Vijeo Designer 62 Tutorial -

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

: 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

To begin a new HMI application, follow these steps in the Vijeo Manager:

Create Project: Right-click in the navigator and select Create New Project.

Define Target: Select the specific HMI model range (e.g., Harmony GTO, GTU, or STU).

Communication Driver: Add a driver to connect with your PLC (e.g., Modbus TCP/IP or Schneider Electric Machine Expert Pack). 2. Variable Management Variables (tags) are the link between your HMI and the PLC:

Manual Creation: Right-click the Variables section in the Navigator to add new digital, integer, or real tags.

Importing: You can link variables directly from PLC software like Concept by exporting them as a .CCN file and using the Link Variables option.

Dynamic Messages: Use specific syntax like within text resources to display live data in event messages. 3. Designing the Interface (Panels) The visual application is built using two types of panels:

Getting started with Schneider Electric’s Vijeo Designer 6.2 is a key step for anyone working with Magelis (now Harmony) HMI panels. This software is the standard for designing, configuring, and deploying operator interfaces in industrial automation.

Below is a foundational tutorial to help you navigate your first project, from setup to deployment. 1. Creating Your First Project

When you launch Vijeo Designer 6.2, the easiest way to start is through the Project Wizard:

New Project: Give your project a clear name (avoid special characters).

Target Selection: Choose your specific HMI model. If you are using entry-level hardware, note that Schneider Electric explains that Vijeo Designer Basic is a separate, simplified version meant for specific models like the HMIGXU series.

Network Configuration: Set up your IP address if you're using Ethernet to communicate with your PLC. 2. Configuring Communication (I/O Manager)

Before drawing buttons, your HMI needs to know who to talk to: In the Navigator pane, right-click I/O Manager.

Select the driver matching your PLC (e.g., Modbus TCP/IP or Schneider Electric SoMachine Network).

Add a New Equipment under the driver and enter the PLC’s IP address. 3. Designing the Interface The central workspace is where you build your screens:

Toolchest: This is your library of pre-built objects like buttons, lamps, and numeric displays. Drag and drop these onto your screen.

Variables (Tags): Every object needs a variable. You can create local variables (HMI only) or external variables that link directly to PLC memory addresses.

Animations: Double-click any object to set up "Touch" actions (to change a value) or "Color" animations (to reflect a machine state). 4. Project Management: Uploads and Downloads

Once your design is ready, you need to move it to the hardware.

Download: Sends your project from the PC to the HMI. Ensure your connection (USB or Ethernet) is active.

Upload: If you need to retrieve a project from a physical HMI, you can use the Upload Editor Project feature found in the project menu.

File Locations: If you need to back up your work manually, Vijeo Designer typically stores projects deep within the C:\Users\Public\Public Documents\Vijeo-Designer folder path.

To see the step-by-step process of retrieving or sending programs to your HMI hardware: vijeo designer 62 tutorial

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

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: Vijeo Designer 6

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?

Title: A Step-by-Step Guide to Vijeo Designer 6.2: A Tutorial

Introduction: Vijeo Designer 6.2 is a powerful Human-Machine Interface (HMI) software used for designing and implementing operator interfaces for industrial automation systems. Developed by Schneider Electric, Vijeo Designer 6.2 offers a wide range of features and tools to create intuitive and user-friendly interfaces for various industrial applications. This tutorial aims to provide a comprehensive guide to getting started with Vijeo Designer 6.2, covering its key features, and a step-by-step approach to designing a basic HMI project.

Software Overview: Vijeo Designer 6.2 is a Windows-based software that allows users to design, configure, and test HMIs for various devices, including PLCs, variable frequency drives, and other automation devices. The software provides a range of tools and features, including:

• Graphical editor for designing HMI screens
• Library of pre-built widgets and objects
• Support for various communication protocols
• Data management and trending tools
• Security features for user authentication and access control

Tutorial Objectives: By the end of this tutorial, you will be able to:

1. Install and launch Vijeo Designer 6.2
2. Create a new HMI project
3. Design a basic HMI screen
4. Configure communication with a PLC device
5. Add widgets and objects to the HMI screen
6. Test and debug the HMI project

Step 1: Installing and Launching Vijeo Designer 6.2 To get started, download and install Vijeo Designer 6.2 from the Schneider Electric website. Follow the installation instructions to complete the installation process. Once installed, launch Vijeo Designer 6.2 by double-clicking on the desktop icon or by searching for it in the Start menu.

