24813864

Overview

The Schroff 24813864 is a PIU S2 GR EMC plug-in unit designed for 6U rack systems. It features a 14HP horizontal mounting profile and a depth of 227mm. This component serves as a ventilated backplane or interface module within industrial enclosure architectures, facilitating signal distribution and power routing for mounted electronic cards.

Feature Summary

• Provides electromagnetic compatibility shielding for internal components
• Supports vertical card insertion in standard 6U rack formats
• Includes ventilation structures to assist thermal management

Applications

• Industrial control cabinet backplanes
• Telecommunications equipment racks
• Automotive testing system enclosures

Procurement Notes

Verify the exact dimensional tolerances against your specific chassis requirements before integration. Confirm that the 227mm depth aligns with your enclosure's rear clearance. Ensure the 14HP width matches your card layout needs. Cross-reference the datasheet for mounting hole patterns to guarantee mechanical compatibility with your existing rack structure.

Selection Notes

Select this unit when a dedicated EMC-shielded interface is required for 6U modules. The 227mm depth offers a compact solution compared to deeper alternatives. Consider the ventilated design if passive cooling is sufficient for your load. Evaluate the 14HP width against the number of slots needed for your specific application density.

Part Context

This part belongs to the nVent SCHROFF PIU S2 series, which focuses on standardized rack accessories. The S2 designation typically indicates a specific generation of plug-in units optimized for modern industrial enclosures. It complements other Schroff rack components to form complete system solutions.

Replacement Considerations

Direct substitutes may include variants with different depths such as 167mm or 227mm equivalents from the same series. Verify that any replacement maintains the 6U height and 14HP width constraints. Check for identical EMC performance ratings and mounting interfaces.