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Tag List Generator

1. File Edit OPC Help jie de ee foe ae Device List A Conversic IE ae El Complete Edit Remove Remove All Online Compare MCT Tables Figure 9 Adding a new configuration After the user adds a configuration the Tag List will open a window Figure 10 where the user should choose the file which contains the desired configuration Choose Configuration Deskto p Bere My Documents g My o x te lt e E File name DFES_ve we Files of type Configuration PL PLEJ Cancel My Network P Open as read only E Figure 10 Locating the configuration to be added The user will not be able to include duplicate configuration names even if in different sub directories Next the Tag List will open a window for the user to configure a few parameters regarding the chosen configuration This configuration is present in the DF65 memory so a reference is made to the device 7 Tag List Generator User s Manual Note The Block View and Digital Block features are only available for Smar devices Redundancy Just enable the Redundant Enabled and inform which one is the redundant channel pvort w Add Device x M Device Enabled Device ID 1 Jw Use BlockView W Use Digital Black Device Tag DFES v8 Directory JE Pragram Files S mar TagList and DFES OPC Server y Contig Mame DFES _v8 PLE Main Comm Fort MCP
2. is checked There are two types of units EU Engineering Unit client scale Device Device range device scale Square Root Conversion This conversion performs the following operations Ri VY JY yl J2 yh HighEU LowEU Ri a Rf LowEU y2 yl 19 Tag List Generator User s Manual 20 Where Ri Intermediate Result Rf Final Result after the linear conversion Y Tag value y1 Value defined for Low Device y2 Value defined for High Device For this conversion there is the Cut Off parameter When the Tag value Y is lower than the value defined for Cut Off the result of the conversion is zero When the Tag value is higher or equals to the result of the conversion is obtained according to the equations showed above The linear conversion is applied to the obtained result considering the values defined in High Device Low Device High EU and Low EU lf Y lt Cut Off Then Ri 0 E i Rf LowEU Hien LowEU Ri D y2 yl lf Y 2 Cut Off Then Ri VY Y yl O2 yl HighEU LowEU Ri Rf LowEU y2 yl Example For the Square Root conversion it considers the values below Low Device 0 High Device 10000 Low EU 10 High EU 50 Cut Off 10 It has the following results according to the tag values showed below and the equations presented above Y Ri Rf Tag value Intemediate result in Engineering Unit 11 331 6625 11 3267
3. the user disabled this option 1 the user enabled this option UseDigitalBlock Indicates if the user has configured the Digital Block option 0 the user disabled this option 1 the user enabled this option MainPortID Indicates the main port number where the device is connected This value is equal to CommID for the specified port RednPortID Indicates the redundant port number where the equipment is connected This value equals to CommID for the specified port ActivePort Indicates which path is active 0 the Main Path is active 1 the Redundant Path is active 2 no path is being used or reading failure Enabled Indicates if the user has enabled or not the device MainScanlnterval Indicates the real time interval between cyclic readings of all Tags variables from the current device through the main path RednScaninterval Indicates the real time interval between cyclic readings of all Tags variables from the current device through the redundant path MainActualScan It indicates the real time taken to read all tags variables from the current device through the main path RednActualScan It indicates the real time taken to read all tags variables from the current device through the redundant path NbrCommCmma It indicates the number of Modbus commands that the OPC Server is sending in order to supervise the requested points ViewStatus Indicates the current status of the Block View current used by the OPC f
4. 4 rm Ef TEMPA o o 02005 0 None Ef Temes o o oor None Ef TEs 2003 Oo None TEs any KN ae ht 2 None as a None h T Remove Tag Add Cell Add All Cells Delete Cell Figure 21 Adding points in the Tag table 4 Repeat the steps above to add all the points which must be monitored Note The Tag List configuration must be the same which is running in the DF65 The user can do the upload of the configuration points without do the download previously in order to check the DF65 configured points If the configurations have the same name it is impossible Consistency Check If any point is configured in the MCT Table in the Working folder and it is not in the Total Point Table its address will be red If any address in the MCT Table in the Device folder is red it means this address is not in the configuration that is running in the DF65 Download to the Device To configure the MCT Table it is necessary to do the download of the added points In order to make it click with the right button on each one of the address ranges in the Working folder A popup menu will be opened select the Download to Device option Or click on the toolbar Edit gt Download to Device See the following picture 15 Tag List Generator User s Manual ERE Connections ae ale MAIN PORT 3 A soo REDUNDANT PORT EF ae Device List B ip DFES ve MCP MAIN PORT RCP RED ay Tag List
