Aluminum Front Bezel - High Brightness Sunlight Readable
Aluminum Front Bezel - High Brightness Sunlight Readable
The APH series are high brightness sunlight readable LCD displays supporting 1000-nits brightness. Designed for outdoor or bright environments, the displays achieve clear picture quality under direct sunlight or in any high ambient light condition. The APH series is equipped with a variety of optional features and modules including IP65 rated front bezel, touch screen technology (Resistive / Capacitive / Projected Capacitive touch screen), auto or manual dimming, additional video signals, MCS multi-screen control, and DC power input. Available in display sizes from 7" to 21.5", the APH high brightness sunlight readable display series is ideal for outdoor and harsh environments such as industrial, construction, manufacturing, outdoor, amusement parks, and transportation.
Aluminum Front Bezel - High Brightness Sunlight Readable
High brightness panel mount monitors featuring a 1000-nit high brightness widescreen LCD panel, VGA / DVI / HDMI video input, and an aluminum front bezel.
REFERENCES What is a Sunlight Readable Display?
Sunlight readable LCD monitors are designed for outdoor industrial display applications. It features a transflective LCD module that improves the display contrast through the high brightness backlight source and illuminance sensor that lets LCD readable display function in over a wide range of illuminance levels. When exposed under the sun, the sunlight-readable display adjusts to the brightness of outdoor conditions and utilizes the light beams to give off illumination. The display reflects against the light passing through the screen and becomes constant with the contrast of the beams. The transflective technology allows the display to become viewable under the brightest luminance regardless of the original brightness of the LCD. Sunlight readable displays can be utilized in all conditions including under direct sunlight and provides better contrast for both outdoor and indoor environments. In the dark, the backlight is turned on to display the best possible image, allowing the display to be useful in both high and low lighting.