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FA-M3 ToolBox for Temperature Control and Monitoring

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1. Output related Parameters 191 391 591 791 CT Cyletime 54 182 310 438 67 195 323 451 Prez sez 662 162 cre cooing ve ne s6 108 arr 450 eo 106 32 452 193 393 593 793 mvR___ Rate of change limit_ 56 184 312 440 69 197 325 453 6th Edition Dec 2014 00 IM 34M06Q31 02E C1 11 PID SP1 Parameters F3CU04 0S F3CU04 1S F3CX04 0N F3CU04 0N F3CU04 1N F3CX04 0G Symbol Description F3CU04 0G F3CU04 1 G 12 3 4 tit Te Pst att 2 314 201 401 601 801 1 S5P_ Setpoint sP 69 197 325 453 82 210 338 466 I AA O CA APO E A 204 404 604 804 1 A3 Alarm 3 preset value 72 200 328 456 85 213 341 469 48 101 154 207 205 405 605 806 TAF Aarm 4 preset value 73 201 329 457 86 214 342 470 49 102 155 208 206 406 606 806 1 PB Proportional band 74 202 330 ase 87 215 3038 471 T 207 407 607 807 111 integraltime 7s 203 331 450 68 216 348 a72 208 408 608 808 11D Derivativetme ve 204 332 a60 89 217 345 ara 209 409 609 809 TOH Uppercutputlimi 77 205 933 461 o0 218 346 474 EEC O E EE E O OO 211 a13 625 817 TMR Manualresetvalue 79 207 335 463 02 220 388 476 T 212 412 612 812 1 HYS On
2. B2 2 B2 1 3 Registered Parameter Setup creenNS oooooocccnnncccncnnonncnnnnnnnnos B2 3 B2 2 Creating and Editing Registered Parameters scccccssssseesseesseees B2 4 B2 2 1 Editing Registered Parameters controller parameter setup B2 5 B2 2 2 Editing Registered Parameters I O parameter setup B2 6 B2 2 3 Editing Registered Parameters operation parameter setup B2 7 B2 2 4 About Parameter Input Helper Screens ccseeeseeeeeeeeeeees B2 8 IM 34M06Q31 02E 6th Edition Dec 2014 00 TOC 2 B2 2 5 Changing Module Type of a Parameter File B2 12 B3 Downloading Registered Parameters ccceeseceeeeeeeeseeees B3 1 B3 1 CONMCCUNG to FAMI sica B3 1 B3 1 1 Checking Communications Setup and Connecting Online B3 1 B32 D wnioading sr B3 3 B3 2 1 Downloading to Individual Modules oooccoccoooonoonooo B3 3 B3 2 2 Downloading to All Modules of a Project coccoooomomm B3 6 B3 2 3 Downloaded Registered Parameters ccoocccccccncnncccnnncccononnss B3 7 B3 2 4 Messages on the Result of Downloading oooocccnccnooo B3 7 B3 2 5 Messages on the Result of Comparison ooccccccnnccccccccnncnnnnnnno B3 8 B3 3 Downloading to CPU Module ccccccssssssssssssseseseseeeeeeesesseeeeeeeeeesnenees B3 9 B3 4 Downloading Restrictions cccconnnnnconcnnnnancnncnnannnnnnnnnnnnnnnnnnannnnrennnnanos B3 10 B
3. Screen 17 Manual Reset Yalue Setup x Please specify output offset value if integral time is set to OFF Drag the slider Manual reset value Z l 0 0 50 0 100 0 Default Cancel Screen 18 6th Edition Dec 2014 00 IM 34M06Q31 02E Advanced Editing Functions e Modifying the value of a cell 1 In a parameter setup screen O highlight a cell Select Edit from the menu bar and select one of the following commands Set to Default Value Changes the setting to the default value Set to Maximum Value Changes the setting to the maximum value Set to Minimum Value Changes the setting to the minimum value TIP Right clicking in a parameter setup screen also lists these commands Hiding showing a column of cells In a parameter setup screen highlight a column of cells that you want to hide by clicking the column title Select Edit from the menu bar and select the Hide command In this example the loop 2 column will be hidden TIP Ahidden column on the Controller Monitor Parameter Setup screen will no longer be hidden once another parameter setup screen is displayed A hidden column on the I O or Operation Parameter Setup Screen remains hidden until you issue the Show command for that column To issue the Show command select Edit Show from the menu bar Right clicking on a parameter setup screen also lists these command
4. Not backed up to EEPROM Not backed up to EEPROM at download NBKUP 1 No backup Not backed up to EEPROM Not backed up to EEPROM at parameter adjustment On F3CU04 0S and F3CU04 1S F3CU04 0G F3CU04 1G writing operation in the EEPROM during parameter adjustment and so on is limited and SP values are never backed up If you want to back up SP values in the EEPROM at parameter adjustment you must do it manually To back up SP values manually after parameter adjustment use the following procedure 1 Open the Operation parameter setup ef Parameters Adjustment1004 106 004 156 1F96U04 15 E BIE screen from the Registered E Operati prat so 5peci n a perst value to be output ehen ihe module operation PID comgutationi is stopped 5 0 to 105 08 Parameters Edit screen Guipui preset vales SP related P retated Operaboeaelared Cispui relabed Albemerelaied POL parameters Loop 11 Loop Gi lap Gf Long ah oF Backup PVSP PISF Sel point GF A 1 20000 Alone preset wakes Alone 2 preiet v ha 2 Modify and update SP values fn pent a A confirmation dialog box is displayed to sere Lome copa lena Maira res waha confirm that you want to back up the SP ee e A Firmada mich values A EE E E Screen 1 5 B050304_01 VSD IM 34M06Q31 02E 6th Edition Dec 2014 00 B5 14 ToolBox ToolBox Temperature Control Monitorine Modules SP values have been modified Write SP values to EEPRO
5. ccccccccseeeeeeseeeeeeeeees A2 2 operation checking FA M8 c ccccesseeeeeeeees B4 1 operation parameter setup 00 B2 7 B5 12 operation parameters ccccseececesseeeeeseeeeeeeeees B5 6 operation SCIEN ccccseseeccseseeeceeeecsenseesseaes B1 1 other instruction manuals o ooooonccnncncnocccccnnnnncnnnnos vill p parameter input helper Screens 0cecceee B2 8 DOR is pests nn sauce B7 1 product OVeIVIOW cooccccccccnonccnncocnnconncnononcnnnnnnnnns A1 1 project WINdOW ccccococccnccccnoncconcnononncnnnnnannnnnnnnnnos B1 2 project Selectino ccccoconncnncccnonccncnnnancnnncnnnons B2 1 ToolBox procedure for USINO ccccccooccnnccnnnoconno A2 1 R registered parameter file openinog B2 2 registered parameter setup SCreenS occccco B2 3 registered parameters coooooccccnccccccnocncnnnnnns B3 1 B5 9 registered parameters adjusting B5 1 registered parameters tables 0f C1 1 Remote SP siusicsecessaigatceusasemtncasesrcesec tseesewietaesexe B5 7 Remote local SP ccccccsssseeeeeeeeeeeesseeeeeeeeseees B5 7 Results of downloading window oo B3 4 Results of uploading WINKOW c csecceeeseeeees B6 5 PRO E o E ea A2 2 S sampling period ccccoooccccccoccncoccconcnnononnos B4 4 B5 4 saving automatically ooccccconncnconononos B4 10 savi
6. x 3 Checkmark the modules from which als data is to be uploaded by clicking in o fi f2 fa J4 ds te 7 the Select column Select I O Configuration File Name F3LE01 samplel F3CUD4 1 e Color Codes for Availability for Uploading Modules are color coded to indicate their availability for uploading as follows White Uploading to the module is allowed Red Uploading is not allowed because of a mismatch between the I O configuration and the file configuration of the module is Screen 1 Yellow Uploading to the CPU module is not allowed because the address setup for the CPU module is invalid or not done Gray Not accessible IM 34M06Q31 02E 6th Edition Dec 2014 00 B6 2 gt Click Module gt Screen 2 will be displayed 5 Select the loops for which parameters F3CU04S006 F3CU04 0N gt Module ENE are to be uploaded and click Upload gt The Upload dialog box is displayed during uploading When the upload is completed it is replaced by screen 3 TIP Clicking during uploading aborts the upload process Select Loops Allloops Some loops Specify Loops Loop 7 4 Loop amp A Loop 2 4 Loop EP Loop 3 14 Loopa P Loop 4 e Loop 8 4 Cancel Screen 2 f 6 When uploading completes click OK Slot FileName Results of Uploading 0 i
7. 2 Click the Detailed Setup tab Temperature Control and Monitoring Environment Setup l x Detailed Setup Items Displayed for Simple Setup Setup 2 21 Dialog Display 3 Select checkboxes for the desi red Dialog to confirm writing to EEPROM when downloading z ME Dialog to confirm writing to EEPROM when adjusting parameters EEPROM write confirmation options i aii TIP By default a dialog confirming whether to write to EEPROM is displayed when parameters are adjusted 4 Click OK to confirm the selection To customize the simple setup screens follow the procedure below TIP Clicking reverts to default values Comcel Defaut Hop Screen 4 6th Edition Dec 2014 00 IM 34M06Q31 02E Select the Simple Setup tab x gt Screen 5 will be displayed Detailed Setup Items Displayed for Simple Setup Controller Monitor Parameters Operation Parameters Controller M onitor Two input changeover mi 6 n Se I ect reg iste red pa ram ete rs to be Disable backup B Two input changeover up E a r A E DIP switches settings F Two input changeover lo displayed for editing In the Simple IV Power frequency selection F Upper SP limit F Lower SP limit B SP up gradient E Input sampling period Setup screens F SP down gradient Gradient time unit TI P Input output Parameters m SP track d q CO mmm A AAA Input Output Type va aie i If you check all registered parameter
8. 3 gt AN CAUTION Opening and Closing the Tuning Screen Although the Action Test function can continuously control and monitor a module it is really designed for temporary module adjustment and thus is not guaranteed to function as an operation panel for continuous process control and monitoring The Action Test Tuning samples and graphs data from a module through communications If communication channels suffer from noise or other interference incorrect graphs may be displayed Opening the Tuning Screen Run ToolBox open a project and connect online to the FA M3 system SEE ALSO For details on how to connect online see Section B3 1 Connecting to FA M3 In the Debugger Window double click Tuning under the relevant module name Screen 1 will be displayed TIP As an alternative way to display the Tuning screen you may select Debug Maintenance Action Test from the menu bar and then highlight a module and click Tuning The Tuning screen is displayed for the loop that was last monitored Clicking will replace the current detailed screen with a simplified screen see screen 2 Closing the Tuning Screen Click on the Tuning screen The Tuning screen closes 14 Tuning 006 F3CU045006 F3CU04 0N lol xj Sampling fae RUN OT cas JamTfexPvfexouT MllHercar aLm Check E x x ace to wt i 4 2 4 HOUT PY CSP HOUT COUT HBCa HBCb PIDNO 1 CSPNO 1 AT ST
9. 353 481 110 238 360 aa 232 432 632 832 2 HYS On off control 226 354 482 111 239 367 495 hysteresis 233 433 633 838 20k gen o ve oo ese fff 234 434 634 604 26ANG Cooling gain 100 228 366 40a 113 241 ve 497 gt gt 235 435 635 835 2Hys c_ Cooling on off control 494 229 357 485 114 242 370 498 hysteresis 236 436 636 836 208 Dead band 102 290 358 406 155248 ora 490 ae te ee ee O ieee E 236 438 638 638 2POUT Cooling preset output 104 292 360 488 117 245 ors 509 gt IM 34M06Q31 02E 6th Edition Dec 2014 00 C1 12 ot aa oa Jem Jase SetpomtSP ros 29 061 009 118 200574 502 To 246 446 646 aie al band 110 238 366 494 rear aar 647 647 31 itegraltme 1m1 239 367 485 124 252 300 soe E 248 a48 648 848 9 10 Derivative ime 112 240 368 496 125 259 301 509 249 449 649 849 30H Upper output imit 113 241 369 497 126 254 382150 E a E fast 451 651 851 aMR Manualreset value 115 243 871 490 128 256 384 612 apalai aan o ne pala 253 453 653 853 3DR Forwardreverse switch 117 245 873 501 130 258 386 54 _ E COIE IE 255 355 655 3 Hys c Cooling on off control 449 247 375 503 132 260
10. 388 516 a gt hysteresis Deadband 120 248 376 504 133 261 389 517 257 457 657 857 SPOUT Presetoutput 121 240 377 605 134 262 990 518 258 458 658 858 3 POUT C Cooling preset output 122 250 378 506 135 263 391 519 PID SP4 Parameters 261 461 661 861 4SP Setpoint SP 123 251 379 507 136 264 392 520 264 464 664 864 4 A3 Alarm 3presetvalue 126 254 382 510 139 267 395 523 60 113 166 219 A lt A A EAS E EE ALE EEE TAR EN 268 468 668 868 4 1D Derivative time 130 258 386 514 143 271 399 527 E ME MEA ES A ET ENE AE MESE EE AO eee 401 ADS zm 87i AMR Manual reset vale 183 261 388 517 168 273402 590 LALALALA Badia EEE EE ys 673 873 4DR Forwardlrevrse wien 135 268 301 519 108 210 400 582 acter a Tea on aetact eee STS 275 475 675 875 4 HYS C Cooling on off control 137 265 393 521 150 278 406 534 a TIN aa a arr Eo a E EE EEE IE 278 478 678 878 4POUT C cooing preset output 140 208 396 524 158 201 408 sar gt 23 483 083 083 A3 Alarm type 5o 187 815 243 72 200 828 450 36 09 142 195 264 484 054 e84 ALA Alarm type 60 188 816 aaa 73 200 329 457 a7 90 143 196 20 480 680 e90
11. E Other Instruction Manuals For individual sequence CPU modules please refer to the relevant instruction manuals These manuals are available separately O For information on functions of sequence CPU modules refer to Document Name Document Number Sequence CPU Functions for F3SP28 3N 3S F8SP38 6N 6S F3SP53 4H 4S F3SP58 6H 6S IM34M06P13 01E F3SP59 7S O For information on instructions of sequence CPU modules refer to Document Name Document Number Sequence CPU Instructions IM34M06P12 03E O For information on the Temperature Control and Monitoring Modules ToolBox is designed for use with the following temperature control and monitoring modules Module Code Document Name Document Number F3CU04 0N Temperature Control and PID Module F3CU04 1N Temperature Control and PID Module CORO S TIE F3CU04 0S F3CU04 1S Temperature Control and PID Module IM34M06H62 02E F3CU04 0G F3CU04 1G Temperature Control and PID Module IM34M06H62 02E T01 F3CX04 0N Temperature Monitoring Module IM34M06H63 01 E F3CX04 0G Temperature Monitoring Module IM34M06H63 01 E TO1 O For the FA M3 specifications and configurations installation and wiring test run maintenance and module installation limits for the whole system ie Refer to the relevant product manuals for specifications except for power supply modules base modules input output modules cables and terminal units Document Name Document Number Hardwar
12. TIP If you stop and then restart logging sampling begins anew All accumulated log data will be discarded so you should always save any required data before restarting data logging e Ending Logging 1 Click in the Action Monitor screen 2 Screen 8 will be displayed Da Click OK gt Logging will stop TIP Starts logging of data Previous logged data will be cleared when logging begins Cancel Screen 7 ToolBox Temperature Control and Monitoring 1 xi AN Stops logging of data Cancel Screen 8 If you disconnect an online connection in ToolBox logging is stopped automatically All accumulated log data is retained as usual the same as when logging is stopped manually IM 34M06Q31 02E 6th Edition Dec 2014 00 B4 8 Splitting the Graph Area of the Action Monitor Screen You can split the graph area of the Action Monitor screen as shown below Split into two sub screens 1 and 2 Split into four sub screens 1 2 3 and 4 lol 1 2 41 gt aen Top lt lt lt gt gt gt Current Setup Save Close Screen 9 1 Click on the Action Monitor screen Screen 10 will be displayed 2 Specify how logged data is to be x displayed in the sub screens O TIP Fl sae If 1 screen is selected Screens 2 to 4 are mn ae T not available creen Creer Creer Creer If 2 screens is selected Screens 3 and 4 bogdan tie are n
13. The look of the parameter input helper screen depends on the selected parameter The following description explains how to select an input value using different parameter input helper screens as examples 1 Ina parameter setup screen highlight a cell to be edited ad Y Click the button displayed gt A parameter input helper screen will be displayed The actual screen displayed will depend on the selected parameter 6th Edition Dec 2014 00 IM 34M06Q31 02E 22 Registered Parameters Edit F3CU04S002 F3CU 14 0N Highlight a cell 15 xl 3 Operation parameter setup Specify the period for an on off cycle when controlleN output is either relay output or voltage pulse output between 5 0 5 s to 1200 120 s in multiNles of 5 0 5 s Operation telated Dutput related Alarm related PID parameters a CT Cycletime CT 30 Detailed Setup Items Setup Properties Backs Finish Cancel Apply Help Screen 12 Click the button e Example 1 Using the mouse Modify the setting by clicking the spin button control and click OK Using the keyboard Modify the setting by pressing the and 1 keys select by pressing the Tab key and finally press the key e Example 2 Using the mouse Click desired radio buttons and click OK Using the keyboard Select a loop or other item to be modified by pressing the key and modify the setting by pressing the and
14. User s Manual FA MS 3 FA M3 ToolBox for Temperature Control and Monitoring Modules IM 34M06Q31 02E vigilantplant Compatible Modules Model Code Model Name F3CU04 0L Temperature Control and PID Module F3CU04 1L Temperature Control and PID Module F3CX04 0LI Temperature Monitoring Module YOKOGAWA IM 34M06Q31 02E Yokogawa Electric Corporation 6th Edition Applicable Product Range Free Multi Controller FA M3 Model Code SF661 MCW Model Name FA M3 ToolBox for Temperature Control and Monitoring Modules The document number for this manual is given below Refer to the document number in all communications including when purchasing additional copies of this manual Document Number IM 34M06Q31 02E IM 34M06Q31 02E 6th Edition Dec 2014 00 Important E About This Manual This Manual should be passed on to the end user Before using the controller read this manual thoroughly to have a clear understanding of the controller This manual explains the functions of this product but there is no guarantee that they will suit the particular purpose of the user Under absolutely no circumstances may the contents of this manual be transcribed or copied in part or in whole without permission The contents of this manual are subject to change without prior notice Every effort has been made to ensure accuracy in the preparation of this manual However should any errors or omissio
15. of the FA M3 ToolBox Manual Installshield Screen 2 6th Edition Dec 2014 00 IM 34M06Q31 02E A2 5 A2 4 Connecting ToolBox and FA M3 System System Environment When Using ToolBox Computer FA M3 Thermocouple Input SS RTD Voltage input Output SE eese Temperature control and PID module Register parameters Adjustment IM 34M06Q31 02E T01 1st Edition Jul 2014 00 Blank Page B1 1 B1 Using ToolBox This chapter describes what a user must know before using the FA M3 ToolBox for Temperature Control and Monitoring Modules or simply referred to as ToolBox in this manual ToolBox Operation Screen gt B1 1 Configuring ToolBox gt B1 2 ToolBox Operation Screen B1 1 1 Screen Layout The ToolBox operation screen consists of the following components The screen layout and operation are similar to those of Windows Project Title bar window Window list bar Menu bar Toolbar 2 ToolBox NC_Module_Dzta Registered Farameters F3NC S003 1234567290123456 7890123456 789012 F3NC34 0N E Oo x pasya BE MF 3 o M u RJR gistered Parameter j Pattern B DatalF3NC3250 Project x E F3NC325007 F3NC32 0 a a 2 en al Mr 4 LA RI RA ry Pattern B Data F3NC325007 F3NC32 0N 53 Properties DNS Action Pattern i Target Position a _ m Registered Paramet Label O olad AX1 Position Data _ La Potter A Dats Action Code 214 2 Argument
16. Action Test Parameter Adjustment For details on the group of PID parameters designated by the SP No parameter see the User s Manual for the Temperature Monitoring Module or Temperature Control and PID Module 6th Edition Dec 2014 00 IM 34M06Q31 02E B5 7 B5 2 4 B5 2 5 Changing between Remote and Local You can toggle between remote SP and local SP by clicking to select remote SP or to select local SP 14 Tuning 006 F3CU045006 F3CU04 0N jej xj Sampling 5s RUNADTO cas em fexPvfexour EHRE ALM Check L gt x x E ja ia Ea HOUT PY 2639 3 CSP 328 0 HOUT 0 0 Click Remote or Local Ha HBCa HBCb ANO 1 CSPNO 1 AT STUS paeen PY CSP COUT Start AT o Top lt lt lt gt gt gt Current SPNO 1 y MOUT D so INSEL D Impr y PID SP Setup MOUTC 0 0 EXPY PV lo Normal it y EXPY 328 0 EXRJC 2 203 Remote is A A M C Auto Y EXOUT OUT 0 Normalc y EXOUT 0 0 RSP anes Simple View Save 3 Tuning Setup Close TIP When remote SP is selected the button changes to Local Action Test Auto tuning This section describes how to start the Action Test Auto tuning function In Action Test Auto tuning as the module runs according to a group of PID parameters designated by the SP No parameter PID parameters are automatically tuned for optimum module operation and the tuning results are displayed r Tuning 006 F3CU045006
