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The nVent SCHROFF part number 24813005 is a frame-type plug-in unit (PIU) designed for integration into standard electronics enclosures. This specific component features a height of 3 U and a front panel width of 5 HP, with a depth dimension of 167 mm. It is constructed as a shielded unit equipped with a textile gasket to ensure electromagnetic compatibility (EMC) performance. The assembly includes an integrated hood structure, providing environmental protection for the mounted electronic modules while maintaining structural integrity within the rack system.
Verify the exact dimensional specifications against your enclosure requirements before procurement. Confirm that the 3 U height and 5 HP width align with your system's module layout. Ensure the textile gasket material meets your specific environmental or EMC standards. Cross-reference the manufacturer's current documentation to confirm availability and any potential design updates associated with this part number.
Select this unit when a shielded, hooded plug-in frame is required for a 3 U high, 5 HP wide slot. Consider the 167 mm depth constraint for your internal module arrangement. Evaluate if the textile gasket provides sufficient sealing for your operational environment compared to alternative sealing methods. Ensure compatibility with the specific backplane or mounting rails of your Schroff enclosure system.
This component belongs to the nVent SCHROFF PRO series of front panel component systems. These units are engineered for modular electronics packaging, allowing for flexible configuration within standardized rack environments. The PRO series emphasizes reliability and cost-effectiveness through standardized designs, supporting various industrial and commercial applications requiring robust electronic housing solutions.
Consult official nVent SCHROFF catalogs for direct substitute part numbers. Verify that any replacement maintains the 3 U height, 5 HP width, and 167 mm depth dimensions. Ensure the substitute unit offers equivalent EMC shielding characteristics and hood configuration to preserve system integrity.

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