Grossenbacher Systeme Combi-Line Device Description

Grossenbacher Systeme AG Spinnereistrasse 10, CH-9008 St. Gallen Phone +41 (0)71 243 29 29 / Fax +41 (0)71 243 29 28 [email protected] / www.gesys.ch Grossenbacher Systeme GmbH Ruhrstrasse 15, DE-63452 Hanau Phone +49 (0)6181 6751 999/ Fax +49 (0)6181 6751 998 [email protected] Compact-Panel-PC M

2 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG Copyright Note Keep documentation for future use! This documentation is the intellectual property of Grossenbacher Systeme AG, which also has the exclusive copyright. Any modification of the content, duplication or reprinting of this documentation, as well as any distribution to third parties can only be made with the express permission of Grossenbacher Systeme AG. Grossenbacher Systeme AG does not accept any liability for damages arising from the use of any incorrect or incomplete information contained in this documentation or any information missing there from. Grossenbacher Systeme AG reserves the right to make complete or partial modifications to this document. All brand and product names are trademarks or registered trademarks of the owner concerned.

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 3 Proper use The device must only be used for the applications specified in the device description and only in conjunction with the components recommended by Grossenbacher Systeme AG. Warning The product must be properly transported, stored, assembled, installed and operated in order to ensure proper and safe operation. The device must not be switched on in humid conditions. When it is moved from a cold to a warm location it must therefore be allowed to adjust to the temperature change. No warranty claims will be recognized for faults arising from the improper handling of the device. This device should not be used for the implementation of any safety functions relating to the protection of personnel and machinery. No liability is accepted for claims for damages arising from a failure or functional defect in the device. All data specified in this document does not represent warranted properties in the legal sense.

4 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG Safety instructions for the user This device description contains the information required for the proper use of the products described therein. Sections 1 to 10 are aimed at technically qualified personnel whilst the sections from section 11 are aimed at personnel with no relevant technical qualifications. Qualified personnel in the sense of the safety instructions in this device description or on the product are those persons: - who are either familiar with the safety concepts of automation as project designers, - or are instructed as operating personnel in the use of automation equipment and are familiar with the content of this device description related to operation, - or have acquired the relevant training as commissioning or service personnel for the repair of such automation equipment, and are authorized to commission current circuits and devices/systems in compliance with standard safety engineering principles.

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 5 Contents 1 Explanation of Symbols................................................ 7 2 Introduction.................................................................... 9 3 Device Versions........................................................... 11 3.1 Specifications .......................................................................11 3.2 Accessories..........................................................................12 4 Features ....................................................................... 13 5 Commissioning............................................................ 15 5.1 Overview of the terminals.....................................................15 5.2 Connecting the power supply...............................................16 5.3 Preparing the shield connections .........................................17 5.4 Connecting the COM interface.............................................18 5.5 Connecting the LPT interface...............................................18 5.6 Connectiong an CRT monitor...............................................18 5.7 Connecting to ETHERNET...................................................19 5.8 Connecting the USB interface..............................................19 5.9 Keyboard and Mouse for service purpose............................19 5.10 Audio-interface ................................................................20 5.11 Changing the harddisk.....................................................20 5.12 Inserting / removing the CompactFlash™ .......................21 6 Operation ..................................................................... 23 6.1 Powerup/shutdown behavior ................................................23 6.2 System settings....................................................................23 6.3 Image Sticking......................................................................23 7 Mounting Instructions................................................. 25 7.1 General mounting instructions..............................................25 7.2 Flush mounting in front panel - general................................25 7.3 12.1”, 15” and 19” front cutout..............................................26 7.4 Dimensions - 12.1”, 15” and 19” front...................................28 7.5 Dimensions - 12.1”, 15” and 19” rear ...................................30 8 Notes on the Touch-screen ........................................ 33 8.1 Basic function of the touch-screen .......................................33 8.2 Power up function test..........................................................34 9 Backlight, Contrast, Diagnostics ............................... 35 9.1 Backlight...............................................................................35 9.2 Contrast................................................................................35 9.3 Diagnostics...........................................................................35 10 Maintenance and Repair.............................................. 37 11 Technical Data ............................................................. 39 12 Disposal........................................................................ 43 13 Conformity and Standards.......................................... 45 14 Version History ............................................................ 47 15 Index 49

6 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 7 1 Explanation of Symbols Danger warnings The following information is for your personal safety and the prevention of damage to the product described or connected devices. Safety instructions and warnings for the prevention of danger to the life and health of users or service personnel, and for the prevention of damage are highlighted in this document by the following pictograms. “Warning” and “Information” pictograms are shown in this document. Warnings indicate the following: Death, serious injury or substantial material damage may occur if the related safety measures are not implemented. The individual “Warning” pictograms have the following meaning: Attention! General! Is an instruction that must be observed in order to ensure protection in time from dangers during and at the time of the operation of the device. The correct procedure must be observed. Attention! Electric shock! Persons may be exposed to dangerous voltages in electrical installations. There is a danger of electric shock if a live part is touched. Attention! Observe ESD measures! Electrostatic discharge may destroy electronic components. Information pictograms indicate the following: Important information about the product or the relevant section of the document, requiring the particular attention of the reader. The “Information” pictogram has the following meaning: Indicates important and instructional information.

