Axeda Supervisor 9.0 Product Summary EN v2.32support.wizcon.com/Data/Wizcon Supervisor/Versions... · Axeda Supervisor - Product Summary - p. 2 Table of Contents AXEDA SUPERVISOR

Axeda Supervisor - Product Summary - p. 1

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An in-depth look at the product suite:

� Wizcon for Windows & Internet

� WizPLC

� WizScheduler for Internet For additional information, please contact Axeda: Axeda Systems www.axeda.com www.axedasupervisor.com

TRADEMARKS No portion of this publication may be reproduced, photocopied, stored on backup systems or transmitted without the prior written consent of the publisher. Axeda, Axeda Systems, Axeda DRM, Axeda Device Relationship Management System, Axeda Agents, Axeda Applications, Axeda Policy Manager, Axeda Enterprise, Axeda Access, Axeda Software Management, Axeda Service, Axeda Usage, Automatic eCommerce, Firewall-Friendly, Axeda Supervisor, Wizcon, WizPLC, WizScheduler, WizAAM, WizSQL and Access. Insight. In Real Time are trademarks of Axeda Systems Inc. Axeda Hotline Plus, Axeda eXpert, Axeda eXpert Plus, Axeda Collaborate et Axeda Trace service marks of Axeda Systems Inc. All other products and trademarks are property of their respective owners. IMPORTANT NOTE This document describes the main features of the products and tools in the Axeda Supervisor suite. All technical features of the products may be modified without prior notice by Axeda.

Copyright ©1986-2004 Axeda Systems Inc.


Table of Contents

AXEDA SUPERVISOR - THE COMPLETE INTERNET-BASED SOLUTION FOR CONTROL AND INFORMATION................................4

FULL INTEGRATION WITH THE AXEDA DRM (DEVICE RELATIONSHIP MANAGEMENT) OFFERING..... 4 NEW DEDICATED SERVICES BASED ON AXEDA DRM .................................................................. 4 WIZCON FOR WINDOWS AND INTERNET – ENHANCED SCADA WITH WEB SUPPORT ..................... 5 WIZPLC – PC-BASED DISCRETE CONTROL SOFTWARE – VERSION 3 .......................................... 5 WIZSCHEDULER FOR INTERNET – SCHEDULING PROGRAMMING MODULE .................................... 6 WIZAAM (ADVANCED ALARM MODULE) – ALARM AND DECISION-MAKING MANAGEMENT MODULE . 6

WIZCON FOR WINDOWS AND INTERNET ........................................................7

ENHANCED SCADA WITH WEB SUPPORT........................................................................ 7 USE OF WIZCON FOR WINDOWS AND INTERNET ........................................................................ 7 HIGH-PERFORMANCE ARCHITECTURE ....................................................................................... 7 ONLINE DEFINITION OF TAGS .................................................................................................... 8 FLEXIBILITY IN DEFINING ALARMS.............................................................................................. 9 INTEGRATION OF A LARGE NUMBER OF DRIVERS IN WIZCON ......................................................10 HISTORICAL FILES TO FACILITATE ARCHIVE MANAGEMENT .........................................................10 EVENT-DRIVEN DATA EXCHANGE .............................................................................................10 MILLISECOND EVENT LOGGING ................................................................................................11 INTEGRATION OF A REMOTE TIMESTAMPING FUNCTION..............................................................11 ACCESS CONTROL FOR TIGHT SECURITY..................................................................................11 CENTRALIZED MANAGEMENT OF THE USER DATABASE ..............................................................12 NETWORK SCALABILITY FOR IMPROVED PERFORMANCE AND RELIABILITY ...................................12 THE DISTRIBUTION OF THE DATABASE PRESERVES DATA INTEGRITY...........................................12 SCADA WIZCON WORKSTATIONS ...........................................................................................13 WEB SERVER .........................................................................................................................13 HOT BACKUP CONFIGURATION ................................................................................................13 OPEN ARCHITECTURE.............................................................................................................13 WIZSQL & ODBC..................................................................................................................14 OPEN API FOR THE DEVELOPMENT OF SPECIFIC PROGRAMS .....................................................14 SUPPORT OF STANDARDS VIA OPC .........................................................................................14 DYNAMIC DATA EXCHANGE (DDE) ..........................................................................................15 INTEGRATION OF SCADA FUNCTIONS WITH THE COMPANY’S OTHER INFORMATION SYSTEMS ......15 CREATION OF ENHANCED HMI APPLICATIONS UNDER WINDOWS ......................................15 ENHANCED APPLICATIONS DEVELOPMENT STUDIO ....................................................................16 FAST IMAGE CONSTRUCTION ...................................................................................................16 CHOICE OF DETAIL LEVEL BASED ON THE DIFFERENT LAYERS ....................................................17 VIEWING A FULL IMAGE USING ZOOMING CAPABILITIES ..............................................................17 FAST SCREEN GENERATION USING GRAPHICS LIBRARIES...........................................................18 IMAGE MAPPING (TAG MAPPER) ..............................................................................................19 WIZVCR – REPLAY FUNCTION ................................................................................................19 A HIGH DEGREE OF FLEXIBILITY IN TERMS OF ALARM DISPLAY ....................................................19 TREND CHARTS WITH MULTIPLE TAGS FOR HISTORICAL AND REAL-TIME DATA TRACKING..............19 X-Y CHARTS THAT ALLOW IN-DEPTH ANALYSIS .........................................................................20 MULTI-LANGUAGE SUPPORT....................................................................................................20 INTEGRATION OF A RECIPE MANAGER AND REPORT GENERATOR................................................21 DEFINITION OF MACROS..........................................................................................................21 CREATION OF WEB-ACCESSIBLE SCADA APPLICATIONS ................................................21 AUTOMATIC HTML PAGE GENERATION WIZARD ........................................................................22


CREATION OF PICTURE VIEWERS .............................................................................................22 CREATION OF EVENT SUMMARY VIEWERS.................................................................................23 DEFINITION OF TREND CHART VIEWERS....................................................................................23 MANUAL CREATION OF HTML PAGES.......................................................................................23

WIZPLC - INTEGRATED CONTROL AND SUPERVISION...................................24

USE OF WIZPLC....................................................................................................................24 MORE THAN A SIMPLE UPGRADE..............................................................................................25 INTERNAL WIZPLC ARCHITECTURE .........................................................................................26 SUPPORT OF THE IEC 61131-3 LANGUAGES ............................................................................26 INTEGRATION OF FUNCTIONAL LIBRARIES .................................................................................28 SUPPORT OF FIELDBUSES COMMONLY USED FOR COMMUNICATION............................................29 GUARANTEED EXECUTION OF CRITICAL APPLICATIONS ..............................................................29 ONLINE MODIFICATION TO OPTIMIZE DEVELOPMENT ..................................................................29 MANAGEMENT OF SYSTEM INTEGRITY ......................................................................................29 EASY TO LEARN, IMPLEMENT AND MAINTAIN .............................................................................29

WIZSCHEDULER FOR INTERNET - WEB SCHEDULING MODULE FOR WIZCON ...32

WIZAAM (ADVANCED ALARM MODULE) - ALARM AND DECISION-MAKING MANAGEMENT MODULE.............................................................................33

AXEDA SUPERVISOR ON THE TEST BENCH ..................................................38

PLATFORM ARCHITECTURE .....................................................................................................38 METHODOLOGY AND RESULTS ................................................................................................39 �� INITIAL LOADING TIME OF A SYNOPTIC ..................................................................................39 �� INTER-ZONE SWITCHING TIME BY TRIGGER OBJECT...............................................................39 �� LOADING TIME OF AN ALARM WINDOW..................................................................................40 �� LOADING TIME OF A CHART WITH REAL-TIME DATA ................................................................40 �� LOADING TIME OF A CHART WITH HISTORICAL DATA ..............................................................41

EXTENSIVE LIST OF COMMUNICATION DRIVERS...........................42

CONSULTING SERVICES - SUPPORT SERVICES ............................47


Axeda Supervisor The complete Internet-based solution for control and information These days, manufacturers must reduce their costs, improve the quality of their products and increase their productivity. To achieve these objectives, real-time information must be easily accessible at all levels of the company. The winning solution lies in standardization based on IT platforms and networks that can be updated quickly in order to constantly adapt to the company’s changing needs. Plants are replacing proprietary equipment and communication protocols with open systems using Windows NT and new Internet technologies. This approach has made it possible to establish a natural link between the plant floor’s real-time control requirements and the constant sharing of information requested by administrative services. Axeda Systems®’ Axeda Supervisor™ is a single solution that addresses these requirements by bridging the areas of control and information. By combining both discrete and process control with SCADA capabilities and Internet, Axeda Supervisor provides the software tools needed to build a complete automation solution. With Axeda Supervisor, users can develop discrete and process control systems using WizPLC™, and then view the information and distribute it to authorized users with Wizcon® for Windows and Internet™. Full integration with the Axeda DRM (Device Relationship Management) offering Axeda Supervisor is the only control and supervisory solution that offers the power and flexibility of Device Relationship Management (DRM), a new category of enterprise software pioneered by Axeda. Axeda DRM System™ leverages the global reach of the Internet to provide the real-time, continuous exchange of information between remote devices, business systems and people. It allows manufacturers, businesses and service providers to use the Internet to monitor, manage and service intelligent devices deployed at remote sites anywhere in the world—cost-effectively and in real time. As a component of the Axeda Device Relationship Management System, Axeda Supervisor extends the SCADA world beyond the plant floor to users in any location, anywhere in the world. Now you can develop applications, control machines, visualize charts and images, create and respond to alarms, generate and distribute reports and much more—online, from any standard Web browser in any remote location—with no plug-in or additional software required. New dedicated services based on Axeda DRM Starting with version 9.0 of Axeda Supervisor, a number of hosted services (in ASP mode) based on DRM technology are now available to users:

- Axeda eXpertSM Program o Complete support program for Axeda Supervisor customers that

features maintenance and hotline support as well as real-time remote support via Axeda Access. Technical training sessions via “e-Learning” are also included, along with a login to the eXpert site that offers technical and product resources (patches, add-ons, new drivers, FAQ and knowledge base, new versions and notes, co-marketing and sales tools, etc.).

Advantages of Axeda Supervisor � Complete automation

solution that combines viewing, control and the Internet in a single product.

� Immediate publication of

applications on the web. � Uses an integrated

industrial process control technology with the IEC 61131-3 languages.

� Runs in a single unified

environment, thus reducing overall costs and integration time while improving productivity.

� Allows users to build

applications on a network and access them from any workstation.

� Protects the user’s

investment through the use of standards such as ODBC, SQL, OPC, HTML, XML and Java.

� Builds on the

advantages of 32-bit Windows NT and multi-tasking technologies.

� Fast development thanks

to automated database generation.

� Power and easy user

management in centralized databases based on SQL standard.

� High degree of openness

with OPC DA 2.05a client/server, OPC AE 1.1 client, OPC HDA 1.1 server.

� Integrated remote

technical support services based on Axeda DRM™ technology.

� Highly intuitive interfaces

based on the Windows XP™ standard.


