24576153

Overview

The Schroff 24576153 is a rear panel designed for the PropacPRO modular subrack system. It features a 4U height and 63HP width, constructed from aluminum with an anodized finish. The unit includes ventilation slots to facilitate airflow for mounted electronic components. This accessory is engineered to integrate seamlessly with compatible rack structures, providing structural support and organization for backend connections in embedded computer systems.

Feature Summary

• Constructed from aluminum with an anodized surface treatment
• Designed specifically for integration within the PropacPRO modular subrack platform
• Incorporates vented design elements to support thermal management

Applications

• Rear mounting for 4U PropacPRO subracks
• Enclosure assembly for embedded computer systems
• Structural backing for PCB-based electronic modules

Procurement Notes

Verify compatibility with existing 4U PropacPRO frames before acquisition. Confirm that the 63HP width aligns with current chassis specifications. Ensure the anodized finish meets environmental requirements. Cross-reference the part number with official nVent SCHROFF documentation to confirm current manufacturing status and lead times.

Selection Notes

Select this component when a dedicated rear panel is required for a 4U high, 63HP wide enclosure configuration. It is suitable for applications utilizing the PropacPRO ecosystem. Consider alternative HP counts if the system layout differs. Verify material specifications against corrosion resistance needs.

Part Context

This part belongs to the nVent SCHROFF PropacPRO series, which provides modular solutions for electronics packaging. The series supports various board standards including Euroboard configurations. Rear panels like this model complete the mechanical structure of the subrack, offering mounting points and protection for rear-facing interfaces.

Replacement Considerations

The 24576154 is a similar rear panel but features an 84HP width instead of 63HP. Verify physical dimensions carefully before substitution. No other direct substitutes are confirmed in public documentation.