GE 7700 - Cutler Hammer 9800 Unitrol - Breaker MCC Bucket - 250 A, 600 V, 9" Height, 3 P | AmpState

This GE 7700 Breaker MCC Bucket from the 9800 Unitrol family is built for demanding industrial motor control demanding environments. Engineered to run reliably in GE 7700 motor control centers, this MCC bucket delivers a 250 A, 600 V, 3-Pole protection module that fits seamlessly into existing lineups as a direct replacement or retrofit option. Key specifications at a glance - Configuration: Breaker MCC Bucket for GE 7700 MCCs - Rating: 250 A, 600 V, 3-Pole - Bucket Height: 9 inches - Series: GE 9800 Unitrol - Application: Industrial motor control environments requiring robust three‑phase protection Why this bucket stands out - Seamless GE 7700 compatibility: Designed to slot into GE 7700 motor control centers without custom modifications, reducing installation time and potential wiring complexities. - Simplified retrofit and replacement: Use this bucket as a direct replacement for aging MCC components or as a retrofit to upgrade to a 9800 Unitrol-based protection scheme, keeping your control center current with your protection strategy. - Concrete, high‑current protection: The 250 A, 600 V rating is tailored for medium to heavy motor loads, helping you guard critical equipment such as pumps, fans, conveyors, and processing machinery. - Compact, practical form factor: A 9" bucket height matches standard layouts, making it easier to plan rack space, bus connections, and service access within your existing MCC setup. Ideal use cases - Maintenance and downtime reduction: Replace worn or failing MCC buckets in existing GE 7700 centers with a unit designed for straightforward swap‑in compatibility, minimizing equipment downtime. - Retrofit projects: Modernize older motor control centers by integrating 9800 Unitrol‑series buckets, aligning with current protection practices while preserving your original GE architecture. - New installations in confined spaces: When outfitting new lines or plants where space is a constraint, this 9" bucket height helps you optimize rack density without sacrificing protection quality. Who benefits most - Plant maintenance engineers seeking reliable, compatible MCC replacements - Electrical contractors performing retrofit projects in facilities with GE 7700 MCCs - OEMs integrating proven protection modules into custom motor control assemblies - Operations managers aiming to extend the life of critical motor-driven equipment while maintaining uptime Practical considerations and tips - Verify system compatibility: Ensure your GE 7700 MCC rack is configured for a 250 A, 600 V, 3-Pole breaker bucket. This unit is designed to align with the GE 7700 architecture and the 9800 Unitrol family. - Plan for serviceability: With a 9" bucket height, confirm adequate access for maintenance and inspection within your control center layout. - Inspect ancillary wiring: When retrofitting, review bus bar connections and control wiring to ensure clean, secure terminations that support reliable trip performance. - Leverage support: AmpState offers retrofit solutions and technical support, helping you select the right bucket and execute a smooth installation with global delivery options. What this means for your operation - Reduced downtime through compatible, ready-to-install MCC buckets that align with your existing GE 7700 infrastructure. - A clear upgrade path within the 9800 Unitrol line, preserving investment in your motor control center while delivering supported, up-to-date protection for three‑phase motor loads. - Confidence in purchasing decisions with a specification-driven product designed for industrial environments and backed by AmpState’s global logistics and technical assistance. In short, the GE 7700 Breaker MCC Bucket — 250 A, 600 V, 3-Pole, 9" height — is a purpose-built solution for engineers and technicians who need a dependable, easy-to-install retrofit or replacement for GE 7700 MCCs. It pairs exacting electrical ratings with practical form factor and proven compatibility, delivering a reliable path to maintaining motor protection integrity in demanding industrial settings.