- Axeda eXpert PlusSM SI Program o All the benefits of the Axeda eXpert Program, with, in addition,

unlimited use of our Axeda Collaborate technology for installers and OEMs to remotely support their customers’ installations.

- Axeda Collaborate ServiceSM o Online sharing of an Axeda Supervisor application (or any other PC-

based application) for remote “over-the-shoulder” support, troubleshooting, updates, expertise sharing, training, etc. in real time.

- Axeda Trace ServiceSM o Centralization of essential real-time field data onto a secure, remote

server for reporting and drill-down analysis, with access anytime, anywhere.

You become proactive (not reactive), avoid unnecessary travel costs, secure your data and ensure the continuity of your operations in accordance with security standards, all with no investment in hardware or software and no IT infrastructure. For information about these services, please contact your Axeda representative. Wizcon for Windows and Internet – Enhanced SCADA with Web support Wizcon for Windows and Internet provides all the SCADA/HMI functionality needed to view information on an operator workstation running Windows NT, as well as the ability to broadcast this same information using any web browser, thanks to its enhanced 4th generation Internet technology. � Viewing and controlling applications from any location, via TCP/IP protocol and

the Internet. � Use of Java technology to access data from any platform or operating system. � Viewing trend charts based on a historical file or in real time and

acknowledgement of alarms using a standard web browser. � Advanced remote user database management based on the SQL Server

standard (or MS Access) � Replacement of display nodes with thin clients in order to significantly reduce

maintenance time and costs. � Complete integration of access control security. � Event-driven data exchange designed to transmit only changes in real time,

which ensures fast response time even when the connection is made through a switched network.

� Connectivity extended to the databases via a powerful SQL interface. � Integration of backup/hot backup functions. � Integration of graphical and configuration tools, as well as libraries of pre-defined

objects. � Open system. � Architecture that ensures the system’s modularity and scalability. � Multi-language support that facilitates the localization of the application. WizPLC – PC-based discrete control software (Version 3) WizPLC is a PC-based control software used to develop discrete control programs. � Full support of the 6 IEC 61131-3 languages. � True real-time support ensures WizPLC’s deterministic behavior, with high

performance levels and extreme accuracy. � Full integration with Wizcon allows a transparent exchange of information,

whether locally or across the network.

A wide variety of applications Axeda products have been successfully used in the following industries, to name a few: • Power generation and

distribution • Oil & Gas • Environment • Water distribution and

Wastewater treatment • Food & Beverages • Building and energy

automation • Pharmaceuticals and

Chemicals • Equipment manufacturing • Petrochemicals • Parking lots • Tunnels • Traffic control • Lighting control • Textiles • Medicine • Industrial automation • Radio and television • Bottling • Aeronautics • Brickyards • Cement factories • Steel • Packaging • Mines • Fine cardboard • Plastics • Airports


� With the help of a user-friendly interface, exchanges between WizPLC and Wizcon can be optimized by selecting only the tags used by the PLC programs.

� Enables remote diagnostics and problem-solving. � Allows user-specific function blocks and libraries to be developed using IEC

61131-3 languages or C. � Includes enhanced simulation, debugging and monitoring tools. � Supports the most commonly used fieldbuses for optimal flexibility and

compatibility. As a member of Automation Alliance Tools, Axeda features the most open softlogic solution on the market. As a result, WizPLC allows the downloading of developed PLC programs on all hardware targets designed based on the Automation Alliance specifications. (For more information, visit http://www.automation-alliance.com/).

WizScheduler for Internet – Web scheduling module WizScheduler™ is an optional module for Wizcon that enables you to easily create daily, weekly, monthly or yearly schedules that cause actions to occur. You can automatically change tag values, adjust HVAC actuation, time the lighting of your plant, change alarm statuses or initiate a variety of other tasks—right from your Web browser—minimizing energy consumption and equipment wear and tear while controlling costs. WizAAM (Advanced Alarm Module) – Alarm and decision-making management module Wizcon comes with an optional module, WizAAM (Advanced Alarm Management), which is used for on-call processing. When an alarm is triggered, notification can be provided through e-mail, SMS, voice mail and HTML, cell phone and pager, as well as fax and multiple printers. Integrated scripts identify and prioritize each alarm and then send the right message to the right person(s) in the organization, enabling a fast and appropriate response.

“Axeda Supervisor enables us to streamline our critical bridge and water operations with real-time automation and remote monitoring of vital system components. The continuous, remote monitoring of water quality helps us to maintain a good supply of freshwater for farming and irrigation.” Jan Bosland Manager of Planning, Engineering, Inspection Rijkswaterstaat (RWS) (RWS is a Directorate-General of the Dutch Ministry of Transport, Public Works and Water Management responsible for bridges, roads, dikes and water locks)


Wizcon for Windows and Internet Enhanced SCADA with Web support Wizcon for Windows and Internet is a powerful HMI/SCADA software application that provides historical and real-time information from the production sites to administrative services and beyond. It was designed to expertly manage all the SCADA functionalities with maximum flexibility and exceptional performance. It goes even further by providing data sharing and secure access to any user equipped with a Java-compatible web browser. Use of Wizcon for Windows and Internet With Wizcon for Windows and Internet, users can build their applications in various ways: � SCADA applications based on Wizcon and running under Windows NT/XP.

These applications can be used by operators equipped with Windows workstations.

� Wizcon SCADA applications based on the use of the web and residing on standard web servers running Windows NT/XP. These Java-based applications can be viewed using any standard web browser without the need of platform-specific software, and without the installation of client software or extension modules.

The Wizcon development studio provides the ability to define the real-time database (RTDB) used by the applications. This database contains the tag and alarm definitions, as well as the communication drivers. Wizcon is then used to build the user interface, which includes images, charts and event summaries. These applications can either be run on SCADA operator workstations under Windows NT/XP or published on the web server using the Wizcon automatic HTML page conversion utilities and Java applets. Authorized users may access these applications using any standard web browser. The web-based applications have access to the real-time and historical data via the Wizcon server. High-performance architecture The Wizcon client-server architecture uses a 32-bit, pre-emptive multitasking and multi-threading technology to achieve a high level of performance and ensure data reliability and integrity. WizPro, Wizcon’s kernel, runs as a background task and consists of various modules that are executed simultaneously to provide reliable, real-time data collection and processing. Each module performs its own processing. The main modules include the following: PLC sampler: Separate modules for each communication line allow Wizcon to

communicate with 32 PLC networks. Alarm generation: A dedicated module that evaluates alarm conditions and instantly

issues alarms, either locally or across the network, when an alarm condition is met.

History logger: This module is responsible for logging the values of tags and alarms into historical files.

Printer: This module sends alarm information, user commands and reports to the printer.

Network: Some modules manage network sessions with other Wizcon stations.

Creation of Windows and web applications � Development of Wizcon-

based SCADA applications under Windows NT/2000/XP.

� Development of web-

based SCADA applications which users can access with any Java-compatible browser.

Optimal performance 32-bit technology and pre-emptive multi-tasking, for the highest level of performance. In addition, multithreading and multiprocessor management provide unprecedented performance and security levels.


WizPro manages the real-time database (RTDB) that contains the tag and alarm definitions, as well as the communication drivers. The Windows and web-based applications use the same RTDB and other services provided by WizPro. The web-based SCADA applications also use the services provided by the web server and the Wizcon server. The web server manages regular file transfer operations, while the Wizcon server transfers the real-time and historical data at the browser’s request. As illustrated by the following figure, the browser requests an HTML file from the web server. The server loads the requested HTML page along with the embedded Java applets into the browser. The Java applets in turn communicate with the Wizcon server to receive online data, such as changes in tag values, alarms, trend charts, historical information reports, etc.

Online definition of tags In Wizcon, tags refer to control values monitored by the system. Each tag is identified by a unique name and can be one of several data types (integer, real number, digital data, string, etc.). Tags are associated with external device components, such as registers or I/O points in the PLC, and can be defined online. Once tags are created in the Wizcon definition module, they can then be used in other modules for display purposes or for calculating control functions. Tag values can also be saved in historical files.

Security groups allow authorized users to set parameters for tag values. Navigation possible on OPC server (OPC DA standard Version 2.05A) Possible sampling of tags at 50 ms. Tag sampling, logging and conversion can be optimized independently, without being grouped together.

Figure 3a: Online tag definition

“It is an innovative use of Internet technology. Its total cost is extremely low and its potential is limited only by one’s imagination.” Sean McKenna Electrical Manager Cargill

Online tag definition � Tag sampling reduced to

30 ms and tag logging reduced to 50 ms.

� Tag sampling and

conversion can be optimized independently, without being combined.

� Simple DDE and OPC

connectivity (Data Access Client and Server version 2.05a)

� Online tag definition

improves efficiency. � No cost for internal tags.


Automatic creation of the application database The generation of tags having shared features is made possible by several tools and methods (Multiple Addition, import/export in CSV Excel format). Version 9 of Axeda Supervisor features a tag generator (Tag Generator) that allows automatic declaration of groups of tags in the database by reusing their identity (naming and addressing) from OPC Servers or BACnet devices. In the future, all drivers that include a browsing function (viewing of tags specific to each device) will allow the tag generator to create the desired tags quickly and automatically.

Tags are chosen by selecting the communication drivers that have ‘Browsing’ functions. Naming rules may be defined at the time of importing in order to set a prefix or suffix, for example. Tags either can be created or can replace previously declared tags.

Figure 3b: Tag Generator Flexibility in defining alarms An alarm is a test on a tag value or on a more complex formula that generates a text message. Alarm application messages are used to notify operators of unusual conditions at the site. An alarm can be generated through a formula defined by the user, which can include the calculation or comparison of different tag values using a very simple syntax. Alarms are automatically available across the entire network and can be acknowledged by authorized users from any network station or via the web. Various actions may be taken when the alarm condition changes, such as loading a new image or graphic, or executing a third-party software application. In addition, Wizcon generates system messages that provide operators with information concerning internal system events, such as failures of communication drivers or communication errors on the network.

“The latest Axeda Supervisor release is a clear leap ahead. We welcome Axeda’s 4th generation Web technology and key new product features, which accelerate application development time and reduce cost of maintenance.” Dieter Munsch Managing Director eMation GmbH (Axeda’s largest distributor, eMation, is based in Germany with regional offices and a System Integration subsidiary, Focus, specializing in Industrial Automation, Building Automation and Water & Wastewater treatment)

Flexible alarm definition � Alarms can be used in an

image at any point on the network.

� Powerful alarm generator

with easy-to-use calculation module for complex formulas.

� Authorized users can

acknowledge alarms from any workstation (local or remote) and through any standard browser.

� Secure notification of

fraud based on events. � Alarms are automatically

available network-wide and on the web.


Definition of an enhanced alert strategy with the ability to launch different actions based on the condition of the alarms Powerful formula editor. Each alarm can be associated with a specific help file, which can be printed automatically. The security groups allow only authorized users to acknowledge the alarms. Alarms are automatically available across the entire network or via the web. Definition of alarm groups having shared features.

