Siemens Model 95 - Breaker MCC Bucket - 225 A, 240 V, 12" Height, 3 P | AmpState

Meet the Siemens Model 95 Breaker MCC Bucket from AmpState — a purpose-built, 225 A, 240 V, 3-Pole module engineered to drop directly into Siemens Model 95 MCC systems. Built for demanding industrial motor control environments, this MCC bucket delivers dependable performance with minimal downtime, serving as a precise OEM replacement for both retrofit and ongoing maintenance needs.

Direct OEM Replacement for Siemens Model 95 MCC Systems

• Designed to fit Siemens Model 95 MCC blocks without aftermarket adaptation, streamlining installation and maintaining system integrity
• Three-pole configuration supports standard three-phase motor loads for balanced, reliable power distribution
• Compact 12" height preserves enclosure space and aligns with established mounting footprints
• Rating of 225 A at 240 V ensures compatibility with mid-size industrial motors and their control circuits
• Part of AmpState’s proven MCC component lineup, backed by global delivery and dependable sourcing

Ideal Use Cases

• Retrofit and refresh aging MCC infrastructure in manufacturing, packaging, processing, and material handling facilities
• New installations where Siemens Model 95 is specified, ensuring seamless integration with existing control architectures
• Spare-part strategy to minimize downtime during planned maintenance or unexpected outages

Why AmpState Supports Your Operations

AmpState provides high-quality MCC components with a global delivery network, helping you keep critical motor control systems online across sites and continents. By choosing a direct OEM-compatible bucket, you reduce installation risk and compatibility concerns while preserving warranty and performance expectations.

Installation and Compatibility Tips

Verify that your application requires a 225 A, 240 V, 3-Pole configuration and that the replacement’s dimensions align with your Siemens Model 95 MCC frame. Handle components with care to protect terminals and contacts, and plan for routine maintenance checks to ensure continued reliability in continuous-duty environments.