Siemens TIASTAR 95+ - Breaker MCC Bucket - 5 A, 240 V, 9" Height, 3 P | AmpState

Designed for industrial motor control environments, the Siemens TIASTAR 95+ Breaker MCC Bucket delivers a precise, ready-to-install solution for Siemens TIASTAR 95+ MCC systems. This 3‑pole bucket is engineered to support reliable operation in demanding settings while providing a straightforward retrofit path for existing equipment.

Key specifications at a glance:

• Rating: 5 A, 240 V, 3‑Pole configuration — ideal for three-phase motors with moderate starting currents
• Height: 9 inches — designed to fit standard MCC bays without additional hardware
• Configuration: Breaker MCC bucket tailored for the Siemens TIASTAR 95+ platform
• Application: Direct OEM replacement and retrofit to keep your motor control center operating with minimal downtime

This MCC bucket is purpose-built to slot into Siemens TIASTAR 95+ systems, ensuring seamless electrical compatibility and mechanical fit. The 3‑pole design supports balanced three-phase loads, providing dependable protection and control for small-to-mid sized motors on conveyors, pumps, mixers, and processing lines.

Why choose this unit?

• OEM-aligned reliability: A direct replacement option that maintains original performance characteristics and electrical interfaces
• Retrofit-ready: Simplifies maintenance projects and upgrades by matching Siemens’ design intent and mounting footprint
• Downtime-conscious: Consistent fit and fast replacement help you minimize production interruptions
• Global support: AmpState provides high-quality MCC components with global delivery to keep projects on schedule

Ideal for: maintenance engineers, reliability teams, and plant managers tasked with replacing worn or obsolete MCC buckets in Siemens TIASTAR 95+ installations, as well as retrofit projects aiming to extend the life of existing motor control infrastructure.

Practical use scenarios include: swapping in this MCC bucket during scheduled maintenance to restore full motor control capabilities, upgrading aging control hardware in mixed-vendor environments, or standardizing fleet components across multiple lines to simplify spare parts logistics.