61000177

Overview

The Schroff 61000177 is a printed board cover designed for use with front panels in rack systems. It features a 3 U rack height and measures 100 mm by 160 mm. The component is constructed from liquid crystal polymer material, which provides mechanical protection to the solder side of a PCB. It has a maximum operating temperature rating of 85°C and meets flammability standards.

Feature Summary

• Provides mechanical protection for the solder side of printed circuit boards
• Compatible with standard front panels in rack mounting applications
• Constructed from liquid crystal polymer for durability

Applications

• Rack-mounted electronic equipment enclosures
• Front panel assembly integration
• PCB solder side protection in industrial racks

Procurement Notes

Verify the specific catalog number 61000-177 against official nVent SCHROFF documentation to confirm material composition and dimensional accuracy. Ensure compatibility with existing front panel designs and rack height requirements before procurement. Cross-reference technical datasheets for thermal ratings and flammability classifications to meet application safety standards.

Selection Notes

Select this component when mechanical shielding of the PCB solder side is required within a 3 U rack space. Consider the 100x160 mm footprint and liquid crystal polymer construction for environmental resistance. Verify that the 85°C temperature rating aligns with the operational thermal profile of the target electronic assembly.

Part Context

This part belongs to the nVent SCHROFF 61000 series of rack accessories. These components are engineered for integration into modular rack systems, providing standardized solutions for panel coverage and PCB protection. The series supports various dimensions and materials to accommodate different enclosure configurations.

Replacement Considerations

Consult official nVent SCHROFF catalogs for direct substitute part numbers within the 61000 series. Verify dimensional equivalence and material specifications before substituting to ensure proper fit and performance in the intended rack assembly.