5. Tag List SMa IRST IN FIELDBUS JUN 05 TAG LIST GENERATOR Version 8 SSS USER S MANUAL TAG LIST GENERATOR smar TagList Generator V8 FigsTinFieLoeus 4g Generator List Registration and Browser for the DFES 3 0 2 OPC 2 0 Server v8 55 with scaling conversion and MCT corre epee Me TLSTDF65ME Specifications and information are subject to change without notice Up to date address information is available on our website web www smar com contactus asp Table of Contents TABLE OF CONTENTS Tag List GCC A OF eae as ae aac e eae e cee teen ce sates eee ean ace sseeoespecacectets sees eneeaeeseeeceeae 1 TAG LIST GENERATOR and DF65 OPC Server Installation 1 ccsssccssccsessensscnncnsensenees 1 Reg ied SV SU CI soilless elie ate a E EA R a le 1 PRED AHNG Tie TAS TANG ON sanea a ee ava ecbeedeents adi aebeseeaiets 1 PTF OOU CUO zoroen EE EEUE AEAEE REE EE 1 Using the Tag List Generatoft sccsecxscccstetscccet st ccarthateieetanesenetehesenehcaecenetatones ied aaee tied eecedeieeads 2 CrearinG a NeW PIOlO Cl xcjce ck se aa E ice Seah each ee R 2 MOGING aNd REMOVING POIS sssaaa a ea a aaa ai Aaa 2 Port Selling S is a E a rate no acento eheece dense 3 Specific Configuration for the serial physical MOAN c1111sssccccneccsss
6. add create delete and edit the List of Communications Connections Ports List of Devices Types of Conversions Under the Controller Device Level a list of Tags will be shown and the Properties for this Tag will be visualized on the right Frame of the Main Application Frame For each Tag the user can select if this Tag Value will have Conversion or Not and the Type of Conversion that will apply for this Tag Value The versions 8 54 and later of the Tag List and support the configuration of the MCT for the DF65 MODBUS Cross Table MCT is a technique to optimize variable MODBUS addresses that can significantly increase the speed of MODBUS drivers when accessing variables in a Smar DF65 system Note This function is only available for DF65 systems with DF65E or DF65ER Tag List Generator User s Manual Using the Tag List Generator Creating a New Project To create a New Project click on the File menu then click New or click on New button on the toolbar P TagList v8 for the DF65 OPC 2 0 Server v8 54 Untitled mdb File Edit OPC Help Open Save Save Os Export TagList Export MCT Working Export MET Device Close Exit Figure 1 Creating a new project To open an existing project to save a project or to close the current project just click on the File menu then click on Open Save or Close respectively or click on the icons Open Save or Close Windows standard on the toolbar Adding and
7. ef Ei MCT Bt a Working Add Edit Remove Remove All Download To Device Compare MET Tables Figure 22 Doing the Download to Device After doing the download of the all points that were added in the MCT Tag Table a message about the Successful Download will appear 1 TagList v8 for the DF65 OPC 2 0 Server v8 54 Projeto_1 TAG on EF l i la x Fie Edit OPC Help F O we gt lel ea oe G g Projeto_1 MCT Working Ox Modbus T able Connections rs a i Lee Leren Lessa ra Main_Port P M 111G2B80003 7 00016 Ef 111G1B80003 0 i ENET atk Redundant_Port e Device List J Use Device Connection E ri DF65_v8 MCP Main_Port RCP Redund Device ID lz BY Tag List H MCT Interface 5 8 Working Serial By Ox Port ooo H Look 1x Bok By 3x Baud Rate 9600 a Stop Looking are 4x Parity EVEN 7 Ei Device Tey E Conversions RATSZCTS Timeout fo Bl Complete Tag List 0 Disable RTS CTS 103 6 TCP IP 7 0200 lt None gt first light IP Address 192 fies fies es ust figh 12003 third light Additional Time out fifth light Number of Retries seventh light Device Information Device Communication Status x Configuration i MCT Download Successful a x Remove Tag Add Cell Add All Cells Delete Cell Vs i a Version Figure 23 MCT Download Successful Note The Upload
8. None seventh light Devine Informationr z D vice Gi Upload Successful MCT Enabled Configuration Version Add All Cells Delete Cell omar Laboratories Corp Figure 24 Upload Successful Upload all Address ranges Comparing the Tag Tables After doing the Upload of all points it is possible to do the comparison of the Working and Device Tables Click with the right button on one of the address ranges in the Working or Device folder a popup menu will be opened choose the Compare MCT Tables option or do this clicking on the toolbar Edit gt Compare MCT Tables 17 Tag List Generator User s Manual ia Compare MCT Tables 0x ban loj x Working MCT Table Ox Tag MCT Address Original Address EA M 111G28800 00016 Replace Close Figure 25 Comparing the Tag Tables It can observe OK The Device and Working original addresses are the same Tag Mismatch The Device and Working original addresses are different Not found in Device the original address was in Working was not found in Device There are also two buttons on the right lower corner Replace replace all points from the Device table to Working table Close close the active window 18 Conversions Tag List Generator User s Manual For each Tag the user can select if this Tag Value will have Conversion from Device Range to Engineering Units or Not First the
9. Tag OPC name of the DF65 point that will appear for the user on the OPC client is assembled as follows Ifthe user defined a User Label on the LogicView for the point then this will be defined as a name for the Tag OPC of the point Ifthe user did not define a User Label then the Tag OPC will be the points Default Label To generate the Tag List Table click on OPC and then Register Tag List or click on the option Register Tag List on the Toolbar TET TOCE EDIEN a a ELES EI ees a SEE Ti AAF S SE I AT ja TagList v8 for the DF65 OPC 2 0 Server va 04 teste TAG le Edit OFC Help e ba fe F teste jee a d e alk Ia Connections MAIN_PORT cade ENET Er he MAIN_FORT pe iat ool REDUNDANT PORT T ris Device List H Eia DFES va MICP MAIN PORT RCP RED Conversions Foe Complete Tag List E Program Files Smar TagList and DF65 OPC Server wood Working teste TAG Cancel Registry updated Figure 15 Generating the Tag List Table After the project registration and the Tag List generation the system is ready to monitor the DF65 points using the DF65 OPC Server The Tag List program does not need to be running the Tag List can be closed The operational system automatically locates the current configuration for the DF65 OPC Server when activated by a HMI Software OPC Client Tag List Generator User s Manual Verifying the Active Tag List table In case the user wishes to check w
