1. Concept V2.5 Lesson 10 Objectives: After completing this lesson, the learner will be able to:  Define what is described by the term “Project”.  Describe the “Scan Cycle” of the controller when executing an IEC Project.  Describe the two methods available to set Section Execution Order.

2. Concept V2.5

3. Configuration Task Program Group_1 Group_n Module_1 MASTER (cyclic) I/O update Transition sections Global data area (HEAP) Global data area (STATE RAM) EFB/ DFB Project Group_1 Group_n Module_n Section_1 (SFC) Disable Section_2 (any language) Disable Section_n (any language) Disable Concept V2.5 Concept’s IEC Application Structure

4. Concept V2.5 A Project represents the entire program for a complete process that is controlled by one CPU A Project includes files for the program, the configuration, local and global DFB’s Several projects for one plant could be stored in one directory or in separate directories A project may be partitioned into one or more Program Sections Structure of Concept: The Project

5. Concept V2.5 A Project can be partitioned in up to 1,600 sections A Section is like a chapter in a book. It allows the structuring of projects into maintainable modules A Section is programmable in any of the following IEC Languages: FBD, SFC, LD, IL, or ST A Section can be used to monitor the process status in online mode Each Section can have it’s execution status enabled or disabled individually Structure of Concept: The Section

6. Concept V2.5 The memory of a Quantum PLC is generally divided into three parts: Memory for the EXEC file –The EXEC file contains the operating system and one or more runtime systems (IEC and / or LL984) for the processing of user programs. State RAM can be partitioned into several areas: –the used 0x, 1x, 3x, and 4x references –a reserved area for additional 0x, 1x, 3x, and 4x references –if necessary, an extended memory area for 6x references Program memory –The program memory can be partitioned into several areas, depending on the application: »which CPU used, Programming logic (IEC and / or LL984), I/O map, Loadables, etc. Structure of Concept: The Memory Partition

7. Operating / runtime system Exec file: e.g., Q186V222.BIN State - RAM: used references 0x, 1x, 3x, 4x reserved area for expansion Extended memory Program memory: e.g CPU x13 xx LL984 User Program ULEX Loadable IEC User Program IEC User Data IEC Loadables reserved area for expansion Data for ASCII messages, Peer Cop, Ethernet etc. reserved area for expansion I/O map etc. The Quantum Memory Partition Concept V2.5

8. Start System Overhead i.e.. Communications, Diagnostics Execute 984LL in order of Segment Scheduler Execute IEC code in First Section IST Overhead Write Outputs Read Inputs Program Cycle (Scan) Every Scan Execute IEC code in Second Section Execute IEC code in Third Section Execute IEC code in Last Section Concept V2.5 The Scan Cycle

9. Concept V2.5 Execution Order Control

10. Concept V2.5

11. Starting Concept

12. Program Logic (New Sections) Project  Variable Declaration New Project ( or Open Project) Start Concept PLC Configuration & I/O Mapping Online: Connect to PLC Test Logic in Simulator Factory / Field Test & Commission PLC Config Select Concept Project - Flow Chart

13. Concept V2.5 Start ‘New project’ When you save a project the first time go to Save Project as... and enter a project name If the required sub-directory is not already created you can create it by specifying the full path for the file save e.g., C:\PLANT_DIR\project_name.PRJ Advice: Do not save your project under the Main CONCEPT sub-directory Creating a Project

14. Concept V2.5 Creating a New Section

15. Concept V2.5 IEC 61131-3 Editors 30 Columns 23Lines 52 Columns 230 Lines Cell oriented 32 Columns 200 Lines

16. Concept V2.5 Hidden slide