8 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 9 2 Introduction The Combi-Line supplied by Grossenbacher Systeme AG is a future- oriented product concept for industrial data processing and visualization. The core of this line consists of three product groups: • LCD Panels are industrial flat screens. They allow the local separation of the visualization/operation from the actual data processing (so-called, distance solutions). • Box PCs are industrial PCs without an integrated flat screen. Together with the LCD Panels, they are used as a basis for distance solutions or enable exclusive data processing without visualization (so-called headless operation). • Panel PCs are industrial PCs with an integrated flat screen. As an “all-in- one” solution, they are used wherever ergonomic HMI operation and high PC performance have to be combined in a small space. The Combi Line therefore enables a wide range of applications for industrial data processing and visualization to be implemented flexibly and powerfully. The Compact Panel PC M described in this document belongs to the Panel PC product group. This integrated solution of compact industrial PC and brilliant flat screen offers the following outstanding benefits: • SCALABLE SCREEN SIZE • SCALABLE PROCESSING PERFORMANCE • FAN-FREE OPERATION POSSIBLE • OPERATION POSSIBLE WITHOUT ROTATING PARTS • FRONT IP65 • The Compact PC also described in this device description belongs to the Box PC product group. This device offers all the above features The three integrated Ethernet-Interfaces grant an easy connection of a variety remote peripheral device. The RS232 and USB interfaces can be used for connecting peripheral devices. The device can be mounted in control cabinets or desks (Compact Panel PC). The devices are not intended for mobile use. This device description is designed as a reference guide for the installation, connection, operation and maintenance of all versions of the Compact Panel PC M line, and also provides all the relevant technical data.

10 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 11 3 Device Versions This section describes the versions of the Compact Panel PC M as well as the available accessories. 3.1 SPECIFICATIONS Processor: ULV Celeron® Mobile 800MHz Celeron® M 1.3HGz Pentium® M 1.8GHz Working memory: 256MB, 512MB or 1024MB Mass storage: Hard disk and/or CompactFlashTM Interfaces: 3 x Ethernet 2 x USB 1 x RS232 1 x Parallel 1 x PS/2 Power supply: 24VDC CPC-M-12I-000 Order. No.: 50 81 330 Flat-Screen: 12,1" SVGA Touch-Technology: Infrared CPC-M-12R-000 Order. No.: 50 81 331 Flat-Screen: 12,1" SVGA Touch-Technology: Resistive CPC-M-15I-000 Order. No.: 50 81 341 Flat-Screen: 15" XGA Touch-Technology: Infrared CPC-M-15R-000 Order. No.: 50 81 342 Flat-Screen: 15" XGA Touch-Technology: Resistive CPC-M-19I-000 Order. No.: 50 81 329 Flat-Screen: 19" SXGA Touch-Technology: Infrared CPC-M-BOX-000 Order. No.: on request DVI-Interface Other versions available on request!

12 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 3.2 ACCESSORIES Mass storage Order. No.: 32 01 243 CompactFlash™ 128MB Order. No.: 32 01 273 CompactFlash™ 256MB Order. No.: 32 01 274 CompactFlash™ 512MB Order. No.: 32 01 282 CompactFlash™ 1024MB Order. No.: 32 01 298 CompactFlash™ 2048MB Order. No.: 32 01 173 Hard disk1 ≥ 40GB Working memory Order. No.: 05 08 045 SoDIMM - DDRAM 256MB Order. No.: 05 08 049 SoDIMM - DDRAM 512MB Order. No.: 05 08 050 SoDIMM - DDRAM 1GB RTC battery Order. No.: 18 10 014 Lithium Battery CR2032 Power supply plug Order. No.: 12 17 013 3pol Phoenix Contact, MSTB2.5/3-ST-5.08 Operating System Order. No.: 50 56 803 Win XPe auf 512MB CF (Installation with CF) Order. No.: 50 56 784 Win XP prof. engl. (License w/o Memory-Card) Order. No.: 50 56 780 Win XP prof. dt. (License w/o Memory-Card) Order. No.: 50 56 547 Win XP Multilanguage (License w/o Memory-Card) Order. No.: 50 56 739 Win 2000 (engl. or dt.) (License w/o Memory-Card) Touch driver software Order. No.: 50 56 517 Driver Software 1 If the Compact Panel PC M was not equipped with a Hard disk at delivery, it needs an additional mounting frame.

