Vijeo Designer 62 Tutorial Exclusive «PROVEN ✯»

Place an object on a dedicated diagnostic screen to show active faults, timestamps, and acknowledgment statuses. Real-Time and Historical Trending

The software supports processing information using Java language scripts. This facilitates complex operations, such as calculating values, automating repetitive tasks, and creating custom logic that goes beyond simple variable linking. You can find examples of Basic script applications and how to edit them in the online manuals. For instance, you can use scripts to set a trigger for a button or to perform certain actions when an alarm occurs.

This tutorial will guide you through creating a simple but functional HMI project: controlling a motor (start/stop) and monitoring its temperature.

In the , right-click Screens and select New Screen . vijeo designer 62 tutorial

Once your simulation is successful, you are ready to build the final runtime application and download it to your HMI panel.

Open the property window of any sensitive button (like "System Setup") and set its requirement to 2 or 3. 7. Scripting in Vijeo Designer

: In the Equipment Browser , right-click "Communication Drivers" and select the protocol for your PLC (e.g., Modbus TCP/IP, UniTE, or DF1 for Allen-Bradley). Place an object on a dedicated diagnostic screen

Vijeo Designer supports three types of scripts:

When built-in animations and functions are not enough, Vijeo Designer allows you to write scripts using a proprietary syntax closely resembling . Script Types: Startup Scripts: Run once when the HMI boots up.

Before running a simulation, click > Validate All . Look at the feedback window at the bottom. Fix any syntax errors, unmapped variables, or overlapping addresses. Once clear, click Build All . Step 2: Using the Built-In Simulator Vijeo Designer 6.2 includes an excellent simulator. Click Build > Start Simulation . A virtual HMI panel will open on your PC. You can find examples of Basic script applications

Schneider Electric’s Vijeo Designer 6.2 is a cross‑platform configuration software for creating Human‑Machine Interface (HMI) applications for the Magelis Harmony range, XBT GT, XBT GK, HMIGTO, HMIGTU and many other industrial panels. The software is no longer sold commercially, but version 6.2 (Service Pack 12) is available as a free download from the Schneider Electric website until December 2027, making it an accessible entry point for many automation projects. This tutorial walks you through the complete workflow, from installation and project creation to designing interactive screens and finally transferring your application to a real HMI panel.

At the heart of every HMI application are – symbolic names that represent memory addresses used for communication with the controller or for internal data storage. To create a variable, click on the Variables node in the Navigator and open the variable editor.