Eaton Freedom 2100 - Breaker MCC Bucket - 125 A, 240 V, 18" Height, 3 P | AmpState

Engineered for dependable performance in demanding industrial and commercial environments, the Eaton Freedom 2100 Breaker MCC Bucket is a purpose-built module that slots seamlessly into Eaton Freedom 2100 motor control centers. With a rugged 18" vertical frame and a 125 A, 240 V three-phase rating, this bucket delivers precise motor control and reliable power distribution where it matters most.

Why this MCC bucket stands out

• Direct-fit compatibility—designed for use with Eaton Freedom 2100 motor control centers, enabling straightforward retrofit, OEM replacement, and flexible MCC configurations without the guesswork.
• Reliable three-phase performance—125 A at 240 V (three-phase, 60 Hz) to support a wide range of motor control loads and distribution needs.
• Compact footprint—an 18" vertical frame that fits neatly within standard Freedom 2100 cabinets, helping maximize space in crowded plant floors or service bays.
• Industrial-grade construction—built to withstand the rigors of continuous operation in industrial and commercial power distribution applications.

Ideal use cases

• Retrofit projects where aging MCC buckets need replacement while preserving the existing Freedom 2100 infrastructure.
• OEM replacements during system upgrades to maintain consistent electrical characteristics and mounting compatibility.
• Custom MCC configurations that require a reliable, standardized bucket within a Freedom 2100 ecosystem.
• New or rebuilt facilities that rely on efficient, scalable motor control and distribution for manufacturing lines, processing equipment, and large-scale systems.

Specifications at a glance

• Brand: Eaton
• Model: Freedom 2100
• Type: Breaker MCC Bucket
• Amp Rating: 125 A
• Voltage: 240 V (Three-phase, 60 Hz)
• Height: 18"
• Application: Industrial motor control, retrofit, OEM replacement

For facilities relying on Eaton Freedom 2100 infrastructure, this Breaker MCC Bucket delivers a precise, dependable solution that aligns with existing electrical characteristics while simplifying upgrades and replacements. It’s a practical choice for engineers and maintenance teams seeking consistency, compatibility, and long-term reliability in their power distribution and motor control strategy.