Figure 4: Flexibility in defining alarms Integration of a large number of drivers in Wizcon Wizcon includes over 150 communication drivers for connecting to different PLCs and other equipment (see page 37 for a list of available drivers). In addition, Wizcon includes a communication driver development kit which allows developers to write specific communication drivers for any proprietary system using C. Wizcon is also compatible with the OPC Data Access standard (version 2.05a). Wizcon includes OPC standard definitions (OLE for Process Control), such as those for server browsing and timestamping support. Thanks to Wizcon’s OPC client-server interface support, the user’s ability to connect to any OPC-compatible application is guaranteed. Historical files to facilitate archive management Wizcon tags and alarms are stored in historical files. Each day, Wizcon generates two FoxPro/dBase format files – one for tags and one for alarms – which can be read using any standard office automation software. All components of the application, such as historical trends, charts and reports, use these files. Historical information can also be stored on several network computers to ensure automatic backup of the data. Wizcon also allows the historical status to be logged directly into an external database via ODBC. All historical data is then accessible from an OPC HDA 1.1 client. Use of this standard allows Axeda Supervisor to be connected directly to a wide range of analysis tools and tools for processing historical data. Event-driven data exchange The data exchanges among the various Wizcon modules (particularly between WizPro and Image or between Sampler and Logger) occur based on the events. The server sends, upon request, only new or updated data to the client workstations. For example, when WizPro tests a tag and determines that its value has changed, the server sends the new value only to the modules that need this updated data.

Other advantages: � Inhibit management � Alarm signaling a variation � Alarm signaling rate of

change � Delayed alarm � Fast definition of standard

alarm (HI, HIHI, LO, LOLO)

� Free fields for defining

alarms � System alarms (hard drive

space usage, hot backup, communication error, etc.)

A broad offering of drivers � The standard software

includes over 150 drivers. � Universal connectivity via

OPC (client/server) � A communication driver

development kit is included as a standard feature.

� Customized definition of on-call alarms

Historical files � The differentiation

between tags and alarms in historical files allows users to easily perform analyses and statistical calculations.

� The limited number of historical files allows easier file management and backup.

� The logging of historical data from the various network stations increases data security.

� Historical data generated is also available in OPC HDA 1.1 format.

Event processing architecture Event-based communication results in fast performance, high bandwidth and lower consumption of the CPU’s resources.


Millisecond event logging Millisecond Wizcon event logging allows users to maintain a trace of the events exactly as they actually occurred. This allows the operator to easily sort through the various events and identify the first alarm that occurred. For fast processing of a large amount of data, timestamping can be performed by the PLC and retrieved by Wizcon with the exact time and date read by the PLC. Integration of a remote timestamping function The timestamping mechanisms included in Wizcon make it possible not only to obtain the tags updated at the remote terminal level (RTUs), but also to know the exact time at which the updates occurred. This sophisticated, fully transparent mechanism stores the time-stamp information collected by the RTUs or by the data logging devices in Wizcon’s historical files. The logging devices send the event time information to Wizcon with one millisecond accuracy. Access control for tight security Wizcon provides security management for an unlimited number of unique users. New users may be defined at the time of operation. It is possible to assign each user to one or more groups based on the user’s activity, level of hierarchy and function at the company. Each of the application’s control objects – tag, image, layer or menu item – is also associated with a set of groups. For large network applications, the configuration files for the definitions and rights assigned to the users may be installed on the network’s file server and shared by all the workstations on the network. Team management is also available for managing on-call duty.

Assignment of users to the Teams responsible for on-call duty Assignment of users to groups with management of the group’s administrator

Figure 5: New assignment of rights to users For Internet use, users must provide their name and password before being allowed access to the application. Wizcon also provides the ability to limit the functions the user may execute from a web browser. For example, the ability to perform certain control operations may be prohibited for all users, certain users, certain groups of users or on a page-by-page basis. In addition, Wizcon includes security functions for controlling the content of each page based on each user’s authorization level (engineers, operators, technicians, etc.). Security systems which are standard in an Internet environment, such as firewalls and the different encryption tools, can also increase security.

The Java clients communicate with the Wizcon server via a dedicated socket connection. The server will establish the connection only after executing a client verification process. The IP addresses of the clients accessing the server can be recorded on the server. There are no limitations in terms of IP addresses, and

Millisecond timestamping Allows users to find, on a list, the first event that occurred with 1 ms resolution.

Remote timestamping � In case of information

overload, events can be stored and time-stamped on the PLCs and retrieved at a later time.

� Ideal solution for

applications using the public network, since the PCs are not permanently connected to remote RTU terminals.

Tight security � Protection of important

data by requiring users to provide their name and password when logging on.

� Users may view only

authorized objects. � No risk of system

corruption. � New users can be defined

at the time of operation. � Integration with advanced

Internet security mechanisms, such as firewalls.


Wizcon supports all types of TCP/IP networks (A, B, C). A specific port may be used when the workstation’s network parameters are defined. Centralized management of the user database The operation of a supervision architecture (several network stations) with a large number of users can prove to be difficult and extremely costly in terms of maintenance. Axeda Supervisor therefore allows user management via a centralized SQL server database. This database may draw upon existing user data from the installed IT architecture. The various incident scenarios have been taken into consideration, which ensures that control of access to supervision is extremely reliable, even in case of failure of the network architecture. Network scalability for improved performance and reliability Wizcon allows gradual migration from a single standalone workstation to a plant-wide network architecture that connects the plant floor with file servers and other existing management systems. Wizcon's scalability allows the user to start with a small configuration and expand its environment while protecting its investments in process automation and information technology. Wizcon's network functions automatically detect remote stations across any TCP/IP or NetBIOS network. Based on the distributed database concept, all Wizcon stations act as both data servers and clients for other stations, thus preserving the integrity of tag and alarm definitions. Authorized users can therefore access all the tags and alarms from their remote station. For example, an alarm can be generated at one station and acknowledged by another without any extra work. Expanding a Wizcon network is simply a matter of adding stations.

The distribution of the database preserves data integrity A Wizcon network can consist of different types of nodes based on the specific needs of each application. These components can be configured according to the user’s requirements. The Wizcon network uses a client-server architecture, which allows real-time and historical data to be exchanged among the workstations. The client-server design allows users to transparently define network data objects without having to define network tags or alarms in the local configuration database. Tags defined at a particular workstation can be used immediately on any other network station. This configuration reduces the number of licenses required and preserves database integrity.

Network scalability � Built-in network

management. � Stations immediately

operational – no additional configuration.

� Network easily adapted to

the user’s needs. � Non-duplication of tags

and alarms preserves data integrity.

� Enhanced security. � All stations function as

both clients and servers, at no additional cost.

Distributed database � Tags and alarms defined

at one station are available immediately on all the other network stations.

� Reduces the number of

licenses required. � Preserves the integrity of

the database.


SCADA Wizcon workstations Each Wizcon SCADA station can communicate with up to 32 PLC networks simultaneously. This station executes all the standard SCADA functions, such as PLC sampling, alarm generation, historical data collection and the execution of control operations. The operator can view the process via Wizcon’s user interface and interact with ongoing activities. Wizcon SCADA stations can send and receive data to and from other stations on the network. Web server Wizcon for Windows and Internet can be connected to any standard web server to publish information instantly on the web. Wizcon can be integrated gradually into the company’s existing Internet/Intranet strategy or use standard Windows servers for standalone applications.

Hot Backup configuration To ensure the highest level of system availability, Wizcon offers the option of implementing redundancy as a standard feature. Hot Backup mode consists of two identical Wizcon SCADA stations connected to the same I/O and/or to the same PLCs. One SCADA station runs in master mode and samples data while the other remains in standby. If the master station fails, the backup station automatically takes over all functions, including communication with the network. Once the master station is up and running, the backup station stops sampling data and updates the historical database on the master station. This mechanism ensures that the historical database on the master station remains complete. In normal operation, both the master and backup stations can be used as independent operator stations. The only requirement is that the application running on the master and backup stations must be the same.

Open architecture Wizcon comes with a set of tools for exchanging data with other applications. These exchanges cover database connectivity, generation of specific applications and standard interfaces.

SCADA Wizcon workstations Each station can communicate simultaneously with up to 32 PLC networks.

Internet server Allows the publication of SCADA applications on the web.

Hot Backup � Hot backup available at no

additional cost. � No special programming

required. � Protects applications

against all software and hardware failures.

� Choice of automatic or

manual mode, allowing easy adaptation to the application.

� Switching on the backup

station enables maintenance of the master station without interrupting the process.


WizSQL & ODBC The Wizcon WizSQL module provides a highly flexible means of connecting to the most widely used databases through Microsoft’s ODBC interface. It allows easy configuration of data exchanges with other applications and databases, including Microsoft’s SQL Server, Sybase and Oracle. The WizSQL module allows the user to build event-driven SQL or ODBC queries. These queries are used to read data from database tables and to write Wizcon real-time and historical data to SQL tables. WizSQL allows the user to define SQL commands with Wizcon tag values as embedded parameters. A trigger is assigned to each command, which controls when a command will be executed. In addition to updating user-defined tables, WizSQL is used to extract information from shared databases and save it in Wizcon. This type of data transfer allows users to send production orders from business systems directly to the plant. Open API for the development of specific programs The Wizcon Software Developer’s Toolkit (SDK) provides a wide range of APIs which allow users to develop add-on programs in Visual Basic™ or Visual C++™ that address specific needs. For applications based on a web interface, a Java toolkit is provided to allow developers to enhance the supervisor interfaces available from their web browser.

Support of standards via OPC Wizcon supports OPC client-server interfaces, which allows Wizcon applications to connect instantly to a wide range of existing OPC servers and to supply data to OPC clients. As an OPC client, Wizcon can connect to any OPC server. This allows connection to peripherals, whether or not Wizcon has its own driver. Most manufacturers of automation and control systems now provide OPC servers with their equipment. As an OPC server, Wizcon can also make its data available to OPC client applications. This can be a simple Visual Basic application written by the user or a commercially available software package. In addition to OPC support, Axeda supplies the most recent version of Data Access and Alarm & Event OPC toolkit. Wizcon is fully compatible with the OPC Data Access version 2.05a and includes, among other things, the latest standard OPC specifications, such as server browsing, timestamping support and OPC Security. Wizcon’s OPC Data Access client-server interface support ensures connection to any OPC–compatible application.

WizSQL & ODBC � SQL multi-task scripts

simplify the connection to the database, resulting in improved performance.

� High level of security as a

result of enhanced runtime options and backup functions.

� A single interface can be

used with any database management software that supports ODBC.

� Online modification of

SQL scripts and connections to databases.

� Debugging options make it

easier to tweak the program.


