30849755

Overview

The Schroff 30849755 is a front panel component designed for 3U height and 4HP width configurations within electronic enclosure systems. It features a 2x25 way connector interface, facilitating signal routing and connectivity for plug-in units. Constructed as a box component, this part serves as a structural and electrical interface element in modular rack environments.

Feature Summary

• Provides a standardized 3U by 4HP mounting footprint for modular integration
• Incorporates a dual-row 2x25 way connector interface for signal transmission
• Functions as a rigid front panel structure for equipment housing

Applications

• VMEbus system front interfaces
• CompactPCI chassis entry panels
• Modular electronic enclosure assemblies

Procurement Notes

Verify the specific connector pinout and mating requirements against the target backplane or cable assembly before procurement. Confirm that the 3U 4HP form factor aligns with the existing rack infrastructure. Ensure compatibility with the intended plug-in unit depth and mechanical retention standards to guarantee proper installation and electrical continuity.

Selection Notes

Select this component when a 3U height and 4HP width are required with integrated 2x25 way connectivity. It is suitable for applications needing a dedicated front panel for signal distribution rather than simple blanking. Consider mechanical stability and connector density requirements when evaluating alternatives.

Part Context

This part belongs to the Schroff range of box components and front panels, which are widely used in industrial electronics packaging. The product line supports various bus architectures including VME and CompactPCI, providing standardized mechanical and electrical interfaces for modular system construction.

Replacement Considerations

Check for exact dimensional matches (3U x 4HP) and identical 2x25 way connector specifications. Verify that any substitute maintains the same material properties and mounting hole patterns to ensure seamless integration into existing chassis designs.