GE 7098 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 150 A, 480 V, 48" Height, 3 P | AmpState

GE 7098 Cutler Hammer 9800 Unitrol Breaker MCC Bucket — a rugged, modular protection module engineered for demanding industrial motor control centers. This 150 A, 480 V, 3-Pole bucket is built to handle robust motor loads with precise protection and reliable tripping performance.

Designed to fit into GE 7098 MCCs, it functions as a direct replacement or retrofit unit, enabling you to refresh aging gear without a full panel swap. With a 48" bucket height, it aligns with standard MCC rack footprints for straightforward installation and seamless integration into existing lineups.

What makes it unique

• Exact fit for GE 7098 systems — engineered to slide into GE 7098 motor control centers with minimal downtime.
• Three-phase protection — 3-Pole configuration delivers balanced protection across all phases, reducing risk of motor damage from faults and imbalances.
• Industrial-duty rating — 150 A at 480 V suits mid- to large-size motors, pumps, fans, conveyors, and other heavy loads.
• Modular retrofit design — easily swap or upgrade buckets within an existing MCC to improve protection strategy or downtime readiness.
• Reliable supply and support — AmpState backs the product with global delivery and technical support for MCC bucket retrofits and installations.

Who should consider this bucket? Plant engineers and maintenance crews managing motor control centers that require dependable, compliant protection for three-phase motors. If you operate in manufacturing, water treatment, mechanical systems, or process industries and need a breaker bucket that pairs with GE's Unitrol line, this is a practical, long-lasting solution.

Practical notes for deployment: confirm compatibility with your GE 7098 lineup, plan for a controlled shutdown and safe de-energization during replacement, and leverage AmpState's technical expertise for installation planning, spare parts, and ongoing support. The 48" height, 150 A, 480 V, and 3-Pole configuration are designed for predictable performance in standard MCC configurations.