Axeda Supervisor 9.0 now includes an OPC client AE 1.1 interface (Alarm & Event) as well as an OPC Server HDA 1.2 interface (Historical Data Access). Dynamic Data Exchange (DDE) DDE is a protocol for exchanging data between independent applications. The applications send updates to each other only when new data is available. DDE allows users to process data from one application using the tools of another application. Thanks to Wizcon’s DDE support, users can manipulate real-time data in standard applications such as spreadsheets, database systems and statistical software. Wizcon supports DDE operations and block DDE operations as client and/or servers. Integration of SCADA functions with the company’s other information systems With regard to the Internet, the adoption of industry standards such as HTML for publishing web documents and Java for running portable applications allows Wizcon to easily integrate production data into the company’s information systems. Using a single standard interface, users can now link SCADA to inventory data, production schedules and order status, giving them a real-time snapshot of the company. With Wizcon’s Java screens, it is also possible to transparently integrate Internet technologies such real-time video, databases and document management systems. Data can also be exchanged with standard SCADA stations, via TCP/IP, NetBIOS, DDE or OPC, and with relational database management systems, such as Oracle and Microsoft SQL Server, via ODBC.

Creation of enhanced HMI applications under Windows Wizcon for Windows and Internet provides all the tools needed to build effective operator interface and supervisory control applications. Productivity is further enhanced through Wizcon’s design which allows users to develop applications online and run them from a single environment. Users can make changes online and see the results immediately, thus reducing initial configuration time and on-site installation costs. This section describes the Wizcon tools used to develop HMI applications.

Standard OPC connectivity � Maximum connectivity to

commercially available equipment

� OPC client/server DA

2.05a interfaces � OPC Client AE 1.1

interface � OPC Server HDA 1.2

interface � Compatibility with the

latest OPC standards � Advanced OPC tools are

provided on the Axeda Supervisor Value Pack CD

DDE support DDE links allow Wizcon to exchange data with other DDE-compatible applications.

Seamless integration Wizcon integrates seamlessly with Internet technologies and the company’s information systems.

COM / DCOM

OPC ServerA

OPC ServerB

OPC ServerC

OPC Interface

��

OPC Interface

��

OPC Interface

��

OPC Interface

��


Enhanced application development studio Wizcon’s Application Studio module has an Explorer-like interface that offers full control and access to all parts of the system during application development.

Functions menu bar Easy access to frequently used actions, such as HTML file creation. Click on the icons representing the Wizcon for Windows & Internet components. Functional components of the application.

Figure 10: Wizcon’s Application Studio module allows easy access to all the application’s components Fast image construction Wizcon provides a powerful image editor for creating and viewing images, which allows the operator to view all or part of a control process. An image consists of graphical and/or text objects. Geometric objects can be either open or closed, and all objects can be filled with specific patterns and displayed in unlimited colors. Users can create: � Dynamic objects: objects in the images are associated with tags. Any change in

tag values causes the object to change graphically. Any object in an image can be animated, including messages related to the process.

� Alarm objects: an image object can be associated with an alarm, so that the alarm will affect the way the image appears. An active alarm can cause the object to blink, appear, disappear, change shape or colors, etc.

In addition, trigger objects can be created on which users can click to automatically or manually assign predefined values to tags, move the image to a predefined zone, or activate a specific macro. “Fast Triggers” are extremely powerful trigger objects that provide additional functions over conventional trigger objects and can be fully processed using a web interface. In addition, this virtual environment (button, coefficient unit, etc.) makes it possible to use these applications in their entirety thanks to a touch screen. A virtual keyboard rounds out the toolbox by allowing the entry of letters and figures in the dialogue boxes.

Online development � Online development

allows the user to view animation instantly.

� Changes can be made

while the application is running.

� Fast configuration without

writing or debugging complex animation scripts.

� An object can be animated

by several tags, which simplifies application development.

� Easy image maintenance

and modification.

Dynamic operations � Multi-directional

movement � Change of scale � Filling of forms � Rotation � Blinking � Display/Mask � Full / Empty � Fill colors and characters � Cylindrical drawings � Transformation options � Transformation options


Choice of detail level based on the different layers Wizcon’s zoom function allows the user to draw the entire plant in one large image and then zoom in on a selected area to view more details, without redrawing the image. The different layers can be used to turn details on and off according to the security settings and zoom levels. To present different types of plant information in a structured manner and logically separate the different plant components, the Wizcon image provides layered drawing structures. Each image can consist of up to 64 layers, and each layer can include different plant or process components. For example, the user can design the process’s equipment and activities in one layer and then draw the electrical diagram and wiring in another. Different user profiles can then access the information according to their needs and rights. For instance, a plant operator is not concerned with details about electrical circuits or communication, while an electrician does not require information about a process’s operating conditions. The layer mechanism also ensures a very high level of security. When specific users do not have access to certain commands, the objects simply become invisible. Viewing a full image using zooming capabilities Wizcon can simultaneously present an overview of the entire plant and detailed views of selected areas through an innovative display method based on storage and navigation. A Wizcon image is not limited by the size of the screen. The image’s coordinates consist of up to 2,000,000 units in the X and Y directions. This extremely large presentation area allows users to draw an entire plant in a single image. Switching between the different parts of the application can be done without the need to close the current window, open a new one or load an image. This option increases the overall performance of the system. Wizcon offers a more detailed view of the process through a unique zoom function that allows the user to view a display using more than 2,048 zoom levels. In addition, the display can be logically divided into 500 different zones. Each image zone is defined by its X and Y coordinates and its zoom factor. These parameters allow the

Layered structure � Save time by drawing the

image only once and reusing it several times.

� Use the layered structure to depict information related to the plant.

� The multiple layer technique ensures a higher level of security.

Innovative zoom � 2,048 zoom levels. � Zoom into different zones

for more detail. � The ability to generate

large images allows the user to draw the plant in a single image, which reduces development time.


user to locate the exact zone position. In this way, the operator can immediately display a specific part of the plant, or switch between the overview and the detailed presentation of a process, a machine or a particular area of the plant.

Fast screen generation using graphics libraries Wizcon comes with a full set of libraries that contain many pre-defined and pre-animated objects, such as control buttons, meters, valves, pumps, motors and other industry-standard equipment. Each object in the library consists of more than just graphical components; it is actually a mini-application that contains all the object’s definitions, including the following: � Graphic – defines the shape of the object. � Dynamic transformations – define how the object is animated (movements,

changes in color, in fills, etc.).

Figure 13: Wizcon’s abundant object libraries allow fast application development. � Triggers for user interaction – define how the object responds to a mouse click

(change in tag value, macro activation, etc.). � Tag definition – create tags associated with the object. � Alarm definition – create alarms associated with the object.

Libraries of pre-defined business objects � Real SCADA objects as a

standard feature. � Automatic, online

definition of charts, tags and alarms.

� Ready-to-use objects

speed up application development.

� Allows objects to be

defined by the user.


Users can simply drag an object from the library and drop it in an image. The tag and alarm definitions associated with the object are automatically added to the Wizcon configuration database. Once an object is placed in an image, it immediately responds (movement, color change, etc.) to changes in tag values and alarm conditions by moving. Users can customize Wizcon’s libraries or easily create their own clusters using Wizcon’s drawing tools. All the standard or user-defined Wizcon clusters can be edited and debugged online before being imported into an image. Tag Mapper – Image mapping Images that can be used repeatedly may be built using the Tag Mapper module (tag exchange table). In this way, an image can be associated with tag tables, which, based on an index tag, will load the set of tags associated with this index. The main benefit of this feature is that it is fully functional on a network and on the web. WizVCR – Replay function Wizcon includes a module that allows users to replay, either locally, across a network, or via a web interface, a scene that occurred in the past. The interface is the same one used to view synoptic images in real time. An interface is provided to easily define the synoptics the user wishes to replay. A high degree of flexibility for displaying alarms Wizcon displays alarms in a window entitled Events Summary. The most serious alarms appear in pop-up windows above the image displayed on the screen to warn the user of the problem. The same applies even if the image belongs to another application. Several events summaries can be created with the different types of alarms; this allows the operator to identify the type of alarm according to the events summary. The alarms in the events summary can be categorized into several groups (family, severity, class and zone), and secondary events and information can be masked at the operator’s discretion.

� In real-time mode, only active alarms are listed. � In historical mode, a historical list of alarms is shown in the events summary.

The same events summary can be used in real-time and historical modes, thus preserving the user-defined parameters. The events summary can display alarms generated on any Wizcon station on the network. In this way, an operator can see the alarms for the same logical functional group from different parts of the controlled area. Trend charts with multiple tags for historical and real-time data tracking Users can view and analyze both real-time and historical data on Wizcon’s trend charts. These charts provide graphical views of a process’s behavior and trends over a period of time. A single chart window can display up to 16 process parameters. The user can scroll the charts over the time axis or zoom in on a time interval to see rapid changes in the process’s behavior. Using pre-emptive multitasking and event-driven data exchange mechanisms, Wizcon’s charts trace all the changes in the process’s values and present them with resolution speeds of up to 10 milliseconds. Wizcon’s charts provide linear and logarithmic scales. Information stored in the historical database can be easily retrieved and displayed in

Highly flexible alarm display � Using the same window

for real-time and historical alarms simplifies their definition and use.

� Multiple options for

differentiating alarms. � The events summary is

available throughout the entire network.

Real-time trend charts � The same window is used

for real-time and historical analysis

� No special log file is

needed, which saves disk space and makes backup operations easier.


a Wizcon chart. For a single chart, the user can easily change from real-time mode to historical mode to display historical information for a set of process parameters. Wizcon offers a wide range of display options, including: user-defined grids, cursor types, free scrolling on time axes, zooming capabilities and so on, all of which allow the user to easily analyze the behavior of process parameters. This unique feature reduces the development time of an application and makes it easier to use. Wizcon’s charts provide user-defined control limit settings that show out-of-range values in different colors. This allows operators to see and analyze critical situations in the processes. To view a chart’s data in a numeric form, the operator can call the graphic’s “data box” and accurately check the values of the cursor’s position. Figure 14: The real-time X-Y charts allow the user to perform an in-depth analysis of the dependencies among the process parameters. X-Y charts that allow in-depth analysis For in-depth analysis of dependencies among process parameters, the user can configure the chart in X-Y mode. Using this mode, up to 15 process variables can be presented in relation to another process parameter. The user can define an X-Y chart based on two modes: � Time mode: in this case, the X-Y chart presents the changes in the Y values

during the period. � Function mode: in this case, the X-Y chart plots the Y values as a mathematical

function of the X values. Multi-language support Using Wizcon's multi-language support, the tag descriptions, alarm text and text fields of an image can be created in one language and exported to an ASCII file. This easy-to-handle file can then be translated to another language and re-imported into Wizcon. The same procedure can be applied to multiple languages. For example, the user can enter an alarm description in English when the application is configured and display it in French during runtime.

X-Y chart X-Y charts, which include up to 16 process tags, can be used for in-depth analysis.

Multiple languages Development of applications in one language and execution by users in their native language.


Integration of a recipe manager and report generator Wizcon includes a recipe manager and a report generator. The recipe manager allows users to define matrices (models) and then compose a set of specific recipes for each matrix. Since recipes are saved as an ASCII file, operators can write recipe files with their usual applications, such as Excel, and transfer them later to the Wizcon system. With Wizcon’s report generator, users can print customized production reports periodically or on demand. They can also produce reports to analyze historical files and extract statistical information.

Since reports are also saved in ASCII format, they can be used to generate HTML reports. Users also have access to advanced report generation functions via the OPC Server HDA interface. Definition of macros A macro is a set of pre-defined operations assigned to a key or trigger object. Macros can be defined for internal operations (load/close image), external operations (start programs from Windows NT) and scripts (combination of different operations). Macros are used for general application management, operations sequencing and multi-purpose application development.

Creation of web-accessible SCADA applications With Wizcon, it is easy to build web-enabled SCADA applications without knowing HTML or Java. Users simply use the Wizcon Wizard to convert existing applications to HTML pages that include Java applets for image objects, alarm summaries and online charts. They then publish the HTML files on the web server of their choice so that users can interact with the application via the web. Using a Java-compatible browser, authorized users can work with data from any source. Remote users can change a setpoint, toggle an output and control the process’s behavior through the use of trend charts, and sort and acknowledge alarms. Archived alarms and trend charts are also available to remote users. All that is needed is a standard web browser and a TCP/IP connection to the Wizcon station, either through a corporate network, an Intranet, a router or gateway or by a simple modem connection.

Recipes and reports � Easy-to-use tools for

generating reports and recipes are included.

� They can be easily

linked to other software applications using ASCII format.

� The options for

generating recipes and reports are available in WizReport and WizSQL.

Easy macro creation � No need to learn new

tools. � Provides tools for

developing generic applications.

� Simplifies the execution of

complex operations. � Enhances Wizcon’s

potential.

Integrated web technology � Access to trend groups

and alarm pages. � Architecture that allows

remote connections for fast communication.

� Complete SCADA

functions for authorized users.

� Supervisory personnel,

regardless of their location, can see what is taking place on the plant floor and optimize efficiency, productivity, energy consumption and raw material inventories simply by using a portable computer and a standard web browser.

� Maintenance engineers

can help operators solve problems remotely from their home or office.

� Mobile operators can

monitor remote unmanned sites from any location.


Automatic HTML page generation wizard Creating HTML pages from within Wizcon is simple. Users simply specify the viewer parameters (applets) they wish to display on the page, enter a name for the HTML file and save it in the list of HTML files, then click on the page to display it in the browser.

Figure 15: Instant generation of HTML pages

Creation of picture viewers A picture viewer displays the graphical representation of a process in a browser. Users can choose the graphical presentation displayed by the viewer when the HTML page is first opened, by selecting one of the project’s picture files.

Figure 16: Creation of picture viewers

Since image definition is the most time-consuming task, picture files are automatically generated and saved with a .wnp extension when zones are created in an image. A specific picture file is created for each zone defined in an image.

“Thanks to Axeda’s remote monitoring technology, we can use our local Intranet to provide open, real-time communication to the employees who maintain supervisory control of all the vital elements of our installation. The integrated solution has enabled almost 80 members of the cooling and ventilation staff to regularly access technical information such as ventilation and cooling parameters from any computer at our facility using a simple Web navigator.” Didier Blanc Head of process engineering, supervision and regulation CERN

Picture viewers Picture viewers display the graphical representation of a process in a browser.


Creation of event summary viewers An events summary viewer provides real-time alarm monitoring based on the definitions specified in the events summary profile. Users can create an events summary viewer by generating an HTML page based on a profile defined with Wizcon and publishing the page on the web.

Figure 17: Creation of event summary viewers

Definition of trend chart viewers A trend chart viewer provides online display of past and current activities recorded by Wizcon according to chart definitions specified in the trend profile. This feature provides additional benefits for remote control applications and applications requiring frequent access as a result of events. For those applications, historical display of data is critical. In such applications, an operator may wish to log into his/her application at the end of the day and check what happened during the day. The trend chart functions include: � Historical cache mechanism: offers improved performance while reducing the load on the

server. � Asynchronous historical data download: ensures that the user always receives the

necessary trend information. � Performance: performance on a local area network is similar to that of Wizcon for

Windows. The trend information can be used with switched connections. � Display of multiple tags over time. � Historical and real-time data support. � X and Y axis labeling. � Different line colors and line types available. � Online modification of the X or Y axis and the tags list. � The trend component requires less than 400 Kb to download. � Users can create trend viewers by generating an HTML page based on a trend profile

and publishing the resulting page on the web. Manual creation of HTML pages Advanced users can create HTML pages manually and customize them to meet their needs. The following example shows HTML code calling an events summary applet. <APPLET archive=”wizcon.zip” CODE=”wizcon/Events Summary/Events Summary.class” – The name of the applet WIDTH=490 Height=200> <Param name= file VALUE = “first.wna”> - The input file to be displayed by the applet <Param name= filebase VALUE = “first.annprf”> The directory of the file. </APPLET> Width and Height specify the size in pixels that the Event Summary applet will have on the HTML page. Figure 19: Manual creation of HTML pages

Event summary viewers Event summary viewers are used to monitor alarms in real time.

Trend chart viewers Trend chart viewers provide online display of past and current activities recorded by Wizcon.

Minimum system configuration required for Wizcon for Windows and Internet Operating system: Microsoft Windows NT, 2000 or XP. Network: NetBEUI protocol or TCP/IP. Web server: Any web server for publishing the application. Configured TCP/IP: A fixed IP address is required for the web server. Browser: A Java-compatible browser is required. HTML editor (optional): Any HTML-compatible editor.


WizPLC Integrated control and supervision WizPLC is a PC-based automation software solution that uses Windows NT technology. It is an open, standards-based solution that is fully compatible with the IEC 61131-3 standards and languages. WizPLC can be operated as a standalone PC-based control system or in combination with Wizcon for a complete control solution that includes supervisory functions. WizPLC has been successfully deployed in a large number of industries (see sidebar). By combining control development, operation management and operator interface in one package, WizPLC cuts application development time and maintenance costs, increases performance and ensures a high level of data integrity, regardless of the hardware used. WizPLC and Wizcon share the same database This means that developers of supervisory applications do not need to exchange tag address lists with PLC programmers, thus reducing the risk of error during development and activation. During development of the application, however, the developer may declare only the tags used in a dynamic exchange between Wizcon and WizPLC in order to optimize the bandwidth between the two applications. WizPLC provides all the tools needed to build high-performance PC-based control systems while combining the best advantages of multi-level design. Analysis and monitoring utilities, debugging and simulation tools, and utilities for creating cross-reference tables and tree structures are some of the elements that make WizPLC easy to learn, implement and maintain. Use of WizPLC WizPLC allows the user to perform the following operations: � Define control logic and supervisory applications in a single PC environment.

Since Wizcon and WizPLC share a common database, users need to define tags only once, either in WizPLC or in Wizcon.

� Use WizPLC instead of standard PLCs to control the plant floor. WizPLC

communicates with the terminal equipment in the plant through a fieldbus and updates Wizcon whenever there is a change in the tag values (such as a temperature level). Using the fieldbuses eliminates the need for complex wiring between plant equipment and the PLCs.

� If users already have PLCs, they can keep them. WizPLC reads all the Wizcon

tags, including those sampled on the different PLCs connected to Wizcon. WizPLC can be used to build an application that will synchronize the various PLCs. In this way, when a plant is expanded, the WizPLC application can be extended without adding PLCs.

� Downloading programs developed with WizPLC onto targets other than the local PC. The programs may, in fact, run on all devices certified by the CoDeSys Automation Alliance (see www.automation-alliance.com). For information purposes, target processors may be of the following types: ARM, PowerPC, 68xxx, 8051, 80x86/Pentium, 80C16x, Hitachi SH 2/3/4, Hitachi H8, Motorola ColdFire, 80186, Infineon TriCore and Texas Instruments DSP TMS32028x. It is also possible to import the Siemens S5/S7 PLC program.

Industries Applications based on WizPLC can be implemented in the following industries: � Plant automation � Special machines � Construction � Water treatment � Power control � Tunnel control � Automotive industry � Agro-food industry � Audio/video systems

control � Transportation and traffic

control � Defense – Emergency

preparedness

Advantages of WizPLC � Uses 32,000 Windows

APIs. � Can include the

management of PLCs from a variety of suppliers thanks to its many drivers.

� Offers the same performance as a PLC.

� Provides very easy debugging of the C code without recompiling.

� Offers the same appearance and ease-of-use as Microsoft Development Studio.

� Its operator interface displays large buttons specially designed for touch screens.

� Fully multi-tasking, it allows the user to define tasks that are continuously active or activated under certain conditions.

� One-time tag definition reduces the engineers’ work and risk of error.

� Protects hardware and software investments.

� Controls remote data from the user’s development station.


� Write special function blocks in C and use them within WizPLC applications.

Figure 20: Main WizPLC screen

More than a simple upgrade WizPLC does not replace the PLCs in the organization. It represents a totally new working environment. WizPLC allows users to protect their existing hardware and software investments while providing a more efficient work method, thereby increasing productivity. WizPLC and Wizcon applications can run on the same PC or on different machines. They also share the same tags database and I/O configurations. When an object is added to a Wizcon screen or a new tag is defined, this definition is automatically available in WizPLC. Tags and I/Os are defined only once and can be used throughout the system. This approach lessens the workload of the engineering staff during the configuration phases and reduces the risk of error. A WizPLC application can be controlled from another computer. WizPLC can run on an unmanned PC and be dedicated to control tasks, while operation and monitoring are handled by another network station. This configuration offers a cost-effective and reliable solution for open PC-based control processing. Real-time data managed by remote computers can be controlled and monitored from the development workstation. Figure 21: The WizPLC configuration protects hardware and software investments.

“By using Axeda Supervisor, authorized personnel can monitor and control our wastewater plants in a proper way. With access to real time information, we can intervene and change the process if needed to ensure the quality of our product – healthy and clean water.” Martin Zeegers Project Designer, Electronics & Technical Automation Zuiveringshap Hollandse Eilanden en Waarden (ZHEW) (ZHEW is one of the 16 water boards in the Netherlands, responsible for the health of water in the area south of Rotterdam)

Can be executed directly from Wizcon. The Explorer-like interface provides full control and access to all parts of the system during application development.


Internal WizPLC architecture The WizPLC architecture consists of a development studio and a runtime module. The development studio is used to read the tags from Wizcon and to write the application using one of the five programming languages. The runtime module is divided in two parts: � The process control task – This module executes the logical and mathematical

operations on the Wizcon tags, WizPLC internal tags and I/Os. This invisible module is a console application.

� The process management task – This module communicates with Wizcon and provides the interface with the Windows user.

Figure 22: WizPLC’s internal architecture Support of the IEC 61131-3 languages WizPLC is one of the few PC-based soft logic products that fully support the languages defined by the IEC-61131-3 standards. This capability provides maximum flexibility for building and debugging control programs.

Figure 23: Synoptic diagram of function blocks

“WizPLC is the most appropriate tool we have used for the type of applications we develop. It enabled me to develop more than 1,000 lines of code to replace a 30-year old application in just a few hours, without being a trained programmer.” Brian Deave Project Manager Baltimore Gas & Electric

Supporting standard languages � Standard language

support eliminates the need to learn proprietary languages in order to program the PLCs.

� Specific function blocks

are very easy to design.

Logic diagram or FBD (Function Block Diagram) This language consists of a sequence of networks, each of which contains a structure representing a logical or arithmetic expression, the call to a function block, and a jump or return instruction. The FBDs can manage long logical strings in an easy-to-understand format and are specially adapted to analog calculations.


