Middle Atlantic 1-BAY 27 Deep C5 Woodkit Moderno Style HPL Grey - C5K1A1MSHB402418

Middle Atlantic C5K1A1MSHB402418 C5 Series 1-Bay Moderno Woodkit Enclosure

Overview

The Middle Atlantic C5K1A1MSHB402418 is a 1-bay, 27-inch-deep wood enclosure kit in the C5 Moderno style with an HPL Grey finish. It is designed to house rack equipment in installations where aesthetics matter — boardrooms, executive suites, hospitality deployments, and high-end residential or commercial AV rack builds where a bare metal rack frame is not acceptable. The 27-inch depth accommodates full-size AV and security rack components without forcing equipment to overhang or require extension brackets. The HPL (High Pressure Laminate) Grey surface resists scratches and wear better than painted wood panels, making it a practical choice for installations that see regular service access.

Compatibility

This woodkit is engineered specifically for Middle Atlantic's Middle Atlantic C5 series rack enclosures. The kit is dimensioned for a 24-inch-wide, 18-inch-high, 27-inch-deep single-bay C5 frame. It is not a universal enclosure — verify your C5 frame's bay count, depth, width, and height before ordering. Compatible C5 frame configurations must match the 2418 footprint (24W × 18H). It will not fit C5 frames with different width or height designations, nor will it fit older Middle Atlantic series such as the WRK, BGR, or DWRK lines. If you are building out a complete rack enclosure system, pair this woodkit with the matching C5 structural frame and any required rack rails or panel blanks from the C5 accessory family.

Installation Notes

The Moderno style woodkit panels attach to the C5 frame using Middle Atlantic's standard fastener pattern for this series — confirm you have the correct hardware kit included or sourced separately before beginning installation. HPL panels are factory-finished; field cutting or drilling risks delamination at the edges and should be avoided unless using appropriate carbide tooling. For multi-bay or stacked configurations, verify panel seam alignment across adjacent bays before final fastening, as cumulative tolerance errors are difficult to correct after assembly.