Siemens Model 90 - Breaker MCC Bucket - 100 A, 480 V, 24" Height, 3 P | AmpState

Siemens Model 90 Breaker MCC Bucket — a rugged, industrial-grade solution delivering 100 A at 480 V in a compact 3-pole configuration. Standing 24 inches tall, this MCC bucket is purpose-built to slot into Siemens Model 90 motor control center systems, providing a reliable direct replacement for OEM parts and seamless retrofits in demanding environments.

• 100 A, 480 V, 3-Pole rating: optimized for three-phase motor control circuits common in manufacturing, pumping, and processing lines.
• 24" height: precisely matches the vertical footprint of standard Model 90 MCC racks for straightforward installation and alignment.
• Direct OEM replacement / retrofit: designed to drop into existing Model 90 systems with minimal wiring changes or downtime, preserving original protection and control interfaces.
• Industrial-grade construction: built to endure continuous operation in harsh industrial environments, offering dependable performance and longer service life.
• Global delivery from AmpState: access high-quality MCC components with reliable shipping to keep your project on schedule.

This MCC bucket is ideal for facilities upgrading or maintaining large motor drives, including conveyors, pumps, compressors, and processing lines that rely on Siemens Model 90 infrastructure. If you’re replacing a worn or outdated bucket or performing a retrofit, this unit provides a precise fit and proven compatibility that keeps your switchgear operating with minimal disruption.

Why choose this Siemens Model 90 bucket over generic substitutes? it’s engineered to align with Siemens OEM specifications, ensuring correct contact alignment, safe clearances, and seamless communication with the system’s protection and control circuitry. That means fewer compatibility surprises and faster, more predictable maintenance outcomes.

Practical setup tips: verify the Model 90 rack compatibility before installation, ensure mounting points and lugs match your existing hardware, and follow standard lockout/tagout procedures to protect personnel. Inspect the interior for any transport-related damage and torque connections to the manufacturer’s requirements to maintain reliable operation.