2100 standards
• OEM replacement to restore original performance and reliability
• Expansion of motor control capacity for new equipment or lines
• Custom MCC configurations where modular, serviceable buckets are preferred

Practical considerations to maximize value: verify that your installation uses the CENTERLINE 2100 frame and that your three-phase, 60 Hz, 600 V system aligns with the bucket’s specifications. Pair this MCC bucket with compatible circuit protection and control components to achieve coordinated protection, smoother maintenance cycles, and faster downtime recovery.