Siemens Model 95 - Breaker MCC Bucket - 100 A, 480 V, 36" Height, 3 P | AmpState

The Siemens Model 95 Breaker MCC Bucket from AmpState is engineered for industrial motor control setups that require a precise 100 A, 480 V, 3‑pole configuration. Designed to fit seamlessly within Siemens Model 95 MCC systems, this bucket serves as a direct OEM replacement and a reliable retrofit option, helping you minimize downtime while preserving control-system integrity.

Compatibility and core specifications

Brand: Siemens • Model: Siemens Model 95 • Configuration: Breaker MCC Bucket • Rating: 100 A • Voltage: 480 V • Poles: 3-Pole • Height: 36 inches

What sets this MCC bucket apart

• Direct OEM replacement: Precisely matches Siemens Model 95 MCC system dimensions, mounting points, and interlock alignments to ensure a smooth, drop‑in swap without custom adapters.
• Exact fit for 36" enclosures: The 36" height is configured to align with standard Siemens installations, supporting proper clearance and safe, reliable operation.
• 3‑pole, 480 V performance: Optimized for balanced three‑phase motor control in typical industrial electrical environments, helping maintain consistent torque and protection coordination.
• Solid 100 A rating: Suitable for mid‑scale motor circuits, enabling effective protection while accommodating typical startup currents in industrial applications.
• Retrofit‑friendly: A practical choice for upgrading aging MCC components or standardizing spare parts inventories across multiple lines without complex rewiring.
• Global delivery, proven reliability: AmpState supports international projects with dependable MCC components and responsive logistics to keep you on schedule.

Ideal for

Plant engineers, maintenance teams, and OEM parts managers who operate Siemens Model 95 MCC systems, or who are planning retrofits and inventory optimization for 480 V, 3‑pole motor control buckets. This component is particularly valuable for facilities prioritizing uptime and straightforward part replacement in established Siemens architectures.

Practical considerations and best practices

• Before replacement, confirm enclosure compatibility and ensure mounting hardware aligns with existing fixtures to prevent installation delays.
• Coordinate with your protection scheme to maintain proper trip settings and coordination with overload devices in the MCC.
• Keep a ready spare on hand for critical motor circuits to minimize downtime during maintenance windows or unexpected outages.