GE CR7092C - Breaker MCC Bucket - 225 A, 480 V, 18" Height, 3 P | AmpState

GE CR7092C Breaker MCC Bucket—225 A, 480 V, 3-Pole, 18" tall—engineered for demanding industrial motor control applications. This AmpState component is a direct OEM replacement for GE’s CR7092C MCC systems, designed to drop into existing panels with precision alignment and electrical ratings you can trust. When uptime matters, this MCC bucket delivers dependable protection and control without the guesswork of improvised substitutes.

• Configuration: Breaker MCC Bucket, 3-Pole
• Electrical rating: 225 A, 480 V
• Physical size: 18" height
• Compatibility: Fits GE CR7092C MCC systems; suitable for OEM replacement and retrofit projects

Why this MCC bucket stands out: it’s purpose-built to mirror the GE CR7092C architecture, ensuring exact fitment with mounting hardware, bus connections, and control wiring. The 3-Pole configuration provides balanced three-phase protection for motors and drives, helping to minimize faults and downtime in active industrial environments. With AmpState’s MCC components, you get a reliable, factory-aligned solution that reduces installation risk and accelerates project timelines.

Ideal use scenarios include:

• Retrofit and modernization projects in GE-powered motor control centers
• New installations where a precise 225 A, 480 V, 3-Pole MCC bucket is required
• Facilities prioritizing consistent aftermarket support and readily available replacements

Benefits in practical terms:

• Exact-fit compatibility for seamless integration into GE CR7092C systems
• Solid performance under industrial operating conditions, reducing unexpected interruptions
• Global delivery through AmpState, ensuring supply for projects of any scale

For installation, plan for a straightforward drop-in replacement within compatible GE MCC panels, confirming that the system configuration matches 225 A, 480 V, and 3-Pole requirements. By choosing this GE CR7092C MCC bucket from AmpState, you align with a proven, OEM-compatible solution designed to keep critical motor control routines running smoothly.