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Creating an Automatoin Studio project with X20 CPU
Creating an Automation Studio project with an X20 CPU | ENG We reserve the right to change the content of this manual without prior notice The information contained herein is believed to be accurate as of the date of publication, however, B&R makes no warranty, expressed or implied, with regards to the products or the documentation contained within this document B&R shall not be liable in the event if incidental or consequential damages in connection with or arising from the furnishing, performance or use of these products The software names, hardware names and trademarks used in this document are registered by the respective companies Copyright © B&R – Subject to change without notice 1/7 Creating an Automation Studio project with an X20 CPU | ENG Table of Contents OVERVIEW .3 CREATE A NEW PROJECT CONFIGURE HARDWARE Copyright © B&R – Subject to change without notice 2/7 Creating an Automation Studio project with an X20 CPU | ENG Overview Learning Targets Creating a new project Configuring hardware Learning Duration Copyright © B&R – Subject to change without notice 3/7 Creating an Automation Studio project with an X20 CPU | ENG Create a new project Click the New Project ( Click the An empty project ( Copyright © B&R – Subject to change without notice ) hyperlink ) hyperlink 4/7 Creating an Automation Studio project with an X20 CPU | ENG Click the Name of the project input field Enter First_Project into the Name of the project field Click the Next > ( Copyright © B&R – Subject to change without notice ) button 5/7 Creating an Automation Studio project with an X20 CPU | ENG Configure hardware Double-click the Name of the configuration input field Enter X20CPU into the Name of the configuration field Click the Next > ( Copyright © B&R – Subject to change without notice ) button 6/7 Creating an Automation Studio project with an X20 CPU | ENG Click the Search input field Enter X20CP1586 in the field Click X20CP1586 Click the Finish ( Copyright © B&R – Subject to change without notice ) button 7/7 Configuring a network interface | ENG We reserve the right to change the content of this manual without prior notice The information contained herein is believed to be accurate as of the date of publication, however, B&R makes no warranty, expressed or implied, with regards to the products or the documentation contained within this document B&R shall not be liable in the event if incidental or consequential damages in connection with or arising from the furnishing, performance or use of these products The software names, hardware names and trademarks used in this document are registered by the respective companies Copyright © B&R – Subject to change without notice 1/8 Configuring a network interface | ENG Table of Contents OVERVIEW .3 NETWORK INTERFACE Copyright © B&R – Subject to change without notice 2/8 Configuring a network interface | ENG Overview Learning Targets Open Ethernet configuration Change IP parameters Learning Duration Copyright © B&R – Subject to change without notice 3/8 Integrating I/O modules | ENG Click Select ( ) Click gLamp ( ) Click the OK ( ) button Click Save All ( Click Window ( ) ) Copyright © B&R – Subject to change without notice 44/49 Integrating I/O modules | ENG Click the Close All ( 5.1 ) menu item Online connection + Transfer Now, we will establish an online connection with the real hardware In this tutorial we will fast forward through this part To explore this topic in more detail, see tutorial Initial commissioning of a controller Copyright © B&R – Subject to change without notice 45/49 Integrating I/O modules | ENG Copyright © B&R – Subject to change without notice 46/49 Integrating I/O modules | ENG Copyright © B&R – Subject to change without notice 47/49 Integrating I/O modules | ENG We have connected the software to the hardware and transferred it to the controller Our program is therefore now available on the hardware, and we can test it there Copyright © B&R – Subject to change without notice 48/49 Integrating I/O modules | ENG Hardware This sketch shows an ETA light control system The ETA light is a training assembly that we will now use to test our programmed logic Figure out which switch combination makes the yellow lamp light up The switch position can be changed by clicking on the numbers of the grey switch The green and red buttons can also be clicked Click on switch position to activate Switch1 Now click on the green button (Switch2) and keep the mouse pointer over it Copyright © B&R – Subject to change without notice 49/49 Overview C:\projects\First_Project\First_Project.ap j/X20CPU - Automation Studio V 4.2.6.110 SP # 423743 C:\projects\First_Project\First_Project.ap j/X20CPU - Automation Studio V 4.2.6.110 SP # 423743 Double-click on the Process variable field of DigitalInput01 in the table Click the Physical View ( ) tab Click the I/O Mapping ( ) menu item Click the Selection ( Right-click the X20DI9371 ( table cell I/O mapping | ENG ) page ) button Select C:\projects\First_Project\First_Project.ap j/X20CPU - Automation Studio V 4.2.6.110 SP # 423743 Double-click on the Process variable field of DigitalOutput01 in the table Click Save ( Click the Close ( ) ) checkbox Click the Global variables ( ) tree item Click the gSwitch ( Click the Selection ( ) tree item Click the OK ( ) button Double-click the X20DO9322 ( table cell I/O mapping | ENG page ) ) button Select C:\projects\First_Project\First_Project.ap j/X20CPU - Automation Studio V 4.2.6.110 SP # 423743 Click Save ( Click the Close ( ) ) checkbox Click the LampTest ( ) tree item Click the Lamp ( Click the OK ( I/O mapping | ENG ) table cell ) button page Diagnostics in Ladder Diagram | ENG We reserve the right to change the content of this manual without prior notice The information contained herein is believed to be accurate as of the date of publication, however, B&R makes no warranty, expressed or implied, with regards to the products or the documentation contained within this document B&R shall not be liable in the event if incidental or consequential damages in connection with or arising from the furnishing, performance or use of these products The software names, hardware names and trademarks used in this document are registered by the respective companies Copyright © B&R – Subject to change without notice 1/6 Diagnostics in Ladder Diagram | ENG Table of Contents OVERVIEW .3 AUTOMATION STUDIO .4 Copyright © B&R – Subject to change without notice 2/6 Diagnostics in Ladder Diagram | ENG Overview Learning Targets Changing the status of variables Options in monitor mode Learning Duration Click the Monitor button Copyright © B&R – Subject to change without notice 3/6 Diagnostics in Ladder Diagram | ENG Automation Studio Click the OK button Double-click: Contact Enter TRUE in the field Copyright © B&R – Subject to change without notice 4/6 Diagnostics in Ladder Diagram | ENG Press the key While keeping the left mouse button pressed, drag the Contact object onto the Watch Window object Click the Variable list item Copyright © B&R – Subject to change without notice 5/6 Diagnostics in Ladder Diagram | ENG Enter into the Press the field key Click the Monitor Mode button Copyright © B&R – Subject to change without notice 6/6 ... change without notice 3/7 Creating an Automation Studio project with an X20 CPU | ENG Create a new project Click the New Project ( Click the An empty project ( Copyright © B&R – Subject to change... Subject to change without notice ) button 5/7 Creating an Automation Studio project with an X20 CPU | ENG Configure hardware Double-click the Name of the configuration input field Enter X2 0CPU into... change without notice ) hyperlink ) hyperlink 4/7 Creating an Automation Studio project with an X20 CPU | ENG Click the Name of the project input field Enter First _Project into the Name of the project