Eaton Freedom 2100 - Breaker MCC Bucket - 90 A, 208 V, 15" Height, 3 P | AmpState

Eaton Freedom 2100 Breaker MCC Bucket — 90 A, 208 V, 15" Frame, 3-Pole is a purpose-built breaker bucket designed to drop into Eaton Freedom 2100 motor control centers. Engineered for reliable industrial power distribution and motor control, this unit delivers a precise 90 A rating at 208 V across a three-phase, 60 Hz system, making it an ideal choice for mid-range loads and balanced power needs in demanding environments.

• Compatibility you can trust: specifically designed for Eaton Freedom 2100 MCCs, ensuring seamless fit and alignment with existing bus and control circuitry.
• Electrical performance: 90 A ampacity at 208 V (three-phase, 60 Hz) supports common industrial motor and distribution circuits without overextending the panel’s capacity.
• Compact, modular frame: built on a 15" vertical frame, enabling efficient use of cabinet space and straightforward integration into retrofit projects or OEM replacements.
• Versatile applications: ideal for retrofit upgrades, OEM replacement programs, and custom MCC configurations that require a reliable, ready-to-install breaker bucket.
• Premium fit for professional maintenance: works with existing Eaton MCC architecture to minimize downtime and simplify inventory for service teams.

Who benefits most: facilities engineers, maintenance managers, and system integrators seeking a dependable, drop-in MCC bucket to upgrade or refresh mid-sized motor control centers. If you’re planning a retrofit or OEM replacement within an Eaton Freedom 2100 system, this 3-pole, 90 A bucket delivers predictable performance, preserving system reliability and simplifying installation.

Practical notes for planning your installation: verify your MCC frame alignment with the 15" vertical bucket, confirm three-phase 208 V service, and ensure your target configuration aligns with the Freedom 2100 design parameters. This bucket is a targeted, purpose-built component from AmpState that fills a precise role in industrial power distribution and motor control applications, helping you maintain steady operation, reduce downtime, and extend the life of your MCC infrastructure.