34813214

Overview

The Schroff 34813214 is a DIN rail mounting bracket designed for the secure attachment of electronic components to standard 35mm DIN rails. Constructed from steel with a zinc-plated finish, it provides mechanical stability and corrosion resistance in industrial environments. The component features a snap-on design that allows for quick installation and removal without tools. It supports various module widths and ensures proper alignment within control cabinets or distribution boards. This bracket serves as a foundational element for organizing modular equipment along standardized mounting profiles.

Feature Summary

• DIN rail compatible snap-on mounting mechanism
• Zinc-plated steel construction for durability
• Tool-free installation and removal capability

Applications

• Industrial control cabinet assembly
• Electrical distribution board organization
• Modular electronic component mounting

Procurement Notes

Verify the specific product datasheet to confirm compatibility with the target DIN rail profile and load requirements. Ensure the zinc-plated finish meets environmental standards for the intended installation location. Cross-reference the part number with official manufacturer catalogs to confirm current availability and technical specifications before procurement.

Selection Notes

Select this bracket when a robust, tool-free mounting solution is required for DIN rail applications. Consider the material finish and mechanical strength relative to the weight of the mounted components. Evaluate space constraints within the enclosure to ensure the bracket dimensions align with the overall system layout and mounting density requirements.

Part Context

This component belongs to the Schroff range of DIN rail accessories, which are widely used in automation and electrical engineering. These accessories facilitate the organized and secure installation of modules on standard rails. The 34813214 specifically addresses the need for reliable mechanical support in compact and high-density mounting scenarios typical in modern industrial control systems.