Siemens TIASTAR 95+ - Breaker MCC Bucket - 150 A, 240 V, 15" Height, 3 P | AmpState

Engineered as a precise, direct replacement for Siemens TIASTAR 95+ MCC systems, the Siemens TIASTAR 95+ Breaker MCC Bucket delivers dependable 150 A, 240 V, 3-Pole performance in a robust 15" tall frame. Designed for industrial motor control centers, this unit slides into existing Siemens TIASTAR 95+ MCC configurations to restore original functionality without the need for major rewiring or custom fabrication.

Why this Breaker MCC Bucket stands out

• Exact OEM compatibility: A true replacement for Siemens TIASTAR 95+ MCC systems, ensuring seamless fit, wiring alignment, and mounting pattern—minimizing downtime during swap-out.
• Reliable, high-capacity performance: 150 A continuous rating supports demanding motor loads, while 240 V operation handles typical industrial power needs with balanced three-phase protection.
• Compact, proven form factor: At 15" in height, it integrates smoothly into established MCC frames without sacrificing accessibility or serviceability.
• Ready for retrofit and OEM service life extension: Ideal for upgrading aging cabinets, restoring peak performance in legacy systems, or stocking as a ready-to-install spare for critical lines.
• Global availability through AmpState: Reliable sourcing and worldwide delivery ensure you get the right part when you need it, with support for global maintenance programs.

What problems it solves

In demanding industrial environments, motor control centers must minimize downtime and keep production lines moving. This Breaker MCC Bucket delivers:

• Consistent protection for motor circuits with a dedicated 3-Pole configuration, reducing the risk of uneven phase loading.
• Fast, straightforward replacement that slots into existing Siemens TIASTAR 95+ infrastructure, cutting service time and complexity.
• Stable performance under peak load conditions, helping to prevent nuisance trips and unplanned outages.

Ideal for whom and use cases

• Industrial plants with conveyors, pumps, fans, and other heavy-motor applications that rely on reliable MCCs.
• Maintenance teams performing OEM-equivalent replacements or line upgrades without changing the surrounding cabinet architecture.
• OEM service providers and repair shops needing a high-quality, field-proven bucket to support retrofit projects and spare-part inventories.

How it compares to alternatives

While many MCC buckets offer generic compatibility, this unit is purpose-built for the Siemens TIASTAR 95+ ecosystem. It preserves original electrical characteristics, mounting geometry, and protective coordination, reducing the risk of mismatches that can complicate maintenance or void warranties. Choose this option to maintain system parity with your existing MCC, ensuring predictable trip settings, wiring layouts, and control interlocks.

Practical tips for deployment

• Verify that your control system is configured for a 150 A, 240 V, 3-Pole setup before ordering. This ensures full compatibility with bus bars, terminal blocks, and interlock mechanisms.
• Plan for a minimal downtime swap by coordinating with your electrical team to isolate power, discharge capacitors, and follow standard safety procedures during replacement.
• Use as part of a proactive maintenance strategy—keep a tested spare on hand to expedite future replacements and limit production interruptions.
• Document the exact MCC configuration in your maintenance logs to simplify future retrofits or component audits.

Specifications at a glance

• Brand: Siemens
• Model: Siemens TIASTAR 95+ Breaker MCC Bucket
• Configuration: Breaker MCC Bucket
• Rating: 150 A, 240 V, 3-Pole
• Height: 15 inches
• Application: Direct replacement for OEM and retrofit within Siemens TIASTAR 95+ MCC systems

Choose the Siemens TIASTAR 95+ Breaker MCC Bucket to maintain uptime, preserve system integrity, and simplify your motor-control center servicing. With AmpState’s commitment to quality MCC components and global delivery, you’ll have dependable, OEM-grade parts ready when you need them—so your critical motors stay aligned with your production schedules.