Home

GX LogViewer Version 1 Operating Manual

1. ocess a Hm LIE Operating procedure Select Graph View gt Graph Highlight Thickening graph line Thicken the line of the selected trend graph lt Regular line gt lt Bold line gt 12 08 27 12 08 37 12 08 47 120857 12 08 27 12 08 37 12 08 47 12 08 57 Operating procedure Select Graph View gt Bold line 4 8 USING TREND GRAPH FUNCTION 00 8 7 Changing Graph Appearance 8 8 Registering and Reflecting Graphical Display Settings of Trend Windows By registering the display information of a graph being displayed including graph line color type upper lower limit display value display items in graph area highlighted display bold display display status of graph legend area as graphical display settings it can be reflected to other trend windows 1 The setting information in the language selection setting is excluded For the target items of graphical display settings refer to the Point in the following sections 3 Page 76 Operating Trend Graphs 3 Page 94 Changing Display Items in Graph Area 3 Page 98 Changing Graph Appearance Registering graphical display settings Window Select Graph View gt Register Graphical Display Settings Register Graphical Display Settings Location C9 Graphical Display Settings Folder Preview Graphical Displ
2. pa x Title bar I File View Event Online Tool Window Help amp Xx 5 BBa amp 8 3 BZ 3 BE FA Y 2 190006 UMM gt Re e 8 Oas Pate No EventLoggngName Status Comment onitoring Data gt 177772014 18 01 12 000 002 Voltage enor Restoration D2oo7z77 D2007 83 177772014 18 01 10 000 00 Sensordetectederor 0 Restoration D2005 3 4 177772014 18 01 07 000 002 Voltage error 0 Restoration D2007277 1 Event list Sensor detected error 0 Restoration 102005 5 Sensordetected enor 0 Restoration D2005 5 Sensor detected error D2005 4 Sensordetected enor 0 Restoration D2005 5 D2005 4 ensor detected error 0 Restoration 102005 5 D2005 4 Sensor detectedenor 0 Restoration D2005 5 D2005 5 Sensordetectedenor 0 Restoration 102005 3 D2005 5 Sensordetectedenor Restoration D2005 3 D2005 4 177772014 18 00 13 000 001 Sensordetectedemor Restoration D2005 5 D2005 5 D2003 36 177772014 18 00 10 000 001 Sensordetectedemr 0 Restoration D2005 3 7 7 2014 18 00 08 000 003 Rotationspeederor 0 Restoration D20n3 28 D2003 32 D2005 4 177772014 18 00 02 000 02 002 Voltage error 0 Restoration D2007 74 77772014 18 00 01 000 002 voltage enor __ mmn 1 Occurence et D2007 81 m Status bar Up to 2000 realtime events of data is displayed Title bar Historical event list logging file names
3. 31 Graph area 2 222222 55 57 94 T Graph legend area 55 Graph properties 98 99 Time interval plot 96 104 Grid aooaa uaaa aa a a a a a 96 Time scale label 2 2 222mm 57 97 Transfer setup 46 47 50 H Transparent function aoaaa aaa 21 Historical event list 108 112 U Historical trend graph 52 60 I Host address 2 00 eee eee 25 Unicode text file 002000008 128 Upper lower limit display value 84 i I F board 2 2 aaa 21 Image file Aa 144 147 ie SEE 58 80 Mn 105 IP address 17 23 25 46 49 51 J JUMP CUFSOF sa nun om one eee ie ew nn 80 L Language 2 0c eee eee eee 97 116 161 MEMO 162 REVISIONS The manual number is given on the bottom left of the back cover January 2010 SH NA 080915ENG A Due to the transition to the e Manual the details of revision have been deleted to to September 2013 SH NA 080915ENG J June 2014 SH NA 080915ENG K Complete revision layout change October 2014 SH NA 080915ENG L MAdded or modified parts Chapter 3 Section 5 2 Section 5 4 Section 6 1 Section 8 1 Section 8 2 Section 8 3 Section 11 1 Section 11 3 Section 12 2 Appendix 2 January 2015 SH NA 080915ENG M MAdded or modified parts TERMS Section 5 4 Section 8 2 Section 8 3 Section 8 5
4. 0 cc eee eee ees 89 8 6 Changing Display Items in Graph Area 0 00 ces 94 Displaying Multiple cursor a20 1s Fahad a ahha Dha haaa Beda bade kerk bade bates en bead 94 Displaying cursor labels 2 24 a 48259ie28 e0n HE tet ee eens bebwh thew eueduasdbesevernudac 95 Displaying data names swa a wu au eee ot heey eee ede hoes eeu Bevo sd DEAL YG eee dere 95 Displaying grid fc cease ob oe ake oe ee an eee eae eee oe See Lene ae ws wees ates 96 Switching graph plot format ee eee rn rn rn ene 96 Changing display of time scale labels ccc ene eee 97 Optimizing the display language of data names 0 eee tees 97 8 7 Changing Graph Appearance aaah soccedaueashs einarbeiten three 98 Changing color and type of graph et eee eee eee eens 98 MOMONING Clap se os Geese e Gees nenn AA 100 WAIGKCTING Kol es so RENEE EE ee ea ANDA NGA NGA eee NA ka 100 8 8 Registering and Reflecting Graphical Display Settings of Trend Windows 005 101 8 9 Reflecting Graph Display Automatically When Opening File 0 00 vnr rann nur 103 8 10 Initializing Graph Display u a a a ae AA wa 103 8 11 Graph Display for Missing Data or Time Reversed Data nn 104 8 12 Displaying Abnormal Graphs axauauru narr rann rann nn nn nenne nenn 105 CONTENTS 8 13 Handling BCD Type Incorrect Values 00 nn nn nn nennen 106 CHAPTER 9 USING EVE
5. Last column Trigger information column 1st column Index column 2nd column and later Data column Last column Trigger information column MData name row 2nd column and later Data column Trigger information column 1 is output for trigger ON string 2 Only terminal name is displayed in some cases File type of output file Fixed value LOGGING Version of output file LD40PD01 Version number Example LD40PD01 1 Number indicating the data type information row Fixed value 2 Number indicating the data name row Fixed value 3 Starting number of data rows Fixed value 4 Index column Fixed string INDEX Data type of sampled data Output format Data type output string Additional information Page 144 Data type output string Fixed string TRIGGER trigger ON string Title of the Index column Fixed string INDEX Title of the Data column Output format Block name Terminal name 2 Title of the Trigger information column Fixed string Trigger Value of index Output format Integer value Value of terminal Output format Value corresponds to the type in the data type information row Information at trigger generation 3 When the data whose indexes are not output is saved to a CSV file the indexes with starting from 1 are automatically output 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data 143 MData type output string 16bit BCD BCD16 BCD16 DEC 0 32bit BCD BCD32 BCD
6. 1 Mitsubishi programmable controller the PRODUCT shall be used in conditions i where any problem fault or failure occurring in the PRODUCT if any shall not lead to any major or serious accident and li where the backup and fail safe function are systematically or automatically provided outside of the PRODUCT for the case of any problem fault or failure occurring in the PRODUCT 2 The PRODUCT has been designed and manufactured for the purpose of being used in general industries MITSUBISHI SHALL HAVE NO RESPONSIBILITY OR LIABILITY INCLUDING BUT NOT LIMITED TO ANY AND ALL RESPONSIBILITY OR LIABILITY BASED ON CONTRACT WARRANTY TORT PRODUCT LIABILITY FOR ANY INJURY OR DEATH TO PERSONS OR LOSS OR DAMAGE TO PROPERTY CAUSED BY the PRODUCT THAT ARE OPERATED OR USED IN APPLICATION NOT INTENDED OR EXCLUDED BY INSTRUCTIONS PRECAUTIONS OR WARNING CONTAINED IN MITSUBISHI S USER INSTRUCTION AND OR SAFETY MANUALS TECHNICAL BULLETINS AND GUIDELINES FOR the PRODUCT Prohibited Application Prohibited Applications include but not limited to the use of the PRODUCT in e Nuclear Power Plants and any other power plants operated by Power companies and or any other cases in which the public could be affected if any problem or fault occurs in the PRODUCT e Railway companies or Public service purposes and or any other cases in which establishment of a special quality assurance system is required by the Purchaser or End User e A
7. Cursor value and difference information displayed on status bar of trend window When the cursor is placed at the plot of incorrect values is displayed for the cursor value field on the status bar is displayed for the cursor value field on the status bar for the blue cursor for the Multiple cursor display as well is also displayed for the difference field when the red cursor blue cursor is placed at the incorrect value Difference Blue gt Red YaluelBlue 0 Cursor Yalue 1 06 8 USING TREND GRAPH FUNCTION 8 13 Handling BCD Type Incorrect Values 9 USING EVENT MONITORING FUNCTION BEN PS en EEA 9 1 Overview This function is for displaying events sampled by the event logging function of Data logger in a list format The following display methods are available in the event monitoring function Historical event list e Realtime event list f File View Event Online Tool Window Help G RBDAG Di BE HE e eit vier Jeej e BB EE GENE SE maa Date No Event Logging Name Status Comment 775 2011 14 07 54 000 001 Sensordetectederor 0 Restoration 7 5 2011 14 07 51 000 003 Rotation speedenor 1 Occumence 47 5 2011 14 07 47 000 001 Sensordetectedemor 0 Restoration 7 5 2011 14 07 43 000 002 Voltage error f 0 Restoration Occurrence 7 5 2011 14 07 40 000 002 Voltage error 0 Restoration 775 2011 14 07 38 000
8. MITSUBISHI ELECTRIC Engineering Software GX LogViewer Version 1 Operating Manual SW1DNN VIEWER M if N MELSOFT WW SAFETY PRECAUTIONS Read these precautions before using this product Before using this product please read this manual carefully and pay full attention to safety to handle the product correctly The precautions given in this manual are concerned with this product only For the safety precautions for the programmable controller system refer to the user s manual for the module used and the system manuals MELSEC iQ R Module Configuration Manual QCPU User s Manual Hardware Design Maintenance and Inspection and MELSEC L CPU Module User s Manual Hardware Design Maintenance and Inspection In this manual the safety precautions are classified into two levels AN WARNING and AN CAUTION N WARN NG Indicates that incorrect handling may cause hazardous conditions resulting in death or severe injury N CAUTION Indicates that incorrect handling may cause hazardous conditions resulting in minor or moderate injury or property damage Under some circumstances failure to observe the precautions given under N CAUTION may lead to serious consequences Observe the precautions of both levels because they are important for personal and system safety Make sure that the end users read this manual and then keep the manual in a safe place for future reference CONDITIONS OF USE FOR THE PRODUCT
9. Save Logging File to PC function is connection since a longer processing time is required for slow Open Logging File or Save Logging File to PC function when using the Ethernet direct connection or the UDP connection When an abnormality exists in a module functions of GX LogViewer may not operate normally Refer to the user s manual of each CPU and perform troubleshooting 15 TROUBLESHOOTING 152 MEMO 15 TROUBLESHOOTING 153 APPENDIX Appendix 1 USB Driver Installation To communicate with a CPU module via USB a USB driver needs to be installed The following explains the USB driver installation procedure If multiple MELSOFT products are installed previously refer to the folder where the first MELSOFT product is installed Windows XP Operating procedure 1 Connect the personal computer and the CPU module with a USB cable and power ON the programmable controller 2 Select Install from a list or specific location Advanced on the Found New Hardware Wizard screen 3 Select Search for the best driver in these locations on the next screen Select Include this location in the search and specify MELSOFT Easysocket USBDrivers in the folder where GX LogViewer has been installed Precautions If the USB driver cannot be installed check the following settings of Windows If Block Never install unsigned driver software is selected under Control Panel gt System gt Hardware gt
10. The 4 Operating Event List QnUDVCPU Ered High Speed Data Communication Q Analog L Analog fedrene following functions are available to display the event list depending on the intended purpose KL Page 114 Displaying only events that meet specific conditions Filtering 3 Page 115 Sorting events Sorting K Page 116 Optimizing the display language of event logging names and comments K Page 117 Displaying consecutive previous next event Displaying only events that meet specific conditions Filtering Display events displayed in the event list according to the specific conditions filtering condition by each column When multiple conditions are specified only events that meet all of the conditions are displayed in the event list A new event which occurs after filtering is displayed in an event list only if it matches the filtering conditions Filtering is executed with not perfect match but partial match of a string specified in a cell of the filter row ex Specifying Voltage error as a filtering condition for the Event Logging Name column lt Before filtering gt No EventLoggingName Status Comment MoritoingData ert a 7 7 2011 18 01 19 000 jotation speed erro 1 Occurence 7 7 2011 18 01 12 000 o atage eto 5 JRestorsion 102007 77 7772011 7772011 18 01 10 000 001 Sensordetectederor f 0 Restoration D2005 3 18 01 07 000 02 iyotegeoo k0 Fee
