24576247

Overview

The nVent SCHROFF part number 24576247 is a rear panel designed for professional electronic enclosure systems. It features a height of 3 HE (High Units) and a width accommodating 28 TE (Divider Units). The component has an external depth of 32 mm, with specific dimensions of 146.8 mm in width and 146 mm in height. This rear panel serves as a structural backplane for mounting modules within standardized rack environments.

Feature Summary

• Provides a rigid mounting surface for rear-facing module connections
• Designed to integrate with standard 19-inch rack infrastructure
• Constructed to support modular equipment organization

Applications

• Industrial control cabinet assembly
• Measurement technology system integration
• Research laboratory equipment housing

Procurement Notes

Verify the exact dimensional requirements against your chassis design, specifically the 3 HE height and 28 TE width compatibility. Confirm that the 32 mm depth aligns with your cable management needs. Ensure the manufacturer designation matches current nVent SCHROFF branding standards to avoid confusion with legacy inventory or third-party equivalents.

Selection Notes

Select this component when a fixed rear interface is required for 3U high equipment bays. It is suitable for applications needing standardized horizontal spacing without integrated active components. Consider alternative depths if cable routing space is constrained beyond the specified 32 mm profile.

Part Context

This rear panel belongs to the nVent SCHROFF portfolio of enclosure accessories. The brand specializes in electronics packaging for industrial and research sectors. These components are engineered to meet international standards for rack-mounted systems, ensuring interoperability across various professional hardware platforms.

Replacement Considerations

Cross-reference with other Schroff rear panels sharing identical 3 HE and 28 TE specifications. Verify mechanical fitment before substituting, as minor variations in mounting hole patterns may exist between different product series generations.