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 13 4 Features Feature Remark Screen Graphic Size 12,1“, 15“ or 19" Type TFT 18bit (256k colors) Touch-screen Infra-red-touch Resolution 12,1": 92 x 70 15": 115 x 87 19": 143 x 115 Resistive touch Resolution 12 Bit (0-4096) Real-time clock Yes Battery-backed Processor Speed 800MHz (Mobile Celeron®, zero L2 cache, fanless) 1.3GHZ (Celeron® M, 512kB L2 cache, CPU-fan) 1.8GHz (Pentium® M, 2MB L2 cache, CPU-fan) Mass storage CompactFlash™ Type I und II Hard disk Type 2.5“ Working memory RAM Type 1 x DIMM: DDR-333-RAM, PC-2700, 184pin up to 1GByte Communication- COM1 Type RS232 interfaces COM2 Type RS232 reserved for touch-screen COM3 Type RS232 (optional) COM4 Type RS232 (optional) LPT1 Type Standard, ECP or EPP LAN Ether1 Type 800MHz: 10/100 MBit/s >1GHz: 10/100/1000 MBit/s LAN Ether2 Type 800MHz: 10/100 MBit/s >1GHz: 10/100/1000 MBit/s LAN Ether3 Type 800MHz: 10/100 MBit/s >1GHz: 10/100/1000 MBit/s USB0 Type V2.0 1.5/12/480 MBit/s USB2 Type V2.0 1.5/12/480 MBit/s Keyboard Type PS/2 Mouse Type PS/2 CRT Type analog Power Supply Type 24VDC, not electrically isolated Device cooling Type passive (800MHz) active (>1GHz) CompactFlash™ memory media are NOT suitable for cyclical data recording due to the limited number of write cycles (normally 100 000).

14 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 15 5 Commissioning 5.1 OVERVIEW OF THE TERMINALS No. Element Description 1a Functional ground terminal � Sect. 5.2 1b Power supply � Sect. 5.2 2a COM3 (optional) � Sect. 5.4 2b COM4 (optional) � Sect. 5.4 2c COM1 � Sect. 5.4 3 LPT � Sect. 5.5 4 CRT � Sect. 5.7 5a ETHER1 � Sect. 5.7 5b ETHER2 � Sect. 5.7 5c ETHER3 � Sect. 5.7 6a USB0 � Sect. 5.8 6b USB2 � Sect. 5.8 7 Mouse � Sect. 5.9 8 Keyboard � Sect. 5.9 9 Hard disk � Sect. 5.11 10a Line In � Sect. 5.10 10b Line Out � Sect. 5.10 10c MIC � Sect. 5.10 11 CompactFlash™ � Sect. 5.12 8 9 1a 1b 4 6a 6b 2c 5c 5b 2a 2b 3 5a 7 11 10a 10b 10c

16 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 5.2 CONNECTING THE POWER SUPPLY The Compact Panel PC M is a device compliant with protection class 3.The system must be fed with a SELV 24VDC (safety extra-low voltage) supply. The power supply is not electrically isolated. The 0V terminal is directly connected to the housing potential. The power supply is protected with a resettable fuse. The relevant national regulations must be observed when connecting the Compact Panel PC M. The connection should be made as follows: • The cross-section of the power supply cable must be between 0.75mm² and 2.5mm² • A lead or wire can be used for the connection • The current consumption must be taken into account for the power supply (� sect. 11). • The functional ground is not compulsory for operation. It may help to prevent interference and potential differences. • The 0V pin is directly connected to the housing potential. • The two connection cables must be connected with each other close to the plug in order to ensure a safe connection. The plug connector (socket strip with screw terminals) for the terminal is supplied with the device. If the polarity is reversed and a 0V connection is added at the same time, e.g. GND connection of the COM1 interface, the leakage current will flow across this 0V connection. The Compact PC/Compact Panel PC or external components may be destroyed if the housing is not correctly connected to the 0V potential. The two connection cables must be connected with each other close to the plug in order to ensure a safe connection. The Compact Panel PC M contains no serviceable fuse. Designation Function +24 VDC +24VDC power supply - reserved 0 V 0 V power supply reserved ! 24VDC 0V Funktionserde

