Allen - Bradley CENTERLINE 2100 - Breaker MCC Bucket - 50 A, 240 V, 15" Height, 3 P | AmpState

Engineered for industrial motor control centers, the Allen-Bradley CENTERLINE 2100 Breaker MCC Bucket delivers dependable power distribution in a compact, field-ready package. Rated 50 A at 240 V (three-phase, 60 Hz), this 3-pole bucket is built to protect, control, and sustain critical motor loads across manufacturing floors and facilities.

Its 15" vertical frame aligns with standard CENTERLINE 2100 bays, making it an ideal choice for retrofit projects, OEM replacements, or custom MCC configurations. With this bucket, you can extend or reconfigure your motor control system without a full-panel redesign, reducing downtime and maintaining consistent electrical performance.

Designed for real-world conditions, the bucket integrates smoothly with existing bus structures, control wiring, and terminal interfaces in CENTERLINE 2100 installations. This means fast installations, straightforward maintenance, and a predictable path to scalable motor control across lines of equipment.

• Ideal for: retrofit of aging MCC banks, OEM replacements, and modular expansions in industrial facilities
• Compatibility: aligns exactly with Allen-Bradley CENTERLINE 2100 architecture (3P, 50 A, 240 V)
• Configuration: 15" tall vertical frame, 3-pole bucket designed for three-phase motor circuits

Specifications at a glance

• Amp rating: 50 A
• Voltage: 240 V (Three-phase, 60 Hz)
• Pole configuration: 3 P
• Height: 15" (vertical frame)
• Application: Breaker MCC bucket for industrial motor control centers; retrofit, OEM replacement, and custom MCC configurations
• Brand compatibility: Allen-Bradley CENTERLINE 2100

Practical installation notes: confirm the bucket matches the CENTERLINE 2100 bus and mounting dimensions, plan wiring routes with slack to ease maintenance, and coordinate with existing control schematics to ensure proper trip units and coordination with downstream devices. By using this dedicated MCC bucket, you gain reliable protection, simplified serviceability, and scalable power distribution for your motor-driven equipment.