eautomation Software Solutions

Transcription

1 eautomation Software Solutions 10 The Basics of Web-enabled Automation 10-2 Advantech Studio Extending Powerful SCADA/HMI to the Web 10-4 KW MULTIPROG IEC SoftLogic Control Software 10-6 KW for Embedded Controller Embedded SoftLogic for UNO-2000 and ADAM Controller 10-7 TouchView Browser-based HMI/SCADA Software 10-8 ADAMView ADAM Data Acquisition Software OPC Servers OPC Connections 10-12

2 The Basics of Web-enabled Automation Support & Service Maintenance Technicians can monitor equipment and respond to problems more quickly With better information available from anywhere at any time, your support & service staff can be more efficient Sales Better information about manufacturing schedules and inventory levels enable new pricing and selling models Operators SCADA/HMI software provides local operator control connection through a browser, allowing users to interact with the process from anywhere Decision Makers Real-time information through the internet can help manage inventory and reveal process bottlenecks. Web Enabled Automation- What is it? The word automation needs no definition, but what about web enabled? Web enabled means real time access to data and control virtually anytime and from anywhere it s required. This is a very broad claim, and statements like this have been and are being made all the time. So what s different now? To oversimplify a bit, we can now think in terms of merging the world of the consumer Internet (cheap, fast, readily available access to almost everything from anywhere at anytime) with the traditional automation world (expensive, proprietary, limited accessibility, islands of knowledge). Most importantly, this merging goes well beyond the horizontal integration of standard B2B and B2C implementations. Web enabled automation drives this real time accessibility vertically down to the level where things are actually being produced, ordered, shipped, tested, stocked, etc. Web enabled automation can also be thought of as visible automation. What will web enabled automation do for me? Why do I need it? So what can we do with this accessibility? We can now check production data on a critical process, machine, or orders in real time, without waiting on batch reports. Or, have a system notify a technician that it needs help via to a PC, PDA, or phone. Or, have a system linked in real-time to suppliers and customers to handle restocking or shipping. Or, collect data from many distributed machines or processes in real-time, analyze it, and send new optimized parameters back, all using the existing Internet/Intranet infrastructure. We now have a distributed, adaptive, closed loop factory. OK, so some good, interesting, and useful things are possible. But why would anyone need this kind of access? Because all customers are coming to expect real-time deliveries of product and information. As individual consumers we re being conditioned to expect this through our experiences with on-line ordering, status checking, and next day or same day deliveries of merchandise. Even more importantly, the competition will do it. And, once they have implemented web enabled automation successfully they ll be able to satisfy the customer more quickly and at a lower cost than non-web enabled companies. That s the real bottom line. A few examples may help illustrate the possibilities and benefits of this technology. First, consider a customer who wants to link to a supplier s production system for electronic processing of orders and shipment tracking. The customer is trying to cut his lead times, so he wants live production data from the supplier plant. If the supplier s system is based on data processing that is periodically batched (monthly, weekly, daily) then giving the customer on-line access to the supplier s system is not enough. The customer will be getting data whenever he wants it, but it will be stale. However, if the supplier can link real-time data coming direct from the production floor, then the customer will have live access to current data. This can be a competitive advantage for the supplier by helping his customer increase throughput and lower costs. If this is a two way link the supplier could even adjust production flow in real time based on incoming customer demand data, resulting in optimized inventory levels. Next, consider a machine used to drill and tap holes. A lot of information may be available in the machine controller about total production time on a particular tool or number of parts produced. What if this data could be easily analyzed and used to automatically request tool and machine maintenance or replacement parts based on tool failure or, even better, in advance of a failure based on tool wear data or production time? What if the machine could directly the maintenance department or machine vendor to schedule replacement parts and installation? Could this capability be used to increase uptime and reduce costs? More than likely the answer is yes eautomation Software Solutions