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 17 5.3 PREPARING THE SHIELD CONNECTIONS The preparation of the data and signal cables is an essential factor in ensuring the electromagnetic compatibility (EMC) of the Compact PC/Compact Panel PC. This applies both to immunity and emission. The RS232 and LPT interfaces are connected with a D-subminiature connector in compliance with DIN 41652. For this only use metal or metallized connector casings with a cable clamp for strain relief that is securely screwed or clamped onto the connector. The clamping of the cable shield ensures that it is connected with the connector casing over a large area and with low inductance. It is connected via the casing to the housing of the Compact PC/Compact Panel PC. The cable shield must be connected using the method described below or one with identical inductance properties: 1. Strip the cable 2. Shorten the exposed shield braid to a length of approx. 3 cm. 3. Turn back the braid over the cable sheath. 4. Use a heat shrinkable tubing or a rubber grommet to cover the cable sheath with the folded back shield braid so that 5 to 8 mm of exposed cable shield is left at the sheath end and is cleanly covered at the back. 5. Fit the connector 6. The cable is then fastened at the exposed shield braid and the cable sheath below it directly underneath the cable clamp strap of the connector casing. Metallisches oder metallisiertes D-Subminiatur-Steckverbinder Metallischer Steckerkragen Befestigungs- schrauben mit Gewinde UNC Steckergehäuse Schrumpfschlauch zum Abdecken des Schirmgeflechtes Schirmgeflecht, über den Kabelmantel zurückgezogen Bride für die Zugentlastung und zur Kontaktierung des Kabelschirmes mit dem Steckergehäuse Cabling should be carried out with special care in order to guarantee interference-free operation. The EMC values specified in the technical data can only be guaranteed by observing the prescribed cable preparation. Metal or metallised connector casing Fastening screws Metallic connector shroud D-subminiature connector Strap for cable clamp and contacting of the cable shield with the connector casing Heat shrinkable tubing for covering the shield braid Shield braid pulled back over the cable sheath

18 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 5.4 CONNECTING THE COM INTERFACE The serial COM interfaces COM1 to COM4 are PC-compatible. The interface COM2 is used internally for the touch-screen. The interfaces COM3 and COM4 are optionally available Cables connected to the RS232 interface must be routed separately from low-voltage cables. Please see the technical manual of the motherboard for a detailed description of the RS232-interfaces. A shielded cable must be used for an interference free operation. 5.5 CONNECTING THE LPT INTERFACE The parallel LPT interface is PC-compatible. Cables connected to the LPT interface must be routed separately from low- voltage cables. Please see the technical manual of the motherboard for a detailed description of the LPT-interfaces. A shielded cable must be used for an interference free operation. 5.6 CONNECTING AN CRT MONITOR The CRT interface is PC-compatible. Cables connected to the CRT interface must be routed separately from low- voltage cables. Please see the technical manual of the motherboard for a detailed description of the CRT-interfaces. A shielded cable must be used for an interference free operation.

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 19 5.7 CONNECTING TO ETHERNET The connection to a HUB is implemented using a 1:1 Cat 5 cable with RJ45 connectors. A crossed cable is required for direct connection to another PC. Two diagnostic LEDs are provided for ETHER1: Orange: LINK (connection to HUB or other device) Green: ACT (send or receive) Cables connected to the Ethernet interfaces must be routed separately from low-voltage cables. Please see the technical manual of the motherboard for a detailed description of the Ethernet-interfaces. An STP cable must be used for interference free operation. 5.8 CONNECTING THE USB INTERFACE The USB interfaces comply with the USB 1.1 standard. USB1 und USB3 are not available from outside of the Compact Panel PC M. Cables connected to the USB interfaces must be routed separately from low- voltage cables. Please see the technical manual of the motherboard for a detailed description of the USB-interfaces. A shielded cable must be used for an interference free operation. 5.9 KEYBOARD AND MOUSE FOR SERVICE PURPOSE The Keyboard and Mouse interfaces are PC-compatible. These interfaces are intended for service purpose. Please see the technical manual of the motherboard for a detailed description of the Keyboard- and Mouse-interfaces. ACT LINK ETHER1 ETHER2 ETHER3 Mouse Keyboard USB0 USB2