Step 2: Creating a New HMI Project To create a new HMI project, follow these steps:

1. Launch Vijeo Designer 6.2 and click on "File" > "New Project"
2. Select the project type (e.g., PLC, HMI, etc.)
3. Choose the device type and communication protocol
4. Set the project name, location, and other parameters
5. Click "OK" to create the project

Step 3: Designing a Basic HMI Screen To design a basic HMI screen, follow these steps:

1. In the project tree, right-click on "Screens" and select "New Screen"
2. Choose a screen template or start from a blank screen
3. Drag and drop widgets and objects from the library to the screen
4. Configure the widget properties (e.g., text, color, etc.)
5. Save the screen

Step 4: Configuring Communication with a PLC Device To configure communication with a PLC device, follow these steps:

1. In the project tree, right-click on "Devices" and select "New Device"
2. Select the device type and communication protocol
3. Configure the device parameters (e.g., IP address, port, etc.)
4. Save the device configuration

Step 5: Adding Widgets and Objects to the HMI Screen To add widgets and objects to the HMI screen, follow these steps:

1. In the project tree, right-click on "Widgets" and select "New Widget"
2. Choose a widget type (e.g., button, text, etc.)
3. Drag and drop the widget to the screen
4. Configure the widget properties (e.g., text, color, etc.)
5. Save the widget

Step 6: Testing and Debugging the HMI Project To test and debug the HMI project, follow these steps:

1. Connect to the PLC device
2. Download the project to the device
3. Test the HMI screens and widgets
4. Debug any issues that arise

Conclusion: In this tutorial, we have provided a step-by-step guide to getting started with Vijeo Designer 6.2. We have covered the software overview, tutorial objectives, and a basic HMI project design. By following this tutorial, you should be able to create a basic HMI project and understand the key features and tools of Vijeo Designer 6.2.

References:

• Schneider Electric. (2022). Vijeo Designer 6.2 User Manual.
• Schneider Electric. (2022). Vijeo Designer 6.2 Installation Guide.

You're looking for a tutorial on Vijeo Designer 6.2!

Vijeo Designer is a software tool used for designing and configuring human-machine interfaces (HMIs) for industrial automation applications. Here are some resources that might help:

Official Tutorials:

1. Schneider Electric's Official Website: You can visit Schneider Electric's official website and search for "Vijeo Designer 6.2 tutorial" or "Vijeo Designer tutorial". They might have some official tutorials, user manuals, or guides available for download.
2. Schneider Electric's YouTube Channel: Schneider Electric has an official YouTube channel where they publish various tutorials, including Vijeo Designer tutorials.

Online Courses and Tutorials:

1. Pluralsight: Pluralsight has a course on "Vijeo Designer 6.2" that covers the basics of designing and configuring HMIs.
2. Udemy: Udemy has a course on "Vijeo Designer 6.2 - HMI Design and Configuration" that covers the fundamentals of Vijeo Designer.
3. Industrial Automation Training: This website offers a tutorial on Vijeo Designer 6.2, covering topics like project creation, screen design, and alarm management.

PDF Guides and Manuals:

1. Vijeo Designer 6.2 User Manual: You can search for the user manual online, which usually includes tutorials and step-by-step guides.
2. Vijeo Designer 6.2 Getting Started Guide: This guide provides an introduction to the software and its features.

Communities and Forums:

1. Schneider Electric's Community Forum: You can join Schneider Electric's community forum and ask questions or search for discussions related to Vijeo Designer 6.2.
2. Reddit: r/IndustrialAutomation and r/ControlSystems might have some users who are familiar with Vijeo Designer and can provide guidance.

Remember to always follow proper safety procedures and guidelines when working with industrial automation systems.

Getting Started with Vijeo Designer 6.2: A Beginner's Tutorial

Vijeo Designer 6.2 remains a cornerstone software for configuring Schneider Electric’s Magelis (now Harmony) HMI terminals. Whether you are automating a factory floor or managing a simple machine interface, mastering this tool is essential for efficient operator control.

This guide provides a structured walkthrough to help you go from a blank project to a functional HMI screen. 1. Project Creation and Terminal Setup

The first step is defining your hardware. Vijeo Designer needs to know exactly what screen you are using to provide the correct resolution and communication drivers. Launch the Wizard : Open Vijeo Designer and select "Create New Project." Identify Your Hardware : Choose your specific model from the Harmony (Magelis) GTO, GTU, or STU Configure IP Settings

: Under the "Network" tab, assign a static IP address to your terminal. This ensures your PLC and PC can consistently find the HMI on the factory network. 2. Establishing PLC Communication

Your HMI is only as smart as the data it receives. You must create a bridge between the software and your controller. Add an I/O Manager : Right-click on "I/O Manager" in the Navigator pane. Select Driver : For modern Schneider PLCs (like the M241 or M251), select Modbus TCP/IP SoMachine Network Define Equipment

: Add a "New Equipment" entry under the driver and enter the IP address of your PLC. 3. Variable (Tag) Management

Variables are the data points shared between the PLC and HMI (e.g., Start_Button, Motor_Speed, or Tank_Level). External Variables : These link directly to PLC addresses (%M or %MW). Internal Variables

: These exist only within the HMI for local logic or navigation. Variable Import

feature to pull your tag list directly from EcoStruxure Machine Expert to save time and reduce addressing errors. 4. Designing the User Interface

This is where you build the screens the operators will interact with. Static Elements

: Use the drawing toolbar for shapes, lines, and text labels that don't change. Switches and Lamps

: Drag a "Switch" onto the panel to toggle a bit. Assign it a variable (e.g., ) and choose a "Toggle" or "Momentary" operation. Data Displays

