AC500 profinet Solar T.P.S Page 1 of 24 With ET200S remote I/O Industrial Automation

Transcription

1 IP: ABB CM577 ABB CM579 ABB PM573-ETH PWR RDY RUN STA ERR PWR RDY RUN STA 1 STA 2 SYS BATT I/O-Bus PWR AC500 RUN ERR ETH FBP COM1 COM2 Laptop CONTROL BUILDER PRIMAIRY SETUP TOOL RUN DIAG ADDRx10 ADDRx10 VAL CFG WARNING! ADDRx1 ADDRx1 Use of ESC incorrect battery may cause fire or explosion. OK MC 502 INSERT PUSH UP 24Vdc 10W CPU PNIO1 1SAP R0271 L+ L+ SWITCH FBP DC-in M ETH ETH ETH 1SAP170700R0001 PROFINET PNIO2 SOLAR 1SAP170901R0001 SOLAR 1SAP11x100R0270 COM M FE Rs485 Rs485 Rs485 Rs485 Rs232 Rs232 SGND Rs232 Rs232 COM2 SOLAR ETH ETH ETH ETH MODBUS TCP/IP HMI CP635 ETHERNET TCP/IP ETH IP: AC500 profinet Solar T.P.S Page 1 of 24

2 Index; Purpose of the test... 3 The used components... 3 Configuring the ET200s from Siemens How to import the Siemens GSDML file within the PS501 Control Builder How to build the configuration within the Control Builder Insert the Profinet IO controller in our project Set the IP address for the CM577-ETH Add a new device to the CM579-PNIO If you have your configuration complete it could look like this To add tags to the IO Setting the IP address of the slave unit in the Control Builder AC500 profinet Solar T.P.S Page 2 of 24

3 Purpose of the test. We want to connect a Siemens remote I/O system to a ABB plc in order to test the communication strength of the ABB plc. The used components. The components used in this test case are listed below. an ABB plc consisting out of the following parts o a cpu PM573-ETH o a profinet io controller CM579 o an Ethernet controller CM577 o a digital IO module DC532 o an analogue IO module AX522 a Siemens ET200s system consisting out of the following parts o an interface module IM151-3PN HF o a power module PM24E o a digital input module 2DI 24Vdc HF o a digital input module 2DI 24Vdc HF o a digital output module 2DO 24Vdc HF o a digital output module 2DO 24Vdc HF o a digital output module 2DO 24Vdc HF a laptop with the following software o PS501 Control Builder from ABB o PST primary setup tool from Siemens. a industrial switch ( unmanaged ) AC500 profinet Solar T.P.S Page 3 of 24

4 Configuring the ET200s from Siemens. To configure the ET200s we have to download the IP address and the device name to the ET200s. This can be done with the PST programme from Siemens just follow the steps below. Select the network adapter you are going to use. After you have selected the network adapter you can click on the search icon, the programme will search your network for Siemens components. AC500 profinet Solar T.P.S Page 4 of 24

5 Select the IM151-3 and open the industrial Ethernet interface. Enter the IP address and assign a device name for the IM151-3, in this case the name is im1513pn. AC500 profinet Solar T.P.S Page 5 of 24

6 The next step is to download the IP-address and device name to the ET200s. To do this select the IM151-3 and click on the download button. AC500 profinet Solar T.P.S Page 6 of 24

7 How to import the Siemens GSDML file within the PS501 Control Builder. Make sure that you have downloaded the GSDML file to a location on your local hard disk. Select in the tools menu the Device Repsitory AC500 profinet Solar T.P.S Page 7 of 24

8 Click on the install button. Select the file and click on the open button. AC500 profinet Solar T.P.S Page 8 of 24

9 After a short while the devices are visible in the device repository. AC500 profinet Solar T.P.S Page 9 of 24

10 How to build the configuration within the Control Builder. Let s start from scratch Create a new project by clicking on the link. AC500 profinet Solar T.P.S Page 10 of 24

11 Select the location for your project and type in the project name. After that you can click on the OK button. AC500 profinet Solar T.P.S Page 11 of 24

12 The next step is to select the controller you are going to use. AC500 profinet Solar T.P.S Page 12 of 24

13 Now we have the controller in our project and we can configure the controller by adding I/O blocks to the system. Select the devices which are connected to the right side of the plc. AC500 profinet Solar T.P.S Page 13 of 24

14 Set the IP address for the controller. Double click on the IP-settings and tick the Force IP settings. Fill in the address in the IP fields. AC500 profinet Solar T.P.S Page 14 of 24

15 Insert the Profinet IO controller in our project. Right mouse click AC500 profinet Solar T.P.S Page 15 of 24

16 Select the Profinet IO module and Plug the device Do the same for the Ethernet module CM577 which can be found under Miscellaneous AC500 profinet Solar T.P.S Page 16 of 24

17 Set the IP address for the CM577-ETH. It works the same as for the onboard Ethernet. AC500 profinet Solar T.P.S Page 17 of 24

18 Add a new device to the CM579-PNIO. Right mouse click AC500 profinet Solar T.P.S Page 18 of 24

19 Select the IM151-3 And add the device. AC500 profinet Solar T.P.S Page 19 of 24

20 Plug the first two cards on to the empty positions, if you have more cards you have to append them. AC500 profinet Solar T.P.S Page 20 of 24

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22 If you have your configuration complete it could look like this. AC500 profinet Solar T.P.S Page 22 of 24

23 To add tags to the IO. Double click on the module in the project tree, go to the tab PNIO module I/O mapping and double click on the variable. Double click Double click and enter the symbolic name. You can do the same for the local IO as well as the remote IO. AC500 profinet Solar T.P.S Page 23 of 24

24 Setting the IP address of the slave unit in the Control Builder. Must be the same as in the ET200s Double click Make sure that the station name is identical with the name in the ET200s. The hardware configuration is now completed. You can double click on the AC500 to programme the controller and to download your configuration. AC500 profinet Solar T.P.S Page 24 of 24