JUMO mTRON T Operating Manual
Measuring, control, and automation system
codesys opc server
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Also See for mTRON T:
- Operating manual (278 pages) ,
- Manual (114 pages) ,
- System description (74 pages)
Related Manuals for JUMO mTRON T
Summary of Contents for JUMO mTRON T
- Page 1 JUMO mTRON T Measuring, Control, and Automation System CODESYS OPC Server B 705001.5.1 Operating Manual 2014-10-14/00625938...
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Page 3: Table Of Contents
Contents Introduction ........... . .5 Available technical documentation . - Page 4 Contents...
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Page 5: Introduction
1 Introduction Available technical documentation The documents specified below are available for the measuring, control, and automation sys- tem. 1.1.1 General information Product Type of documentation Printed PDF file Measuring, Data sheet T 705000 control, and System manual B 705000.0 automation system Setup program manual B 705000.6... -
Page 6: Special Modules
1 Introduction Product Type of documentation Printed PDF file Digital input/ Data sheet T 705030 output module Operating manual B 705030.0 12-channel Installation instructions B 705030.4 1.1.4 Special modules Product Type of documentation Printed PDF file Router module Data sheet T 705040 Installation instructions B 705040.4... -
Page 7: Safety Information
1 Introduction Safety information 1.2.1 Warning symbols DANGER! This symbol indicates that personal injury caused by electrical shock may occur if the re- spective precautionary measures are not carried out. WARNING! This symbol in connection with the signal word indicates that personal injury may occur if the respective precautionary measures are not carried out. -
Page 8: Intended Use
1 Introduction 1.2.3 Intended use The measuring, control, and automation system is intended for use in an industrial environ- ment, as specified in the technical data of the individual modules of the system. Use for any other purpose is considered contrary to the intended use. The modules have been manufactured in compliance with applicable standards and guidelines as well as the applicable safety regulations. -
Page 9: System Requirements
OPC configurator, • requires a symbol configuration in CODESYS and offers all variables which are available in the symbol configuration. The PLC programming system can be downloaded from the JUMO website www.jumo.de at > D > S > R... - Page 10 1 Introduction...
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Page 11: Installation
2 Installation More detailed information on installing the CODESYS OPC servers V3 is available in the COD- ESYS OPC server user manual, which is installed alongside the OPC server. CODESYS_OPC_Server_V3_User_Guide.pdf, chapter 3 If only the OPC server is required, only the following features should be selected and installed at the time of installation: •... - Page 12 2 Installation...
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Page 13: Configuration And Testing
3 Configuration and testing Configuring the symbols in the programming system Configuration of the symbols takes place in three steps, which are summarized below. More detailed information is available in the CODESYS OPC server user manual. CODESYS_OPC_Server_V3_User_Guide.pdf, chapter 5.1 ("V3 interface") Step 1: Adding symbol configuration Select the CPU application object in the device tree (right mouse click) and add symbol config- uration:... - Page 14 3 Configuration and testing Step 2: Configuring symbols Double-clicking S opens the following dialog. YMBOL CONFIGURATION Execute the "Build" command to allow variables to be selected: Select the entry "Unconfigured from Project" in the "View" menu: Select the required variables:...
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Page 15: Changing Device Names
3 Configuration and testing In the symbol configuration the access rights for each selected variable can be changed. To do this, in the "Access Rights" column click on the symbol next to the variables in question. The access rights change each time the mouse is clicked: Symbol Access right read+write... -
Page 16: Configuring The Opc Server
3 Configuration and testing Configuring the OPC server Configure the OPC server according to the CODESYS OPC server user manual. CODESYS_OPC_Server_V3_User_Guide.pdf, chapter 6 During configuration, the PLC name must be entered in the "CoDeSys address of PLC" dialog. Click the "Edit" button to open the dialog: Enter the name of the system‘s CPU (here: "mTRON_T_OPC"):... - Page 17 3 Configuration and testing Alternatively the address from the communication settings can be used (here: "001.B02E"):...
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Page 18: Testing The Opc Server
3 Configuration and testing Testing the OPC server The OPC server should be tested using an OPC client. In the following description the free OPC DA Data Access Client from Kassl GmbH is used (www.kassl.de/opc/download.shtml). Establishing a connection to the OPC server After the OPC client has been started the connection to the OPC server must be established: >... - Page 19 3 Configuration and testing Shortly afterwards the OPC client is connected to the OPC server. The server state changes from "not connected" to "running", and the connected PLC is displayed in the path window: Selecting and displaying variables Open the path using the mouse until the variables required for the tests (OPC items) appear:...
- Page 20 3 Configuration and testing Click on the "Inspector" tab and add a group to display individual variables and to edit if neces- sary: Enter Groupname and UpdateRate and confirm by clicking "Ok": The new group appears in the left part of the window:...
- Page 21 3 Configuration and testing Click on the "Explorer" tab and select the variable (OPC item) which should be assigned to the Inspector (Items to Inspector...): Select the group to which the variable will be assigned in the Inspector: Click on the "Inspector" tab to display the value and status of the variables:...
- Page 22 3 Configuration and testing Changing the value of the variables Select the variable, open the context menu (right mouse click) and select the menu option "Async Write Value...": Enter the new value in the "Write new Value" window and click "Ok" to assign this value to the OPC server:...
- Page 23 3 Configuration and testing The new value assigned to the OPC server is now displayed in the Inspector:...
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Page 24: Visualization Of Other Objects
3 Configuration and testing Visualization of other objects The OPC server can also access objects (inputs, outputs) from the measuring, control, and au- tomation system which are not used within a CODESYS project. The followings steps are nec- essary for this: Digital inputs Digital inputs in CODESYS are declared directly in the system I/O area of the corresponding modules and used in a program so that they are updated cyclically. - Page 25 3 Configuration and testing Example: Switching output 1 of the first controller (C01Output1) is selected in the NV connecting list as the signal source for digital output 12 (NV_DO12): In CODESYS the signal source (C01Output1) is now evaluated: This signal is processed in the same way as an unused digital input. Analog outputs Analog outputs require the same procedure as digital outputs.
- Page 26 3 Configuration and testing...
- Page 28 JUMO GmbH & Co. KG Street address: Moritz-Juchheim-Straße 1 36039 Fulda, Germany Delivery address: Mackenrodtstraße 14 36039 Fulda, Germany Postal address: 36035 Fulda, Germany Phone: +49 661 6003-0 Fax: +49 661 6003-607 E-mail: mail@jumo.net Internet: www.jumo.net JUMO Instrument Co. Ltd.