34812214

Overview

The Schroff 34812214 is a rear panel designed for frame-type plug-in units, specifically configured for a 3U height and 14HP width. It serves as a structural component within modular rack systems, providing a mounting surface for connectors and facilitating the integration of electronic modules. The unit is part of the nVent SCHROFF portfolio, engineered to support standardized mechanical interfaces for reliable assembly in industrial and laboratory environments.

Feature Summary

• Designed for frame-type plug-in unit architectures
• Provides structural rear mounting interface
• Compatible with standard 3U and 14HP module dimensions

Applications

• Industrial control rack assemblies
• Laboratory test equipment enclosures
• Modular subrack system integration

Procurement Notes

Verify the exact dimensional tolerances and connector cutout specifications against your specific module requirements before procurement. Confirm that the 3U/14HP configuration matches your existing chassis infrastructure. Ensure compatibility with the intended frame-type plug-in unit series to guarantee proper mechanical fit and alignment during installation.

Selection Notes

Select this rear panel when designing systems requiring a standardized 3U height and 14HP width for frame-type plug-in units. Ensure the application utilizes compatible frame structures that support this specific rear panel format. Verify that the required connector placements align with the panel's design to avoid modification needs.

Part Context

This component belongs to the nVent SCHROFF range of rack accessories, which includes various panels, kits, and enclosures for electronics integration. The brand specializes in modular solutions for industrial and laboratory applications, offering scalable and combinable hardware systems. This specific item supports the broader ecosystem of plug-in unit frameworks.

Replacement Considerations

Cross-reference with other 3U 14HP rear panels from the same manufacturer family, such as part number 34812221 or 34812228, if alternative configurations are needed. Ensure any substitute maintains identical mechanical footprint and connector interface compatibility.