Product Datasheet. Touch screen Part number OPERATOR INTERFACE

Transcription

1 OPERATOR INTERFACE Application Main operating and indication panel for water based fire suppression systems. Each screen are designed for easy understanding without any nice to have function. The basic idea is to have an operator interface to work in an emergency situation. There shall be no doubts on what to do, if a fire should occur. In addition, any faults within the system are displayed and a simple fault finding procedure are describing what the fault could be and how to repair it. Description Now more than ever, competitive control and HMI solutions must be complete, scalable and tailored to the application at hand. A wide range of product types and various options for flexible system expansion are extremely important in machine manufacturing. For this reason, intelligent all-in one solutions that offer users the highest level of freedom with regard to control topology are important components for automation. Cost-effective solutions can be implemented by adapting the system precisely to the respective application, as is proven by the vast number of Power Panels operating in the field. Combining control, HMI and drive technology into one system makes it possible to offer intelligent complete solutions with a high level of integration that can be easily connected to various automation infrastructures. Compact Power Panel devices are designed for use in the harshest industrial environments and ensure the highest level of operating comfort. Uniform project development and integrated language-switching options make control panels a worldwide industry standard. Powered by Intel Atom architecture, the new Power Panel 500 series delivers performance previously only possible with industrial PCs. The Intel Atom Z5xx processors equipped in the Power Panel 500 have enough power to handle even the most challenging applications. There is also plenty of room for RAM up to 2 GB. This extensive product range includes panels ranging from 5.7" VGA to 15" XGA displays with intuitive touch screen and function keys. Gigabit Ethernet ensures high-speed communication over the plant network. Additional fieldbus interfaces or another gigabit Ethernet interface can also be added if needed. When designing the Power Panel 500, developers focused specifically on minimizing installation depth so that these systems can be used in extremely tight spaces. Description Specification EMC EN / 6-4 Display size 7 Resolution in pixels 800 x 480 Coloration 16 million Backlight LED Operating voltage 24 VDC Nominal current consumption 1 A Weight 1,2 Kg Material frame Aluminum Surface treatment Powder coated Application memory 512 MB External storage CF Card Operating system Windows XP/7/CE Operating temp 0 O C to +55 O C Degree of protection IP 65 Front Communication 1 x RS232 Ethernet 10/100 Mbit RJ45 USB 2 x USB 2,0 CAN Bus 1 x CAN Bus interface Processor Intel Atom Z GHz Memory SO-DIMM DDR2 512 MB 1 Turoteknikk AS, Hildertunet 2, N-1341 SLEPENDEN, Norway. Phone: , mail@turoteknikk.no

2 OPERATOR INTERFACE DIMENSION SPACING FOR AIR CIRCULATION In order to guarantee sufficient air circulation, allow the specified amount of space above, below, to the side and behind the Power Panel 500. The minimum specified spacing is indicated in the following diagram. This applies to all Power Panel 500 variants. IMPORTANT INSTALLATION INFORMATION Environmental conditions must be taken into consideration. This device must be mounted to a flat surface. This device is only certified for operation in closed rooms. This device must not be subjected to direct sunlight. Ventilation holes must not be covered. This device must be mounted in one of the approved orientations. The wall or control cabinet must be able to withstand four times the total weight of the device. The flex radius of connected cables (DVI, SDL, USB, etc.) must not be exceeded. This device should be mounted in a position that minimizes glare on the screen. This device should be mounted in a position and orientation that make viewing as easy as possible for the operator. 2 Turoteknikk AS, Hildertunet 2, N-1341 SLEPENDEN, Norway. Phone: , mail@turoteknikk.no

3 Product Datasheet CONNECTIONS CUT OUT DIMENSION Maximum installation plate thickness: 2 6 mm INSTALLATION WITH RETAINING CLIPS INSTALLATION PROCEDURE Retaining clips are used to mount PP500 devices with a diagonal of 5.7" or 7". Insert the device into the front side of the smooth, flat installation cutout. Place the retaining clips on the device. To do this, hook the clips into the openings on the sides of the device (indicated by the orange circles). The number of openings may vary depending on the size of the device. Slide the retaining clips all the way to the back of the openings. Retaining clips are designed to clamp a maximum thickness of 6 mm and minimum thickness of 2 mm. A large flat-head screwdriver is needed to tighten and loosen the screws. The maximum torque for the retaining clips is 0.5 Nm. Devices must be installed on flat surface; uneven areas can cause damage to the display when the screws are tightened. 3 Now fasten the retaining clips to the wall or control cabinet by tightening the screws with a flat-head screwdriver. The fastening torque should be approximately 0.5 Nm. Turoteknikk AS, Hildertunet 2, N-1341 SLEPENDEN, Norway. Phone: , mail@turoteknikk.no

