Middle Atlantic L5KBB2SEHB700R28 Lectern Turret Top HPL Woodkit
Overview
The Middle Atlantic L5KBB2SEHB700R28 is a turret-top woodkit panel in High Pressure Laminate (HPL) Sota style finish, rendered in Limber Maple with aluminum accent trim. It is a cosmetic and structural woodkit component designed to complete the exterior shell of the Middle Atlantic L5 lectern series — the kind of piece specified when a presenter podium needs to match a room's millwork or brand palette rather than ship in a generic finish. This is not a standalone furniture unit; it is a finish kit that integrates with the L5 lectern chassis to deliver the final visual and tactile surface treatment.
Compatibility
Designed specifically for the Middle Atlantic L5 lectern platform. The 'L5' prefix and 'KBB2SEHB700R28' configuration code indicate this woodkit targets the L5 lectern base unit; verify your existing L5 chassis variant against Middle Atlantic's lectern configurator before ordering, as woodkit dimensions and mounting points are chassis-specific. The Sota style HPL profile and aluminum trim are part of Middle Atlantic's coordinated finish family — other lecterns or rack enclosures in the same room can be specified in matching Limber Maple HPL to maintain visual consistency across AV rack enclosures and presentation furniture. This finish is not cross-compatible with Middle Atlantic's other lectern lines (e.g., LT or LD series) without confirming dimensional fit with the manufacturer.
Installation Notes
Woodkit panels on the L5 series attach to the chassis frame using Middle Atlantic's integrated fastening system — no field drilling required on standard configurations. Ensure the base lectern chassis is fully assembled and level before fitting the woodkit, as HPL panels seat flush against frame reference surfaces. Aluminum trim pieces are pre-fitted to the HPL shell; avoid over-torquing fasteners against the laminate face to prevent surface stress. Coordinate delivery of the woodkit with the base lectern unit to avoid job-site storage damage to the HPL surface.