3 Now, take the same machine from the previous example and collect data related to part parameters and/or production. (Note that we could take this data directly from the machine controller or collect it using additional sensors that are I/O independent with the existing machine controller.) In addition to making this data available as a web page (accessible from any PC with a standard browser), let s send it to a server PC (located in the shop office or across the world). Now we can analyze this data from any location worldwide to do Statistical Process Control using standard PC based software for process/quality reporting and improvement. If the software is capable of making process adjustments based on simulations of the production environment, these new parameters can be sent back to the machine to take effect in real time. Cost reduction possibilities here could come from reduced scrap and rework: better quality in real time. How Web-enabled Automation Work Now that we re convinced of the benefits of web enabled automation, what pieces and parts are required to put this technology to work? The basic parts required for web based data acquisition and control are : 1) An interface to the machine/process/building/ thing to be monitored or controlled via the web (network) connection. 2) A web server to make the desired display and/or control pages available to the remote browser, and 3) A data service or interface to handle exchanging data between the local thing (server) and the remote system (client). For remote viewing of the data and/or web pages, the only requirement is a standard browser interface. For applications requiring SPC, optimization, or enterprise level software to exchange real time data with the thing, a remote server PC and a compatible data exchange service are required. 1 IPPC & AWS TPC2 FPM3 ATM4 5 DA&C cpci ADAM-3000 econnectivity 9 ICOM Software UNO-2000/3000 VBOX ADAM-4000 ADAM-5000 ADAM-6000 ADAM-8000 Online Download

4 Advantech Studio Extending Powerful SCADA/HMI to the Web Features Publish real-time dynamic and animated graphic screens, trends, alarms, reports, and recipes to standard browsers Import and export recipes, reports and real-time data using the XML format Use the same development environment as applications running on Windows NT/2000/XP and CE or on the Web Integrates seamlessly with your Windows desktop applications (such as Microsoft Word and Excel) View multiple Advantech clients from one Web browser Provides extensive development support tools such as message register, error codes, event codes, Database Spy, and Login Multi-level security for applications, including use over Intranets and Internet. Conforms to industry standards such as Microsoft DNA, OPC, DDE, ODBC, XML, and ActiveX Introduction Advantech Studio is a powerful, integrated collection of automation tools that includes all the building blocks required to develop modern Human Machine Interfaces (HMIs), and Supervisory Control and Data Acquisition System (SCADA) applications that run on Windows NT/2000/XP and CE, or in an Internet / Intranet environment. A simple drag and drop, point and click development environment simplifies the most complex behavior of your live processes, but a flexible and easy-to-use scripting language is also available for special requirements. Advantech Studio is currently being used in nearly 2,000 installations worldwide. Advantech Studio for Windows CE is based on Advantech Studio s full scale supervisory control and monitoring system, and has almost all of the same features, including an objectoriented database, math functions, report generation, archiving, alarms, batch recipes, and interfaces for PLCs, remote I/O and TCP/IP networking. In other words, Advantech Studio for Windows CE is a full-function supervisory control and monitoring system that fits in the palm of your hand or can be embedded in the chipset of a low-cost operator interface. Advantech Studio for Windows CE is software for complete supervisory control and process monitoring with an operator interface that is available for the Microsoft Windows CE operating system platform. Specifications Product Series or Part Number WebLink, WebOIT Type Parameter CE Runtime Local Interface Local Interface Local Interface Overview Database Communication Supported D P AS1500-WS51 AS1500-WR51 AS1500-WD51 AS4000-WS51 AS64K-WS51 AS512K-WS51 AS1500-CD51 AS4000-CD51 Operator Workstation Control Room Advanced Server Local Interface for CE Operator Workstation for CE Web Server ü ü ü ü ü ü ü ü ü Development Tool OS WinNT/2K/XP (P) WinNT/2K/XP WinNT/2K/XP WinNT/2K/XP WinNT/2K/XP WinNT/2K/XP WinNT/2K/XP WinNT/2K/XP WinNT/2K/XP Runtime OS WinCE NT/2K/XP NT/2K/XP NT/2K/XP (P) NT/2K/XP NT/2K/XP NT/2K/XP WinCE (P) WinCE (P) Local Viewer on Runtime WebOIT only ü /RT only ü ü ü ü WebOIT only ü Support ü ü ü ü ü ü ü ü ü Modem Dial-up Support Application Tags ü ü ü ü ü ü ü ü ü D up to 1,500 D up to 1,500 up to 4,000 up to 64,000 up to 512,000 up to 4000 up to 4000 Security System ü ü ü ü ü ü ü ü ü Drivers up to 3 up to 3 up to 3 up to 3 up to 5 up to 8 up to 8 up to 3 up to 3 OPC Client ü ü ü ü ü ü ü ü ü OPC Server ü ü ü ü ü ü ü ü ü TCP/IP Client ü ü ü ü ü ü ü ü ü TCP/IP Server ü ü ü ü ü ü ü ü ü ü Determined by development version Purchased separately Legend 10-4 eautomation Software Solutions