Figure 24: Contact (or Ladder) diagram

Figure 25: List of instructions

Figure 26: Structured text

Contact diagram The contact diagram functions according to the same principles as the electrical circuit diagrams. It consists of a series of networks, reels and contacts. It supports simple (Boolean) logical manipulations.

List of instructions An instruction list is a language, similar to the assembler language, which is particularly well-suited to small programs.

Structured text This language consists of a series of instructions that can be executed conditionally or repeatedly. Structured text, which is similar to high-level languages (such as PASCAL), is better suited to complex mathematical processing.


Figure 27a: Grafcet or SFC Developers also have access to “Continuous Function Chart” (CFC) languages. This language is similar to the FBD language; the main difference, however, is the free placement of objects rather than the FBD network structure. Although slower than the FBD editor, it is much more flexible.

Figure 27b: Example of CFC program Integration of functional libraries WizPLC supports all the functions defined by the IEC 61131-3 standard and comes with a standard library that contains the following sections:

� Mathematical and string functions � Functions � Tag detector � Counters � Timers

Axeda also supplies a library of over 40 control and system functions with WizPLC, including a fast file access function. WizPLC allows users to create their own control functions using C and all the Windows APIs.

Grafcet (SFC – Sequential Function Chart) Grafcet is a graphical language used to describe the chronological succession of the various actions in a project. The order in which Grafcet programs are executed is easy to control and particularly well-suited to machine or batch control.

Control functions and system functions included in WizPLC � Communication

libraries. � Control elements

(self-regulating PID, TPO, etc.).

� File management. � System

management. � Date and time.


Support of fieldbuses commonly used for communication Fieldbuses are the most efficient way to connect equipment to a control system. Each fieldbus is a high-speed industrial network. Users can connect intelligent peripherals and I/Os to fieldbuses, transfer data across this network and easily configure information for efficient maintenance. A single communication interface and network allows users to support several communication protocols. In addition, fieldbuses allow users to easily upgrade their systems by simply connecting new I/Os and equipment to the network without changing the existing configuration. Users also have the option to choose and mix, on the same network, the best hardware offered by different suppliers on the market. Guaranteed execution of critical applications Applications that require the priority execution of critical tasks can use Realtime’s “Soft” mode to guarantee execution times based on performance levels specific to the host operating system. Online modification to optimize development The WizPLC development studio and logic engine are closely integrated so that program changes can be made online, without having to shut down the running program. This prevents downtime during maintenance and debugging. Management of system integrity WizPLC offers a number of features to ensure data security: Password protection for each application component: code, configuration, task management, “read” access, “read and modify” access and “no access at all”. WizPLC includes features that ensure proper system operation, even in the event of a failure. The retained data handling function allows a list of program variables to be saved to disk at regular user-defined intervals. If the program is stopped for any reason, it will use the last saved variables on restart. This enables a machine to know where it is in a control sequence even if the power to the PC is switched off. The I/O reset on shutdown feature allows the user to specify the condition of the outputs on the bus in the event the WizPLC program is stopped. For example, the user may decide to turn off all the pumps in a water treatment facility but to keep all the lights on in a shopping center. The I/O reset on disconnect feature enables programming of the outputs on the bus in the event the control program stops running. Easy to learn, implement and maintain WizPLC’s debugging functions help users quickly locate errors in their program. WizPLC allows the placement of breakpoints to perform analyses in case of programming errors. Once execution stops, the user can examine all program data at this point. The single step function allows the user to check the program logic step by step.

Field bus � Easy plant

extension through a simple I/O connection.

� Mixing different types of hardware and software on the same network.

� Eliminates wiring between PCs and peripherals.

The most commonly used fieldbuses are supported: Profibus DP, Interbus-S, CANbus, DeviceNet, SDS, etc.

Guaranteed execution of critical applications True real-time ensures that interruptions can never stop WizPLC from running and that the program will not be affected by operating system failures.

System integrity � Password

protection. � Management of

stored data. � Restoration of I/Os

after interruption. � Restoration of I/Os

after disconnection.

Easy start Debugging functions help to quickly locate errors in the program.


WizPLC also allows program variables and I/Os to be pre-set to certain values. The flow controller enables the user to check which program lines are executed and displays the value of each variable used on that line once the code has been executed. In online mode, the declaration of visible variables is followed by the monitoring of their current values in the controller. In simulation mode, the user program runs without reading the inputs or writing the outputs. The online functions can be used in this mode, allowing users to test the program logic at their desk without any hardware. Once all errors have been corrected, the user can switch to simulation mode, log on using the simulated controller and load their project into it. WizPLC is then in online mode.

Figure 28: Control interface of the WizPLC Runtime Breakpoints facilitate the debugging of complex logic WizPLC allows users to set breakpoints anywhere within the program. When a breakpoint is reached, program execution is suspended, allowing the user to view all current program data, including the variable values. The user can then give the program a command to continue. This ability to look inside the program makes it much easier to understand and debug complex logic sequences. This is especially true for high-speed logic, which is too fast for traditional monitoring tools to display. Breakpoints can be set in any programming language used by WizPLC. When combined with other debugging tools such as “single step” and “single cycle”, breakpoints make it possible to control and monitor programs according to a method that cannot be used with proprietary PLCs. Sampling analysis lets users “trap” events The sampling analysis function is used to record changes in program values, based on a trigger event. The trigger can be the descending or ascending “edge” of a Boolean variable. WizPLC enables the user to trace 500 values of 20 variables. Sampling trace provides the ability to trace the values of variables and to display these values in the form of a curve.

Debugging complex logic Breakpoints allow the user to easily monitor program execution in order to understand and debug complex logical sequences.

Event logging A trace of 500 values of 20 tags can be stored.


Flow control Using the instant snapshot function, the user can display the values of variables during a cycle by defining an analysis zone and taking a “snapshot”. Then, any variable in a line that is inside the snapshot zone is monitored, along with its current value at the time the line is executed, without halting execution.

Minimum system configuration required for WizPLC Hardware: Pentium III, 500 MHz, 128 MB Operating system: Microsoft Windows NT 4 SP6 / 2000 / XP Network: TCP/IP


WizScheduler for Internet Web scheduling module for Wizcon WizScheduler™ for Internet is a Wizcon add-in that enables users to plan, schedule and execute a variety of tasks based on the date and time via a simple Internet browser. The calendar-style user interface provides an easy, intuitive method of quickly defining repetitive or specific activities throughout the year. Time-saving functions WizScheduler allows the user to easily perform the following tasks: � Define task models and the various related states; � Define schedules for non-working days (other than weekends); � Assign the models to specific periods; � Make temporary changes to the schedule for special days; � Define a group of states categorized by tasks which Wizcon can execute

automatically through a single command.

Customized models and tasks In addition to the complete calendar year provided by WizScheduler, a customized calendar can also be created. Users can define the start and end times of a day or week, the tasks to be run on each date, and even the time between different tasks. For example, Wizcon can be configured to sample a specific machine every 10 minutes and every day between 10:00 a.m. and 10:00 p.m. during the week of November 26-29. WizScheduler also provides the ability to insert a new task at a time of day that is not pre-defined in the calendar. A task line can be inserted and the time specified with a simple mouse click. The line is automatically positioned in the calendar based on the specified time.

Figure 34: WizScheduler’s weekly and yearly models

Advantages of WizScheduler � Maximizes savings on

costs and power consumption.

� Intuitive calendar-style

interface. � Extremely flexible

customized schedules. � Scheduling of repetitive

tasks in a few seconds. � Execution of tasks such as

tag value or system command change (shell command).

� Report execution

managed by the scheduling module.

� Fast configuration and

editing. � Ease of use.


WizAAM (Advanced Alarm Module) Alarm and decision-making management module WizAAM is a decision-support module, used to provide information to the appropriate employees at any time via any medium: Browser, email, mobile phone, pager, etc. This module is based on very advanced user profile management. Information is routed to users based on their profile. With the WizAAM module, Axeda Supervisor ensures that users are informed at once of any important event related to their application and have all the information they need to make an immediate decision. User administration Axeda Supervisor provides the ability to manage the access rights of the application’s users.

Groups

To ensure total management, users can create groups. A group corresponds to a category of users (operator, maintenance, air conditioning system, security, etc.) who have certain rights related to their inclusion in the group.

Figure 1: Define a user category

WizAAM is needed for all applications in which the process is critical, decisions must be made quickly, or operators may be outside the console rooms: � Building

management.

� Power control.

� Tunnel control.

� Audio/video system control.

� Transportation and traffic control.

� Plant automation.

� Special machines.

� Water treatment.

� Automotive industry.

� Food and beverage industry.

� Defense – Emergency Preparedness.


Users

Each user is defined by a profile (name, password, administrator rights, web access, etc.). Each user can be associated with a group and will have the rights of this group at the application use level.

For each user who is required to make decisions, a messaging profile must be defined so that information can be sent automatically to his or her terminal: email, mobile phone, pager, etc.

Figure 2: Define users

Figure 3: Associate a user with a group

Administrator rights allow certain operators to change user profiles or create new ones.


Figure 4: Define user messaging

Teams

The WizAAM module provides the ability to create on-call functions. In this regard, teams to which the users are assigned must be created. In this way, maintenance personnel will be called according to the on-call team.

Figure 5: Create teams

One or more call methods may be defined for each user. Creating teams enables easy management of on-call schedules.


Messaging With the WizAAM module, all types of message servers are supported. Users can send emails (e.g. daily operations report, fault summaries, etc.), SMS or voice messages (e.g. notification of an event), voice messages, call pagers, etc. This requires that the various messaging services used be defined in the WizAAM module.

Figure 6: Define services Sending messages For each type of event, the user, group or team receiving the message may be defined.

Figure 7: Associate an event with users

All remote services are supported. An event can be easily associated with the data operator.


On-call scheduling management For maintenance personnel, an on-call schedule must be managed. A daily, weekly or yearly calendar provides access to the scheduling parameters.

Figure 8: On-call schedule


Axeda Supervisor on the test bench The performance levels of Axeda Supervisor are based on an exclusive internal architecture and proven technologies adapted to the requirements of environments used by industry, building automation, manufacturing companies and the environment. In order to illustrate these performance levels and, more specifically, the aspect of network access and availability of information via web clients, a test platform has been set up to measure the values in detail. Platform architecture The architecture used consisted of the following elements:

- a Pentium 4 PC server, 3 GHz processor, 2 GB RAM equipped with: o Windows 2000 Server o 1 Web Server (IIS and Apache were evaluated one after the other) o Axeda Supervisor 65000 tags + 100 web clients

- 2 firewalls (1 to filter intranet access, 1 for Internet access) - 1 router - 100 client workstations running Internet Explorer 5.5 or 6.0 (20% intranet and

80% Internet) - 1 ADSL High-Speed line – 3 Mbps downstream – 1.6 Mbps upstream.