20 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 5.10 AUDIO-INTERFACE The pin assignment of the Audio-interface follows the PC- standard. Cables connected to the Audio-interfaces must be routed separately from low-voltage cables. Please see the technical manual of the motherboard for a detailed description of the Audio-interfaces. 5.11 CHANGING THE HARD DISK The Compact Panel PC M can be fitted with 2.5” hard disks as well as with CompactFlash™. Changing the hard disk: To do this, undo the two screws of the hard disk slot and carefully pull out the hard disk. Detach the hard disk from the mounting frame. For mounting, proceed in the reverse order. The hard disk must only be fitted/removed if the Compact PC/Compact Panel PC is in a de-energized state! This may otherwise result in data loss and/or the destruction of the Compact PC/Compact Panel PC. Observe ESD protection measures when changing the hard disk! CompactFlashTM only operation: PIDE-Master not in use PIDE-Slave not in use SIDE-Master CompactFlashTM SIDE-Slave not in use Hard disk only operation: PIDE-Master not in use PIDE-Slave not in use SIDE-Master Hard disk SIDE-Slave not in use CompactFlashTM and Hard disk in operation: PIDE-Master not in use PIDE-Slave not in use SIDE-Master ! CompactFlashTM SIDE-Slave ! Hard disk (Set SLAVE-jumper on HD) If you use a hard disk and an CompactFlashTM, the hard disk has to be configured as a SLAVE2 device. 2 To use the hard disk as a MASTER device, please contact the manufacturer of the Compact Panel PC M Line In Line Out MIC open/ close

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 21 5.12 INSERTING / REMOVING THE COMPACTFLASH™ The Compact Panel PC M can beside hard disks also be fitted with CompactFlash™ mass storage. Inserting: To do this, open the cover of the CompactFlash™ interface and fit a suitable CompactFlash™ from the range of original accessories. The cover must then be fastened again. Removing: To do this, open the cover of the CompactFlash™ interface and press the CompactFlash™ ejector button. The cover must then be fastened again. The CompactFlash™ must only be fitted/removed if the Compact Panel PC M is in a power off state! Otherwise data loss may result. Only CompactFlashTM from the range of original accessories must be used. Data security cannot otherwise be guaranteed.

22 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 23 6 Operation 6.1 POWERUP/SHUTDOWN BEHAVIOR The Compact Panel PC M is fitted with an ATX compatible power supply. As an additional function the device will switch on without having to press a Power button. The power supply unit of the Compact Panel PC M switches off after the shutdown. To avoid data loss the PC has to be shut down before power off if Win 2000 or Win XP is installed on the PC. To restart the PC after shut down, the power supply has to be disconnected for at least 20 seconds. After the power up, the Compact PC/Compact Panel PC boots the installed operating system. The self-tests supported by the BIOS are carried out at the same time. The touch-screen indicates readiness for operation with two beeps. 6.2 SYSTEM SETTINGS The Compact Panel PC M is fitted with a PC/AT compatible computer core. The standard BIOS settings are available. A detailed description of the settings for the BIOS setup is provided in the relevant software description. 6.3 IMAGE STICKING If a static pattern is displayed for a long time, image retention can occur. To prevent this behavior, it is recommended to change the pattern at least every 12 hours for a short period. Image sticking is mostly reversible, but can be very annoying. It is recommended to use a screen-saver.

24 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 25 7 Mounting Instructions 7.1 GENERAL MOUNTING INSTRUCTIONS The Compact Panel PCs are installed from the front, for example, into a control cabinet. They are fixed at the rear with embedded threaded bolts. The Compact Panel PCs are screw fastened onto the fixing bracket. The Compact Panel PC M can be operated at a maximum ambient temperature of 45°C (� Sect. 11). The ambient temperature is measured 5cm above the PC aligned the CPU heat sink (vertical mounting, maximum 2000m above sea level) The device can be mounted in housing, provided that the ambient temperature is taken into account. A 10cm clearance from the housing walls must be provided on all sides in order to ensure sufficient air circulation. A minimum clearance of 10cm must be provided to active elements such as the load power supply, transformers etc. Direct sunlight (UV component) reduces the lifespan of the LCD crystals. The following must be ensured to prevent the device from overheating during operation: - All cooling slots must be free in order to ensure system cooling. - Avoid the exposure of the flat screen to direct sunlight. - The angle of inclination to vertical mounting must not exceed ± 35° - A forced airflow increases the overall reliability 7.2 FLUSH MOUNTING IN FRONT PANEL - GENERAL 1. Insert the Compact Panel PC from the front into the front panel cutout. 2. The front seal must be flat and evenly positioned between the front plate and the front panel. 3. Fasten the rear of the device to the supplied fixing frame using the 4 locking nuts (until the front frame is touching the front panel on all sides). Ensure that the seal is seated correctly on the front panel If devices are provided with an all-round seal, both ends of this seal must fit flush underneath the device. Avoid torques higher than 0.5 Nm, as these may otherwise damage the device. The thickness of the front panel must not exceed 5 mm.