5 Ordering Information AS1500-WS51 AS1500-WR51 AS1500-WD51 AS4000-WS51 AS64K-WS51 AS512K-WS51 AS1500-CD51 AS4000-CD51 Development Environment Applications Remote Utility Management Building Automation Water and Wastewater Management Factory Automation Machine Builder AStudio Development Kit Professional Edition for Windows XP/2000/NT (Include DEV and RT Edition) AStudio Runtime Edition for Windows XP/2000/NT AStudio Developement Kit for Windows XP/2000/NT AStudio Workstation Development Kit for Windows XP/2000/NT AStudio Control Room Development Kit for Windows XP/2000/NT AStudio Advanced Server Development Kit for Windows XP/2000/NT AStudio Developement Kit for Windows CE target AStudio Workstation Development Kit for Windows CE target Microsoft Windows XP, 2000, NT 4.0 service pak 4 and higher Min. 256 MB of RAM. (Recommended 512 MB of RAM) 100 MB of free hard-disk space for installation CD-ROM driver (for installation only) Runtime Environment Windows CE 4.1 or higher and Internet Explorer for CE Min. 32 MB of memory or Microsoft Windows 2000, Windows XP, Windows NT 4.0 Service Pack 4 and higher, Service Pack 2 Min. 32 MB of RAM. (Recommended 64 MB of RAM) Web Browser that supports ActiveX objects Hardware Platforms Supported Web0IT-642 WebOIT-1260 WebOIT-1560 WebLink-2050 WebLink-2053 WebLink " QVGA STN Web-enabled Operator Interface Terminal 12.1" SVGA TFT PII-grade Web-enabled Operator Interface Terminal 15" XGA TFT P-II grade Web-enabled Operator Interface Terminal Pentium-grade Web-enabled Data Connection with Isolated DI/DO Pentium-grade Web-enabled Data Connection with Dual LAN Pentium-grade Web-enabled Data Connection with PC Card and 4 x RS-232/422/485 Communication Drivers Advantech ADAM-4000, ADAM-5000/485 AEG Compact PLC*, ModCon 984E*, Quantum Family AEG Schnieder ModCon 984E* Ethernet Quantum Ethernet Family (Modicon Square MODBUS Plus compatible equipment D Telemecanique) Symax Family PLC2 Family PLC5 Allen-Bradley Family SLC500 Family 5000 Cutler-Hammer D50*, D300 GE-Fanuc Series 90, 90/30 CPU 341* Mitsubishi FX-232AW C-series Rack PCs Sysmac way Omron Host link units Sysmac C200H* E5CK / E5AF Phoenix Interbus Compatible S5 (PG port) S5/S7 3964R, S7 (MPI) Profibus DP Slave Compatible Siemens Profibus DP Master Compatible Profibus FMS Compatible S5-945 PG Port MXT521 UT35 HR2500E DA100 Yokogawa UT37/UT38 UT750, UP750, UT550, UT520, UP550, UT350, UT320, UM350, UM330, UP350 YS100 InterBus - ModBus Ethernet - ModBus RTU/ASCII OPC - System Requirements Advantech Studio 1 IPPC & AWS TPC2 FPM3 ATM4 5 DA&C cpci ADAM-3000 econnectivity 9 ICOM Software UNO-2000/3000 VBOX ADAM-4000 ADAM-5000 ADAM-6000 ADAM-8000 Online Download

6 KW MULTIPROG IEC SoftLogic Control Software Features IEC Programming languages Intuitive programming with a clear project structure Cross-compiling: FBD, LD and IL can be cross-compiled to each other. Multi user functionality shortens programming times Management of distributed controls Network variables: Easy and powerful configuration of distributed communication Powerful debugging tools: Online changes, PLC simulation, Overwriting & forcing, breakpoints, watch windows & recipes, Logic analyzer, and cross reference. Introduction MULTIPROG supports all IEC programming languages. Depending on the task to be handled, your experience and company standards, you may choose one of the five standardized programming languages. The use of MULTIPROG offers you many advantages. Our long-term experience in the automation industry guarantees you a sophisticated software product. The open architecture of MULTIPROG provides a new direction in the creation of automation software. MULTIPROG Automation Interface guarantees consistent data. Via the automation interface, MULTIPROG opens its data for other tools. MULTIPROG allows external creation and modification of its project data. Furthermore, specific attributes can be added. As all essential data can be displayed in MULTIPROG, frequent switching between different tools during PLC programming and commissioning is no longer necessary. Observers guarantee data consistence with other tools, thus the engineering effort for the programming of PLCs is reduced. Reliability by Experience KW MULTIPROG is based on an embedded softlogic controller that has been applied in the automation industry since With over 250,000 runtime