Best Practices for Designing User-Friendly Interfaces on 2711R PanelView 800 HMI

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Best Practices for Designing User

There are a few best practices you may apply when creating user-friendly interfaces for the Rockwell Automation 2711R PanelView 800 HMI (Human Machine Interface). Think about the following suggestions:

1. Understand the Users:

Begin with comprehending the target audience’s particular requirements and expectations. Take into account things like their level of experience, the jobs they must complete, and any limitations they may have. Your ability to build an interface that meets their needs will be aided by this understanding. 

  • User Research: To determine the HMI interface’s target audience, do in-depth user research. Recognise their obligations and responsibilities in relation to the PanelView 800 HMI-controlled or -monitored system. Gather data on each person’s age, technical skill level, and any demands or limitations they may have.

Rockwell Automation 2711R PanelView 800 HMI

2. Consistent Layout:

Keep the layout uniform both between and within screens. To lessen cognitive strain and create familiarity, put related things in the same places. To keep alignment and balance, use a grid-based layout technique. 

  • User Research: To determine the HMI interface’s target audience, do in-depth user research. Recognise their obligations and responsibilities in relation to the PanelView 800 HMI-controlled or -monitored system. Gather data on each person’s age, technical skill level, and any demands or limitations they may have.

3. Clear Navigation:

Make sure that switching between panels and functions is simple and intuitive. For screen names and button labels, be descriptive. Include menus or navigation buttons to let people navigate the UI easily.

4. Prioritize Information:

Put the most important information on display. Use tactics for creating a visual hierarchy, such as size, color, and contrast, to direct users’ attention to key components. Do not overburden the interface with information or components that are not necessary.

  • Identify Key Information: Identify the most important information that users must be able to access and comprehend on each HMI screen. Real-time data, alarms, status messages, and any other information pertinent to the system under observation or control may be included in this.

Allen Bradley 2711R-T7T PanelView 800 7-Inch HMI Terminal

5. Use Meaningful Icons:

Use symbols that are symbolic of their particular functions and are clearly recognisable. To avoid confusing consumers, don’t utilise icons that are unclear or abstract. Always use text labels with icons to increase clarity. 

  • Clear and Intuitive Representation: Choose icons that are reflective of the respective functions or actions and are clearly recognisable. Users’ mental models and expectations should be in line with the icon’s shape, colour, and symbolism. Icons that are unclear or abstract should not be used.

6. Consistent and Intuitive Controls:

Choose and create controls that are simple to use and familiar to the users. To minimize the learning curve, if possible, use standard UI controls. Make sure that all of the controls respond predictably and consistently. 

  • Standard UI Controls: Use controls on the user interface that are familiar to them. These consist of text input fields, sliders, drop-down menus, checkboxes, radio buttons, and buttons. The learning curve is shortened and it is simpler for users to comprehend how to interact with the interface when standard controls are used.
  • Clear Labels: Label controls with clear and succinct wording that describes their function or purpose. Make sure the labels are simple to read and comprehend. Avoid employing unclear terminology or technical jargon.

7. Feedback and Confirmation:

To show users that your actions are being taken note of their input visually. For instance, alter a button’s appearance when it is pressed. To avoid unintentional inputs, use confirmation dialogues when performing important activities. 

  • Visual Feedback: Allow for visual signals to recognise user actions. For instance, alter a button’s appearance when it is pressed to show that it has been activated. Give consumers immediate, visible confirmation of their interactions by using visual feedback, such as highlighting or motion.

8. Readability:

Pay close attention to the font and make sure the interface’s text is readable. Use suitable font sizes, spacing, and background and text contrast. Don’t unnecessarily decorate or complicate your typefaces. 

  • Font Selection: Pick a font for the HMI’s display that is readable and legible. Due of their clarity, sans-serif typefaces like Arial or Helvetica are frequently employed for digital interfaces. Make sure the font you choose can handle the numerous character sets and unique symbols needed for the application.

9. Error Handling:

Create error messages that are understandable, succinct, and educational. Give people clear instructions so they can fix mistakes. Utilise plain words instead of technical jargon. 

  • Clear and Descriptive Messages: Display error messages that are easy to understand and give consumers useful information to remedy the problem. Avoid technical jargon and speak in clear English. To help users with troubleshooting, provide precise information, such as error numbers or descriptions of the impact of the error.

10. User Testing:

To verify the interface design, do usability testing with a representative group of users. Obtain user feedback and, using their observations and insights, implement the necessary modifications. 

  • Define Test Objectives: The aims and objectives of your user testing should be specified in detail. Decide which specific features of the user interface, such as navigation, task completion, error management, or overall user pleasure, you wish to assess or validate.
  • Recruit Representative Users: Choose a group of users who closely resemble the HMI interface’s target market. Take into account their backgrounds, skill sets, and duties in relation to the system the PanelView 800 HMI will be monitoring or controlling. Aim for a diverse user base to get a range of viewpoints.

In conclusion, designing user-friendly interfaces for the Rockwell Automation 2711R PanelView 800 HMI entails understanding the needs of the users, upholding a consistent layout, supplying clear navigation, prioritising information, using meaningful icons, ensuring intuitive controls, ensuring feedback and confirmation, offering feedback and confirmation, optimising readability, implementing effective error handling, and conducting user testing.

Asteam Techno Solutions Pvt. Ltd. is a leading and preferred solution provider for all kind of Industrial Automation requirements in the field of Process and Power Automation. Established in 2017, Asteam Techno Solutions is an ISO 9001: 2015 certified company, having its Design, Manufacturing & Repair facility located in Surat, Gujarat, India and provides total integration under one roof.