11. gt Japanese gt Set Language gt Korean gt Set Language gt Unicode UTF 8 gt Show Previous Event Page 117 Displaying consecutive previous next event gt Show Next Event gt Event Properties Page 121 Changing Display Settings of Event List gt Open Logging File Page 60 Displaying logged devices Historical trend graph Page 112 Displaying logged events Historical event list gt Realtime Monitor Page 61 Displaying current device status Realtime trend graph Page 62 Displaying current device status Realtime monitor graph Page 113 Displaying ongoing events Realtime event list gt Recent Folders folder name Page 127 Redisplaying Recently Used Folders gt Save Logging File to PC Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER 5 SCREEN CONFIGURATION 37 5 4 Menu Configuration gt Begin Monitor Page 72 Operating Realtime trend graph Realtime monitor graph gt End Monitor monitoring status gt Pause Monitor gt Restart Monitor gt Clear Graph gt Start Logging Configuration Tool gt Start High Speed Data Logger Module Configuration Tool gt Start High Speed Data Communication Module Configuration Tool gt Start BOX Data Logger Configuration Tool gt Realtime Monitor Setting Page 62 Realtime monitor setting for LCPU Page 66 Realtime monitor setting for RCPU gt Option gt Use an OpenGL and Draw Graphs Page 60 Displaying Tr
12. o1 Sensordetectedemr 0 Restoration 77572011 14 07 35 000 002 Voltage error f Restoration 77572011 14 07 34 000 002 Valkageeror f Occurence I 7 5 2011 14 07 33 000 002 Voltage error f 0 Restoration 77572011 14 07 32 000 003 Rotation speed eror 0 Restoration 77572011 14 07 25 000 001 Sensordetectederor 1 Documence 77 5 2011 14 07 20 000 o1 Sensordetectedenor Restoration 75201140718000 001 Sensordetectedenor 1 Occurence 77572011 14 07 17 000 01 Sensordetected eror 0 Restoration ES ES ES ES ES ES ES ES ES ES ES ES mg ma ng ma nag ESESESESESEN 1775 2011 14 07 11 000 001 Sensordetectederor 0 Restoration 7 5 2011 14 07 07 000 7 5 2011 14 07 05 000 001 JSensordetectedemor 0 Restoration Na ae ZZ ZZ ZZ FF ZZ ZZ ZZ High Speed Data Logger Modue 1S216823 0 __ _Nirer otters 2687 268 i Modules supporting the Historical event list Realtime event list are shown below O Supported X Not supported ign Seed Daa Logge aa 0 x XI xI OI X x x 9 USING EVENT MONITORING FUNCTION 1 9 1 Overview 07 Historical event list N N 3 N x QnUDVCP EINO Deea High Speed Data Communication Q Analog 2 BOX Data Logger Event logging files saved in a CompactFlash card in Data logger are displayed Saved past events can be confirmed anytime MDisplaying data sampled by Data logger D
13. 1 234E 010 1 23456E 010 1 235E 010 lt _ vu Check a match with values within this range Boundary values are not included EComparison of values between data names Operating procedure 1 Select Comparison from Classification If data whose data type is the same as the selected data does not exist no item is displayed for Classification 2 Specify a condition and a data name 3 Select the color of the cursor and click the Jump Previous Jump Next button 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs Jumping cursor by specifying time 1 Click the Time tab on the Jump Cursor screen 2 Specify date and time for Date and time to which the cursor jumps 3 Select the color of the cursor and click the Jump Previous Jump Next button The following table shows the setting examples of time condition and their operation results Second Example Specify 30 for the second only Result 2014 06 30 19 36 30 lt previous lt 2014 06 30 19 37 30 gt next gt 2014 06 30 19 38 30 Minute Example Specify 30 for the minute only Result 2014 06 30 18 30 00 lt previous lt 2014 06 30 19 30 00 gt next gt 2014 06 30 20 30 00 Hour Example Specify 00 for the hour only Result 2014 06 30 00 00 00 lt previous lt 2014 07 01 00 00 00 gt next gt 2014 07 02 00 00 00 1 The logging interval is set to 1 second Jumping cursor by specifying index 1 Click the Ind
14. 3 Index modification can be specified to above devices excluding FX FY FD BLONS and bit specified word device The indirect specified T C ST D W SW R ZR UDONG JOW and JO SW can be specified T contact ST contact and C contact are specified with TS SS and CS respectively Digit specification for bit device is available only for K1 to K4 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph 63 64 MThe Monitor Condition Setting tab Timing Condition Step No Specification Data at a certain point when the status immediately before the execution of the specified step has satisfied the execution condition are monitored Program Name Set a program name for the program to be monitored by satisfaction of Up to 8 characters condition for the specified step No Step No Set a step No to monitor data by satisfaction of the condition 0 to 266239 Execution Condition Select the monitoring operation condition from the following Always Always Any time ON Always monitors data at the specified step OFF ON When the execution condition is ON sa Monitors data while the operation of the specified step is satisfied aY OFF When the execution condition is OFF Monitors data while the operation of the specified step is not satisfied 1 When the execution condition rises Monitors data at the timing when the operation of the specified step turns into the satisfied state from the not satisfied state J W
15. DO Voltage eon Restoration Daoo7z77 D2005 5 77772011 18 01 02 000 003 Rotation speed eror 0 Restoration 10200321 D2007 85 77752011 18 01 02 000 Sensordetected error 0 Restoration DADS D2005 5 74752011 18 01 00 000 o1 Sensordetectedenor 0 Restoration 102005 5 D2005 4 77752011 18 00 40 000 001 Sensordetected eror 0 Restoration D20D5 5 D2005 4 77752011 18 00 36 000 o1 Sensordetectedenor 0 Restoration DADE D 200524 77752011 18 00 34 000 001 Sensordetected error O Restoration D20D5z5 D2005 5 77772011 18 00 32 000 001 Sensordetectederor O Restoration AOD D2005 5 74752011 18 00 27 000 501 Sensordetected eror 0 Restoration DADE D2005 4 77752011 18 00 13 000 001 Sensordetectederor 0 Restoration D20D5 5 77772011 18 00 11 000 Dot Sensordetected eror 1 Occurence 152006 ganan lo fro kl pt T D agp 3 36 4 Im t 1m Number oflitems 1004 100 Restoration color Background color Poin tp Custom colors can be used by the Event Properties and the Graphic Properties in common Page 99 Displaying Graph Properties screen 7 Page 122 Displaying the Event Properties screen 9 USING EVENT MONITORING FUNCTION 1 21 9 5 Changing Display Settings of Event List Displaying the Event Properties screen Window Select Event gt Event Properties Color buttons Event Properties The event properties settings apply to all window
16. G4 Converter Cable BEER D NG G4 module ASLE Configuration display personal computer G4 53 module QCPU LCPU Via modem Cable attached to modem i Cable attached to modem 1 HELTENE EN Modem C24 ma m QCPU LCPU Via GOT Cd 7 O oot QCPU LCPU MConnection using USB cable Use the following USB cables e USB cable USB A type USB miniB type e USB cable USB B type USB miniB type Point Install the USB driver when using a USB cable for the first time K Page 154 USB Driver Installation e For the methods of checking the COM port number when connecting a personal computer to QCPU LCPU by using a cable such as USB RS 232 conversion cable refer to the manual for each cable 20 2 SYSTEM CONFIGURATION 2 2 System Configuration MConnection using RS 232 cable The following table shows the RS 232 cable whose operation have been confirmed by Mitsubishi Electric QC30R2 Personal computer connector 9 pin D sub connector Mitsubishi Electric Corporation RS 232 cable u Precautions e For high speed communication transmission speed 115 2 57 6kbps use a personal computer supporting high speed communication e When a communication error occurs retry the communication after reducing the transmission speed setting Connection via GOT Using the transparent function of GOT enables the access to QCPU LCPU via GOT For details refer to the following manuals LA Connection Manual of GOT2000 S
17. 1 Displaying Data of CPU Module Analog Module 0 cece 41 6 2 Displaying Data Events of Data Logger 0 es 42 6 3 Displaying Data of Data Communication 0 0 ccc ees 43 6 4 Displaying CSV Files in GX LogViewer Format 0 00 eee ees 43 Displaying Data Saved with Energy Measuring Unit 0 0 0 a 43 Displaying Sampling Trace Data Saved with GX Works2 0 0 0 0 eee ees 44 Displaying Data Saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration Tool 44 CHAPTER 7 CONNECTING TO MODULE 45 7 1 selecting Connection Target lt 3 6 i000 su doves BRA NAA KW eee theese Bares 45 Connection target and connection methods 0 ee ee ee eee 45 7 2 Connecting to RGPU hci coasted eee eo es heed ee hae ae 46 Transter Setup CN aaa hd eek ee bo ae be ee ee eo ee TAA 46 Method for connecting to RCPU 20 a 46 7 3 Connecting to GCPULEPU uu a a a UB GA iN 47 Transfer Setup screen a 47 Method for connecting to ACPU LCPU 0 nee eee eens 48 7 4 Connecting to Data logger Data communication es 50 Transfer setup screen 2 25 5 NADAANAN Boao AG ELA Bed ade eee ALING que BS ND ee DAAN DBA AGA Kab ae 50 Method for connecting to Data logger Data communication 0c ce eee 50 CHAPTER 8 USING TREND GRAPH FUNCTION 52 8 1 Ole AA ee er a ee ee er ee ee ee ernten 52 8 2 Screen Configuration 0 ccc eee ees 55 TERMIN 2 re bow ee ed Se oe
18. 20 04 13 20 04 14 20 04 15 20 04 16 20 04 17 maa 20 04 13 20 04 14 90 04 16 20 04 17 siete 20 04 13 20 04 14 20 04 15 20 04 16 20 04 17 Operating procedure Select the upper end lower end of a trend graph with a mouse and drag it upward downward Or select Graph Operation gt Adjust Scale gt Widen Graph Narrow Graph 4 Point The scale can be adjusted by scrolling the mouse wheel while pressing the key Scrolling the mouse wheel up widens the graph and scrolling it down narrows the graph Moving graph up downileft right Move a trend graph displayed in the graph area up downileft right When logging data of more than one file is displayed on the same graph area the trend graph can be moved left or right by setting the time unit to be moved For the methods of adding logging data refer to the following section KL Page 75 Adding deleting data to from graph legend area Moving up down lt Move down gt lt Standard gt lt Move up gt 20 04 13 20 04 14 20 04 15 20 04 16 20 04 17 Operating procedure Select a trend graph with a mouse and drag it upward downward Or select Graph Operation gt Adjust Graph Location gt Move Up Graph r Move Down Graph 7 Point The graph can be moved by scrolling the mouse wheel while pressing the 51t and key Scrolling the mouse
19. 2014 18 00 22 000 001 Sensor detected error 1 Occurrence D2005 4 EN Nag IN 1 Uf 7 7 2014 18 00 13 000 001 Sensor detected error o Restoration D2005 5 0 642792 h Ui All 77772014 18 00 11 000 001 Sensordetected error 1 Occurence D2005 5 7 7 2014 18 00 10 000 003 Rotation speed error d Occurence D2003 36 7 7 2014 18 00 10 000 001 Sensor detected error 0 Restoration D2005 3 7 7 2014 18 00 08 000 003 Rotation speed error 0 Restoration D2003 28 7 7 2014 18 00 07 000 003 Rotation speed error 1 Occurence D2003 32 7 7 2014 18 00 04 000 001 Sensor detected error 1 Occurrence D2005 4 7 7 2014 18 00 02 000 002 Voltage error 1 Restoration D2007 74 1 Occurrence D2007 81 Er 7 7 2014 18 00 01 000 002 Voltage error lt m r ET Nab 1007 100 m 5 E Cursor Time 7 7 2014 00 04 21 800 Cursor Value 0 Trend graph display Event monitor display 12 1 OVERVIEW 1 2 Features Easy graph adjustment with the automatic adjustment function and drag operation Graphs are easily adjusted without manuals by using the automatic adjustment function and the drag operation Data can be checked instantly since graphs are adjusted intuitively and smoothly by only using a mouse BGraph arrangement and superimpose Click o Click a button sanl a TT i a button Multiple data can be compared by Graphs are easily viewable by superimposing graphs arranging them at equal spaces
20. 90U or later English version of GX Works2 Version 1 91V or later and Chinese version of GX Works2 Version 1 91V or later Operating procedure 1 Select File gt Open 7 or drag and drop the file 2 Select sampling trace data in GX Log Viewer format csv in a personal computer to be displayed K Page 61 Displaying logging file saved in personal computer Displaying Data Saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration Tool Display a simulation result in GX LogViewer format saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool Operating procedure 1 Select File gt Open or drag and drop the file 2 Select a simulation result saved in GX LogViewer format csv in the personal computer to be displayed KL Page 61 Displaying logging file saved in personal computer 6 OPERATION FLOWS 6 4 Displaying CSV Files in GX LogViewer Format CONNECTING TO MODULE To display or obtain logging data in module the module to be connected is required to be selected This chapter explains the connection methods by respective modules 7 1 Selecting Connection Target RCPU R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger Select the equipment to be connected on the Connection Destination screen Window Select any of the following menus Select Online gt Open Logging File 3 e Select Online gt Save