installations worldwide, a sophisticated and reliable product is available which is continuously adapted to new technologies. Specifications Hardwave Requirements Device Minimum Recommended IBM compatible PC with Pentium Processor 200 MHz 350 MHz System RAM 64 MB 128 MB Hard Disk CD ROM drive VGA Monitor Color Settings Resolution RS232 interface Mouse Advantech Hardware Supported UNO-2000 Series ADAM-5510 Series WebOIT Series Softwave Requirements 60 MB free memory space 256 colors 800 x 600 Optional Recommended Microsoft Windows NT 4.0 SP5 or Windows 2000/XP Microsoft Internet Explorer 5.02 or above True color 1024 x 768 IEC Programming Languages (all supported) Instruction List (IL) Structured Text (ST) Function Block Diagram (FBD) Ladder Diagram (LD) Sequential Function Chart (SFC) All programming languages can be mixed within one project. Ordering information MPROG-BAS33 MPROG-ADV33 PROCON-NT32 PROCON-NTOPC20 PROCON-CEOPC20 KW Multiprog Softlogic Development Kit Basic Edition v3.3 for Windows NT/2000/XP (128 byte I/O) KW Multiprog Softlogic Development Kit Advanced Edition v3.3 for Windows NT/2000/XP KW ProConOS Runtime License v3.2 for Windows NT/2000/XP KW ProConOS OPC Server Runtime License V 1.12 for Windows NT/2000/XP KW ProConOS OPC Server Runtime License v2.0 for Windows CE 10-6 eautomation Software Solutions

7 KW for Web-enabled Controllers Advantech s s new Web-enabled Controller series brings together the power of WebLink & WebOIT web-enabled automation products with next generation embedded softlogic technology. The Web-enabled Controller product series adds real-time programming languages based on the globally recognized IEC standard to AStudio, our embedded, web-enabled HMI software system. And, of course our Web-enabled Controller series brings this functionality together in a cost-effective and reliable embedded hardware package. Web-enabled Controller means local control with global connectivity! Industry standard IEC programming For faster time-to-market and reduced support costs, take advantage of programming support for the five globally recognized PLC languages: Ladder Diagram, Function Block, Sequential Function Chart, Structured Text, and Instruction List. Develop your application in any one of the five languages, or use any combination that fits your development needs. Real-time logic execution Web-enabled Controller offers real-time, deterministic execution of your application code down to 1 milli-second resolution. Take advantage of Web-enabled Controller s s optimized logic runtime engine that automatically complies your IEC application code for maximum performance. Web-enabled Controller brings the benefits of real-time control to a cost effective, web-enabled platform, so you can take advantage of local real-time control with a wide range of remote monitoring and management features. All this integrated into one package! Integrated development environment Web-enabled Controller brings integrated programming of logic and HMI to simplify programming and maintenance tasks. Integrated and synchronized database management eliminates the need to create and track multiple database items for HMI and logic programs, with the benefits of reduced programming time and fewer startup errors for your project. And, take advantage of Web-enabled Controller s s powerful on-line debugging tools to quickly track down and correct programming errors. Web-enabled Controllers Broad range of I/O support KW Multiprog The Web-enabled Controller product series offers flexible I/O support to meet a wide range of application requirements. Take advantage of Web-enabled Controller s powerful integrated HMI and logic functions in combination with an array of distributed serial and Ethernet I/O products, or choose a platform with fully integrated I/O for maximum performance and cost effectiveness. Automatic remote handling of events, alarms via Web-enabled Controller offers all the benefits of Advantech s web-enabled eautomation product line, including full support for automated alarm and event handling. Track local conditions and generate reports based on time, event, or exception conditions, then automatically issue reports or alarms via pager or worldwide! By monitoring conditions and trends real-time, Web-enabled Controller offers the possibility to predict failures before they cause service interruptions or lost production. Protect and optimize the investment in your machine, process, or facility with Web-enabled Controller. Browser-only client for remote monitoring With Web-enabled Controller, use Internet Explorer or Netscape browser software to remotely (via Intranet or Internet) monitor or control your machine, process, or facility. This offers true zero cost remote access with full security capability, so you can efficiently monitor and troubleshoot from anywhere in the world. Take advantage of this feature to lower your service costs and reduce or eliminate downtime. Open interfaces for maximum flexibility WebControl brings the power of PC-based automation to the embedded world. Take advantage of the open architecture of the eautomation family, with support for standard connectivity interfaces like OPC, XML, and SNMP. Easily integrate WebControl into your existing factory or building network structure and take advantage of the benefits of local control with global connectivity! 1 IPPC & AWS TPC2 FPM3 ATM4 5 DA&C cpci ADAM-3000 econnectivity 9 ICOM Software UNO-2000/3000 VBOX ADAM-4000 ADAM-5000 ADAM-6000 ADAM-8000 Online Download

