Information Sheet
One of the thinnest wall arm mounts on the market, the Peerless-AV
®
DesignerSeries™ Ultra
Slim Articulating Wall Mount is designed exclusively for ultra-thin displays. The SUAP's
One-Touch™ tilt mechanism provides eortless movement of the display for the perfect
viewing experience, and vertical adjustment allows the display to be raised or lowered by
½" after installation to ne-tune the positioning. With a gloss black nish and internal cable
management, the SUAP provides a clean, professional look that matches any décor.
- Accommodates x , or x
mm VESA
®
mounting patterns
- Arm retracts to ." (mm) and
extends up to ." (mm)
from wall
- One-Touch™ tilt mechanism allows
adjustment of /-° without the use
of tools
- Up to ° of side-to-side swivel
- Added ° of roll for post-installation
display leveling without the use of tools
- Up to ." (mm) of vertical
adjustment for post-installation leveling
and height adjustment ne-tuning
Ultra Slim Articulating
Wall Mount
FOR " TO " ULTRATHIN DISPLAYS*
SUA740P
Swivel, tilt, extend or
retract the display for the
perfect viewing angle.
FLEXIBLE MOUNTING
LOCATIONS
Mounts to wood stud, concrete,
cinder or breeze block
INTEGRATED CABLE MANAGEMENT
Protects, contains and conceals cables
for a clean, professional installation
ULTRALOW
PROFILE DESIGN
Creates an aesthetically
appealing look
Max Load
60lb
(27kg)
Mounting Pattern
200 x 100, or
200 x 200mm
Comes in color packaging with
included installation hardware and
easy to follow instructions.
info@peerless-av.com
Driving Technology Through Innovation
peerless-av.com
Please visit peerless-av.com/en-us/patents for patent information.
*This display size range is simply a guideline for product selection. Displays larger than the screen size range may
still be compatible as long as they fall within the VESA
®
pattern and max weight of the Peerless-AV
®
product.
†Designed for use with displays that are less than 3" (76mm) deep.
‡The display must have a at mounting surface, or mounting holes need to be on the furthest back surface of the display.