20849235

Overview

The Schroff 20849235 is a microswitch carrier designed for rack mounting systems. It serves as a mechanical interface component, allowing the secure installation of microswitches within standard equipment racks. This part facilitates the integration of limit switches or safety interlocks into panel assemblies, ensuring precise positioning and reliable actuation for moving rack doors or drawers.

Feature Summary

• Provides a dedicated mounting platform for microswitches
• Designed for integration into standard rack accessories
• Ensures stable mechanical support for switch components

Applications

• Rack door limit switch mounting
• Drawer safety interlock installation
• Equipment panel access control mechanisms

Procurement Notes

Verify the specific microswitch compatibility requirements before procurement. Confirm that the carrier dimensions align with the intended rack profile and switch model. Check current availability status as lead times may vary. Ensure the package quantity matches operational needs, typically supplied in sets of ten pieces per manufacturer specification.

Selection Notes

Select this carrier when a standardized solution for microswitch integration is required within a rack system. It is suitable for applications needing robust mechanical retention without custom fabrication. Consider the spatial constraints of the rack opening to ensure proper fitment alongside other accessories.

Part Context

This component belongs to the nVent Schroff rack accessories family, which specializes in electronics packaging solutions. The product line focuses on modular hardware for industrial and telecommunications enclosures. As a carrier, it complements rails and brackets to form complete mounting systems.

Replacement Considerations

No direct substitute part numbers are publicly confirmed for this specific carrier. Compatibility depends on matching the original microswitch footprint and rack rail specifications. Custom fabrication may be necessary if an exact equivalent is unavailable.