17. DLY2 Alarm2ON delay 66 194 822 450 70 207 335 463 43 96 149 202 21 491 691 891 DLYS Aarm 3 ON delay 67 195 823 451 80 208 336 464 44 97 150 203 202 92 002 002 DLYA alarma ON delay 68 196 324 452 81 209 337 405 45 98 151 200 6th Edition Dec 2014 00 IM 34M06Q31 02E Index 1 FA M3 ToolBox for Temperature Control and Monitoring Modules Index A A M C switching ccocccocnccnncccccconnccnnnnconononanonnnns B5 6 ACTION MONITO c coooccnccnnncnnccncnncnnannnnnnnnnoncnnanenonanens B4 1 action monitor SCFEENS ccccceseeeeeeeeeeeeeneeeees B4 3 action monitor Setup ccccconncccccnccnncconconcnnannnononens B4 4 action Status bar ooonccccoccccnconocnnononcnnocnanoncnnnnnnos B1 3 action test siniestra B5 1 action test f lOW ooccccconcccccnococonncononcconcnononos B5 1 address Setup ooccccccconccnncccnonnnonononancnnnnnnnncnncnnnnns B3 4 applicable product cccoooonccnccccconcnnccononccnnononanonnnos ii auto tUNINQ ccccconccncononcnnonnncnnonnnnnnnnnncnnconanencnnnnens B5 7 C color codes for availability for downloading B3 2 color codes for availability for uploading B6 1 COMMUNICATIONS SetuUPD occcccconcncnconcnnnnnos B1 5 B3 1 connecting ToolBox to FA M3 system A2 4 controller parameter Setup B2 5 B5 10 OPUMOUIS musas tal B3 3 CSV TOMA eras ener iaote
18. Detailed tun act dong Printout 4 IM 34M06Q31 02E 6th Edition Dec 2014 00 B7 4 B7 2 Using Created Data Registered Parameters File Data You can convert and save registered parameters file data of a project into a CSV formatted file which you can later process using Microsoft Excel simply Excel or other application programs to produce various reports on registered parameters SEE ALSO For information on how to save registered parameters in a file see Section B7 2 Using Created Data of the FA M3 ToolBox manual 1 Run the ToolBox and open a project 2 Select File Export from the menu bar 3 Checkmark registered parameters files to be exported by clicking the corresponding checkboxes in the Select column 4 Click Export 5 Enter a name ofa destination CSV file for storing registered parameters data TIP The full pathname of the CSV file must not be NC Module Data longer than 254 characters CPU Type F3SP57 65 T nn eee Title 4 Last Modified Date 5 30 2007 i i F3CU04S002 6 Click Savel Title Data will be saved as a CSV file een 3 EH T Run Excel Register Comment Preset Value 75 Disable backup 0 80 DIP switches settings 0 91 Power frequency selection 1 i 82 Input sampling period 1 8 Select File Open from the menu DOE gt bar 64 Controller mode for loops 3 and 4 0 91 Output terminal selection 1 1 92 Output terminal selection 2 2 93 Output ter
19. F3CU04 1S revision 06 05 or higher F3CU04 0G F3CU04 1G 6th Edition Dec 2014 00 IM 34M06Q31 02E B5 3 Action Test Parameter Adjustment B5 3 1 1 Run ToolBox open a project and connect online to the FA M3 system gt Screen 1 will be displayed SEE ALSO For information on how to connect online see Section B3 1 Connecting to FA M3 2 Inthe Debugger Window double click Parameter Adjustment under the relevant module name slot No gt Screen 2 will be displayed TIP You can also display the Parameter Adjustment window by selecting Debug Maintenance Action Test from the menu bar and then selecting a project 3 Click or No and select a screen that contains the parameters you want to modify gt The first screen that appears depends on whether the Yes or No button is clicked Yes Controller Parameter Setup screen INo Operation Parameter Setup screen TIP If you click No the system presents the Operation Parameter Setup screen for editing skipping the Controller Parameter Setup screen and Input Output Parameter Setup screen SEE ALSO If the NBKUP parameter is set to 1 No backup a confirmation dialog box will appear before the Parameter Adjustment window appears For more information see Sections B5 3 3 Setting Not to Save Registered Parameters and C1 1 1 Tables of Registered Parameters IM 34M06Q31 02E 6th Edition Dec 2014 00 Opening the Par
20. Messages Description Remarks Execution completed successfully Upload is successfully completed NN a The Stop button was pressed during uploading and O uploading was aborted The NNN parameter value is beyond the upper or lower limit CI An error has occurred when the NNN parameter is being read a Aborted NNN parameter 9999 is invalid Failed to read NNN parameter 9999 Communication server busy Invalid dialog information file The communication server is busy WideField3 may be communicating with FA M3 Dialog information file was found to be damaged during online processing The ToolBox environment file may have been changed by a user Available memory is insufficient ARMA 1 NNN denotes either Controller Monitor Input Output or Operation 9999 denotes the number of the register in error For details on register numbers see Section C1 1 1 Tables of Registered Parameters For example the following error message may appear if uploading fails due to an error Input Output parameter 147 is invalid IM 34M06Q31 02E 6th Edition Dec 2014 00 B7 1 B7 Printing and Using Created Data This chapter describes how to print or export created data Printing Created Data gt B7 1 Using Created Data gt B7 2 Printing Created Data Ensure that a PC running ToolBox is properly configured and connected to a printer SEE ALSO For general information on printing
21. colors changed from pink to yellow If an invalid value is found a range error message is displayed If there are modified but unconfirmed controller or I O parameters a dialog box is displayed to confirm initialization This button is enabled only when if there is one or more modified but unconfirmed parameters IM 34M06Q31 02E 6th Edition Dec 2014 00 B2 4 Creating and Editing Registered Parameters The internal registers parameters of temperature control and monitoring modules are grouped and shown in three parameter setup screens in ToolBox Parameter groups 1 2 and 3 should be created or edited in that order as shown below Each parameter setup screen is either a Detailed or a Simple Setup screen While a Detailed Setup screen shows all parameters a Simple Setup screen shows only frequently used ones Temperature control and monitoring modules internal registers parameters Setup Operation parameters parameters ToolBox s editing function D Controller parameter setup 2 I O parameter setup 3 Operation parameter setup PID parameters SEE ALSO For details on the registers of temperature control and monitoring modules see the user s manual for the temperature control and PID module or the temperature monitoring module For details on parameters that can be edited on the registered parameter setup screens such as the type valid data range and default value see Sectio
22. 1 Click Save on the Action Monitor screen gt Screen 11 will be displayed 2 Select the Manual tab save hh x Manual Automatic m Output Range 3 Specify the output range by clicking oii a radio button in the output range C Points T area C Time 12 15 11 25 All All log data points are saved ERA i Points Yes C No A specified range of log data points is saved gt Output Data M Log data 1 V Log data 2 V Log data 3 IV Log data 4 j Time V Log data 5 Y Log data 6 Y Log data Y Log data 8 7 i A og data og data og data og data Log data points falling within a specified duration are saved Save Cancel Screen 11 IM 34M06Q31 02E 6th Edition Dec 2014 00 B4 10 4 Specify whether to correct sampled data with respect to correct sampling timing interval correction by clicking a relevant radio button Yes Sampled log data is corrected with respect to correct sampling timing before output for easier subsequent display in graphs No Sampled log data is saved without correction 5 Checkmark the data to be saved in the Output Data area 6 Click Savel gt Screen 12 will be displayed Ax 7 Enter a file name savein ez eE TIP The full pathname including folder name of the CSV formatted file to be exported must not be longer than 254 characters Save as type CSV Comma separated csv Click Savel Screen 12 The log d
23. 1 Using Action Monitor gt B4 2 What is Action Monitor Using the Action Monitor function you can read and display on a computer screen the contents of registers of temperature control and monitoring modules as well as data of devices of CPU modules You can check registered parameters with the following dataflow Action Monitor Setup instruction Set sampling period poll a TI Start or end sampling Display Graph log data Setup instruction Setup instruct to save set log data Used by other applications Saved as Excel files Save log data files Heater C PO JAJa D D o o 8 D D o o o o AN CAUTION Do not change the system time setting of your computer when using the Action Monitor The Action Monitor uses the system timer of your computer for its time management If the system time setting of your computer is changed during action monitoring the Action Monitor may not operate correctly Although the Action Monitor can continuously sample data from a module the data sampling function is really designed for temporary module adjustment and thus is not guaranteed to function as a data recorder for continuous process operation The Action Monitor samples data from a module through communication If the communications channel suffers noise or other interference incorrect graphs may be displayed
24. Downloading to the CPU Module 1 Select Online Download Module from the menu bar gt Screen 6 will be displayed 2 Select modules to which you want to download data by clicking in the Select column SEE ALSO For information on the color codes of modules indicating their availability for downloading see the description entitled Color Codes for Availability for Downloading in Section B3 2 1 Click CPU gt Screen 7 will be displayed e fl Results of Downloading J Slot File Name Results of Downloading 006 F3CXD4SDD6 F3CXD4 ON Execution completed successfully Tooms xi Gi Downloading completed successfully Screen 5 Download Module Slot Select O Configuration FileName O irasp2e 002 NE MA A ae os O ricuoa test F3CIUO4 01N 006 Y F3Cx04 test2 F3CX04 0N ENE Module Cancel Screen 6 6th Edition Dec 2014 00 IM 34M06Q31 02E B3 5 Detailed Setup F3CX045006 F3CX04 0N CPU 4 Setup the CPU address from which downloading is to begin Ue te CPU Transfer Select Registers F Bled o Select Loops C File B 5 Click Download pas a a gt The Download dialog box is displayed C Someloops fT tof during downloading When the Common controller monitor Select loops 1 D operation parameters download is completed it is replaced by P ff Lopi fio fez screen 8 Loop 2 W E3 to IE Analog Output S
25. F3CU04 0G F3CU04 1G 761 SELMD 154 282 410 167 295 423 Ea 180 changeov i mode ES 61 Two input 162 362 562 762 SELH changeover upper 27 155 283 411 40 168 296 424 22 75 128 181 limit Two input 163 563 763 SELL changeover lower 28 156 284 412 41 169 297 425 23 76 129 182 limit a TA To 160 366 566 760 SPRUP SP upgradient 31 159 267 415 44 172 300 428 167 367 567 767 SPRON SP down gradient 32 100 268 416 45 173 301 azo 168 368 568 768 SPRTM SP gradienttime unt 39 161 269 417 40 174 302 490 160 369 569 769 SP TR SPtracking mode 34 162 200 416 a7 175 303 an PV related Parameters raza ara sra 774 vi Broken ine bias 1 s8 106 204 420 51 17o 307 495 27 60 193 186 176 376 576 776 Y2 Broken line bias 2 40 168 296 424 181 309 437 82 135 188 A A e o e ot conc aa ire 300 a28 a7 185 ors aar 33 6 139 582 ae related Parameters EE ae a DEC sis as MT eee eee tt E AA oe EAN tes 365 ses 05 zone zone ro sets 49 097005 as 62 roo ote fags gt gt 188 388 588 788 RHY Zone switching 52 180 308 436 65 193 321 449 hysteresis 189 389 589 789 RDV Reference deviation 53 181 309 437 66 194 322 aso
26. F3CU04 0N 7 IOl xj O Select an SP No to define a group of parameters to be tuned automatically Click PID SP Setup and modify the displayed parameters for the SP No specified in as Sampling 5s RUNAUTO cas emtfexPvfexouT EHRE ALM Check digas 13 Ma ir pay 2 HOUT Py 2633 3 CSP 328 0 HOUT 0 0 COUT 0 0 HBCa HBCb PIDNO 1 CSPNO 1 AT STUS Completed gt PY CSP COUT required Set A M C to Auto O Click Run op ay iat ATH 114 A o a sele as _Top lt lt lt gt gt gt Current Select a PID SP number to AMIC auto 7 Moa z Nour 0 0 specify the group of GEE z b s MOUTE a EXPY Py Atrial ii Y 3b3 0 EXAJE 32 0 parameters to be tuned Sean a SAN me 303 Click Start AT to start auto tuning Simple Vie da save uningSetup Close When auto tuning completes a O o its completion status is displayed in AT STUS TIP When auto tuning is in progress the button changes to Stop AT IM 34M06Q31 02E 6th Edition Dec 2014 00 B5 8 B5 2 6 Checking for Error or Alarm Conditions You can check temperature control and monitoring modules for error or alarm conditions using the Error Status screen which can be displayed from the Tuning screen Module errors and statuses of alarms as defined by operation parameters are displayed on the Error Status screen If any error is detected in the module the ALM lamp in the Tuning screen turns red TIP Er
27. RL Others RL Others RL Others RL 0 to 4 changeable only for DCV input type otherwise fixed to DEC P compensation ded 550 Burnout selection 0 Off 1 Up Scale 2 Down Scale PV range upper limit available only for even numbered loops in two input changeover mode 151 PV range lower limit available only for even numbered loops in two input changeover mode PV range decimal point position available only for even numbered loops in 152 B alee 6th Edition Dec 2014 00 two input changeover mode IM 34M06Q31 02E Two input Range Parameters available only in two input changeover mode 30000 to 30000 provided 0 lt SH SL lt 30000 changeable only for even numbered loops in two input changeover mode with a maximum resolution of 14 bits 16384 otherwise fixed to SH SL SDP 0 to 4 changeable only in two input changeover mode otherwise fixed to SH SL SDP SDP Operation Parameters SP related Parameters Default Value Symbol Description Data Range Pac boas ESPIAS y p 9 F3CU04 0N F3CU04 1N Senne F3CU04 0G F3CU04 1G Two input changeover zs sao by temperature We SE Lue Hei teas 2 ua la Changeover by SELH p 2 Changeover with INSEL Two input changeover Sn ere T PRL PRL 1 PRL loops PRL to PRH if SELL lt SELH Two input changeover if SELL gt SELH changeover occurs ae with respect to SELH SELL lower limit available PRL PRL PRL only for ev
28. You can prepare registered parameters with ToolBox and save them as CSV formatted files so that the data can be incorporated into Microsoft Excel documents e Transferring Registered Parameters to CPU Module You can prepare registered parameters with ToolBox and transfer them to the data file registers of the CPU module collectively so that the data can be used by a ladder program running in the CPU module 6th Edition Dec 2014 00 IM 34M06Q31 02E A1 3 New and Updated Functions A1 2 1 Differences between ToolBox R2 and ToolBox R1 This subsection describes differences in functions between ToolBox R2 and ToolBox R1 SEE ALSO For details of individual functional differences see sections given in the See Also column in Table A1 1 TIP To confirm the software version of ToolBox R2 select Help About ToolBox from the menu bar A dialog box as shown below appears the screen capture will be in Japanese as there is no English version for ToolBox R2 Verify that the version is displayed as R2 xx The version of ToolBox is determined by the version of the module installed About ToolBox E i a x ToolBox Version A201 A010201_01 VSD Table A1 1 New and Updated Functions in ToolBox R2 Category Function Details Modified loop selection On the Tuning screen a loop can be B5 2 Action Test Tuning operation selected from a list Screen Action progress display Progress display during time consuming di
29. bar displays the name of the open project the name of the active window and the name of the file being edited e Menu Bar The menu bar displays the standard menus of ToolBox Clicking each item on the menu bar displays a pull down menu from which available commands can be selected for execution The set of enabled available commands at any point depends on the current CPU operating mode and the action mode Disabled commands are grayed out in the display File Edit Project View Online Debug Maintenance Tools Window Help x Elf iis Ae Execution Parameters Pee E Parameter Configuratior e Project Window The project window displays the execution parameters of an open project or a list of advanced function module parameter files AN F35P67 65 ly Parameter Configuratior Temperature Control and Mi Elia Positioning Module Paramete ce F3N325003 F3NC32 0 FSNEC32S5007 P3MNC32 0 2 Properties G Registered Paramet ge Pattern A Data 2 Pattern B Data a Position Data F3NiC345003 F3NC34 0 FSNl345006 F3NC34 0 wv F3NC32 0N F e Debugger Window sepas The debugger window displays debug maintenance yf System Configuration Device Mc information for each registered parameter file H E 002 FaNC325003 F3NC32 0N H 003 F3NC345003 F3NC34 0N a O07 FSNC325007 FSNC32 0N Ff 008 FSNC345008 F3NC34 0N ppf Action Test Action Monitor All Axes pee Pattern amp m Pa
30. bel bata NC Me START __ 10 Position gt 0 35 Pattern B Data g Position Data l F3NC345003 F3NC34 0 EF Registered Parameters F3NC345003 12345678901234567890 35 Properties Registered Paramet Maximum Speed Selection Pattern A Data Pattern B Data Pattern C Data Pattern D Data z Late Dostion Daka Fa Basic Parameters Automatic Origin Search Counter Encoder Pattem Registered Parameters Debugger A 0 0 Standard 0 Standard 0 Standard A System Configuration Device Mc Maximum Speed Selection Sharda mode node ode E 002 F3NC325003 F3NC32 0N 0 0 0 O E 003 F3NC34S003 F3NC34 0N 102 Pulse Output Mode cwreew Cw CCWw CwrCCW Cw CCW EE 007 F3NC325007 F3NC32 0N ma Motor Direction Selection Ate o Sees E 008 F3NC345008 F3NC34 0N movement movement Contact Usage Selection 0000 0000 0000 0000 Detailed Setup MT Contact 1 0 Polarity 0000 0000 0000 0000 Display Unit 0 pulse 0 pulse End Mode fi Continue y Detail 1114112 Electronic Gear M Value 113 114 Electronic Gear N Value Properties Save Exit Cancel Update Help 13 Speed co SEEE DO 000008 K 0 0000 Specifies the output pulse frequency mode of each axis 0 Standard mode 1 High speed mode 47 5000 RDY RUN ALM ERR steps ms LE Stop RUM mounted SEB ms ea eT As Debugger Action status bar window Status bar IM 34M06Q31 02E 6th Edition Dec 2014 00 B1 2 e Title Bar The title
31. e 3 To edit a parameter that is not shown i in the Simple Setup screen click Detaled Setup tems Setup Eroperie Backis News Cancel 200 Hep Detailed Setup to show the Detailed Screen 7 Setup screen Otherwise skip to Step 5 4 Select a cell click the button to open a list box and select a desired value from the list or specify a desired range TIP For some parameters you may have to click after editing 5 Click Next f Initialization Confirmation Screen 8 will be displayed Changing controller monitor parameters TIP IO parameters and operation parameters will be initialized A A Continue pon e This screen is not displayed if no parameter has A et S changes will be saved to file and cannot be reverted been modified Initialize Cancel 6 Click or Don t Initialize to a eo initialize or to not initialize the Screen 8 parameters on the next setup screen The operation Parameter Setup screen screen 9 will be displayed TIP The registered parameter file is updated 6th Edition Dec 2014 00 IM 34M06Q31 02E B2 7 B2 2 3 O1 e setup Select the cell for a parameter you want to edit in screen 9 operation parameter setup The button to open a list box or input helper screen will appear TIP For a temperature monitoring module the PID Parameters tab is replaced by the SP parameters tab Click the button and select a desire
32. etica B4 9 B7 4 D Debugger WINdOW cccccccoocccncccnoccnncnnnancno B1 2 B5 2 default tuning SettingS cccccoocccnccoconncnncnnnnos B5 4 detailed Setup oooocccccccconncnnccccnoncnnnnnnannnnnnnnnns B1 6 e o A B3 1 downloading to all modules of a project B3 5 downloading to the CPU module B3 8 E EEPROM rar B5 11 environment SETUP ccooccccccnconcnnnncnnnnonnnncnnanenononens B1 4 IMGTIS UF LEG 0 iconoclasta A2 2 4 00 q a O ce tanrenancdateanats B7 4 F AA B1 4 G graphic GUISO arcaica dea B4 3 H how to read this manual oonncnnccccncnncccnnoncnnnnnnnns IX I O parameter Setup ccccccocccccccccnncnnncnnno B2 6 B5 11 Lag elo ars Ly APPO E PP A jii Igle e 110 SENI E E E donee B5 3 aeea A E A2 3 IM 34M06Q31 02E 6th Edition L Er A E B2 8 LOCAL aunado N B5 7 logging starting and ending oocccccccnncccnncnnn B4 7 cl A Eo B3 2 B5 3 M men DaMo ooccnccccccnnccconnnnocnonnnononnnnononnnnnnnnnnnnonaneness B1 2 messages on the result of comparison B3 7 messages on the result of downloading B3 6 messages on the result of uploading B6 5 monitoring CPU devices ooccccccccncconcccnconcnncnnnnos B4 6 N Notation ccooocccccnoncnnononcnnconannconancnnononcnnonnannncnnanennnnnoos IX O OE aa ceia cia ee ences B3 1 B5 9 online CONNEC ION cocooccccncnncnccnnnncnannnonanns B3 1 B5 2 Operating ENVIFONMENT