26 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 7.3 12.1”, 15” AND 19” FRONT CUTOUT Tolerance of the mounting cutout: +0/-1 mm The thickness of the front panel must not exceed 5 mm. Front cutout - 12.1”

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 27 Tolerance of the mounting cutout: +0/-1 mm Tolerance of the mounting cutout: +0/-1 mm The thickness of the front panel must not exceed 5 mm. Front cutout - 15” Front cutout - 19”

28 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 7.4 DIMENSIONS - 12.1”, 15” AND 19” FRONT 12.1” front dimensions

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 29 15” front dimensions 19” front dimensions

30 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 7.5 DIMENSIONS - 12.1”, 15” AND 19” REAR 12.1” rear dimensions

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 31 15” rear dimensions

32 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 19” rear dimensions

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 33 8 Notes on the Touch-screen 8.1 BASIC FUNCTION OF THE TOUCH-SCREEN Infrared touch-screen version The touch-screen operates using an active light matrix in the infrared range. The interruption of this light matrix at any point initiates an operation if a touch-screen element is actuated (e.g. a button). If the light matrix is interrupted for longer than approx. 7s, this initiates a timeout. The touch-screen then switches to the “non actuated” state, and further operations can only be made after the touch button has been released and then actuated again. Several simultaneous touch operations are not evaluated. On systems running Windows® the timeout can be adjusted in the Touch-Control panel-Applet. Resistive touch-screen version The resistive touch-screen operates in the same way. When the touch foil is pressed, the position of the touch operation can be determined according to the electrical resistance. This initiates an operation if a touch-screen element is actuated (e.g. a button). With this operating principle, the touch-screen must be calibrated. The initial calibration is carried out at the factory. A recalibration is required if the touch position changes in relation to the screen. This can be due to aging, temperature etc. The calibration can be carried out with EPAM (see also EPAM manual, “Touch_calibrate” button operation). The calibration can also be activated by touching the touch-screen after the power up (with EPAM). In this case the message “Performing touch calibration” is output. In this mode, the touch panel must be pressed for approx. 5 s more (5 times beep). The touch calibration is activated after the touch-screen is released. On systems running Windows® the calibration can be carried out with Touch-Control panel-Applet. The calibration should be carried out with a touch stylus in order to ensure the optimum functioning of the touch- screen.

34 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG 8.2 POWER UP FUNCTION TEST Infrared touch version The touch-screen runs a function test each time it is powered up, in which all the IR channels are tested. Faulty IR channels can be evaluated by the application and displayed graphically. A failure of the IR channels is normally due to severe contamination of the IR transparent plastic frame, which consequently has to be cleaned (� sect. 10). The optical elements of the light matrix are located behind the IR transparent plastic frame in the front panel of the device. IR channels that are continuously interrupted will be detected by the touch controller after a timeout of approx. 15s and no longer included in the evaluation. In extreme cases, this may mean that individual zones cannot be touch activated. Do not touch the screen of the touch panel during the system power up until your application is running. The touch-screen performs a function test during the power up. Resistive touch version The function of the resistive touch-screen cannot be monitored due to the technology involved.

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 35 9 Backlight, Contrast, Diagnostics 9.1 BACKLIGHT The brightness of the backlight can be set by the application (the touch driver software). 9.2 CONTRAST The Compact Panel PCs do not have a contrast setting as they are provided with TFT displays. A contrast setting is only required for passive LCDs. 9.3 DIAGNOSTICS Symptom Possible cause and remedy Signal with Power On Acoustic signal: 2 x short � Touch controller OK Screen dark during power up - Check power supply - BIOS setting for TFT lost - Diagnose with CRT Screen white after Power On - The power off time was too short (has to be > 20 seconds) No power start up after power on - BIOS setup data setting "Auto-start" lost (PC has to be serviced at the manufacturers site!) Touch not functioning - Hardware faulty � No acoustic signal after power up - Too many IR channels interrupted � Clean touch Date/time not correct Replace battery Ethernet connection missing - Incorrect Ethernet cable fitted (crosslink/direct). � LINK-LED is lit if the connection is correct � ACT LED if the data transfer is correct (flashes during the transfer) - Incorrect/invalid IP address set Sticking Image on screen - use a screen-saver

36 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 37 10 Maintenance and Repair Cleaning the infra-red touch For proper operation ensure that the signal levels of the channels are not so severely reduced or interrupted due to excessive contamination through dirt. Clean the black plastic frame on the device front regularly with a damp soft cloth. Ensure that the surface is not scratched or scoured, especially when removing hard deposits and abrasive dust. Do not expose the front of the device to solvents, which may corrode and remove the plastic frame and foil (frame material: Makrolon 2805, manufacturer: Bayer AG). Cleaning the resistive touch Do not expose the front of the device to solvents, which may corrode, and damage the plastic foil (foil material: polyester). Do not spray the cleaning agent directly on the screen but onto the cleaning cloth. Cleaning should only be carried out when the device is powered off! This ensures that any functions are not accidentally activated when the screen is touched. Do not use a coarse scouring cloth, scouring powder or solvent. Battery The battery is used to back up the real-time clock. The battery should be changed every 5 years in order to prevent any date/time loss. The battery must be changed from trained personnel. To replace the battery, the enclosure has to be opened. Observe ESD protection measures when changing the battery! Repairs Repairs to Compact Panel PC M devices must only be carried out by the manufacturer. (Manufacturer address � sect. 13) No liability is accepted for any modifications made to the device that are not described in this document. Transport Only the original packaging must be used for transporting the device. The stipulated climatic conditions (� sect.11) must be observed. Storage The device must only be used in the climatic conditions described in section 11. It should be remembered that a high storage temperature reduces the lifespan of the real-time clock battery. It is recommended that the devices are stored at room temperature.

