InfoPlus.21 Interface, User Manual (Operation)
Contents
1. start B MIN realtime cimio_bailey_diop exe ici 1 diops CIOBLYDIOP1 dlgps CIOBLYDLGP1 start B MIN high cimio_bailey_dlgp exe dlgps CIOBLYDLGP1 diops CIOBLYDIOP1 start B MIN realtime cimio_bailey_diop exe ici 2 diops CIOBLYDIOP2 dlgps CIOBLYDLGP2 start B MIN high cimio_bailey_dlgp exe dlgps CIOBLYDLGP2 diops CIOBLYDIOP2 Interface Shutdown The interface can be shut down by sending a shutdown notifi cation to the InfoPlus 21 interface server This can be sent with ut 1 Turns on unsolicited time out checks if present No time out checking xr maxExceptionReadCount Maximum times exceptions will be read from the computer interface when processing exceptions 15 NOTES 1 These two parameters are mutually exclusive Only one of the two can be used 2 Cannot be used with GET transfers Table 2 2 DIOP Command Line Parameters continued Parameter Description Default 2 4 WBPEEUI400006D1 Interface GUI the client program to the DLGP to terminate and clean up the server A shutdown notification can also be sent with a pro vided program cimio_bailey_shutdown exe cimio_bailey_shutdown exe cimio_bailey_shutdown exe cimio_bailey_shutdown exe where the logical device name e g iobailey is passed as a command line parameter A shutdown batch file cimio_bailey_shutdown cimio_bailey_shutdown cimio_bailey_shutdown cimio_bailey_shutdown is provided on the server in the CIMIOROOT io Abb2. CIMIOROOT io Abb CIMIOROOT io Abb CIMIOROOT io Abb directory to manually stop the DIOP and the DLGP as well as to remove the semAPI device driver Interface GUI A Web based interface GUI is included for remote manual con trol of the interface startup and shutdown operations includ ing command line parameter modification Access it via a Web browser using the URL http ip21serverName ip21_inter_release ip21_control_gui htm The GUI can optionally be installed on the interface platform NOTE Windows NT option pack four must be installed prior to GUI installation Client Operation The CIM IO client task has to be running in order to exchange data between the database and the device The client task for the interface is TSK_MBLY This task can be started automati cally when the database is started by having it referenced in the setcim run setcim run setcim run setcim run file This is discussed in CIM IO Client CIM IO Client CIM IO Client CIM IO Client Installation and Configuration Installation and Configuration Installation and Configuration Installation and Configuration in the ABB Automation InfoPlus 21 Interface Introduction and Installation InfoPlus 21 Interface Introduction and Installation InfoPlus 21 Interface Introduction and Installation InfoPlus 21 Interface Introduction and Installation instruction The alternative method is to use the SETCIM utility RUNTSK to start the TSK_MBLY client task The utility
3. ment turned on ici logicalICI ABB Automation logical ICI to connect to 1 l1 logFileName1 Name of DIOP log file 1 bailey_diop1 log l2 logFileName2 Name of DIOP log file 2 bailey_diop2 log ls logFileSize Maximum size of each log file 1 000 000 rd iciReconnectDelay Delay in minutes between reconnect attempts 5 rt receiveTimeout Receive message time out 1 10th seconds 5 st sendTimeout Send message time out 1 10th seconds 10 stime synchronize time Synchronize CIM IO server to DCS time none t dcsTimeOffset Time offset in minutes of control system from server computer 0 Interface Shutdown WBPEEUI400006D1 2 3 A startup batch file on Windows NT could look like the follow ing example start B MIN realtime cimio_bailey_diop exe dqt 240 d 2 ebpe start B MIN high cimio_bailey_dlgp exe NOTE Because of the higher demands on the CPU in the performance enhancement mode the parameter high should be used instead of real time in a start command as shown in the example Multiple computer interfaces can be accommodated by run ning multiple instances of the server under different TCP IP service names Service names will need to be added to the ser vices file as well as cimio_logical_devices def cimio_logical_devices def cimio_logical_devices def cimio_logical_devices def for each new DIOP and DLGP The startup of these servers might look as fol lows
4. will prompt the user for the program name CIMIO_C_CLIENT and the name of the task TSK_MBLY Example Enter program name cimio_c_client Enter task name lt TSK_CIMI gt TSK_MBLY Enter output file name lt setcim group500 cimio_c_client out gt TSK_MBLY OUT Enter error file name lt setcim group500 cimio_c_client err gt TSK_MBLY ERR Tag Name Addressing WBPEEUI400006D1 2 5 Enter any other qualifier s lt MAXIMUM_WORKING_SET 500 gt ENTER Tag Name Addressing The tag name specification will contain all addressing informa tion for the control system value to be accessed by the InfoPlus 21 interface The InfoPlus 21 interface server uses the point types described in Appendix A The following two subsec tions explain the input and control output tag name address ing structure Input Tag Name Addressing The reference will be specified using the following format loop pcu module block point_type field_num where Three legal cases can occur when addressing tags with field numbers and requesting structures of single values When no field number is given and CIM IO requests a CIMIO_P_STRUCT In this case the structure defined in Appendix B for that point type is returned When no field number is given and CIM IO does not request a CIMIO_P_STRUCT In this case the default attribute value for that point type is returned Default attribute values for each point type are specified in Appendi
