24813260

Overview

The nVent SCHROFF part number 24813260 is a frame-type plug-in unit kit designed for the PRO Complete Case system. It features a 3 U height and 10 HP width configuration with a depth of 227 mm. The component is an EMC shielded cassette assembly, designated as PIU S1 GR EMC. It includes a perforated cover plate and provides a rear wall cutout specifically engineered to accommodate one connector interface.

Feature Summary

• Provides electromagnetic compatibility shielding through integrated EMC design
• Includes a perforated cover plate for ventilation or access
• Features a dedicated rear wall cutout for single connector installation

Applications

• Server cabinet organization and protection
• Embedded computer system rack integration
• PCB accessory mounting within modular frames

Procurement Notes

Verify the exact suffix designation against the manufacturer's current datasheet to ensure compatibility with the specific PRO Complete Case frame type. Confirm that the 227 mm depth aligns with your enclosure requirements. Check for any recent specification changes issued by nVent SCHROFF prior to finalizing procurement orders.

Selection Notes

Select this kit when a 3 U height and 10 HP width are required for shielded plug-in units. Ensure the application necessitates a rear connector cutout. Verify that the 227 mm depth fits within the available space of the target server cabinet or rack system without obstructing adjacent components.

Part Context

This component belongs to the nVent SCHROFF PRO Complete Case series, which offers combinable and modular solutions for electronics cabinets. The product line focuses on scalable rack accessories for embedded systems, providing standardized dimensions for consistent integration across various industrial and IT infrastructure applications.

Replacement Considerations

Consult official nVent SCHROFF documentation for confirmed substitute part numbers. Do not assume cross-compatibility with other frame types without verifying mechanical and electrical specifications against the original design requirements.