38 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 39 11 Technical Data Screen TFT LCD 12,1“: 15“: 19“: SVGA 800 x 600 XGA 1024 x 768 SXGA 1280 x 1024 Display area 12,1“: 15": 19“: 246 x 185 mm 304 x 228 mm 376 x 301 mm Backlight 12,1“: 15“: 19": CCFL, dimmable via software 2 x CCFL (50000h), contrast: 200:1 brightness: 300cd/m2 2 x CCFL (35000h), contrast: 400:1 brightness: 250cd/m2 2 x CCFL (50000h), contrast: 1000:1 brightness: 250cd/m2 Front plate Infra-red touch: Safety glass, non-reflective Resistive touch: Polyester/glass laminate Operation Type Infra-red, resistive touch, keyboard, mouse Resolution 12,1“: Infra-red Touch 15“: 19“: 93 x 71 115 x 87 143 x 115 Resolution Resistive Touch 12-bit analog (0-4096) for all screen sizes Touch driver Documentation and driver for the Touch-Screens you'll find at http://www.gesys.ch Keyboard / Mouse Standard-PS/2 Mini-DIN 6-pin Ambient conditions Climatic conditions, operation 0..45°C at vertical mounting with CompactFlashTM 5..45°C at vertical mounting with hard disk 0..35°C at an angle up to 35° with CF 5..35°C at an angle up to 35° with HD 10...90% air humidity, non-condensing The reference point is defined 5cm above PC (centered above the venting holes). It is recommended to guarantee sufficient airflow. Climatic conditions, storage -20...60°C, 10...90% rel. air humidity, non-condensing The temperature gradient must be below tbd °C/h Climatic conditions, transport -20...60°C, 10...90% rel. air humidity, non-condensing Vibration <60Hz: 3.5mm >60Hz: 1g Shock 15g / 11ms EMC EMC immunity Industrial EN 61000-6-2 EMC emission Residential area EN 61000-6-3 Degree of protection Front IP 65 (NEMA 12), to EN 60068-2-68 � Observe sections 7!! Rear IP 20 Weight 12,1“: 15“: 19“: approx. 5,8kg approx. 6,9kg approx. 10.0kg Dimensions W x H x D 12,1“: 15“: 19“: 361 x 279 x 100 mm 427 x 332 x 100 mm 512 x 420 x 104 mm Cutout 12,1“: 15“: 19“: 344 x 262 mm (+0/-1mm) 410 x 315 mm (+0/-1mm) � See drawing!

40 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG Technical Data (continued) Power supply Rated voltage 24 VDC SELV, safety extra low voltage Protection class III Voltage range 24 VDC to DIN 19240 20.4...28.8 VDC rms, absolute value with ripple 18.5...30.2 VDC Power supply dips tbd Protection against reverse polarity No protection, reverse polarity leads to service case Fuse protection Yes, resettable ATX support Yes, without external power button Potential isolation No (The 0V-pin of the PS is connected to the digital GND) Power consumption 800MHz, 12,1" 36W max. 800MHz, 15" 46W max. 800MHz, 19" 48W max. 1.8GHz, 12,1" 59W max. 1.8GHz, 15" 69W max. 1.8GHz, 19" 69W max. Startup current: max. 10A during 20ms A 24V/4A power supply is recommended Minimum Power Off time 20 seconds Motherboard Type 800MHz : 886LCD-M/mITX(BGA, soldered) P/N: 810196-4500 >1GHz : 886LCD-M/mITX(Socket 478) P/N: 810182-4500 Documentation and drivers for the motherboard you'll find at http://emea.kontron.com CPU Type 800MHz (Mobile Celeron®, zero L2 Cache, BGA) 1.3 GHZ (Celeron® M, 512kB L2 Cache, mPGA478) 1.8GHz (Pentium® M, 2MB L2 Cache, mPGA478) Working memory Type 1 x DIMM: DDR-333-RAM, PC-2700, 184pin up to 1GByte Real-time clock Counters Seconds, minutes, hours, day, month, year, decades Leap year adjustment Automatic DST setting by software Deviation at Tamb=25°C Normally +/- 100ppm Battery backup Lithium 3V / 235mAh, CR2032, typ. 5 years life Communication interfaces Ethernet1, 2, 3 10/100Mbps RJ45 (800MHz) 10/100/1000Mbps RJ45 (>1GHz) USB0,2 2 x V2.0 USB-connector COM1, 3, 4 RS232 D-Sub 9 pin male COM2 RS232 internal use for IR-Touch-screen LPT EPP, ECP, SPP D-Sub 25 pin female CompactFlash™ Slot CompactFlash™ Type II ATA Flash, 5V or MicroDrive™ Hard disk Type 2.5“, 5V

