Eaton Freedom 2100 - Breaker MCC Bucket - 40 A, 208 V, 15" Height, 3 P | AmpState

Upgrade your industrial power distribution with the Eaton Freedom 2100 Breaker MCC Bucket—a purpose-built component for the Eaton Freedom 2100 motor control center family. This 40 A, 208 V, 3‑pole bucket is designed to deliver reliable motor control performance in a compact 15" vertical frame.

• Amp rating: 40 A
• Voltage: 208 V (Three-phase, 60 Hz)
• Height: 15 inches
• Configuration: 3-pole (3P) breaker bucket
• Application: Industrial motor control, power distribution, retrofit and OEM replacement within Freedom 2100 systems

Why this MCC bucket is a strategic fit

For facilities deploying or expanding a Freedom 2100 motor control center, this Breaker MCC Bucket provides a precise fit that aligns with Eaton’s framing, bus connections, and interlock designs. The result is streamlined retrofits and OEM replacements that minimize downtime and avoid costly panel modifications. The 15" vertical frame preserves valuable enclosure space while still delivering robust performance for standard motor control loads.

Ideal use cases

• Retrofit projects upgrading legacy MCCs to the Eaton Freedom 2100 architecture
• OEM replacement parts to maintain continuity of operation when a bucket component wears or fails
• Custom MCC configurations where a dedicated 40 A, 208 V, 3P bucket fits your motor drive profile

Practical benefits and outcomes

Choosing this Breaker MCC Bucket means compatibility you can trust and installation confidence. Expect:

• Reduced downtime during installation thanks to direct-fit compatibility with Freedom 2100 frames
• Consistent three-phase protection for small- to mid-sized motor loads in commercial or industrial settings
• Clear maintenance path with standard, repeatable replacement practices within existing MCC architectures

Installation and best-practice notes

Because this bucket is engineered specifically for the Eaton Freedom 2100 line, verify compatibility with your current MCC enclosure, bus, and interlocks before swapping. Follow your facility’s safety protocols and lockout/tagout procedures during installation, and consult your engineering team to ensure the new bucket integrates cleanly with nearby devices and control circuits.