Schneider Electric
HyperPod Accessory - Row Length Brush Strip
Out of Stock
Schneider Electric FS-AC-2001-U HyperPod Brush Strip | Rack Accessory
Schneider Electric
MPN: FS-AC-2001-U
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Key Features
- Schneider Electric HyperPod accessory
- Row-length brush strip design
- Rack accessory type
- Airflow containment support
- Cable pass-through gap control
- Proprietary rack integration
- Reduce bypass airflow with a row-length brush strip for HyperPod rack environments
- Improve containment discipline using a brush barrier designed for cable pass-through openings
Keep airflow where it belongs with a row-length brush strip designed for HyperPod deployments. In high-density environments, unmanaged openings around cable paths and row interfaces can create bypass air, reduce containment effectiveness, and make cooling less predictable. This accessory helps close those gaps while preserving access for routed cabling.
For teams building or maintaining structured rack rows, the FS-AC-2001-U supports a cleaner physical environment without adding complexity to the deployment. It is the kind of accessory that matters most when thermal control, cable organization, and service access all have to coexist in the same footprint. By helping reduce open-space leakage along the row, it contributes to more disciplined airflow management and a more controlled data center layout.
Choose a dedicated brush strip when you want a solution that fits the architecture instead of forcing the architecture to adapt. It is a practical detail, but in dense infrastructure, details are what protect cooling performance and keep the room easier to manage over time.
Ideal For
- Closing cable pass-through openings in HyperPod row deployments
- Improving airflow containment in high-density rack aisles
- Finishing new data center rows with cleaner cable management boundaries
- Reducing bypass air around service openings and rack interfaces
Why This Product
- 1Targets airflow leakage at row openings instead of general rack finishing
- 2Supports containment-focused deployments in dense infrastructure
- 3Helps preserve cable access while reducing bypass air
- 4Fits HyperPod-oriented rack row architecture


