PG L. The Value Provider for Power Generation Management Start Next Previous Memo PG L. The Value Provider for Power Generation Management SPPA-T3000 Basic Engineering & Operations PG L332 Training Center Engineering Training Alpharetta, USA Exit Power Generation l Instrumentation & Controls SPPA-T3000 Training 1 PG L. The Value Provider for SPPA-T3000 Basic Engineering & Operations Syllabus Power Generation Management Start Next Previous Memo Exit Overview Basic principles Project view Editor AF-Block, connector and parameter Transaction concept Faceplates Graphics, display hierarchy, navigation Engineering examples: motor, logic, controller, I/O Redundancy, availability, dependability Thin clients Peripherals (field devices) Power Generation l Instrumentation & Controls SPPA-T3000 Training 2 PG L. The Value Basic Engineering & Operations Provider for Power Generation Management PowerPoint Presentation Memo Start Next Outline 4 Engineering View 2 Hardware Configuration 5 Operation View 3 6 Documentation 1 Previous Memo Software Architecture 7 Exit Exercises Power Generation l Instrumentation & Controls SPPA-T3000 Training 3 Outline HMI Engineering Diagnostics Power Services Siemens – setting new standards in power plant automation Automation SPPA-T3000 Classical DCS Sub-systems and multiple internal interfaces Various tools for HMI, engineering, diagnostics Different sessions with no navigation in between SPPA-T3000 All functions embedded in a common frame, no sub-systems Unified access to central data storage (engineering data, project data, archive etc.) All tasks performed from any work place due to Web-based functionality Power Generation l Instrumentation & Controls 1 A ! SPPA-T3000 innovating power plant control SPPA-T3000 Power Generation l Instrumentation & Controls 2 Embedded Component Services® – intrinsically integrated data Unique user interface for all tasks All data intrinsically embedded in every object Different views possible for different user roles All the information is available, at a glance SPPA-T3000 Power Generation l Instrumentation & Controls 3 A ! ECS® – powers the complete system Minimal system complexity SPPA-T3000 architecture User Interfaces Flat system architecture with fewer components and interfaces New Server contains all intrinsic functions for operation, monitoring, archive, engineering, diagnostics – Control functions provided on the world best hardware: SIMATICCPU No sub-system boundaries, less administration efforts required Easy online upgrade and extension of components Hardware assignment Thin Clients Power Services Power Server Server Products Process Interfaces I/O Modules SPPA-T3000 Power Generation l Instrumentation & Controls 4 A ! Embedded Component Services® – freely designable Customizable design SPPA-T3000 Customizable according to users' requirements, including individual look & feel to reduce mistakes Free choice of on-line change of US/European symbols Personalized desktops for each user’s responsibilities and preferences to optimize working processes Power Generation l Instrumentation & Controls 5 A ! Embedded Component Services® – Summary Unique user interface for all tasks Easy to use Reduces time to indicate disturbances and increases uptime Minimal system complexity Less components and internal interfaces, less administration Minimized optimal specific hardware Customizable design Tailored solutions to specific customer’s needs, from look & feel to functionality Optimal adaptation to every working processes SPPA-T3000 Power Generation l Instrumentation & Controls 6 SPPA-T3000 – At work… Operation Engineering Maintenance SPPA-T3000 SPPA-T3000 Power Generation l Instrumentation & Controls 7 Use-case - Operation – the power plant at your fingertips Access to all types of data through multiple views (Plant Display, Point View, Function Diagram, Diagnostic View) Comprehensive information and interaction through Point View Forcing, mini trends & online tuning Online configuration of new plant displays, trends and reports through the operator interface Easy to operate - everything under control SPPA-T3000 Power Generation l Instrumentation & Controls 8 SPPA-T3000 Power Generation l Instrumentation & Controls 9 Easy and fast navigation to any kind of information Direct links between all views Alarm sequence display Dynamic Function Diagram Plant Display Point View Diagnostic View Faceplate Excellent supervision through summarized information Easy access to detailed information through specific views Fast navigation between all views through direct links Active user guidance in the event of disturbances or malfunctions SPPA-T3000 Power Generation l Instrumentation & Controls 10 Safe operation via Faceplates Examples of Faceplates: Motor Navigation from Faceplates: Continuous Controller Select options: Open IC-Diagram Open Force AF Block Open Diagnostic View Open Trend Display Open Point View Open Notice Open Help Specific pictograms and faceplates for different automation functions Safe operation through clear layout and customizable access rights Buttons are blocked, depended on access rights or feedback signals Adaptable to specific layout requirements Fast access to all corresponding detail views and other information SPPA-T3000 Power Generation l Instrumentation & Controls 11 Operator guidance for fast fault analysis SPPA-T3000 Group alarm indication in the screen header The affected plant display can be selected with one mouse click In the event of more than one fault, the selection will be directed to the corresponding hierarchy level Loop in alarm: A direct link to the affected plant display Power Generation l Instrumentation & Controls 12 Task-oriented User Interface Supervisor Operator Unit 1 Operator Unit 2 Oper. Facilities & I&C Engineer Service Flexible definition of user roles with different levels of access rights User-specific desktop tailored to individual roles Assignment of users with specific roles to plant areas Optimized views for operation, engineering, maintenance, service and management SPPA-T3000 Power Generation l Instrumentation & Controls 13 Easy configuration of Trend Displays via Drag & Drop User defined trend displays can be easily configured via drag and drop of process values The configuration can be stored with a user-defined name for later reuse SPPA-T3000 Power Generation l Instrumentation & Controls 14 A ! "Operator on the move" Benefits to Plant Floor Operators: Wireless communication based on IEEE 802.11 or Bluetooth Access to all process values and diagnostic data Reduction of commissioning effort Different tasks can be done by one person SPPA-T3000 Power Generation l Instrumentation & Controls 15 A ! Use-case - Engineering – immediate online modifications Integrated engineering of automation and HMI with a unique user interface. Standard interface for field engineering. Embedded data means intrinsic consistency, no mapping of sub-systems Online configuration changes, comprehensive checks and logic testing before activating changes Fast rollback to previous configuration of the control logic, even with a non-redundant automation system Easy to engineer - rapid function implementation SPPA-T3000 Power Generation l Instrumentation & Controls 16 SPPA-T3000 Power Generation l Instrumentation & Controls 17 Integrated engineering Integrated object Classical DCS Plant Display SPPA-T3000 Function Diagram Plant Display Function Diagram Integrated object Data synchronization Data Data Download SPPA-T3000 Power Generation l Instrumentation & Controls 18 Flexible and customizable Switch between Configuration and Operation mode Easy switch from Operation to Configuration mode Shows status of process and engineering SPPA-T3000 Power Generation l Instrumentation & Controls 19 A ! Flexible and customizable Language, Colors, Styles etc. Customizable ... Different Presetting Colors Language Spain Styles IEC IEC with graphic French Sama German English Online changeable SPPA-T3000 Power Generation l Instrumentation & Controls 20 A ! Use-case - Maintenance – details at a glance Diagnostic functions embedded due to ECS ® technology Built on standard, off-the-shelf components, as much as practical No administration of remote setup required, easy hook-up of experts Online replacement of equipment Context sensitive online diagnostic information and advice Easy to maintain - a user-friendly view of each device SPPA-T3000 Power Generation l Instrumentation & Controls 21 SPPA-T3000 Power Generation l Instrumentation & Controls 22 Event-driven navigation Connected AF Every ECS provides at least one Trouble Alarm port Fast navigation between different alarm presentations Easy navigation to connected Automation Function instances SPPA-T3000 Power Generation l Instrumentation & Controls 23 Embedded Component Services ECS® – making power plant management easy ECS® Means for YOU – asy control system SPPA-T3000 innovating power plant control SPPA-T3000 Power Generation l Instrumentation & Controls 24 Hardware Config PG L. The Value Provider for Power Generation Management SPPA-T3000 Hardware Configuration Hierarchical levels Thumbs Next Previous Thin Clients Memo User Interface Application Server Automation Server PROFIBUS-DP PROFIBUS-DP AddFEM AddFEM ET200 Power Services ET200 Process Interface I/O Modules Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Thumbs SPPA-T3000 Hardware Configuration Process Interface Standard I/O components Next Previous Memo •Connected via hardware proxy •Aassignable I/O parameters •PROFIBUS DP communication (bus redundancy optional) •Standard diagnostic features •Hot swapping of modules ET 200 M PROFIBUS-DP PROFIBUS-DP AddFEM AddFEM ET200 Exit SPPA-T3000 Training ET200 Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation ET 200M Station Management Thumbs Next Previous Memo I/O modules IM 153-2 Profibus Exit SPPA-T3000 Training IM 153-2 Profibus Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation ET 200M Configuration with active bus modules Management Thumbs Next Previous Memo Power Supply IM 153-2 I/O modules Plug-in bus Bus bar Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation IM 153-2 Management Thumbs Next Previous Memo Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation PROFIBUS address of IM 153-2 Management Thumbs Next Previous PROFIBUS address Memo 64 + 32 + 2 + 1 =99 Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 4 PG L. The Value Provider for Power Generation Digital input module Management Thumbs Next Previous Memo LEDs Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 5 PG L. The Value Provider for Power Generation ET 200M I/O modules Management Thumbs Digital input: Next Previous Memo Digital output: Input and output: Analog input: Analog output: Exit SPPA-T3000 Training SM 321 1BL00 SM 321 1CH20 SM 321 1FH00 SM 321 7BH00 SM 321 1BH02 SM 322 1BH01 SM 322 1BL00 SM 322 1HF01 SM 322 1HF10 SM 323 1BH01 SM 323 1BH81 SM 323 1BL00 SM 331 7KB02 SM 331 7KF02 SM 331 7NF00 SM 331 7NF10 SM 331 7PF00 SM 331 7PF10 SM 331 7SF00 SM 332 5HD01 SM 332 5HF00 32 x 24 V 16 x 48 – 125 VDC 16 x 120 VAC 16 x 24 VDC 16 x 24 VDC 16 x 24 VDC / 0.5 A 32 x 24 VDC / 0.5 A 16 x Relais, 230 VAC 8 x Relais, 230 VAC / 5 A 8 x 24 VDC / 0.5 A 8 x 24 VDC / 0.5 A (outdoor) 16 x 24 VDC / 0.5 A 2 x U, I, R, TC, RTD (12 Bit) 8 x U, I, R, TC, RTD (12 Bit) 8 x U, I (16 Bit) 8 x U, I (16 Bit) 8 x RTD 8 x TC 8 x TC / 4 x RTD 4 x U, I 8 x U, I Power Generation l Instrumentation & Controls 6 PG L. The Value Provider for Power Generation Modbus CP 341 Management Thumbs Next Previous CP 341 1AH01 Memo CP 341 1BH01 CP 341 1CH01 Exit SPPA-T3000 Training RS232C V.24 20 mA TTY RS422/RS485 Power Generation l Instrumentation & Controls 7 PG L. The Value Provider for Power Generation Management SPPA-T3000 Hardware Configuration Process Interface Thumbs Next Previous Memo AddFEM SOE •Connected via hardware proxy •Assignable I/O parameters •PROFIBUS DP communication (bus redundancy optional) •Standard diagnostic features •Sequence of event accuracy 1ms PROFIBUS-DP PROFIBUS-DP AddFEM AddFEM ET200 Exit SPPA-T3000 Training ET200 Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management Thumbs Next Previous Memo SPPA-T3000 Hardware Configuration Server Products Application Server •WINDOWS based •Increased dependability •Webserver •Project data container •Non time critical applications Stratus ft-server Aria 4300 PROFIBUS-DP PROFIBUS-DP AddFEM AddFEM ET200 Exit SPPA-T3000 Training ET200 Power Generation l Instrumentation & Controls 4 PG L. The Value Provider for Power Generation Management Thumbs Next Previous Memo SPPA-T3000 Hardware Configuration Server Products Automation Server •Based on world market leader SIMATIC •Time critical applications •Real time processing •Hot swap of modules online •Increased dependability •PROFIBUS DP Interface S7 417-H PROFIBUS-DP PROFIBUS-DP AddFEM AddFEM ET200 Exit SPPA-T3000 Training ET200 Power Generation l Instrumentation & Controls 5 Automation Server Redundant: S7 414-4H S7 417-4H Single: S7 414-3 S7 416-2 S7 416-3 S7 417-4 SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Power Supply PS 405 and PS 407 SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 CPU: S7 417-4H SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Synchronization submodule SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Ethernet modul CP 443-1 SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 DP Master: CP443-5 EXT SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Turbine control: FM 458-1 DP SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 PG L. The Value Provider for Power Generation Management SPPA-T3000 Hardware Configuration User Interface Thumbs Next Previous Memo Thin Clients PROFIBUS-DP •e.g. office PC •Internet Java technology AddFEM •Only browser needed ET200 •No engineering or process data are stored on the Thin Client Exit SPPA-T3000 Training PROFIBUS-DP AddFEM ET200 Power Generation l Instrumentation & Controls 6 PG L. The Value Provider for Power Generation Management SPPA-T3000 Hardware Configuration Network Thumbs Next Previous Memo Network •Ethernet 10/100 Mbps •TCP/IP •One Failure tolerant •Copper/Fibre Optics •Electrical/optical switch modules AddFEM AddFEM