Tripp Lite DWT1327S Tilting Tv Wall Mount 13-27 Inch

Product Description

The TRIPP LITE DWT1327S is a tilting wall mount designed to secure LCD flat-panel displays ranging from 13 to 27 inches. Built for permanent installation, it allows technicians and installers to position screens at a downward angle to reduce glare and improve sightlines in commercial and residential environments. The tilt adjustment makes it well suited for installations where the display is mounted above standard eye level, such as waiting rooms, retail spaces, classrooms, and similar settings. Electrical and low-voltage integration contractors are the primary trade installing this type of hardware.

This mount is intended for LCD flat-panel displays in the 13 to 27 inch size range. Typical install scenarios include wall-mounted signage displays, guest-area televisions, and monitor installations in commercial build-outs. The unit is sold individually and is appropriate for both new construction and retrofit projects where a low-profile, tilt-capable wall mount is required.

Key Features

• Tilt adjustment allows the display to angle downward for improved viewing and glare reduction
• Compatible with LCD flat-panel displays sized 13 to 27 inches
• Low-profile design keeps the display close to the wall surface
• Sold as a single unit for individual screen installations
• Intended for permanent wall installation in commercial or residential settings

Compatibility

Designed as an OEM-style replacement and standard fitment wall mount for LCD flat-panel displays in the 13 to 27 inch size class.

Installation Notes

Installation is typically performed by a low-voltage or general electrical contractor following local building codes. Before mounting, identify wall stud locations or use appropriate wall anchors rated for the combined weight of the mount and display. Ensure all power to any associated wiring is shut off before routing cables through or along the wall. Follow the manufacturer-provided hardware instructions for fastener placement and torque sequence.