Vijeo Designer 62 Tutorial

In Vijeo Designer 6.2, "making a report" typically refers to documenting project configurations, such as where variables are used (Cross Reference) or logging runtime data (Data Log Reports). 1. Generating a Variable Cross-Reference Report

This report identifies every object, script, or action where specific variables are used, providing dynamic links to those locations.

Open Variables: Select the Variables node in the Navigator window to display your variables list. Access Reports: Go to the Reports menu in the top toolbar. Select Variable Report: Click on Variables.

Validate: Click Yes when prompted to validate the project to ensure the report data is current.

Configure: In the dialog box, select Cross Reference by Variable Name.

View Results: Click OK. A table will appear listing variables in alphabetical order along with their associated references. 2. Data Logging and CSV Reports (IDS)

For operational reports like batch data or historical logs, Vijeo Designer uses the Intelligent Data Service (IDS).

Configure Logging: Set up a Data Log group within your project to capture variable values over time.

IDS Report Printing: Use this feature to automate the creation of a CSV file from your logged data, which can then be used for external analysis. 3. General Project Configuration Report

To document the entire HMI setup for customers or site acceptance tests:

Project Summary: Access the Reports menu and select Project Report to generate a detailed summary.

Contents: This report typically includes a list of devices, serial numbers, firmware versions, communication architecture, and protection settings. 4. Key Tutorial Milestones for Vijeo Designer 6.2

If you are building a full project report for a tutorial, ensure these core configurations are included: vijeo designer 62 tutorial

Project Creation: Setting up the target HMI model and communication drivers.

Variables: Creating and linking variables (e.g., from Schneider Electric Control Expert or Concept).

Panels & Objects: Designing screens with numeric displays and graphical objects.

Alarms & Recipes: Configuring alarm management and recipe databases.

Simulation: Testing the application using the built-in simulator before downloading to hardware.

How to create and save data logging from IDS Report Printing feature

Getting Started with Vijeo Designer 6.2: A Step-by-Step Guide Vijeo Designer 6.2

is the classic configuration software used to create human-machine interface (HMI) applications for Schneider Electric’s Magelis (now Harmony) terminals. Whether you are a student or a controls engineer, mastering this software is essential for industrial automation. 1. Creating Your First Project Launch Vijeo Designer and select "Create New Project." Project Name: Give your project a clear, descriptive name. Target Selection:

Choose the specific model of your HMI (e.g., Harmony GTO, GTU, or STU). Ensure the model matches your physical hardware to avoid communication errors later. 2. Configuring Communication

Before placing buttons, the HMI needs to know where to get its data. I/O Manager: Right-click the I/O Manager in the Navigator pane. Add Driver: Select the protocol for your PLC (e.g., Modbus TCP/IP for Ethernet or Schneider Electric - SoMachine Network for M221/M241 PLCs). IP Address:

Set the IP address of your PLC so the HMI knows its "partner" on the network. 3. Defining Variables (Variables Editor)

Variables act as the bridge between your PLC memory and the HMI screen. Variables Editor In Vijeo Designer 6

Create a new variable, select the Data Type (Integer, BOOL, etc.), and link it to the correct PLC address (e.g.,

If you are using EcoStruxure Machine Expert, you can often export your variable list and import it directly into Vijeo Designer to save time. 4. Designing the User Interface This is where you build the "look and feel." Graphics Sidebar: Drag and drop objects like Data Displays onto the canvas. Animations:

Double-click an object to link it to a variable. For example, link a "Pilot Light" to a boolean variable so it turns green when a motor is running. Toolchest:

Use the pre-built library in the Toolchest for high-quality industrial icons and buttons. 5. Simulation and Download Always test your logic before going to the factory floor. Build -> Build All to check for configuration errors. Simulation: Simulation mode

(Ctrl+F5) to test your screens on your PC without needing the physical HMI.

Once satisfied, connect your PC to the HMI via USB or Ethernet and select Target -> Download to Target in Vijeo Designer 6.2?