33. for PID control heating cooling output for single or heating output 0 0 or 100 0 for on off control MOUT is automatically limited within the range Manual cooling output 0 0 to OL for PID control heating cooling output available when heating cooling is 0 0 or 100 0 for on off control selected MOUTC is automatically limited within the range EXOUT External output 5 0 to 105 0 Shaded rows do not apply to F3CX04 0N F3CX04 0G IM 34M06Q31 02E 6th Edition Dec 2014 00 C1 8 C1 1 4 CPU Parameter Positions When downloaded to the CPU module registered parameters are stored at CPU parameter positions shown in the tables below The table shows addresses relative to the starting address of the destination for individual advanced function module Example If the starting address for the destination is D0001 the OUTSEL1 parameter for F3CU04 ON is stored at relative address 9 or at absolute address D0010 D0001 9 Controller Monitor Parameters F3CU04 0S F3CU04 1S e TE F3CU04 0G F3CU04 1G TTS NBKUP Dsablebackupfineion o o o eo swor DIP switches setings J o AA Ter FREQ Powerfrequencyselecion gt gt gt 62 sme inputsamping perog J o o 23 M012 Controler mode forloops tend 4 a a 64 M04 Contoliermodeforloops 3and4 s s 5 er OUTPUT Output type setesi S o 91 OUTSELA Output terminal selection o 62 OUTSEL2 Output terminal seecton2 SS ss OUTSELS Output
34. gt Current zi so fi y MOUT 0 03 INSEL fo Input 1 PID SP Setup MOUTC 0 0 EXPYIPY 0 Nomali y EXPV 328 04 EXRJC 3202 EXOUT OUT Jo Normal c y EXOUT 0 0 RSP 328 04 Simple View Save Tuning Setup Close Screen 4 Stopping a Module ed Tuning 006 F3CU045006 F3CU04 0N lol xi i Sampling 5s RUNAUTO cas famtfexvfexouT EHRE aM Check 2 Inthe Tuning screen see screen 5 ww A oe a z _i4 v oa 2 HOUT click to stop the module w i ESE 328 0 gt The screen will change to screen 4 eo S TIP COUT 0 0 A HBCa The Stop button changes to the Run button HBCb when a module is not running ABRO You may change parameters when a module CSPNO ing but any changes will be reflected ma eat zen ee El not PUIG u y g F El 7 Start AT fo o Top a lt gt gt gt Current l only when the module is run maso SO i e wout T INSEL fo Input 1 _PID SP Setup MOUTC or EXPV PY 0 Nomali y EXP 328 02 EXRJC 320 EXOUT OUT 0 Nomalc y Exour f 003 psp 2803 Simple View _ Save TuningSetup Close Screen 5 IM 34M06Q31 02E 6th Edition Dec 2014 00 B5 6 B5 2 3 Tuning Individual Operation Parameters This section describes how to tune individual operation parameters using the Action Test Tuning function Specifically it describes how to select the operation mode from the A M C list box and how to modify individual operation parameters using the PID S
35. i 006 F3CU04S006 F3CU04 0N Execution completed successfully gt The Results of Uploading window will be displayed SEE ALSO For information on the messages on the result of uploading see Section B6 1 3 Messages on the Result of Uploading Tocina ES i Uploading has completed successfully Jy 7 Save the uploaded data as a project file SEE ALSO Screen 3 For information on how to save uploaded data as a project file see Section B6 1 3 Saving Uploaded Data of the FA M3 ToolBox Manual 6th Edition Dec 2014 00 IM 34M06Q31 02E B6 3 Uploading from the CPU Module 1 Select Online Upload Module from the menu bar gt Screen 4 will be displayed 2 Checkmark the modules for which data is to be uploaded by clicking in the Select column SEE ALSO For information on the color codes of modules indicating their availability for uploading see the description entitled e Color Codes for Availability for Uploading in Section B6 1 1 Sel Click CPU gt Screen 5 will be displayed 4 When you have completed setup click Upload gt The Upload dialog box is displayed during uploading When uploading is completed it is replaced by screen 6 TIP Clicking during uploading aborts the upload process IM 34M06Q31 02E 6th Edition Dec 2014 00 xi Unit o lila da Ja ds le I7 Slot Select VO Configuration File Name Al he 007 AL 002 O PaE AE A 00
36. no data still has its addresses reserved see screen 12 CPU module setup setup area Detailed Detailed Detailed setup New registered parameter file Detailed setup Detailed Detailed setup setup Screen 12 Screen 11 IM 34M06Q31 02E 6th Edition Dec 2014 00 Downloading Restrictions e Operation of the Temperature Control and Monitoring Modules When downloading begins the modules enter Setup mode and execution stops e Operation of the CPU Module The CPU module changes from Run to Stop mode When downloading completes you can run the CPU module as required e Debugging Function of ToolBox If downloading is done when the action monitor tuning or parameter adjustment screen is displayed the debugger function is suspended until downloading completes When downloading completes the debugger function automatically resumes provided the parameter scale or some other parameters are not changed Otherwise the debugger function remains suspended If the registered parameter NBKUP is set to 1 No backup the download function transfers the registered parameters to the registers but does not save them in the EEPROM in the module In this case the following dialog box will be displayed before download begins You may change the NBKUP parameter as required NBEUP parameter is set to Wo Backup to not save registered parameter values to the EEPROM Since parameter values are not saved to t
37. of the Manual This manual consists of three parts A B and C O Part A Startup Manual The ToolBox software must be installed on a personal computer before it can be executed on the computer Part A describes how to install the ToolBox software ona personal computer and how to use the online manual and connect the personal computer to the FA M3 O Part B Operation Manual Part B describes how to edit a project with ToolBox In particular it describes how to set up the parameters of the temperature control and monitoring modules tune registered parameters while operating the modules and download projects to or upload projects from the modules O Part C Reference Guide Part C lists certain limitations of ToolBox and describes each registered parameter IM 34M06Q31 02E 6th Edition Dec 2014 00 E How to Read this Manual Be sure to read the Introduction and How to Read this Manual section of this manual as well as the FA M3 ToolBox Manual carefully before using ToolBox This manual is structured so that each chapter or section in Part A and Part B can be read independently to understand the basic specifications of ToolBox This manual describes only the functions of ToolBox that are specific to temperature control and monitoring modules For information on basic operations and general editing functions of ToolBox applicable to other advanced function modules see the FA M3 ToolBox Manual TIP The term
38. see Section B2 1 3 Registered Parameter Setup Screens For information on registered parameters see Section C1 1 1 Tables of Registered Parameters ed Click Next gt Screen 8 will be displayed TIP Screen 8 is not displayed if no parameter has been modified If you modify a parameter and click Apply screen 8 is displayed but screen 7 remains To go to Step 6 click Next For information on how to use a list box see 2 Registered Parameters Edit F3CU045002 F3CU04 0N 1 Controller parameter setup Select whether to store parameters to EEPROM 0 Backup 1 No backup Register Symbol Name 7 NBKUP Disable backup function 5 0 SWDT DIP switches settings 1 8 8 FREO Power frequency selection 8 SMP Input sampling period 2 p 83 MD12 ee mode for loops 1 and 34 MD34 Controller mode for loops 3 and ga OUTSEL1 Output terminal selection 1 92 OUTSEL2 Output terminal selection 2 93 OUTSEL3 Output terminal selection 3 OUTSEL4 Output terminal selection 4 Simple Setup Items Setup Properties Screen 7 Next S Cancel Apply Help Changing controller or monitor parameters All inputfoutput parameters and operation parameters will be initialized Continue i Cancel Screen 8 6th Edition Dec 2014 00 IM 34M06Q31 02E B5 11 y N ad Click OK Screen 10 will be displayed TIP Data can
39. the software Is strictly prohibited Under absolutely no circumstances may the software supplied by Yokogawa Electric be transferred exchanged or sublet or leased in part or as a whole for use by any third party without prior permission by Yokogawa Electric 6th Edition Dec 2014 00 IM 34M06Q31 02E NW General Requirements for Using the FA M3 Controller O Set the product in a location that fulfills the following requirements Where the product will not be exposed to direct sunlight and where the operating surrounding air temperature is from 0 C to 55 C 32 F to 131 F There are modules that must be used in an environment where the operating surrounding air temperature is in a range smaller than 0 C to 55 C 82 F to 131 F Refer to hardware user s manual or the applicable user s manual In case of attaching such a module the entire system s operating surrounding air temperature is limited to the module s individual operating surrounding air temperature Where the relative humidity is from 10 to 90 In places where there is a chance of condensation use a space heater or the like to constantly keep the product warm and prevent condensation For use in Pollution Degree 2 Environment Where there are no corrosive or flammable gases Where the product will not be exposed to mechanical vibration or shock that exceed specifications Where there is no chance the product may be exposed to radioactivity
40. version is displayed as R5 xx The version of ToolBox is determined by the version of the module installed About ToolBox e ToolBox Version FA5 01 T 25 wl Module s installed polBosTsmaperature Control monitoring Modules ersion A5 01 T25 ooo F safioning Modules Version A3 01 T25 Copyright E 2004 2008 10 06 4444 Electric Corporation All rights A010204_01 VSD Table A1 4 New and Updated Functions in ToolBox R5 Category Function Details Summary SeeAlso Addition of The following sequence CPU modules sequence CPU are added modules F3SP71 4N F3SP76 7N F3SP22 0S And functions specific to the additional modules are supported e leg envonmente environment operating environment Online Multiple port Allows for simultaneous operation of connections multiple ToolBox applications connected online to FA M3 CPU modules 6th Edition Dec 2014 00 IM 34M06Q31 02E A1 7 A1 2 5 Differences between ToolBox R6 and ToolBox R5 This subsection describes differences in functions between ToolBox R6 and ToolBox R5 SEE ALSO For details of individual functional differences see sections given in the See Also column in Table A1 5 TIP To confirm the software version of ToolBox R6 select Help About ToolBox from the menu bar A dialog box as shown below appears Verify that the version is displayed as R6 xx The version of ToolBox is determined by the version of the module instal
41. 0 5 0 5 For heating cooling on off control 50 0 to 50 0 of O to PRH PRL S19 peace ane For others 10 0 to 10 0 of 0 to PRH PRL but limited within PB in PID computation 1 POUT 5 0 to 105 0 of o PID SP2 Parameters a a oa E EIC erer 000 000 a e er 2 OH fixed to OL 0 00 0 00 OOOO A SE SE On off control PRH PRH 232 432 632 832 2 HYS hysteresis 0 to PRH PRL is X ie X 0 5 O 1 0 Reverse operation 233 433 633 833 2 DR Forward reverse switch Forward operation fixed to 0 reverse operation in heating cooling control mode 2 GAIN C Cooling gain 1 to 999 1 999 100 100 Cooling on off control ae ae 235 435 635 eos amo 0 to PRH PRL a R e 0 5 0 5 For heating cooling on off control 50 0 to 50 0 of O to PRH 836 2 DB Dead band Bie For others 10 0 to 10 0 of 0 to PRH PRL but limited within PB in PID computation Czar asr 037 697 2POUT Prestop s0010 YSPC 238 436 636 638 2 POUTC Cooling preset output 50t01050 o ot 6th Edition Dec 2014 00 IM 34M06Q31 02E PID SP3 Parameters Tot at Gat EA T sapone Propra e PRC 246 446 646 846 3PB Proportinalband 110 9999 0110 9999 500 500 247 447 647 ae 0 Off 240s 240s Upper output limit 5 0 to 105 0 if OL lt OH 100 00 100 00 Lower output limit Fixed to OL if OL gt OH 0 00 0 00 Manu
42. 02E 6th Edition Dec 2014 00 B2 2 5 The structure of the project will be displayed in the project window B2 1 2 1 Select File Open from the menu bar Screen 4 will be displayed 2 Select a registered parameter file and either double click it or click Open gt Screen 4 1 will be displayed TIP Double clicking the Registered Parameters icon under a registered parameter file in the project window in screen 3 also opens the file The file name extension depends on the advanced function module type YPUP101 for F3CU04 0N YPUP102 for F3CU04 1N YPUP105 for F3CU04 0S YPUP106 for F3CU04 1S YPUP107 for F3CU04 0G YPUP108 for F3CU04 1G YPUP111 for F3CX04 0N YPUP114 for F3CX04 0G 3 Click or Noj to specify the first registered parameter screen to be displayed in the registered parameter edit window The following registered parameter screen is displayed Yes Controller Parameter Setup screen INo Operation Parameter Setup screen TIP If you click No the system presents the Operation Parameter Setup screen for editing skipping the Controller Parameter Setup screen and Input Output Parameter Setup screen Project E Project fa Execution Parameters a Parameter Configuration Definition 3 FasP28 35 Ey Parameter Configuration Ef Temperature Control and Monitoring Module Parar F FacU045006 F3CU04 0N FSaCkO4S005 F3C 04 0N Debugger Screen 3
43. 2 353 8 2639 3 2639 3 2639 3 0 1 6912 0 10 4 12 16 2003 15 32 378 7 2639 3 2639 3 2639 3 0 1 6912 0 11 5 12 16 2003 15 32 403 7 2639 3 2639 3 2639 3 0 1 6912 0 12 6 12 16 2003 15 32 428 7 2639 3 2639 3 2639 3 0 1 6912 0 13 7 12 16 2003 15 32 453 7 2639 3 2639 3 2639 3 0 1 6912 0 14 8 12 16 2003 15 32 479 2639 3 2639 3 2639 3 0 1 6912 0 15 9 12 16 2003 15 32 503 6 2639 3 2639 3 2639 3 0 1 6912 0 16 10 12 16 2003 15 32 529 2639 3 2639 3 2639 3 0 1 6912 0 17 11 12 16 2003 15 32 554 2639 3 2639 3 2639 3 0 1 6912 0 18 12 12 16 2003 15 32 578 9 2639 3 2639 3 2639 3 0 1 6912 0 19 13 12 16 2003 15 33 603 9 2639 3 2639 3 2639 3 0 1 6912 0 20 14 12 16 2003 15 33 628 9 2639 3 2639 3 2639 3 0 1 6912 0 21 15 12 16 2003 15 33 653 9 2639 3 2639 3 2639 3 0 1 6912 0 22 16 12 16 2003 15 33 678 8 2639 3 2639 3 2639 3 0 1 6912 0 23 17 12 16 2003 15 33 703 8 2639 3 2639 3 2639 3 0 1 6912 0 24 18 12 16 2003 15 33 728 7 2639 3 2639 3 2639 3 0 1 6912 0 25 19 12 16 2003 15 33 753 7 2639 3 2639 3 2639 3 0 1 6912 0 26 20 12 16 2003 15 33 778 6 2639 31 2639 3 2639 3 0 1 6912 0 C1 1 C1 Technical Information This chapter lists ToolBox registered parameters common process data registers used for tuning and CPU parameter positions Registers gt C1 1 C1 1 Registers C1 1 1 Tables of Registered Parameters The FA M3 ToolBox for Temperature Control and Monitoring Modules supports the following advanced function modules F3CU04 0S ON 0G
44. 3 2 Modifying Registered Parameters cccccecseeeeeeeeeeeeeeaes B5 10 B5 3 3 Setting Not to Save Registered Parameters ooonccccnn B5 13 B594 OP ACO eo B5 13 B6 Saving Registered Parameters to TOOIBOX cccsesseeeeeeseees B6 1 B6 1 Uploading Registered ParameterS ooommoncccccccnnnnnneccccnnnncnnnnnnenennnananananos B6 1 B6 1 1 Uploading from Individual Modules oooccccnccccncoonnnccnnnncnoo B6 1 B6 1 2 Uploading from All Modules of a Project ooooonccccn B6 4 B6 1 3 Messages on the Result of Uploading oooococccoooomcon B6 5 B7 Printing and Using Created Data oooccconnciconncicococccocaroenannnenannnnas B7 1 B7 1 Printing Created Dala nsicicncion tos cccccsecvedcccsedinessacednetencsdenmectacsnssdcceneudeses B7 1 B72 Using Created Data ones aeesdss B7 4 6th Edition Dec 2014 00 IM 34M06Q31 02E TOC 3 Part C Reference Guide C1 Technical Information cccccecscscseeecececececsceeeceacscecseceneaceeeees C1 1 CEI nn aeeadsnersnqesanuseanseuneenedeniaasenecsean C1 1 C1 1 1 Tables of Registered Parameters ccccccccsseeeeeeeeeeeneeeeeees C1 1 C1 1 2 Common Process Data cccccccccccececceccececceccecaececeusseseeeeneees C1 7 C1 1 3 Registers Used for TUNINQ ccccccccccocccnnncnncconnnonnncnnnnconononanonos C1 7 C1 14 CPU Parameter PosItiONS occoccoccnccccocinnoncncnnnnnnnncnnonnnninannnos C1 8 PENN APP o o
45. 4 Checking FA M3 Operation Using Action Monitor B4 1 B4 1 What is Action Monitor 0 cccccesteeeeeseeeeeeeeeeeesseeeeeeeeeeeeesseeeeeseeeneeennes B4 1 B4 2 Using Action Monitor cccccssssseeescseesseeeeeesseeeeeeeesseeeseeeesseeessonenseees B4 2 B4 2 1 Displaying Action Monitor ScCreenS ccccccoccnnnccnnnccccnonnnonnnnnnnos B4 2 B4 2 2 Selecting Data to be Monitored ccccccccccoonccnnncccccnnnoncnnnnnnnnss B4 4 B4 2 3 Saving Monitored Data cccccccccnnnnoconnonnnnnncnnnonononononononnnanannos B4 9 B5 Adjusting Registered Parameters Using Action Test B5 1 B5 ACUON TESPRIOW nd ia B5 1 B5 2 Action Test TUNING seniceccicsctscacestetesnedccadsmentaitaccanetsneeecavancccesteadcceeveseusecessi B5 2 B5 2 1 Opening and Closing the Tuning Screen ccccccocccnccccccnnnnnncs B5 2 B5 2 2 Running and Stopping a Module ooooooonnccccccnnnnccccccnnoooonnnananos B5 5 B5 2 3 Tuning Individual Operation Parameters ooononccccccccnnnncccnanannno B5 6 B5 2 4 Changing between Remote and Local ooccccccoonconno B5 7 B5 2 5 Action Test AUtO tUNINQ ccccooncnncconcnnccnnnnconanoncnnnnconononnnncnnanenoos B5 7 B5 2 6 Checking for Error or Alarm ConditiONS cccccccccccconnmmmmmmm B5 8 B5 3 Action Test Parameter AdjuStMeNt ooomnnccccnnnnnccccnnnannnncnonannnrenoannnnnnns B5 9 B5 3 1 Opening the Parameter Adjustment Window B5 9 B5
46. 4 O Samplet F3CU04H F3Cx04 005 006 Y F3CU04 Module Cancel Screen 4 Detailed SetupF3CUD4SO06 FSCUDS ON gt CPU mE CPU Address Setup CPU Transfer Select Registers IV Allows Data D Select Loops C File B Allloops From Range h tafo25 C Some loops Common controller monitor Select loops I 0 operation parameters Vv to fis Loop 1 IW fia to 1141 Loop 2 W 142 to 263 Analog Dutput Settings Loop 3 WV r o 2 Loop 4 IW Loops M Loop F Loop 7 F Loop 8 F ia 270 to 397 fase to 1525 E o kaa tf gt 7 hm to ff Cancel Screen 5 B6 4 fal Results of Uploading 5 When uploading completes click OK Sot Fie Name Result ofUploadng O gt The Results of Uploading window will be 006 FSCUO4S006 FSCU04 0N Execution completed successfully displayed SEE ALSO For information on the messages on the result of uploading see Section B6 1 3 Messages on the Result of Uploading i LD Uploading has completed successfully Lx 6 Save the uploaded data as a project file SEE ALSO Screen 6 For information on how to save uploaded data as a project file see Section B6 1 3 Saving Uploaded Data of FA M3 ToolBox Manual B6 1 2 Uploading from All Modules of a Project 1 Select Online Upload Project from the menu bar gt Screen 7 will be displayed 2 Click OK gt The Upload dialog box is displayed Unit during uploading When the up
47. DLZ Gutput terminal aelectidz Heating cutput 2 54 CUTSELA Cutpat terminal selectid2 Heating cutput 2 COTS2La Output terminal selectiqa Heating output 4 Inputfoutput Parametra Loop 1 Loop 2 Loop 2 Loop 4 i 2 wom 7 Input type selection MEE Input range lower limit E a a ESCORIA a a IIA IICA ESE ENE EEC EC EC CIRCO CCE war st Seating tower rose gt 32800 300 fare ar ee ee a E Refenence junctien Soma a 7 E wel FEH EY range upper limit iep2452 0 za5 0 z453 0 ser rw sange mesial poise qa E Hote in regiater no denotes 1 4 1 2 For loops 2 to 7 cespectisrelo Operation Parameters Printout 2 ats Control type selection Printing a Project 1 Run the ToolBox and open a project to be printed 2 Select File Print Project from the menu bar Screen 3 will be displayed 3 Specify the data is to be printed x Select either or both of the options Frinter Parameter configuration Adobe PDF Title date of creation CPU module and parameter configuration Detailed Setup for Print Project e Cover Registered Parameters 4 Header Footer lf Registered Parameters Registered parameters for each slot No P l e Parameter Configuration Al modules File name module type and jy Detaled Setup Parameter 6 Some modules Browse Preview Configuration CPU module where parameters are a Page Seu stored C All Enter firs
48. E NC_Module_Data y e ej Ed File Name F3CUD4S002 YPUP 10 Date Time Modified F3CX045003 YPUP111 2007 05 30 14 25 40 FileName F3CU045002 YPUPTO Select Module Registered parameter files Y PUP y Cancel Screen 21 Any parameter that is present in the old module type but not present in the new module type will have its parameter value if any deleted Any parameter that is not present in the old module type but present in the new module type will be stored with a default value If you directly modify a parameter file created using a different version of ToolBox some parameters may not be correctly modified Processing of a module type change may take a while due to the time required for parameter matching 6th Edition Dec 2014 00 IM 34M06Q31 02E B3 1 B3 Parameters Downloading Registered This chapter describes how to download registered parameters from a PC to FA M3 Connecting to FA M3 Downloading Downloading to CPU module Downloading restrictions B3 1 B3 2 B3 3 B3 4 EL dl Connecting to FA M3 Before you start connecting online to FA M3 you must first connect your PC to the CPU module with a cable and set up communication settings according to the mode of connection B3 1 1 Online 1 Run ToolBox 2 Select Online Connect from the menu bar The Connection Check dialog box will be displayed 3 Click the Setting button of t
