GE 7700 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 20 A, 600 V, 6" Height, 3 P | AmpState

Designed for demanding industrial motor control centers, the GE 7700 Breaker MCC Bucket from the Cutler Hammer 9800 Unitrol family delivers a precise, reliable protection module for critical loads. This 3‑pole, 20 A, 600 V MCC bucket is engineered to drop into GE 7700 motor control centers, serving as a direct replacement or retrofit that preserves your control topology while upgrading to a proven Unitrol protection platform.

• Configuration and rating: 3‑Pole, 20 A, 600 V
• Physical spec: 6" bucket height, compatible with GE 7700 MCC racks
• Series and brand: 9800 Unitrol Breaker MCC Bucket by GE
• Purpose: direct replacement or retrofit for existing GE 7700 motor control centers

This MCC bucket is ideal for maintenance teams, plant electricians, and systems integrators working with GE 7700 MCCs in manufacturing lines, water treatment facilities, and other environments with heavy motor loads. It enables a straightforward upgrade path without overhauling your entire panel, ensuring continued protection and reliability.

Why it matters: A properly matched MCC bucket guarantees correct trip characteristics, safe interrupting ratings, and seamless integration with existing wiring and bus arrangements. The 3‑Pole design provides balanced protection across phases, while the 6" form factor fits standard GE MCC trays, helping to minimize installation time and space considerations.

AmpState advantage: AmpState supplies high‑quality MCC buckets and retrofit solutions with global delivery and technical support for industrial motor control applications. When you choose this GE 7700 MCC bucket, you’re pairing genuine hardware with trusted aftermarket backing to minimize downtime and simplify ongoing maintenance.

• Use cases: retrofit aging GE 7700 MCCs, replace a failed bucket during routine maintenance, or specify for new builds requiring a 3‑Pole, 20 A, 600 V protection module in a 6" bucket
• Ideal for: facilities with demanding motor loads in manufacturing, process, and critical control environments seeking reliable protection without panel redesign