28230042

Overview

The Schroff 28230042 is a 19-inch rack frame, specifically the SL19 model with 47U height. It features dimensions of 553 mm width and 500 mm depth. The unit is constructed for housing technical devices and components within electronics packaging systems. This frame serves as a structural foundation for modular rack assemblies, providing standardized mounting points for equipment integration in industrial and laboratory environments.

Feature Summary

• Provides a robust structural framework for 19-inch electronic equipment housing
• Designed for efficient integration of technical devices and components
• Supports modular assembly within standard electronics packaging systems

Applications

• Housing technical devices in industrial control panels
• Laboratory rack installations
• Modular electronics packaging systems

Procurement Notes

Verify the exact dimensional specifications (553W x 500D) and U-height (47U) against your enclosure requirements. Confirm that the SL19 series compatibility matches your existing side panels and accessories. Ensure the finish and material properties align with your environmental protection needs before finalizing the order.

Selection Notes

Select this frame when a 47U height is required for high-density equipment mounting. The 500 mm depth accommodates standard depth equipment. Consider the SL19 series modularity if future expansion or reconfiguration of the rack system is anticipated within the same footprint constraints.

Part Context

This component belongs to the nVent SCHROFF SL19 series, a line of combinable and scalable rack solutions. The series focuses on providing standardized, high-quality frames for electronics packaging. It is part of a broader ecosystem including side panels and accessories designed for interoperability within the same product family.

Replacement Considerations

Public confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing rack accessories from the same manufacturer to ensure mechanical fit and functional continuity.