GE 7098 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 40 A, 240 V, 6" Height, 3 P | AmpState

Engineered for industrial motor control centers, the GE 7098 - Cutler Hammer 9800 Unitrol Breaker MCC Bucket delivers reliable protection for three‑phase applications. Designed to fit GE 7098 MCC frames, this 40 A, 240 V, 3‑Pole unit is an ideal direct replacement or retrofit component for consolidating control gear and simplifying maintenance.

• Compatibility and fitment: Specifically engineered to drop into GE 7098 motor control centers as part of the 9800 Unitrol family. Acts as a direct replacement or retrofit to existing lineups, minimizing downtime during upgrades or repairs.
• Electrical ratings you can trust: 40 A at 240 V with a 3‑Pole configuration to support balanced three‑phase motor protection and control. Bucket height is 6 inches for a compact, space‑efficient footprint in crowded MCC rows.
• Durable, mission‑critical design: Built to endure the demands of industrial environments where reliability and quick service are essential.
• Streamlined maintenance: Standardized MCC buckets within the 9800 Unitrol series help technicians inventory, install, and swap units quickly, reducing downtime during maintenance windows.
• AmpState support and delivery: AmpState supplies high‑quality MCC buckets with global delivery and technical support for industrial motor control applications, ensuring you have the right retrofit solution when you need it.

Use cases and scenarios:

• Upgrading an aging MCC lineup in a manufacturing line to restore precise motor protection and trip performance for conveyors, pumps, or blowers powered by 3‑phase motors.
• Replacing a failed 40 A, 240 V MCC bucket in a GE 7098 frame to restore control center uptime without a full panel rebuild.
• Standardizing spare parts across multiple facilities by keeping a common 9800 Unitrol bucket in stock for quick field swaps.

What makes this bucket unique is its seamless compatibility with the GE 7098 MCC and the 9800 Unitrol family, a combination that reduces integration risk, speeds up repairs, and preserves system coordination across devices in your motor control scheme.