21130129

Overview

The Schroff 21130129 is a DIN rail mounting bracket designed for securing electronic components within industrial control cabinets. It provides a standardized interface for attaching devices to standard profile rails, ensuring stable mechanical support and alignment. The component facilitates organized cable management and device positioning in compact enclosures.

Feature Summary

• Provides secure mechanical attachment to standard DIN rails
• Ensures precise alignment of mounted electronic modules
• Supports stable installation in industrial control environments

Applications

• Mounting electronic modules on DIN rails
• Industrial control cabinet assembly
• Automation system component installation

Procurement Notes

Verify the specific part number against official Schroff documentation to ensure compatibility with your existing DIN rail profiles and enclosure requirements. Confirm that the mounting bracket meets the necessary mechanical load specifications for your application. Cross-reference the product code with authorized distributors to obtain genuine components and valid technical datasheets.

Selection Notes

Select this bracket based on its compatibility with standard DIN rail dimensions and the weight requirements of the attached equipment. Ensure the material and finish meet environmental conditions such as temperature and corrosion resistance. Verify that the mounting configuration aligns with your panel layout and space constraints.

Part Context

This component belongs to the Schroff range of DIN rail accessories, which are essential for organizing and securing electronic devices in control panels. These brackets are widely used in automation and industrial applications where reliable mounting solutions are required for PLCs, power supplies, and other modular components.

Replacement Considerations

Check for equivalent DIN rail brackets from other manufacturers that match the same dimensional standards and load ratings. Ensure any substitute part maintains the same mounting interface and mechanical stability characteristics.