“Our facilities are open to the public 24 hours a day, and it is our duty to guarantee its safety. For this reason, we are modernizing all the equipment so we can better monitor our facilities. By using Axeda Supervisor, our Orly technicians are notified immediately of any device breakdown or imminent malfunction, and then either manage the problem remotely or send a technician to the site with full knowledge of the problem and the correct tools to fix it.” A representative of the Paris Airports Authority Aéroports de Paris A robust, massively scalable solution

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Methodology and results The tests conducted mainly concern screen loading, refresh and data transmission times. The times measured revealed important trends. The method used involved giving an audio cue (by telephone for remote users) when the person conducting the test requested the loading of a page, for example. Each test operator then read his/her own results. These results were then compiled in a summary table. �Initial loading time of a synoptic The time measured is the time needed to load to the browser the first web page containing an animated synoptic originating from the web server. This time includes the loading time of the Java applet that will be reused for as long s the Axeda Supervisor screens are used via the network browser. The differences in results stem from the performance of the client workstations, the operators’ lag time and other random factors related to the architecture.

50%

35%

15%

<10 s 10-20 s 20-30 s

� Inter-zone switching time by trigger object One of the distinctive features of Axeda Supervisor’s synoptic navigation is the change of zone. The two possible actuation methods were measured:

- by trigger object - by zone browser (starting values)

The differences in results stem from the performance of the client workstations, the operators’ lag time and other random factors related to the architecture.

15%

15%

70%

<2 s 2-5 s >5 s

Benchmark Result Ultra fast loading: � Less than 20 sec.

in 85% of cases � Less than 30 sec.

in all cases Benchmark Result High-performance zone switching by trigger object: � Less than 2 sec.


in 85% of cases

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50%

15%

35%

immediate 1/2 sec 1/2-2 sec

� Refresh rate of screen values Generally speaking, data on the screen is refreshed via extremely optimized data exchange mechanisms between the Wizcon server and the web clients. The tests conducted revealed a constant refresh rate of between 1 and 2 seconds. � Loading time of an alarm window The time measured is the time needed to load to the browser an alarm window from which alarms can be viewed as they occur, based on the applicable filters, and which can also be acknowledged based on user rights. Once the alarm window is loaded to the screen, the alarms are displayed immediately in real time. The differences in results stem from the performance of the client workstations, the operators’ lag time and other random factors related to the architecture.

50%

50%

5-10 sec 10-20 sec

� Loading time of a chart with real-time data The time measured is the time needed to load to the browser a chart window used to display real-time data. Once the chart window is loaded to the screen, the chart is drawn immediately in real time. The differences in results stem from the performance of the client workstations, the operators’ lag time and other random factors related to the architecture.

Benchmark Result Lightening-fast zone switching by browser: � Less than a half-

second in 65% of cases

� Less than 2 sec.

in all cases Benchmark Result Super-fast alarm-window loading: � Less than 20 sec. in

all cases

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20%

40%

40%

5-10 sec 10-20 sec 20-30 sec

� Loading time of a chart with historical data The time measured is the time needed to load to the browser a chart window from which historical data from the server can be viewed. The differences in results stem from the performance of the client workstations, the operators’ lag time and other random factors related to the architecture.

25%

65%

10%

5-10 sec 10-20 sec 20-30 sec

Axeda Supervisor

You can count on our complete solution:

developer-friendly, reliable, high-performing and excessively robust!

Benchmark Result High-performance real-time trend chart: � Less than 20 sec.

in 80% of cases � Less than 30 sec. in

all cases Benchmark Result High-performance historical trend chart: � Less than 20 sec.


in all cases Axeda : award-winning competence and constant innovation over the past 19 years.


Extensive list of communication drivers A very large number of drivers can be used with Axeda Supervisor or any of the component products. This list is non-binding and subject to change without prior notice. Please consult the complete, updated list of drivers on Axeda’s main website, or on the Axeda eXpert website. The majority of drivers is free of charge, with a few exceptions offered for sale; please ask your Axeda representative. All drivers can be downloaded from the company’s website and used in evaluation mode. Manufacturer Equipment/Protocol Code Axeda BACnet - Previous AS BACnet driver (BACstac 3) BAC

Axeda BACnet - New AS BACnet driver (BACstac 4) BCN

Axeda Modem front-end system, remote station VPI FEC

Axeda Modem front-end system, central station VPI FER

Axeda OPC Client (OLE for Process Control) 1.0 OPC

Axeda Wizcon to Wizcon Peer To Peer, RS232 P2P

ABB ABB Procontic CS31 via Arcnet CS

Allen-Bradley DATA HIGHWAY (PLC-3) ABC

Allen-Bradley Control-Logic gateway, Ethernet TCP/IP ABX

Allen-Bradley Data Highway (PLC-2) AB2

Allen-Bradley SLC500, Data Highway 485 (DH-485) AB3

Allen-Bradley DATA HIGHWAY PLUS (PLC-5) AB5

Allen-Bradley PLC 5 series E, Ethernet TCP/IP AE

Allen-Bradley PLC 5,SLC500 fam, DH Plus using... KTX

Allen-Bradley SLC500, Data Highway 485 (DH-485) A3

Allen-Bradley DATA HIGHWAY PLUS (PLC-2,-3, -5) A5

Allen-Bradley DATA HIGHWAY (PLC-2,PLC-3) AB

Allen-Bradley 1784-KR SLC 500 interface module DH

Allen-Bradley 1784-KT,KT2 ,KTX PLC-5, SLC500 Family KT

Allen-Bradley SLC100/150 SL

APEX PDnet Ind., based on Arcnet comm. AP

Applicom / Woodhead Multi-protocol intelligent comm. card APC

B&R Industrie B&R 2000 Blue series - slave, Net2000 B2

B&R Industrie MININET CP30,CP31,CP40,CP41,CP60,CP80 BR

Berkel INDICAT ED 300, Weighing terminal BK

Bosch R600, R301 using BUEP 19 protocol BS

Bristol Babcock 33XX contr; Synchr/Asynchr Prot.(BSAP) BBK

Cerberus Algorex fire detection system, BMS protocol CER

Cerberus CZ-10 Fire Alarm system, EIA-232D Protocol and CZ

Cincinnati Milacron EXc Host Interface via RS485 CN

Cristplant CSC Sorter Controllers CSC

Cutler-Hammer NetSolver Interface, Internal prot. NTS

Dexon System ltd Dexon NT-Video Wall, Ethernet TCP/IP VTR

Diessel Diessel CSM controller DE

Digital Eq. (DEC) DECNET using NET-BIOS (OS/2 only) N4

Dixell Dixell, DIXBUS DX

DNP Ver. 3.00 Distrib. Network Protocol by Harris DNP

DuTeC I/O Plexer. Opto22 Optomux, 2-Pass. DUT

Eberle K41 protocol E1

Eberle R41 protocol E2

Echelon Lonworks, using the LCA Object Server LON

Elco BMC-12 BMC

Electromatic DUPLINE OPTOLINK DO

Electromatic DUPLINE 128 PC-card DU

Elpaz Eiris software API's EP

Endress Hauser SILOMETER FMB/FMC, NIVOSONIC sensors EH

Enref ENRAF, Holland. ENRAF NONIUS MODEL. EN

“Axeda Supervisor is a universal, open SCADA/HMI solution, linking local assets to the organization using the broadest available set of connectivity tools.”


