Siemens 8PX - Breaker MCC Bucket - 5 A, 240 V, 6" Height, 3 P | AmpState

Meet the Siemens 8PX Breaker MCC Bucket—a purpose-built, authentic replacement designed for industrial motor control centers that demand reliability and precise performance. With a 5 A, 240 V, 3-Pole configuration and a compact 6" height, this MCC bucket fits seamlessly into Siemens 8PX systems, delivering consistent control for demanding applications.

Why this matters in real-world operations: a correct, OEM-grade MCC bucket preserves electrical integrity, ensures proper alignment with mounting rails, and maintains accurate contact for three-phase motor control. This isn’t a generic substitute—it’s a direct drop-in replacement that supports smooth maintenance cycles and minimizes downtime during upgrades or retrofits.

• Specifications at a glance: 5 A, 240 V, 3-Pole rating
• Height: 6 inches
• Configuration: Breaker MCC Bucket for Siemens 8PX systems
• Brand/Model: Siemens 8PX; direct OEM replacement for retrofit and new builds
• Supplier: AmpState with global delivery

This MCC bucket is purpose-built for Siemens 8PX motor control centers, ensuring compatibility with the original control circuitry and mounting geometry. It’s an ideal choice for OEMs upgrading existing equipment, maintenance teams stocking reliable spares, and contractors designing or retrofitting plant-wide MCC solutions that require predictable, long-lasting performance.

Use cases that benefit most

• Retrofits of aging or failing MCC buckets in 8PX panels, reducing installation time and avoiding mismatched components.
• New equipment configurations that must align with Siemens 8PX standards for straightforward serviceability.
• Facilities maintenance programs seeking authentic, compatible parts to minimize risk and ensure consistent three-phase motor control performance.

Why choose AmpState for this replacement part? You’re investing in genuine Siemens engineering, exact fit, and reliable supply. AmpState ships globally, helping customers keep downtime to a minimum while maintaining the integrity of their motor control systems.