21130098

Overview

The nVent SCHROFF 21130098 is a rear panel component designed for the 21130 series sub-rack system. It features a height of 1800 mm and a width of 800 mm, providing structural support for electronic modules within standard 19-inch enclosures. The unit includes an integrated locking mechanism compatible with the 7021 series interface standards, ensuring secure mounting and alignment for high-density equipment installations.

Feature Summary

• Provides rigid structural backing for modular electronic assemblies
• Integrates a locking mechanism for secure module retention
• Designed for compatibility with standard 19-inch rack frameworks

Applications

• High-density electronic equipment housing
• Telecommunications infrastructure racks
• Industrial control system enclosures

Procurement Notes

Verify exact dimensional tolerances and locking interface specifications against the specific enclosure model before procurement. Confirm that the 1800mm height aligns with available cabinet space and that the 800mm width matches the intended module layout. Ensure compatibility with existing 7021 series hardware to prevent installation conflicts.

Selection Notes

Select this component when a full-height rear panel with integrated locking is required for the 21130 series. Consider the 800mm width constraint relative to module depth and cable management needs. Evaluate if the fixed 1800mm height meets the vertical clearance requirements of the target application environment.

Part Context

This part belongs to the nVent SCHROFF 21130 series, which specializes in robust sub-rack solutions for electronics packaging. The series is engineered for durability and precise module alignment in demanding industrial environments, offering standardized dimensions for seamless integration into larger cabinet systems.

Replacement Considerations

No direct public substitute part numbers are confirmed for this specific configuration. Verify compatibility with alternative rear panels from the same 21130 series family based on identical height and width metrics.