Vijeo Designer 6.2 is Schneider Electric's flagship software for configuring Magelis HMI

(Human Machine Interface) panels. This guide covers the essential workflow to get a basic project up and running. 🚀 Getting Started with Vijeo Designer 6.2

To begin a project, you must first define your hardware and communication protocols. Launch Vijeo Manager : Right-click on the manager and select New Project Project Wizard : Follow the prompts to name your project and select your Target HMI Model (e.g., Magelis GTO or GTU series). IO Manager : Define how the HMI talks to your PLC. Right-click IO Manager and select New Driver Choose your protocol (e.g., Modbus TCP/IP Schneider Electric Unitelway IP Address of your PLC in the driver configuration. 🏗️ Building Your Application

Once the hardware is set, you can begin creating the interface and logic. 1. Variables (Tags) Variables are the bridge between the HMI and the PLC. External Variables : Map these to specific PLC addresses (e.g., Internal Variables

: Used for HMI-only logic, like screen navigation or local calculations. Data Types : Supports 2. Creating Panels Panels are the "screens" users interact with. Right-click in the Project Explorer to add a new screen.

to drag and drop pre-made objects like motors, tanks, and pumps. Numeric Displays : Add these to show real-time data from the PLC. 3. Animations & Interactivity To make your HMI dynamic, use Animations Color Animation Part 2: The IO Manager – Talking to

: Change the color of a motor symbol based on a variable (e.g., Green = Run, Red = Fault). Visibility

: Show or hide objects based on user access levels or machine state. Touch Actions : Assign actions to buttons, such as Switch Panel Set Variable Script Action 🛠️ Advanced Features 📋 Alarm & Recipe Management : Create an Event Group

to monitor critical variables. When a variable exceeds a limit, an alarm is triggered and displayed on an Alarm Summary

: Allow operators to save and load sets of parameters (e.g., temperature and speed for different products). 🔄 Placeholders & Reuse For large projects, use Placeholders

to create a single "template" object. You can then reuse this object for multiple motors or valves by simply changing the linked variable, saving hours of manual design. 🧪 Simulation and Download Never download to a live machine without testing first. Simulation Build -> Simulate

command. This launches a virtual HMI on your PC to test logic without hardware. Validation

: Ensure your variables are reading correctly (e.g., force a value in your PLC software and check if the HMI displays it). : Connect via Ethernet or USB and select Build -> Download to Target 📂 Common Storage Locations

If you need to find your project files manually, they are typically hidden here: C:\Users\Public\Documents\Vijeo-Designer\Vijeo-Manager for custom logic Modbus TCP communication step-by-step for remote HMI access via a browser Creating a Vijeo Designer Placeholder | Schneider Electric

Part 2: The IO Manager – Talking to the PLC

An HMI is useless without data. Vijeo Designer 6.2 shines with its native Schneider drivers.

4. Common Pitfalls (and How Tutorials Often Miss Them)

| Pitfall | How to solve | |--------|---------------| | Tags not updating | Check “Read/Write” type; verify PLC address format (%MW0 vs 40001). | | Alarm buffer full | Enable cyclic overwrite or auto‑export to USB. | | Recipe save fails | Ensure HMI storage has free space; use RecipeSave() with correct file path. | | Trend shows nothing | Confirm logging period is shorter than simulation run time. |

4. Tags / Variables

1. Open Tag Editor (Project → Variables/Tags).
2. Create tags: name, data type (Bool, Integer, Real/Float, String), address, read/write permissions, initial value, and scaling if needed.
3. Organize tags into logical groups for screens or functions.
4. Use offsets and arrays for sequential addresses; avoid duplicated addresses.

Troubleshooting Common Issues

| Problem | Likely Cause | Solution | |---------|--------------|----------| | Simulator shows "#####" | Numeric field too small | Widen the Numeric Display object | | Buttons do nothing | Variable type mismatch | Ensure Motor_Start_Stop is Read/Write, Bool | | Script error | Variable name typo | Check case: Motor_Running vs motor_running | | Cannot download | Wrong IP or cable | Use USB download for first test | | Lamp doesn't change | Variable address wrong | Test with Internal variable first |