Icc ICCMSCMP32 Cable Management Panel 3.5 in

Product Description

The ICC ICCMSCMP32 is a 3.5-inch cable management panel designed for structured cabling environments. It features four horizontal and four vertical cable management rings that organize and route low-voltage data cables within a rack or patch panel installation. The panel fits standard 19-inch EIA rack mounting systems and is typically installed by low-voltage cabling technicians and network infrastructure professionals. Its compact 3.5-inch form factor allows it to fit between patch panels or active equipment without consuming excessive rack space.

This panel is suited for use in data centers, telecommunications rooms, building entrance terminals, and structured wiring closets. It provides a clean, organized cable pathway when installed adjacent to patch panels or switches. The combination of horizontal and vertical ring management allows technicians to route cables both across the face of the rack and down the sides, keeping runs neat and accessible for future moves, adds, and changes.

Key Features

• 3.5-inch rack height fits standard EIA 19-inch rack enclosures
• Four horizontal cable management rings for front-to-back and lateral routing
• Four vertical cable management rings for side-channel cable organization
• Designed for structured cabling and building entrance terminal applications
• Single-unit quantity per package for straightforward deployment

Compatibility

Designed as an OEM-style rack accessory for use in standard 19-inch EIA equipment racks in structured cabling and low-voltage wiring installations.

Installation Notes

Installation is performed by licensed low-voltage cabling technicians or network infrastructure professionals. Power down or de-energize any active equipment in adjacent rack units before installing to avoid accidental disconnection. The panel mounts to standard rack rails using the included or compatible rack screws. Do not over-bend or kink cables when routing through the management rings, as this can degrade signal integrity in high-speed data cabling.