Siemens Model 95 - Breaker MCC Bucket - 100 A, 600 V, 48" Height, 3 P | AmpState

Introducing the Siemens Model 95 Breaker MCC Bucket — a purpose-built, three‑pole module engineered for industrial motor control centers. With a 100 A rating at 600 V and a 48" height, this bucket is designed to slot seamlessly into Siemens Model 95 MCC systems, delivering a direct replacement path for OEM parts in both new installations and retrofits.

• Exact fit for Model 95 MCC systems: preserves mounting patterns, bus connections, and electrical interfaces to minimize downtime during replacement.
• 100 A, 600 V rating: robust protection for mid-to-large industrial motors, offering reliable interrupting capacity and steady uptime in demanding environments.
• 3-Pole configuration: standard three‑phase protection that aligns with common motor control schemes and ensures balanced protection across all phases.
• 48" height: matches typical MCC cabinet spacing, enabling predictable installation planning in space-constrained facilities.
• OEM replacement and retrofit ready: designed to be a seamless substitute for aging components, reducing redesign work and simplifying spare-part inventories.
• Quality you can trust: AmpState sources high-quality MCC components with global delivery, supporting timely procurement for projects worldwide.

This MCC bucket is ideal for plants across manufacturing, processing, and material handling where motor control reliability is critical. Whether modernizing an aging Siemens Model 95 setup or stocking for proactive maintenance, this bucket keeps your control center aligned with existing protection schemes. The three‑pole design promotes coordinated protection across all three phases, helping to minimize nuisance trips and extend motor life.

Compatibility and installation notes: While the unit is a direct replacement for Siemens Model 95 MCC configurations, confirm that mounting hardware, bus stabs, wiring harnesses, and terminal blocks are consistent with your specific switchgear layout. Ensure proper alignment with existing protective relays and control circuits to maintain intended protection coordination.