21. Automatically When Opening File 76 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs Displaying hiding graphs Display hide trend graphs in the trend graph area Individual display hide Display hide a trend graph in the graph area by selecting data individually from the graph legend area lt Hide gt ON OFF h Y 20 40 29 20 40 30 20 40 31 20 40 32 20 40 33 20 40 34 lt Individual display DataName Male to display Select Sensor Positioning SensorB featured value Sensor Sensorb Measured Valued 120 To hide Unselect Switches display hide setting by double clicking Data Name or Value 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs 77 Batch display Display the trend graphs of all the data listed in the graph legend area lt Hide gt lt Batch display gt 7886 Unwinder speed fio iam sie 1636 winder speed 19430 100 Sensor position 25116_ d100 21007 32767 d1212 D 18590 31234 578 d2 7925 d2001 o a paman DEE pra raem ma 20 40 29 20 40 30 20 40 31 20 40 32 20 40 33 20 40 34 20 40 29 20 40
22. Blank Blank Data row 1st column Date and time column 2 Date and time information Output format YYYY MM DD hh mm ss 2nd column Millisecond column Value of millisecond 3rd column Data sampling interval column Value of data sampling interval 4th column Execution step number Value of execution step number column 4 Output format Integer value 5th column Execution program number Value of execution program number column 4 Output format Integer value 6th column Execution program name Execution program name column 4 Output format STRING program name 7th column Index column Value of index Output format Integer value 8th column and later Data column Value of sampled device Output format Value corresponds to the type in the data type information row Last column Trigger information column Information at trigger generation Output format String specified by configuration tool 1 This column is not output when the comment row is not output to the logging data or for the realtime monitor window 2 When the data whose Date and time column is set not to output by the configuration tool is saved to a Unicode text file the Date and time column and the Millisecond column are not output 3 For the continuous logging or for the realtime monitor window is output for trigger ON string 4 When the data whose columns are set not to output by the configuration tool is saved to a Unicode text file the column corresponds to
23. Cursor lump Cursor Jump Cursor Select conditions for jump cursor Select conditions for jump cursor Select conditions for jump cursor Value Time Index Value Time Index Value Time Index File Name HSDL1 csv File Name HSDL1 csv File Name HSDL1 csv N DataName Data5 Time Range DataName Data5 Classification Conditional z 3 31 2014 11 46 43 to 3 31 2014 11 48 22 Classification Conditional z Search the selecting data in specified condition ERROR ER TERN F Search the selecting data in specified condition VI Date 343172014 Gr Value Range 9 Hour I Minute I Second Value Range O to 4294967295 O to 4294967295 il 48 v Zn Select cursor that jumps Red Cursor Select cursor that jumps Red Cursor Select a cursor that jumps amp Red Cursor Initial Display Switch with a tab 80 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs Jumping cursor by searching value Search the value by specifying type in Classification to move the cursor to the position where the condition is satisfied The classification varies depending on the data type being selected When the data type is bit UP Down Comparison When the data type is other Conditional than bit Maximal Minimal Comparison MCondition search Operating procedure Jumps to the position where the selected data turned from OFF to ON for the first time Jumps to the position where the
24. Ethernet Display personal computer RCPU and a personal computer can be connected with the following communication route Type of communication route Page 17 Connection from USB port Page 17 Connection from Ethernet port Point For details on the considerations when connecting to RCPU using a USB or an Ethernet refer to the following section KL Page 24 Considerations for connection 2 SYSTEM CONFIGURATION 2 1 Operating Environment Connection from USB port GX LogViewer SW1DNN VIEWER M USB miniB type RCPU MConnection using USB cable Use the following USB cables e USB cable USB A type USB miniB type e USB cable USB B type USB miniB type Point Install the USB driver when using a USB cable for the first time K Page 154 USB Driver Installation Connection from Ethernet port GX LogViewer SW1DNN VIEWER M RCPU Driver Programmable controller on host another station Use an Ethernet board that is built in to a personal computer or commercially available MFor connection via hub RCPU and a personal computer are connected through a local network via a hub The IP address of RCPU is required to be specified when connecting via a hub MFor direct connection RCPU and a configuration display personal computer are directly connected on a 1 1 basis through an Ethernet cable without a hub The IP address of RCPU does not need to be specified for communica
25. Event logging file configuration EVENT ever Earlier File displayed before the operation 0000000 Xa CA 00000103 CSV I i KS Files to be a displayed after the operation 00000255 CSV K cd iN EVT01 CSV File sampling current events EVTO2 Event window lt Before operation gt Events in 00000101 csv are displayed Number of items 1002 100 Perform Show Next Event Events in 00000101 csv are displayed Up to two files can be displayed Events in 00000102 csv are displayed 9 USING EVENT MONITORING FUNCTION 1 1 9 4 Operating Event List 9 lt Operating from the status when the next event logging file is already displayed Time axis Event logging file configuration EVENT EVTO1 Earlier Sa er File displayed before the operation 0000000 ee Next events Files to be displayed after the operation SN File sampling current events Operating procedure Select Event gt Show next Event e The next event cannot be displayed to an Event logging file a file that is sampling the current events of which serial number is not assigned to the file name Event window lt Before operation ine Tool Window Help TI mz F E E Sur Events in 00000101 csv are displayed Events in 00000102 csv are displayed Perform Show Next Event lt After operation gt FY MELSOFT Series GX LogViewer 00000103 CSV Histori
26. Fixed string psec Title of the Index column Fixed string INDEX Title of the Data column Output format Data name Title of the Trigger information column Fixed string Trigger 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data 135 MData row For saving data displayed in a historical trend window data is output in the order that it was stored in a Data logging file For saving data displayed in a realtime trend window data is output in the order that it was received a 2 3 4 K5 136 1st column Date and time column 2 Date and time information Output format YYYY MM DD hh mm ss 2nd column Microsecond column 2 Value of microsecond 3rd column Index column Value of index Output format Integer value 4th column and later Data column Value of sampled device Output format Value corresponds to the type in the data type information row Last column Trigger information column Information at trigger generation Output format String specified by configuration tool Product type Version number is displayed at the Type information file version column When the data whose Date and time column is set not to output by the configuration tool is saved to a CSV file the Date and time column and the Microsecond column are not output On a historical trend window on which a CSV file is opened a trigger ON string and trigger OFF string are displayed according to the information in the file On a
27. HE FA amp Jo 6 DSS gt Ms Aa Fa OR S Assistant Please select the equipment that is logged and done MELSEC iQ R Series RCPU Analog Module MELSEC Q Series QnUDVCPU High Speed Data Logger Module High Speed Data Communication Module Analog Module MELSEC L Series LCPU Analog Module Other BOX Data Logger Show at Startup This window can also be displayed from the menu Yiew 3 Show Assistant Dialog To redisplay the screen has been closed once select View gt Show Assistant Dialog The working item is chosen Show Logged Device Status Displays in historical trend graphs the status of devices for which continuous logging or trigger logging was performed by the High Speed Data Logger Module Show Current Device Status Displays realtime device status in trend graphs Show Logged Events Displays events logged by the High Speed Data Logger Module as historical events Show Ongoing Events Displays ongoing events in realtime Save Logging Files to PC Data logging files or event files will be saved to the personal computer The saved files can be viewed as historical data 5 SCREEN CONFIGURATION 5 3 Assistant Screen 35 5 4 Menu Configuration The following tables show the menu configuration of GX LogViewer gt Open Page 61 Displaying logging file saved in personal computer gt Recent Folders gt folder name Page 127 Re
28. LogViewer supports multiple languages switching the display language such as on a menu bar is available on the one personal computer Operating procedure View gt Switch Display Language Precautions e If the selected language and the language of operating system are different characters on the display may be cut off e The display language may not be switched in some parts of display items such as Host or Other station for a connection destination In addition window names may not be displayed in the selected language 4 OBTAINING AND STARTING GX LogViewer 1 4 1 Obtaining GX LogViewer 3 MEMO 2 4 OBTAINING AND STARTING GX LogViewer 3 4 4 Switching the Display Language 5 SCREEN CONFIGURATION 5 1 Main Window The following figure shows the main window configuration of GX LogViewer Menu bar E vi Online Tool Window Help f F m TX O BBs8 5 BR LEZI 2 Toolbar Br xis sil ms Main window Only one main window can be displayed on the desktop since multiple GX LogViewer cannot be activated 5 SCREEN CONFIGURATION 5 1 Main Window 33 34 5 2 Child Windows Child windows trend windows event windows are displayed in the main window Multiple child windows can be displayed by each logging file and each logging data File View e A Ba 6 Graph Operation BA 2Gs Graph View Online Tool Window Help tg TIGER X em gt E
29. Logger Module 1 392 168 3 3 Online Number of items 72 7 NG 2 3 4 Disnla ya 1 Sorting filtering performance Displays the performance status while the Sorting Filtering function is performed status 2 Source to obtain Event logging Displays the source and file type of the Event logging file being displayed with respective characters and colors file and file type Displayed characters MHistorical event list Displays the source to obtain the Event logging file being displayed e Connecting to High Speed Data Logger Module High Speed Data Logger Module IP address or Direct Connection file path e Connecting to BOX Data Logger BOX Data Logger IP address or Direct Connection file pass e A data logging file is saved in a personal computer or a memory medium connected to it File path Realtime event list Displays an IP address of Data logger being communicated with or Direct Connection Background color Logging file type Background color High Speed Data Logger Module Light yello BOX Data Logger 3 Communication status Displays Online or Offline For the Realtime event list only 4 Number of items Displays the number of events displayed in the event list in the following format Number of items number of items being displayed total number of events 9 USING EVENT MONITORING FUNCTION 9 2 Screen Configuration 111 9 3 Displaying Event List This section explains how to display
30. NN be PA ee ee ok 164 CONTENTS RELEVANT MANUAL Print book e Manual EPUB PDF GX LogViewer Version 1 Operating Manual Explains the system configuration functions and operating methods of SH 080915ENG this manual GX LogViewer e Manual refers to the Mitsubishi FA electronic book manuals that can be browsed using a dedicated tool e Manual has the following features e Required information can be cross searched in multiple manuals e Other manuals can be accessed from the links in the manual e The hardware specifications of each part can be found from the product figures e Pages that users often browse can be bookmarked TERMS Unless otherwise specified this manual uses the following terms Term Analog module ATA card Binary file BOX Data Logger CompactFlash card Configuration tool CPU module CPU Module Logging Configuration Tool CSV file CSV file in GX LogViewer format Data communication Data logger Data logging file Energy Measuring Unit Event logging file FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool GX LogViewer GX Works2 High Speed Data Communication Module High Speed Data Logger Module Index LCPU Logging file MELSEC iQ R series analog module MELSEC L series analog module MELSEC Q series analog module Memory card Module OpenGL Personal computer Plot QCPU QnUDVCPU Description A generic term for MELSEC