10. Using the Conversion 21 Tag List Generator User s Manual Status provided by the DF65 OPC Server 22 After the user has generated the Tag List table the OPC Client an HMI interface for example can read the variables referred by the Tags Also the OPC Server provides some status which contains additional information E Status_Port lt Configured Port Tag gt _CommlD A number is attributed to the configured port by the Tag List CommPortStatus Shows the status on the port 1 Normal Communication on the port 0 Communication failure on the port ActualScan It is the period the DF65 OPC Server takes to read all devices connected to the configured port S canPeriod It is the value of the Scan Period parameter configured for the port RetryPeriod It is the value of the Retry Period parameter configured for the port Timeout It is the value of the Timeout parameter configured for the port Retries It is the value of the Retries parameter configured for the port m Status_Device lt Device Tag containing the configuration gt MainPortStatus Indicates the main path s communication status for the device 1 Communication without problems 0 Failure on the main channel RednPortStatus Indicates the redundant path s communication status for the device 1 Communication without problems 0 Failure on the Redundant channel UseBlockView Indicates if the user has configured the Block View option O
11. mil ScanCycleTime ScanCycleTime TEE DF65_v8 DIG_OUT2 4 00005 0 BOOL led4 DIG_OUT24 DF27G2840003 E DIG_OUT2 5 E DIG_OUT2 6 S DIG_0UT2 7 fre TEMPO fe TEMP1 bn TEMP2 fo TEMP3 fee TEMP4 TEMPS E TEMP6 fe TEMP fe TEST O be E TEST 1 fA TEST 2 Em e Close 25 Tag List Generator User s Manual To start the monitoring click on Start Monitoring To end the monitoring click on Stop Monitoring jig TagList 8 for the DF65 OPC 2 0 Server 8 55 Monitoring OPC alues Smar DF65Server 1 i Oy x File Tag Address Value Type Nbr Of Fails Time Desc User Tag Default Taq StatusPort_Serial AS232 ScanPeriod 1000 9 38 27 PM DF65_v8 DIG_IN O 10001 0 BOOL 1 21 20 PM control start DIG_IN O DF20G1B81002 0 DF65_v8 DIG_IN 1 10002 0 BOOL 1 21 20 PM key 1 DIG_IN 1 DF20G1881002 1 DF65_v8 DIG_IN 2 10003 0 BOOL 1 21 20 PM key 2 DIG_IN 2 DF20G1B81002 2 DF65_v8 DIG_IN 3 10004 0 BOOL 1 21 20 PM key 3 DIG_IN 3 DF20G1B81002 3 DF65_v8 DIG_IN 4 10005 0 BOOL 1 21 20 PM key 4 DIG_IN 4 DF20G1B81002 4 DF65_v8 DIG_IN 5 10006 0 BOOL 1 21 20 PM key 5 DIG_IN 5 DF20G1B81002 5 DF65_v8 DIG_IN 6 10007 0 BOOL 1 21 20 PM key 6 DIG_IN 6 DF20G1B81002 6 DF65_v8 DIG_IN 10008 0 BOOL 1 21 20 PM key 7 DIG_IN DF20G1B81002 7 DF65_v8 INTC_1 42560 1 INT 1 21 20 PM INTC_1 OUT1 ICT 1 DF65_v8 INTC_2 42561 2 INT 1 21 20 PM INTC_2 OUT21CT 1 DF65_v8 INTC_3 42562 3 INT 1 21 20 PM INTC_3 DUT3 ICT 1 DF65_v8 TO
12. 003 0 VM1BG1T111 7 OUT ADD 1 E TONBPST Bl INT_CNST PRM1 B INT_ONST PAWN Start Monitoring Add to Grid Clear Grid Clear Fail Count Tags Monitored 3 1000 Scan Time milliseconds Close Figure 31 Viewing Status and Tags The configurations are right below and can be expanded The user can choose which variables to monitor directly through this variable s Tag without worrying about the MODBUS addresses The OPC Monitor has some buttons on the lower screen The Start Monitoring button starts the monitoring Clear Grid erases the status selection and variables previously made Clear Fail Count is used during monitoring to erase the failure messages on the communication With the Add to Grid button the user may select one tag or a group of tags via Ctrl left click or left click for mark the first tag and Shift left click for mark the last tag of a range and add it to the tags grid that will be monitored clicking on this button The Close button ends the program vig TagList 8 for the DF65 OPC 2 0 Server 8 55 Monitoring OPC Yalues Smar DF65Server 1 Start Monitoring Add to Grid Clear Grid Clear Fail Count Tags Monitored 22 1000 Scan Time milliseconds Figure 32 Adding and removing status and variables o E UseBlockView Tag Address _ Value Type Quality Nbr Of Fails Time Desc User Tag Default Tag UseDigitalBlock StatusPort_Serial
13. 316 2278 11 2649 Ooo 0 o O 10 Tag List Generator User s Manual im Edit Conversion Mame Eornvers d Conversion Floating Point Conversion Linear Conversion f Square Root Cut Off 10 Low Device go Low EU 10 High Device 10000 High EU al Clamping i Clamp Low Clamp F High Clamp oO B OF Cancel Figure 27 Conversion Types If the Clamp option is selected the data value will be limited to its High Limit Value High Clamp when it exceeds the upper limit and similarly with Low Limit parameter The Clamp occurs after the conversion After setting a conversion type the user can set the conversion for the specific TAG directly in the Device Tag List Just choose the TAG and in the conversion FIELD click at it and choose the type of conversion in a drop down list as the following picture shows Tag Address Conversion Type Description I TONACTA 42520 Nome NT O O TONZPST 4523 kNome gt NT TONTSTS 42522 OI O TONLCTA 42523 eNones INT o TONTPST MN Pt TPISTS 42525 kone a a 42526 Noes INT yest ase o eones INT P Trasts aa Pj TP3CTA 42530 ComvName INT a aa ea i E teasts 42532 Converso f WORD OI TETA aeaa eoe OOT OJO TPAPST A534 kNone gt NT Eoo sssi ee Noes ee OI O TP5CTA 42535 eNones INT I OJ O TPeSTS 42538 eNones WORD O TP6CTA 42539 lt Nome gt INT J TPBPST 42540 I TPASTS 25 Figure 28
