24571098

Overview

The Schroff 24571098 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 35mm DIN rails, ensuring stable mechanical support and alignment. The component facilitates organized cable management and device placement in compact enclosures.

Feature Summary

• Provides secure mechanical attachment to standard 35mm DIN rails
• Ensures precise alignment of mounted electronic modules
• Supports stable positioning within industrial control environments

Applications

• Mounting electronic modules in industrial control cabinets
• Securing signal conditioning devices on DIN rails
• Organizing component layout in compact enclosure systems

Procurement Notes

Verify the specific part number against official Schroff documentation to confirm compatibility with your target DIN rail type and mounting requirements. Ensure the component meets the mechanical load specifications required for your application. Cross-reference with current product catalogs to confirm availability and any potential revisions to the design or material composition.

Selection Notes

Select this bracket based on its compatibility with standard 35mm DIN rails and the specific mechanical constraints of your enclosure. Consider the spatial requirements and the weight of the devices to be mounted. Ensure the mounting configuration aligns with your overall system architecture and cable routing needs.

Part Context

This component belongs to the Schroff range of DIN rail accessories, which are essential for organizing and securing electronic equipment in industrial automation and control systems. These accessories ensure reliable mounting solutions that withstand vibration and mechanical stress typical in such environments.

Replacement Considerations

Consult official Schroff documentation for confirmed substitute part numbers. Verify dimensional compatibility and mounting interface standards before substituting. Ensure any replacement maintains the required mechanical stability and fits within the existing enclosure constraints.