Siemens 8PX - Breaker MCC Bucket - 15 A, 208 V, 15" Height, 3 P | AmpState

Siemens 8PX Breaker MCC Bucket designed for industrial motor control applications delivers reliable, exact-fit performance in a 15 A, 208 V, 3-Pole configuration. This MCC bucket is engineered as an authentic direct replacement for OEM components within Siemens 8PX motor control centers, making retrofits faster and downtime shorter.

Key benefits and what makes it unique

• Exact fit for Siemens 8PX MCC systems — engineered to slide into your existing 8PX cabinet without adapters or guesswork, preserving alignment and electrical connections.
• Spec-compliant performance — 15 A, 208 V, 3-Pole configuration aligns with standard industrial motor control loads for dependable operation.
• Compact, enclosure-friendly design — at 15 inches in height, it's built to integrate into common MCC enclosures with minimal intrusion.
• OEM-ready replacement — a dependable alternative for OEM and retrofit projects, ensuring continuity with your established control architecture.
• AmpState global delivery — access this Siemens MCC bucket from AmpState with worldwide shipping and support for maintenance programs and project timelines.

Compatibility, use cases, and practical guidance

This MCC bucket is ideal for maintenance teams, plant engineers, and electricians who manage aging or expanding Siemens 8PX motor control centers. Use it for:

• Retrofits in existing 8PX setups to restore original performance without changing surrounding hardware.
• Spare parts stocking for scheduled maintenance, minimizing downtime when replacements are needed.
• New installations in facilities adopting Siemens 8PX MCC architecture that require a reliable breaker bucket with standard 3-Pole, 208 V, 15 A specs.

When planning installation, confirm that the enclosure space accommodates a 15" MCC bucket and that the 3-Pole configuration matches your drive and motor requirements. This part is specifically designed to align with Siemens 8PX systems, ensuring a straightforward upgrade path and consistent electrical performance.