Exit SPPA-T3000 Training OSM TP62 PROFIBUS-DP PROFIBUS-DP ET200 ESM ITP80 ET200 Power Generation l Instrumentation & Controls 7 Software Arch. Alarm Management Java Report Generator … Plant Disp. Eng. Editor Alarm List Diagnostic … Session Management Plant Display Servlet User Interfaces Engineering Servlet Web Browser SW Architecture of SPPA-T3000 Power Services Application Server Automation Server Archive Project Cont. RT Container (non-realtime) Application Server Process Interfaces SPPA-T3000 Training RT Container (realtime) Automation Server I/O Modules Power Generation l Instrumentation & Controls 1 Project Container Central Data Manager Stores and Organizes ENG RT Cont. HMI DIA Alarm Project structure Hardware topology Plant displays Engineering views Complete documentation Manages and Provides Session Archive Persist. SPPA-T3000 Training Persistent storage Revision Management Transaction Management ... Power Generation l Instrumentation & Controls 2 Runtime Container Management and execution of enclosed ENG EXEC HMI DIA Alarm I&C IN I&C OUT Automation Function Hardware Proxies Management Proxies Connections Execution sequence Deterministic cycle time Execution management Bundling of outside communication lines Other RT Containers Faceplates Alarms SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 Automation Function Component with standardized interface ENG EXEC DIA I&C IN HMI Provides the following main functions: Automation task like all Alarm I&C OUT SPPA-T3000 Training individual drives, controllers... Operator Interface Alarm management Diagnostic interface Engineering interface Execution management Connects to other AFBlocks via I&C input and output Power Generation l Instrumentation & Controls 4 Hardware Proxies EXEC Represents a I/O module ENG DIA Alarm I&C IN I&C OUT Maps raw input data to/from I&C IN/OUT interface Supervises field device Gathers diagnostic info about field device Implements protocol for communicating with field device FD Hardware Proxy SPPA-T3000 Training Power Generation l Instrumentation & Controls 5 PG L. The Value Provider for Power Generation Management Thumbs Next Previous Memo Hardware Proxies Hardware proxies are SW EXEC representatives of the HW. They are in the Runtime Containers and enables the communication. ENG DIA Alarm I&C IN I&C OUT A Device Proxy represents a compact field FD device e.g. AddFEM A Module Proxy represents a module of a modular field device. e.g. ET 200 I/O card. It requires another Gateway Proxy A Gateway Proxy represents a modular field device with I/O modules. It requires Module Proxies. e.g. ET 200 A Communcation Proxy handles the communication with field devices operating as gateways to subconnected field devices using Fieldbus Protocols Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Thumbs Next Use of Hardware Proxy (HP) RTC HMI DIA Alarm EXEC HMI DIA Alarm I&C IN I&C OUT AF AF Previous Field ENG ENG EXEC I&C IN I&C OUT Field Device NI Memo ENG EXEC EXEC ENG HMI DIA Alarm AF I&C IN DIA Alarm I&C IN I&C OUT Field NI Device I&C OUT HP EXEC ENG DIA Alarm I&C IN I&C OUT HP FD Comm. Interface FD PROFIBUS DP The HP acts as a driver to a field device. It is representative of all process signals of a field device and all available diagnostic information. It also provides device specific, module specific, and channel specific I&C alarms Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Thumbs Use of Module Proxy (MP) RTC ENG Next Previous EXEC HMI DIA Alarm HMI DIA Alarm ENG I&C IN AF Memo Field ENG EXEC I&C IN I&C OUT I&C OUT EXEC 1 HMI DIA Alarm I&C IN I&C OUT AF 3 ... Field device NI 1 MP HP Comm. Interface 3 MP PROFIBUS DP To facilitate the handling of more complex field devices like remote I/O, Module Proxies (MP) have been introduced Thus the function can be split into one general hardwarespecific part (HP) and individual module-specific parts (MPs), referring to the hardware modules of the field device Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 Management Proxies EXEC Coordination of all ENG DIA Alarm I&C IN I&C OUT SPPA-T3000 Training software components and services Provides the following main functions: Operating system Server components Network communication Field device communication Power Generation l Instrumentation & Controls 6 Engineering View Application Server Web Server Thin Client Project container Engineering Servlet Browser RT container SPPA-T3000 Training Plug-in Viewer Components Power Generation l Instrumentation & Controls 7 Engineering / Runtime View Highlights Component technology leads to simple online changes Runtime component always consistent with Engineering View Realtime execution and optimized performance Full support of components for optimized engineering SPPA-T3000 Training Power Generation l Instrumentation & Controls 8 Operating & Monitoring (HMI) View Application Server Web Browser Viewer Applet Web Server Thin Client Plant Display Servlet RT Container Faceplate Faceplate Component (Applet) Component Distributor Component Field Device SPPA-T3000 Training Power Generation l Instrumentation & Controls 9 HMI View Highlights Complete integration of web technologies from browser to Runtime System Bundling of communication to avoid other systems´ communication problems Simple data exchange with standard software tools (e.g. Excel) Event driven data transfer: Only changed values are updated SPPA-T3000 Training Tunneling through firewalls using http protocol Power Generation l Instrumentation & Controls 10 Diagnostic View Thin Client Web Server Application Server Diagnostic Servlet RT Container Web Browser Diagnostic HTML page SPPA-T3000 Training Field Device Power Generation l Instrumentation & Controls 11 Diagnostic View Highlights Complete URL addressing of every process value in the system Dynamic browsing of the plant Application hosting for additional diagnostic tools SPPA-T3000 Training Power Generation l Instrumentation & Controls 12 Highlights of Web Technology Thin clients using only a web browser Low cost hardware No additional administration necessary Software is automatically downloaded by the browser, not installed locally World wide access with any device at any time Global engineering Improved service and diagnostic possibilities HTTP protocol allows tunneling through firewalls HTML as standard format for documents, XML as standard format for data exchange SPPA-T3000 Training Power Generation l Instrumentation & Controls 13 Summery: Software Architecture Total Integration Integrated engineering, I&C, HMI, alarm and diagnostic Integration of Turbine Control and Fail Save Platform independency Consistent views at anytime and one data base Protection of investment Free movement of components throughout system Support of web application service Reduces customer’s initial invest Reduced administration costs Flexible and easy update / upgrade Openness SPPA-T3000 Training Power Generation l Instrumentation & Controls 14 Engineering View Engineering View Starting the SPPA-T3000 Workbench, opening the views and create the project structure General Terms Commit and activate or rollback engineering data in a multi user environment Transaction Concept Create and edit Function Diagrams. Insert and parameterize AFBlocks. Create connections New Function Diagram Top Down engineering using the built in Inheritance features, according to the KKS structure Inheritance Create and edit Plant Displays. Insert pictograms and standard graphic objects New Plant Display SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Engineering View Using Integrated Engineering to place AF-Blocks in function diagrams and pictograms in plant displays along with all mappings Integrated Engineering Creating Macros and save macro definitions in a project specific library node Using Macros Creating a 10 channel Trend Display. Assigning tags along with the trend settings Trend Display General Archive structure. Archive settings for individual process values Archive Creating and modifying the operators Plant Display Hierarchy Display Hierarchy SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 General Terms Logging into the Workbench User Login via Internet Explorer or Java WebStart: SPPA-T3000 Username and Password is requested Workbench If the user is assigned different profiles, the desired role has to be chosen SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Opening Views To open a view, e.g. the Project View, use the Applications pull down menu SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Project View Window SPPA-T3000 Training Project View opens into a new window < > Power Generation l Instrumentation & Controls 3 Opening Different Views within the Workbench Different views can be opened at the same time To open a view use the applications menu or the short cut keys To select a window click on the window header or use the optional keys SPPA-T3000 Training < > Power Generation l Instrumentation & Controls ... 4 Arranging Views within the Workbench To Tile or Cascade the views use the Window-> Arrange menu Move, Close, Iconize the views normally SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Docking Views to the Workspace Frame ... Note: the Diagnostic view can not be docked Moving a view outside the workspace causes the view to be docked at the left or at the top of the workspace. To undock it, pull the view back to the center of the workspace. SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Saving the Workbench Arrangement Save your Workspace arrangement using the View Æ Save Workspace menu and every time the workbench is opened you will be returned to your personal view SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 User Properties The Look and Feel of the workbench can be set individually in the project view User Properties User properties individually for each user Project settings project wide for all users (default) SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 Global Settings SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Diagram Styles SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Module Styles The graphic style of the AF-Blocks: can be set individually for each user SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Print Connector SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Connector Styles SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Link Styles SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Workbench SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Operating View Navigation Buttons SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 Navigating within the Project View Navigation through the project structures is accomplished by using the left mouse button SPPA-T3000 Training Select one item by simply clicking on it A second click to rename a selected item Click Click + < object or double-click to extend view to the item object to close extended view > Power Generation l Instrumentation & Controls 9 Displaying and Opening Items The available objects for the selected item on the left can be seen here SPPA-T3000 Training Select one item by simply clicking on it Selected items are highlighted in blue Double click to open one item < > Power Generation l Instrumentation & Controls 10 General Options Menu Click the right mouse button to see the General Options Menu (context menu) with its available options SPPA-T3000 Training Context menus depend on the current cursor position and selected items < > Power Generation l Instrumentation & Controls 11 Displaying Options of Specific Items Select one item and then click the right mouse button to see the context menu with its available options SPPA-T3000 Training Use the Rename option to assign a name to newly created items Use the Delete option to delete items < > Power Generation l Instrumentation & Controls 12 Editing Titel Block Data The Edit Title Block option provides a detailed description of a selected Project node, Function Diagram, Plant Display, AF-Block, etc. to edit and save SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 13 Assigning Runtime Containers Note: The runtime container assignment is automatically passed onto all underlying project nodes and diagrams The Assign Runtime Container option supplied with the context menu is used to assign a new Project Node to an existing runtime container. The window contains a list of available runtime containers SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 14 Container Overview Basic project settings: Container Overview Project Container Runtime Containers … Client 1 WEB Server Work Bench Client n W2k-Server … Work Bench Automation Server Realtime automation Project Container Alarm Server Plant Display Server Monitor SPPA-T3000 Training Automation Server LAN Runtime Container 101 < > Runtime Container 102 … Realtime automation … Non time critical functions Runtime Container 702 Runtime Container 701 Power Generation l Instrumentation & Controls 15 Creating New Items SPPA-T3000 Training Use the context menu to create a new item Project Node New Function Diagram New Plant Display New System Diagram < > Power Generation l Instrumentation & Controls 16 Setting the Function Diagram Cycle Time Note: The base cycle time definition is part of the runtime container setup To change the Function Diagram cycle time, select the time multiple factor from the AF Cycle Time (n*Base Cycle) drop down list. The cycle time for the Function Diagram will be the base cycle time multiplied by the factor chosen Setting the cycle time individually for single AF-Blocks is also possible, but is not recommended SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 17 Opening Selected Items To open the selected item Either Double click left mouse button Or use the Open in Configuration Mode option from the context menu Opening a diagram automatically starts the Diagram Editor (This may take several seconds) SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 18 Exit the Workbench X To Exit the Workbench always use the Exit option in Applications menu SPPA-T3000 Training < > the Note: Simply closing the Workbench window using the close button could result in a loss of data engineered during the current session