8 TouchView NEW Features View and control real-time using an ordinary Web Browser Remotely configure and support automation systems Easily communicate with PLC, IO, DCS and DDC Systems Animated Graphics, Trends, Data Logging and Video Pager & alarm notification, Text-to-Speech Alarm Annunciator Introduction Using a standard Web browser, you can view and control automation equipment used in industrial, manufacturing, process and building automation systems. Data is displayed in real-time with dynamically updated graphics using full-motion animation. TouchView adds Internet connectivity to old and new automation hardware. Feature Details Web Browser based engineering Unique to TouchView all engineering, database configuration, graphics building (DRAW) and software administration (download, start and restart remote nodes) is performed using a standard Web browser. Engineering Tool independent of software version installed at customers site. An ordinary web browser is the engineering tool! Engineers & technicians always have the right version of software needed. Distributed Architecture SCADA nodes run independent of any other node. Each SCADA node communicates to automation equipment using communication drivers supplied with TouchView. Centralized Database Server The Project Node is a centralized database server of configuration data. A copy of the database and graphics of all SCADA nodes is kept on the Project Node. Enhanced Security Users can be assigned various privileges to restrict display and data access. TouchView uses the Area of Responsibility concept to restrict changes to data. Vector-based Graphics Vector-based graphics provide smaller file sizes and faster downloads. Import AutoCAD DXF, Bitmaps, JPEGs and GIFs. AutoCAD DXF files can be imported, edited, filled and animated. ZOOM graphics in Run time Vector Graphics allow users to zoom in to magnify any display up to a power of 8x. Video and Audio Web-enabled Video cameras allow operators and users to monitor equipment and facilities using the TouchView client. Live full-motion Video, audio and Windows Media are viewed in same Graphic display as Trends, Alarms. Pushbuttons and Live Data. ActiveX TouchView uses an ActiveX control running inside Internet Explorer to provide real-time, dynamic data and graphics with full animation. Thin Client TouchView provides a true Thin Client interface for PDA, Pocket PCs and others not wishing to install our ActiveX Client plug-in. The Thin Client interface is an alternate to the full animation Client. No special software or operating system is required. Global database The tags and real-time data from all SCADA nodes in a project are viewable on all nodes. notification of Alarms notification of alarms is a standard feature in TouchView. No third party software is required. Tags can be individually selected to generate an , assigned recipient address or use global recipients. Alarms can be acknowledged via a reply . Pager, Wireless PCS and Cell Phone text messaging for Alarms and Events Pagers, wireless PCS and Cell Phones that can receive text messages can also be used for notification of alarms and events. No third party software is required. Tags can be individually selected to generate an message to a specific recipient address or use global recipients. Schedule Alarm and Page recipients by Shift, Day of Week, and Holidays Schedule who receives Alarm and text message pages based on Time of day, Shift, Day of week, and Holiday schedules eautomation Software Solutions

9 Scheduled Reports Scheduled Reports include Shift, Daily and Monthly reports that are automatically generated from the Real-time data. Users & Operators can View the current and previous reports using a web browser. Reports are optionally ed and printed automatically by the TouchView SCADA node. The output of the Scheduled Reports can be copied and pasted into EXCEL, WORD, and other general-purpose office applications as a formatted table or spreadsheet. Redundant SCADA Nodes & Comports If the Primary fails, the Backup SCADA Node will begin communications to the automation devices and Web Browser clients will be redirected to the Backup. Redundant Comports enable redundant communications path to Devices. Data Logging, Historical and Real-Time Trending Each tag is logged