Siemens tiastar - Breaker MCC Bucket - 15 A, 240 V, 6" Height, 3 P | AmpState

Meet the Siemens tiastar Breaker MCC Bucket—an expertly engineered 15 A, 240 V, 3-Pole module purpose-built for Siemens tiastar motor control centers. This direct replacement is designed for OEM parity and hassle-free retrofits, delivering reliable protection and consistent performance in demanding industrial environments.

• Brand: Siemens
• Model: Siemens tiastar
• Configuration: Breaker MCC Bucket
• Rating: 15 A, 240 V, 3-Pole
• Height: 6 inches
• Applications: Fits Siemens tiastar MCC systems; ideal for OEM replacements and retrofit projects

Why this MCC bucket stands out

This Breaker MCC Bucket is built to integrate seamlessly with existing Siemens tiastar configurations, ensuring plug-and-play compatibility and minimizing downtime during replacements. With its precise 15 A, 240 V, 3-Pole specification, it supports standard motor loads while preserving protective coordination and control logic within your MCC framework.

Choosing this module means you’re opting for a measured, dependable path to keep your motor-driven processes online—from conveyors and pumping stations to ventilation and processing equipment. AmpState backs the solution with global delivery, making it a practical option for facilities that rely on fast, worldwide procurement of genuine, compatible MCC components.

Ideal for

• Maintenance teams performing OEM replacements or Retrofit-ups on Siemens tiastar MCC systems
• Facilities needing a reliable, standardized 3-Pole breaker bucket for 240 V motor circuits
• Engineers planning scalable motor control architectures where consistent module dimensions matter

Practical considerations for deployment: verify your panel’s enclosure compatibility with a 6-inch MCC bucket height, confirm the 15 A rating aligns with your motor current and protection settings, and ensure the replacement aligns with the tiastar MCC system’s wiring and control schemes. This approach minimizes surprises and keeps your motor control center operating as intended.