14. AS232 ScanPeriod 0 o E MainPortlD DF65_v8 DIG_IN O 10001 0 BOOL control start DIG_IN O DF20G1B81002 0 HB RednPortlD DF65_ 8 DIG_IN 1 10002 0 BOOL key 1 DIG_IN 1 DF20G1881002 1 o hB ActivePort DF65_v8 DIG_IN 2 10003 0 BOOL kep 2 DIG_IN 2 DF20G1B81002 2 2 Enabled DF65_v8 DIG_IN 3 10004 0 BOOL key 3 DIG_IN 3 DF20G1B81002 3 o eE MainScanCycle DF65_v8 DIG_IN 4 10005 0 BOOL key 4 DIG_IN 4 DF20G1B81002 4 o hB RednScanCycle DF65_v8 DIG_IN 5 10006 0 BOOL key 5 DIG_IN 5 DF20G1B81002 5 o E NbrCommCmmd DF65_v8 DIG_IN 6 10007 0 BOOL key 6 DIG_IN 6 DF20G1B81002 6 o eB ViewStatus01 DF65_v8 DIG_IN 7 10008 0 BOOL kep 7 DIG_IN DF20G1B81002 7 o B ViewStatus02 DFE5_v8 INTC_1 42560 O INT INTC_1 OUT1 ICT 1 o B ViewStatus03 DF65_v8 INTC_2 42561 D INT INTC_2 OUT2ICT 1 2 ViewStatus04 DF65_v8 INTC_3 42562 0 INT INTC_3 OUT3 ICT 1 o eB ViewStatus05 DF65_v8 TOTAL 42563 0 INT TOTAL OUT ADD 1 o B ViewStatus06 DF65_v8 ATC_Sec 49951 0 WORD Seconds RTC RTC_Sec RTC_Sec E ViewStatusO DF65_v8 RTC_Min 49952 0 WORD Minutes RTC RTC_Min RTC_Min 2 ViewStatus08 DF65_v8 RTC_Hour 49953 0 WORD Hour ATC RTC_Hour RTC_Hour O DF65_v8 DF65_v8 ATC_Dweek 49954 0 WORD Day of Week RTC RTC_Dweek ATC_Dweek E DIG_OUT1 0 DF65_v8 RTC_Day 49955 0 WORD Day RTC RTC_Day RTC_Day E DIG_OUT1 1 DF65_v8 ATC_Mon 49956 0 WORD Month RTC RTC_Mon RTC_Mon E DIG_OUT1 2 DF65_v8 RATC_Year 49957 0 WORD Year RTC RTC_Year RTC_Year E DIG_OUT1 3 DF65_v8 ScanCycleT ime 49958 0 WORD CPU Scan Cycle time in
15. MAIN_PORT Redundant Comm Fort RCP REDUNDANT_PORT MW Redundant Port Enabled 0K Cancel Figure 11 Device Configuration In the window above Figure 11 the user must configure a few parameters regarding configuration and the recently added device Device Enabled Enables disables the device In case this parameter is not selected the OPC Server will not monitor it Device ID Device address in the MODBUS network BlockView Enabling this parameter the user can compact the commands of the OPC Server increasing communication speed Digital Block Enabling this parameter the user can read all digital points using only one command of the OPC Server increasing communication speed Redundant Port Enabled Enabling this parameter the user will have enabled the redundant channel The Redundant Enable ICON is displayed as In GREEN tiie when it is enabled Redundant Disabled ICON is displayed as In RED Lies when it is disabled Main Comm Port the user should inform which port previously configured will be the main channel Redundant Comm Port In case redundancy is used the user should inform which configured port will be used as redundant channel Directory Directory where the added configuration is located Clicking on Ed button is possible change this directory This procedure is useful when the configurations tag and pl8 are transferred from any computer to another Configuration Na
16. Removing ports The DF65 OPC Server supports all types of port combinations COM1 COM2 Ethernet having serial and Ethernet communication on the same configuration Once the user starts a new project the Tag List will open a window similar to Figure 2 Next by right clicking the Communication item Tag List will display a window where the user can configure the parameters described below E3 TagList v8 for the DF65 OPC 2 0 Server v8 54 Untitled mdb File Edit OPC Help liebe we Untitled Connec mE Connections nE Conversion Edit E CompleteT Remove Remove All Online Compare MECT Tables Figure 2 Adding a new port The user must certify that the chosen configuration option Baud Rate or IP address is the same as the DF65 configuration which will be monitored Tag List Generator User s Manual i Add Connection t X Connection ENET m Settings Scan Ferod 1 00 sec Retry Period 1 00 sec Timeout FOO msec Retries E r Interface C Serial COM fi Baud Rate 9600 z ATS Control Disable G15 Output Control i TCP IF IP Address 192 fies ies 75 OF Cancel Figure 3 Communication Parameters Port Settings Port Name Connection The user must create a Tag for the port to be configured on the Tag List This tag will be used to define the first Browser level on the Tag List OPC Server Scan Period It is the time it takes for the DF65 OPC Server to read th
17. TAL 42563 3 INT 1 21 20 PM TOTAL OUT ADD 1 DF65_v8 RTC_Sec 49951 13 WORD 1 21 20 PM Seconds RTC RTC_Sec RTC_Sec DF65_v8 RTC_Min 49952 20 WORD 1 21 20 PM Minutes RTC RTC_Min RTC_Min DF65_v8 RTC_Hour 49953 10 WORD 1 21 20 PM Hour RTC RTC_Hour RTC_Hour DF65_v8 RTC_Dweek 49954 4 WORD 1 21 20 PM Day of Week RTC RTC_Dweek ATC_Dweek DF65_v8 RTC_Day 49955 1 WORD 1 21 20 PM Day RTC RTC_Day RTC_Day DF65_v8 RTC_Mon 49956 6 WORD 1 21 20 PM Month RTC RTC_Mon RTC_Mon DF65_v8 RTC_Year 49957 5 WORD 1 21 20 PM Year RTC RATC Year RTC_Year DF65_v8 ScanCycleT ime 49958 10 WORD 1 21 20 PM CPU Scan Cycle time in mil ScanCycleTime ScanCycleTime DF65_v8 DIG_OUT2 4 00005 0 BOOL z i led4 DIG_OUT2 4 DF27G2840003 4 0 0 0 0 D 0 0 0 0 0 0 0 0 0 D 0 0 0 0 0 0 Q Stop Monitoring Add to Grid Clear Grid Clear Fail Count Tags Monitored 22 1000 Scan Time milliseconds Clase Figure 33 Monitoring example of the DF65 OPC Server using OPC Monitor 26
