21130106

Overview

The nVent Schroff 21130-106 is a replacement door designed for 19-inch electronic enclosures and subracks. It features a height of 1200 mm and a width of 600 mm, providing substantial coverage for internal components. The unit is finished in RAL 7021 grey, a standard industrial color for equipment cabinets. It offers an IP20 ingress protection rating, ensuring basic protection against solid objects while allowing ventilation. This component serves as a structural closure for modular rack systems.

Feature Summary

• Provides secure enclosure closure for 19-inch rack structures
• Finished in standard RAL 7021 industrial grey
• Designed for integration with compatible subrack frames

Applications

• Enclosure doors for 19-inch server racks
• Closures for electronic subracks
• Industrial control cabinet fronts

Procurement Notes

Verify that the target enclosure frame matches the 19-inch standard and supports the specified 1200x600 mm dimensions. Confirm that the mounting interface aligns with the existing chassis hardware. Ensure the required IP20 protection level meets the operational environment requirements. Check compatibility with adjacent rack units to maintain uniform aesthetic and functional standards.

Selection Notes

Select this model when a full-height door replacement is needed for large 19-inch installations. The 600 mm width suits deep or wide chassis configurations. Consider the RAL 7021 finish if visual consistency with other nVent Schroff equipment is required. Verify that the IP20 rating is sufficient for the specific installation environment.

Part Context

This part belongs to the nVent Schroff range of electronics packaging solutions. The brand specializes in modular rack systems, backplanes, and cabinet accessories. The 21130 series typically relates to subrack components, where this door serves as a protective front panel for the assembly.

Replacement Considerations

Ensure the new door matches the original frame's hole pattern and hinge specifications. Verify that the thickness and material properties are compatible with the existing locking mechanisms.