GE 7700 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 300 A, 240 V, 12" Height, 3 P | AmpState

Engineered for demanding industrial motor control environments, the GE 7700 Breaker MCC Bucket (3-Pole, 300 A, 240 V) from AmpState delivers a precise, OEM-grade solution for GE 7700 MCCs. As part of the 9800 Unitrol family, this breaker MCC bucket is designed as a direct replacement or retrofit for existing GE lineups, enabling a seamless upgrade without major panel redesign.

• Brand: GE
• Series: 9800 Unitrol
• Configuration: Breaker MCC Bucket
• Rating: 300 A, 240 V, 3-Pole
• Bucket Height: 12"

What this means in practical terms is a reliable, ready-to-install component that fits cleanly into GE 7700 motor control centers. It supports three-phase motor loads with a robust 300 A capacity, ensuring protection and control for demanding industrial applications. Because it’s a direct replacement or retrofit option, you minimize downtime and maintain panel interoperability without extensive rewiring or custom fabrication.

Why choose this MCC bucket from AmpState? In addition to OEM-grade construction and compatibility, AmpState provides global delivery and technical support tailored to industrial motor control projects. Whether you’re stocking parts for a maintenance schedule, upgrading aging equipment, or building a new control panel, this 9800 Unitrol bucket aligns with your standards for reliability and serviceability.

Ideal for plant engineers, maintenance managers, electrical contractors, and panel builders who demand a proven, plug-in solution for GE 7700 motor control centers. Use cases include routine replacements in aging MCCs, retrofits to modernize protection schemes, and spare-part inventories that reduce unplanned downtime.

Compared to generic substitutes, this GE MCC bucket delivers precise fit, proven performance in 300 A, 240 V three-pole configurations, and a clear path to streamlined maintenance. For facilities running GE 7700 MCCs, it’s a straightforward, cost-effective way to preserve system integrity and ensure consistent motor protection.