ERNITEC, France AXIOM, ADPRO AXM

Eshed Robotec SCORBOT ER5 ER

EST FAST fire alarm panels CM1N, CIS ES

ETIC FT-300/200 v2.1 FT

Eurotherm TCS binary protocol ET

Eurotherm BISYNC protocol EA

Eurotherm EM1 EM

Eurotherm ASCII float EI

Eurotherm BISYNC protocol, ASCII EX

Eurotherm FICS-10,FICS-11 FX

FGH 560, 900 temperature controllers FG

FGH S1000, P1000, P450 Temp.controllers FH

FGH Controls Ltd FGH Contr(450,1000,2000,3000,RTA,ICU) FGH

Field Electronics ANSI X-3 protocol FI

Fike Intella Scan 2 Fire Alarm system FK

FRICK RWBBI plus, Microprocessor Telecomm. FR

Fuji MICREX-F F80H, via FFU120B RS485 FF

Fuji F50,F81,F120,F125 FU

Gavish MB-71 Programmable communications unit GB

GEC GEM 80, GEM 250 Series GC

General Electric Series 93-30, 90-70, Ethernet TCP/IP GF

General Electric 90-30,90-70 PLC's. SNP and SNPX Protocols. G1

General Electric Series 5,6,90-70, GENIUS through PCIM PM

General Electric Series 1,1+,3,5,6,90-30,90-70 in CCM GE

General Electric Series5&6,90-70,90-30,PCIM GlobalData GL

General Electric ITS DM R138E for gas turbine TC

General MODEM VPI Read MODEM control signals MO

General Purpose RS232C to host computer - Client HZC

General Purpose string driver for all block VPI's STR

General Purpose RS232C to host computer HZ

Gidding Lewis PIC-LINK PL

Gossen-Metrawatt GTR0300 temperature controller G3

Gossen-Metrawatt GTR0500 universal controller G5

Gossen-Metrawatt GTC 701 cell controller G7

Gossen-Metrawatt GTR9000 temperature controller GT

Grinnell, USA Autocall TFX-500M /ASCII Protocol. TFX

Hartmann Braun Digitric P DC

Hilscher PROFIBUS standard, FMS, FDL PH

Hilscher CIF30 Profibus DP/Interbus-S/CanOpen HD

HIMA Family H51, expanded MODBUS RTU HM

Hitachi Series EM II (CPM-E3)/COM2 Protocol HI

Hitachi Series H HT

Honeywell IPC 620 HL

IBM PC LAN, LAN SERVER (using NET-BIOS) NW

Idec (Izumi) FA-1, FA-2, FA-3, Micro1. 1:N network ZN

Idec (Izumi) FA-1, FA-2 ZM

IFM Electronic Ecomat 100 FM

Intel BIT-BUS INTEL CARD 344A BB

INTROL INTROL DPC3000 RTU, TDE IEC FT3 frame IN

ITT FLYGT, Sweden Aquacom via modem, using the MM Driver. FLM

ITT FLYGT, Sweden Aquacom ( ITT Flygt communication protocol). FLY

Johnson Controls Johnson System 91, N2 Protocol. GN

Juchheim JUMO DICON SM Universal compact controller JM

Juchheim Jumo DICON S temperature controller JO

Kaye Instruments Acurex, Netpac AX

Kenelec 7110 Multiplexor Processor,"HA" Prot. KC

Keyence KV-300, Ascii protocol. KV


Klaschka YCOM/M with BDA/MPW 2.08 card KLA

Klockner Moeller PS4-201-MM1 - SUCOM-B protocol KB

Klockner Moeller PS-306, PS-316, PS-32, SUCOM-A PS

Klockner Moeller SUCONET with EPC 335 K1

Klockner Moeller PS-3 WITH EPC334.2 KM

Koor SCANTRONIC KS

KOYO DIRECT LOGIC 205 DL240/250 CPU TCP/IP KYT

KP RCMS RCI4000 , INTRAC protocol KP

Kuhnke KAUX 653W (English Monitor) KE

Landis and Gyr PRV1 Controller (Special Unsolicited Driver) PR1

Landis and Gyr PRV2 Controller PRV

Matsushita MEWNET FP3, FP5 MEWTOCOL-COM protocol MA

Matsushita MEWTOCOL-COM CNT

Matsushita MEWNET FP3, FP5 MEWTOCOL TCP/IP protocol ME

Mettler Toledo Digital Indicator 8142, JN Port COF MTO

Microsoft LAN MANAGER (using NET-BIOS) N2

Mintz systems, Israel EAGLE user manual & installation system MZN

Mintz systems, Israel EAGLE multi-zone security & control system MZ

Mitsubishi FX series /Monitor interface FX-232AW MF

Mitsubishi computer communication guide. MB

Mitsubishi MELSEC-A Ethernet MBE

Mitsubishi MELSEC-A, A1S, A1U, A2S, A2U MQ

Mitsubishi MELSEC NET MT

Mitsubishi ASCII VCR HS-7168 communication protocol VCR

Modicon MODBUS Plus MP

Modicon MODBUS ASCII, GTC MD

Modicon MODBUS RTU, JBUS MR

Modicon Open Modbus / TCPIP Protocol MRP

Modicon PC0085, PC0185 M8

Modicon MODBUS RTU, JBUS MV

Motorola MOSCAD RTUs by the MCP/T Gateway GW

M-SYSTEM Co. Ltd DLC REMOTE P I/O INTERFACE UNIT MS

Multi Modem VPI Modem handling for other VPIs MM

Newron Lonworks (note: requires LNS 3.0 Server) VNI

Newron Lonworks (note: compatible with LNS 3.0 Server) MIP

Nippon Electronics VITY-LINER V VL

Notifier EIA-232D, AM2020 Fire Alarm Panel NF

Novell NETWARE (using NET-BIOS) N3

Observator OMC 2650 Data Capture Unit OMC

OMNI OMNI Flow controller, Modbus protocol TPC

Omron AnyNet with FINS and C Commands. (TCP/IP) OA

Omron E5..K digital and E5..J temp. contr. OE5

Omron SYSMAC family (RS232) OM

Omron Fins Gateway-For all Omron PLCs OMR

Omron SYSMAC link OL

Omron SYSMAC NET ON

Omron E5AX temperature controller OT

Opto-22 Opto 22, Ethernet TCP/IP OE

Opto-22 OPTOMUX OP

Particle Measuring Sy AirNet devices. Ethernet TCP/IP protocol PMS

Perax P200, P200-X and Arlequin using J-bus PR

Perax P200 and P200-X (Multi Modem version) PRM

Philips PC20, MC30, MC41 P1

Philips P8 PLC, PPCCOM protocol P8

Philips ICS90, KS4580, KS4770, ISO 1745 P2

Philips VMEbus PC/AT board PX4010 P4

Philips KS8283 P5

“Opto 22 and Axeda share a common vision: to leverage the power of the Internet and business IT networks, in order to improve the flow of device data to business applications and information stakeholders. We have concentrated our efforts in providing a seamless connection to monitor, control and gather data from a wide variety of devices and equipment, while Axeda has focused on securely managing this data so it can be used to solve real business problems. Aligning our efforts allows us to provide our customers with a complete solution.” Bob Sheffres Vice President Opto 22


Philips KS4580, KS4770 loop controller P6

Philips ICS90 loop controller P7

Philips PR2011 data logger PA

Philips P8 PLC, CME200, CPU202, TCP/IP PT

Philips KS4580, KS4290, KS40, PRO96, DIG380 PX

Philips LTC - 8600 series protocol PHV

Phoenix Contact IBC Master Module, INTERBUS-C IM

Phoenix Contact BIT-BUS IBC UPC CON, DATEM BBS-099 IB

Phoenix Contact INTERBUS-S IS

Phoenix Contact INTERBUS-S through PCAT-T IU

Red lion Controls TCU, PCU controllers RL

RKC REX series controllers RC

RKC REX-F9 temperature controller RX

RKC REX-P200 temperature controller RY

RKC REX-G9, REX-F400, REX-F700, REX-F900 RZ

Robertshaw DMS35 RS

Saia PCD1, 2, PCD4, PCD6 with SAIA S-BUS SB

Saia PCA,PCD, with or without LAN1 SZ

Samsung BRAIN SPC-10/100/300, Binary prot. SG

Sartorius SARTORIUS interface ST

Satec Satec powermeters SA

SattControl COMLI protocol SC

Sauter ULT 2400, Sauter substation network SAU

Sauter ULT 2400, Sauter substation network S2N

Sauter EY 2400, Sauter substation network S24

Sauter Sauter EY 3600 Protocol,Sauter 290 / 291 Router S36

Scantronic 9500 Series, Ascii Protocol S9

SCSEB CAVB4 controller C4

Seidenader Seidenader SN

Sensycon CM1/C1,Field Multiplexer,MODBUS RTU CR

Sharp Satellite JW10 and JW20 SRP

Shimaden SR-25 temperature controller SR

Shinko PC-600 S6

Shinko PC-700 S7

Shinko MCD100 temperature controller SH

Shinko PC-935 SNK

Siemens SINEC H1 protocol, INAT Card HV

Siemens 135U through programming port S3

Siemens SIMATIC S7-200 CPU-214, ASCII S2

Siemens SIMATIC S7-300/400, MPI and PC/MPI MPI

Siemens Protocol 3964(R)-RK512 CP524, 525 SI

Siemens Instabus EIB System, instabus EIB Protocol EIB

Siemens SIMATIC S7-300/400, MPI and PC/MPI ST7

Siemens Siemens TCP/IP STP

Siemens 100U,115U through programming port SY

Siemens SIPART DR20 process controller DR Siemens SINEC H1 protocol H1

Siemens SINEC L1 protocol L1

Siemens S5-115U CPU945 through progr. port S4

Siemens 155U through programming port S5

Siemens Cerberus MK7022 PLC,protocol NC3

Silent Knight 5820 IntelliKnight system, Gateway command set SKT

Simplex 2120, Computerized External Devices SX

Simulation VPI User define sequential language SM

Skako SKAKO protocol SK

SOFREL Telecontrol CS100/SOFBUS-PC, SATELITE S15 SO

SOFREL Telecontrol SOFBUS-PL protocol. S50 stations. SOM


Square D SY/NET or peer to peer SD

Square D SY/MAX Ethernet IEEE 802.3 Extended SE

Square D SY/LINK SQ

Startpec Elektronic CHECKMAT 9000/9100 CH

Struthers Dunn Director 4001 PLC through ASIM DS

Techno Trade TBOX / JBUS TX

Telemecanique Ethway, EPCUNI-TE/OS2 EW

Telemecanique FIPWAY, FPCUNI-TE/OS2 FW

Telemecanique UNITELWAY MASTER, UNI-TE messaging UM

Telemecanique UNI-TELWAY UT

TESCOM ER3000 pressure controller, Serial ASCII protocol TSC

Texas Instruments 545 family, Transparent Byte Protocol T1

Texas Instruments TI-435; Koyo-205 Direct Net T4

Texas Instruments TIWAY. Non-Intelligent Terminal Protocol ( NITP ) TW

Texas Instruments 545 family, CAMP, TCPIP using CP-2572 TIP

Texas Instruments 530 family, TI545 Controller TI

Texas Instruments Simatic TI CVU Tiway Adapter Card TIW

Texas Instruments PM550 using CIM CM

Texas Instruments TIWAY using BDLC protocol TU

TOA Corporation Communication protocol for MU-110 TO

Toho Electrics TOLINE - V CIT VC

Toshiba EX2000 TB

Toshiba EX500, EX250, EX100, M20, M40 TS

TRANE Europe TRANE RCM - Module, Serial Comm Link TR

TRANE USA Tracker panel ver. 6.2 TRK

Unitronics Minicon, PCOM-NET protocol UX

Uticor Technology Director 6001 PLC through RS232 U6

VAF VAF flow control unit VF

VG Gas Systems VG Gas Analysis Prima600 spectrometer VG

VIPA SIEMENS CP486 connection VI

VIPA SIEMENS CP386 connection VP

Vision Systems Inter-Equipment Communication Protocol AMX

Visonetix Spider alert communication protocol SPA

Visonic RS 232 ASCII communication protocol VS

Visonic VXS-100 controllers communication protocol VSA

Weber Datapond 85-SWW, weighing system DD

WeidMuller MODULINK I/O NETWORK of WeidMuller ML

Westinghouse NUMA_LOGIC family, Westnet II Highway WN

Westinghouse IQ DATA+,IQ 500,IQ 1000,DIGITRIP IQ

Westinghouse MAC 4500 MC

Westinghouse NUMA-LOGIC family WH

WIT Concept Protocol TRS II, Serial and Multi Modem version WIT

WIT Concept Protocol TRS II WT

Yokogawa Single Loop Controller, YS100 series Y6

Yokogawa Multidrop RS485, 3760, 4082 recorder Y4

Yokogawa Factory Ace FA-M3, Ethernet TCP/IP YF

Yokogawa 3760, 4082 chart recorder Y2

Yokogawa HR2500 hybrid recorder Y3

Yokogawa æRS 1000/1800 Chart rec,Models 4370 Y7

Yokogawa 3081, 4081 chart recorder YK

YORK International YORK chiller family (TRANSLATOR) YO


Consulting services Support services Headquartered in the United States, Axeda Systems also has offices in Europe and Asia. All R&D work for the SCADA product line (Axeda Supervisor suite incl. Wizcon) is conducted in Lyon. In addition, a network of authorized distributors in over 40 countries handles marketing, sales, technical support, training and consulting services locally. Axeda’s products are adapted to each country’s specific local requirements and are available in more than 10 languages including French, English, German, Italian, Spanish, Polish, Japanese, Chinese, Russian and others. Enhanced technical support Technical support for all Axeda products is provided by Axeda Systems’ worldwide offices and distributors by phone, fax, email and Internet. From pre-sales support to post-sales service, Axeda’s engineers respond quickly to any question, request or problem that requires immediate attention in connection with installation, configuration or programming. If necessary, an engineer will even travel to the user’s site. Workshops and intensive training classes Axeda Systems offers complete training courses and workshops for each of its products. These courses are conducted at Axeda's training centers, located at its regional headquarters, or on site. Experienced and specially trained personnel with a wide variety of skills provide all the training users need to build an application once they are back at their plant. With the help of clearly-written manuals, hands-on experience and laboratory exercises, users acquire the knowledge and skills needed to reduce application development time and product time-to-market. Consulting services To ensure the project’s success, Axeda Systems offers comprehensive, value-added consulting services. Our highly-skilled, seasoned consultants, all top-notch engineers, are available to provide support either remotely (by becoming part of the development team) or at the customer’s site (to enable fast prototyping of applications). By partnering with these specialists, users can more effectively integrate these new technologies into their new applications.


Documents

Axeda Supervisor 9.0 Product Summary EN v2.32support.wizcon.com/Data/Wizcon Supervisor/Versions... · Axeda Supervisor - Product Summary - p. 2 Table of Contents AXEDA SUPERVISOR