49. ID control 1 Fixed point control ZONE Zone PID selection O Disabled 1 Enabled Reference point 1 PRL to PRH Reference point 2 786 v R PRL 2 PRL PRL 0 5 0 5 Reference deviation 0 Off O to PRH PRL ol ol Output related Parameters Dh O h Cycle time 5 0 5 s to 1200 120 0 s in Cooling cycle time multiples of 5 0 5 s eae 0 Off 793 MN Rate of change limit 1 to 1000 0 1 to 100 0 s IM 34M06Q31 02E 6th Edition Dec 2014 00 Zone switching ee oe y 0 to PRH PRL PRL x PRL x hysteresis 179 180 181 182 183 184 185 186 187 188 189 192 93 SR LG S SC 1RP RP RHY RDV CT CTc MVR 1 x 92 PID SP1 Parameters Default Value Symbol Description Data Range FSCUO4 0S FSCUOMAS on on F8CU04 0N FECUO4IN lo F3CU04 0G F3CU04 1G 1 SP Set point SP PRL to PRH 203 403 603 803 Alarm 2 preset value PRL 2 ans 603 eos p a PR eR PRL 206 os 606 606 1Ps Proorionalbend Tass Orme son somf o On off control E PRH 212 412 612 812 1 HYS 0 to PRH PRL PRL PRL hysteresis o o 0 5 0 5 0 Reverse operation 213 413 613 813 1 DR Forward reverse switch 1 Forward operation fixed to 0 reverse operation in TENET TEE mode ma 414 614 814 1GANG Cooimggan 1toe98 198 mof too Cooling on off control PRH iay 215 415 615 815 1 HYS C O to PRH PRL ay xX A xX hysteresis
50. IM 34M06Q31 02E 6th Edition Dec 2014 00 B4 2 B4 2 Using Action Monitor B4 2 1 Displaying Action Monitor Screens 1 Run ToolBox open a project and connect to FA M3 2 Select Debug Maintenance Action Monitor from the menu bar The Select Action Monitor screen will be displayed 3 Inthe Select Action Monitor screen highlight the module you want to monitor by clicking the corresponding cell gt See screen 1 4 Click Action Monitor xl gt Action Monitor screen 2 will be Uni displayed O E e E E E rc TIP l displ he Acti F3CUO4 test F3CU04 0N As an alternative way to display the ction 0 test2 F3Cx040N O Monitor screen you may also double click 009 NC32 0N o i 005 FINCI ON Action Monitor under the relevant module oe SCS FINC32S003 F3NC3Z0N name in the Debugger Window 007 F3NC325007 F3NC32 0N You may open up to four Action Monitor screens concurrently The Action Monitor screen first opened for a particular slot is the main monitor and any other Action Monitor screens opened concurrently for the same slot are auxiliary monitors Auxiliary monitors allow monitoring only and data displayed in them cannot be saved Action Monitor Sa Es o O y O o O AD to Screen 1 6th Edition Dec 2014 00 IM 34M06Q31 02E e Action Monitor Screen 2 The screen layout of an Action Monitor screen is shown below Sampling status Green Receiving data Oran
51. IN Input process value SL to SH e RUN STUS Operating status Hexadecimal value for bit on off control ALM STUS Alarm status Hexadecimal value for bit on off control 0 Normal exit at power up or in setup mode 1 Executing 2 Manually stopped with AT 0 3 Error exit Error exit occurs if Normal exit does not occur within 24 hours 11 311 511 711 AT STUS Auto tuning status nieto ADC error occurs RUN STP is set to STP A MIC is not set to auto when not in cascade control A M C is not set to cascade for primary loop in cascade control or A M C is not set to auto for secondary loop in cascade control RUN STP Run stop selection 0 Stop 1 Run Automatic manual cascade selection 422 322 522 722 A M C the A M C register for an odd 0 Automatic 1 Manual 2 Cascade numbered loop is not used in cascade mode INSEL Input selection O Input 1 1 Input 2 RMT LOC Remote local selection 0 Local 1 Remote EXPV PV External normal input selection 0 Normal input 1 External input EXOUT OUT External normal output selection 0 Normal output 1 External output 327 527 727 Start auto tuning Or Step eo Stare reverts to zero when auto tuning completes SPNO SP number selection a EXPV External input 5 0 to 105 0 of SH SL ee junction maleate 100 to 700 10 0 to 70 0 C for Celsius or TE Remote set point PRLt0PRH gt Z SS O OL to OH for PID control single output MOUT Manual output 0 0 to OH
52. M 3 Click OK The SP values are copied to the EEPROM TIP Even if you cancel on the confirmation dialog box in step 2 or 3 you can click the SP Backup button later to perform a manual backup TIP Screen 16 Cara B050304_02 VSD You can check the number of write operations to the EEPROM of the module in No of EEPROM writes on the Error Status dialog box for the tuning function Error Status 004 CU04 1S F3CU04 18 System data error 4 D converter error Calibration value error RJG error EEPROM error Operation parameter error No of EEPROM writes Alarm 1 generated Loop 1 Loop 7 Alarm 2 generated Loop Alarm 3 generated Alarm 4 generated Loop Burnout or error detected Loop 3 Loop 4 Loop 5 Loop 6 Loop B050304_03 VSD 6th Edition Dec 2014 00 IM 34M06Q31 02E B6 1 B6 Saving Registered Parameters to ToolBox This chapter describes how to save tuned registered parameters from FA M3 modules to a PC running ToolBox Uploading Registered Parameters gt B6 1 Uploading Registered Parameters You can upload and save tuned registered parameters as a file on a PC You can upload data either from individual or all modules of a project B6 1 1 Uploading from Individual Modules Uploading Directly from Advanced Function Modules 1 Run ToolBox and connect online to FA M3 2 Select Online Upload Module from the menu bar gt Screen 1 will be displayed
53. O Use the correct types of wire for external wiring USE COPPER CONDUCTORS ONLY Use conductors with temperature rating above 75 C O Securely tighten screws Securely tighten module mounting screws and terminal screws to avoid problems such as faulty operation Tighten terminal block screws with the correct tightening torque as given in this manual Refer to the hardware user s manual or the applicable user s manual for the appropriate tightening torque O Securely lock connecting cables Securely lock the connectors of cables and check them thoroughly before turning on the power O Interlock with emergency stop circuitry using external relays Equipment incorporating the FA M3 controller must be furnished with emergency stop circuitry that uses external relays This circuitry should be set up to interlock correctly with controller status stop run Ground for low impedance For safety reasons connect the FG grounding terminal to a protective earth Comply with the regulation of each country For compliance to CE Marking use braided or other wires that can ensure low impedance even at high frequencies for grounding O Configure and route cables with noise control considerations Perform installation and wiring that segregates system parts that may likely become noise sources and system parts that are susceptible to noise Segregation can be achieved by measures such as segregating by distance insta
54. Opening the Registered Parameter Edit Window OPen 21x File Y Yokogawa2 e e Ed File Name test2 YPUP101 Date Time Modified 2003 11 03 12 43 58 odule Name F3CU04 0N PSample1 PUP101 PSample4 PUP101 CPSamplex YPUP111 Y Ssample11 YPUP102 PSamplex1 PUP111 PSamplexs PUP111 Sample12 YPUP102 Samplex2 YPUP111 Test PUP101 Ssample13 YPUP102 Samplex3 YPUP111 gt Samplei4 PUP102 Samplex4 PUP111 Title SH Sample2 PUP101 PSamplexS PUP111 Sample3 PUP101 lt gt Samplex6 YPUP111 File Name test2 YPU P101 Select Module Registered parameter files YPUP Cancel Screen 4 ToolBox Temperature Control and Monitoring M od x i r 2 Changing controller monitor or imputfoutput parameters Screen 4 1 6th Edition Dec 2014 00 IM 34M06Q31 02E B2 3 B2 1 3 Registered Parameter Setup Screens The following three registered parameter setup screens are displayed in the registered parameter edit window Clicking causes the next screen to appear This section describes how to set up registered parameters using as an example simple setup on the controller parameter s Controller paramete I O parameter setup Operation paramete Displayed from left to etup screen r setup or monitor parameter setup r setup Highlighting a cell in dark blue displays a list box or other input helper screen A cell is in
55. P Setup button in the Tuning screen SEE ALSO For information on other I O related parameters see Table B5 1 e A M C Switching You can choose automatic manual or cascade operation mode from the A M C list box Automatic System performs PID computation according to the group of parameters designated by the SP No parameter and controls the module output automatically Manual System does not perform PID computation according to the group of parameters designated by the SP No parameter Instead the manual output MOUT and cooling manual output MOUTC parameters are used to directly control module output Cascade System performs PID computation according to a pair of parameter groups designated by a pair of SP Nos and controls the module output automatically e SP Switching You can choose from the SPNO list box an SP PID No parameter for designating a group of operation parameters to be used for PID computation in automatic operation To modify individual operation parameters click PID SP Setup AN CAUTION When you modify individual operation parameters for a specific SP PID No a parameter setting on the Tuning screen may become out of range In this case further modification of individual operation parameters will not be allowed Update the setting range by clicking the Save button in the Tuning screen SEE ALSO For information on the parameter adjustment function of the Action Test see Section B5 3
56. Screen 14 is not displayed if no parameter has been modified You cannot return to the Input output Parameter Setup Screen by clicking the button on the Operation Parameter Setup screen To edit parameters on the Input output Parameter Setup screen you must reopen the Controller Parameter Setup screen 12 Click OK TIP Data can be written to an EEPROM up to 100 000 times SEE ALSO If the NBKUP parameter is set to 1 No backup screen 14 is not displayed See Section B5 3 3 Setting Not to Save Registered Parameters 6th Edition Dec 2014 00 IM 34M06Q31 02E 3 Registered Parameters Edit F3CU045002 F3CU04 0N 3 Operation parameter setup Specify how two inputs are switched in two input changeover mode 0 Changeover by range 1 Changeover by SELH 2 Changeover with INSEL 5P related Pv related Operation elated Outputrelated Alarm related PID parameters 0 0 0 0 Register Symbol Two input changeover mode even loop Tworinput ila upper 199 9 199 9 199 9 199 9 limit even loop Two input changeover lower SELL lima phe eat 200 0 200 0 200 0 200 0 164 SPH Upper SP limit 1370 0 1370 0 1370 0 1370 0 1 SPL Lower SP limit 200 0 200 0 200 0 200 0 166 SPRUP_ SPupgradient 0 0 0 0 0 0 0 0 167 SPRDN_ SP down gradient 0 0 0 0 0 0 0 0 168 SPR TM SPgradienttimeunit 0 0 0 0 163 SP TR__ SP tracking mode 1 1 1 1 Simple Setup I
57. Temperature Control and PID Module with four inputs outputs F3CU04 1S 1N 1G Temperature Control and PID Module with four inputs outputs plus continuous analog output F3CX04 0N 0G Temperature Monitoring Module with four inputs Controller Monitor Parameters Default Value Symbol Description Data Range fF RBU S F3CX04 0S 0G a e 1S 1G a3 ey ON 0G NBKUP Disable backup function 0 Backup 1 No backup Se ree he WDE re Number of write operations to the EEP CNTR write operations to the EEPROM p E EEPROM 80 SWDT DIP switches settings Hexadecimal value XXXX 0000 0000 ooo0 o000 0000 0 100 ms only loops 1 amp 2 configurable 82 SMP Input sampling period 1 200 ms loops 1 to 4 configurable 0 Two single loops Controller mode for loops 1 Two input changeover control 83 MD12 1 and 2 2 Cascade control 3 Single loop odd numbered loops Controller mode for loops disabled MD4 4 Both loops disable Hexadecimal value XXXX for bit control where an ON bit means analog output 87 OUTPUT Output type selection bit O for output 1 bit 4 for output 5 0000 0000 bit 1 for output 2 bit 5 for output 6 bit 2 for output 3 bit 6 for output 7 bit 3 for output 4 bit 7 for output 8 3 OUTSEL1 Output terminal selection 1 Lal OUTSEL2 Output terminal selection 2 MA 1 2 rol lc 4 1 21 28 Output preset values 1 8 os OUTSELE Output terminal selection 6 e z C o 98 ourseLa Outpu
58. ToolBox as used in this manual unless otherwise stated refers to the FA M3 ToolBox for Temperature Control and Monitoring Modules while the term ToolBox or setup tool as used in the FA M3 ToolBox Manual refers to FA M3 ToolBox E Notation O Notation for Windows Screens and Operation Items in initial Caps denote symbols names and window names Example ToolBox Local Device Bracketed items denote menu bar items dialog box fields commands and buttons Example Select Filej New from the menu bar This means to click File on the menu bar followed by New on the pull down menu O Representations in ToolBox Figures and Screens The screen examples given in this manual essentially assumes a Windows XP operating environment Icons and application names may differ in other windows operating environments such as Windows 2000 Windows Vista and Windows 7 Some figures in this manual may for reasons of convenience be emphasized or simplified or parts of it may be omitted Some screen images in this manual may differ from actual screens due to differences in the operating machine environment O Function Keys and Shortcut Keys In addition to using a mouse you can operate the ToolBox menus using function keys and shortcut keys SEE ALSO For information on the function and shortcut keys see Section B 1 3 ToolBox Operation Commands of the FA M3 ToolBox Manual 6th Edition Dec 2014 00 IM 34M06Q31 02E
59. Tuning function you can while running and monitoring the operation of a temperature control and monitoring module control its operation by issuing directives such as running and stopping the module selecting a PID SP parameter group to be used or modifying parameter values switching to manual operation mode starting auto tuning etc Action Test Parameter Adjustment The Action Test Parameter Adjustment function is intended to be used with the Action Monitor function With the Action Test Parameter Adjustment function you can modify any registered parameters of a temperature control and monitoring module and then use the Action Monitor function to check how the modified parameters affect its operation Note that modification of some registered parameters may affect other registered parameters Ensure safety Specify initial parameter values and modes Required operation Tune operation control values Go to Section B5 2 Go to Section B5 3 Action Action Test Tuning Test Parameter Adjustment AN CAUTION Do not change the system time setting of your computer when using the Action Test Tuning function The Action Test Tuning function uses the system timer of your computer for its time management If the system time setting of your computer is changed during tuning the Action test may not function properly IM 34M06Q31 02E 6th Edition Dec 2014 00 B5 2 B5 2 Action Test Tuning B5 2 1 1
60. US Completed Run Remote Start amp o Top lt lt lt gt gt gt Current AMC fo Auto y SPNO hr y MOUT 0 0 INSEL fo Input 1 z PID SP Setup MOUTC 0 0 EXPY PY fo Normal i y EXPY 328 0 EXRJC 3203 EXOUT OUT fo Normal c y EXOUT 0 0 RSP 328 04 Simple View Save Tuning Setup Close Screen 1 14 Tuning 006 F3CU045006 F3CU04 0N Loop 1 RUN AUTO CAS RMT JEXPvEXOU T Menear ALM Check AMC 0 Aut y spNofi y mout 00 INSEL 0 n z PID SP Setup Moute 003 EXPV PV 0 Nor y expy 320 0 EXRIC 320 4 EXOUT OUT O Nor EXOUT 003 ASP 3280 Save PIDNO CSPNO AT STUS Setup 1 1 Completed Details Run Remote Start 4110 lt Screen 2 6th Edition Dec 2014 00 IM 34M06Q31 02E B5 3 e Layout of the Tuning Screen The tuning screen contains the following functions and information Symbols Color Codes Information Green Run White Stop desata here AUTO Green automatic White manual Orange cascade o White automatic or manual Module type Green remote White local Green external PV ara White normal PV Green external output FADUN White normal output Zooms in out of B OUT Red PV burnout Orange PV over monitored graph l White PV normal HBREAK Red Heater discontinuity detected White normal Select a loop to be tuned Red error White normal eg Tuning 006 F3CUN45006 F3CU04 05 Y Ioj x Sampling EME AUN Cas AMT ExP Eo E HEREA
61. ZOOM in out Qraph ccccooncnnccccccnccnccnnononos B4 3 B5 3 6th Edition Dec 2014 00 IM 34M06Q31 02E xiii Revision Information Document Name FA M3 ToolBox for Temperature Control and Monitoring Modules Document No IM 34M06Q31 02E Date Revisedlem 33 2nd Jul 2007 Support for ToolBox R4 5th Sep 2012 Support for ToolBox R6 02 Dec 2014 Added documentation for F3CU04 0G F3CU04 1G F3CX04 0G support MW For Questions and More Information If you have any questions you can send an E mail to the following address E mail plc message csv yokogawa co jp WE Written by Yokogawa Electric Corporation WE Published by Yokogawa Electric Corporation 2 9 32 Nakacho Musashino shi Tokyo 180 8750 JAPAN MW Printed by Kohoku Publishing Printing Inc IM 34M06Q31 02E 6th Edition Dec 2014 00
62. added A2 2 Operating modules that F3CU04 0S Environment for ToolBox support the F3CU04 1S B1 1 1 Screen Layout temperature In addition the SP backup function for control and PID the above modules is supported module Module type Function for A function is added for changing the A2 2 Operating change changing the module type specified in a registered Environment for ToolBox module type parameter file A2 4 Connecting ToolBox and FA M3 System Added alarm lamp The parameter error alarm lamp is B5 2 6 Checking for Error separated into Controller or I O or Alarm Conditions parameter error and Operation parameter error Monitoring the A counter value for the number of write B5 2 6 Checking for Error number of write operations to the EEPROM is displayed or Alarm Conditions operations to the on the error status confirmation dialog EEPROM Operating Windows Vista Windows Vista support is included in environment support the operating environment IM 34M06Q31 02E 6th Edition Dec 2014 00 A1 6 A1 2 4 Differences between ToolBox R5 and ToolBox R4 This subsection describes differences in functions between ToolBox R5 and ToolBox R4 SEE ALSO For details of individual functional differences see sections given in the See Also column in Table A1 4 TIP To confirm the software version of ToolBox R5 select Help About ToolBox from the menu bar A dialog box as shown below appears Verify that the
63. al number of e used DEE S NEN Controller monitor parameters analog output settings I O parameters and operation parameters for loops 1 2 3 downloaded from ToolBox to the CPU module are stored in data registers of the CPU module in ascending order of the addresses Although you can specify which parameters are to be downloaded this will not affect the number of data registers used as registers for all parameters are reserved regardless of whether the parameters are actually downloaded SEE ALSO You can manually change the start register address for storing each group of parameters For details see the description entitled Downloading to the CPU Module in Section B3 2 1 For details on the addresses positions of the data registers of the CPU module used see Section C 1 1 4 CPU Parameter Positions e When Multiple CPU Module Areas are Specified in Configuration Definition When an area is newly added in configuration definition detailed setup the addresses of the CPU module data file registers are automatically rearranged so that new addresses for the added area are appended to the existing addresses see screen 11 All relevant data register addresses are reserved for their corresponding parameters at the time of configuration definition This mapping between data registers and their addresses is not affected even if some detailed setup data is deleted in configuration definition In this case an empty area with
64. al reset value 5 0 to 105 0 50 0 50 0 E On off control EN FN 252 452 652 852 3 HYS 0 to PRH PRL PRL Xx PRL xX ysteresis A d 0 5 0 5 JE 0 Reverse operation 253 453 653 853 3 DR Forward reverse switch 1 ee operation fixed to 0 reverse operation in TENET a mode 254 454 654 054 3 GAINC Cooinggan 1to990 1 900 of wo Cooling on off control ay mye f 255 355 655 855 3 HYS C 0 to PRH PRL Mas Pay hysteresis 0 5 0 5 For heating cooling on off control 50 0 to 50 0 of 0 to PRH PRL 256 456 656 856 3 DB Dead band For others 10 0 to 10 0 of 0 to PRH PRL but limited within PB in PID computation 257 467 657 857 SPOUT Presetoup aa o o 258 458 658 ese SPOUTS Cooling presetoutput 5010 1050 o o PID SP4 Parameters EEE oe AAA Alarm 2 preset value eR fer PRL 266 ase 066 see PS propomienaiband Towa reeay sow son Fixed to OL if OL gt OH 0 00 0 00 On off control PRH oe 272 472 672 872 4 HYS 0 to PRH PRL PRL X Pe X hysteresis o o 0 5 0 5 JN O Reverse operation 273 473 673 873 4 DR Forward reverse switch 1 Forward operation fixed to 0 reverse operation in TEET m mode 2ra ara ora 674 AGANG Cooinggan f 1t0999 1 909 mof wo Cooling on off control r Ra 275 475 675 875 4 HYS C O to PRH PRL a xX PRL x hysteresis 0 5 0 T For heating coolin
