Siemens 090-010 manual Operator control and monitoring with WinCC

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Industry Sector, IA&DT

2.3Operator control and monitoring with WinCC

System description

Since processes are becoming more and more multi-layered and the demands regarding the functionality of machines and plants are rising, the operator needs a powerful tool to control and monitor production systems. An HMI (Human Machine Interface) system represents the interface between the human being (operator) and the process (machine/system). The controller has the actual control over the process. There is an interface between the operator and WinCC (at the HMI panel) and an interface between WinCC and the controller.

WinCC is the software that you use to handle all necessary configuration tasks. WinCC Advanced V11 is the software for process visualization.

WinCC handles the following tasks:

•Representing the process

The process is represented on the HMI device. If, for example, a state changes in the process, the display is updated on the HMI device.

•Operating the process

The operator can operate the process via the graphical user interface. The operator can, for example, enter a setpoint for the controller or start a motor.

•Generating alarms

If critical process states occur in the process, an alarm is triggered automatically; for example, if a specified limit is exceeded.

•Logging process values and alarms

The HMI system is able to log alarms and process values. Thus, the process can be documented and you can still access older production data at a later time.

•Documenting process values and alarms

Alarms and process values can be read out by the HMI system as a log. For example, you can output the production data at the end of a shift.

•Managing process parameters and machine parameters

The HMI system is able to store parameters for processes and machines in recipes. You can transfer these parameters from the HMI panel to the controller, for example, in a single step in order to change production to another product type.

SCE Training Curriculum	Page 8 of 118	To be used only at Educational and R&D Facilities
TIA Portal Module 090-010, Edition 03/2013		Unrestricted / © Siemens AG 2013. All Rights Reserved

SCE_EN_090-010_R1209_ WinCC Advanced with Runtime and TP700 Comfort Panel

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Contents SCE Training Curriculum for Suitable SCE Trainer Packages for these training curriculums Seite 10.4 Requirements PrefaceTraining objective Hardware and software needed Simatic S7-300 automation system Professional V11 TIA Portal V11 programming softwareOperator control and monitoring with WinCC Project description Hardware configuration PC for configuration TP700 as HMI devicePlant description Configuration TaskIndustry Sector, IA&DT Loading and re-saving a project template Click ’Open the project view‘ Industry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Set the check marks for Alarms Then, click Next Assign the names Root screen, Tank 1, Tank 2, Tank After that, click NextSelect the system screens Then, click Next Industry Sector, IA&DT WinCC interface now opens with the root screen WinCC user interface Project tree Menu bar and buttonsWorking area ToolsProperties window Details viewLayout Device configuration of the TP700 Comfort Panel Setting the IP address Setting the panel as Profinet IO device Configuring screens Root screenTank Tank 2, TankRoot screen Permanent overview areaIndustry Sector, IA&DT Root screen display area Configuring screen changes Industry Sector, IA&DT Inserting a graphic view Drag a graphic view to the working area of the root screenIndustry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Remember to save the project Tank 1 screen Industry Sector, IA&DT Industry Sector, IA&DT Tank 2 screen Tank 3 screen Testing configuration in Runtime Test the function of the buttons in all screens Settings on the TP700 Comfort Touch Panel Loader buttonsSetting the date and time Setting transfer properties Reboot Assigning Profinet device namesTransfer mode Configuring a connection Display and operating objects LayersBasic objects Industry Sector, IA&DT Enhanced objects Simatic S5Configuring the bar view Industry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Configuring sliders Industry Sector, IA&DT Remember to save the project Configuring buttons Industry Sector, IA&DT Under Animations, select the Control enable For Single bit, select the bit positionIndustry Sector, IA&DT Displaying the valve function in color Industry Sector, IA&DT Remember to save the project Testing Tank 1 in Runtime Industry Sector, IA&DT View of Tank 2 screen View of Tank 3 screen Industry Sector, IA&DT Configuring the mixer motor Creating a graphics listInserting a graphic I/O field Creating a text list Inserting a symbolic I/O field Industry Sector, IA&DT Configuring manual mode for the drain valve of the reservoir Button should be operable only in manual mode Switching the operating mode Industry Sector, IA&DT Configuring fill quantities Industry Sector, IA&DT Configuring the Start button Industry Sector, IA&DT Industry Sector, IA&DT Configuring the mixer movement Industry Sector, IA&DT Industry Sector, IA&DT Industry Sector, IA&DT Configuring objects in the permanent window Configuring text fieldsConfiguring output fields Set the properties Industry Sector, IA&DT Configuring alarms Analog alarmsSpecifying the delay time Alarm window Testing alarm configuration in Runtime Configuring recipes Adding recipesCreating Recipe input and Select recipe screens Configuring the Recipe input screenSpecifying data records Industry Sector, IA&DT Configuring the Select recipe screen Configuring buttons for screen change Industry Sector, IA&DT Selecting a recipe in Runtime Entering new recipes in Runtime Configuring user administration Setting up user groupsCreating users Assigning authorizations Start button securitySecurity of data record selection Security in recipe inputSecurity in operating mode selection Operation modeTesting user administration in Runtime