23130135

Overview

The Schroff 23130135 is a filter baseplate designed for the VSTAR series of rack systems. It functions as a foundational mounting component that integrates thermal management capabilities within the chassis structure. This part serves as the bottom plate for assembling rack enclosures, providing structural support and facilitating airflow control through integrated filtering mechanisms to protect internal electronic components from environmental contaminants.

Feature Summary

• Integrates filtration functionality into the baseplate structure
• Designed specifically for compatibility with VSTAR rack series
• Provides structural foundation for rack assembly

Applications

• Installation in 19-inch electronics cabinets
• Assembly of modular rack enclosures
• Thermal management integration in server racks

Procurement Notes

Verify the exact product description matches 'FILTER - 800D BASEPLATE VSTAR' when sourcing. Confirm compatibility with existing VSTAR system components. Check manufacturer lead times as they may vary. Ensure the part number corresponds to the specific filter configuration required for your enclosure design.

Selection Notes

Select this component when designing a VSTAR-based rack system requiring integrated air filtration at the base level. It is suitable for environments where dust protection is necessary without compromising the modular nature of the rack. Ensure the overall system height and weight requirements align with the baseplate specifications.

Part Context

This part belongs to the nVent SCHROFF product line, which specializes in electronics packaging and rack solutions. The VSTAR series represents a modular approach to rack construction, allowing for scalable and combinable cabinet designs. This baseplate is a critical structural element within that ecosystem.

Replacement Considerations

No direct substitute part numbers are publicly confirmed for this specific filtered baseplate variant. Compatibility depends on the VSTAR system architecture. Generic baseplates may not provide the same filtration or dimensional fit.