Descripción
Almost every machine needs a user interface. Integrated HMI provides controls and components for designing machine HMI applications. Other functions include unit and language switching as well as adding dynamic features.
Remote lectures are held online. Participants will receive an invitation to the virtual classroom via Microsoft Teams. This may require additional registration on the part of the participants.
Participants need a PC with a web browser, microphone and speakers (e.g. USB headset). A second screen and a webcam are recommended, but not mandatory. A stable Internet connection is required.
Alle Übungen werden auf der Automation Runtime Simulation (ArSim) durchgeführt.
Learning objectives and content
- Overview of B&R HMIHMI ... Human-machine interface products
- HMI concepts
- Designing and configuring an integrated HMI application
- Displaying and entering process values
- Display options, style sheets
- Setting up global and local layers
- Remote HMI with VNCVNC ... Virtual Network Computing: Open standard for remote control of remote computer systems and mode "Terminal".
- Language and unit switching, different keypad layouts
- Alarm system, trends and diagnostics
Tasks include
- Participants create concepts for HMI applications.
- Participants configure HMI applications for machine operation.
- Participants implement designs for various operator panels.
- Participants integrate HMI applications in machines.
- Participants utilize web technology on mobile devices.
Documentos proporcionados
TM600 – Introduction to Visualization
TM600 - Introduction to Visualization
Learning objectives and content
- Definition of HMI
- Definition of human-machine communication
- HMI for automation
- History of HMI in technology
- Requirements and selection criteria for HMI
- Introduction to different HMI concepts
- Getting to know HMI design aspects
- User groups and authorization
- Overview of further design information
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TM610 – Working with Integrated Visualization
Visual Components is a powerful yet versatile tool within Automation Studio for designing dynamic HMI applications that allow operators to clearly and intuitively view even the most complex real-life industrial processes in graphic form. A visual editor and rich selection of pre-designed controls open up virtually unlimited design possibilities.
Objectives and content
- Introduction to Visual Components
- Creating an initial visualization application
- Working with the Visual Components editor
- Workspace, visualization structure and help system
- Creating your own visualization application
- Managing variables and data points
- The layering method when designing pages
- Displaying and entering process values
- Creating static and dynamic text
- Language and unit switching
- Touch and keypad operation
- Using graphic objects
Name | Model number | ||
|---|---|---|---|
 | TM610 – Working with Integrated Visualization | TM610TRE.40-ENG TM610TRE.40-ENG |  |
TM630 – Visualization Programming Guide
An HMI application is designed for a defined purpose and user group. As a result, there are guidelines that must be followed during development in order for the defined purpose to be fulfilled.
Learning objectives and content
- Project phases and specification
- Visualization templates
- Operating concepts and user-oriented development
- Variables, data points and data management
- Runtime behavior and integration in the controller
- Integrated diagnostics and service options
- Service, modifications and maintenance
- Documentation and project sharing
Name | Model number | ||
|---|---|---|---|
| TM630 – Visualization Programming Guide | TM630TRE.00-GER TM630TRE.00-ENG | |
TM640 – Alarm System, Trends and Diagnostics
A central aspect of a visualization application is how it displays process values, messages and information about the machine status. Other important functions of a visualization application include displaying alarm lists, trend curves and diagnostic data.
Objectives and content
- Definition of alarm, message and warning
- Setting up and displaying alarms during runtime
- Interacting with the alarm system
- Bit and value alarms
- Acknowledging and recording alarms
- Configuring the trend system
- Displaying online trends
- Interacting with the trend system
- Integrating the System Diagnostics Manager into a visualization application
- Runtime display
- Interaction with the System Diagnostics Manager
Name | Model number | ||
|---|---|---|---|
| TM640 – Alarm System, Trends and Diagnostics | TM640TRE.30-ENG TM640TRE.30-ENG | |
Requisitos previos
SEM210 – Automation Studio Training: Basics
Automation Studio is used to configure and program all B&R controller components. Core issues such as getting a clear overview of all product groups, initial commissioning of a controller, understanding the functions of the runtime environment and being familiar with the options for integrated configuration and diagnostics are decisive.
Learning objectives and content
- B&R company presentation
- B&R philosophy and products
- Using Automation Studio
- Using the integrated help documentation
- Establishing an online connection to the control system
- Initial installation of a controller
- Project engineering for the hardware configuration
- Working with the text and table editors
- Functions and configuration options in Automation RuntimeAutomation Runtime is the operating system that runs on all B&R controllers
- Runtime and startup behavior of the controller
- Use of the integrated diagnostics options
- Overview of available programming languages
Documents provided
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Número de modelo
SRL610.2E
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Lugar del evento
B&R Online (ES)
Remote Lecture
España
Organizador
B&R HQ: Barcelona
Camí de Can Camps, 17-19
Edif. Kibo (Vallsolana Park)
08174 Sant Cugat del Vallés
España
Información adicional
Desde: 09.04.2025
Empezar: 09:00
Hasta: 10.04.2025
Fin: 13:00
Duración:
2 Días
Idioma: Español