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 41 Technical Data (continued) Fan Type The Smart Fan control system, supports Thermal® und Speed® cruise. An automated fan regulation is possible through BIOS and through an Application-API. For details see the technical documentation of the motherboard. Noise <70dB

42 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 43 12 Disposal Compact PC/Compact Panel PCs no longer in use must be properly disposed of or must be returned to the manufacturer for disposal. (Manufacturer address � sect. 13) Special note: • The device contains a lithium battery. • The backlight of the screen contains mercury Materials: Front: Anodized aluminum with plastic foil Housing: Galvanized sheet steel Board: 1st Quality Front: Infra-red touch: Safety glass, plastic frame, Makrolon 2805 (manufacturer: Bayer AG), PETP polyester foil Resistive touch: Polyester foil/glass laminate

44 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 45 13 Conformity and Standards The Compact Panel PC M meets the requirements specified by the EU Council Directives for harmonizing the regulations of EU member states relating to electromagnetic compatibility (89/336/EEC). The following generic standards were used for the assessment of electromagnetic compatibility of the Compact PC/Compact Panel PC: EN 61000-6-3 (Emission) EN 61000-6-2 (Immunity) The following standard was used to assess the electrical safety of the Compact Panel PC M: EN 60950 und EN 50178 The manufacturer: Grossenbacher Systeme AG Address of manufacturer: Spinnereistr. 10 CH-9008 St. Gallen Switzerland

46 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 47 14 Version History Version Date / Signed Modifications: 1.0 11-063 / EP Initial release in English Manufacturer address: Grossenbacher Systeme AG Spinnereistr. 10 CH-9008 St. Gallen Switzerland Tel : ++41 (0)71 243 29 29 Fax : ++41 (0)71 43 29 28 email : [email protected] homepage : www.gesys.ch Germany sales: Grossenbacher Systeme GmbH Friedhofstrasse 76-82 D-63263 Neu-Isenburg Germany Tel : ++49 (0)6102 380 88 Fax : ++49 (0)6102 385 55 email : [email protected] homepage : www.gesys.ch

48 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -

© 2010 by Grossenbacher Systeme AG DVS 51052 V2.0 49 15 Index A Accessories.....................................12 Ambient conditions.........................39 Audio-interface......................... 15, 20 B Backlight.........................................35 Battery ...................................... 37, 40 BIOS...............................................23 C Cleaning..........................................37 COM-interface.................... 13, 15, 18 Commissioning...............................15 CompactFlash™ ................. 15, 21, 40 Conformity and standards...............45 Contents ..........................................5 Contrast ..........................................35 CPU ................................................40 CRT-monitor ............................ 15, 18 D Degree of protection.......................39 Device versions ..............................11 Diagnostics .....................................35 Disposal..........................................43 E Ethernet .............................. 13, 15, 19 Explanation of Symbols....................7 F Features ..........................................13 Fuse ................................................40 H Hard disk ...................... 13, 15, 20, 40 I Image Sticking................................23 Introduction ......................................9 K Keyboard / Mouse ..........................19 L LPT-interface...................... 13, 15, 18 M Maintenance and repair...................37 Manufacturer address......................47 Materials.........................................43 Mechanical dimensions ..................39 Mechanical dimensions - front .......28 Mechanical dimensions - rear.........30 Motherboard ...................................40 Mounting instructions.....................25 O Operation ........................................23 P Power consumption ........................40 Power supply ............................16, 40 Power up behavior..........................23 Power up function test ....................34 R Real-time clock...............................40 Repairs............................................37 S Scope of delivery............................11 Screen .............................................13 SELV..............................................16 Shield terminals..............................17 Storage............................................37 System settings ...............................23 T Technical data.................................39 Terminals........................................15 Touch driver software.....................12 Touch-screen ......................13, 33, 40 Transport.........................................37 U USB ....................................13, 15, 19 V Version history ...............................47 W Weight ............................................39

50 DVS 51052 V2.0 © 2010 by Grossenbacher Systeme AG - Blank page -