Allen - Bradley CENTERLINE 2100 - Breaker MCC Bucket - 250 A, 240 V, 18" Height, 3 P | AmpState

The Allen-Bradley CENTERLINE 2100 Breaker MCC Bucket is engineered to slot seamlessly into CENTERLINE 2100 motor control centers, delivering reliable power distribution for demanding industrial environments. Built for continuous operation, it’s a purpose-built solution for managing motor loads, feeders, and control circuits with confidence.

Key specifications

• Brand & model: Allen-Bradley CENTERLINE 2100
• Type: Breaker MCC Bucket
• Amp rating: 250 A
• Voltage: 240 V (Three-phase, 60 Hz)
• Height: 18" vertical frame
• Application: Industrial Motor Control / Retrofit / OEM Replacement

Why this bucket matters

• Designed for CENTERLINE 2100 compatibility — drop-in fit within the CENTERLINE 2100 MCCs, enabling straightforward retrofit projects and OEM replacements without a full cabinet rebuild.
• Compact vertical footprint — the 18" height fits standard MCC enclosures while preserving valuable space for wiring and components.
• Three-phase, 60 Hz at 240 V — aligns with common industrial power systems, ensuring reliable performance across typical motor control applications.
• High-capacity performance — a 250 A rating supports distribution to multiple motors and control feeders within a single MCC configuration.
• Versatile by design — suitable for retrofits, OEM replacements, and custom MCC configurations, helping you tailor power distribution to evolving requirements.

Use cases and practical scenarios

• Retrofitting aging motor control centers in manufacturing lines to restore dependable control and distribution.
• Replacing a failed MCC bucket to minimize downtime and keep production on track.
• Creating customized MCC configurations for new equipment, while maintaining a consistent CENTERLINE 2100 interface.

What to expect in practice

By choosing the CENTERLINE 2100 Breaker MCC Bucket, you gain a purpose-built component that maintains alignment with your existing CENTERLINE 2100 infrastructure. It simplifies procurement, reduces installation friction, and supports scalable motor control and power distribution strategies across industrial facilities.