Industrial Panel PC

PPC-100 series Panel-mount PC with Touchscreen LCD

: Features and Benefits
Full PC Functionality in a Compact Panel-mount Chassis: PPC-100 panel PC uses a small form factor system board that supports Intel Pentium 4 processors. SiS chipsets provide most of the functions of peripherals and I/O interfaces.

OS support include Windows 2000, and XP versions. And you have all of the input/output ports typically found on desktop PC systems to connect the PPC-100 to your LAN or external peripherals.
Fully Integrated I/O and PCI Expansion Slots: Standard I/O interfaces such as Ethernet, USB, RS-232, audio, VGA, parallel printer ports lets the PPC-100 panel PC not only functions as a HMI, but also as a host PC to build your applications on.

In addition, PPC-100 supports two industry standard, commercial off-the-shelf PCI cards as add-ons to expand its capability. Because most of the I/O functions are provided by the integrated chipsets on the system board, the 2-slot riser card gives you two open PCI slots.
Touch Screen Options that Fits Your Application: PPC-100 touch screen PC offers two touch screen technologies - resistive and SAW (surface acoustic wave) to fit your application requirements.

While each technology has its relative advantages and disadvantages (see Integration/Application Tips for more information), by having these options, you are able to choose the touch screen type that best matches your interface requirements for usability, cost, durability, appearance.
Ingress Protection in Harsh Environments: PPC-100 has a NEMA 4 (and approximately equivalent IP65) rated front bezel (with or without resistive and capacitive touch screen).

This means that it is suitable for both indoors and outdoors use, and the front panel is protected against ingress of dirt, rain, sleet, snow, wind-blown dust, splashing water.
Push-pull Air Flow Cools the Internal Components: Using three fans working in a push-pull fashion, cool air is first filtered and drawn towards the CPU. Two cooling fans push the air through vents on the bottom and side of the chassis. Air flows parallel to the component boards for efficient cooling.