24572029

Overview

The nVent SCHROFF 24572029 is a rack thermal management component, specifically a RAT PRO AIR unit. It features a 3/4 HE height profile and supports 84 TE (19-inch) width. The physical dimensions are 315mm in length, 448.90mm in width, and 177.80mm in height. Constructed from Aluminum Alloy 6061-T6, it serves as a vented enclosure solution for electronics packaging.

Feature Summary

• Constructed from Aluminum Alloy 6061-T6 for structural integrity
• Designed for rack mount installation within standard 19-inch frames
• Provides vented enclosure capabilities for thermal management

Applications

• Rack thermal management systems
• Electronics packaging design
• Standard product fabrication for rack mounting

Procurement Notes

Verify the specific finish requirements against the manufacturer's finish table before procurement, as surface treatment details are not fully specified in general summaries. Confirm that the 3/4 HE form factor aligns with your rack's vertical space constraints. Ensure compatibility with 84 TE width standards for your application infrastructure.

Selection Notes

Select this model when a 4U equivalent height (177.80mm) and 315mm depth are required for rack-mounted applications. The aluminum alloy construction offers a balance of weight and durability suitable for standard electronics enclosures. Verify that the unshielded nature meets your electromagnetic interference requirements.

Part Context

This component belongs to the ratiopacPRO air series by nVent SCHROFF, a leader in electronics packaging. The series focuses on combinable, modular, and scalable solutions for laboratory racks and rugged environments. This specific part number represents a standardized thermal management unit within their broader portfolio of cabinets and subracks.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Consult nVent SCHROFF technical support for cross-references or alternative models within the ratiopacPRO series that match specific dimensional or material requirements.