31. NO 5th column Execution program name Title of execution program name column column Fixed string PROGRAM NAME 6th column Index column Title of the Index column Fixed string INDEX 7th column and later Data column Title of the Data column Output format Device number or device comments Last column Trigger information column Title of the Trigger information column Fixed string Trigger mMData row 1st column Date and time column 2 Date and time information Output format YYYY MM DD hh mm ss 4 2 3 4 o 134 2ndcolum column Millisecond column column 2 Value of millisecond Cond sampling interval column Value of data sampling interval 4th column gav step number Value of execution step number column 4 Output format Integer value 5th column Execution program name Execution program name column 4 Output format STRING program name 6th column Index column Value of index Output format Integer value 7th column and later Data column Value of sampled device Output format Value corresponds to the type in the data type information row Last column Trigger information column Information at trigger generation Output format String specified by configuration tool This column is not output when the comment row is not output to the logging data When the data whose Date and time column is set not to output by the configuration tool is saved to a CSV file the Date and time column and the Millisecond co
32. OW JO SW U3ZED G U3ED HG Bit specified word device Word device T current value ST current value C current value D SD W SW RD R ZR Z FD UNG JOW JONSW U3ED G U3EO HG Word device X Y M L F SM B SB BLONS JO X JOY JONSB JOB Digit specified bit device Double word device LT current value LST current value LC current value LZ Double word device X Y M L F SM B SB BLO S JONX JON JO SB JOB Digit specified bit device 2 3 4 5 6 The indirect specified and index modified devices cannot be specified The local devices cannot be specified T contact ST contact C contact LT contact LST contact and LC contact are specified with TS STS CS LTS LSTS and LCS respectively T coil ST coil C coil LT coil LST coil and LC coil are specified with TC STC CC LTC LSTC and LCC respectively T current value ST current value C current value LT current value LST current value and LC current value can be specified with T TN ST STN C CN LT LTN LST LSTN and LC LCN respectively Digit specification for bit device is available only for K1 to K8 The Monitor Condition Setting tab Timing Type Each Scan Monitors data at the timing of END processing for each scan Condition Specification Monitors data at the timing of the specified condition 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend
33. Section 8 6 Chapter 15 Appendix 2 June 2015 SH NA 080915ENG N MAdded or modified parts TERMS Chapter 3 Section 4 4 Section 5 4 Section 6 4 Section 8 3 Section 8 6 Section 9 4 Section 12 2 Appendix 2 August 2015 SH NA 080915ENG O MAdded or modified parts TERMS Section 2 2 Section 5 2 Section 8 3 Appendix 2 Japanese manual number SH 080887 S This manual confers no industrial property rights of any other kind nor does it confer any patent licenses Mitsubishi Electric Corporation cannot be held responsible for any problems involving industrial property rights which may occur as a result of using the contents noted in this manual 2010 MITSUBISHI ELECTRIC CORPORATION 163 TRADEMARKS Microsoft Windows Windows Vista Windows XP and Excel are registered trademarks or trademarks of Microsoft Corporation in the United States Japan and other countries Intel and Pentium are either registered trademarks or trademarks of Intel Corporation in the United States and other countries Ethernet is a trademark of Xerox Corp OpenGL is a registered trademark of Silicon Graphics International Corporation CompactFlash and CF logo are trademarks or registered trademarks of SanDisk Corporation in the United States and other countries SD logo and SDHC logo are trademarks or registered trademarks of SD 3C LLC All other company names and product names used in this manual are trademarks or registered trademarks of their r
34. Setting tab Timing Condition Device Specification Data at a certain point when the specified device status has satisfied the specified condition at the END processing are monitored Device Bit device X Y M L F SM V B SB T contact 2 ST contact 2 C contact 2 FX FY BLO S JO X JOV JO SB Bit device D SD W SW R ZR FD UD G JOW JO SW Bit specified word device Word device T current value ST current value C current value D SD W SW R ZR Z FD UDONG JOW JO SW Word device X Y M L F SM V B SB BLOI S JO X JON Digit specified bit device 3 JO SB Condition Formula MBit device is specified e Bit device specification T When bit device rises un Monitors data when the specified device status is changed from OFF to ON e Word device specification 1 When bit device falls Change Monitors data when the specified device status is changed from ON to OFF MWord device is specified When word device meets the specified value Monitors data when the current value of the specified device satisfies the condition value Change When word device data is changed Monitors data when the current value of the specified device is changed Radix Set a radix of the condition value when word device is specified Decimal hexadecimal Condition Value Set a value to be compared with the device e Decimal 32768 to 32767 e Hexadecimal OH to FFFFH 4 2
35. Ted Fr J h l er tv Time scale label FET X axis label P 20 25 50 20 28 51 20 26 52 q 0 75 54 20 25 55 Data missing lines ls Da Cursor label The background color color and type of graph line trigger mark color and grid color can be changed 7 Page 98 Changing Graph Appearance The maximum number of graphs that can be displayed in one trend window is 32 For a realtime monitor window it is up to 31 Displayed items Item Description Reference Upper limit display Displays a maximum value minimum value of the display range for each trend graph Page 84 Specifying upper lower limit value Lower limit display display value value Time scale label 3 Displays labels for the time scale Page 97 Changing display of time X axis label Time Date Date and Time 2 Index scale labels Since Analog module does not have time information in the logging data only Index display is available Red cursor A cursor that is displayed as a standard Page 73 Checking and comparing Displayed at the left edge of the graph area for the first activation data values status Blue cursor A cursor that is displayed for comparison It is displayed only when the Multiple cursor function is activated Displayed at the left edge of the graph area for the first activation Trigger mark A mark to indicate the point where a trigger condition ON OFF is satisfied Page 98 Changing color and type of graph Cursor la
36. The equidistance plot display format the time scale label is displayed as The time interval plot display format the missing period is displayed as gray For more details on missing data refer to manuals for respective modules lt When displaying with equidistance plot format gt lt When displaying with time interval plot format gt sor Positioning HST miss 65510 WO 100 WS U 0 034899 ON Sensori HST miss OFF ON B1 iiiiii 4 924E 001 OFF OF AHHH x ae 1 12 08 27 12 08 37 12 08 47 2 08 FETERE 2 09 17 DEE 06 00 00 12 00 00 18 00 00 00 00 00 06 00 00 12 00 00 18 00 00 00 00 00 MDisplaying value in the graph legend area for missing data When the cursor is placed between the two dashed dotted lines for missing data is displayed for the value on the graph legend area MDisplaying cursor value and difference information for missing data When the cursor is placed between the two dashed dotted lines for missing data the cursor value and the cursor time on the status bar are displayed as follows e Cursor Value Cursor Time p pEr rer a For the Multiple cursor display when the red cursor or blue cursor is placed at the missing data area the difference and span fields in the difference information area are displayed as follows e Difference e Span For CPU module For Data logger Data communication G
37. When the Multiple cursor function is activated the difference information area is displayed For details on cursor operations refer to the following section KL Page 73 Moving cursors lt Standard display lt Multiple cursor display Difference Blue gt Red 212 Span Blue gt Red 00 00 14 800 CK n I gt l Yalue Bl 96 Time Bl 77372014 05 29 24 400 L sain CE ONG TB BB YA Difference information area Operating procedure Select Graph View gt Multiple Cursor 188 Precautions When activating the Multiple cursor function stop or pause the monitoring 4 8 USING TREND GRAPH FUNCTION 9 8 6 Changing Display Items in Graph Area Displaying cursor labels Display or hide cursor labels in the graph area Labels for the red cursor are displayed at the right of the cursor and labels for the blue cursor are displayed at the left of the cursor lt Hide gt lt Display gt z 2 Y HG gt 1 FTV NA I 7 N N Bad clirdary UN gt Blue cursor i Hii ep v MTT y
38. a trigger when the current value of the specified device satisfies the condition value Change When word device data is changed Generates a trigger when the current value of the specified device is changed Radix Set a radix of the condition value when word device is specified Decimal hexadecimal Condition Value Set a value to be compared with the device e Decimal 32768 to 32767 Hexadecimal OH to FFFFH 1 The indirect specified and index modified devices cannot be specified 2 T contact ST contact and C contact are specified with TS SS and CS respectively 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph MThe Monitor Condition Setting tab Trigger Condition Step No Specification A trigger is generated and detected when the status immediately before the execution of the specified step has satisfied the specified execution condition Program Name Set a program name for the program in which a trigger is generated by Up to 8 characters satisfaction of the condition for the specified step No Step No Set a step No to generate a trigger by satisfaction of the condition 0 to 266239 Execution Condition Select the trigger generation condition from the following Always Always Any time ON Generates a trigger at the specified step OFF ON When the execution condition is ON i ig Generates a trigger when the operation of the specified step has been a satisfied OFF When the execution cond
39. being displayed When displaying logging data of multiple files on a trend graph the graphs can be moved to left or right Displaying sampling trace data in GX LogViewer format saved with GX Works2 Version 1 90U or later is supported Displaying the data logged by the following modules is supported 1 25B or later e QCPU Q03UDVCPU Q04UDVCPU QO6UDVCPU Q13UDVCPU and Q26UDVCPU e LCPU L26CPU e MELSEC L series Analog Digital Converter Module L60AD4 2GH Displaying the data logged by the following modules is supported 1 26C or later e LCPU LO6CPU Displaying the data logged by the following modules is supported 1 30G or later e QCPU Q04UDPVCPU Q06UDPVCPU Q13UDPVCPU and Q26UDPVCPU e LCPU LO6CPU P and L26CPU P e MELSEC L series Analog Input Output Module L6OAD2DA2 Logging Unit for Energy Measuring Unit EcoMonitorLight EMU4 LM Windows 8 32 bit version and 64 bit version is supported Displaying the data logged by the following modules is supported 1 31H or later e MELSEC Q series High Speed Data Communication Module QJ71DC96 APPENDICES APPENDIX 4 Appendix 2 Added and Changed Functions 55 The transparent function of GOT2000 is supported 1 33K or later Displaying the data logged by the following modules is supported e BOX Data Logger NZ2DL Displaying the data logged by the following modules is supported 1 35M or later e RCPU RO4CPU R08CPU R16CPU R32CPU and R120CPU e MELSEC iQ R series analog mo
40. ee b5 Glan legend ole EE ae kana TG ADA NAN ANA ener een RB AE 56 EIAD 1 AA AA PAA 57 Difference information area eee eee eee eee eee nes 58 Slants DAR namon haus Gowen oe en NG eee AYA eee ebenen re ee oes E ANA e eee eee E 59 8 3 Displaying Trend Graph ccc ees 60 Displaying logged devices Historical trend graph 0 0 ee eee ees 60 Displaying current device status Realtime trend graph ccc ee eens 61 Displaying current device status Realtime monitor graph 0 0 0 cc eee 62 Operating Realtime trend graph Realtime monitor graph monitoring status 2 0 varar 72 8 4 CHECKING Dad AA AA AA AA APA ne eee eee xe eae 73 Checking and comparing data values status ee eee eee ee eee 73 Adding deleting data to from graph legend area a 75 8 5 Operating Trend Grapns oe 63 aa NANANG KA Ree oe re ser ur 76 Displaying hiding graphs eee eee eee 77 Aligning graphs AA AA APA oe Sea ee ee oe oe eee AA AA 79 SUPEHIMDOSING 16 1 0 EE een nenne BAGON see bees ede s5ee eee 79 Moving cursor by specifying value time index a 80 Specifying upper lower limit display value aa 84 Widening narrowing the display scale ee ee eee eee eee 87 Moving graph up downlleft right 0 0 0 eee eee eee ees 87 Expanding reducing time scale ee eee eee een es 88 Displaying consecutive previous next trend graph