4 CAN bus The electrically isolated CAN bus interface is a 8-pin plug Transfer rate Cable length The 5PP5IF.FXCM-00 interface board has one combined CAN master, one X2X Link master interface and 512 kb SRAM. 1x CAN master interface 1x X2X master interface 512 kb SRAM Pin CAN BUS COMMUNICATION CAN Bus 4 CAN Ground 5 SHLD (shield) 6 SHLD (shield) 7 CAN_L (CAN Low) 8 CAN_H (CAN High) Max. 500 kbit/s Max 1000 meters CABLING AND POWER SUPPLY Functional ground is a current path of low impedance between electrical circuits and ground. It is used, for example, to improve immunity to disturbances and not necessarily as a protective measure. It therefore serves only to deflect disturbances, not to provide any kind of protection against electric shock. The functional ground on the device has 2 connections: Supply voltage Ground connection To guarantee safe conductance of electric disturbances, the following points should be observed: The device should be connected to the central grounding point in the control cabinet using the shortest route possible. Note the line shielding concept; all connected data cables are used as shielded lines. POWER SUPPLY The single-row 3-pin terminal block 0TB103 is used to connect the supply voltage. CAN BUS Connection PLC Plug Touch Screen Plug NOTE: Terminating resistor switch to be on. 4 Turoteknikk AS, Hildertunet 2, N-1341 SLEPENDEN, Norway. Phone: , mail@turoteknikk.no

5 LED STATUS INDICATOR CAN bus INTERFACE LINE FILTER DIMENSION LED Color Status X2X CAN Status LED TERM LED Yellow Yellow On Off On Off Sending data Receiving data Sending data Receiving data Green On Interface module active Red On CPU Starting up Yellow On Off Terminating resistor switched on. NOTE: SHALL BE ON!! Terminating resistor switched off LINE FILTER DRILLING TEMPLATE LINE FILTER LINE FILTER CONNECTION The 5AC804.MFLT-00 line filter may be necessary to satisfy requirements regarding conducted disturbances in supply lines in accordance with the 2003 edition of GL EMC1 (Germanischer Lloyd). The line filter should be installed as close to the end device as possible; the supply line from the end device to the line filter should be kept as short as possible. The line filter must be connected between the supply voltage and the end device. The following points must be observed: Use shielded, twisted wires. Keep the lines as short as possible (supply voltage - line filter - end device). The line filter must be installed on an unpainted, oil-free metallic surface. 5 Turoteknikk AS, Hildertunet 2, N-1341 SLEPENDEN, Norway. Phone: , mail@turoteknikk.no

6 BACK COVER OF SYSTEM UNIT COMPACT FLASH SLOT This CompactFlash slot is connected to the chipset internally via IDE PATA. Type I CompactFlash cards are supported. Battery 5CFCRD CFCRD CFCRD CFCRD CFCRD CFCRD.016G-06 5CFCRD.032G-06 CompactFlash 512 MB B & R CompactFlash 1024 MB B & R CompactFlash 2048 MB B & R CompactFlash 4096 MB B & R CompactFlash 8192 MB B & R CompactFlash 16 GB B & R CompactFlash 32 GB B & R Warning! Power must be turned off before inserting or removing CompactFlash cards. BATTERY The lithium battery (3 V, 950 mah) buffers both the internal real-time clock (RTC) as well as data stored in SRAM on interface cards. It is located behind the black cover on the front of the device. The battery's buffer lifespan is at least 4 years (at 50 C, 8.5 μa for the components being supplied and a self-discharge of 40%; if an interface board with SRAM is installed, then the lifespan is reduced to 2½ years). The battery has a limited service life and should be replaced regularly (after the specified service life at the latest). POWER AND RESET BUTTON The power button acts like the on/off switch on a normal desktop PC with an ATX power supply: Press and release... Switches on the device or shuts down the operating system and switches off the device Press and hold... Switches off the ATX power supply without shutting down the device (data could be lost!) Pressing the power button does not reset the MTCX processor. Battery Type Removable Service life Renata 950 mah Yes, accessible from the outside 4 years Pushing the reset button triggers a hardware and PCI reset. The device is restarted (cold restart). Pressing the reset button does not reset the MTCX processor. The status of the battery is determined immediately after the device is started and subsequently checked by the system every 24 hours. During this measurement, the battery is subjected to a brief load (approximately 1 second) and then evaluated. Once determined, the battery status is displayed in BIOS (under OEM features -> CPU board features -> CPU board monitor) and in the B&R Control Center (ADI driver); it can also be read in a customer application using the ADI library. 6 Turoteknikk AS, Hildertunet 2, N-1341 SLEPENDEN, Norway. Phone: , mail@turoteknikk.no