GE 7098 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 15 A, 240 V, 9" Height, 3 P | AmpState

Engineered for industrial motor control centers, the GE 7098 - Cutler Hammer 9800 Unitrol Breaker MCC Bucket delivers precise, reliable protection for 3‑phase systems. With a 15 A, 240 V rating and a compact 9" bucket height, this module is designed to slot into GE 7098 MCCs as a direct replacement or retrofit unit, enabling seamless updates to existing lineups without a full control‑center overhaul.

• Brand: GE
• Series: 9800 Unitrol
• Configuration: Breaker MCC Bucket
• Rating: 15 A, 240 V, 3‑Pole
• Bucket Height: 9"
• Compatibility: Direct replacement or retrofit for GE 7098 MCCs

AmpState supplies this MCC bucket as part of its retrofit solutions, backed by global delivery and technical support for industrial motor control applications. This means you’re not just purchasing a component—you’re securing a plug‑and‑play upgrade path for aging MCCs or a dependable spare to minimize downtime on critical lines.

Ideal for: reliability‑focused maintenance teams, plant engineers, and system integrators who maintain manufacturing lines, pumping stations, conveyors, or HVAC/process equipment that rely on robust motor control.

• Use case: quick maintenance swaps to reduce unscheduled downtime by swapping in a known‑good bucket rather than rebuilding a control section.
• Use case: retrofit without a full overhaul to modernize older GE 7098 MCCs while preserving existing wiring and bus layouts.
• Benefit: consistent motor protection ensures stable operation for three‑phase motors, helping prevent nuisance trips and equipment damage.

Installation notes: confirm the target MCC bay matches the 9" bucket height and 3‑Pole 15 A configuration, ensure proper mounting alignment with GE 7098 frame dimensions, and consult AmpState technical support for compatibility checks and guidance.

With AmpState, you gain not only a high‑quality MCC bucket but also a partner for ongoing parts support and technical assistance—delivered globally to keep your motor control systems performing at peak reliability.