Power Generation l Instrumentation & Controls 19 Editing Diagram Editor Project Container Runtime Container Status: Mod. Mod. 11 Mod. Mod. 22 Mod. Mod. 33 Edit Project Project Data Data activated edited Modification of the Project Data is always carried out using the Diagram Editor Regarding the Automation Functions, objects of modification are: Function Diagrams AF-Blocks, Parameters, Connections... Regarding the HMI, objects of modification are: Plant Displays, graphic objects, Properties, Mapping... SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Committing Changes Diagram Editor Mod. Mod. 11 Mod. Mod. 22 Project Container Mod. Mod. 11 Mod. Mod. 22 Runtime Container Status: Project Project Data Data activated Mod. Mod. 33 Commit committed edited not not activated activated Committing a selected Project Node including Function Diagrams or Plant Displays is Saving the adressed Modifications to the Project Container Note: „Not activated“ means the modifications are not (yet) available in the Runtime System. With regards to the modification deleting any object, this object is still executed in the runtime container as it has been activated formerly SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Rollback Changes Diagram Editor Project Container Runtime Container Mod. Mod. 33 Project Project Data Data Mod. Mod. 11 Rollback Mod. Mod. 22 rolled back Status: activated committed edited not not activated activated All uncommitted modifications can be removed from the Engineering View using the Rollback function Project Data is rolled back to the last committed status SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Activate Diagram Editor Project Container Runtime Container Status: Activate Project Project Data Data activated Mod. Mod. Mod. Mod. Project Project 11 22 Note *) + Data Data Mod. Mod. 11 Mod. Mod. 22 committed activated not not activated activated Activating committed modifications is integrating the changes into the execution cycles of the Runtime System The modified Project Data is now executed in the Runtime System Note: While „Autocommit“ is not activated the last executed Activation is still reversible if the Modifications turn out to be not applicable SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Commit Last Activation 9 Diagram Editor Project Container Project Project Data Data + Commit last Activation Project Project Note *) Data Data + Runtime Container Status: activated If the Modifications are in good working order, the Activation can be made permanent using the Commit Last Activation option The modified Project Data is now executed permanently in the Runtime System Note: The last executed Activation is still reversible if the Modifications turn out to be not applicable SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Rollback Last Activation Diagram Editor Project Container Runtime Container Status: Rollback last Activation Project Project Data Data activated Mod. Mod. Mod. Mod. Project Project 11 22 Note *) + Data Data committed activated not not activated activated Note: While „Autocommit“ is not activated each Activation or Deactivation must be terminated using either Commit or Rollback last Activation/Deactivation before starting the next Activation or Deactivation If the Modifications turn out to be not applicable, the Last Activation can be rolled back Now the previously activated state of project data is executed in the Runtime system again Note: While „Autocommit“ is not activated the last executed Activation is still reversible if the Modifications turn out to be not applicable SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Deactivate Selection Diagram Editor Deactivate Project Container Sel. Sel. Project Project Data Data Runtime Container not not activated activated activated Status: A Selection of Project Nodes, Function Diagrams or Plant Displays can be deactivated using the Deactivate Function After Deactivation the Selection of Project Data is not further executed in the Runtime System Rollback last Deactivation again or Commit last Deactivation to make the Deactivation permanent SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Activate Selection Diagram Editor Activate Project Container Sel. Sel. Project Project Data Data Runtime Container Sel. Sel. not not activated activated activated Status: A Selection of deactivated Function Diagrams or Plant Displays can be activated using the Activate Function After Activation the Selection of Project Data is executed in the Runtime System Rollback last Activation again or Commit last Activation to make the Activation permanent SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 Transaction Handling Menu After opening the Project View the following options are available in the Edit menu Commit / Rollback All Function Diagrams Single selected Plant Display A collection of Plant Displays (Project Node) Activate / Deactivate Single Function Diagram or Display A collection of PDs or FDs (Project Node) Commit / Rollback Last Activation / Deactivation Note: The functions mentioned above are generally handling only data previously selected in the project view. But with regard to data consistency of Automation Functions Commit and Rollback are handling ALL Function Diagrams SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 9 Commit and activate using the Editor A selected Function Diagram in the Editor or a single AF-Block can be activated or deactivated using the ÆEdit Menu The Editor toolbar is also provided with context sensitive hotkeys SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 10 Commit Reminder Window If the user intends to Exit the workbench and there are still some uncommitted changes, a reminder window appears providing options Commit all and exit Close, then continue or rollback work Close, then exit uncommitted SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 11 Multi User Environment Considering the Multi User Environment supported, each user is responsible to commit and activate his own changes made during a session Changed data are not accessible to other users while they are uncommitted. This Interaction Safeguarding is not executed on the diagram level but on the level of AF-Blocks, Connectors, Graphic Objects etc. Only Administrators are allowed to commit or rollback other users´ changes SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 12 Summary Each User is Responsible to commit and activate the changes he made. All interactions are safeguarded Online Changes (e.g. changing already activated data) are normal modifications and only need to be committed and activated as usual There is No Code Generation. All modifications are directly carried out in the Project Container and in the Runtime Containers after they have been committed. There is No Download. All modifications are directly included in the Runtime Containers execution cycle after they have been activated To Undo Changes and Activations various rollback functions are available SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 13 New Function Diagram PG L. The Value Provider for Power Generation Management SPPA-T3000 Diagram Editor ... Standard Toolbar Thumbs Next Previous Memo Filled Ellipse Automation Function Libraries (Normal Navigation) Diagram workspace (Multiple Windows) Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 1 PG L. The Value Provider for Power Generation Management Automation Function Libraries Available Sub-libraries : Thumbs Next Previous Memo Analog calculation modules Binary calulation modules Conditioning and monitoring Closed loop controllers Open loop controllers Operation Metering Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 2 PG L. The Value Provider for Power Generation Management Creating Logic: Copying Functions From the Library to a Diagram ... Thumbs Next Previous Memo INT Select AF-Block single mouse click INT Drag and drop Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 3 PG L. The Value Provider for Power Generation Management Creating Logic: Multiple Function Copying From the Library to a Diagram ... Thumbs Next Previous Memo INT Select AF-Block Double click INT Drag and multiple drop Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 4 PG L. The Value Provider for Power Generation Management Creating Logic: Options Menu Thumbs Next Previous Memo Select instance and use the context menu to access available options Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 5 PG L. The Value Provider for Power Generation Management Creating Logic: Connection Icons ... Thumbs Next Previous Memo Note: To deactivate the connection icon click the pointer icon or any icon in the toolbar Two Icon types Graphical Icon (line) Click Icon (connector) Using the Icons Single click Æ single interaction Double-click Æ multiple interactions Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 6 PG L. The Value Provider for Power Generation Management Thumbs Next Creating and Deleting Connections ... Creating connections: Activate Icon Move mouse over object and see Previous Memo the connection points highlight. Color depends on the chosen interaction: Graphical interaction (line) click interaction (connector) Select connection point Move mouse to the corresponding object and matching connection points highlight Select connection point … connection is complete Deleting connections: Select connection line then use the context menu to delete Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 7 PG L. The Value Provider for Power Generation Management Thumbs Next Previous Memo Creating Connections between Diagrams Creating a connector: Activate click Icon Select connection point in first diagram Bring to front second diagram´s window Select connection point in second diagram Connectors are automatically inserted and named Power Generation l Instrumentation & Controls Exit ... SPPA-T3000 Training 8 PG L. The Value Provider for Power Generation Management Creating Open Source Connectors ... Thumbs Next Previous Memo Creating an open connector Activate click Icon Select connection point Determine the connectors position Click to create an automatically named open source connector Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 9 PG L. The Value Provider for Power Generation Management Editing Connectors Thumbs Next Previous Memo Editing a connector Double-click the connector to open the Signal Definition window Complete or modify the inherited data Note: These definitions can also be carried out in the AFBlock output Signal Settings (coming next) Determine the information shown with the connector in the function diagram Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 10 PG L. The Value Provider for Power Generation Management Properties and Parameters of AF-Blocks Thumbs Next Previous Memo To open Symbol Parameters of an instance Double-click AF-Block or select AF-Block and use the context menu (via right mouse button) Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 11 PG L. The Value Provider for Power Generation Management Editing Parameters of an AF-Block Tick or edit Thumbs Next Previous Memo Connected Tick Changeable parameters are highlighted in white tick the Visible Port column to display an I/O-port tick the Value column to fix binary values 9 =1 9 =0 edit number 0.0 to assign a fixed value to an analog input connected ports supplying dynamic values are gray 0.0 9 Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 12 PG L. The Value Provider for Power Generation Management Adapting the Parameters Window Thumbs Next Previous Memo To sort the columns individually simply drag and drop the column bar to the new position Determine the width of a column by sizing its column bar Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 13 PG L. The Value Provider for Power Generation Management Parameter Window Extensions Thumbs Next Previous Memo Some settings are available in extendable columns. to open the extension click the header button provided with ........>> to close the extension click the header button provided with ........<< Archive Settings Alarm Settings Signal Settings Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 14 Archive Settings PG L. The Value Provider for Power Generation Management Thumbs Next Archiving Archive component is an „off SPPA-T3000 the shelf“ component Previous Memo Interface Modules Java Trend Bean Data access to the proprietary Samsoft Data Base is carried out using mysql, a reduced set of SQL commands SQL Archive Various embedded SPPAWINDOWS 2000 T3000 Interface Modules are available (e.g. for Trend Displays (Java Trend Bean) and Logs Stratus ft-server Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Archive Structure, Current Day Thumbs Next Search Tag 10240 Memo Archive Previous t Current Day 08.04.03 14:00 Tag 10240 Tag 10112 Tag 10430 Tag 10240 Tag 10240 Tag 10522 Tag 10240 Time Stamp Time Stamp Time Stamp Time Stamp Time Stamp Time Stamp Time Stamp 1h The Current Day is structured in Hourly Files The Entries (24 Byte Timed Tags) to the files are carried out in order of appearance Reduced Time Stamps are used (Date supplied by File) Data Access via Search for Tag specific entries Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Archive Structure, Daily Files Thumbs Next Memo Archive Previous t 1 Day -1 -2 -3 Current Day Month After one Day all 24 Hourly Files are combined to 1 Daily File The entire Archive consists of Daily Files To speed up access in case of overview trend displays with a time range of more than a week, Monthly Files with less resolution are available, in addition to the daily files Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Swap out and Recover Thumbs Next Memo Archive Previous Daily Files -2 -1 -3 Recover if requested To Export and Import Archive Data a Swap out Server with built in DVD burner is used System DVDs will be created automatically when a DVD is completed User specific DVDs can be burned manually at any time Exit SPPA-T3000 Training Thin Client Swap out Serv er DVD Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Assigning Tags to the Archive Thumbs Next Previous Memo Open the Function Diagram using the Configuration Mode and Select the