GE 7700 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 5 A, 240 V, 6" Height, 3 P | AmpState

The GE 7700 Breaker MCC Bucket from AmpState brings OEM-grade reliability to your industrial motor control center. Designed for the GE 7700 MCC lineup, this 5 A, 240 V, 3-Pole unit is a direct replacement or retrofit option within the Cutler-Hammer 9800 Unitrol family. With a compact 6" bucket height, it integrates neatly into existing racks without requiring a full panel redesign.

• 5 A, 240 V, 3-Pole, designed for demanding motor control applications.
• 6" bucket height to fit GE 7700 MCC frames and maintain proper clearances and bus alignment.
• Part of the GE 9800 Unitrol series, built to drop into GE 7700 MCCs as a seamless replacement or retrofit.
• Ideal for maintenance, retrofits, or stocking spare buckets to minimize downtime in critical industrial environments.

Why this bucket stands out is its exact fit and proven performance within existing GE motor control centers. It’s not a generic add-on; it’s a purpose-built MCC bucket that preserves electrical characteristics and mechanical fit, helping you maintain consistent protection, control, and coordination in your system.

AmpState backs this solution with global delivery and technical support, making it easier to source, replace, or retrofit without travel to the site or custom fabrication. This means quicker replenishment for maintenance windows and less risk during upgrades to aging MCC installations.

Best-use scenarios

• Scheduled maintenance swaps in facilities with GE 7700 MCCs that rely on reliable 3-Pole, 240 V protection for three-phase motors.
• Retrofits where upgrading to a newer Unitrol configuration is needed while preserving existing infrastructure and footprint.
• Spare bucket strategy to reduce downtime during component failures in mission-critical motor control centers.
• Repairs and replacements in environments where space is limited and 6" bucket height ensures compatibility with current racks.

Key benefits in practice:

• Direct replacement reduces installation time and avoids complicated reconfigurations.
• Maintains the electrical and mechanical interface your MCC was designed for, minimizing rework of cables and bus bars.
• Reliable, OEM-aligned performance for essential motor control operations.