Component Based Automation - SIMATIC iMap V3.0

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Working with CBA
Component Based Automation
Using Components SIMATIC iMap
Creating Components Engineering Tool (STEP7)
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Creating components with SIMATIC
STEP7
Highlights of the new version 3.0(Extracts)
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Steps to create a component

• Define devices and functions
• Create hardware configuration
• Addressing of singleton component
• PROFINET Components
• Adjusting CPUs scan cycle load from
  communication
• Limit PROFINET communication load for local
  PROFINET IO-Devices
• Set the name for local PROFINET IO-Devices
• Create PROFINET Interface
• Programming of the function
• PN copy blocks (PROFINET System-Library) only
  required when the PN Interfaces will be updated
  by user program
• Generate the component

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Support of components with several PROFIBUS DP
Master and PROFINET IO-System
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Adjusting scan cycle load from communication
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Adjusting PROFINET RT communication load for
local PROFINET IO-Devices
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Addressing local PROFINET IO-Devices by the
device name
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Creating a PROFINET Interfaces
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Intuitive Interface Editor within STEP7
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Multifunction component
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Properties of component
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Defining component type and the PROFIBUS DP
master systems with PROXY functionality
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Using of componentswithin SIMATIC
iMap
Highlights of the new Version 3.0(Extracts)
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Basic procedure for configuring the plant

• Structure the plant
• Insert components in SIMATIC iMap library /
  project
• Couple and address devices in the net view
  (IP-address and/or PROFIBUS-address)
• Interconnect technological functions in the plant
  view
• Modifying properties of devices and functions
  (optional)
• Check the project
• Generate the project
• Commissioning of devices
• Download of project data to the devices
• If required rework of devices and technological
  function in vendor specific Engineering-Tool
  (optional)
• Test the plant
• Document and archive the project

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New look feel of SIMATIC iMap
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Reduction of rework cycle and consistent data by
project library
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Multifunction componentn-functions within one
device
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Higher performance in communication due to
PROFINET Real-Time (RT)
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Improved plant view by downsizing to process
relevant data
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Reduced connection by using data type STRUCT
Online status of structured data in variable
table
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Support of components with several PROFIBUS DP
master systems CPU 319-3 PN/DP
Component withseveral PROFIBUSDP systems
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Unique addressing of local PROFINET IO-Devices
Device name
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Simple administration of the project in project
view
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Delta Download for modified program
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Improved download of several CPUs withoutPop-Up
windows
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Shorter commissioning time with improved system
and device diagnosis
Graphical informationin the diagnostic window
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Unambiguous OPC Tag-File Generationfor each
project
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Improved project documentation in HTML format and
printout
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SIMATIC iMap V3.0New functions

• Several functions within one device (based on
  CPU 319-3 PN/DP)
• Comfortable navigation and plan overview through
  new Chart view
• Improvements in diagnostic and better support by
  help on errors
• Support of PROFINET components with integrated
  PROFINET IO-Devices
• Support of CPU 319-3 PN/DP
• Support of several PROFIBUS DP master systems in
  one device (based on CPU 319-3 DP/PN)
• Support of WinCC flexible panels within the
  component

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SIMATIC iMap V3.0Further new functions

• Hide and show of connectors to get a better
  overview in the plant view
• Support of delta download for program blocks to
  keep the process relevant data
• Comfortable download of several CPUs without
  Pop-Up windows
• Improved project documentation in HTML format and
  printout inclusive cross-reference
• Further language support Italian, French,
  Spanish
• Support of additional operating systems

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CBA Components
Products for CBA
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Component Based AutomationThe different levels
of modularity
From decentralized intelligence up to
machine-machine communication
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