【Daily Question 20090314】Which HMI monitoring software currently uses a client/server architecture, and what are its characteristics?

The HMI monitoring software solution, InTouch 10.0 HMI software, is a solution for enterprise-wide visualization and HMI applications. Utilizing breakthrough technologies, impressive graphics capabilities, and Wonderware’s exceptionally user-friendly integrated functions, InTouch 10.0 software brings a remarkable user experience to your screen. Wonderware’s award-winning InTouch® HMI software continues to lead the competition. With intuitive user interaction, intelligent real-time functionality, and seamless integration with the Wonderware® System Platform 3.0, you will enjoy exceptional investment protection. The InTouch software is an open and scalable HMI with advanced drawing capabilities, providing unparalleled power and flexibility for application design. The InTouch software provides the widest range of connectivity to industrial automation devices. Whether you are an engineer or operator, an end user or system integrator, an OEM or VAR, Wonderware InTouch software provides you with the breakthrough features you need. Now, you can achieve your own breakthrough improvements in running productivity and engineering productivity. Powerful, cutting-edge, and easy to use, Wonderware’s InTouch 10.0 software – the world’s most popular HMI – is used in over one-third of factories around the globe, and is actually present in every industry and sector. The InTouch 10.0 software boasts numerous features and capabilities that enhance its performance, including: vivid, resolution-independent ArchestrA® graphics functionality that meets the requirements for realism, clarity, and visibility; a versatile and user-friendly multi-user development and editing environment suitable for collaborative engineering efforts and productivity improvement; powerful and fully integrated ArchestrA graphics symbols with built-in scripting and connectivity functions, which help reduce engineering workload through reusability and standardization; as well as unparalleled power and flexibility, along with comprehensive scripting and graphic animation features. InTouch 10.0 software enables software engineers, non-programmers, and beginners to quickly customize application functions. With full control provided by Wonderware Development Studio, it offers a single, consistent environment for the centralized management and remote, on-demand deployment of HMI applications. This also includes new Wonderware compact panels. The Wonderware system platform delivers unparalleled scalability, allowing expansion from simple single-node HMIs to enterprise-wide monitoring solutions. There is a comprehensive library of pre-built, impressive graphics symbols and panels. Built-in features enable consistent handling and visualization of data quality. It is fully compatible with existing InTouch software applications. Its visualization capabilities are clear, accurate, and eye-catching, while also **increasing the amount of information available. Wonderware’s InTouch software boosts engineers’ productivity and creativity when building attractive, intuitive, secure, reliable, and maintainable HMI, SCADA, and MES applications, while reducing application development costs.

NCS-Viewer HMI Monitoring and Configuration Software I. Main Features: · Network-based distributed system architecture · Full compliance with OPC standards, including the latest OPC alarm/event specifications · Visual integrated development environment with built-in VB Script language · Compatibility with third-party ActiveX controls · Robust historical data management capability, with support for various database systems · Includes ActiveX controls for industrial control instruments · Rich industrial diagram library, comprising dozens of categories and over 2,000 elements · Support for Windows CE · Powerful and user-friendly report design tools · Reliable security mechanisms to ensure safe system operation II. Comprehensive Functions: · Support for VB Script language, enabling users to write their own programs and create flexible and complex applications · Advanced graphic functions. Simple basic shapes as well as complex 3D animations can be drawn in a WYSIWYG manner. With a wealth of industrial elements, instrument controls, and data animation mechanisms, users can easily develop efficient and realistic monitoring interfaces. It is compatible with the OPC standard, supporting data servers and alarm/event servers of versions 1.0 and 2.0, and allows for the custom development of OPC drivers for various devices. It features comprehensive alarm functions, including alarm detection, confirmation, browsing, sorting, filtering, and recording. It also has a powerful historical data management system with an embedded real-time database, enabling the customization of real-time and historical trends, as well as providing efficient data querying, statistical analysis, and reporting capabilities. Enhanced WEB functions allow users to remotely monitor the production process via a browser

Force Control Citect WinCC IFIX

I’ve heard of WinCC, Force Control, and Citect

Force Control, WinCC, KingView, IFX, Wonderware

Group Taiwang, Likong, IFIX. These are several software programs we use. However, some professionals say that IFIX is outdated.

Among common general-purpose configuration software, 1. Intouch features a typical point-to-point architecture, rather than a client/server (C/S) architecture. Intouch cannot achieve server redundancy. Intouch’s client must be licensed with points. As for Intouch’s relative, IAS adopts a standard C/S architecture. On the IAS platform, the IAS Server controls the scale and number of nodes, while Intouch is only responsible for displaying the interface on the client side, which is called Intouch View. 2. iFix has a stand-alone version and a network version. The online version supports the standard C/S architecture. All Io devices (PLCs, DCS) are connected to the server, which is configured in a redundant manner; all clients are then connected to this server. The server acts as a bridge between the underlying hardware and the clients. iFix remains one of the most classic HMI software solutions. Moreover, iFix remains the software with the best performance for DCS-HMI OEMs. The current problem with iFix is that the so-called infinite-point version of iFix has a power handling capacity of less than 2W. A little more and it can hardly be sustained. The explanation for this is actually quite simple: GE is forcing companies to use the iH system for large-scale projects. More expensive software. iH claims it can handle 10W without any problem. There is actually a simple piece of evidence to support my argument. . . The HMI monitoring for Emerson’s DeltaV is an OEM of iFix. But it can handle tens of thousands of points without any problem. (It also cannot exceed 4W5K points), while the standard version of iFix has issues when supporting over 2W points. 3.WinCC。 WinCC is also a software with a highly flexible architecture, capable of being scaled up or down. It can operate in stand-alone mode, as well as in a network architecture; it supports the C/S architecture without any issues, and it’s also a very classic approach. Moreover, as one of the main components of PCS7, it is generally recommended that when there are more than 8 operation stations, a C/S architecture \"must\" be used. 4.Citect。 Currently, the new versions of Citect are almost all based on a C/S architecture. Its system scale can also support over 100,000 points. In particular, several subway projects have scores of over 100,000. For a project of this scale, you simply have no chance to choose a stand-alone architecture; you must opt for a client/server structure instead. Because the standalone version can hardly support monitoring applications with tens of thousands of points at all. Such a heavy load should be intelligently handed over to the server. 5. The RSView32 for AB is not a client-server architecture; it is a stand-alone version. AB’s RSView SE features a client/server architecture. However, as AB’s HMI software, SE has many issues at the moment; its system licensing calculation is peculiar, as it counts the number of screens rather than the usual number of IO points. It also retains the legacy of Honeywell PlantScape, but it seems that AB is still a bit too immature.