to a separate file on the SCADA node hard drive; this allows new tags to be added to a Historical Trend display without losing history of other tags. A Real-Time Only trend reduces disk space requirements. Alarm Handling Package TouchView provides a notification system to inform operators of process and equipment status including summaries, logs, sorting by priority, alarm response graphic, text messaging to pagers and cell phones, notification of alarms and Text-to-Speech Alarm Annunciation. Display Groups Local SCADA nodes support a non-web browser version intended for standalone architectures and control room users. Recipe Function Recipes provide an easy method for operators and users to change the value of hundreds of settings. Scheduler The Scheduler provides control and setpoint changes based on time and date. Lights, Fans, and HVAC equipment are turned on and off based on the time, day of week and date. The Scheduler is also used in process control and manufacturing applications. DDE, OPC and ODBC interfaces DDE, NetDDE, ODBC and OPC are Microsoft communications standards to exchange data with your automation equipment, spreadsheets, databases or 3 Party software packages. Scripts using Tcl Scripts in TouchView are based on the open source programming language Tcl and allow users to develop customized displays, calculations and reports. Database Import / Export The database export and import to EXCEL allow users to create and modify Tags and Blocks in a spreadsheet using copy, paste, edit and other EXCEL tools. Databases can be imported from other HMI packages. Tags and Nodes can be imported from other TouchView Projects to allow aggregation of multiple facilities into a larger Project or to scale down and make a node independent. custom reports, logs and messages TouchView will reports and logs generated with Scripts and Pushbutton Key macro. System Log Monitor who connects to the project and SCADA nodes with web browser. Centralized Logs Log real-time data, alarms, and operator actions from all SCADA nodes to a central ODBC compliant database including: Analog Data Log, Discrete Data Log, System Log, Alarm Log and Operator Action Log. HTML Reports Generate HTML Reports using menu-based queries of Centralized ODBC Logs based on Date, Time, Tag, Node including: Analog Data Log, Discrete Data Log, System Log, Alarm Log and Operator Action Log. Copy and paste these html reports to EXCEL, Word, etc. Network Architecture Networking is built into the design of WebAccess. The basic components of WebAccess are: SCADA Node - which connects to Automation Hardware and makes data available to network. Project Node - which is a centralized database server used by the configuration tool. Thin Clients use the Project Node to view static snapshots of animated graphics. Clients - Which display real-time data with animated graphics and allow operators to change values, acknowledge alarms and control in real-time. Clients connect directly to a SCADA node to get real-time data. Project Node - System Requirements Operating System: Windows 2000, Windows XP (Professional and Server), or Windows 2003 with IIS (Internet Information Server) installed. (See note 1 below.) Hardware: Pentium III, Pentium IV, Celeron or Athlon processors are recommended for the Project Node and SCADA nodes. SCADA Nodes - System Requirements Operating System: Windows 2000, Windows XP (Professional and Server) or Windows (See note 1 below.) Hardware: Pentium III, Pentium IV, or Athlon processors are recommended for the Project Node and SCADA nodes. If your project requires significant Data logging to hard drive, SCSI, SAN and NAIS technology should be considered or multiple SCADA nodes. The Disk Controller speed is the limiting factor in Data Logging to hard drives. Client - System Requirements Operating System: Windows 2000, Windows XP Professional are highly recommended. Windows 2000, XP and 2003 Server also is supported. Hardware: Pentium, Celeron, Athlon or better required by clients. Ordering Information Please contact with Advantech for available date TouchView 1 IPPC & AWS TPC2 FPM3 ATM4 5 DA&C cpci ADAM-3000 econnectivity 9 ICOM Software UNO-2000/3000 VBOX ADAM-4000 ADAM-5000 ADAM-6000 ADAM-8000 Customize Toolbars with Icons and animated buttons Use Microsoft Icon files (*.ico) to build tool bars. These can be imported from any application. Animate Toolbars buttons built in DRAW to provide flashing, color change, text changes or any animation. Online Download