desired AF-Block supplying the signal Open the Properties Window using the context menu Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Archiving Settings Thumbs Settings: Next • • • • Previous Memo Variation min Variation max Variation Percent Engineering Unit To enter the Archiving Settings open the Archive Extension A Tick in the column Archive to the respective Signal Output activates archiving and enables the Settings Don´t forget to Save, Commit and Activate the Changes Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls Alarm Settings PG L. The Value Provider for Power Generation Management Opening the Alarm Extension Thumbs Next Previous Memo Output Upper Limit Note: Alarm Settings are only available for binary outputs To enter the Alarm Settings open the Alarm >> Extension A tick in the Alarm column enables the Alarm Settings Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Alarm Settings Thumbs Next Previous Memo Output Upper Limit Select the Alarm Type from the drop down list Edit the Message text for active and deactive Select the Acknowledge Mode from the drop down list Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Closing Alarm Extension Thumbs Next Previous Memo Output Upper Limit To close the extension of the AF-Block parameter window click the header button provided with Alarm << Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 Signal Settings Opening the Signal Extension Note: Signal Settings are available for all outputs To enter the Signal Settings open the Signal >> Extension If a tick in the Signal column enables the Signal Settings, the default settings -usually inherited data- will appear and can be modified SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Signal Settings The Signal Settings will supply any connector linked to this output automatically Note: Editing the Connector will, vice versa, also modify the Signal Settings of the respective output SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Closing Signal Extension To close the extension of the AF-Block parameter window click the header button provided with Signal << SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management AF-Block Properties Thumbs Next Previous Memo To modify the inherited Tag Name or Designation specific to the selected AF-Block, select the tab Symbol Properties Inheritance is a built-in feature Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 15 PG L. The Value Provider for Power Generation Management Saving Engineered Data ... Thumbs Next Previous The Project View Æ Edit menu contains the following options Memo Commit All Function Diagrams: to save the previously engineered data Rollback All Function Diagrams: to undo the previously engineered data Alternatively the customized toolbar in the Project View is offering shortcut buttons to commit or rollback Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 16 PG L. The Value Provider for Power Generation Management Activate Function in the Runtime Container Thumbs Next Previous Memo ... The Project View Æ Edit menu also contains the following options Activate: to start the cyclic execution of a selected object Deactivate: to stop the cyclic execution of a selected object Note: A selected object in the project view could be a project node or a single function diagram Alternatively the customized toolbar in the Project View is offering shortcut buttons to activate or deactivate all changes Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 17 PG L. The Value Provider for Power Generation Management Status of AF-Blocks and Connectors ... Thumbs Next Previous Memo Meaning of colors Blue indicates active AF-Blocks White indicates closed connections Yellow indicates open connections Black indicates not yet active AF-Blocks Gray indicates deleted but still active AF-Blocks Power Generation l Instrumentation & Controls Exit SPPA-T3000 Training 18 Inheritance PG L. The Value Provider for Power Generation Management Inheritance e.g. KKS Structure: Tag name Thumbs 7 0HNC11 AP002.XQ01 Next Signal name Previous Memo Project Project node node Function Function Diagram Diagram Title Block Data Automation Automation Function Function Signal Item Signal/Connector Signal/Connector AF Type Inheritance functions are to Exit avoid Multiple Recording of the same data avoid Data Inconsistencies consider Logic Context in the engineering make Easy Engineering possible SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Tag Inheritance Air Fluegas (FA11) Thumbs Next + Project Node Previous Memo Forced Draft Ventilator + Induced Draft Ventilator To use the Inheritance Function consequently, the Title Block Data has to be completed, regarding the final target, whenever a Project Node or Function Diagram has been created. Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Inheritance between Node, Diagram and Module Air Fluegas (FA11) Thumbs Next + Project Node Previous Memo Function Diagram Automation Function Signal Flow Measurement Analog value Connector Forced Draft Ventilator 0 7HNC11 AP001.OUT XQ01 Title Block + Induced Draft Ventilator Title Block Data 0 7HNC11 AP001 FD name 0 7HNC11 AP001 Tag name When a new Function Diagram is created, the Default Settings of the Title Block Data are inherited data from the Project Node. The default settings of the AF-Block are inherited data from the Function Diagram; e.g. the Tag name is provided by the FD name The Default Signal Item supplied with the Output is the Port Name. This can be edited at the Ports Signal definition, e.g. XQ01 Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management Inheritance Air Fluegas (FA11) Thumbs Next + Project Node Previous Memo Function Diagram Automation Function Signal Flow Measurement Analog value Connector Forced Draft Ventilator AP001.XQ01 AP999 0 7HNC11 AP002 Title Block Data + Induced Draft Ventilator Title Block Data AP002 AP003 0 7HNC11 AP001 FD name 0 7HNC11 AP003 AP002 AP001 Tag name When changing any data, Inheritance is carried out immediately after saving (Release 2) But if inherited data once have been modified manually, the Inheritance is blocked at this point To restore inherited data, delete the manually modified data in the Title Block Data using „Blank“, then save Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 4 New Plant Display PG L. The Value Provider for Power Generation Management Diagram Editor: Plant Displays ... Standard graphics toolbar Thumbs Next Previous Memo Filled Ellipse Open Prototypes Libraries (Normal Navigation) Exit SPPA-T3000 Training Plant Display workspace (Multiple Windows) Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 1 PG L. The Value Provider for Power Generation Management Copying Symbols From the Library to a Plant Display ... Thumbs Next Previous Memo Select symbol Single mouse click Exit SPPA-T3000 Training Drag and drop symbol Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 2 PG L. The Value Provider for Power Generation Management Multiple copying of Pictograms From the Library to a Plant Display ... Thumbs Next Previous Memo Select symbol Double-click Exit SPPA-T3000 Training Drag and drop symbols Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 3 PG L. The Value Provider for Power Generation Management Positioning of Objects ... Thumbs Next Previous Memo Exit Multiple Selection using shift click or lasso function Adjust the position using the mouse or any align function SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 4 PG L. The Value Provider for Power Generation Management Adding Static Graphic Objects ... Thumbs Next Previous Memo Exit Select the desired object type from the tool bar (e.g. line) Create a standard object of this type using the mouse SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 5 PG L. The Value Provider for Power Generation Management Modifying Objects ... Thumbs Next Previous The Standard Toolbar must be ticked in the View menu Object Properties Memo To modify graphic objects, open the object´s properties in the standard toolbar Stroke opens a window to modify the width and other attributes of a line. Changes can be set default. Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 6 PG L. The Value Provider for Power Generation Management Determine the color of objects Thumbs Next Previous Memo Exit StrokePaint opens the color table Various options are available to change the color SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 7 PG L. The Value Provider for Power Generation Management Adjusting Objects Thumbs Next Previous Memo Exit SPPA-T3000 Training To exactly adjust objects it is advisable to use the align functions or deactivate the grid in the Tools menu Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 8 PG L. The Value Provider for Power Generation Management Arranging Objects Thumbs Next Note: just like the shapes menu, the context menu also provides alignment and arrangement functions Previous Memo Exit SPPA-T3000 Training Define the layer using the context menu to arrange the display with other objects Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 9 PG L. The Value Provider for Power Generation Management Size to Fit Thumbs Next Previous Memo Note: The size to fit function is also used when opening a display in the operators view. Therefore a given outline rectangle will fix the proportion and maximum size To display all objects of a display, use the size to fit option Exit All objects are displayed and adopted to the given window frame, irrespective of their original proportions Return to the original size using the 1:1 button SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 10 PG L. The Value Provider for Power Generation Management Assigning Display Object to AF-Block Thumbs Next Previous Memo Exit Double click an object to open the mapping window Type the Tag-name and -item or start the Tag Browser Tag Browser Save to close and store data SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 11 PG L. The Value Provider for Power Generation Management Default Mapping of AF-Block and Faceplate Symbol Thumbs Next M Previous Memo Status AF Type Faceplate ENG EXEC HMI DIA Alarm I&C IN I&C OUT Operation Default mapping = Mapping of entities Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 12 PG L. The Value Provider for Power Generation Management Changing the Default Mapping Thumbs Next Previous Memo If a symbol supports different faceplates, the desired Faceplate-Type can be selected from the drop down list, which contains all applicable faceplates Even the mapping of the AF Type is selectable, but only if different AF-Blocks support the same symbol Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 13 PG L. The Value Provider for Power Generation Management Default Mapping of AF-Block and Faceplate using Alternatives Symbol Thumbs Next M Previous Memo Alternative AF Types Status AFI Type Alternative Faceplates Operation Faceplate ENG EXEC HMI DIA Alarm I&C IN I&C OUT Default mapping = Mapping of entities Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 14 PG L. The Value Provider for Power Generation Management Individual Mapping of Symbols and Faceplates Using the Mapping Details View Thumbs Next Previous Use the Tag Browser for mapping Memo If requested, individual mapping is possible Mapping status information from other AF-Blocks to the pictogram Mapping faceplate items to other AF-Blocks (e.g. Position feedback) Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 15 PG L. The Value Provider for Power Generation Management Saving Changes Thumbs Next Previous Memo To save the engineered data, return to the Project view Select the newly created display or the project node Use Edit-> Commit Plant Displays to save changes of the selected item Use Edit->Rollback Plant Displays to undo changes of the selected item Alternatively the customized toolbar offers shortcut buttons to Commit or Rollback Plant display Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 16 PG L. The Value Provider for Power Generation Management Activating changes Thumbs Next Previous Memo Use Edit-> Activate… to make the committed changes of the selected Plant Displays available to the operators view If customized, the toolbar is offering a shortcut button to Activate selected Plant Displays Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls KW OEBASIC, Kratzer, 04/2002 17 Integrated Engineering PG L. The Value Provider for Power Generation Management Integrated Engineering Thumbs Next Previous Memo When creating either a new Function Diagram or a new Plant Exit Display, Integrated Engineering allows creation of both a Plant Display and a Function Diagram Enter the name of the diagram to be assigned or use the diagram browser to assign an already existing diagram Function Diagram and the Plant Display are then referring to each other Power Generation l Instrumentation & Controls SPPA-T3000 Training PG L. The Value Provider for Power Generation Management Manual Diagram Assignment Thumbs Next Previous Memo Using the context menu, the Diagram Assignment of a selected diagram can be manually modified Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Diagram Assignment Thumbs Next Previous Memo The target is always assigned to the source using drag, drop, and save Multiple assignment is feasible as well: Different targets assigned to one source diagram One target assigned from different source diagrams Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Easy to ... design a Plant Display Thumbs Next Previous Memo If a graphic symbol is placed in a Plant Display, the respective Exit AF-Block is automatically placed at the assigned Function Diagram´s disposal Where appropriate, the target must be determined from the list of assigned diagrams. This includes carrying out all necessary mapping between Symbol, AF-Block and Faceplate Power Generation l Instrumentation & Controls SPPA-T3000 Training PG L. The Value Provider for Power Generation Management Easy to ... use the placed AF-Block Thumbs Next Previous Memo With regards to the target Function Diagram, all previously placed AF-Blocks are available in the Reference List, which can be opened using the File Æ Open Reference List option Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Easy to ... use the placed AF-Block Thumbs Next Previous Memo Note: If the AF-Block is deleted from the diagram, it will appear again in the Reference List The Reference List appears docked at the left side The AF-Blocks can now be moved from the Reference List to the Diagram by simply using click, drag, and drop Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Easy to ... design Function Diagrams Thumbs Next Previous Memo Every time an AF-Block is placed in a Function Diagram, the respective graphic symbol is automatically placed at the assigned Plant Display´s disposal This includes carrying out all necessary mapping between AF-Block, Graphic symbol, and Faceplate Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Easy to ... compose Plant Displays Thumbs Next Previous Memo With regards to the target Plant Display, all previously placed symbols are available in the Reference List Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Easy to ... compose Plant Displays Thumbs Next Previous Memo Note: If the symbol is deleted from the display, it will appear again in the Reference List Before moving from the Reference List to the Diagram, the symbol can be changed in the reference list using the context menu Select the desired symbol from a list of matching objects Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls PG L. The Value Provider for Power Generation Management Activating Integrated Engineering Thumbs Note: In the Mode „Map new Pictogram to existing Afi“ no Diagram Assignment is necessary. In this mode simply the Tag Browser is started whenever a new Pictogramm is installed in a Plant Display Next Previous Memo The Integrated Engineering can be Activated/Deactivated using the Edit Menu in the Diagram Editor Integrated Engineering off Create New Afi for Pictogram Map new Pictogram to existing AF-Block Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls Macros PG L. The Value Provider for Power Generation Management Macro User View Thumbs Valve Simulation Macro Library Function Diagram Next Previous Memo For multiple use, a well tested structure of Automation Functions can be defined and stored in a Macro Library Once copied to a Function Diagram a Macro appears like a compact Module, with Inputs, Outputs and Connectivity just like an AF-Block Move to embedded Macro... There are 3 options for Macro from Selection Creating Macros: Macro from Diagram Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Embedded Macro Thumbs Next Previous Memo A group of user defined logic can be defined as an Embedded Macro using the context menu The Macro has to be named Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Appearance of a Macro Thumbs Next Previous Memo The logic then appears as a compact block, as previously named, with all signals remaining intact, but all internally used signals are hidden Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management Macro from Selection Thumbs Next Previous Memo A Macro from Selection is similar to an embedded Macro but can be saved in a Library Note: Macros saved in a library can be copied to function diagrams like AF-Blocks Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 4 PG L. The Value Provider for Power Generation Management Macro from Diagram Thumbs Next Previous Memo To turn an entire Function Diagram into a macro, first define all input and output signals refering to any external diagram as Macro Port References Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 5 PG L. The Value Provider for Power Generation Management Editing the Port References Thumbs Next Previous Memo Double-click to Edit name and description of these references Also the graphic appearance can be modified Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 6 PG L. The Value Provider for Power Generation Management Saving Macro in a Library Thumbs Next Previous Memo This type of macro must be saved in a Library using the Macro from Diagram option in the context menu Default name is the function diagrams name Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 7 PG L. The Value Provider for Power Generation Management Placing Macros in a Function Diagram Thumbs Next Previous Memo Copying Macros from the library to function diagrams is carried out the same as with AF-Blocks. A macro can be inserted in both views: as a Block or as a Network Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 8 PG L. The Value Provider for Power Generation Management Modifying Macros in the Library Thumbs Next Previous Memo If a macro is modified in the library only subsequently placed macros are affected If a placed macro is modified only this individual macro is affected Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 9 PG L. The Value Provider for Power Generation Management Viewing embedded Macros Thumbs Next Previous Memo Note: This option is available in both, the engineering view and the operating view Use the Navigate –> Embedded Diagram option in the context menu to display the network of an embedded macro Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 10 PG L. The Value Provider for Power Generation Management Create new Macro Library Node Thumbs Next Previous Memo Open the Library in the Hierarchy tree of the Project View Select the target folder the new Library Node is to be inserted Keep the mouse pointer in the Hierarchy tree and select Create New Library Node from the context menu, using the right mouse button After the Library Node has been created, it can be renamed, e.g. Basic1 Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 11 Trend Display Create Trend Display To create a full size 10 channel curve display copy a Trend Bean Object from the Prototypes Library to a new Plant Display SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Trend Assignment To name the diagram and enter other settings and Tag assignments doubleclick anywhere on the trend bean object This opens the Bean Customizer window SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Bean Customizer Notice: All Settings using the Engineering View are default setting definitions All Settings in the Operation Mode are carried out only temporarily User can save temporary changes individually using „save workspace“ before closing the Trend Display The Operation Mode is supplied with additional „OK“ and „Cancel“ buttons SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 General Settings In the General Settings the Diagram Title must be determined If Interpolation of the curve is desired, a tick in this option is necessary SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Time Settings The Time Settings are used to determine the Time Frame of archived data shown in the display The Start Time determines whether the display shows the curve at the current time (Now) or at a given time The Duration determines the Time Axis Range shown SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Assigning Tags to the Channels The Tag Assignment is used to determine which signal is displayed in the respective Channel 1-10 First of all the desired Channel must be determined (Tag 1 - Tag 10) Next Step is to Assign a Tag to the channel using the Browser Tag Browser SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Tag Color and Style The Tag is now assigned to the channel and the Tag Name appears Next step is to determine Tank..Level the Tag Color of the channel using the system color table The Trend Style option is to be used in the Operation Mode only Tick the Logarithmic Scale option if desired SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Defining the Range The Range of the curve can Tank..Level be assigned individually using Physical Values according to the signal requirements (EU): Range High: 100% Range Low: 0% Repeat Assigning Tag for each channel if requested SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 Appearance In the Appearance tab the color indicating Invalid Data can be determined Tank..Level SPPA-T3000 Training < > Additionally the Insertion of Physical Scales on the left hand of the Trend Display can be activated and assigned to a Tag (channel) Power Generation l Instrumentation & Controls 9 Apply and Close To apply previously made settings use the Apply button Before Closing the Bean Tank..Level Customizer Window you should apply all settings. If you don´t, all changes are rejected In the Operation Mode two additional buttons are available OK: to apply and close Cancel: to reject and close SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 10 Plant Display Hierarchy PG L. The Value Provider for Power Generation Management Use of Display Hierarchy Thumbs Next Previous Allows the operator to navigate through all plant displays Memo Defines levels, grouping and arrangement of plant displays in a logical order Supplies a path through all displays from the unit overview down to a single device Allows the operator to move from display to display using left- right- up- down-buttons Enables the operator to access any display directly from the hierarchy structure Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Built-up Display Hierarchy Thumbs Next Previous Memo After the plant displays have been created and arranged in the project view structure, the automatically built-up display hierarchy can be opened, using the applications menu or the shortcut key The display hierarchy mirrors the project node‘s structure, created during the engineering session Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Removing Displays from the Hierarchy Thumbs Next Previous Memo There are two buttons to remove plant displays from the display hierarchy The left button removes only the selected plant display from the hierarchy The right button removes the selected plant display and all underlying plant displays from the hierarchy Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management Resetting the Display Hierarchy Thumbs Next Previous Memo To reset the display hierarchy use the ÆEdit Æ Reset Hierarchy option Pay particular attention when resetting the ! Exit SPPA-T3000 Training hierarchy. All modifications previously made will be lost and cannot be recovered! Power Generation l Instrumentation & Controls 4 PG L. The Value Provider for Power Generation Management Adding Displays to the Hierarchy Thumbs Next Previous Memo To add a single display to the hierarchy simply click, drag and drop from the Project View to the Plant Display Hierarchy When dropping into the hierarchy, the display´s ranking in the hierarchy is determined by the mouse position Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 5 PG L. The Value Provider for Power Generation Management Saving the Modifications Thumbs Next Previous Memo The modifications of the Plant Display Hierarchy are not available for the operators view until they have been committed and activated There is no repercussion upon the project structure ! Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 6 Operations View PG L. The Value Provider for Power Generation Management Operators Views Thumbs Next Previous Memo General information and observance of the plant is carried out using Plant Displays. They are also used for operation of controls and devices Plant Displays Alarm notification, valuation, filtering, tracking and confirmation is carried out using the Alarm Sequence Alarm Sequence Display Display The Group Alarm Indication provides a summary of the alarm status of all Plant Displays Group Alarm Indication For diagnostics, fault analysis, and trouble shooting, the Diagnostic View is used. Service information and help is also available here Diagnostic View For value tracking and trouble shooting Dynamic Function Diagrams are used Exit SPPA-T3000 Training Dyn. Function Diagram Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Thumbs Next Previous Memo Operator Views For curves presentation, Trend Displays are used allowing analysis of archived data Trend Displays Reports are used to compile a set of information based on process variables which are stored in the Archive Reports Point View is used to display and modify the complete data set of a point including live values and alarm states Point View The MultiScreen Function provides a workbench using multiple screens MultiScreen User Specific Plant Displays allows Individual Users to easily create their own Plant Displays Exit SPPA-T3000 Training USP Display Power Generation l Instrumentation & Controls 2 Plant Displays Navigation Starting Operation Mode Note: If a user is given operators access rights, the workbench is automatically opened in the Operation Mode To start Operation Mode enable it in the Mode menu SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 1 Operation Mode Note: The hierarchy is diagramed horizontally The display will change to Operation View. The display hierarchy is either available in the header bar as a drop down menu or docked left The navigation buttons visibility is optional SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 2 Opening a Plant Display A double click on the respective display icon in the display hierarchy opens a new plant display window. During download the transmission indicator is visible SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 3 Plant Displays in the Workspace After transmission is terminated the display appears in the workspace. Several displays can be opened at the same time The respective navigation button becomes „active“ when a display is available in the hierarchy SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 4 UP/DOWN Navigation Buttons UP DOWN in the same path The „Up“ and „Down“ buttons provide navigation to a neighboring display within a given path (e.g. Unit 2 Overview) UP from Feedwater to Turbine DOWN from Feedwater to Generator SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 5 LEFT Navigation Button LEFT : back to the superordinate display The „Left“ button returns to the superordinate display (e.g. Unit 2 Overview) SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 6 RIGHT Navigation Button RIGHT : to subordinate displays The „Right“ button provides navigation to a subordinate display. If more than one exists, an additional