The High Performance HMI Handbook: A Comprehens...
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No matter how automated a manufacturing process may be, there is still a need for an operator to monitor it, control it, and, at times, intervene to resolve problems. The HMI is a tool that helps to maintain safety and improve productivity in all kinds of industrial facilities. By conveying important information effectively, a high-performance HMI can aid operators in quickly assessing what needs to be done.
The most important goals to focus on for optimizing the HMI are to turn data into useful information and to draw attention to the information that is most important for the operator to see. You should use analog displays to put data into context. Use embedded trends that show where data is heading. Use color, position, isolation, and size to emphasize important information. Set up a navigation hierarchy that provides progressive levels of detail. Look at high-performance HMI examples to learn more about building HMIs. By applying these best practices, the operator will be well-equipped to keep the plant running as safely, securely, and efficiently as possible.
Poorly performing HMIs have been cited as significant contributing factors to major accidents. The principles for designing proper process graphics are now available. A high performance HMI (HPHMI) has many advantages, including improved operator situation awareness and process surveillance, better abnormal situation detection and response, and reduced training time for new operators. Many industrial companies have graphic improvement efforts underway.
Our sophisticated control systems are currently operated via ineffective and problematic HMIs, designed without adequate knowledge. Operator performance can be greatly enhanced by HMIs reflecting proper principles. A high performance HMI is practical, achievable, and affordable.
In ABB Ability System 800xA, the user per default has the choice of using graphic elements or faceplates in a classic or high performance style. High Performance HMI expands the capabilities of traditional HMIs of distributed control systems in many aspects. It reduces risks of human errors and decreases operatorrelated incidents by improving situation awareness and leading to a better handling of abnormal conditions. Using High Performance HMI can help operators to make better decisions and by doing so improve process safety and process uptime. Some of the main factors to improve the classic HMI are deliberate color definitions, usage to maximize visibility of abnormal situations and reduced complexity. A new style for alarm indications can be used in faceplates and as graphic elements. Feature Pack 4 introduced the possibility for the operator to use high performance graphics elements, alarm help and web reports, and the 800xA mobility guide.
A good practice is to use embedded trends for key parameters. A high performance trend can be used to display historical data in a graphical manner. This efficiently draws attention to abnormalities and deviations.
With more than two decades of experience in the power and process industries, PAS provides world-class software, services and expertise. Founded in 1993, PAS has deep, real-world understanding of OT environments. We provide solutions with actionable insights for operators, engineers, analysts and decision makers. We incorporate the operational context of safety, reliability, and profitability and understand cyber risk to level zero.Our software works across more than 120 industrial control systems and can be deployed for individual sites or enterprise-wide. We provide multiple integration methods to integrate with software solutions you already have.PAS pioneered the first platform-independent alarm management software and high performance Human-Machine Interface (HMI) in the 1990s. In 1996, PAS introduced the first automation systems configuration management solution, which is deployed at more than 1,400 sites around the world. The Alarm Management Handbook and The High PerformanceHMI Handbook were written by PAS employees and demonstrate our experience and leadership in operational best practices.
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