10 ADAMView ADAM Data Acquisition Software Features Plug-and-Play Connect with ADAM I/O series Drag and drop, graphical panel design Intuitive data flow programming OPC support to connect devices Powerful Basic Script programming to customize application needs Introduction We noticed that many users applied the ADAM Data Acquisition modules in small base projects. Because the cost ran higher than system hardware, Human Machine Interface software were never suitable for these projects. ADAMView, the ADAM Data Acquisition software, is especially designed for low-volume ADAM projects. It provides 150 physical points database, ADAM Drivers, and OPC Server for all monitoring and control function. In brief, ADAMView is cost-effective and simple SCADA software for ADAM I/O series. Specifications System Requirements IBM compatible PC (200 MHz Pentium or higher) 64 MB RAM Windows 98/NT/2000/XP 20 MB hard disk space (minimum) CD-ROM drive for installation Mouse for development 150 I/O tags supported Ordering Information PCLS-ADAMVIEW32 Feature Details Graphical Panel Configuration HMI Software for ADAM I/O Product Advantech ADAMView provides a wide variety of graphical wizards, allowing users to quickly create an intuitive user interface. The built-in display objects include bar graph, button, indicator, real-time trending, historical trending, knob, guage, slider, imported bitmap, numeric display and control. In addition to built-in display objects, Advantech ADAMView features drawing tools to customize and create vivid user interfaces. Four Steps to Complete an Application 2. Connect the icons 4. Run! Intuitive Data Flow Programming Advantech ADAMView uses a data flow programming model to describe your task and control strategy. You intuitively construct and connect the function block icons to build your system. In addition, Advantech ADAMView features block sequence arrangement functions that determine the order of execution of blocks in a task. Users can change the execution order of the blocks according to the needs of the system. OPC For Connecting and Integrating System You may already have some devices other than Advantech ADAM modules in your plant or system. Advantech ADAMView leverages the industry OPC standard to provide the plug-and-play connectivity with your devices such as programmable logic controllers (PLCs). Most of major PLC vendors provide the OPC servers for their hardware. With OPC, you can easily create a human-machine interface (HMI) application that encompasses all your equipment, not just Advantech devices. TCP/IP Networking for Easy Remote Access Advantech ADAMView networking capability allows a computer in the control room to display data being collected by computers on the factory floor, or vice versa. This means that data and field process can be viewed or monitored in real time from anywhere on your network. Data Acquisition software implements a network system that supports peerto-peer communication using TCP/IP protocol. It allows network status to be logged and viewed, for complete network monitoring and maintenance. Peer-to-peer Networking for Remote Access Advantech ADAMView networking capability allows a computer in the control room to display data being collected by computers on the factory floor, or vice versa. This means that data and field process can be viewed or monitored in real time from anywhere on your network. Advantech ADAMView implements a network system that supports peer-to-peer communication using TCP/IP protocol. It allows network status to be logged and viewed for network monitoring and maintenance. 1. Select the icons 3. Configure the icons eautomation Software Solutions

11 Feature Details Cont. Powerful Basic Script Language to Customize Your Needs Advantech ADAMView is easy to use, but does not sacrifice flexibility. It fully integrates BasisScript language in its kernel to meet your specific needs. Over 600 commands are available to perform almost any function you can imagine, including calculations, reading and writing files, DDE, and ODBC. It allows you to access and share data with other applications, such as Microsoft Access and Microsoft Excel. With BasisScript scripting language, it allows you to reuse existing codes and build your applications faster and easier. Graphics Toolbox Advantech ADAMView s graphic toolbox provides an object-based development environment that allows you to create your operator display panel intuitively. You can create a panel that is similar to industrial process displays or test equipment. You can also attach a bitmap background to customize your display. The operator display allows you to monitor, supervise, and control your process during runtime. When complete, the panel can resemble indicators, numeric display, bar graphics, imported bitmaps, messages, analog meters, fixed texts, real-time trends, XY graphs and group boxes. Control objects include binary buttons, conditional buttons, menu buttons, numeric input, knobs and sliders. These objects can be controlled using a mouse or a keyboard. In addition, Advantech Data Acquisition software also provides graphic tools to draw rectangles, circles, segments, and polygons. These objects or cells can be linked to a tag value. They can change color according to the tag value. They can also be grouped together to