24564131

Overview

The nVent SCHROFF 24564131 is a 3U EuropacPRO series rack-mount subrack designed for 19-inch systems. It features an 84 HP horizontal pitch and a depth of 175 mm. Constructed from aluminum with stainless steel components, it supports a maximum load capacity of 7.5 kg. The unit complies with EN 60603-2 (DIN 41612) standards and is available in a natural finish.

Feature Summary

• EuropacPRO series design for standardized 19-inch rack integration
• Aluminum construction with stainless steel elements for structural integrity
• Supports up to 7.5 kg of module weight
• Compliant with EN 60603-2 (DIN 41612) interface standards

Applications

• 19-inch equipment rack mounting
• Backplane module support
• Industrial control system chassis
• Telecommunications hardware installation

Procurement Notes

Verify the specific material composition and finish against official datasheets, as some sources describe this model as stainless steel while others specify aluminum. Confirm the exact depth specification, noting discrepancies between 175 mm and other values in distributor listings. Ensure compatibility with EN 60603-2 backplanes before procurement.

Selection Notes

Select this subrack when a 3U height and 175 mm depth are required within a standard 19-inch frame. The 84 HP pitch accommodates standard Eurocard modules. Consider the 7.5 kg load limit when planning module density. Verify if the natural aluminum finish meets environmental requirements or if additional coating is necessary.

Part Context

This component belongs to the nVent SCHROFF EuropacPRO series, which provides modular solutions for electronic equipment housing. The series is widely used in industrial automation and telecommunications. The 24564131 specifically addresses the need for lightweight yet robust mounting structures in confined rack spaces.

Replacement Considerations

Check for direct substitutes within the EuropacPRO line that match the 3U x 84 HP x 175 mm dimensions. Ensure any replacement maintains EN 60603-2 compliance. Verify that alternative materials offer equivalent corrosion resistance and load-bearing capabilities.