41. graphical display settings refer to the Point in the following sections 3 Page 76 Operating Trend Graphs K Page 94 Changing Display Items in Graph Area 3 Page 98 Changing Graph Appearance Operating procedure Select Graph View gt Set Graph View by the Auto Reflect Function Point To restore the settings to the initial settings initialize the graph display first then set the auto reflect function again 8 10 Initializing Graph Display This section explains how to restore the changed graph display to the initial state the state in which graph appearance such as the color has not been changed Operating procedure 1 Select a trend window to be initialized Activate it 2 Select Graph View gt Initialize View Point Even if initializing the graph display to which the auto reflect function has already been set the graph display set in the auto reflect function is applied when opening the trend window with the same data logging setting next time 8 USING TREND GRAPH FUNCTION 1 8 9 Reflecting Graph Display Automatically When Opening File 03 8 11 Graph Display for Missing Data or Time Reversed Data RCPU IN QnUDVCPU HJ High Speed Data Logger High Speed Data Communication 9 KET BOX Data Logger This section explains the graph display when the data is missing or the time information is reversed Graph display for missing data The missing data is displayed as two vertical dashed dotted lines
42. gt Show Next Graph 00 2 Click the gt gt button The next graph cannot be displayed to a Data logging file a file that is sampling the current data of which serial number is not assigned to the file name 8 USING TREND GRAPH FUNCTION 93 8 5 Operating Trend Graphs 8 6 Changing Display Items in Graph Area This section explains the methods of changing the display items in the graph area Data on trend graphs can easily be checked by changing the display items KL Page 94 Displaying multiple cursor K Page 95 Displaying cursor labels KL Page 95 Displaying data names KL Page 96 Displaying grid K Page 96 Switching graph plot format K Page 97 Changing display of time scale labels K Page 97 Optimizing the display language of data names Point e Information of display items in a graph area except for a language specified in the language selection setting can be named and registered for reflecting it to other windows Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows e Graph display can be set to be reflected automatically when opening a window with the same data logging setting next time 7 Page 103 Reflecting Graph Display Automatically When Opening File Displaying multiple cursor Switch the number of cursors displayed on a graph area Only a red cursor is displayed for a standard display and a red cursor and a blue cursor are displayed for the Multiple cursor function
43. i Time specification Index specification 3 Page 80 Moving cursor by specifying value time index 14 1 OVERVIEW 1 2 Features Easy confirmation of logging data differences among multiple files By displaying logging data stored in the multiple files on the same graph area the difference of each data can be confirmed with the same time interval Furthermore superimposing the graphs with simple operation enables the easier data comparison among multiple files Data of File A Data of File B ON 0 982267 0 992546 AC VoltageP 0 992546 0 992546 05 28 34 05 28 50 05 23 06 05 29 22 05 29 38 05 29 54 05 28 34 0 05 29 06 29 72 05 29 38 Display the logging data of multiple files on the same graph area Data Name Cursor Information Data of File A ni 17 2014 05 27 25 4 Sensors Datad CSV j Se DataB cav 1 712014 05 27 25 3 M T Data of File B Mosa RE SensorC DataB C Measured ValueF AC VoltageP F 0 994521 Measured ValueF Data em mn ur cin AL et T Superimposing the graphs enables Al by dragging and dropping the graph to the easier data comparison a with the fee key t mouse operation 0 992546 TO Ti NN 1 xy Z MANA The difference of each data can be confirmed with the sam
44. information 3 Page 144 Data type output string Last column Trigger information column Fixed string TRIGGER trigger ON string Data name row 1st column Index column Title of the Index column Fixed string INDEX 2nd column and Data column Title of the Data column later Output format DATE Hold trigger generated time e O XY address number to acquire logging data e CH Target channel e CYCLE Logging cycle Fixed string is displayed in Last column Trigger information column Title of the Trigger information column Fixed string Trigger MData row For saving data displayed in a historical trend window data is output in the order that it was stored in a Data logging file 1st column Index column 2 Value of index Output format Integer value 2nd column and Data column Value of sampled device later Output format Value corresponds to the type in the data type information row Trigger information column Information at trigger generation 1 is output for trigger ON string 2 For Analog module indexes are not output in a logging file Therefore when saving the data to a CSV file the index is output with continuous numbers from 1 automatically 12 SAVING DISPLAYED DATA EVENTS 1 12 2 Saving Displayed Data 39 MEnergy Measuring Unit The CSV file format explained below differs from the CSV file format obtained from Energy Measuring Unit For details of CSV file formats of Energy Measuring Unit re
45. logging file save destination All of the data and events being displayed e Displaying trend window e Displaying event window 2 e Sorting status and filtering condition of an event list Save destination of data and events being displayed e Directory path in a personal computer e Directory path of a memory card inserted in a module 1 Back ground color grid color and trigger ON OFF color of trend window are excluded 2 Background color grid color occurrence restoration color and display selection status of each column are excluded Target settings to be saved Reference Page 126 Adding Restoring Frequently Used Window Configuration to Menu Page 127 Redisplaying Recently Used Windows Page 127 Redisplaying Recently Used Folders 11 USING WINDOWS FOLDERS DISPLAYED IN PAST 1 25 11 1 Overview 11 2 Adding Restoring Frequently Used Window Configuration to Menu Trend windows or event windows displayed frequently can be added to the menu as frequently used window configurations and redisplayed easily Frequently used window configurations can be exported and used for other logon users or a personal computer Operating procedure MAdding a frequently used window configuration to the menu 1 Arrange a window configuration to be added as a frequently used window configuration 2 Select Window gt Frequently used Window Configuration gt Add to Frequently used Window Configuration 3 Enter a name fo
46. online files to the list button and set the connection destination 73 Page 45 CONNECTING TO MODULE 2 Select the file to be added on the Logging File screen and click the Open File button 3 Check the data to be displayed on the graph legend area and click the OK button MDeleting added file Select the file to be deleted on the data list and click the Delete the files from the list button Poin ty The file can be also added by dragging and dropping the logging file saved in a personal computer to the data list 8 USING TREND GRAPH FUNCTION 8 4 Checking Data 75 H 8 5 Operating Trend Graphs This section explains how to operate trend graphs to improve the efficiency of data check 3 Page 77 Displaying hiding graphs K Page 79 Aligning graphs K Page 79 Superimposing graphs 3 Page 80 Moving cursor by specifying value time index K Page 84 Specifying upper lower limit display value 3 Page 87 Widening narrowing the display scale KL Page 87 Moving graph up down left right KL Page 88 Expanding reducing time scale K Page 89 Displaying consecutive previous next trend graph Point e Graph display information can be named and registered to be reflected to other windows Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows e Graph display can be set to be reflected automatically when opening the same data logging setting window next time 73 Page 103 Reflecting Graph Display
47. select Direct Connection and click the OK button MConnecting via a hub Select Ethernet on the Transfer Setup screen to connect via a hub Specifying IP address is required for connection via a hub Operating procedure 1 After selecting Ethernet select Connection via hub 2 Enter IP address of RCPU to be connected and click the OK button 7 CONNECTING TO MODULE 7 2 Connecting to RCPU a 7 3 Connecting to QCPU LCPU KIS ad I QnuDvcru High Speed Data X High Speed Data Communication BOX Data 2 Others When QCPU or LCPU is selected on the Connection Destination screen the Transfer Setup screen is displayed Specify a connection route to QCPU RCPU in which the memory card saving logging files is inserted on the Transfer Setup screen Transfer Setup screen Window 0 Select QCPU LCPU on the Connection Destination screen Transfer Setup Con 11 PC side I F EG f CCIE Cont Li Ethernet CC IE Field Q Series NET II NET 10 H Board Board Bus Board Board PLC side I F I 3 Ej E x B CCIE Cont CC Link C24 CCIE Field Head Module NET 10 H Module Master Local Module Module mi PLC Mode OCPU 0 mode Other i c Station ae Connection Channel List Setting i No Specification Other Station Other Station b Single Network Co existence Network PLC Direct Coupled Setting Connection Test PLC Type Detail CCIE Cont CCIE Field Ethernet CC Link C24 NET
48. selected data turned from ON to OFF for the first time Compares the values of the selected data and the specified data and jumps to the position where the condition is satisfied 7 Page 82 Comparison of values between data names Searches the value by specifying the condition and jumps to the position where the condition is satisfied Page 81 Condition search The cursor is moved to the position where the increased value of the selected data starts decreasing However the positions where the increased value becomes flat are not considered as the position of maximal value Example 19967 DATE 20056 195 197 199 201 The cursor is moved to the position where the decreased value of the selected data starts increasing However the positions where the decreased value becomes flat are not considered as the position of minimal values Example 19967 DATE a Compares the values of the selected data and the specified data and jumps to the position where the condition is satisfied KL Page 82 Comparison of values between data names 1 Select Conditional from Classification 2 Specify a condition and a value 3 Select the color of the cursor and click the Jump Previous Jump Next button The following shows the examples of specifying condition search range e When searching for a value in a range between 0 and 100 use both condition combo boxes When searching for a value less than 1000 use
49. settings depending on the access target 1 When the host station is specified select No Specification 7 CONNECTING TO MODULE 4 7 3 Connecting to QCPU LCPU 7 Method for connecting to QCPU LCPU The methods for connecting to QCPU LCPU are shown below Item Reference Connection method Page 48 Connecting directly using a USB Ethernet cable Page 48 Connecting via network Connecting directly using a USB Ethernet cable Select USB or Ethernet on the PLC Direct Coupled Setting screen to connect directly Operating procedure 1 Click the PLC Direct Coupled Setting button on the Transfer Setup screen 2 Select USB or Ethernet and click the Yes button 3 Click the OK button on the Transfer Setup screen Connecting via network Configure the settings for connection via network on the Transfer Setup screen Transfer Setup Connection1 CC IE Cont erial PC side I F ETTE Board Type CC IE Control Board Module 1st Module E CC IE Cont CC Lin Ethernet C24 GOT CCIE Field Head Modul I odule NET 10 H odule Module Master Local PLC side I F Module Module Connec tion Channel List Network o Specification er Station er Station 5 Communi ca inale Networ o existence Networ PLC Direct Coupled Setting tion Route Connec tion Test c 30 Retry Times 0 PLC Type Detail CC IE Field Ethernet CC Link C24 System Image gt Hawak ha i Station No D Phone Line Connection C2
