EXPC-1319 Series Hardware
Introduction
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light transmission rates to decrease the brightness of LCD panel. Usually the light transmission rate of resistive
type touch screens is around 80%, while for capacitive types it is around 85% to 90%. Please note that the
screen is composed of hardened, scratch-resistant glass, and its anti-glare coating can still be scratched using
any abrasive with Mohs rating greater than 6. Please note that the capacitive type multipoint touch screen
(MTS) model cannot be used in the hazardous environments.
Notice: Please calibrate your touch screen every time you reboot the system to ensure the touch screen works
properly. To review touch screen calibration, please refer to the Touch screen Calibration section in Chapter
4 of the EXPC-1319 Windows Embedded Standard 7 User’s Manual.
Moxa Intelligent Heating Solution
The EXPC-1319 may be ordered with Moxa’s patented Intelligent Heating Solution, to extend the effective
range of the platform’s operating temperature, with the caveats below. EXPC-1319 computers equipped with
IHS feature the heating solution on the display panel.
The Intelligent Heating Solution will automatically initiate once the ambient temperature drops
below -20˚C.
It takes about 40 to 50 minutes for the Intelligent Heating Solution to warm up the display panel.
Once IHS has completed the heating cycle, the LED indicator for the Heater will turn off. Until the
warming up cycle is completed, the display may be distorted or otherwise function poorly.
Moxa Intelligent Heating Solution remains (minimally) powered up and operating even after the
computer has been taken offline. This is to ensure its automated response when ambient
temperatures drop below 0˚C.
IHS may only be turned off by disconnecting the power supply.
IHS requires a 120 W power supply.
NOTE
To ensure that the IHS has been completely stopped, make sure to remove the power source after shutting
down the EXPC-1319.
