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The Schroff 30849092 is a U-Profile front panel accessory designed for plug-in units within electronic rack systems. It features a static trapezoid handle configuration with dimensions of 3 U height and 10 HP width. The component is constructed from aluminum, offering a front surface that is anodized for corrosion resistance and aesthetic finish, while the rear side is conductive to ensure proper grounding and electromagnetic compatibility within the chassis assembly.
Verify the specific dimensional requirements of the target chassis against the 3 U height and 10 HP width specifications before procurement. Confirm that the static trapezoid handle style aligns with the operational interface needs of the assembly. Ensure the aluminum construction and anodized finish meet the environmental protection standards required for the installation location. Cross-reference the conductive rear surface requirement with the system's grounding topology to guarantee electrical continuity.
Select this component when a rigid, grounded front panel is required for a 3 U high, 10 HP wide module. The choice depends on the need for an anodized aluminum finish combined with a conductive rear interface. This part is suitable for applications where the handle mechanism must be fixed rather than retractable or rotating. Consider the weight and thermal properties of aluminum if heat dissipation through the panel is a factor in the overall system design.
This part belongs to the SCHROFF Plug-In Unit accessories family, specifically categorized under rack components and card rack accessories. It is designed to complement other standard rack elements such as horizontal rails and mounting hardware. The product line focuses on providing standardized interfaces for electronic packaging, ensuring compatibility across various Schroff chassis solutions used in industrial and telecommunications equipment enclosures.
Public confirmed substitute part numbers are not available in the provided documentation. Verify compatibility with existing mounting holes and rail profiles before attempting substitution with generic alternatives.

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