18. USER needs to create a Conversion Type that will apply for a Tag Value After having created a Conversion Type the USER needs to assign this Conversion to a Tag or assign to a group of Tags that use the same conversion type When the OPC reads the value from the Device it will convert this value using the conversion rules created and provide the converted value to the OPC Client Only Tags with DATA TYPES WORD DWORD INT and REAL are allowed to have CONVERSION the Other DATA TYPES are NOT allowed Only Tags that can be represented in Eng Units EU can be converted Tags with DATA TYPES BOOL and BYTE are Tags that has NO conversion to EU EA TagList v8 for the DF65 OPC 2 0 Server v8 54 Projeto_1 TAG File Edit OPC Help Dele shee Projeto_1 H E Connections Ve Main Port ENET atk Redundant_Port E a Device List Square Root DF65_v8 MCP Main_Port RCP Redund Tag List B MCT H Working Ox 1x 3x 4y E Device Ox 1x 3x 4x Sy Conversions Complete Tag List Figure 26 Conversions Type of conversion There are three types of Conversion Floating Point Conversion If the USER checks the Option Floating Point Conversion the OPC Server will convert the data into float data type but will not change the value itself Linear Conversion The OPC Server will use linear conversion between EU and Device scale if the option Linear Conversion
19. e Tags OPC Points from every slave devices that is the time between cyclic questions Retry Period When the OPC Server Client runs out of configured tries in Retries it verifies each time interval established by Retry Period whether or not the connection is active Timeout Waiting time for a response after a message from the DF65 Server is being sent to the slave After this period of time the DF65 OPC Server retries to establish communication based on the number configured on Retries Retries Number of times the DF65 OPC Server software will try a new communication after waiting for the specified value on the Timeout parameter Specific Configuration for the serial physical mean If the user chooses to use serial communication it can be through EIA 232 or EIA 485 The connection and cable specification are the same used in the communication between the DF65 and the LogicView and are described in the DF65 Manual Com Allows the user to choose which serial port will be used for communication CTS Output Control When this parameter is enabled the OPC Server will transmit only when the CTS is active Tag List Generator User s Manual RTS Control The options of this parameter are Disable RTS inactive off Enable RTS active on Handshake Activates the RTS if the receiver buffer is 34 occupied and disables when the receiver buffer is less than half occupied Toggle RTS will be activated if there are byte
20. e are other Modbus Masters other servers for example accessing the same slave device using view In this case the OPC Server is using MODBUS command standards and as soon as one of the views is available it will be read by VIEW Block View assembly has failed communication failure This BIT will be 1 when the bits 4 and 5 fail 23 Tag List Generator User s Manual The OPC Monitor Software The Tag List has a software that helps the configuration test and can be used to monitor points using the DF65 OPC Server and check for errors in the configuration It is the OPC Monitor It is accessed through the OPC menu see figure 12 Just access the menu OPC OPC Monitor The OPC Monitor is an OPC client that can work with any OPC Server In case of DF65 OPC Server monitoring it allows the user to view the values of the Configured variables Tags and the status described on the previous item In case the DF65 OPC Server is used initially the OPC Monitor will show the screen below which the user should choose the Server Smar DF65Server 1 Smar DF65 OPC Client OPC Server List SIGN IVETE ae i ICONICS Simulator 1 ICONICS Datawornrss2 1 SmarOFb5Server 1 SmarLoYO0S ever 1 ICONICS Alarms erver_ Smar DAOleS erer 0 mar hzeoleszerer 0 Germer ame 5mar Server 0 Connect Close Figure 29 Choosing the OPC server for the OPC Monitor Right after the OPC Monitor automatically opens th
21. e screen shown on figure below ving TagList v8 for the DF65 OPC 2 0 Server v8 55 Monitoring OPC alues Smar DF65Server 1 File Tag Address Value 2 StatusPort_Main_port StatusPort_Redundant_port C StatusDevice_DF65_v8 amp DF65_v8 Type Qualit Nbr Of Fails Time D EEG ing Add to Grid Clear Grid Clear Fail Count Tags Monitored 0 1000 Scan Time milliseconds Close Figure 30 The OPC Monitor 24 Tag List Generator User s Manual On the column on the left there are in this order the channel status device status and variables Tags values Note that the devices have a specific MODBUS ID and this order must be respected Clicking on each item they are expanded in sub items For further details see the previous item Status provided by DF65 OPC Server With a left click on the mouse button the user can select which status and which variable to monitor The screen below shows a few selected status To remove some status from the monitor page just double click the status or variable in the screen on the left ving TagList 8 for the DF65 OPC 2 0 Server 8 55 Monitoring OPC Yalues Smar DF65Server 1 call i Tag Address Value Type Qualit DF65_v8 DIG_OUT1 0 00001 0 BOOL Good 0 1 09 23 PM led DIG_OUT1 0 DF65_v8 TEMP 02008 0 BOOL Good 0 i 23 Sual peo light TEMP DF65_v8 TOTAL 42563 3 INT Good TOTAL Nbr OF Fails Time Desc User Tag Default Tag DF27G1B40
