Irai Automgen 8 Operating Instructions Automgen8 En
User Manual: irai Automgen 8 - Operating Instructions Free User Guide for Irai Automgen Software, Manual
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- Installation
- Configuration required
- Installation in a network
- New features of AUTOMGEN8
- Choice of “Beginner / Expert” mode
- Increased integration of the Grafcet 60848 standard
- Compatibility of files
- Physical engine integrated to IRIS3D
- Enhanced 3D object handling in IRIS3D
- Improved links between AUTOMGEN and IRIS3D objects
- Textured IRIS3D objects
- Drag and drop from IRIS3D to AUTOMGEN sheets
- AUTOMSIM user-definable object
- Drag and drop from AUTOMSIM to AUTOMGEN sheets
- Improvements to the environment
- Environment
- Licenses
- The project
- The Browser
- Sheets
- Symbols
- Configuration
- Documentation
- Generated files
- Settings
- IRIS objects
- Adding an IRIS 2D object
- Deleting an IRIS 2D object
- Displaying or hiding an IRIS 2D object
- Cutting, copying, pasting an IRIS 2D object
- Adding a new IRIS 2D object on a console
- Modifying the properties of an IRIS 2D object
- Setting an object model accessible on the assistant
- Importing an IRIS 2D object in an earlier version of AUTOMGEN
- Creating an IRIS 3D console
- Resources
- External modules
- Designing programs
- Running an application
- To run an application easily
- To end the run
- To compile only
- To stop the compilation
- To connect to a processor or install a PC
- To disconnect a processor or uninstall a PC
- To put the target in RUN mode
- To put the target in STOP mode
- To initialize the target
- To run a program cycle on the target (generally not supported on processors)
- To activate the dynamic display
- To run an application easily
- The compiler
- Running programs on a PC
- IRIS 2D references
- Modifying object display
- Modifying object characteristics
- Block access to configuration for all objects
- Basic objects, preset objects
- List of basic objects
- Practical experience
- Creating an autonomous supervision application
- Syntax for accessing the state of variables
- Details of a « Console » object
- Details of an « Illuminated Button » object
- Details of a « Digital value » object
- Details of an « Analog value » object
- Details of « Screen, keyboard, message list » object
- Details of « Data archive » object
- Details of « Object » object
- Details of « Sound » object
- Details of « Dialogue box » object
- « Links » tab
- Details of « Program » object
- IRIS 2D examples
- Example of composed objects
- Example of using the « Screen, keyboard, message list » object as a message list
- Example of using the « SCREEN KEY » object as a terminal
- Example of an application composed of multiple pages
- Example of using the «OBJECT » object
- Example of using the «ARCHIVE» object
- Example of using the «PROG » object
- Examples of supervision application 1
- Examples of supervision application 2
- Example of operating part simulation 1
- Example of operating part simulation 2
- IRIS 3D references
- Tutorial
- Creating an IRIS 3D console
- Adding 3D files to the project
- Configuring the objects
- Adding objects to the 3D world
- Removing a 3D file from the resources
- Removing an object from a 3D world
- Importing an “enhanced” object
- Exporting an “Enhanced” object
- Example of creating a 3D simulation based on enhanced objects
- Applying a behavior to an object
- Physical engine
- IRIS 3D example
- Common elements
- Variables
- Actions
- Assignment of a boolean variable
- Complement assignment of a boolean variable
- Setting a boolean variable to one
- Resetting a boolean variable
- Inverting a boolean variable
- Resetting a counter, a word or a long
- Incrementing a counter, a word or a long
- Decrementing a counter, word or long
- Time delays
- Interferences among the actions
- IEC1131-3 standard actions
- Multiple actions
- Literal code
- Tests
- Use of symbols
- Examples
- Grafcet
- Simple Grafcet
- Divergence and convergence in « And »
- Divergence and convergence in « Or »
- Destination and source steps, destination and source transitions
- Multiple actions, conditioned actions
- Conditional actions, event-based actions
- Actions on activation or deactivation of a step
- Actions on transition crossing
- Synchronization
- Grafcet setting
- Grafcet forcings (60848 standard)
- Macro-steps
- Encapsulating steps
- Grafcet / Ladder and Grafcet / Flow chars links
- Counters
- Gemma
- Ladder
- Flow chart
- Literal languages
- How is a literal language used?
