Summary of Contents for Moravian Instruments DataLab PC series
- Page 1 DataLab PC Industrial PC-compatible computer (models DataLab PC 1200, DataLab PC 1000, DataLab PC 800, DataLab PC 610, DataLab PC 600)
- Page 2 All information furnished by Moravian Instruments is believed to be accurate. Mora- vian Instruments reserves the right to change any information contained herein without notice. DataLab devices are not authorized for and should not be used within Life Support Sys- tems without the specific written consent of the Moravian Instruments.
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Page 3: Table Of Contents
Contents Introduction ....... . . Technical specifications ......DataLab PC configurations . -
Page 5: Introduction
Introduction DataLab PC is a new line of compact computers fully compatible with PC standard, but designed to work in industrial applications, laboratories and schools. They employ low- power VIA EDEN processors, which enable working without active (fan assisted) cooling of CPU and chipset. - Page 6 • Presence of all standard PC interfaces (RS-232C, LPT, Ethernet, USB 1.1 and 2.0, VGA, PS/2 keyboard and mouse, Audio) on the standard ATX panel makes DataLab PC as flexible as standard desktop PCs. The DataLab PC incorporates hardware USB-based watchdog. The watchdog driver in •...
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Page 7: Technical Specifications
Technical specifications Power supplies power line 230 V/50 Hz AC 11–20 V DC 18–28 V DC supply 200 W ATX 80 W ATX-DC 120 W ATX-DC Maximum AC power consumption 0.2 A at 230 V Motherboard Mini-iTX standard Auxiliary DC output power supply 12 V / 500 mA DC, common ground Mounting Wall mounting on standard 32 mm DIN-rail... - Page 8 AUDIO MOUSE RS-232C Figure 2 Front panels Remark 1 Front panel connector placement can differ according to DataLab PC type.
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Page 9: Datalab Pc Configurations
DataLab PC configurations DataLab PC is offered in several models differing in CPU speed, memory types and avail- able ports. Other features are available for all models and are configurable according to customer’s needs. DataLab PC 1200 • CPU VIA Eden 1.2 GHz (x86 compatible) •... -
Page 10: Datalab Pc 1000
DataLab PC 1000 • CPU VIA C7 1 GHz (x86 compatible) • 512 MB DDR2, 533 MHz SDRAM , shared video memory • 230 V AC or 18–28 V DC and 11–20 V DC power supplies available, +12 V DC output available for powering of peripherals •... -
Page 11: Datalab Pc 800
DataLab PC 800 • CPU VIA Eden 800 MHz (x86 compatible) • 256 MB DDR400 SDRAM , shared video memory • 230 V AC or 18–28 V DC and 11–20 V DC power supplies available, +12 V DC output available for powering of peripherals •... -
Page 12: Datalab Pc 610
DataLab PC 610 • CPU VIA Eden 600 MHz (x86 compatible) • 256 MB DDR266 SDRAM , shared video memory • 230 V AC or 18–28 V DC and 11–20 V DC power supplies available, +12 V DC output available for powering of peripherals •... -
Page 13: Datalab Pc 600
DataLab PC 600 • CPU VIA Eden 600 MHz (x86 compatible) • 256 MB DDR266 SDRAM , shared video memory • 230 V AC or 18–28 V DC and 11–20 V DC power supplies available, +12 V DC output available for powering of peripherals •... -
Page 14: Differences Among Datalab Pc Configurations
Differences among DataLab PC configurations The following table summarizes differences among various DataLab PC configurations. interface Ethernet USB 2.0 RS-485 memory SDRAM DataLab PC 1200 1×1 Gbps 4× optional 1,2 GHz DDR2, 533 MHz DataLab PC 1000 1×10/100 Mbps 4× 1 GHz DDR2, 533 MHz DataLab PC 800... -
Page 15: Operating System
Operating system DataLab PC works with all operating systems compatible with standard PC architecture. User can choose whatever operating system he/she wants to use: • Windows CE.NET • Windows XP Embedded • Windows 2000 • Windows XP Professional Windows XP Embedded (XPe) Windows NT family of operating systems (including Windows 2000 and Windows XP) are traditionally linked with the PC architecture. -
Page 16: Writing Data To Cf Card In Windows Xp Embedded
For systems used for implementation into embedded solutions (Windows CE) there is no such problem, systems do not write on the disk during work and if they need to write some- thing, it is possible to create a virtual disk in RAM. Systems adapted for work in embedded applications (Windows NT/XP Embedded) are equipped with a so-called write filter, which is a component able to catch attempts to write to the hard disk and to prevent damaging the FLASH memory. -
Page 17: Connector Placement
Connector placement There is a standard ATX connector panel on one side of the DataLab PC. The power supply connectors and main switch, as well as CF slot, 12 V DC auxiliary output and possible RS- 485 interface connector are placed on the opposite side. ATX panel Connector placement on ATX panel depends on individual configuration. -
Page 18: Power Supply Connector And Main Switch
Power supply connector and main switch Depending on the power supply, the DataLab PC has either standard 230 V AC power plug or two-pole connector for DC power supply. Both power supply variants have main switch. Auxiliary 12 V DC power output Two-pole connector with 12 V DC auxiliary power output is available on the side of the DataLab PC computer. -
Page 19: Communication Lines
Communication lines Every DataLab PC is equipped with standard RS-232C serial line, USB ports and Ethernet interface. DataLab PC 800 and DataLab PC 600 contain 2 USB ports, DataLab PC 1200, DataLab PC 1000 and DataLab PC 610 offers 4 USB ports on ATX panel. DataLab PC 1200, DataLab PC 800, DataLab PC 610 and DataLab PC 600 can be also equipped with isolated RS-485 serial interface. - Page 20 Remark 3 If there is an RS-485 module marked GPA used, then the direction is controlled automatically and neither J1 jumper nor RT resistor have any meaning.
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Page 21: Watchdog
Watchdog The DataLab PC computers are equipped with hardware watchdog, which helps to in- crease reliability in demanding applications. If the control program hangs (be it due to critical error, infinite loop etc.), watchdog resets the computer and restores the initial state. -
Page 22: Jumper Settings
Jumper settings Watchdog can be configured by J5 and J6 jumpers on the PWR printed circuit board. Both jumpers are behind the RS-485 module. watchdog inactive (default) watchdog active... -
Page 23: Mounting
Mounting DataLab PC can be mounted on the standard 32 mm DIN-rail or can be placed anywhere on the suitable flat space. Mounting the computer to the DIN-rail is simple: first insert the bottom side of the DIN clip to place the DataLab PC on the DIN-rail. Then push the case upwards until the upper side of the DIN clip hangs to the rail. -
Page 24: Maintenance
Maintenance DataLab PC requires no regular maintenance. CMOS RAM backup battery BIOS configuration data as well as date and time is stored in the CMOS RAM powered by battery on motherboard. This battery lasts at last 5 years, then it is necessary to replace...
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