5. WBPEEUI400006D1 2 1 Section 2 Operating Procedures Introduction This section describes how to start stop and operate the ABB Automation InfoPlus 21 interface The Windows NT user account needs no special requirements to run the InfoPlus 21 interface server software However sufficient account privi leges are required to set up TCP IP host services for the server Interface Startup The cimio_bailey_start bat cimio_bailey_start bat cimio_bailey_start bat cimio_bailey_start bat file located in the CIMI CIMI CIMI CIMI OROOT io Abb OROOT io Abb OROOT io Abb OROOT io Abb directory will start the DLGP device logical gateway process and DIOP device I O process Any com mand line parameters given to the startup of the DLGP or DIOP should be entered into this file Command line parameters for the DLGP are shown in Table 2 1 The command line parameters for the DIOP are shown in Table 2 2 Table 2 1 DLGP Command Line Parameters Parameter Description Default 11 logFileName1 Name of DLGP log file 1 bailey_dlgp1 log 12 logFileName2 Name of DLGP log file 2 bailey_dlgp2 log d dbgLevel 0 6 Debug level 0 OFF to 6 DEBUG 2 diopn diopNodeName DIOP node name Current node diops diopServiceName DIOP service name CIMIOBAILEYDIOP dlgps dlgpServiceName DLGP service name CIMIOBAILEYDLGP dt shutdownTimeout DIOP shutdown message time out 1 10th seconds 300 ls l
6. ogFileSize Maximum size of each log file 100 000 rt receiveTimeout Receive message time out 1 10th sec onds 50 st sendTimeout Send message time out 1 10th seconds 100 2 2 WBPEEUI400006D1 Interface Startup Table 2 2 DIOP Command Line Parameters Parameter Description Default ct clientTimeout Client time out minutes 0 infinite d dbgLevel 0 6 Debugging logging level 0 OFF to 6 DEBUG 2 diops diopServiceName DIOP service name CIMIOBAILEYDIOP dlgpn dlgpNodeName DLGP node name current node dlgps dlgpServiceName DLGP service name CIMIOBAILEYDLGP dqt dataquietTimeout Data quiet time out Forces any point that has not exception reported in the specified number of minutes to report the value to the client with the current server system time Requires the IO_FREQUENCY field in IoUnsol transfer records to be greater than zero e g 0000 00 20 0 Must be used in conjunction with the ebpe DIOP command line parameter None dtime time syncWait Wait for control system time sync for a specified time sec greater than zero Wait forever ebpe 1 2 Performance enhancement improves han dling of unsolicited XR processing Because of the higher demands on the CPU in this mode the parameter high should be used instead of realtime in a start command Refer to the example following this table Standard operation The system installs with this enhance
7. t type that can be sent by using the field number are given in Appendix C Refer to the CIM IO manuals for instructions on how to imple ment PUT records for single value transfers For single value reads the optional field numbers and default fields are shown in the tables in Appendix C Data Types The InfoPlus 21 interface server is capable of returning either single values or structures to the client task Table 2 3 describes the CIM IO standard data types columns and the semAPI data types or device data types rows Table 2 3 Data Type Conversion semAPI CIM IO Double Real Short Integer Long Integer ASCII Real X X X X X Integer X X X X X ASCII X NOTE An X in the cell indicates that the interface supports the conversion between the two data types WBPEEUI400006D1
8. ular block is not important but it is important that the tags be contiguous The server scans the PUT record and executes the write when the last tag pertaining to a block is encountered i e when the tag block number changes or when the end of the record is encoun tered If no tag is specified for a particular parameter a default value is used loop Loop number pcu Process control unit This is also known as the node module Module number block Block number point_type semAPI point type number field Optional field number If the number is used a single attribute value will be returned for that point Data Types WBPEEUI400006D1 2 7 Three legal cases can occur when addressing tags with field numbers and sending structures of single values When no field number is given and CIM IO sends a CIMIO_P_STRUCT In this case the structure defined in Appendix C for that point provides the write parameters When no field number is given and CIM IO does not send a CIMIO_P_STRUCT In this case the default attribute value for that point type is sent Default attribute values for each point are specified in Appendix C When a field number is given and CIM IO does not send a CIMIO_P_STRUCT the value of the attribute corresponding to the field number is sent If CIM IO sends a CIMIO_P_STRUCT the field number is ignored and the structure defined for that point type is sent Lists of attributes for each poin
9. x B loop Loop number pcu Process control unit This is also known as the node module Module number block Block number point_type semAPI point type number field_num Field number If the field number is used a single attribute value will be returned for that point 2 6 WBPEEUI400006D1 Tag Name Addressing When a field number is given and CIM IO does not request a CIMIO_P_STRUCT the value of the attribute corresponding to the field number is returned If CIM IO requests a CIMIO_P_STRUCT the field number is ignored and the structure defined for that point type is returned Lists of attributes for each point type that can be retrieved by using the field number are given in Appendix B For single value reads the optional field numbers and default fields are shown in the tables in Appendix B Control Output Tag Addressing and Legal Values The reference will be specified using the following format loop pcu module block point_type field where It is important to note that a write to a Harmony block requires a specific number of parameters Since CIM I0 tags can con tain information for a single parameter the server may need to collect information from a number of tags in order to collect all of the parameters before the write is executed All of the tags containing parameter data for a write to a single block must be specified in the same PUT transfer record The order of tags specified for a partic
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