- Setting a code box
- Low level literal language
- Variables
- Accumulators
- Flags
- Addressing modes
- Tests
- Comments
- Numbering base
- Presettings
- Indirect addressing
- Address of a variable
- Jumps and labels
- Function list by type
- Boolean functions
- Loading and storage functions on integers and floats
- Arithmetic functions on integers and floats
- Arithmetic functions on floats
- Access functions for PC input/output ports
- Access functions for PC memory
- Binary functions on integers
- Other functions on integers
- Conversion functions
- Trigonometric functions
- Connection functions
- Test functions
- Asynchronous access functions to inputs outputs
- Information contained in the function list
- Macro-instruction
- Libraries
- Pre-defined macro-instructions
- Description of pre-defined macro-instructions
- Example of low level literal language
- Extended literal language
- ST literal language
- Organization chart
- Illustration
- Function blocks
- Evolved function blocks
- Predefined function blocks
- Advanced techniques
- Examples
- Regarding examples
- Simple grafcet
- Grafcet with an OR divergence
- Grafcet with an AND divergence
- Grafcet and synchronization
- Step setting
- Destination and source steps
- Destination and source steps
- Setting Grafcets
- Memorizing Grafcets
- Grafcet and macro-steps
- Linked sheets
- Flow chart
- Grafcet and Flow Chart
- Literal language box
- Organizational chart
- Organizational chart
- Function block
- Function block
- Ladder
- Example developed on a train model
- Educational training manual for AUTOMGEN users
- Distribution
- Doctor R. in the home automation kingdom
- First example: « which came first the bulb or the switch … »
- It's your turn to play …
- Second example: « time frames, time-switches and other time fun… »
- Third Example: « variation on the theme of coming and going… »
- Fourth example: « And the push button became intelligent … »
- The solutions …
- Regarding examples
- Introduction
- Installation
- AUTOMGEN’s “beginner” mode
- Using AUTOMSIM
- Organizing applications
- Opening an existing application
- Creating an AUTOMSIM sheet
- Adding an object onto an AUTOMSIM sheet
- Using the palette
- Selecting one or more objects.
- Selecting one or more objects
- Deleting one or more objects
- Changing the orientation of one or more objects
- Copying/cutting one or more objects to the clipboard
- Pasting one or more objects from the clipboard
- Modifying object properties.
- Exporting one or more objects
- Advanced functions
- Interactions between objects
- Creating sensors associated with a cylinder
- Interactions between AUTOMSIM objects and the automaton program
- Interactions between AUTOMSIM objects and the IRIS 3D operational unit simulator
- Interactions between AUTOMSIM objects and the IRIS2D supervision objects
- Drag and drop from an AUTOMSIM variable to an AUTOMGEN sheet
- User-definable objects
- Designs
- List of design primitives
- Program
- Connections
- Example
- General Information
- Configuration
- Configuration files
- Configuration by default
- Displaying and modifying configuration elements
- System
- Variable functions
- Single assignment
- Linear assignment
- Automatic assignment
- Types of AUTOMGEN elimination variables
- Modifying a variable function element
- Adding a variable function element
- Deleting a variable function element
- Associating an AUTOMGEN bit to a target system bit
- Associating a table of AUTOMGEN words to a table of fixed target words
- Associating AUTOMGEN words to target analog inputs or outputs
- Associating a table of AUTOMGEN bits to a table of target bits
- See the variable functions in text format
- Start-up manufacturer code, end manufacturer code
- Entering machine code in an application
- Selecting connection options
- Selecting a connection mode
- Setting communication module parameters
- Post-processor PL7
- Post-processor PL72
- Post-processor S7200
- Post-processor ABB
- Post-processor GE-FANUC / ALSPA
- Post-processor STEP5
- Post-processor TSX 07
- Post-processor PS3-PS4
- Post-processor PS4
- Post-processor RPX
- Post-processor PL71
- Post-processor PB
- Post-processor SMC
- Post-processor S7300
- Post-processor OMRON
- Post-processor ALSPA
- Post-processor ZELIO
- Post-processor FESTO
- Post-processor ALLEN-BRADLEY
- Post-processor TWIDO
- Post-processor MITSUBISHI
- Post-processor MITSUBISHI-Q
- Post-processor GEM
- Post-processor ZELIO 2
- Post-processor PANASONIC