window appears listing the available displays SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 7 Selecting Open Displays Using Short Cut Keys The currently open displays are selectable using the shortcut keys in the windows toolbar The selected display is indicated with it's short cut key pressed and highlighted in the plant display hierarchy SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 8 Paging Back A straight paging-back function is not available. However, the recently opened displays are always selectable from the Applications menu, even after they have been closed. SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 9 Operating the Process In Plant Displays various Pictograms are available, indicating both Status and Value of Process Variables Faceplates supply more details and operating facilities. To open a Faceplate doubleclick the respective Pictogram Faceplate Positioning SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 10 Individual Faceplates Positioning To assign an Individual Popup Position to a Faceplate, a Grid has to be defined first, fine tuning the whole screen The positions defined in this Screen Grid are valid on every Monitor for every Login (user) in the project SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Defining the Screen Grid Select the menu Window --> Define screen grid... from the Workbench In the opened dialog window the Squares represent Position on the monitor screen Adjust the numbers of vertical and horizontal positions (Columns and Rows) to be used Finalize the dialog with Save SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Setting the individual Popup Position In the Operation View double click the desired Pictogram to open the Faceplate After placing the mouse pointer in the center of the Faceplate open the context menu, then select Set Screen Position In the opened Grid Scheme you can accept the proposed location or select another locaton with a mouse click, then Save SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Validity of Popup Positions Workbench Note: In the Dialog window the squares represent position on the Monitor Screen. The positions are not limited to the workbench area When the Faceplate is opened the next time it will appear at the new position The new position is valid on every monitor for every login (user) SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Display Navigation Buttons In Plant Displays also Navigation Buttons can be engineered to directly open other Plant Displays The first click only selects the Navigation Button. The selection is indicated by a green frame The second click opens the preselected Plant Display SPPA-T3000 Training KW_T3OPER, Kratzer, 05/2005 < > Power Generation l Instrumentation & Controls 11 Alarm Sequence Display Opening the Alarm Sequence Display To open the Alarm Sequence Display use the short cut keys from the Toolbar or the applications menu The Default ASD is available, but users may create own ASDs, which will only appear in the submenu if the user is logged in It is most convenient to dock the ASD at the top of the workspace Power Generation l Instrumentation & Controls 1 SPPA-T3000 Training < > ASD view The user can toggle between the Chronological View (default) and the Alarm Point View In the chronological view, each time an alarm is raised, a new line SPPA-T3000 Training is added to the ASD In the alarm point view alarms from the same Alarm Source will only occupy one row in the ASD. A counter indicates how many alarms from the Alarm Source have been raised < > Power Generation l Instrumentation & Controls 2 ASD Window Structure The ASD provides the interface for users to view, analyze and control alarms Indicators for Raised/Gone (Arriving/Clearing) and Acknowledged Alarm-Type, assigned Tag, and Description-text Status and event-time stamp Alarm Types If Alarms are displayed in chronological order. Click the „Time in“ bar to invert the time axis SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Alarm Types A W T M S - Alarm, a critical Alarm. - Warning, a less critical Alarm. - Tolerance, a least critical Alarm. - Maintenance, a maintenance or service activity is required - Status, an important device has been started or stopped, or a device changeover has occurred I&C - Instrumentation and Control, a fault in the I&C system SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Alarm Status Inactive Alarm Active Alarm GONE RAISED 1 Inactive Alarm 0 time An alarm can be in one of two states, it is either Active or Inactive When an alarm becomes active (1) it is RAISED, when it becomes inactive (0) it is GONE SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Customize the ASD view To add(+) or remove(-) columns from the customized view, position the mouse in any column header bar and open the context menu, then make your choice To sort the columns individually simply drag and drop the column bar to the new position Determine the width of a column by sizing its column bar SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Acknowledging Alarms Select the alarms to be acknowledged. Selected alarms are indicated by a bold black frame click : Single selection shift + click …. click : Range selection ctrl + click, click … : Multiple selection A range selection can also be achieved by dragging the mouse over the desired alarms keeping the mouse button pressed To acknowledge the alarms open the context menu, using the right mouse button. Both, acknowledgement of the selected alarms and acknowledgement of the entire page, is possible SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Acknowledged Alarms Indication The acknowledged alarms, which are still present, stop flashing and are now marked with a check in the „Ack“ column Alarms which are already gone, disappear from the ASD after they have been acknowledged Note: Acknowledged alarms only disappear from the Display. They are still available in the Archive and may be displayed at any time using Trend Displays or Reports SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Acknowledging Alarms of a Plant Display In the Operation Mode the Workspace Header is supplied with a button to acknowledge all alarms present within a selected Plant Display Additionally buttons are available to silence Alarm Sounds at the local client or to silence Alarm Sounds at all clients SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Individual Alarm Source Configuration Note: During the system configuration the default settings of alarm ports are specified During the Engineering process, the alarm sources automatic acknowledgement mode can be fixed SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 ASD Hierarchy Tree view Note: In the default ASD the Hierarchy Tree cannot be turned off to prevent supressed alarms from not being indicated The Hierarchy Tree on the left hand is used to specify Selection of alarms Automatic Acknowledgement of alarm groups Suppression of Alarms To turn off the Hierarchy Tree in any User Specific ASD, the respective menu point must be unticked SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 9 Alarm Selection Note: Since it is intended to display all alarms, alarm selection is deactivated in the default ASD Alarm Selection can be assigned to each project node individually, by setting selection criteria in the Hierarchy Tree Select the node in the Hierarchy Tree View and open the Selection dialog box using this option from the context menu Select or deselect individually the Alarm Types. Only ticked Alarm Types will be displayed. Substructures can be included SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 10 Indication of Alarm Selection Hierarchy Tree A black tick will appear, if all alarm sources of all alarm types are selected for a node (and its sub-nodes) A gray tick will appear, if some of the alarm sources and/or some of the alarm types are selected for a node (and its sub-nodes) No tick will appear, if none of the alarm sources of any Alarm Type are selected for a node (and its sub-nodes) SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 11 Automatic Acknowledgement Due to some temporary condition in the plant, the user can acknowledge alarms (raised or gone) of a Project Node automatically Select the node in the Hierarchy View and open the Auto Acknowledgement box using this option from the context menu A tick in the dialog box enables the automatic acknowledgement to the respective Alarm Type. Substructure can be included SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 12 Selective Alarm Suppression Alarm sequence display Two levels of suppression can be selected Alarm buffer 1st level of suppression No entry into alarm buffer Archiving continues 1st level Archive 2nd level 2nd level of suppression No entry into archive Event Acquisition Temporary suppression of "disruptive" alarms, e.g., faulty components on night shift Immediate selection of alarms possible via the operator interface SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 13 Suppressing Alarms To suppress a single alarm message, select the line in the ASD then determine the suppression mode using the context menu Display and Archive: the alarm is suppressed in both, the Alarm Sequence Display and in the Archive Display: the alarm is suppressed in the Alarm Sequence Display, but still stored in the Archive SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 14 Suppressing Alarm Groups Gray if only a single Diagram is concerned To suppress alarm groups, select node or diagram in the Hierarchy View then open the Suppression dialog box using this option from the context menu Determine a multiple choice of alarm groups to be suppressed Determine the suppression mode then click the Suppress button SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 15 Indication of suppressed Alarms Suppressed alarms will disappear immediately from the Display The names of all nodes containing suppressed alarms will appear in red color in the Hierarchy Tree Note: If an alarm is suppressed in the Archive, former messages of this alarm will not be removed from the Archive. They are still accessible using Trend Displays and Reports SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 16 Browsing for suppressed alarms Select any Node indicating suppressed alarms in the Hierarchy Tree and open the Alarm Point Browser using this option from the context menu Determine a multiple choice of suppression modes you want to browse for, then click Search SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 17 Unsuppress alarms Note: Display Unsuppress is processing ASD-blocked alarms, Unsuppress is processing Archive-blocked alarms only All matches will be listed in the Alarm Point Browser window To unsuppress alarms select the desired line in the Browser window and use the context menu to unsuppress the selected alarm SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 18 Group Alarm Indication Group Alarm Indication In the Operation Mode a Group Alarm Indicator for Plant Displays provides a summary of the current alarm status of a Plant Display The Group Alarm Indicator for a Plant Display will appear if the Cursor is held stationary over that Plant Display in the PDH. However, this indicator is for display purposes only, and cannot be clicked on for navigation Alarm Types Each Alarm Type is represented by a separate indicator SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Collecting Alarms Furthermore, a Group Alarm Indicator for a Plant Display also collects the alarms from all subordinate Plant Displays in the Plant Display Hierarchy When an Alarm Type is present it is indicated by its color as defined in the Project Settings, otherwise the indicator will be gray All Alarms Acknowledged is indicated by a steady color At least one Alarm Unacknowledged is indicated by flashing SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Alarm Tracking Navigation buttons to subordinate Plant Displays include a Group Alarm Indicator for that display as well. Only present alarms are indicated This allows the Operator to navigate down the Plant Display Hierarchy using the Plant Display Selection Buttons and following the Group Alarm Indication To navigate this way, the Operators Plant Display Hierarchy can be closed SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Navigation via Group Alarm Indicator The Group Alarm Indicator in the Workbench Header displays the alarms for the whole plant. The user can navigate directly to Plant Displays with active alarms by clicking on the respective Group Alarm Indicator Navigation from the Workbench Header starts from the highest level of the Plant Display Hierarchy If two alarms of the same Alarm Type exist on the same hierarchy level, the superordinate diagram is navigated to automatically SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Diagnostic View Features of the Diagnostic View The Diagnostic View provides Fault Analysis, Display of Status Information, and Status Reports collected from different components necessary for: Clarification of disturbances Status information on demand Maintenance purposes. SPPA-T3000 System Software administration purposes Both event driven and dialog driven diagnostic mechanisms are available SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Opening the Diagnostic View The Diagnostic View can be opened using either the Applications menu or the shortcut key SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Layout of the Diagnostic View Generally, the Diagnostic View is divided into two parts: The Tree View on the left, representing each possible source of diagnostic data, structured in various system components and containers. Typical selection and navigation is used The Detailed Diagnostic Information on the right hand side, provided by the currently selected item and is updated automatically SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Filtering the Diagnostic Information The Filter option in the Edit menu opens the filter dialog The dialog supports both filter functions, search pattern, and type. After activating the filter function, only containers and components that match the filter