22. et port Main_ Port Tag List Generator User s Manual w Connection Settings g X Connection Man port Settings Scan Ferod 1 00 sec Ret Ferod 1 00 sec Timeout Foo msec Retries 2 Interlace Serial COM I Baud Fate 9600 z ATS Control Disable P CTS Output Control f TCPIP IF Address 792 i68 isa 65 Figure 7 Choosing a communication channel The redundant path After configuring the main path the user should add a new port channel which will be the redundant backup w Add Connection X Connection Redundant_port Settings Scan Ferod 1 00 sec Ret Period 1 00 sec Timeout FOO msec Fetries 2 Interface Serial COM I Baud Rate 9600 z ATS Control Disable P CTS Output Control TCF IF IPAddress 792 fies fes al Se Figure 8 Adding a redundant port Adding or Removing a Configuration Before adding a new configuration the user is supposed to create a configuration in the LogicView software If the user has several DF65 s with different addresses a configuration file should be generated PL7 PL8 with a different name for each DF65 used in the project Tag List Generator User s Manual Adding a Configuration The configuration must be a valid configuration generated by LogicView from Smar To add a new configuration the user should open the menu Edit gt Add or in the left pane of the Tag List Application
23. function can not be done successful if the Tag List and DF65 configuration is not the same 16 Tag List Generator User s Manual Upload from Device After all points of the MCT Tags Table have been sent to device the upload of these points must be done in order to compare them In order to make it click with the right button on the Address ranges in the Device folder a popup menu will be open choose Upload from Device Or click on the toolbar Edit gt Upload from Device F TaaList v8 for the DF65 OPC 2 0 Server 8 54 Proieto 1 TAG File Edit OPC Help 18 x S Ugle Projeto_1 MCT Device Ox Modbus Table E B Connections Ties wet aiens Je tap Adee MCT oonverainn Oeaninion Bie Main_Port B M 111G1880003 0 00001 0 kNone wool FNFT L Redundant Port Upload from Device Bs Device List 7 I Use Device Connection DFE5_v8 MCP Main_Port RCP Redund Device ID iz D Tay List B MCT Interface 0 Working Sriial Ox Port Oo lis Ww fant 003 0 k Baud R x00 APY aud Rate agna Farti 3k airi Stop Looking fn By 4x Parity EVEN v E E Device F Tep E Ox RTS CTS Timeout g 003 E 1x 0 Disable NTS CTS 003 6 mi C TCP IP i eel P mm _ 0200 i lt N gt first light E Conversions IP Address 192 168 168 65 Complete Tag List i lanes third light idia eat 500 02005 i None fifth light Number of Retries I i Communication Status l 02007 i
24. he MCT table follow the steps 1 Click on the Add Cell button One line will be added in the table 13 Tag List Generator User s Manual MCT Working Os Modbus Table Tag MCT E aE OO OS E IG_OUT1 0 aoao Dig OUTI 2 nog None IG_OUT24 Loo0os None Dig ouTze 0o00 None gt TEMPO 20g Noes TEMP2 ng lt None gt TEMPS 2005 cones TEMPS gang cones TETO n O Noes TesT 2 E None TESTA oes None gt TEST6 gam lt None gt e gu Wo ae F Remove Tag Add Cell Add All Cells Delete Cell Figure 19 Configuring the MCT table 2 Click with the left button on the point which will be added in the table MCT Working Os Modbus T able Tag Ta Address MCT Conversion EA O ry DIG_OUT1 0 00001 DIG_OUT1 2 o0003 id eNom biG_OUT24 O00085 id eones DIG_OUT2 6 conn oO eNom TEMPO 02001 P TEMPI 02002 D None gt p TEMP2 02003 TEMP4 02005 TEMPE 02007 0 02005 O cNone gt Eo 0201 O cNons gt TEST 4 02013 a eones TEST 6 02015 Of lt None gt m wn a F Remove Tag Add Cell Add All Celle Delete Cell Figure 20 Selecting the points for the Tag table 14 Tag List Generator User s Manual 3 Click with the right button on the line and drop to the added cell MCT Working Ox Modbus T able Rees Mor coves e DIG _OUT1 0 00001 i None DIG_OUT12 00003 None DIG_oUT24 ood GN DIG_OUTZE ooz 0 eNone E e font e TEMPI o2002 1 lt None gt I TEMP i None
25. he configuration points Conversion filed to convert the data types Type data type Description description done in the LogicView through the Global Table it can be done also in the Tag List MCT Nr In this option the user can choose which points will be monitored by the device that uses the Modbus protocol Clicking on at left of MCT two folders will be showed Working Device 1x 3x 4x 250 points 250 points 250 points 500 points Discrete Outputs Discrete Inputs Analog Inputs Analog Outpts Tye ow as S 3x w N points 11 Tag List Generator User s Manual Working Clicking on this folder four Address Ranges will be open This folder becomes available the points which are done download Qx Digital Outputs and Virtual Points 1x Digital Inputs 3x Analog Inputs 4x Analog Outputs Function Blocks and Special Registers Device Clicking on this folder four Address Ranges will become available to visualize the configuration points Qx Digital Outputs and Virtual Points 1x Digital Inputs 8x Analog Inputs 4x Analog Outputs Function Blocks and Special Registers File Edit OPC Help a E 0 e Hl the lise Device Enabled Port Name p E MAIN PORT hee REDUNDANT _PORT as Device List ip DFES ve MCP MAIN PORT RCP RED ae Tag List RET MCT LE eee El Device ven E Conversions be
26. hich Tag List Project is registered on the computer click on the OPC menu then click on Show Active Tag List then the program will show the active Tag List Viewing the Tag List Table The user can verify the table generated by the Tag List In order to make it click on of the added configuration two options are available Tag List and MCT Tag List The figure below shows the Tag List table generated for the current configuration cal TagList 8 for the DF65 OPC 2 0 Server v8 54 Untitled mdb ET File Edit OPC Help leia Be a a a J cono om Noe BOL ea pig ouri Joon edi come oms kNon gt Bo0L lig I eons Joona ied By Device List ocos 0005 _ lt Nones BOOL lea fR DF6B v8 MCP MAIN PORT RCP RED pie out25 ooe i lt None gt BOOL lied Tagli Goos omor kNon gt BOOL liede eB MCT pigsoura anon Noes BOL Ba Conversions Tempo __ o20m1___ lt None gt BOL frst igh E Complete Tag List maenna ecole cua Dens al tea eM food lt None BOOL tard TEMS FNP e Temes do lt None gt BOL fit ight TEMES ans None BOOL si ih O eme foor _ lt None gt BOOL severth ight O er oos Nono BOOL eighth igh Oo eso fos fons Boo st fant feNones 00 OO o se Jom iNo BOL st a mO esta fona None BOOL E 2S OE este fons None Booe Figure 16 Viewing the Tag List table In the above table it can be seen Tag configuration point names Address Modbus addresses of t