65. ameter Adjustment Window Slot No Debugger A Action Test E Tuning E e Action Monitor EE 004 FSNC32N001 F3NC32 0N al O05 F3NC34N001 F3NC34 ON Bly 006 F3NCS25003 F3NC32 0N H OOF F3NC3ZS00AFaNT32 0M E 006 PSRCS4SD05 FSNC39 0N E 009 F3NCS4S5003 F3NC34 0N E 010 Facu Facu04 05 E 011 Faceo4S003 FSC404 0N Screen 1 ToolBox Temperature Control and Monitoring M x 2 Changing controller imonitor or inputfoutput parameters Screen 2 B5 10 B5 3 2 TIP Modifying Registered Parameters If the CPU operation mode of the CPU module is set to ROM Writer registered parameters of advanced function modules cannot be updated from ToolBox In this case a dialog box appears to inform you of the situation Terminate the ROM writer mode of the CPU module using WideField3 as required The dialog box displayed is the same as that displayed at downloading For details see Section B3 4 Downloading Restrictions 1 On the Controller Parameter Setup screen see screen 7 highlight a register you want to modify by clicking the relevant setup cell gt The list box button will appear TIP For a temperature monitoring module the name of the screen is Monitor Parameter Setup instead 2 Click the list box button to open the list box and select a desired setting SEE ALSO Section B2 2 4 About Parameter Input Helper Screens For information on how to use buttons on the screen
66. ancel Screen 15 Click a radio button ARW Setup 1 xj Please specify the point for suspending and restarting inte operation for the anti reset windup feature Click the spin button control Anti reset windup E Default Cancel Screen 16 IM 34M06Q31 02E 6th Edition Dec 2014 00 B2 10 Using the keyboard Select a desired radio button by pressing the and f keys If a spin button is available select it by pressing the gt key and adjust the setting by pressing the and 1 keys Select by pressing the key and finally press the Enter key e Example 5 Using the mouse Drag each slider to a desired position and click OK Using the keyboard Select each slider by pressing the Tab key and modify the setting by pressing the H gt and H keys Select by pressing the key and finally press the Enter key e Example 6 Using the mouse Drag the slider to a desired position and click OK Using the keyboard Select the slider by pressing the Tab key and modify the setting by pressing the H and keys Select by pressing the key and finally press the key Drag the slider Broken Line Input Setup Y x Please specify three input values gt and their respective corection values Y Y Correction We WEA OW y1 v1 200 0 po x2 Es 200 0 0 0 x3 Ya 200 0 0 0 x Input xl x2 x3 Default Cancel A
67. ata will be saved in the specified file TIP The file is saved in the same folder containing the project that is currently open Cancel 7 l Saving Automatically 1 Click Save on the Action Monitor screen 2 m Select the Automatic tab gt Screen 13 will be displayed 6th Edition Dec 2014 00 IM 34M06Q31 02E B4 11 3 Click Yes in the Save Data E xi Automatically area Manual Automatic m Save Data Automatically Yes G N Cno Log data is automatically saved N O Automatic Save Setup j i Periodic from 00 00 every 5 ininutes Log data is not automatically saved a C Specified time foo DO 4 Specify whether to perform A automatic saving periodically by E Yes No clicking a radio button and specifying an interval and or start time in the Automatic Save Setup Output Data V Log data 1 V Log data 2 V Log data 3 Y Log data 4 V Log data 5 V Log data 6 Y Log data 7 M Log data 8 area Periodic r File Name Setup Automatic saving is performed Destination folder D Documents and Settings All User Browse periodically at the specified interval File name _ selectable from 5 to 2880 minutes starting at the specified time ok _ Cancel Specified time Automatic saving starts at the Screen 13 specified time 5 Specify whether to correct sampled data with respect to correct sampling timing by clicking a radio b
68. be written to an EEPROM up to 100 000 times SEE ALSO If the NBKUP parameter is set to 1 No backup screen 9 is not displayed See Section B5 3 3 Setting Not to Save Registered Parameters In the I O Parameter Setup screen see screen 10 highlight a register you want to modify by clicking the relevant cell Click the list box button and select a setting from a list box or specify a range SEE ALSO Section B2 2 4 About Parameter Input Helper Screens For information on how to use buttons on the screen see Section B2 1 3 Registered Parameter Setup Screens For information on registered parameters see Section C1 1 1 Tables of Registered Parameters Click Next Screen 11 will be displayed TIP Screen 11 is not displayed if no parameter has been modified You cannot return to the Controller Parameter Setup Screen by clicking the button on the Input Output Parameter Setup screen To edit parameters on the Controller Parameter Setup screen you must reopen the Controller Parameter Setup screen Click OK Screen 12 will be displayed TIP Data can be written to an EEPROM up to 100 000 times For information on how to use a list box see CI x A This action writes data to the EEPROM Continue 3 Registered Parameters Edit F3CUD45002 F3CUD4 0N 2 1 0 parameter setup Select control type for loop 1 0 PID control 1 On off control 2 Heating cooli
69. d value from the list or specify a desired range SEE ALSO For information on how to use a list box see Section B2 2 4 About Parameter Input Helper Screens TIP For some parameters you may have to click OK To edit a parameter that is not shown in the Simple Setup screen click to show the Detailed Setup screen Otherwise skip to Step 5 Select a cell click the button to open a list box and select a desired value from the list or specify a desired range Click Finish Screen 10 will be displayed TIP This screen is not displayed if no parameter has been modified Click Savel The parameter file is updated Editing Registered Parameters operation parameter 33 Registered Parameters Edit F3CU045002 F3CU04 0N 3 Operation parameter setup Specify whether to use dynamic auto tuning which automatically optimizes PID constants by analyzing input and output values 0 Disabled 1 Enabled Operation related Dutput elated Alarm telated PID parameters Cr ot 181 SELF Sc Super overshoot suppression enable code Detailed Setup Items Setup Properties Back S Finish Cancel Apply Help Screen 9 Save Confirmation x Saving parameter values to file Continue Don t Save Cancel Screen 10 IM 34M06Q31 02E 6th Edition Dec 2014 00 B2 8 B2 2 4 About Parameter Input Helper Screens Highlighting a parameter setup cell
70. d color The background color of parameter adjustment adjustment screens are changed to light yellow to distinguish them from online screens Action monitor Support for CPU CPU devices D B can be monitored on B4 Checking FA M3 device Action Monitor screens Operation Using Action Monitor Specify scale for Scale range can be specified for graphs graph display to be displayed on monitor screens Zoom display Display on Action Monitor screens can be enlarged or reduced ToolTip support Monitored objects can be checked using ToolTip 6th Edition Dec 2014 00 IM 34M06Q31 02E A1 5 A1 2 3 Differences between ToolBox R4 and ToolBox R3 This subsection describes differences in functions between ToolBox R4 and ToolBox R3 SEE ALSO For details of individual functional differences see sections given in the See Also column in Table A1 3 TIP To confirm the software version of ToolBox R4 select Help About ToolBox from the menu bar A dialog box as shown below appears Verify that the version is displayed as R4 xx The version of ToolBox is determined by the version of the module installed About ToolBox i x YA ToolBox Version R4 03 xi Module s installed Lemper ontrol and Monitoring Module 4 ersion R4 02 Copyright C 2004 YOKOGAWA Electric Corporation All rights A010203_01 VSD Table A1 3 New and Updated Functions in ToolBox R4 Details CPU Added CPU The following CPU modules are
71. different colors to indicate different statuses as follows Clicking the cell of a A a White Default value pl displays its Title name Yellow Modified and confirmed value ESENpHON Module type Pink Modified but unconfirmed value Clicking this button displays a Detailed Setup screen showing all parameters for the current setup screen The button name changes to Red Invalid value Gray Read only value S52 Registered Parameters En F3CU045007 F3CU04 05 1 Cok troller parameter setup specify frequency of FS 43 power supply 0 50 Az 1 60 Hz MA FREQ Power frequency selection Detailed Setup Items Setup Properties Specify the items to be displayed in Simple Setup name and names Simple Setup Clicking the button toggles between Simple Setup and Detailed Setup a MD12 li mode for loops 1 and MDA rbd mode for loops 3 and Allows you to enter or edit a title Cancels all unconfirmed changes If there are modified but unconfirmed parameters a confirmation screen is displayed Shows the next screen 1 O Parameter Setup screen All modified but unconfirmed parameters loop if any are validated Cancels editing If there are any modified but unconfirmed parameters a dialog box will appear to confirm whether to save or initialize the parameters Baek Mext S Cancel Apply Help Confirms all changes All valid parameters have their cell
72. display language and so on after installing ToolBox SEE ALSO For details on user environment setup see Section B1 4 2 Environment Setup of the FA M3 ToolBox Manual Specifying a Project Folder 1 Select Tools Environment Setup for one ToolBox from the menu bar Folder Setup Toolbar Setup Language Setup gt Screen 1 will be displayed Project Location and Settingst4ll UserstApplication Data Yokogawa ToolBox ToolBoxPif Browse 2 Select the Folder Setup tab a ss pie 3 If required specify a different folder for projects and click OK Usually no change is required TIP Clicking Default reverts the screen to default values SEE ALSO To specify a different project folder first create the folder using Explorer For details on the default project folder see Section B1 4 1 Folder Configuration of the Detout Y FA M3 ToolBox Manual B010201_01 VSD Screen 1 lt 6th Edition Dec 2014 00 IM 34M06Q31 02E Customizing the Toolbar 1 Select the Toolbar Setup tab in the ToolBox Environment Setup window gt Screen 2 will be displayed 2 To include an item in the toolbar highlight the item in the right window and click Insert To remove an item from the toolbar highlight the item in the left window and click Delete 3 Click OK to confirm the setup TP Clicking Default reverts to the default toolbar setup Selecting the Display Lan
73. e Manual IM34M06C11 01E IM 34M06Q31 02E 6th Edition Dec 2014 00 XII Copyrights and Trademarks Copyrights The copyright of the programs and online manuals contained in the software medium of the Software Product shall remain in YOKOGAWA You are allowed to print the required pages of the online manuals for the purposes of using or operating the Product however reprinting or reproducing the entire document is strictly prohibited by the Copyright Law Except as stated above no part of the online manuals may be reproduced transferred sold or distributed to a third party in any manner either in electronic or written form including without limitation in the forms of paper documents electronic media and transmission via the network Nor it may be registered or recorded in the media such as films without permission E Trademarks The trade names and company names referred to in this manual are either trademarks or registered trademarks of their respective companies 6th Edition Dec 2014 00 IM 34M06Q31 02E TOC 1 FA M3 ToolBox for Temperature Control and Monitoring Modules IM 34M06Q31 02E 6th Edition CONTENTS PRONG AIG FE OCC aici coi ep state cc pene aaa ea E i UNO TUNG AA a e il TT FOGUGTHIO Nunca can erratas ix Copyrights and Trademarks cccsssccceseeceeseecenseesenneesenseeenseesensessoaes xii Part A Startup Manual A1 Product OVEIVIOWisuconiniacaaa nnmnnn A1 1 A1 1 Overview and Features scnc
74. e adjustment or tuning of the registered parameters for a specific loop of a temperature control or monitoring module while monitoring the behavior of that loop AN CAUTION While these action test functions can be used to continuously modify the parameters or monitor the behavior of a running module they are really designed for initial module setup As such they are not guaranteed to function properly as an operation panel for continuous process monitoring e Data Logging You can specify to save data of selected registered parameters or CPU registers in a file as log data Using ToolBox you can display saved log data as graphs to allow a better grasp of the operation condition of the temperature control and monitoring modules Data may be automatically saved at specified intervals even while data logging is in progress You can also monitor data of CPU devices data registers or file registers AN CAUTION Although the action monitor function can be used to continuously sample data from a module it is really designed for data sampling during initial module setup As such it is not guaranteed to function as a recorder for continuous process monitoring e Collaboration with Other Applications You can run ToolBox and the WideField3 ladder program development tool concurrently on the same computer to edit module parameters and programs at the same time as ToolBox and WideField3 can communicate with modules independently
75. egistered det ated sample values anos cially 240 hr For details on registers used for tuning see Section C1 1 3 Registers Used for Tuning When loop is set to CPU for monitoring of a CPU device Devices registered using CPU Device Registration are displayed in the list box TIP For details on how to register CPU devices see E Monitoring CPU Devices 6th Edition Dec 2014 00 IM 34M06Q31 02E B4 5 3 Specify the scale range for a graph to be displayed on the monitor screen by entering appropriate values in the Upper Limit and Lower Limit columns TIP When you select an item to be monitored its predefined default upper and lower limit values are displayed Click OK Screen 4 will be displayed S ToolBox Temperature Control and Monitoring x 5 Click to acknowledge the H L d object has b h d displayed information AN Log data acquired up til now will be ntalzed gt Edited changes are applied Continue i Cancel TIP Accumulated log data is discarded when edited changes are applied so you should always save any required log data before applying edited changes Screen 4 IM 34M06Q31 02E 6th Edition Dec 2014 00 B4 6 Monitoring CPU Devices x 1 Click CPU Device Registration on the Device Type Device No Monitor Setup screen Registered Device D gt lcd Screen 5 will be displayed oco EAN IS Registered Device 3 Undef
76. en numbered loops 764 SPH Upper SP limit 766 767 161 361 561 163 363 a 4 PRL to PRH if SPL lt SPH If SPL gt 5 Lower SP limit SPH fixed to SPL SPR UP SP up gradient 0 Disabled SPR DN SP down gradient 0 to PRH PRL SPR TM SP gradient time unit 0 Hour 1 Minute 0 Tracking On SP TR SP tracking mode 1 Tracking Off PV related Parameters Fixed bias SH SL to SH SL Input filter 0 Off 1 120 seconds O 7 164 16 16 8 16 36 36 66 6 6 36 Dh O N 171 371 N S 1 1 EN 5 385 05 6 366 566 En s 368 508 a see see E 2 372 572 3 373 578 4 374 574 5 375 575 6 376 576 562 762 56 763 564 764 56 765 566 766 56 767 568 68 569 69 57 171 572 772 57 773 574 774 57 775 576 776 7 177 778 3 5 7 1 3 5 7 8 mm Bs Fixedbies 2 or m roume m xt ertenem sowon ma v EE EEN m x2 Brokenineinpu sowon s0 me ve Brokenine is ESE 178 378 57 7 Y3 Broken line bias 3 SH SL to SH SL 0 0 0 0 Off no square root extraction Square root extraction 1 On square root extraction PRH PRH PRH Low cut 0 0 to 5 0 of O to SH SL PRL x PRL x PRL x 0 5 0 5 0 5 Operation related Parameters enable Super overshoot suppression enable O Disabled 1 Enabled code ARW ARW setting 0 Automatic 50 to 200 CMD Control mode O Standard P
77. er program in the product CD ROM may be blocked and cannot be automatically executed In this case select Setup exe in the CD ROM using Explorer or some other means and start the installer using Run as administrator TIP The details of the installation procedure may depend on the OS We describe here how to set up on Windows XP as an example 1 Insert the ToolBox CD ROM into the CD ROM drive of the personal InstallShield Wizard x computer where ToolBox is to be installed gt Either screen 1 or 2 will be displayed Screen 1 ToolBox is not installed Screen 2 The ToolBox for Temperature Control and Monitoring Modules component is already installed Select Modify to add components Welcome to the InstallShield Wizard for ToolBox The InstallShieldR Wizard will install ToolBox on pour computer To continue click Next TIP If another ToolBox component is already installed on the PC add the Temperature Back Cancel Control and Monitoring Modules component to the existing ToolBox installation Screen 1 In this case you cannot specify a different installation folder IM 34M06Q31 02E T01 1st Edition Jul 2014 00 A2 4 2 Proceed with installation according to InstallShield Wizard the instructions displayed Welcome Modify repair or remove the program SEE ALSO For details on the installation procedure see Section A2 3 Installing and Uninstalling ToolBox
78. ettings Lop3 W fne to fee TIP r to Loop4 WW fies to f221 ae Loop 5 F t Clicking during downloading aborts the e download process Lop HP wf Loop 8 F to Screen 7 6 Click OK SU OT 006 F3CxXD4S006 FSCx04 0N Execution completed successfully 7 The Results of Downloading window is displayed for you to verify the results of downloading SEE ALSO pon Gi Downloading completed successfully For information on the messages on the result of downloading see Section B3 2 4 Messages on the Result of Downloading For information on how to verify downloaded parameters see Screen 8 Section B4 2 Verifying Downloaded Registered Parameters of the FA M3 ToolBox Manual and Section B3 2 5 Messages on the Result of Comparison of this manual IM 34M06Q31 02E 6th Edition Dec 2014 00 B3 6 B3 2 2 1 Select Online Download Project from the menu bar Screen 9 will be displayed Click or to specify the download destination The Download dialog box is displayed during downloading When the download is completed it is replaced by screen 10 SEE ALSO For information on the color codes of modules indicating their availability for downloading see the description entitled Color Codes for Availability for Downloading in Section B3 2 1 TIP Clicking during downloading aborts the download process Click OK The Res
79. etup xi list boxes m Sampling Period 2s 2 C 10s C imn 10min CPU Device Registration 0 Registers Listed in the Register Loop Register Lower Limit Upper Limit Line Color Line Type List Box Log data 1 fi y PV 1 Process value PV y 200 0 gt 1370 c me Solid line y Log data 2 oy Not specified yf o f o ML soine Log data 3 3 y 3 42 Alam 2 preset value y f 3000 1 43000 C i Solid line y wunen loop number 2 set to O Log data 4 4 y Not specified y fo o Solid line y Registers for controller monitor Logdata5 1 Nose AU 0 0 PS Scidie parameters as displayed in the Simple rr E ML E CO Setup screens for registered Logdata7 Jo y Notspecied if 0 0 lM Scidine parameters are displayed in the list box Logdeta8 0 z Notspectieg A OP MLS Potties E Default Cancel When loop number is set to 1 4 The following registers are displayed in Screen 3 the list box in the given order Common process data registers Registers as displayed in the Simple Setup screens for registered parameters Registers used for tuning SEE ALSO Table B4 1 Sampling Period and Logging Duration A p For details on common process data registers Total Number of Samples i Data Up to 1440 samples can be taken see Section C1 1 2 Common Process Data for each of 8 registers Log 1 to For details on registered parameters see Log 8 Old sample values are Section C1 1 1 Tables of R
80. ewe cette cea etntemed eee ce eeteneeeteteceneeseunrenuets Index 1 REVISION Information 2c0cccceccnceccncencncencecsncecencsccecenesnencsneeesnesnenesneseseess xiii IM 34M06Q31 02E 6th Edition Dec 2014 00 AT Product Overview This chapter describes the outline and features of the FA M3 ToolBox for Temperature Control and Monitoring Modules or simply referred to as ToolBox in this manual Overview and Features Overview ToolBox is a tool for performing setup of temperature control and monitoring modules You can use it to set up or change the parameters of these modules or to perform action test and monitoring on the modules You can run ToolBox and the WideField3 ladder program development tool concurrently Ethernet FL net ros Components of the temperature control and monitoring modules Simple setup oll Collaboration with other applications IM 34M06Q31 02E 6th Edition Dec 2014 00 A1 2 Features ToolBox has the following features e User Friendly Easy Setup You can easily set up the registered parameters of the temperature control and monitoring modules using ToolBox s user friendly parameter input method e Advanced Debugging Functions Two types of debugging functions action tests are available parameter adjustment and tuning The parameter adjustment function allows for online modification of each registered parameter The tuning function allows online fin
