Allen - Bradley CENTERLINE 2100 - Breaker MCC Bucket - 600 A, 208 V, 36" Height, 3 P | AmpState

Meet the Allen-Bradley CENTERLINE 2100 Breaker MCC Bucket—built for heavy-duty industrial power distribution and motor control. With a 600 A rating at 208 V and a 3-pole configuration, this MCC bucket is engineered to reliably handle demanding loads in manufacturing, processing, and commercial facilities. Designed to work seamlessly within CENTERLINE 2100 motor control centers, it delivers consistent protection and dependable performance when it matters most.

Key features at a glance:

• Direct compatibility with Allen-Bradley CENTERLINE 2100 MCCs, ensuring a precise fit with existing bus, mounting rails, and protective interlocks.
• 600 A continuous amperage at 208 V (3-pole, three-phase, 60 Hz) to power large motors and assemblies without compromising stability.
• 36" vertical frame height, optimized for standard MCC footprints and straightforward integration into retrofit or expansion projects.
• OEM-replacement readiness: a true, spec-matched substitute that minimizes wiring and interface changes while preserving control and protection schemes.
• Versatile applications for retrofit, OEM replacement, and custom MCC configurations—perfect for modernizing existing lines or building scalable motor control architectures.

Practical use cases you’ll appreciate: upgrading an aging motor drive lineup on a conveyor or packaging line, expanding a pump/fan cluster to meet rising production demands, or replacing worn MCC components during plant modernization—all while maintaining consistent 208 V three-phase performance across your system.

Why this MCC bucket stands out: it combines the trusted reliability of Allen-Bradley CENTERLINE 2100 components with a design focused on retrofit flexibility and OEM compatibility. If you’re planning a modernization or new-build project, this bucket minimizes downtime, preserves your MCC’s protective coordination, and ensures you’re leveraging a component designed to align with your existing motor control infrastructure.