Siemens tiastar - Breaker MCC Bucket - 200 A, 208 V, 24" Height, 3 P | AmpState

Engineered for demanding industrial motor control, the Siemens tiastar Breaker MCC Bucket delivers a robust 200 A, 208 V, 3-Pole solution in a compact 24-inch tall form factor. This is not a generic bucket — it’s a genuine Siemens tiastar MCC component designed to plug directly into existing tiastar systems, making OEM replacement and retrofit projects smoother, faster, and safer.

• 200 A, 208 V, 3-Pole rating — precise electrical characteristics tailored for heavy-duty motor control circuits.
• 24" height — a perfect fit for standard Siemens tiastar frames, minimizing installation adjustments.
• Direct OEM replacement — preserves wiring layouts, bus connections, and protective interlocks to reduce downtime and risk during swaps.
• Retrofit-ready — streamline upgrades within existing Siemens tiastar MCC systems, keeping your control architecture intact.
• Rugged industrial construction — designed to withstand the rigors of demanding plant environments and long service life.
• Global delivery through AmpState — reliable sourcing and worldwide shipping to support projects of any scale.

Who benefits from this Breaker MCC Bucket? electrical teams and maintenance engineers upgrading or refurbishing motor control centers in manufacturing, processing, and material handling facilities. If your system relies on Siemens tiastar MCC modules, this bucket ensures compatibility, reliable protection, and a seamless path to uptime.

Use cases include new builds requiring a 200 A, 208 V, 3-Pole bucket, or retrofits where matching OEM specifications is critical for performance and safety. Before installation, confirm the 24" height, 3-Pole configuration, and 208 V rating align with your existing tiastar frame and motor drives. With AmpState’s global reach, you can source this authentic Siemens tiastar MCC bucket with confidence for timely project delivery.

Choose the Siemens tiastar Breaker MCC Bucket for a trustworthy, plug-and-play retrofit or replacement that keeps your motor control center performing at its best.