27. itor Software 12 ccnccccnercenenscnensenenscnenscnensenensenensenensenensenensenensenensenensenenses 24 III Tag List Generator User s Manual IV Tag List Generator TAG LIST GENERATOR TAG LIST GENERATOR and DF65 OPC Server Installation Introduction Required System Operating System gt Windows NT 4 0 Service Pack 6 Windows 2000 Service Pack 2 or Windows XP Computer gt PC Pentium Processor 400 MHz or higher RAM gt 64 Mbytes 128Mbytes for Windows XP Disk Space gt 10 Mbytes of HD Preparing the Installation Using the Smar installation CD SYSTEM302 Information click on the OPC Server V8 and Tag List Generator V8 to install the DF65 OPC Server and Tag List generator respectively The software Tag List Generator for the DF65 OPC Server is developed to generate an information Table to the DF65 OPC Server telling which the Tags are for each Modbus Address In the HMI side just configure using links to Tags in this way if the user changes the DF65 configuration the Modbus address will change but the Tags will not The OPC Server will be able to read the new Tag List generated after the changes made with the LogicView Tag List enables the USER to enter scaled values for Tag values in engineering units The Tag Scaling allows the user to convert a raw value unscaled value from the Device to a given numeric range in engineering units Using the TreeView the USER can select
28. me Name of the configuration associated as a device for example DF65 Device Tag Is the Tag in which the device is referred by the OPC Server After the ports are added and configured the user should view a screen similar to the following Tag List Generator User s Manual picture Two ports were included a main serial port a redundant port through an Ethernet port Pd TagList 8 for the DF65 OPC 2 0 Server v8 54 Untitled mdb File Edit OPC Help Ose he whe 8 Untitled __ Device Enabled Use Digital Connections D M MAIN_PORT 1 DF65 v8 Iv Iv a ENET MAIN_PORT f REDUNDANT_PORT E Bay Device List em DF65_v8 MCP MAIN_PORT RCP RED Conversions Complete Tag List Figure 12 OPC Connection through a Serial Port Ethernet port configured via Tag List Editing Removing a Configuration Device Saving the Project The OPC Menu To edit or remove a configuration it is necessary to select the configuration on the main screen Right click it the edit remove configuration dialog will appear then just change the desired settings and click on OK for the changes to take place or click on the Remove to remove the configuration To compile the project to generate the Tag List it is necessary to first save the current project To save the project using the menu click on File then Save if the project has already a name or Save As if a new you wish to save the projec
29. neneccenecenanansneesseeaeanaansnsnseceaaaaansssnsnseenanaannsssnseeeas 3 Specific configurations for communication via Ethernet cccccsessccnccssssscnecnsenscnsensnssssseennsssssenaesssssensesssssenaanssssees 4 Addihg a NEW PON oas E EAEE cin A R a EREE a T RE UE EA L EALE IREN 4 Editing FRENIOVING PFOS oranana a a RE 4 FRO OUI OIC oosa EE E E EE aaa 5 APPICAON EX AIM DIC ssr i A E A R sues vousoudaeccanseevenseeeneacteceneaae 5 Th maih pat oresnaosnann anaa a a a a a a eases 5 TAC TOOUNG GI DAM ces asiacittad ards teocauatd vceasdedeecnstde E e e a EE eE E EEEE 6 Adding OF REMOVING a CONFIQUIATION 1 cccsscccenscccenecscennssenenseenenseenenssensssennssenasssenensnenens 6 Adding a CONNQUIAUON sei cee ee ee ee ce eee ees 7 Editing ReMmoving a Configuration D VICC scssscccnesccnenenenesssenenseensnsennnssenensnenensnenansss 9 Saving the Proet isa aia 9 WAVE ORG MENU o noana E 9 Registering the Projetar E E E 9 Generating the Tag List Tale cis tess eese seo a a aaa aaa et aa ee Ee EEREN 10 VEFITVING Me Active Tag LIST table aei a a a i aa 11 Viewing the Tag LIS Table tice 11 PAG LIST a a a eae ewe ets a S 11 MET a E E Tae PT OR TE ET ee ee EES ET i oe 11 COI VIS ONS arcsec aaa eae sae a greed oe ce ee eaten eee eee 19 Type OF CONVET SION zzare aE A AE a A a A E F 19 Status provided by the DF65 OPC Servet sscccssscccnsncncnenecensnseenesseensssenenesennnssenensnenens 22 Block View Stalis mnanaa E ela N 23 The OPC Mon
30. or scanning the device The status composition is as follows e ViewStatusOx 0 Block View not being used 1 Block View is being used gt 1 Error on view assembly or view is still being assembled by the OPC Where ViewStatusOx e ViewStatus01 Block View Status 01 ViewStatus02 Block View Status 02 ViewStatus03 Block View Status 03 ViewStatus04 Block View Status 04 ViewStatus01 Block View Status 05 ViewStatus02 Block View Status 06 ViewStatus03 Block View Status 07 Tag List Generator User s Manual e ViewStatus04 Block View Status 08 If the ViewStatus value is greater than 1 an error occurred on the assembly or ViewStatus is still being assembled The value is a BIT combination and to know what the status means the configured BIT should be known according to the table below Block View Status VALUE BIT DESCRIPTION COMMENTS Block View OK If the block view is OK the other Bits should be zero ey NEED ASSEMBLY ie has received a new configuration and will assemble a new Block IS ASSEMBLING OPC Server is assembling the Block View An error has occurred during the assembly OPC is using MODBUS commands Block View assembly has failed CONFIGURATION ERROR Response Code 07 hex A possible cause would be an inexistent Modbus point In this case the OPC Server is using individual commands Block View Assembly has failed BLOCK VIEW IS FULL Response Code OB hex A possible cause would be that ther
