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Working with CBA. Component Based Automation. Creating Components Engineering Tool (STEP7). Using Components SIMATIC iMap. Creating components with SIMATIC STEP7. Highlights of the new version 3.0 (Extracts). Steps to create a component. Define devices and functions
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Working with CBA Component Based Automation Creating Components Engineering Tool (STEP7) Using Components SIMATIC iMap
Creating components with SIMATIC STEP7 Highlights of the new version 3.0(Extracts)
Steps to create a component • Define devices and functions • Create hardware configuration • Addressing of singleton component • PROFINET Components: • Adjusting CPU’s 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
Support of components with several PROFIBUS DP Master and PROFINET IO-System
Adjusting PROFINET RT communication load for local PROFINET IO-Devices
Graphical preview of the SW-function Properties of the connector Intuitive Interface Editor within STEP7
Defining component type and the PROFIBUS DP master systems with PROXY functionality
Using of componentswithin SIMATIC iMap Highlights of the new Version 3.0(Extracts)
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
New working range: Chart view Plant and Network overview Working range: Plant view, Network view Project view Library window New: one info window for status und diagnosis New look & feel of SIMATIC iMap
2 1 Reduction of rework cycle and consistent data by project library
Higher performance in communication due to PROFINET Real-Time (RT)
Hidden connectors Highlighted connections Improved plant view by downsizing to process relevant data
Reduced connection by using data type ‚STRUCT‘ Online status of structured data in variable table
Support of components with several PROFIBUS DP master systems – CPU 319-3 PN/DP Component withseveral PROFIBUSDP systems
Unique addressing of local PROFINET IO-Devices Device name
Parts of the Component Generation state Online-state Component with n functions Simple administration of the project in project view
Shorter commissioning time with improved system and device diagnosis Graphical informationin the diagnostic window
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
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
CBA Components Products for CBA
CPU 319-3 PN/DP CPU 4xx + CP 443-1 Adv. CPU 317-2 PN/DP CPU 315-2 PN/DP Machine-machine communication IE/PBLink S7 300 + CP 343-1 Adv. IM 151CPU Decentralized intelligenceon PB with PN/DP Proxy Component Based Automation:The different levels of modularity From decentralized intelligence up to machine-machine communication