criteria are displayed in the view tree SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Find Diagnostic Information The Find option in the Edit menu opens the Search dialog A search pattern and the option to search within the selected node can be fed After clicking the Search button, the first match is highlighted in the view tree. Search Again continues the search SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Project Node The Project Node is the top level node in the diagnostic view There is only static diagnostic information here. It is comprised of the node name and ID, which are assigned during the project setup SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Host Computer Node In a distributed system the various system containers are assigned to different host computers. There is a diagnostic node for each host computer in the project A host computer node covers the diagnostic view of the assigned system containers The host computer node only provides the static name and ID SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Alarm Container Node Alarm Container node (ac) collects the alarms, generated in the system, for displaying In addition to the static information, the dynamic information provides the current status: Started / Running / Terminating / Stopped / Failed Only the project administrator is allowed to start or stop the ac using the action button SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 Automation Function Container (AFC) Node The Automation Function Container nodes (afc) represent the diagnostic interfaces to all AFCs assigned to the host computer An afc node covers the diagnostic nodes of the function diagrams In addition to the Static and Status Information the connection status is displayed regarding receipt of data from other AFCs SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 9 Function Diagram Node The Function Diagram node provides only static diagnostic information It covers the Function Block nodes assigned to the respective Function Diagram SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 10 Function Block Node The Function Block node provides following diagnostic data: All diagnostic ports Note: After the respective button All I&C ports is pressed, the information is All HMI ports displayed below All ports with bad Quality All other ports SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 11 Fault Tracking To follow an input signal to the source or an output signal to the destination, move the mouse to the signal and open the context menu. Option: display of the acquired data in a 2nd Window Source AF Block or a single destination AF Block is displayed immediately. When multiple destinations are involved, the target must also be determined Power Generation l Instrumentation & Controls 12 SPPA-T3000 Training < > More Container Nodes Additionally there are several system container nodes that contain status information: The Logging information Diagnostic container – dc supports developers with Monitor container – mc software debugging Project container - pc Plant display container - pds Power Generation l Instrumentation & Controls SPPA-T3000 Training < > 13 Dynamic Function Diagrams Dynamic Function Diagram The function diagram is displayed in operation mode with all current values inserted and continuously updated There are various ways to select a dynamic function diagram. SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Selecting a Dynamic Function Diagram From the project view a selected function diagram can be opened in the operation mode using the Context menu or using the Edit menu SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Selecting a Dynamic Function Diagram If operation mode is already activated, then an icon in the project view can be opened with a double-click SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Selecting a Dynamic Function Diagram If a function diagram is already opened in the Diagram Editor, the „Start Dynamic Function Diagram“ option from the View menu can be used SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Selecting a Dynamic Function Diagram After the faceplate of a display object has been opened, the hotkey can be used to open the dynamic view of the respective function diagram to which the display object is mapped SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Additional Information Additional information is inserted into the Dynamic Function Diagram if the respective Option in the View Menu is checked There are various options available in this menu, e.g. Display All Output Values Power Generation l Instrumentation & Controls SPPA-T3000 Training < > 6 Signal Tracking The Navigate Option allows tracking a signal via connector to the destination or vice versa If a signal is multiple-used the respective target can be selected from the External applications list The Source/Destination Diagram is displayed in a new window Forcing Ports SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Forcing Ports of an AF Block Force Value: True False 88.88 analog To force ports click the respective AF Block in the dyn. function diagram and open the forced ports view using the context menu Select the input or output to be forced in the Force column. Enter or change the Force Value, then Save SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Listing Forced Ports To list the forced ports of a selected diagram in the Project view use the Extras -> Documentation menu SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Trend Display Trend Display Trend Displays are used to display archived data graphically for analysing and tracking SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Selecting a Trend Display To open predefined Trend Displays usually specific Selection Buttons are available in both; Plant Displays and Faceplates In the Operation Mode also the selection via Display Hierarchy Navigation is available SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Opening Trend Display Note: The very first click anywhere in the trend display only enables operating (indicated by a green frame) The Trend Display opens into a new Full Screen Window The current Display Parameters like Time Scale, Physical Scale and Range are in accordance with the engineered default settings SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Trend Display Legend Although showing the current values at the right border of the screen, the Dynamization is stopped. To start, release the Pause button. In the lower part of the window, the Legend display includes all necessary information to the signals like Tag name, Description, display Range, engineering Unit and the Last value. The curves in the curve field are identified by the given Tag Color SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Analysing Curves To analyse curves, two vertical Cursors Lines are available which can be switched on and then freely positioned on the time axis The current position and the time difference between both cursor lines is inserted above. Positioning is used by using the scroll buttons or simply drag and drop anywhere. The values at the cursor position are then visible in the respective column SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Scrolling the Time Axis Page left Segment left Segment right Page right To scroll the curve field along the time axis two pairs of Scroll Buttons are available Scroll by Page Scroll by Time Segment SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Scrolling the Range To scroll the curve field along the Range axis a pair of Scroll Buttons is available Scroll up by 1/4 of the Range scale Scroll down by 1/4 of the Range scale SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Change Predefined Time Range To change display between predefined Time Ranges a drop down menu is available SPPA-T3000 Training < > 10 1 6 12 24 minutes hour hours hours hours Power Generation l Instrumentation & Controls 8 Inserting Physical Scales On the left Physical Scales are Add or remove Physical inserted according with the engineered default settings SPPA-T3000 Training < > scales temporaryly using the Physical Scale Button Power Generation l Instrumentation & Controls 9 Assigning a Tag to a Physical Scale The Tag Colors indicate the Physical Scales assignment Modify the assignment temporarily using the drop down Tag Color Menu SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 10 Magnifying individually Magnify Time Range Step back Return To magnify the curve representation individually activate the button showing the Magnifying Glass symbol Preselect the „X“ option to magnify related Time axis. Preselect the „X:Y“ option to magnify related Range axis Then use the Lasso Function (dragging the mouse, keeping left mouse button pressed) to select the desired range The desired range is then shown individually magnified SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 11 Assigning Channels Clicking any Tag Color Button or the Set Parameter Button to open a window which allows to temporarily modify the channels general assignment Assigning Trend Displays To support easy analysis the display style of a selected curve channel can be modified using the Tags/Appearance sheet. The options Highlighted, Flooded and Hidden are available SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 12 Drag and Drop Configuration Note: If the cursor is positioned over an existing signal in the signal list, the new signal will replace the existing signal Tags in a trend Display can also be configured in the Operation Mode (only temporary) using the drag and drop method Select a pictogram in an open Plant Display with the CTRL key simultaneously pressed, then drag the mouse to the Trend Displays symbol list keeping the mouse button pressed, then drop SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 13 Reports Reports Repo rt Archive Compiling Reports • Sequence • Status The compiling of reports is based on process variables which are stored in the Archive Reports are used to compile a set of information under a certain aspect. Some of those aspects could be: Measured values during a given Period of Time To start investigations after an Event in the process Collecting Balance Data of performance or wear Operation Sequences Snapshot of a certain set of process values SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Starting the dialog to create Reports The dialog to create Reports is started by using the Reports option from the Workbench - Applications menu The Reports Dialog then appears in a new window SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Opening the Reports Dialog After opening the menu FileÆ Create Report the report types are listed in a submenu. Various Sequence Reports and Status Reports are available Click on the desired report to open the configuration dialog e.g. Binary Status SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Binary Status Report The Binary Status Report represents the current status of a selection of signals at a specific time (snapshot) Archive Query To configure the query on the archived data the selection criteria Time, Tags, Quality and Value have to be defined in the Parameters tab Power Generation l Instrumentation & Controls SPPA-T3000 Training < > 4 Selection criteria: Time Open the calendar to adjust the date. A calendar sheet appears with the present date selected. Select the desired date. Change month/year using the up/down buttons Open the time indication which appears with the present time Click on the up/down buttons to select SPPA-T3000 Training < > the desired time Power Generation l Instrumentation & Controls 5 Selection criteria: Tags Note: When there is no specification or a specification which cannot be interpreted from the report generator, the user will be informed with an error message Add then Browse for Tags to be included in the report A fully specified Tag consists of 3 parts Tag Name, Signal Item and Signal Name Tags can also be entered manually. Then „Wildcards“ can be used: Tag Browser An asterisk ( * ) replaces an unspecified number of characters A question mark ( ? ) replaces one character Merging of different Tags in one Report can be achieved by entering more than one specification SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Selection criteria: Quality Quality Codes, in accordance with the OPC Data Access Custom Interface Specification, are stored with the event records in the archive. A filter can be set to a selection of these Quality Codes OPC Quality Codes Select the desired Quality Code with the left mouse button. If necessary scroll down in the list using the slider. Then press the Add button To select more than one Quality Code repeat the selection or press Add all To remove Quality Codes from the selection proceed vice versa or press Remove all SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Selection criteria: Value Binary Values are stored with the event records in the archive. A filter can be set to a selection of these binary states SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 8 Define Comment A freely editable comment can be fed in the Info tab. This comment will appear in the reports output file SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 9 Define Output To save the Report in the archive a file name must be assigned Other output options are Printer, Remote Filesystem or Email SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 10 Start Output Archive Query Start the report output using FileÆCreate Report and after the Query is performed, the result will be displayed in the HTMLbrowser window Power Generation l Instrumentation & Controls SPPA-T3000 Training < > 11 Point View Point View Configuration mode AF-Block information Parameter • Function Diagram • Plant Display Operation mode Hardware • Function Diagram Forcing • Plant Display Dynamic Values Diagnostic View For advanced engineering the Point View is offered, an additional and comprehensive online access to all values, parameters, connections and hardware assignments which may also be used during the commissioning With the Point View of a selected AF Block the user also acquires