50. those not output items is not output and only the tab character as the delimiter is output 5 When the data whose indexes are set not to output by the configuration tool is saved to a Unicode text file the indexes with starting from 1 are automatically output Wa MData type output string Bit BIT BIT ON string OFF string Word unsigned USHORT USHORT DEC 0 Word signed SHORT SHORTIDEC O Double word unsigned ULONG ULONG ULONGIDEC O Double word signed LONG LONG LONG DEC 0 FLOAT Single Precision FLOAT FLOATIDEC 7 FLOAT Double Precision DOUBLE DOUBLE DEC 14 16bit BCD BCD16 BCD16 DEC 0 32bit BCD BCD32 BCD32 DEC 0 1 Ona historical trend window on which a Unicode text file is opened a trigger ON string and trigger OFF string are displayed according to the information in the file 2 The number of digits after decimal point indicates the maximum number of digits therefore all of the specified number of digits are not always displayed Example For 1 2345 1 2345 is output not 1 2345000 12 SAVING DISPLAYED DATA EVENTS 1 1 12 2 Saving Displayed Data 3 Saving displayed data to CSV file BUY R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger Save data displayed in the graph legend area of active trend window to a CSV file When saving data displayed in the Historical trend graph data names are saved in the language specified in th
51. type information 1st column Date and time column Data type of date and time column row Fixed string DATETIME YYYY MM DD hh mm ss 2nd column Millisecond column 2 Data type of millisecond column of date and time Fixed string ms 3rd column Data sampling interval column Data type of data sampling interval column Fixed string INTERVAL 4th column Execution step number column Data type of execution step number column Fixed string STEP NO 5th column Execution program name Data type of execution program name column column Fixed string PROGRAM NAME 6th column Index column Index column Fixed string INDEX Data column Data type of sampled data Output format Data type output string Additional information K Page 144 Data type output string Last column Trigger information column Fixed string regardless of continuous logging trigger logging Output format TRIGGER trigger ON string 3 Doo o0 o lalalala co co co co o HO Kk O ps 7th column and later 12 SAVING DISPLAYED DATA EVENTS 1 12 2 Saving Displayed Data 33 Data name row 1st column Date and time column 2 Title of the Date and time column Fixed string TIME 2nd column Millisecond column Title of millisecond column of date and time Fixed string msec 3rd column Data sampling interval column Title of the Data sampling interval column Fixed string INTERVAL sy 4th column Execution step number column Title of execution step number column Fixed string STEP
52. v PG got i eee eee MELSEC iQ R series MELSEC Q series MELSEC L series analog module analog module analog module 3 Page 60 Displaying logging file saved with logging function of CPU module Analog module Displaying data sampled by Data logger Data logging file configuration EG MANL SOFT Sones OX Logiran HDL cv Historical Trendirbgh Speed Baha Logger Module D Fie View GaphOpensen GraphVew Online T 0x e E 5S Tes Bm EB sner OSS Dum Nare mr O n 9 Jereo poetics P Serea pi B z 1 Z Me 7 DAN NN High Speed Data BOX Data Logger an Gma nn Logger Module K Page 60 Displaying logging file saved with logging function of Data logger MDisplaying data saved in personal computer or in memory medium connected to personal computer Data logging file sampling trace data or Folder SD memory card ATA card CompactFlash card K Page 61 Displaying logging file saved in personal computer 8 USING TREND GRAPH FUNCTION 8 1 Overview 53 54 Realtime trend graph gu High Speed Data Logger High Speed Data Communication Q Analog c Display the most recent data sampled by Data logger Data communication gt BOX Data Logger Data are constantly updated so that the data history from the start of monitoring up to the present
53. wheel up moves the graph upward and scrolling it down moves the graph downward e When logging data of more than one file is displayed all of the data in the same file can be moved up or down by dragging a graph line upward or downward with the key pressed 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs 87 Moving left right When logging data of more than one file is displayed with the time interval plot display format the graph can be moved left or right lt Move to left gt lt Standard gt lt Move to right gt eee Datas CSV I INA AN NAA NA NAAN ON Sensor DataA CSV I 5 B DataA CSV I e nnhnnnannhnannnahnnnnnr ee Papa CS nahannanahnnannahnnnnnch ieh DataA CSV I MA 30564 Measured Valued DataA CSV Ha IVA AHA Jue DataA CSV 0 994521_ Measured ValueB DataA CSV I Ku ALS Hd 0 642792 Y Y y y fp 0 05 28 00 052300 05 30 00 05 31 00 053200 053200 05 34 00 05 35 00 05 23 00 05 24 00 05 25 00 05 26 00 052700 0528 00 052300 0530 00 05 31 00 053200 Operating procedure Select a trend graph with a mouse and drag it to the left or right Or select Graph Operation gt Adjust Graph Location gt Move Graph to Left Aj Move Graph to Right Ab Setting the ti
54. with Index only For data of which all of units following the missing unit are to be output even when any of hour minute or second is missing however the time display date display date and time display are available by treating the missing unit as 0 Optimizing the display language of data names Optimize a language of data names displayed on a historical trend window Data names are displayed in a language of the characters used in a read file when displaying a Data logging file If characters of codes which can be used in multiple languages or characters of inapplicable languages are used for data names those characters may be corrupted If characters are corrupted optimize the display language Operating procedure Select Graph View gt Set Language gt Chinese Simplified Chinese Traditional English Japanese Korean Unicode UTF 8 8 USING TREND GRAPH FUNCTION 8 6 Changing Display Items in Graph Area 97 8 Changing Graph Appearance This section explains the methods of changing graph appearance K Page 98 Changing color and type of graph 3 Page 100 Highlighting graph 3 Page 100 Thickening graph line Point e Graph display information can be named and registered to be reflected to other windows Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows e Graph display can be set to be reflected automatically when opening a window with the same data logging
55. 00 32 000 001 Sensor detectedemor 0 Restoration D2005 3 D2005 5 177772011 18 00 27 000 001 Sensordetectederor Restoration 2 p2005 3 D2005 4 177772011 18 00 13 000 001 Sensordetectederor 0 Restoration p2005 5 D2005 5 D2003 36 r Number of items 100 100 EYT UL CSV Historical Eve Displaying ongoing events Realtime event list N IN N mov USE High Speed Data Communication TET 3 TR BOX Data Logger Display the specified event logging settings of a module in the event list 1 Select Online gt Realtime Monitor i 2 Select High Speed Data Logger Module or BOX Data Logger on the Transfer Setup screen 3 Click the Event Logging tab on the Select Logging Setting screen 4 Select a event logging setting to be set from the list and click the Open button Operating Realtime event list monitoring status N N N N N ELSE sa High Speed Data Communication Q Analog 2 BOX Data Logger Change the monitoring status on the Realtime event list MStarting monitoring e Select Online gt Begin Monitor gt This operation starts the communication with a module and turns the monitoring status from Stop to Run MStopping monitoring e Select Online gt End Monitor MW This operation disconnects the communication with a module and stops updating the event list 9 USING EVENT MONITORING FUNCTION 1 1 9 3 Displaying Event List 3 9
56. 1 _ D1 01 TA N N TA N N N N N f N N N N f NN FA 1A i a N N N 7 TA 050 ji ji I ji 050 f H F F lt PA 8 I I 47 H 1 al 14 HH 1 H 1 HA H i E ji ii ail LA A EV U m 7 fd HU f I IN Py PU NN TIN rik f rook LANA u op Ff gy N TS I IN I TA Of TU I AA pA J U HA l 1 a 050 050 a 17 T Wi f U NI VI 0 997564 V V Vi VU V V V V V Vi Vi 0 997564 U Vi VJ V V INI Vi IV VJ VI V U U Vi 17 11 52 17 12 04 171216 17 12 28 1712 40 171152 1712104 171216 17 12 28 1712 40 Operating procedure Graph View gt Grid gt Vertical Line Horizontal Line Switching graph plot format Switch a display format displayed on a historical trend window to the equidistance plot display format or the time interval plot display format The equidistance plot display format is a format which displays the sampled data in an equal interval regardless of time The time interval plot display format is a format which displays the g
57. 10 H OO System Image 4 gt Time Out Sec 30 Retry Times 0 Phone Line Connection C24 CCIE Cont CCIE Field Ethernet CC Link C24 NET 10 H Accessing Host Station Cancel pl r Multiple CPU Setting 3 3 3 3 Target PLC er o Not Specified On the Transfer Setup screen the detailed settings for the items with underline can be configured by double clicking it In addition the items with yellow icon indicate that they are already set Other Station No Specification Specify this to access the QCPU LCPU directly connected to a personal computer Setting Other Station Single Specify this to access the QCPU LCPU on another station via only one kind of network including a multi tier Network system such as CC Link only C24 module only or Ethernet only Other Station Co Specify this to access the CPU module on another station via CC Link or serial communication module from the existence Network QCPU LCPU connected to a personal computer Network Communication Route Select the network type network number station number and start I O number of the network that is routed for accessing the programmable controller CPU on another station The setting items differ depending on the selected network type Connection Channel List button A communication route can be selected with checking the route image displayed on the screen Set the network number station number and other
58. 122457 12 25 17 nea 2999545 Time Blue Value Blue 61 724 4 61764 Index Blue Value Blue Difference Blue 3 Red OM gt ON Span Blue gt Red sa 00 00 35 400 Difference Blue gt Red 2790982 Span Elue 5Red j EG Value Blue ON TimelBlue 7732014 05 30 27 800 Value Blue 2790982 Index Blue 61741 Since Analog module does not have time information in the logging data only Index display is available in Difference Blue gt Red Displays difference information of value status e When a graph is bit data ON gt OFF OFF 5 ON ON gt ON OFF gt OFF e When a graph is word data Value at the red cursor Value at the blue cursor Span Blue gt Red Displays difference information of time index Time Index at the red cursor Time at the blue cursor Index Time display Data sampled by CPU module are displayed up to u unit and data sampled by Data logger Data communication are displayed up to a microsecond unit Value Blue Displays the value status at the point of intersection between the selected trend graph and the blue cursor Time Blue Displays time index at the blue cursor Index Blue 4 asterisk is displayed when the date information does not exist or when the date information does not contain year month and day information 8 USING TREND GRAPH FUNCTION 58 8 2 Screen Configuration Status bar lt Example When directly connected to High Speed Data Logger Module and the index di
59. 30 20 40 31 20 40 32 20 40 33 20 40 34 Select Graph View gt Show All Graphs Batch hide Hide the trend graphs of all the data listed in the graph legend area lt Display gt lt Batch hide gt ON OFF ON OFF v v v v 7886 Unwinder speed Pag PA nn SES an 1636 winder speed 18307 Ben aa H 100_ Sensor position J a 25116_ d100 20100 at ai 32767 d1212 321 00 18590_ d1234 578 d2 7925 d2001 ke 460 d2005 i d nod PA AS pi PE RANAY NAMANA Aly SA Z YY MAAN ANNAA EN se VI NY POAN VINV NA Y 8013 d2007 I y VS j ia ae ES En An ENG 7925 d2001 0037 5 sae eS ae gt 392 li E 25 d500 pe di I llo 7907 810 t 1013 Processing c2 42 m m nl 7884 da T 7994 Kate F H SK ai eae AE a OFF ON Printing urr3 Et ON m800 urra o L I _ I CL I a 20 40 29 20 40 30 20 40 31 20 40 32 20 40 33 20 40 34 20 40 29 20 40 30 20 40 31 20 40 32 20 40 33 20 40 34 Select Graph View gt Hide All Graphs amp 8 USING TREND GRAPH FUNCTION 78 8 5 Operating Trend Graphs Aligning graphs Align all the trend graphs displayed in the graph area without overlapping Trend graphs are aligned in the o
60. 31004 rows data rows 4 For the realtime monitor graph Up to 1000004 rows data rows 3 ex File information row gt LOGGING L1 3 4 5 2 Comment row gt Logging output result Data type information row DATETIME YYYY MM DD hh mm ss ms INTERVAL STEP NO PROGRAM NAME INDEX BIT 1 0 SHORT DEC 0 SHORT DEC 0 SHORT DEC 0 SHORT DEC 0 BIT 1 0 TRIGGER Data name row TIME msec INTERVAL us STEP NO PROGRAM NAME INDEX SM402 D800 D2005 D2003 D3 MO Trigger 2011 07 02 04 06 35 752 0 65 MAINS 11 5631 14 2011 07 02 04 06 35 757 5000 65 MAINS 2 12 5631 15 Data row 2011 07 02 04 06 35 762 5000 65 MAINS 3 13 5631 16 2011 07 02 04 06 35 767 5000 65 MAINS 4 14 5631 17 2011 07 02 04 06 35 772 5000 65 MAINS 5 15 5631 18 File information row 1st column File type File type of output file Fixed value LOGGING 2nd column Type information_file version Version of output file Fixed value e QnUDVCPU Q1 e LCPU L1 3rd column Number for data type Number indicating the data type information row information row Fixed value With comment row 3 Without comment row 2 4th column Number for data name row Number indicating the data name row Fixed value With comment row 4 Without comment row 3 5th column Number for data starting rows Starting number of data rows Fixed value With comment row 5 Without comment row 4 6th column Number for comment row Number indicating the comment row Fixed value 2 MData