81. g on off control 50 0 to 50 0 of O to PRH PRL 276 476 676 876 4 DB Dead band For others 10 0 to 10 0 of O to PRH PRL but limited within PB in PID computation Carr arr er 677 aPouT Prestop s0010 o o are 478 678 878 pour Cooing preset output 50t01050 o oO SC IM 34M06Q31 02E 6th Edition Dec 2014 00 Alarm related Parameters Off Upper limit Lower limit Upper deviation limit Lower deviation limit 281 481 681 881 AL1 Alarm 1 type Upper lower deviation limit Deviation range 11 Upper limit with waiting 12 Lower limit with waiting 13 Upper deviation limit with waiting Alarm 2 type 14 Lower deviation limit with TEA e r mi waiting 283 483 683 883 AL3 Alarm 3 type aa aa la nee ee Peet E ae limit limit limit with waiting 18 Deviation range with 2 Lower 2 Lower 2 Lower 286 486 686 886 Alarm 2 hysteresis 286 486 686 886 ysteres 0 to PRH PRL di 6th Edition Dec 2014 00 IM 34M06Q31 02E C1 7 C1 1 2 Common Process Data 1 237 4 Pw Processvalue 0 0 to 100 0 of PRH PRL Control set point CAS 0 of PRH PRL EE ner dt __ 031 32 33 34 COUT Cooling control output Cooling control output output 0 Ot OOOO Ot OOOO A loop number between 1 and 4 Shaded rows do not apply to F3CX04 0N F3CX04 0G C1 1 3 Registers Used for Tuning Symbol Description Data Range PV
82. ge Received all data Red Not accessing Sampling period Starts or stops data logging Action Monitor 006 F300045006 F3C1 04 0N et Start Stop Acquisition Time 12 15 11 23 43 Log 1 11 PV 1 Proces ees gt gt gt Current Information displayed here Slot No File name Title Module type Zooms in out of time axis abscissa 1 pro Sets monitoring conditions Moves graphic cursor Log information E For a register of a module Loop No Symbol Name Meaning of the displayed loop No O denotes common parameters 1 4 denotes loops 1 4 respectively E For a device of a CPU module CPU Specified device No Setup Save Close B4 3 Upper scale limit Splits the screen Graph area Lower scale limit Saves data manually or automatically Exits Action Monitor Shift lt Shift right by 1 point Shift left by 20 points Shift gt Shift right by 20 points Shift f Jump to the first point Shift i Shift left by 1 point Jump to the last point IM 34M06Q31 02E 6th Edition Dec 2014 00 B4 4 B4 2 2 Selecting Data to be Monitored Specifying Log Items 1 Click on the Action Monitor screen 2 gt Screen 3 will be displayed 2 Specify the sampling period by clicking a radio button and specify registers to be monitored by selecting from the loop and register Monitor s
83. guage 1 Select the Toolbar Setup tab in the Environment Setup for ToolBox window Screen 3 is displayed 2 Select a language from the Select Language list for the display language of ToolBox and click OK Environment Setup Folder Setup Toolbar Setup Language Setup Register to toolbar TI New Project ES Open Project Saves Project lt lt Insert a J gt gt Delete Separator 22M Parameter Configuration Definition Change CPU Type Propetties Separator Environment Setup E Set to Default Value Separator db Set to Maximum Value 2 ToolBox Help Set to Minimum Value A Insert File Cancel Default Screen 2 Environment Setup Folder Setup Toolbar Setup Language Setup Select Language English v The display language does not change immediately after changing language settings on the screen displayed while operating or executing Reopen screen to enable the specified display language Cancel Default Screen 3 Help B010201_02 VSD Help B010201_03 VSD IM 34M06Q31 02E 6th Edition Dec 2014 00 B1 6 Detailed Setup You can also specify other user environment conditions such as whether to display confirmation messages at download or what registered parameters are to be displayed in simple setup windows 1 Select Tools Environment Setup for Temperature Control and Monitoring Module from the menu bar gt Screen 4 is displayed
84. he communication port to be used for the connection Screen 2 will be displayed 4 Ensure that settings are correct and click OK SEE ALSO For details on communications setup see Section B3 1 Communications Setup of the FA M3 ToolBox Manual Checking Communications Setup and Connecting Connection Check Communication port during prior connection Port Port Communication Media CPU No Connection Method 192 168 0 1 2 Virtual FA M3 localhost 3 COM3 Auto 4 Unsetting 5 USB 6 Unsetting 7 Unsetting 8 Unsetting 9 Unsetting Screen 1 Communications Setup Port1 C Connection to Virtual FA M3 his PC FAM Jther PC letwo Destination IP Address CPU Number Communication Media Ousa USB Communication Connection Timeout S CPU Number Select if connected to the CPU USB connector If using the USB RS 232C convertor cable KM13 select RS 232C hen CPU number 0 is specified connection is made with CPU to which the USB cable is connected RS 232C Communication Connection Method Automatic Recognition O Fixed A Communication Timeout 1 y 5 COM Port Number 1 A Number of Retries 2 v O Ethernet Ethernet Communication Destination IP Address Connection Timeout CPU Number O FL net F3LX02 1N Rev 01 00 or later FL net Communication Node Number CPU Number Screen 2 Cancel B030101_02 VSD IM 34M06Q31 02E 6th Edition Dec 2014 00 B3 2 5 Cl
85. he EEPROM all data changes will be lost once power is switched off Continue Cancel e lf the CPU Operation Mode of the CPU Module is ROM Writer Mode Downloading is not available if the CPU operation mode of the CPU module is set to ROM writer mode In this case the following dialog box will be displayed Terminate ROM writer mode of the CPU module using WideField3 as required CPU is in ROM writer mode Remedy Exit From ROM Writer mode using WideField3 or some other means 6th Edition Dec 2014 00 IM 34M06Q31 02E B3 11 e lf the Input Type Is Determined Using the Hardware Switches If the input type is determined using hardware switches set the input type selection parameter to match the setting of the hardware switches before downloading If the hardware switches of an advanced function module are not set to 0 Software setting the setting of the input type selection parameter downloaded from ToolBox to the module will be ignored However if the input type determined by the hardware switches is not the same as the setting of the input type selection parameter as downloaded a range error may occur during downloading depending on the range scale setting IM 34M06Q31 02E 6th Edition Dec 2014 00 Blank Page B4 1 B4 Checking FA M3 Operation Using Action Monitor This chapter describes how to display Action Monitor screens and how to save displayed data What is Action Monitor gt B4
86. ick Connect on the Connection Check dialog box Connection Check Communication port during prior connection Port1 gt Communication is established between Port Communication Wedia CPUNG Connection Menos T the FA M3 system and the PC The 1 Ethernet 1 192 168 0 1 2 Virtual FA M3 1 localhost communication status is displayed on 3 Coma Auto the action status bar and the status bar ed at the bottom of the operation screen 6 Unsetting 7 Unsetting 8 Unsetting 9 Unsetting Screen 3 B030101_03 VSD 6th Edition Dec 2014 00 IM 34M06Q31 02E B3 2 1 B3 3 B3 2 Downloading Downloading to Individual Modules Downloading to Individual Modules Select Online Download Module from the menu bar Screen 3 will be displayed Select modules to which you want to download data by clicking in the Select column Color Codes for Availability for Downloading Modules are color coded to indicate their availability for downloading as follows White Downloading to the module is allowed Red Downloading is not allowed because of a mismatch between the l O configuration and the file configuration of the module Verify the configuration of the file or the connected FA M3 system Yellow Downloading to the CPU module is not allowed because the address setup for the CPU module is invalid or not done Gray Not accessible Click Modulel Screen 4 will be displayed Select the
87. ined gt Po Registered Device 4 Undefined gt Po Registered Device 5 le 2500 l _ as Registered Device Undefined y 2 Select either D data register or B E ll file register for the device type to be Registered Device Undefined registered and enter a device Registered Device 8 Undefined y number Registered Device 9 Undefined Registered Device 10 Undefined Click OK Control returns to the Monitor Setup Cancel screen Screen 5 4 Select CPU in the Loop column and then select a register from the registered CPU devices displayed in the Register list box TIP Sampling Period Monitored data is sampled on word basis oo C 10s Binna mii monitoring of long word data is not allowed You can specify any upper and lower limits Loop Register Lower Limit between 32768 and 32767 for a CPU Log data 1 Cpu Doomoo O device Mot specified Logdata2 o Doomoo Mot registered Mot registered Not registered 6002500 Log data 4 0 Not registered 0 Mot registered Screen 6 Log data 3 CPU 6th Edition Dec 2014 00 IM 34M06Q31 02E B4 7 Starting and Ending Logging e Starting Logging 1 Specify registers to be logged and click in the Action Monitor screen 2 gt Screen 7 will be displayed Click OK gt The selected registers will be logged at the specified sampling period n
88. k keys for each item After setting all items select by pressing the key and finally press the key e Example 3 Using the mouse Drag each slider to a desired position and click OK Using the keyboard Select each slider by pressing the Tab key modify the setting by pressing the arrow keys select by pressing the key and finally press the key To modify the lower limit use gt and k To modify the upper limit use Hl and e e Example 4 Using the mouse Click a desired radio button and click OK If a spin button is available modify the setting by clicking the spin button control B2 9 Cycle Time Setup xx Please specify output on off pulse width when using relay outpub voltage pulse output Click the spin button control Default Cancel Screen 13 Output Type Setup Click a radio button C Relay Pulse ontinuous Output terminal 1 Output terminal RelapePulse Continuous Output terminal 3 RelaprPulse Continuous Output terminal 4 e Relay Pulse Continuous Output terminal 5 e RelapePulse Continuous Output terminal E e RelaprPulse Continuous Output terminal Relap Pulse Continuous Relan Pulse Continuous Default Cancel Output terminal E Screen 14 x Please specify input range for instrument range Drag the slider Lower limit Upper limit ooo 1370 0 328 0 A A Default C
89. k ALM Check Displays error Sampling period default is 5 s and alarm Leop ta 1 a a HOUT es Pr 2639 3 CSP 328 0 HOUT 0 0 COUT 0 0 HECa Indicators HECh For color setup see the description FIGNO 7 sae Tuning Setup CSPNO 1 eve THES Cette gt ley CSP COLT lo 0 0 INSEL Jo input PID SP Setup MOUTE EXPV P O Momali y EXPY 2803 EXAJC 3203 EXOUT OUT fo Momale y exouT 003 ASP 2803 Save Tuning Setup Ose eT Le T Simple Wie Corresponds to parameters a b Displays the Tuning Setup screen and c of Table for sampling period and indicator B5 1 color setup See the description entitled Tuning Setup Screen Toggle between the detailed and simplified screens the button names toggle between Simple View and Details See Screen 2 Saves parameters d through n to the module Tunes operation parameters d to n A modified parameter indicated in pink is validated and saved when the Save button is clicked Parameters d through o of Table B5 1 are arranged sequentially from top to bottom and from left to right See Table B5 1 IM 34M06Q31 02E 6th Edition Dec 2014 00 B5 4 Table B5 1 Control and Operation Parameters No Symbol Selection or Value Remarks Pe Rn CE CT o remote Rma SSS dSCS Start AT Start stop AT a ame T Autoimanveleascade J o e nsa m O e exeviey ET CIN a EXOUTIOUT e
90. le F3CX04 0N F3CX04 0G F3SP05 0P F3SP08 0P F3SP08 SP F3SP21 0N F3SP25 2N F3SP35 2N F3SP28 3N F3SP38 6N F3SP53 4H F3SP58 6H F3SP22 0S F3SP28 3S F3SP38 6S F3SP53 4S F3SP58 6S F3SP59 7S F3SPV3 4H F3SPV8 6H F3FP36 3N F3SP66 4S F3SP67 6S F3SP71 4N F3SP76 7N F3SP71 4S F3SP76 7S 4 ToolBox only supports the 32 bit x86 version but not the 64 bit x64 version of the Windows XP operating system 2 For FL net communications CPU speed must be Pentium IlI 750 MHz or higher 3 For FL net communications memory must be 128MB or more 4 For FL net communications network card must support TCP IP protocol Usable communications conditions vary with CPU type D Depending on the chipset used by the PC running the ToolBox software reliable USB connection is not always guaranteed 6th Edition Dec 2014 00 IM 34M06Q31 02E A2 3 A2 3 Installing ToolBox This section describes how to install ToolBox Check the following precautions before installation AN CAUTION Log in with system administrator Administrator privileges before performing ToolBox setup maintenance or deletion These ToolBox operations cannot be performed by a user without Administrator privileges In addition select Run as administrator when executing the installer program in Windows Vista Windows 7 Installation cannot proceed without Administrator privileges AN CAUTION In Windows Vista Windows 7 if UAC is enabled the install
91. led About ToolBox HA ToolBox Version A6 01 y 4 P Fetal eat mperature ContralMonitoring Modules Merson A010204_01 VSD Table A1 5 New and Updated Functions in ToolBox R6 Category Function Details ToolBoxR6 01 Entire functions Language Allows you to select the language mode selection of Toolbox Addition of The following sequence CPU modules sequence CPU are added modules F3SP71 4S F3SP76 7S ToolBoxR6 02 Operating Windows Windows Vista 64bit and Windows 7 environment Vista 64bit 64bit support is included in the operating Windows 7 64bit environment support IM 34M06Q31 02E 6th Edition Dec 2014 00 Blank Page A2 A2 1 Installing ToolBox This chapter describes how to install run and stop the FA M3 ToolBox for Temperature Control and Monitoring Modules or simply referred to as ToolBox in this manual Procedure for Using ToolBox gt A2 1 Operating Environment for ToolBox gt A2 2 Installing ToolBox gt A2 3 Connecting ToolBox and FA M3 System gt A2 4 Procedure for Using ToolBox Page Install the ToolBox software Configure ToolBox B1 4 Configure ToolBox by specifying project folders and perform communications setup Edit a project B2 1 Create and edit a project Check communications setup and connect to FA M3 B3 1 Check hardware and software setup for connecting to an FA M3 system and perform online connection B3 3 Dow
92. lling a filter or segregating the grounding system IM 34M06Q31 02E 6th Edition Dec 2014 00 vi Configure for CE Marking Conformance For compliance to CE Marking perform installation and cable routing according to the description on compliance to CE Marking in the Hardware Manual IM 34M06C11 01E O Keep spare parts on hand We recommend that you stock up on maintenance parts including spare modules in advance Preventive maintenance replacement of the module is required for using the module beyond 10 years O Discharge static electricity before touching the system Because static charge can accumulate in dry conditions first touch grounded metal to discharge any static electricity before touching the system O Wipe off dirt with a soft cloth Gently wipe off dirt on the product s surfaces with a soft cloth f you soak the cloth in water or a neutral detergent tightly wring it out before wiping the product Letting water enter the module interior can cause malfunctions Do not use volatile solvents such as benzine or paint thinner or chemicals for cleaning as they may cause deformity discoloration or malfunctioning O Avoid storing the FA M3 controller in places with high temperature or humidity Since the CPU module has a built in battery avoid storage in places with high temperature or humidity Since the service life of the battery is drastically reduced by exposure to high
93. load is o 1 2 3 4 5 6 lt L completed it is replaced by screen 8 Slot Select I O Configuration 0O F3LE01 TIP If you try to perform upload when a project is open a dialog box is displayed to confirm whether to close the currently opened project Clicking during uploading aborts the upload process F3Cx04 F3CU04 001 002 0031 005 006 0091 010 011 012 013 014 015 016 7 a K co Cancel Screen 7 6th Edition Dec 2014 00 IM 34M06Q31 02E a B6 1 3 When uploading completes click OK The Results of Uploading window will be displayed SEE ALSO For information on the messages on the result of uploading see Section B6 1 3 Messages on the Result of Uploading Save the uploaded data as a project file SEE ALSO For information on how to save uploaded data as a project file see Section B6 1 3 Saving Uploaded Data of the FA M3 ToolBox Manual B6 5 fim resus of Uploading Slot File Name Results of Uploading 005 FSCxX04S005 F3Cx 04 0N Execution completed successfully 006 FSCU04S006 F3CU04 0N Execution completed successfully CS xi A 1 Uploading has completed successfully Screen 8 Messages on the Result of Uploading The Results of Uploading screen may display one or more of the messages listed below Read the messages and take necessary actions if any Table B6 1 List of Messages on the Result of Uploading No
94. loops for which parameters are to be downloaded Click Download The Download dialog box is displayed during downloading When the download is completed it is replaced by screen 5 TIP Clicking during downloading aborts the download process xi Unit o lr Ja Ja Ja Js Je Slot Select 1 0 Configuration File Mame oor O rsPr 002 CI Erre ANI IEA EEN oo a o O Facua __test F3CU04 0N 006 Mi F3Cx04 _ test F3Cx04 0N te st3 fc 4 1 n F3C Module Cancel Screen 3 Loop 5 Loop ES Loop 7 TE Loop Eg P Loop 114 Loop 2 4 Loop 2 Loop 4 14 Cancel Screen 4 IM 34M06Q31 02E 6th Edition Dec 2014 00 B3 4 6 Click OK 7 The Results of Downloading window is displayed for you to verify the results of downloading SEE ALSO For information on the messages on the result of downloading see Section B3 2 4 Messages on the Result of Downloading For information on how to verify downloaded parameters see Section B4 2 Verifying Downloaded Registered Parameters of the FA M3 ToolBox Manual and Section B3 2 5 Messages on the Result of Comparison of this manual The CPU module must be in Stop mode before downloading can be performed When registered parameters are downloaded to an advanced function module the module is first put into Stop mode After downloading you can run the module again from the tuning window
95. minal selection 3 3 9 Select All Files in the Files of Type 94 Output terminal selection 4 4 Input output Parameters field All available files will be listed TTE Register Comment Preset Value 141 Control type selection 1 142 Input type selection 1 10 Double click the required file Its 143 Input range upper limit 1370 content will be displayed see 144 Input range lower limit 200 145 Decimal point position 1 Sample Content 5 146 Scaling upper limit 1370 147 Scaling lower limit 200 Sample Content 5 6th Edition Dec 2014 00 IM 34M06Q31 02E B7 5 Log File Data You can use Excel or other software applications to process the log data see screen 6 saved using the Action Monitor function SEE ALSO For information on how to save log data using the Action Monitor function see Section B4 2 3 Saving Monitored Data l Action Monitor 006 F3CU045006 F3CU04 0N Acquisition Time 12 15 11 23 43 44 y Top lt lt gt gt gt Current Setup Save Close Screen 6 1 Run Excel 2 Select File Open from the menu bar Screen 7 will be displayed TIP In screen 7 log data is saved in the My Documents folder Go to the folder where you have saved log data and select Text Files in the Files of Type field Double click the required CSV file The content of the file will be displayed see Sample Content 8 Double click the requi
96. n C1 1 1 Tables of Registered Parameters 6th Edition Dec 2014 00 IM 34M06Q31 02E B2 5 B2 2 1 Editing Registered Parameters controller parameter setup 1 Select the cell for a parameter you want to edit in screen 5 controller parameter setup gt The list box button will appear TIP For the temperature monitoring module the name of the screen will be Monitor Parameter Setup instead 33 Registered Parameters Edit F3CU045007 F3CU04 05 1 Controller parameter setup Specify frequency of FA M3 power supply 0 50 Hz 1 60 Hz o 7 FREQ Power frequency selection EA i as M2 Controller mode for loops 1 and 2 Controller mode for loops 3 and 4 2 Click the button to open a list box and select a desired value from the list SEE ALSO Detailed Setup Items Setup Properties Back 5 Next S Cancel Apply Help You may also directly key in a value in a cell Screen 5 For information on how to use a list box see Section B2 2 4 About Parameter Input Helper Screens 3 To edit a parameter that is not shown in the Simple Setup screen click to show the Detailed Setup screen Otherwise skip to Step 5 SEE ALSO You can define in the Environment Setup window which parameters to show in the Simple Setup screen For the procedure see Section B1 2 Configuring ToolBox 4 Selecta cell click the button to open a list box and select a de