easy and fast access to all its views and diagrams using shortcut keys SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Opening Point View Note: only graphic objects with AF-Block assignment are supported After selecting any object in any plant display or in any function diagram using either the Engineering View or the Operation View, the Point View can be opened using the context menu Also Faceplates are provided with a Point View Button SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Point View - General Toolbar The General tab shows various assignments and information which cannot be modified at this stage The Toolbar provides the shortcut keys for switching directly to other views of the AF-Block SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Point View - Engineering Parameter The Engineering Parameter tab allows the user to modify the AF-Block Parameter Set1 online. Simply click Apply or Ok to execute changes, no committing or activating function diagrams SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Point View - Dynamic Values The Dynamic Values tab provides the current values from the process in the cyclically dynamized column “Value” SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Point View - Forcing The Dynamic Values tab also supports the ability to force values Thus forcing parameters and watch the process before changing the engineered parameters facilitates interactive commissioning SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Point View - Hardware If the AF-Block is using or providing any hardware signal, the Hardware tab shows both, the link to the hardware diagram and the HW Proxy and HW Module Type used. SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Multi-Screen MultiScreen Operation Standard PC with 4 channel graphic devices Single start up of the Workbench One keyboard to enter data One mouse to operate up to 4 screens SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Typical MultiScreen Arrangements Typical multiscreen arrangements consist of two or four screens in line or square configuration SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 MultiScreen Layout One Screen is provided with the entire workbench header The other upper screens are provided only with buttons to operate PDH, CAI, ASD and Horn The lower screens are additionally provided with a footer SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Operating the Plant Display Hierarchy The Button to open the Plant Display Hierarchy is available on each screen Click item to select a Plant Display from the hierarchy SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Maximize to all Screens A B C D View over all screens To maximize any window e.g. from screen A to all screens, first select the window on screen A Then select Maximize to all Screens from the Window menu The window now appears enlarged on all screens SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Restore from all Screens A B C D View before maximized To restore a window previously maximized from screen A, first select the window Then select Restore from all Screens from the Window menu The window now appears restored again on screen A SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Screen selection A B C D A new window will open on the pre selected screen Example: when using the Faceplate shortcut button on screen A the associated dynamic function diagram will open on screen B. SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 USP Display User Specific Plant Displays USP-Displays are Plant Displays that can be created and edited by operation users, in the Operation Mode. No engineering functions are required Objects can be dragged and dropped from existing Plant Displays into USP-Displays, and freely arranged This allows Individual Users to easily create their own Plant Displays, e.g. for any unusual operating condition SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Create a new USP-Display Sample 1 Fluegas problem To Create a new USP-Display in the Operation Mode select the Favorites menu --> create user specific plant display Enter Display Name and Designation to the appearing Dialog Box then click Create SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Accessing and Managing USP-Displays USP-Displays are available in the Users Favorites List, but are only available to the user who created them The USP-Displays can be moved to folders, renamed or deleted just like other favorites using the Manage Favorites... option USP-Displays do not appear in the Plant Display Hierarchy SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Editing USP-Displays Note: Set the View control for the source Plant Display to Zoom to Original Size to prevent distortions when adding the object To Open a USP-Display click the Icon in the Favorites List USP-Displays are edited by dragging and dropping objects from other Plants displays Arrange the USP-Display with other Displays supplying with the desired objects on the Workbench Select the desired objects then drag and drop to the USP-Display keeping the Ctrl Button simultaneously pressed SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Inserting Objects to USP-Displays Release the Mouse Button at the required position to add the copy of objects to the USP-Display Objects can be moved by selecting them, then dragging and dropping them into a new position Live values will start updating immediately and the contents will be saved automatically when the user closes the USP-Display SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Deleting Objects from USP-Displays Select the objects to be deleted Delete the selected objects using the Context Menu (Right Mouse Click) Confirm the delete action in the appearing dialog box SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 USP-Display in the Project View Regarding the Project View, the USP-Displays are saved in a special Project Node linked directly to the Project Root. This Project Node was installed and given the user´s name when the user created his first USP-Display To handle the USP-Displays in the Project View, Engineering rights have to be assigned to the user If appropriate, USP-Displays can be deleted SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Documentation PG L. The Value Provider for Power Generation Management Documentation Thumbs Next Previous The System Documentation is supplied completely online using the Help Function of the Workspace Memo Online Help To support the Plant Documentation all Diagrams can be printed using standard printers Printing Diagrams Various Project Documentation is available to provide information required on the project Project Documentation Various Project Documentation is available to provide information required on the project Exit SPPA-T3000 Training Find … Functions Power Generation l Instrumentation & Controls 1 Online Help Online Help Online manual Getting Started Context sensitive help SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 1 Start Online Help To start the Online Help use the Help Menu or press F1 Context sensitive Help can be started directly from the Faceplate The Online Help opens into a New Window SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 2 Context sensitive Help In case of context sensitive activation the online help opens the starting page of the respective item provided with a page icon SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 3 Online Help Window To guide the user when using the online help the Window shows two parts: Description of the selected item on the right side Navigation on the left side SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 4 Backtrack and Hardcopy The users navigation path can be backtracked or recovered using the Left – Right Buttons The selected description can be forwarded to a hardcopy printer using the Print and Page Setup Buttons SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 5 Tree Of Classes Navigation using the Tree Of Classes is the default setting. To return to this mode, click the tab with the Manual symbol SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 6 Search For Expression A Search For Expression-Function is also available All chapters covering this expression are displayed, sorted by the amount of Matches On the right, the Matches are highlighted in gray SPPA-T3000 Training < > Power Generation l Instrumentation & Controls 7 Printing Diagrams PG L. The Value Provider for Power Generation Management Page Setup Thumbs Next Previous Memo To determine the current Page Setup of your diagram open the Page Setup Window in the Diagram Editor using the File Menu Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Printing Page Settings Thumbs The first tab is to define the Next Printing Page Settings Previous Memo Determine the Paper Size of your Printer, usually DIN A4 Determine the desired Paper Orientation: Landscape or Portrait Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Drawing Page Settings Thumbs The second tab is to define Next the Drawing Page Settings Previous Memo Determine the Page Size of one Diagram Page (e.g DIN A3) Note: Printing DIN A3 Pages to DIN A4 Paper causes downsizing when printing ! Select the Page Orientation Determine the requested Page Numbers. Usually one Diagram is larger than a single page Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management Diagram Pages Thumbs After Saving the changes, Next the predicted Print Pages are now shown as gray rectangles in your Diagram Previous Memo If necessary correct the Position of AF Blocks and Connectors to avoid parts appearing on different pages Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 4 PG L. The Value Provider for Power Generation Management Special Print Options Thumbs Additional Information Next printed at the Connectors between the pages can be activated Previous Memo Show signal item Show Designation and Setting Show Source/Designation Source display mode To apply all printing settings to your diagram don´t forget to Save Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 5 PG L. The Value Provider for Power Generation Management Start Printing Thumbs Next Previous Memo The Print... Option is used to print a selection of pages. Additionally the entire diagram can be printed on one page. Also printing to a JPEG File is available Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 6 PG L. The Value Provider for Power Generation Management Local Print Window Thumbs Next Previous Memo Now the Print Window appears as configured on your local PC. Select Printer, Pages and Number of copies as needed Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 7 Find Functions PG L. The Value Provider for Power Generation Management Find... Functions Thumbs Searching in the entire project Next Previous Memo Searching in the selected node The Find... Functions provided with both, the Workbench and the Project View->Extras are used to search, find and locate items in the Project Hierarchy The user is also supported with searching for items which conform to a particular Search Pattern Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 1 PG L. The Value Provider for Power Generation Management Find Diagram Thumbs Next Previous Memo Note: The search is executed case sensitive if Match Case is checked A dialog box appears to specify the Diagram Search in the selected node Enter the Search Pattern and determine the diagram Type After clicking Start Search the matches are listed in the extended dialog box Select a diagram to open it using the context menu Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 2 PG L. The Value Provider for Power Generation Management Find Tags Thumbs Next Previous Memo A dialog box appears to specify the Tag Search Enter the Search Pattern for Tag and Item The Hierarchy Browser is used to change the Selected Node Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 3 PG L. The Value Provider for Power Generation Management Find Tags Thumbs Next Previous Memo After clicking Start Search the matches are listed Select a Tag to open the Point View directly using the context menu or open the Function Diagram containing the Tag Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 4 PG L. The Value Provider for Power Generation Management Find Signals Thumbs Next Previous Memo If Find Signals is checked an extention will appear which allows to specify additional filter criteria for a signal search (e.g. all active alarms) Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 5 PG L. The Value Provider for Power Generation Management Signal Search Thumbs Next Previous Memo Start Search is then listing the signals matching to the filter criteria with more details about Port Name, Forcing, Alarm Suppression, Alarm Type, Quality and Designation Text Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 6 PG L. The Value Provider for Power Generation Management Find Open Function Diagram Connection Thumbs Next Previous Memo The source diagram does not exist A dialog box appears listing the Open Connections. That is to say signals which are used (coming in) but still are open Select a connection to open the respective Function Diagram using the context menu Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 7 PG L. The Value Provider for Power Generation Management Find Open Plant Display Mappings Thumbs Next Previous Memo A dialog box appears listing the pictograms with Open Mappings Select a pictogram to open the respective Plant Display using the context menu Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 8 PG L. The Value Provider for Power Generation Management Find Tag inside Diagram Thumbs Next Previous Memo Note: The search is executed case sensitive if Match Case is checked In the Operation Mode, with a dynamic Function Diagram opened, Find Tag inside Diagram is available in the Workbench After entering the entire Tag Name or search pattern determine the search direction then click Find next to select (highlight) the item found in the diagram Find next again continues the search Exit SPPA-T3000 Training Power Generation l Instrumentation & Controls 9
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