make a single object. You can use them to draw pumps, valves or other industrial symbols. Advantech ADAMView also provide historical trending display that allows you to scroll backward/forward, go to a specific time, search a specific value, and convert historical data to a text file. Open Architecture for Integrating Other Applications Company-wide access to your process data is essential in today s competitive business environment. Advantech ADAMView builds in an open real-time data center. Using DDE or OLE automation, you can easily integrate your application with other applications. For database connectivity, there are embedded ODBC functions for SQL access to a wide range of databases. Plug-and-Play Connectivity Through OPC Industry Standard Unlike Dynamic Data Exchange (DDE), OPC is specifically designed for process control. OPC eliminates many of the limitations inherent in DDE, such as performance and data type. Advantech ADAMView also provides MODbus OPC servers for devices that support MODbus protocol, such as Advantech s ADAM Through the OPC interface, Advantech ADAMView can access ADAM-5511 real-time data. The list of devices and networks that are supported by OPC drivers is long and growing. Refer to the OPC Foundation website for the latest information: Panel Configuration Graphic Wizard Analog meter display Bar display Conditional bitmap display Conditional text display Group box display Numeric display Indicator display Text string display Real-time trend graph XY graph Rectangle drawing display Rounded rectangle drawing display Oval drawing display Polygon drawing display Line drawing display Button control Condition button control Knob control Numeric control Slider control Historical Trending Scroll back/forward Go to date/time Convert to text file Task Configuration Software Function Wizard Moving average Event counter On/Off control PID control Addition, subtraction, multiplication, division File I/O Ramp Timer Time stamp Conditional wave file Speaker Data Acquisition Analog input Analog output Digital input Digital output Hardware event/frequency/pulse Temperature measurement Hardware alarm RS-232 OPC client Alarming Alarm logging Alarm printing Alarm viewing window TCP/IP Networking Password Security Connectivity Support OLE automation/odbc/dde ADAMView 1 IPPC & AWS TPC2 FPM3 ATM4 5 DA&C cpci ADAM-3000 econnectivity 9 ICOM Software UNO-2000/3000 VBOX ADAM-4000 ADAM-5000 ADAM-6000 ADAM-8000 Online Download

12 OPC Server Features Microsoft Windows 98/2000/NT Compatible with OPC client compliant application software Compatible with Microsoft Visual C++, Visual Basic, Inprise Delphi and C++ Builder Complies with OPC Specification V2.0a Provides OPC custom interface Introduction OPC (OLE for process control) is a standardized interface for industrial device servers. An OPC server driver lets devices, such as ADAM and other I/O devices, communicate with a wide range of HMI/SCADA software packages residing on a host. Advantech OPC server drivers conform to OPC standards, and provide immediate compatibility between Advantech I/O systems and a very wide range of application software systems. Any software system with OPC client capabilities can access Advantech OPC server drivers. Advantech OPC server drivers are available for many Advantech devices, including ADAM-4000 series, ADAM-5000 series, ADAM-6000 series and ADAM-8000 series. Advantech OPC server drivers were developed using Intellution s OPC Toolkit V7.10. Advantech OPC server drivers provide the interface and communications protocol between your process control software and ADAM I/O series. The following features outline the flexibility and ease-of-use of all Advantech OPC server drivers: - Complies with OPC standards. - Uses OLE Automation technology. - Event-driven architecture. - Integrated with FIX Dynamics. Advantech OPC server drivers consist of the following OLE components: - The I/O server (the core executable program): The I/O server maintains the driver s channel, device, and datablock objects, performs all required functions for communicating with the process hardware, and exposes the methods and properties to other applications. - The I/O driver Power Tool: The Power Tool accesses the I/O server and lets you view and modify channel, device, and datablock properties. Specifications Supported Hardware All ADAM-4000 series modules All ADAM-5000 series All ADAM-6000 series modules All ADAM-8000 series System Requirements IBM compatible PC (486 processors or higher) Microsoft Windows NT platform 32 MB RAM or higher 5 MB of free local hard disk space One 3.5" fl oppy drive Ordering Information PCLS-OPC/ADM OPC Server for ADAM-4000 ADAM-5000/485, ADAM-5000E series modules PCLS-OPC/MOD OPC Server for Modbus/RTU compliant devices PCLS-OPC/MTP OPC Server for Modbus/TCP compliant devices PCLS-OPC/A8K OPC Server for ADAM-8000 series eautomation Software Solutions