: Use "Numeric Display" for viewing variables like temperature or RPM. Use "Numeric Input" if you want the operator to change a setpoint. 5. Using the Toolchest Don't reinvent the wheel. The is a library of pre-made industrial graphics. Industrial Graphics

: Find high-quality icons for pumps, valves, tanks, and fans. Animations System Requirements Before you begin, ensure your PC

: Right-click a graphic to add "Visibility" or "Color" animations. For example, make a pump turn green when the Pump_Running variable is True. 6. Simulation and Download

Before sending your project to the physical hardware, use the built-in simulator. Simulation

to launch the runtime simulator. You can manually toggle variables to see if your animations and navigation work correctly. Build and Download

: Once satisfied, click "Build All." Connect your PC to the HMI via Ethernet or USB and select "Download to Terminal." Summary Checklist Correct terminal model selected? PLC IP address and protocol configured? Variables linked to the correct PLC addresses? Navigation buttons added to reach every screen? or how to set up Data Logging recipes for this version?

Complete Guide to Vijeo Designer 6.2: From Installation to HMI Deployment

Vijeo Designer 6.2 remains a cornerstone for engineers developing Human Machine Interface (HMI) applications for Schneider Electric’s Harmony (formerly Magelis) range. Whether you are a beginner or looking to upgrade from version 6.1, this guide covers everything from the initial setup to advanced project features. 1. Installation and License Modes

Before you begin, ensure your system meets the requirements for Windows 7, 8, or 10. You can install the software in three distinct modes:

Limited Edition: Allows full configuration but restricts downloads to only the HMISTO and HMISTU series. To activate this, leave the Reference and Serial Number fields blank during installation.

Trial Mode: Provides 21 to 42 days of unrestricted access to all features and HMI types.

Fully Licensed: Requires a purchased Activation ID, which you enter in the HMI License Manager after installation. 2. Getting Started: Creating Your First Project

Launching a project follows a structured workflow designed to minimize configuration errors.

Project Initialization: Open Vijeo Designer and select New Project from the File menu or Navigator pane.

Define the Target: Specify the HMI model (e.g., Magelis GTO, GTU, or iPC).

Communication Setup: If linking to a PLC, configure the IP address or serial driver. Vijeo Designer 6.2 supports multi-PLC connectivity, allowing one HMI to communicate with devices from Schneider, Siemens, Omron, and Mitsubishi simultaneously.

Interface Overview: Use the Navigator to manage project elements and the Toolchest to drag and drop pre-made graphical objects and scripts. 3. Core Development Tasks Variable Management

Variables (tags) are the bridge between your HMI and the PLC.

Creating Variables: Right-click the variable section to add internal or external tags.

Linking to PLCs: You can import variables directly from Schneider software like Concept by exporting them as a .TXT file and renaming the extension to .CCN.

Addressing: For Modbus or IEC syntax, you can use direct addressing like %MF10 instead of traditional offset addressing. Vijeo Designer | PLCtalk - Interactive Q & A

Vijeo Designer 6.2 is a configuration software used to create dynamic operator interface (HMI) screens for Schneider Electric’s Magelis/Harmony panels. This tutorial outlines the core steps to develop an HMI project, from initial setup to downloading the application to your hardware. 1. Create a New Project

Start by defining your hardware and communication protocols.

Launch the Wizard: Open Vijeo Designer and select Create New Project. Project Info: Give your project a name and description.

Select Target: Choose your specific HMI model (e.g., HMIGTO, HMISTU) from the list.

Network Configuration: Set up your communication driver (e.g., Modbus TCP/IP or Unitelway) to define how the HMI talks to your PLC. 2. Define Variables (Variables Tab)

Variables act as the bridge between your PLC registers and the HMI screen.

Variable Types: Create External Variables for PLC addresses (like %MW100) and Internal Variables for local HMI functions like page navigation.

Naming: Use clear names (e.g., Motor_Start_PB or Tank_Level_Scaled).

Data Types: Assign the correct type, such as BOOL for switches or INT/REAL for numerical values. 3. Design the Graphical Interface

This is where you build the "dynamic screens" that operators see.

Draw Objects: Use the tool palette to place switches, lamps, and data displays.

Animations: Link these objects to your variables. For example, a "Lamp" object can change color from gray to green based on the state of a Motor_Status variable.

Navigation: Create multiple screens (e.g., Home, Alarms, Settings) and use Switch objects to navigate between them. 4. Advanced Features To make your HMI more functional, you can incorporate:

Alarms: Configure thresholds to trigger alerts when variables go out of range.

Logging/Trends: Create real-time or historical graphs to track values like temperature over time.

Recipes: Save sets of parameters (e.g., "Product A" vs "Product B" settings) that can be sent to the PLC at once. 5. Build and Download

Once your design is complete, you must transfer it to the HMI hardware.

Validation: Go to the Build menu and select Build All. This checks for errors in your variables or links.

Transfer: Click Download to Target. You can connect via USB, Serial, or Ethernet. Ensure your PC's IP address matches the HMI's subnet if using Ethernet.

Watch this guide to see how to properly upload and download project files between your PC and the HMI hardware: