15IN LED DURAVIS 4:3 TOUCH GRAY FDX1501-A 600:1 VGA/DVI-D TBLSTD

Available in Four Configurations
To meet the needs of different industrial environments, these
monitors are available in four configurations: with a stand,
VESA mount (no stand), panel mount, and chassis. For each
configuration, a touch panel is optional for a total of eight
variations.

High Brightness Display for Better Visibility
The maximum brightness of 400 cd/m2 (320 cd/m2 for the FDX1501T) ensures excellent screen visibility in bright ambient environments.

Durable Construction
To prevent dust or liquids from entering, the monitors do not contain any ventilation holes and there are no gaps around the perimeter of the control buttons.

IP65 Rating for Panel Mount Configuration
The front panel of the panel mount configuration is IP65-rated meaning it can withstand dust ingress and is protected against low-pressure water jets. This durability ensures the monitor is ideal for deployment in factories.

Mercury-Free, White LED Backlight
The LED backlight is very energy efficient, consuming a maximum of 19 watts of power at the maximum brightness setting of 400 cd/m2. Unlike a CCFL backlight, an LED backlight is mercury free so it will have minimal impact on the environment when it is disposed of.

Low Brightness Preset
Four preset modes are included: EyeCare, sRGB, Text, and Custom. EyeCare mode uses the LED backlight to lower brightness to just 3 cd/m2 while maintaining tonal display. This is convenient when using the monitors in a very dim ambient environment.

Flexible Positioning
The monitors are built to operate in both standard horizontal positions and non-standard positions such as attached to a mounting device and tilted at an extreme angle. Furthermore, their internal circuitry is designed to withstand varying operating temperatures of different installation environments.

Optimized Brightness with Auto EcoView
An Auto EcoView sensor on the front measures ambient light and adjusts the screen's brightness accordingly. Since the screen is never too bright, eye strain is reduced while power consumption is reduced.