97. ng PID control 3 Heating cooling on off control 1 0 type Input range Two input range a a 142 IN Inputtype selection gt Simple Setup Items Setup Properties Back s Next S Cancel Apply Help Screen 10 lx ToolBox Temperature Control and Monitoring Module Changing inputfoutpuk parameters All operation parameters will be initialized Continue E Cancel Screen 11 Tooinon x AN This action writes data to the EEPROM Continue Cancel 7 Do not display this dialog again To redisplay this dialog use Environment Setup Screen 12 IM 34M06Q31 02E 6th Edition Dec 2014 00 B5 12 SEE ALSO If the NBKUP parameter is set to 1 No backup screen 12 is not displayed See Section B5 3 3 Setting Not to Save Registered Parameters 9 Inthe operation Parameter Setup screen see screen 13 highlight a register you want to modify by clicking the relevant cell 10 Click the list box button and select a setting from a list box or specify a range SEE ALSO For information on how to use a list box see Section B2 2 4 About Parameter Input Helper Screens For information on how to use buttons on the screen see Section B2 1 3 Registered Parameter Setup Screens For information on registered parameters see Section C1 1 1 Tables of Registered Parameters 11 Click Finish gt Screen 14 will be displayed TIP
98. ng T00 Gala ereraa B4 9 IM 34M06Q31 02E 6th Edition Dec 2014 00 Index 2 saving manually oocccccconnnncccocncononcnnconanonnnnnnons B4 9 saving Monitored data ooooccnccccconncnncconunnnnnnnos B4 9 saving registered parameters to ToolBox B6 1 screen layout c oooccccccoccnnonocnnconononcnnoncononnaroncnnanenos B1 1 setup 100 eee IX simple SetUP ccoooccccccocconoconcnncnoncnnnnoncnnconanoncnnanens B1 5 simple Setup SCreenS cccseecceeseeeeeceeeeeeeneeeees B2 3 simple VIEW coocoooccccccnccnconocnnconononcnonarononnnnnncnnannnos B5 2 SP switching oocccccccccccccoonnccnnnncncnnnanncnnnnncnnononans B5 6 Splitting the graph area oocccccocccccccccnncononcnnnnnnoss B4 8 SAAT oerder bn B5 7 Srs UN DAT ARPA e E O un B1 2 ODA e E o o B5 7 T temperature control and monitoring modules IX temperature control and PID module A2 2 temperature monitoring module A2 2 e B1 2 OIDA a roer cdia B1 3 toolbar CUSTOMIZING occccccccncccoconcncconcnnccnanonnss B1 5 A APS viii ToolBox for temperature control and monitoring OCICS acesso picos A1 1 NOIA entonces toto de pola B5 1 A B5 3 UNID SOLD ancosuncinaaao dica nea a die sos can B5 4 U WIG AGING sessista ieia inainta B6 1 uploading from the CPU module B6 3 user CNVIFONMEN E occoccccnnccncnncnnononononcncnnnnnnnnannnnas B1 4 APP cos feeaeeeee A2 2 W Wide Fiel eierne E E A1 1 Z
99. nload parameters to FA M3 Download registered parameters from ToolBox to the FA M3 system Check FA M3 operation using action monitor B4 1 Run the FA M3 system to verify the registered parameter values produce the expected operation Adjust parameters using action test B5 1 Tune the registered parameters so that the FA M3 system operates as designed IM 34M06Q31 02E 6th Edition Dec 2014 00 A2 2 A2 2 Operating Environment Operating Environment for ToolBox The operating environment for ToolBox is shown below Table A2 1 Operating Environment Required applications CPU Memory Hard disk capacity Display Communications gt Printer Compatible advanced function modules Compatible CPU modules Specifications PC AT compatible Microsoft Windows 7 32bit 64bit Microsoft Windows Vista 32bit 64bit Microsoft Windows XP Microsoft Windows 2000 Professional Internet Explorer 5 01 or higher Pentium 133MHz or faster adequate for the operating system to run properly 32MB or more adequate for the operating system to run properly 200 MB or more available 800x600 dots or more 1024x768 recommended USB RS 232C Ethernet FL net Any printer compatible with the operating systems listed above and supports A4 printing FA M3 Temperature Control and PID Modules F3CU04 0S F3CU04 0N F3CU04 1S F3CU04 1N F3CU04 0G and F3CU04 1G FA M3 Temperature Monitoring Modu
100. ns come to the attention of the user please contact the nearest Yokogawa Electric representative or sales office E Safety symbols A Danger This symbol on the product indicates that the operator must follow the instructions laid out in this user s manual to avoid the risk of personnel injuries fatalities or damage to the instrument Where indicated by this symbol the manual describes what special care the operator must exercise to prevent electrical shock or other dangers that may result in injury or the loss of life Y Protective Conductor Terminal This terminal is to prevent electric shock Before using the instrument connect to the Protective earth Comply with the regulation of each country and route the line through the shortest path possible gt Functional Earth Terminal This terminal is for stable operation Before using the instrument be sure to ground this terminal SS Alternating current Indicates alternating current Direct current Indicates direct current 6th Edition Dec 2014 00 IM 34M06Q31 02E The following symbols are used only in the user s manual A WARNING Indicates a Warning Draws attention to information essential to prevent hardware damage software damage or system failure AN CAUTION Indicates a Caution Draws attention to information essential to the understanding of operation and functions Indicates a TIP Gives informa
101. nvalid dialog information processing file The ToolBox environment file may have been changed by a user Memory error Available memory is insufficient 4 NNN denotes either Controller Monitor Input Output or Operation 9999 denotes the number of the register in error For details on register numbers see Section C1 1 1 Tables of Registered Parameters For example the following error message may appear if downloading from ToolBox fails due to an error Input Output parameter 147 is invalid IM 34M06Q31 02E 6th Edition Dec 2014 00 B3 8 B3 2 5 Messages on the Result of Comparison The Results of Comparison window shows one or more of the following messages Confirm the displayed information and take action as necessary re B3 2 List of Messages on the Result of Comparison o ee eaaa oo No completed Comparison is successfully completed successfully The Stop button was pressed during downloading and Aborted downloading was aborted Failed to read NNN An error has occurred when uploading the NNN parameter is parameter 9999 being read Value mismatch for NNN There is a mismatch between the NNN parameter value in parameter 9999 ToolBox and FA M3 module There is a mismatch in the temperature control and monitoring module type between ToolBox and FA M3 The last 2 digits of the type may be different for example F3CU04 0N for TooBox but F3CU04 1N f
102. off control 208 336 464 93 221 349 477 hysteresis ata 413 613 818 jion Sonor o DoE ree aia aa 614 614 TGAN Cooina gain 82 210 308 266 95228 asi a79 os vo nse geen ws z6 476 616 816 108 Dead band 64 242 340 468 o7 ozs asa 481 gt pent ae ees O E O RO E 217 457 617 617 1POure cooing preset output 66 214 342 470 99 227 355483 COO 71 aa 421 om em 2se sapone or 215 943 471 100 228 e 4a gt 222 422 022 822 2A1 Alarm 1 preset vatue 08 216 344 472 101 229 357 485 50 103 156 208 223 423 623 823 2 02 Alarm 2 preset vatue 89 217 345 473 102 230 358 486 51 104 157 210 224 424 624 624 253 Alarm 3 preset vatue 90 218 946 474 103 231 359 487 52 105 158 217 225 425 625 625 244 Alarm 4 preset vue 91 219 347 475 104 232 360 486 53 106 159 212 226 426 626 826 2PB Proporionalband 92 220 348 a76 105 233 361 480 227 427 627 627 27 integraltime 93 221 349 a77 106 294 362 490 225 426 626 828 210 Derivative ime 94 222 350 a78 107 235963 481 229 429 629 829 20H Upperoutputiimt 95 223 351 479 108 236 364 492 A eet 231 431 031 831 2m8 Marualreset vaue 97 225
103. or FA M3 Invalid module type Communication server is The communication server is busy busy WideField3 may be communicating with FA M3 Dialog information is found to be damaged during online processing The ToolBox environment file may have been changed by a user 8 Memory error Available memory is insufficient 4 NNN denotes either Controller Monitor Input Output or Operation 9999 denotes the number of the register in error For details on register numbers see Section C 1 1 1 Tables of Registered Parameters For example the following error message may appear if downloading from ToolBox fails due to an error Input Output parameter 147 is invalid Invalid dialog information file TIP For details on how to perform comparison see Section B4 2 Verifying Downloaded Registered Parameters of the FA M3 ToolBox Manual 6th Edition Dec 2014 00 IM 34M06Q31 02E B3 9 B3 3 Downloading to CPU Module e Registered Parameters Downloaded to a CPU Module Registered parameters files downloaded to the CPU module are stored in its data file registers as shown below Table B3 3 Internal Data Registers a CPU Module Used Number of Data Number of Data File Registers Used Registers Used Parameters F3CU04 0S F3CU04 1S F3CU04 0N F3CU04 1N F3CX04 0G eS 0G 1G gt Controller monitor parameters _2 Analog output settings a II e I O and eae ESE for loops 1 2 Tot
104. ot available Logdata2 E ic C Log data 3 ia i i 3 Click Logdatad ot En e gt The graph area will be split into sub o C C e screens and data is displayed i Log data 6 e in C C accordingly as shown in screen 9 Log data 7 fe o dE o Log data 8 fe o o e Screen 10 6th Edition Dec 2014 00 IM 34M06Q31 02E B4 9 B4 2 3 Saving Monitored Data The Action Monitor function tries to acquire samples from an advanced function module at a fixed sampling period Depending on the communications conditions however samples may not be acquired exactly at the specified sampling period To compensate for any deviation in sampling timing the function may be set to correct sampled data with respect to correct sampling timing The Action Monitor screen displays such corrected data You can either save raw or corrected data as log data Other application programs may then be used to display the log data in graphs Log data may be saved in CSV format manually or automatically as follows Manually You can manually save a part of the log data by specifying a logging duration or a range of points Automatically You can set up the Action Monitor function to automatically save part of the log data by specifying a time and duration SEE ALSO You may use Microsoft Excel or other application programs to display these saved log data as graphs For details on the procedure see Section B7 2 Using Created Data Saving Manually
105. r medical equipment If so used it is the user s responsibility to include in the system additional equipment and devices that ensure personnel safety Do not attempt to modify the product To avoid electrical shock turn off the power before wiring This product is classified as Class A for use in industrial environments If used in a residential environment it may cause electromagnetic interference EMI In such situations it is the user s responsibility to adopt the necessary measures against EMI IM 34M06Q31 02E 6th Edition Dec 2014 00 IV E Exemption from Responsibility Yokogawa Electric Corporation hereinafter simply referred to as Yokogawa Electric makes no warranties regarding the product except those stated in the WARRANTY that is provided separately Yokogawa Electric assumes no liability to any party for any loss or damage direct or indirect caused by the use or any unpredictable defect of the product E Software Supplied by the Company Yokogawa Electric makes no other warranties expressed or implied except as provided in its warranty clause for software supplied by the company Use the software with one computer only You must purchase another copy of the software for use with each additional computer Copying the software for any purposes other than backup is strictly prohibited Store the original media that contain the software in a safe place Reverse engineering such as decompiling of
106. rcuit power source or a Class 2 power source O Refer to the user s manual before connecting wires Refer to the hardware user s manual or the applicable user s manual for the external wiring drawing Refer to A3 6 5 Connecting Output Devices in the hardware user s manual before connecting the wiring for the output signal Refer to A3 5 4 Grounding Procedure in the hardware user s manual for attaching the grounding wiring IM 34M06Q31 02E 6th Edition Dec 2014 00 viii E Waste Electrical and Electronic Equipment WEEE Waste Electrical and Electronic Equipment WEEE This directive is only valid in the EU This product complies with the WEEE Directive marking requirement The following marking indicates that you must not discard this electrical electronic product in domestic household waste Product Category With reference to the equipment types in the WEEE directive Annex 1 this product is classified as a Monitoring and Control instrumentation product Do not dispose in domestic household waste When disposing products in the EU contact your local Yokogawa Europe B V office E How to dispose the batteries This is an explanation about the new EU Battery Directive DIRECTIVE2006 66 EC This directive is only valid in the EU Batteries are included in some modules of this product The procedure is different when the user can remove or cannot remove Batteries the user can remove The bat
107. red CSV file Go to the folder where log data is saved Se Removable Disk F fs v Tools Y ToolBox Aw ykeccatalog MY fabe csv Favorites 5 A File name o My Network Places Files of type Text Files prn txt csv y Cancel Screen 7 Select Text Files or All Files in the Files of Type field IM 34M06Q31 02E 6th Edition Dec 2014 00 B7 6 5 Specify the data range to be displayed In this example data range A6 to D40 for two loops is specified Log data point number Logged date Register number upper limit and lower limit Sample Content 6 6 Select Insert Chart from the menu bar 7 Inthe Standard Types tab select Line as a chart type select a chart sub type and click Finish 6th Edition Dec 2014 00 IM 34M06Q31 02E The log data will be displayed as a chart see Sample Display 9 Log data 1 8 Seriesl A Series Of 275 475 6 T S 9 ON Y1 05 Ae r eo Sample Display 9 for log data A B E D E on a A 1 Comp 2 eee 19 16 2003 15 34 3 5 0x000000FF 4 328 2498 2 328 2498 3 328 2498 4 5 Point numbkr Acduisition time 1 PV 1 2 PV PY 4 T FREQ 1 SPNO 2 RUN STL3 ERR STL 6 0o 14 16 2003 15 31 278 9 2639 3 2639 3 2639 3 0 1 6912 0 T 1 19 16 2003 15 32 303 9 2639 3 2639 3 2639 3 0 1 6912 0 8 2 12 16 2003 15 32 328 8 2639 3 2639 3 2639 3 0 1 6912 0 9 3 12 16 2003 15 3
108. ror conditions that may occur with a module are System data error A D converter error calibration value error RJC error controller or I O parameter error and EEPROM error SEE ALSO For details on module errors see the User s Manual for Temperature Monitoring Module or Temperature Control and PID Module ALM lamp 1 Click the Check button in the Tuning Check button screen The Error Status screen will be d S p aye d r Tuning 006 F3CU045006 F3CU04 0N Sampling Es M RUNJAUTO cas RMT ExPV EXOUT E A Py CSP 328 HOUT COUT HBCa HBCb PIDNO 1 CSPNO 1 AT STUS ae gt Py CSP COUT n za Start T fs Top mar lt gt gt gt Current A M C mu SPNO mouT oo INSEL MOUTC 0 0 EXPW PV mn EXPV 328 02 EXRJC m EXOUT OUT f0 Nomalc y exouT 003 Asp 32803 Simple View Save Tuning Setup Close 2 Check for any error or alarm condition on the Error Status screen Module errors if any of these errors are detected the ALM lamp on the Tuning screen turns red Error 5tatus 004 F36U04500 0 F36U04 15 System data error AD converter error Calibration value error RJG error Alarm 1 generated Alarm 2 generated Alarm 3 generated Loop Burnout or error detected Loop 1 Loop 2 The statuses of alarms as Displays the number of write TIP defined by operation parameters operations to the EEPROM The EEPROM write operation counter is displayed only for F3CU04 0S
109. s The Show command is available only when one or more columns are hidden B2 11 Click Edit Highlight a cell 246 Tod 5E Madue Bata Regivhered Paranechers Edil P0042 FSC Oe al j xj Ple Edi Project view Online DebugiMaintenance Toole windi hap Va o2 aae Bee es F30 04 05 E ala xj Screen 19 Select Set to Default Value Click View Highlight a column of cells by clicking the column title pe Tello E AAA li lA 10 xi vene CCA EEE ra eh FSCO S00 ESCUIA 0 i all x ahg 4 J i Cancel ipp lp i ack Fri H Le Screen 20 Click Hide IM 34M06Q31 02E 6th Edition Dec 2014 00 B2 2 5 B2 12 Changing Module Type of a Parameter File You can change the module type of an existing registered parameter file created previously for use with another temperature control and PID module or temperature monitoring module Select Project Change Module Type from the menu bar The Select File dialog box is displayed TIP You can also select a registered parameter file whose module type is to be modified from the Project window and then select Change Module Type from its right click pop up menu Select a registered parameter file whose module type is to be changed and click Select The Change Module Type dialog box is displayed Select a module type to be changed and click Select TIP Selectrie 21 x Select
110. s the oe type selection Ei incorect i i v Input type selection Input filt contents of the simple setup screens will be the Input Range Setting aroan as ban same as those of detailed setup screens 7 Input range output limit TT Broken line bias 1 FT Input range lower limit Decimal point position E Scaling upper limit E Scaling lower limit r a T Scaling decimal point positi T Click OK when you have fin ished E spa es al setup e TIP Clicking Default reverts to default values O Broken line input 2 E Broken line bias 2 DO Broken line input 3 F Broken line bias 3 E Square root extraction Or Low cut Cancel Default Help Screen 5 SEE ALSO For details on parameters to be displayed in the Simple Setup screens see Section C1 1 1 Tables of Registered Parameters IM 34M06Q31 02E 6th Edition Dec 2014 00 Blank Page B2 1 B2 1 Selecting a Project This section describes how to select a project and how to open the registered parameter edit window B2 1 1 Selecting a Project 1 Run ToolBox 2 Select File Open Project from the menu bar gt Screen 1 will be displayed 3 Select a project folder and either open Project double click it or click Open Screen 2 will be displayed Screen 1 4 Selecta project and either double click it or click Open gt Screen 3 will be displayed Screen 2 IM 34M06Q31
111. see Section B7 1 Printing Created Data of the FA M3 ToolBox Manual Printing Registered Parameters 1 Run the ToolBox and open a project 2 Open the Registered Parameters Edit screen 3 Select File Print Screen from the menu bar Screen 1 will be displayed 4 Specify whether all or some Prit x parameters are to be printed Printer TIP Fax If you want to print data for only some of the modules click the radio button next to Some Modules click Browsel and specify the modules for which parameters are to be printed Detailed Setup Print Preview Page Setup Parameter Configuration I Registered parameters All parameters C Some modules Arase 5 Click to preview the printout Screen 1 IM 34M06Q31 02E 6th Edition Dec 2014 00 B7 2 6 Confirm the name of the selected printer and click OK Parameters will be printed see Printout ee eee 2 ms guage en Mumber of loope 4 loops TIP Conteollers Honitor Parameters A ees armor me Input sampling period 1 200 ma locpa 1 HD12 Controller mode for Loogd Teo single Loops Each registered parameter item file name and other table entry is printed on a line If a line is too long it will be truncated Ee ea e j ee a2 HD2 4 Contreoller meda For loca Teo single Loops EE COTSELI Output terminal selectidl Heating cutput 1 HE COTSE