61. 32 DEC 0 Data type Output data Bit BIT BIT ON string OFF string Word unsigned USHORT DEC 0 Word signed SHORT DEC 0 Double word unsigned ULONG ULONG DEC 0 Double word signed LONG LONG DEC 0 FLOAT Single Precision FLOATIDEC 7 FLOAT Double Precision DOUBLE DEC 14 sees BCD32 S 1 Ona historical trend window on which a CSV file is opened a trigger ON string and trigger OFF string are displayed according to the information in the file On a realtime trend window on which a binary file is opened a trigger ON string and a trigger OFF string are displayed as respectively when output in a CSV file 2 The number of digits after decimal point indicates the maximum number of digits therefore all of the specified number of digits are not always displayed Example For 1 2345 1 2345 is output not 1 2345000 Saving displayed trend graphs to image file Save a captured image of the active trend window to a file Wail and woe Click the Save button to save the image of an active trend window Operating procedure 1 Select File gt Save As gt Save Image File Fa 2 Select a file format BMP JPG PNG to be used from Save as type 3 Enter a file name and click the Save button 144 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data 12 3 Saving Displayed Events PU BIG PE High Speed Data Communication Aa BU Bah 50x Data Logger This section explains how to save events
62. 37 Page 79 Aligning graphs 3 Page 79 Superimposing graphs Automatic graph adjustment Click a button Display size is automatically adjusted according to the maximum minimum value of data KL Page 84 Specifying upper lower limit display value MDisplay size adjustment Drag with a mouse Enlarge the error location 3 Page 87 Widening narrowing the display scale BEMoving graph Drag with a mouse Position graphs freely KL Page 87 Moving graph up down left right 1 OVERVIEW 1 2 Features 13 Instant check for data changes with easy to understand operation Data changes are instantly checked by using the two cursors multiple cursor function Cursor B blue Cursor A red Data shift can be viewed ata The shift in value and time between the cursors Bam can be instantly checked LLI pe LL i I LEE LI Difference Blue gt Red Span Blue gt Red 00 00 17 800 Yalue Blue Time Blue 74372014 05 29 05 000 KL Page 94 Displaying multiple cursor Instant check for the target data Data values are instantly checked by using the Jump cursor function to jump a cursor to the specified value time index position on the trend graph Jump to the position where the condition is satisfied Value search Condition search Value 2 400 7 7 2014 15 06 27 7 7 2014 14 50 11 i
63. 4 Co existence h N etw ork R out e HETO CC IE Field Ethernet CC Link C24 g Other Station Head I O 0 Station No D Multiple CPU Setting JIII e Not Specified re Operating procedure 1 On the Transfer Setup screen specify the connection interface of a personal computer to which GX LogViewer has been installed for PC side I F 2 Specify the connection interface of the programmable controller CPU for PLC side F When connecting to a Built in Ethernet port CPU the QCPU LCPU on the network can be searched and specified L Page 49 Searching and specifying a Built in Ethernet port CPU module on the network 3 Specify whether or not any other station is present for Other Station Setting 4 Select the network type network number station number and start I O of the network routed for accessing the programmable controller CPU on another station for Network Communication Route or Co existence Network Route and click the OK button 48 7 CONNECTING TO MODULE 7 3 Connecting to QCPU LCPU MSearching and specifying a Built in Ethernet port CPU module on the network Search a Built in Ethernet port CPU module on the network on the PLC side I F Detailed Setting of PLC module screen to connect Operating procedure 1 Select Ethernet board for PC side I F on the Transfer Setup screen and double click CPU module for PLC side F 2 Select the CPU mode LCPU or QCPU Q mode to be connect
64. 6 Displaying current device status Realtime monitor graph Display the device information configured with the realtime monitor setting on the Realtime monitor graph RnPCPU RnSFCPU do not support the realtime monitor function Operating procedure MStarting the realtime monitor function 1 Select Online gt Realtime Monitor 2 Select RCPU or LCPU on the Connection Destination screen 3 For RCPU specify the connection method on the Transfer Setup screen For LCPU specify the connection method and its route on the Transfer Setup screen 4 Configure the monitoring setting on the Realtime Monitor Setting screen and click the Monitor Start button Page 62 Realtime monitor setting for LCPU MConfiguring the realtime monitor setting offline 1 Select Online gt Realtime Monitor i 2 Select RCPU or LCPU on the Connection Destination screen and select the Execute the realtime monitor setting in offline mode checkbox 3 Click the OK button 4 Configure the monitoring setting on the Realtime Monitor Setting screen 7 Page 62 Realtime monitor setting for LCPU 5 Click the Save to Files button to save the setting file to arbitrary folder By clicking the Read from Files button on the Realtime Monitor Setting screen and specifying the setting file the realtime monitor setting configured in advance can be displayed Realtime monitor setting for LCPU The setti
65. 6 66 766 36 0 67 723 36 0 68 712 36 1 10 724 36 1 11 732 36 1 55 16 65 725 36 8 55 17 66 756 36 0 18 67 723 36 0 8 55 19 68 712 36 8 55 20 70 724 36 8 55 20 71 732 36 25 50 44 46 2D 31 2E 33 00 25 E2 E3 CF D3 OD OA 32 35 34 20 30 20 6F 62 6A OD 3C 3C 20 OD 2F 4C 50 44 46 2D 31 2E 33 Unicode text format CSV format GX LogViewer format format Binary format Data shift can be History of event easily checked occurrences restorations can be checked Series GX LogViewer EVTOLCSV Historical Event High Speed Data Logger Module File View Event Online Tool Window Help GIRBDAaS BAR ABG FA Vier r DBS mim INI Jonas O File View Graph Operation Graph View Online Tool Window Help SIR Bad BA 3 ERIE 0 B 5S 5 EN Bi g g E Equidistance Pot ME amp Data Name Comment Monitoring Data Sensor position Reel speed 7 7 2014 18 01 12 000 Voltage error Restoration D2007 77 7 7 7 2014 18 01 10 000 002 Voltage error 1 Occurrence D2007 83 7 7 2014 18 01 10 000 001 Sensor d
66. 8 01 02 000 2 001 Sensordetectederor 0 Restoration 020065 Select Event gt Sort by gt Date No Event Logging Name Status Comment Monitoring Data Or click the item name displayed on the top of each column 9 USING EVENT MONITORING FUNCTION 1 1 9 4 Operating Event List 5 Optimizing the display language of event logging names and comments Optimize a language of event logging names and comments displayed on a historical event window Event logging names and comments are displayed in a language of the characters used in a read file when displaying an Event logging file If characters of codes which can be used in multiple languages or characters of inapplicable languages are used for data names those characters may be corrupted If characters are corrupted optimize the display language Operating procedure Select Event gt Set Language gt Chinese Simplified Chinese Traditional English Japanese Korean Unicode UTF 8 Precautions The filtering needs to be disabled when switching the language Sorting is cleared when switching the language while events have been sorted 1 1 6 9 USING EVENT MONITORING FUNCTION 9 4 Operating Event List Displaying consecutive previous next event Normally one Event logging file is displayed on a historical event window However data in the previous next Event logging file can be displayed simultaneously by using this function CSV files and binary fi
67. B 0 18 PUB a Ah Al av sin 0 rt a alta A ov Wi NANA V V N I N N NIA 0 9925 MM NL a NAN yi 05 28 7 Precautions e Stop or pause the monitoring when operating the cursors on the Realtime trend graph Realtime monitor graph e The Multiple cursor function needs to be activated to display the blue cursor For details on the Multiple cursor function and the difference information area refer to the following sections KL Page 94 Displaying multiple cursor K Page 58 Difference information area Moving cursors Operating procedure MMoving red cursor or blue cursor Drag the red cursor blue cursor to the right left using a mouse Or press the W L keys MMoving red and blue cursor simultaneously Drag the red cursor or the blue cursor while pressing the Sr ctl keys Or press the snitt LEVL keys BEMoving graph only without moving cursors Move the horizontal scroll bar right left on the trend window Or press the Poue Padonn keys moving the scroll bar right left or press the Homel keys moving the scroll bar to the right left periphery MMoving cursor by specifying value time index The cursor can be moved to the specified position value time index by using the Jump cursor function For details on the Jump cursor function refer to the following section 3 Page 80 Moving cursor by specifying value time
68. CHAPTER 12 SAVING DISPLAYED DATA EVENTS 128 12 1 Save Target Data Event 0 cc nn nn 128 122 Saving Displayed Data 4 041 2044 24 1 SAP en DADA DING ee eS Sed LANA KNA 128 Saving displayed data to Unicode text file ee eens 128 Saving displayed data to CSV file ee eee eee eens 132 Saving displayed trend graphs to image file 1 0 ee nee eens 144 12 3 Saving Displayed Events 0 0 0 ees 145 Saving displayed events to CSV file 6 eee ene ee een e nee 145 Saving displayed events to image fille 2 ee rn teen eens 147 CHAPTER 13 PRINTING TREND GRAPHS 148 131 PHAUSCUINGS1 5 4504 c00c sus 00 Heu dean te ce beets ee ira dee ae ee eames Sk dk 148 13 2 Checking Print Preview cans 20 AB Ba NB KNA KA LAAL eed tere eet esse een tebe ee tem 149 CHAPTER 14 HELP MENU 150 141 Opening Manual os ka dh en tates baw eee eee Rew NAKAT ern 150 14 2 Connecting to MITSUBISHI ELECTRIC FA Global Website 0 0 0c es 150 143 Version INTOFMALlOM 6 ssia 36 4 6 5m Sci teak aia wa SK th nl AE E acca kB ske Be hw oe we det 150 CHAPTER 15 TROUBLESHOOTING 152 APPENDIX 154 Appendix 1 USB Driver Installation 0 0 00 cc es 154 Appendix 2 Added and Changed Functions 4 ees 155 Appendix 3 PINGTEST catch ct AA se oe NENA AA YLAGAN NAKA terse ce ANAN ON ANAN NAA AA AA 159 INDEX 161 REVISION a een en Bee poe pa es a babe BAD NAA Oe ee ee Oa ea PAA AG ADA NAA 163 TRADEMARKS ee os aa a oe AG
69. D2007 77 7 2011 18 01 04 000 a pame D2005 5 7772011 18 01 02 000 777720111 11 18 01 02 000 8 01 02 000 7772011 18 01 01 000 11 18 01 00 000 Date Event Logging Name Status Comment Monitoring Data 2011 17 59 54 00 sl5 5 5 3 13 5 oOIOIlIOIOIOIOIOIOIO Operating procedure 1 2 Select Event gt Filter 1 Set a filtering condition to the filter row MFiltering by Date 1 2 1 Select Enable Filter on the Filter Period Settings screen Select the dates for Filtering Begin Date and Filtering End Date 1 and click the OK button Without specifying Filtering Begin Date all of events older than date and time specified in Filtering End Date are displayed Without specifying Filtering End Date all of events newer than date and time specified in Filtering Begin Date are displayed BFiltering by an item selected from a list box 1 2 114 Click a cell in the filter row From the list box select an item to filter events by List box selection is not available in the Monitoring Data column 9 USING EVENT MONITORING FUNCTION 9 4 Operating Event List MFiltering by an item input directly 1 Click a cell in the filter row and enter a filtering condition directly 2 Press the Enter key MClearing filtering conditions Perform any of the operations below e Select D
70. Driver Signing the USB driver may not be installed Select Ignore Install the software anyway and don t ask for my approval or Warn Prompt me each time to choose an action in Driver Signing and install the USB driver Windows Vista Operating procedure Connect the personal computer and the CPU module with a USB cable and power ON the programmable controller Select Locate and install driver software recommended on the Found New Hardware screen Select Browse my computer for driver software advanced on the Found New Hardware screen Aa YN a Select Search for the best driver in these locations on the next screen Select Include subfolders and specify MELSOFT Easysocket USBDrivers in the folder where GX Log Viewer has been installed on the next screen Precautions When the Windows can t verify the publisher of this driver software screen is displayed during the installation select Install this driver software anyway Windows 7 or later Operating procedure 1 Connect the personal computer and the CPU module with a USB cable and power ON the programmable controller Select Control Panel gt System and Security gt Administrative Tools gt Computer Management gt Device Manager from Windows Start Right click Unknown device and click Update Driver Software 3 Select Browse my computer for driver software on the Update Driver Software screen Specify MELSO
