Uniop exor designer 6
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How to Use Uniop Exor Designer 6 to Create Stunning HMI Applications
Uniop Exor Designer 6 is a software tool that allows you to design and develop graphical user interfaces for Uniop HMI panels. With Designer 6, you can create dynamic and interactive applications that connect to your plant-floor devices using a wide range of communication protocols. Whether you need a simple display or a complex dashboard, Designer 6 can help you achieve your goals.
In this article, we will show you how to use Designer 6 to create a simple HMI application that monitors and controls a temperature sensor and a heater. We will also show you how to test and download your application to a Uniop HMI panel.
Step 1: Create a New Project
To start a new project in Designer 6, open the software and click on File > New Project. You will see a dialog box where you can enter the project name, description, and location. You can also choose the target HMI panel model and resolution from the drop-down menus. For this example, we will use an eTOP05 panel with a resolution of 320x240 pixels. Click OK to create the project.
Step 2: Add Pages and Objects
A project in Designer 6 consists of one or more pages that contain graphical objects. You can add pages by clicking on the Page menu and selecting New Page. You can rename the pages by double-clicking on their names in the Project Explorer window. You can also set the background color and image of each page by right-clicking on them and choosing Properties.
To add objects to a page, you can use the Toolbox window that contains various categories of objects, such as buttons, lamps, gauges, graphs, etc. You can drag and drop the objects from the Toolbox to the page and resize and position them as you like. You can also change their properties by right-clicking on them and choosing Properties.
For this example, we will create two pages: one for monitoring the temperature sensor and one for controlling the heater. On the first page, we will add a text object that displays the current temperature value, a gauge object that shows the temperature level, and a button object that switches to the second page. On the second page, we will add a text object that displays the heater status (on or off), a lamp object that indicates the heater state (red or green), and a button object that toggles the heater state. We will also add another button object that switches back to the first page.
Step 3: Define Tags and Variables
To communicate with your plant-floor devices, you need to define tags and variables in Designer 6. Tags are symbolic names that represent data points in your devices, such as inputs, outputs, registers, etc. Variables are internal memory locations that store data values in your HMI panel.
You can define tags and variables by clicking on the Tag menu and selecting Tag Editor. You will see a table where you can enter the tag name, type, address, format, description, etc. You can also import tags from external files or export tags to external files.
For this example, we will define two tags: one for reading the temperature value from the sensor (Temp) and one for writing the heater state to the heater (Heat). We will also define two variables: one for storing the current page number (Page) and one for storing the heater status (Status).
Step 4: Assign Actions and Expressions
To make your HMI application interactive and dynamic, you need to assign actions and expressions to your objects in Designer 6. Actions are commands that execute when an event occurs on an object, such as pressing a button or changing a value. Expressions are formulas that calculate or manipulate data values based on tags or variables.
You can assign actions and expressions by right-clicking on an object and choosing Actions or Expressions. You will see a dialog box where you can select an event type (such as On Press or On Change) and enter an action or expression code using a simple scripting language.
For this example, we will assign actions and expressions to our objects as follows:
- The text object on the first page will have an expression that displays the value of Temp tag formatted as "Temp: #.# ° dfd1c89656