112. shows a button for opening a list box or an input helper screen This section describes how to use the list box and the parameter input helper screen You can also use the Edit menu on the menu bar to set a highlighted cell to the default maximum or minimum value or hide or show a highlighted column of cells Using the List Box 1 Ina parameter setup screen highlight a cell to be edited 2 Click the button to open a list box and select from the list 33 Registered Parameters Edit F3CU045002 3CU04 0N Highlight a cell Y Click the button A Select from the list 1 Controller parameter setup Define controller mode for loops 1 and 2 0 BotNoops in single loop kontrol 1 Two inp changeover control loop 1 for lower and loop 2 foNhigher temperature 2 Cascade contlol 3 Loop 2 in single loop control loop 1 disabled 4 Bth loops disabled CA EA Y 81 FREQ Powerfequencyselectin M Y y J Controller mode for loops 1 and 2 0 Two single loops v T Controller mode for loops 3 and MEDEA 4 1 Two input changeover control 2 Cascade control 3 Single loop odd numbered loops disabled 4 Both loops disabled Detailed Setup Items Setup Properties Back s Next S Cancel Apply Help Screen 11 Using the Parameter Input Helper Screen In the parameter input helper screen you may directly key in a number or select a value using the mouse or keyboard
113. sired value from the list or specify a desired range 5 Click Next Initialization Confirmation x Screen 6 will be displayed Changing controller monitor parameters LO parameters and operation parameters will be initialized TIP Continue IF you select Initialize or Don t Initialize This screen is not displayed if no parameter has changes will be saved to file and cannot be reverted been modified Oe Initialize Cancel 6 Click or to initialize or to not initialize the screen 6 parameters on subsequent setup screens The I O Parameter Setup screen screen 7 will be displayed TIP The registered parameter file is updated IM 34M06Q31 02E 6th Edition Dec 2014 00 B2 6 B2 2 2 Editing Registered Parameters I O parameter setup 1 Select the cell for a parameter you want to edit in screen 7 I O parameter setup gt The list box button will appear 33 Registered Parameters Edit F3CU045007 F3CU04 05 2 1 0 parameter setup Select control type for loop 1 0 PID control 1 On off control 2 Heating cooling PID control 3 Heating cooling on off control 2 Click the button to open a list box and select a desired value from the list SEE ALSO For information on how to use a list box see Section B2 2 4 About Parameter Input Helper Screens 141 DOT Controltype selection i 142 IN Input type selection ease oem wwe tt tae ae
114. splay communications processing IM 34M06Q31 02E 6th Edition Dec 2014 00 A1 4 A1 2 2 Differences between ToolBox R3 and ToolBox R2 This subsection describes differences in functions between ToolBox R3 and ToolBox R2 SEE ALSO For details of individual functional differences see sections given in the See Also column in Table A1 2 TIP To confirm the software version of ToolBox R3 select Help About ToolBox from the menu bar A dialog box as shown below appears Verify that the version is displayed as R3 xx The version of ToolBox is determined by the version of the module installed About ToolBox he i x ToolBox Version R4 01 odule s installed M le 2 Control and Monitoring Module Copyright C 2004 YOKOGAWA Electric Corporation All rights A010202_01 VSD Table A1 2 New and Updated Functions in ToolBox R3 CPU New sequence New sequence CPU types are added A2 2 Operating ES together with their specific functions Environment for ToolBox B1 1 1 Screen Layout Online USB Allows connection of ToolBox to FA M3 A2 2 Operating communication using USB with support of all the same Environment for ToolBox functions available when connected using A2 4 Connecting other communications medium ToolBox and FA M3 Parameter edit Items Setup A button is added to the parameter edit window for opening a screen to select the parameter items to be displayed in simple setup view Parameter Backgroun
115. t page no and last page no to be printed Printer Setup TP Specity Pages First to Last Close If you want to print data for only some of the modules click the radio button next to Some Screen 3 Modules click the displayed button and specify the modules for which data is to be printed 4 Click to preview the printout 6th Edition Dec 2014 00 IM 34M06Q31 02E B7 3 5 Confirm the name of the selected printer and click OK Data will be printed see Printout 4 TIP Each registered parameter item file name and other table entry is printed on a line If a line is too long it will be truncated Projet Mame ME Meda lr Data Title created on AS LS GS Sh 47 CPO Trae gt PORPOT 6 Parameter Confini ation Date ong Pocoateo DE YPOPLOL O ee ZUT DELL o0 PSG so 07 YPOPLOS O EEE 200705430 ptr Peek 08 TPOPLLL O ec BOOT AEF ES Plot Mo a Details Fils mame FENDAR FNF LOL Title bio del gt FONDO GPW Area For Fontroll rMenitor Farameters CPW Area For Anale Cutout Parametrrs Ton t TAS Prrraticn Parameters Paramsters Oneration Fara tors PIOSGP PFarameters DL DO LL IE AE Dse0 DsaT Dope LO NS o DLO L Lot SPO Area Dl4a6 Der LaS D Liz Lo L55 L a E DEBT Plot Mo L Details File name FOOsO4s00T YPYF LOS Title bie deL gt FHAN Detailed satun act don 7 Flot Hno LL Details Fil name FSEXDdARDOS TPOPLLL Titl Me del PSG O4 Ot
116. t terminal selection 8 Pete TIP Shaded rows indicate parameters displayed in the Simple Setup screen by default Parameters with no default value indicated for a module are unavailable in that module IM 34M06Q31 02E 6th Edition Dec 2014 00 C1 2 Output Preset Values No Symbol Description Output preset value 1 AOUT2 Output preset value 2 AOUT3 Output preset value 3 AOUT4 Output preset value 4 66 AOUTE Output preset value 6 68 Acura Output preset value 8 I O Parameters Data Range Default Value F3CU04 0S 0G 500 to 10500 5 00 to 105 00 Input Output Type Parameters Default Value ee Description Data Range FSCU04 0S j FSCUOMAS on FCUO4 ON FSCUOLIN S koog F3CU04 0G F3CU04 1G Control type selection available only for even Sead loops if two input changeover or cascade control mode is 0 PID control 1 On off control 2 Heating cooling PID control 3 Heating cooling on off control selected 142 342 542 742 Input type selection See the Instrument Range and Accuracy table in the User s Manual for individual modules Input Range Parameters 149 EN 549 Scaling upper limit Scaling lower limit Scaling decimal point position Accuracy table in the User s Manual for individual modules 30000 to 30000 Others RH Others RH Others RH changeable only for DCV input type otherwise fixed to RH
117. temperatures take special care storage surrounding air temperature should be from 20 C to 75 C There is a built in lithium battery in a CPU module which serves as backup power supply for programs device information and configuration information The service life of this battery is more than 10 years in standby mode at room temperature Take note that the service life of the battery may be shortened when installed or stored at locations of extreme low or high temperatures Therefore we recommend that modules with built in batteries be stored at room temperature O Always turn off the power before installing or removing modules Failing to turn off the power supply when installing or removing modules may result in damage O Do not touch components in the module In some modules you can remove the right side cover and install ROM packs or change switch settings While doing this do not touch any components on the printed circuit board otherwise components may be damaged and modules may fail to work O Do not use unused terminals Do not connect wires to unused terminals on a terminal block or in a connector Doing so may adversely affect the functions of the module 6th Edition Dec 2014 00 IM 34M06Q31 02E vii O Use the following power source Use only F3PULT1L 1 L 1 as the power supply module If using this product as a UL approved product for the external power supply use a limited voltage current ci
118. tems Setup Properties Backis Finish Cancel Apply Help Screen 13 Toolbox NS AN This action writes data to the EEPROM Continue Cancel Do not display this dialog again To redisplay this dialog use Environment Setup Screen 14 B5 13 B5 3 3 Setting Not to Save Registered Parameters If the NBKUP parameter is set to 1 No backup when you perform a parameter adjustment or modify parameters on a parameter setup screen ToolBox displays the following message And the parameter values are not saved to the EEPROM in the module Modify the setting of the NBKUP parameter when needed ToolBox Temperature Control and Monitoring Ma x MBKUP parameter is set to No Backup to not save registered parameter values to the EEPROM Since parameter values are not sawed to the EEPROM all data changes will be lost once power is switched off Continue Cancel B5 3 4 SP Backup When registered parameters are written in the module a backup function of the module works and the parameter data is backed up in the internal EEPROM Whether or not to back up SP set point values depends on the specified NBKUP parameter and module types as shown in the table below F3CU04 0S F3CU04 0N F3CU04 1S F3CU04 1N F3CU04 0G F3CX04 0N F3CU04 1G F3CX04 0G ee a Backed up to EEPROM Backed up to EEPROM at download E Not backed up to EEPROM Backed up to EEPROM at parameter adjustment PONET omen
119. terminal selection n 94 OUTSELA Outputterminal selection AR o5 OUTSELS Outputterminal selection S 96 OUTSELS Output terminal slecton sO o7 OUTSELT Output terminal selection A os OUTSELE Outputterminal selecton vO Output Preset Values F3CU04 0S F3CU04 1S Symbol Description F3CU04 0N F3CU04 1N rca F3CU04 0G F3CU04 1G Ter on opa Pep 64 aouta Output presetvaue 4 es AOUTS Outputpresetvaues 2 66 AoUTE Outputpresetvaue6 a or aout Outputpresetvaue7 a ee routs Outputpresetvaues s 6th Edition Dec 2014 00 IM 34M06Q31 02E C1 9 I O Parameters Input Output Type Parameters F3CU04 0S F3CU04 18 ae F3CU04 0N F3CU04 1N um ae ne Description ea 0G ie E 1 2 3 ree a aia UE SU raz sae 42 742 IN input ype socion 14 270 see 2r 155 205 art olas Input Range parameters rae 346 546 746 SH Scaling upper it 18 146 274 a02 31 150 287 ars 13 66 119 172 postion P 20 148 276 404 39 161 289 417 15 68 121 174 compensation 21 149 277 405 34 162 290 ats 16 69 122 175 Two input Range Parameters available only in two input changeover mode 160 asa 560 e Coenen ne IM 34M06Q31 02E 6th Edition Dec 2014 00 C1 10 Operation Parameters SP related Parameters F3CU04 0S F3CU04 1S F3CX04 0N F3CU04 0N F3CU04 1N F3CX04 0G
120. tery of F3RP6L can be removed by yourself When you remove the battery from F3RP6L and dispose it discard them in accordance with domestic law concerning disposal See the User s Manual of F3RP6L for the removal procedure Take a right action on waste batteries because the collection system in the EU on waste batteries are regulated If you don t remove the battery from this product please see Batteries the user cannot remove Dispose the battery together with this product When you dispose this product in the EU contact your local Yokogawa Europe B V office Do not dispose them as domestic household waste Battery category Lithium battery A Note With reference to Annex Il of the new Battery Directive 2006 66 EC the above symbol indicates obligatory separate collection 6th Edition Dec 2014 00 IM 34M06Q31 02E Introduction E Overview of the Manual This user s manual is for the FA M3 ToolBox for Temperature Control and Monitoring Modules simply ToolBox in this manual It describes how to set up parameters of the monitor and debug the temperature control and monitoring modules perform operation tests as well as monitor and debug the modules For enquiries please contact the store where you purchased the product or the nearest Yokogawa sales offices listed at the back of this manual We recommend using this manual together with the operation manuals of your computer or printer as required E Structure
121. tion that complements the present topic SEE ALSO Indicates a SEE ALSO reference Identifies a source to which to refer E Safety Precautions when Using Maintaining the Product For the protection and safe use of the product and the system controlled by it be sure to follow the instructions and precautions on safety stated in this manual whenever handling the product Take special note that if you handle the product in a manner other than prescribed in these instructions the protection feature of the product may be damaged or impaired In such cases Yokogawa cannot guarantee the quality performance function and safety of the product When installing protection and or safety circuits such as lightning protection devices and equipment for the product and control system as well as designing or installing separate protection and or safety circuits for fool proof design and fail safe design of processes and lines using the product and the system controlled by it the user should implement it using devices and equipment additional to this product f component parts or consumable are to be replaced be sure to use parts specified by the company This product is not designed or manufactured to be used in critical applications which directly affect or threaten human lives and safety such as nuclear power equipment devices using radioactivity railway facilities aviation equipment shipboard equipment aviation facilities o
122. ttern E aa Pattern gt Pattern O 6th Edition Dec 2014 00 IM 34M06Q31 02E B1 3 e Toolbar The toolbar shows the icons of frequently used commands for easier access These commands can also be selected from the menu bar e Window List Bar The Window List Bar displays a list of icons for windows that are displayed in ToolBox ES Registered Parameter ty Position Datal FSNCS25 00 M Parameters Adjuetment O0 eet Action Monitor O02 test F e Action Status Bar The action status bar shows the operating status of the FA M3 system primarily the CPU module GY RUN ALM ERR WF SAMPLE 165 steps STOP 04d ma LEY Stop RUM mounted SEE m AN CAUTION The display of the action status bar is not updated when the monitor is suspended or when uploading is being performed using WideField3 To update the display of the action status bar resume monitoring or wait for uploading to complete e Status Bar The status bar indicates the status of ToolBox Ready Connect USB 1 F35P67 65 Zz SEE ALSO For details on the information displayed in the menu bar toolbar action status bar and status bar see Section B1 1 ToolBox Operation Screen of the FA M3 ToolBox Manual IM 34M06Q31 02E 6th Edition Dec 2014 00 B1 4 B1 2 Configuring ToolBox B1 2 1 Setting Up User Environment The section describes how to define the folder for storing project files contents of the toolbar
123. uicioncoiocess nioninaceninida necia detecten A1 1 A1 2 New and Updated FunctiONS ccconnnnnccconnccnccccnncnnoncnnnnannonnnnanannonnnnananos A1 3 A1 2 1 Differences between ToolBox R2 and ToolBox R1 A1 3 A1 2 2 Differences between ToolBox R3 and ToolBox R2 A1 4 A1 2 3 Differences between ToolBox R4 and ToolBox R3 A1 5 A1 2 4 Differences between ToolBox R5 and ToolBox R4 A1 6 A1 2 5 Differences between ToolBox R6 and ToolBox R5 A1 7 A2 INSTalliMd TOOIBO aiii tas A2 1 A2 1 Procedure for Using ToolBOX occccoonnnnccccnnccncocccnncancononnnaancorennanannnnnnnnnns A2 1 A2 2 Operating Environment for TOOIBOX ccooomonnnncccccccnnnccannconcnonanannnnnnnnnnnas A2 2 A23 INSTallIMG TOOMBOX reinu cc A2 3 A2 4 Connecting ToolBox and FA M3 System cccseeeeessesssssseeeeeeeeeees A2 5 Part B Operation Manual BI USMO POON O oriin eee ees se EEE coda B1 1 B1 1 ToolBox Operation Screen ccseeeeesesssssssseeeeseeceenseeeeeseeeeeseneeeeees B1 1 BLET SCKECMRAV OUT emnsnscasda anida B1 1 B1 2 COMMGUING TODIBO cristo B1 4 B1 2 1 Setting Up User EnvirONnMeNt oocccccncccccccnnccnnnncccnonnncnnnnncnnnnnnos B1 4 B2 e 1100008 a Pro Osio B2 1 B2 1 Selec ng a Pro lin ii daa B2 1 B2 1 1 Selecting a ProjeCt ooccccccccccooocnnnccnnnnccnonononnnnnnnnnonannncnnnnnonononano B2 1 B2 1 2 Opening the Registered Parameter Edit Window
124. ults of Downloading window is displayed for you to verify the results of downloading SEE ALSO For information on the messages on the result of downloading see Section B3 2 4 Messages on the Result of Downloading For information on how to verify downloaded parameters see Section B4 2 Verifying Downloaded Registered Parameters of the FA M3 ToolBox Manual and Section B3 2 5 Messages on the Result of Comparison of this manual The CPU module must be in Stop mode before downloading can be performed When registered parameters are downloaded to an advanced function module the module is first put into Stop mode After downloading you can run the module again from the tuning window Downloading to All Modules of a Project Download Project Slot Select 1 O Configuration _ File Name 00t O F3sP28 o 002 O Fen F3Cx04S004 F3Cx F3CX045005 F3Cx CPU Module Cancel o E E IE L o w Ds Screen 9 RE Slot File Name Results of Downloading 006 F3CxD4S005 F3CxD4 0N Execution completed successfully Gi Downloading completed successfully Screen 10 6th Edition Dec 2014 00 IM 34M06Q31 02E B3 2 3 B3 2 4 B3 7 Downloaded Registered Parameters Created registered parameters are downloaded to the registers of the temperature control and monitoring modules as follows Parameters for control Tool Box and monitoring Analog o
125. utput settings Setup control parameters Controller monitor parameters Operation control parameters Download cr Analog output settings Controller monitor parameters A gt I O parameters m m a a a a g Internal registers I O parameters Setup parameters Edited registered parameters e e e nj Setup Operation parameters PID parameters parameters PID o ee parameters Messages on the Result of Downloading The Results of Downloading window may display one or more of the following messages Read the messages and take necessary actions if any Table B3 1 List of Messages on the Result of Downloading Description 1 FXOCUUON pe Downloading is successfully completed successfully gt Aborted The Stop button was pressed during downloading and downloading was aborted a til dis The NNN parameter value is beyond the upper or lower limit 4 Failed to write NNN An error has occurred when the NNN parameter is being 4 1 parameter 9999 written There is a mismatch in the temperature control and monitoring module type between ToolBox and FA M3 The last 2 digits of the type may be different for example F3CU04 0N for TooBox but F3CU04 1N for FA M3 Invalid module type Communication server is The communication server is busy busy WideField3 may be communicating with FA M3 Dialog information file was found to be damaged during online I
126. utton in the Interval Correction area Yes Sampled log data is corrected with respect to correct sampling timing before output for easier subsequent display in graphs No Sampled log data is output without correction 6 Checkmark the data to be output in the Output Data area 7 Specify the folder for saving log data files and enter the common file name prefix for log data files TIP File names are automatically assigned to log data files as follows Supposing that automatic saving starts at 15 40 July 1 2005 the file name will be common file name prefix _0507011540 csv The full pathname of the exported CSV formatted file must not be longer than 254 bytes Click Savel The log data will be automatically saved in files IM 34M06Q31 02E 6th Edition Dec 2014 00 Blank Page B5 B5 1 B5 1 Adjusting Registered Parameters Using Action Test This chapter describes how to adjust registered parameters using the Action Test functions while running temperature control and monitoring modules Action Test Flow gt B5 1 Action Test Tuning gt B5 2 Action Test Parameter Adjustment gt B5 3 Action Test Flow The Action Test feature allows for online modification of the registered parameters of temperature control and monitoring modules while running the modules Action Test consists of two functions Tuning and Parameter Adjustment Action Test Tuning With the Action Test
127. xemalnomataupar n fso fen o 7o o rise Pio ana sP raare arames MEA ETT A our menaces o n EXRJC EXRJC temperature Not available with the temperature monitoring module e Tuning Setup Screen Clicking in the Tuning screen see screen 1 displays the Tuning Setup screen see screen 3 for setting the sampling period and the colors of graph lines and indicators Select graph line type from Specify the sampling period solid broken dotted chain and Specify the color of an default is 5 s dotted indicator Tunma Setup X Sampling Fers Specify the color of is 2s 8 Bs qu mn yh graph lines Line Line type Indicator Py Solidin Y y E cor MM ei gt Default Cancel Screen 3 Default Tuning Settings Line Indicator TIP Process value OE Solid line Green Clicking Default resets all settings to their Control set point Solid line default 9 m9 control lt eouT Solid line output setting 6th Edition Dec 2014 00 IM 34M06Q31 02E B5 5 B5 2 2 Running and Stopping a Module e Running a Module nl Tuning 006 F3CU045006 F3CU04 0N 1 Inthe Tuning screen see screen 4 Sampling RUNG cas RMT ExPv ExOUT Mlllmercar jale Check click to run the module te pia ajajaj eja pour The screen will change to screen 5 ae HF HOUT 0 0 0 0 TIP The Run button changes to the Stop button when a module is running Remote Start AT p Top lt lt lt gt gt

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