Siemens Model 90 - Breaker MCC Bucket - 25 A, 480 V, 18" Height, 3 P | AmpState

The Siemens Model 90 Breaker MCC Bucket is a purpose-built replacement module for Siemens Model 90 Motor Control Centers, delivering a 25 A, 480 V, 3-Pole configuration in an 18-inch tall MCC bucket. Engineered as a direct OEM replacement, it supports both new installations and retrofit projects without altering the cabinet footprint.

Designed to drop into existing Model 90 enclosures, this breaker MCC bucket ensures reliable motor control for demanding industrial environments where uptime matters.

• Exact compatibility: Fits Siemens Model 90 MCC systems, serving as a direct replacement for OEM components in retrofit or service scenarios.
• Electrical rating: 25 A, 480 V, 3-Pole configuration suitable for common industrial motor circuits.
• Physical fit: 18-inch height that aligns with standard Model 90 bucket dimensions for a seamless installation.
• Operational continuity: Minimizes downtime by enabling quick, no-fabrication replacement within existing MCC cabinets.
• Trusted source: Available through AmpState, with global delivery to support maintenance programs and project deadlines.

Ideal applications: Manufacturing plants, processing facilities, and machine rooms that utilize Siemens Model 90 MCCs. This unit is well-suited for preventive maintenance programs, spare parts inventories, and retrofit projects that replace aging or failed breakers without expanding the cabinet footprint.

Compared with generic MCC buckets, the Siemens Model 90 Breaker MCC Bucket from AmpState is designed to match the exact mechanical and electrical interface of the Model 90 system, reducing installation risk and preserving system performance.

Installation considerations: Ensure the target cabinet is a Siemens Model 90 MCC; verify the 25 A, 480 V, 3-Pole rating; follow all applicable electrical codes and Siemens installation manuals during replacement.

Delivery and support: AmpState provides the Siemens Model 90 Breaker MCC Bucket with global delivery, helping maintenance teams and contractors meet tight project timelines while safeguarding continuity of motor control in critical operations.