GE 7700 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 150 A, 240 V, 36" Height, 3 P | AmpState

GE 7700 Breaker MCC Bucket – 150 A, 240 V, 3-Pole from the 9800 Unitrol family is purpose-built for industrial motor control centers. This MCC bucket is designed to slot into GE 7700 motor control centers, delivering a precise, reliable protection solution with straightforward replacement or retrofit capabilities.

• Configuration: 3-Pole
• Electrical rating: 150 A at 240 V
• Bucket height: 36 inches
• Brand/Series: GE 9800 Unitrol Breaker MCC Bucket
• Application: Direct replacement or retrofit for GE 7700 motor control centers
• Support: AmpState provides global delivery and technical support for industrial motor control applications

This MCC bucket is purposefully engineered for heavy‑duty motor protection in manufacturing, pumping, conveying, and processing environments. With its 36" stature and a 3‑pole, 150 A, 240 V configuration, it integrates seamlessly into existing GE 7700 lineups, helping you maintain consistent control voltage, shortening downtime during swaps, and preserving system reliability.

Why this matters for maintenance teams and engineers: using a direct replacement or retrofit unit from the same series ensures proper bus bar alignment, mounting, and electrical interfaces, reducing installation guesswork and retrofit risk. It’s an exact fit for GE 7700 MCCs, so you can refresh aging cabinets without a full cabinet rebuild.

Ideal use scenarios include:

• Replacing worn or obsolete MCC buckets in GE 7700 motor control centers to restore dependable motor protection.
• Retrofit projects seeking Unitrol 9800 performance within existing GE cabinets.
• Spare-part strategy for maintenance programs to minimize downtime during service outages.

Choose this AmpState offering for authentic GE 9800 Unitrol MCC buckets configured specifically for 150 A, 240 V, 3‑pole operation. It’s backed by AmpState’s global delivery and technical support, giving you a dependable, field-proven solution for industrial motor control reliability.