31. s to be transmitted and RTS will be disables after every byte is transmitted Specific configurations for communication via Ethernet IP Address In case of Ethernet TCP IP communication the user should set the logic controller Ethernet card s IP address MB700 or ENET700 which should be communicated w Add Connection X Connection ENET Sethings Scan Period 1 00 sec Ret Period 1 00 sec Timeout BOO msec Retries EN Interlace Serial COM i Baud Rate 9600 ATS Control Disable F ETE Output Contrl i TCPAP IP Address 192 fies ies 75 Ew ES Figure 4 Adding an Ethernet Port Adding a New Port The user can add more serial ports or Ethernet if required To add a new port right click at Communication Connections and select Add Po TagList 8 for the DF65 OPC 2 0 Server 8 54 Untithled mdb File Edit OPC Help C mmm Edit w Remove Connection Remove All Online Compare MCT Tables Figure 5 Adding a New Port Editing Removing Ports The user can edit or erase a communication Port for that just right click on the added port and the user can change its current settings or click on Remove to remove the desired port Redundancy Tag List Generator User s Manual The DF65 OPC Server supports system redundancy The OPC redundancy follows a main path philosophy and a redundant path backup When the system detects the main path is no
32. se Complete Tag List Figure 17 MCT Option Using the MCT When one of the address ranges is selected in the Working folder a table at left of the Address table appears In this table the addresses are added which must be configured Four buttons also appear below the screen to do the Tag List table Button Description Move the Tags between the lines up and down Add Cell E Add lines in the table Add All Cells Add the whole table at once Delete Cell Delete lines 12 Tag List Generator User s Manual Bal TagList v8 for the DF65 OPC 2 0 Server 8 54 Untitled mdb File Edit OPC Help y Untitled Connections MCT Conversion C ae ENET gt oon DIG MOOT C i atk MAIN_PORT k REDUNDANT_PORT Ey Device List E Cp DF65_v8 MCP MAIN_PORT RCP RED Tag List E B MCT E Working on BN 1x 3x By 4x Device Conversions Complete Tag List 00003 I None 00005 1 None TEST 6 A v Remove Tag Add Cell Add All Cells Delete Cell Smar Laboratories Corp Figure 18 MCT Option Description of the Address Table Columns Tag Name of the point Address Point Address MCT Counter of how many times the Tag was added in the MCT table Conversion Allows scale conversion Description Point description Configuring the MCT table In order to configure t
33. t communicating the redundant path takes over communication When communication on the main path returns again it becomes the active path and the redundant gets back to being the backup The redundant path even in a state of backup it tests itself if everything is OK Each port main or backup notifies its current status through Status Redundancy could take place even in different physical means data link layer MODBUS TCP and MODBUS RTU For example two Ethernet networks or even one Ethernet network and one EIA 485 network The user can configure an existing redundant network on the system Application Example Consider an application example shown in Figure A where the DF65 OPC Server monitors points from 3 DF65 in an Ethernet network In this case it is used path redundancy for the DF65 s which in case of main path failure the DF65 OPC Server uses an alternative path for supervision mi HMI DF65 OPC Server HIC 1 Network Interface Card 1 a HIC 2 Network Interface Card 2 PORT MAIH pe ee PORT RED Ethernet 1 Main Path Ethernet 2 Redundant Path Figure 6 An application involving an DF65 OPC Server DF65 and MB700 The main path Right after a new project is created the Tag List Generator will ask how the DF65 OPC Server and the DF65 will communicate The DF65 supports the communication via serial port 232 or 485 or via Ethernet TCP IP In the case of the next figure the main path is through the Ethern
34. t with a new name or on the icon Save windows standard on the toolbar The OPC Menu has the following options OPC Monitor Show Active Tag List Register Active Tag List Show Active Tag List Register Active Tag List 4 LU rititherc BBs Device List Wee 0Fc5 v8 MCP MAIN_ PORT RCP RED Figure 13 Accessing the OPC Menu Registering the Project After the project name is chosen it should be registered in Windows in order for the reading software of the DF65 OPC Server to recognize which configuration to search for So every time a new project or project name is changed it should be registered to be indicated as the current project To register a project just click on the OPC menu then click on Register Tag List or click on Register Configuration on the Tool bar as shown in figure below Tag List Generator User s Manual Note Each change done in the configuration in the LogicView a new TaglList Table must be generated The user needs to open the current Tag List project and execute the command to generate the Tag List Table again 10 File Edit OPC Help De a Ce Figure 14 Registering the current Tag List Generating the Tag List Table The program will generate the points monitored by the DF65 OPC Server The Tag List Table associates the address Tag in the DF65 with the name Tag given to it by the OPC server While the tag List is being generated the

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