71. EVENTS 12 2 Saving Displayed Data Analog module The CSV file format explained below differs from the CSV file format obtained from Analog module For details of the CSV file format of an Analog module refer to the user s manual of each Analog module Delimiter Comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows Maximum number of rows 10003 rows data rows 3 File information row LOGGING QADI 2 3 4 Data type information row gt INDEX SHORT DEC 0 TRIGGER Data name row gt INDEX DATE 2014 06 25 16 26 07 1 0 0000 CH1 CYCLE 320us Trigger 4 3 10 Data row File information row 1st column File type File type of output file Fixed value LOGGING 2nd column Type information_file version Version of output file The file version of Analog module differs depending on the module type For details refer to the user s manual of each module Example R60AD4 RAD_ 1 Example Q68CT Q68CT 1 Example L60AD4 LAD1 3rd column Number for data type Number indicating the data type information row information row Fixed value 2 4th column Number for data name row Number indicating the data name row Fixed value 3 5th column Number for data starting rows Starting number of data rows Fixed value 4 MData type information 1st column Index column Index column row Fixed string INDEX 2nd column and Data column Data type of sampled data later Output format Data type output string Additional
72. FT Easysocket USBDrivers in the folder where GX LogViewer has been installed on the next screen 1 Select All apps on the Start screen or Start gt All Programs 154 APPENDICES APPENDIX Appendix 1 USB Driver Installation Appendix 2 Added and Changed Functions The following table shows the functions added and changed in GX LogViewer and the applicable software version SW1DNN VIEWER J Japanese SW1DNN VIEWER E English and SW1DNN VIEWER C Chinese are integrated into SW1DNN VIEWER M Multiple languages Version 1 46Y e SW1DNN VIEWER M Multiple languages Added changed contents Applicable software version Switching the display language is supported 1 46Y or later Displaying the data saved with the following tool is supported e FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool Displaying the data logged by the following modules is supported 1 49B or later e RnENCPU RO4ENCPU RO8ENCPU R16ENCPU R32ENCPU and R120ENCPU e RnSFCPU R08SFCPU R16SFCPU R32SFCPU and R120SFCPU In the realtime monitor function of RCPU specifying the step relay with a block specification BLOIS to the device set on the Monitor Target Setting tab and the device set on Timing Condition in the Monitor Condition Setting tab on the Realtime Monitor Setting screen is supported e SW1DNN VIEWER J Japanese Added changed contents Applicable software version Windows 7 32 bit version is supported 1 03D or later Displaying th
73. File information row gt LOGGING SamplingTrace 1 2 3 Data type information row P gt INDEX BIT 1 0 BIT 1 0 BIT 1 0 LONGIDEC 0 SHORTIDEC 0 SHORT DEC 0 TRIGGER Data name row INDEX MO M1 M8191 DO D12287 D10 Trigger 1 0 1 0 96552 200 0 Data row 2 1 1 0 128736 200 0 3 0 1 0 160920 200 0 File information row 1st column File type File type of output file Fixed value LOGGING 2nd column Type information_file version Version of output file SamplingTrace_ Version number Example SamplingTrace 1 3rd column Number for data type Number indicating the data type information row information row Fixed value With comment row 3 Without comment row 2 4th column Number for data name row Number indicating the data name row Fixed value With comment row 4 Without comment row 3 5th column Number for data starting rows Starting number of data rows Fixed value With comment row 5 e Without comment row 4 6th column Number for comment row Number indicating the comment row Fixed value 2 MData type information 1st column Index column Index column row Fixed string INDEX 2nd column and Data column Data type of sampled data later Output format Data type output string Additional information 3 Page 144 Data type output string Trigger information column Fixed string TRIGGER trigger ON string gt MData name row 1st column Index column Title of the Index column Fixed string INDEX 2nd column and Data col
74. Graph MThe Monitor Condition Setting tab Timing Condition Device Specification Data at a certain point when the specified device status has satisfied the specified condition at the END processing are monitored Device 1 Bit device X Y M L F SM V B SB T contact 3 ST contact 3 C contact 3 LT contact gt LST contact 3 LC contact 3 FX FY BLOIS JO X JOY JO SB JO B Bit device D SD W SW RD R ZR FD ULIG JOW Bit specified word device JO SW U3EONG U3ED HG Word device T current value ST current value 4 C current value D SD W SW RD R ZR Z FD UCNG JOW JO SW U3ED G UJEDIHG Word device X Y M L F SM B SB BLOI S JONX JONY Digit specified bit device JO SB JO B Double word device LT current value LST current value LC current value LZ Double word device X Y M L F SM B SB BLOIS JO X JO Y Digit specified bit device gt JO SB JO B Condition Formula MBit device is specified e Bit device specification 1 When bit device rises el Monitors data when the specified device status is changed from OFF to ON e Word device double word device When bit device falls specification Monitors data when the specified device status is changed from ON to OFF Change MWord device double word device is specified When word device double word device meets the specified value Monitors data when the current value of th
75. Historical Event module name Realtime event list logging setting name Realtime Event module name monitoring status Event list Displays a list of events occurred Page 110 Event list Status bar Displays a source from which an Event logging file is obtained and the communication status Page 111 Status bar with Data logger 9 USING EVENT MONITORING FUNCTION 4 9 2 Screen Configuration 09 Event list Date No Event Logging Name Monitoring Data a a a Ini a ern een Filter row 7 7 2011 18 01 19 000 003 Rotationspeederor 1 Occurence 200331 7 7 2011 18 01 12 000 002 Voltage eon U 0 Aestoration 02007277 177772011 18 01 10 000 001 Sensordetectederor 0 Restoration D2005 3 O 177772011 18 01 07 000 002 voltage eror 0 Restoration 020077 O 712011 18 01 02 000 D2003 21 7 2011 18 01 02 000 7 2011 18 01 01 000 D2005 5 D2005 5 7 7 2011 18 01 00 000 001 Sensordetectedemor 0 Restoration 10200658 177772011 18 00 55 000 001 Sensor detectedenr 1 Occumence 10200564 177772011 18 00 40 000 001 Sensor detectedenr O Restoration 10200658 O 177772011 18 00 36 000 001 Sensordetectedemor 0 Restoration 10200565 177772011 18 00 35 000 001 Sensordetectedemor 1 Occurence 020054 177772011 18 00 34 000 o1 Sensordetectedemor 0 Restoration D2005 5 177772011 18 00 33 000 Go Sensordetectederor 1 Occurence Du 177772011 18 00 32 000 001 Sensor de
76. L N 05 28 34 5 28 50 05 29 06 05 29 22 05 29 38 05 29 54 05 29 24 05 29 36 05 29 48 05 30 00 05 30 12 05 30 24 05 30 36 05 30 48 05 31 00 05 31 12 Display the graph in a fixed time interval Display the graph in an equal interval regardless of time Operating procedure Select Equidistance Plot Time Interval Plot from the combo box in the toolbar Or select Graph View gt Plot Format gt Equidistance Plot Time Interval Plot 8 USING TREND GRAPH FUNCTION 96 8 6 Changing Display Items in Graph Area Changing display of time scale labels Change a display of time scale labels on the graph area between the time display date display date and time display and index display Since Analog modules do not have time information in the logging data only index display is available lt Time display lt Date display piga anasan ON Datal ON Datal OFF OFF a men ________ BAM ______ Team ________ lt Date and Time display gt lt Index display gt naga aaa ON Datal ON Datal 2 org EN SS BER _ OFF il I 73 20 73201 51 11 46 43 11 47 22 Operating procedure Select Graph View gt Time Label gt Time Date Date and Time Index Precautions A logging file in which any of year month day hour minute or second of the data line output format can be set with Configuration tool is missing is displayed
77. Logging File to PC Za e Select Online gt Realtime Monitor Connection Destination Please select the equipmen LCPU Host Select it The rea when the data logged in MELSEC iQ R Series Analog Module will be accessed time monitor setting can be created or edited in offline mode Select it when the data logged in MELSEC Q Series Analog Module will be accessed High Speed Data Logger Module High Speed Data Communication Module LCPU Select it eal The re when the data logged in MELSEC L Serie time monitor setting can be created or edited ir BOX Data Logger Operating procedure Select the equipment to be connected and click the OK button Connection target and connection methods For the methods of connecting to the equipment selected in the Connection Destination screen refer to the following sections Item Reference e RCPU Page 46 Connecting to RCPU e QCPU Page 47 Connecting to QCPU LCPU e High Speed Data Logger Module Page 50 Connecting to Data logger Data communication e High Speed Data Communication Module e LCPU Page 47 Connecting to QCPU LCPU BOX Data Logger Page 50 Connecting to Data logger Data communication Po oint Access restriction when connection destination is specified When the access restriction is set to the module by remote password or access authentication the connection target cannot be specified with GX LogViewer Cancel the access rest
78. NT MONITORING FUNCTION 107 9 1 OVEIVIEW ANA a et ee eee eee ee eee PRA Fe 107 9 2 Screen Configuration usa nee ee tes dE Cee air 109 FEN WIDOOW a pace cd end dk p de ype re eS oe ars ee aed GE eS ee a ne 109 EVENS ana nee ADA anne een Rene hoes oneness eto ede NAG Bere KANNADA 110 Sa HA rarr rore raea NTN 111 9 3 Displaying Event EE EEE ee sorte rn aaa ese NG 112 Displaying logged events Historical event list 0 0 0 ee ee nes 112 Displaying ongoing events Realtime event list ee nee nes 113 Operating Realtime event list monitoring status 1 0 ee eee eens 113 9 4 Operating Event List i cccssiw teen twee howe ee ee AG eee eee we 114 Displaying only events that meet specific conditions Filtering eee 114 Sorting events Sorting 1 0 ee ee eee ee eee eee eee eens 115 Optimizing the display language of event logging names and comments 00000 eee eee eee 116 Displaying consecutive previous next event 2 0 ee eee ees 117 9 5 Changing Display Settings of Event List 0 0 es 121 CHAPTER 10 SAVING LOGGING FILES TO PERSONAL COMPUTER 123 CHAPTER 11 USING WINDOWS FOLDERS DISPLAYED IN PAST 125 Tih JOVEIVICW ors essences eee er ese e se a 125 11 2 Adding Restoring Frequently Used Window Configuration to Menu 00 cece eee ees 126 11 3 Redisplaying Recently Used Windows 000 a ee 127 11 4 Redisplaying Recently Used Folders 24 nn nn nennen 127
79. Show Previous Graph lt After operation Data in 00000103 csv are displayed Data in 00000102 csv are displayed S CL gg aq Up to two files can be displayed lt Operating from the status when the previous graph is already displayed Time axis Data logging file configuration Trend window ILOGGING I 10601 lt Before operation gt Ea rl je r muse PR MELSOFT Series GX LogViewer HSDL csv Historical Trend High Speed Data Logger Module File Vie raph Operation Graph Vie inline Tool indow Hel 00000001 File displayed KS before the A operation 00000001 CSV Data in 00000102 csv are displayed 00000103 csv are displayed 5 5 meee eee ee 00000101 CSV Previous graph T 00000102 CSV Perform Show Previous Graph 00000002 XI Aa 00000103 CSV i Data in Xa 00000101 csv are 00000102 csv sd displayed are displayed a 00000255 CSV Files to be displayed after the operation x a Up to two files can be displayed LOGO1 CSV File sampling LOG02 current data _ Operating procedure 1 Select Graph Operation gt Show Previous Graph 0 2 Click the lt lt button The previous graph cannot be displayed to a Data logging file of which serial number assigned to the file name is the smallest number 8 USING TREND GRAPH FUNCTION 91 8 5 Operating Trend G
80. U R16PCPU R32PCPU and R120PCPU A generic term for RO8SFCPU R16SFCPU R32SFCPU and R120SFCPU An abbreviation for Secure Digital Memory Card which is a memory device configured by flash memory A memory card required for the logging function of RCPU QnUDVCPU LCPU MELSEC iQ R series analog module Q series analog module L series analog module and Energy Measuring Unit A text file which consists of tab delimited data An abbreviation for Uniform Resource Locator A method to describe the location of information resources including documents and images on the Internet A generic term for Microsoft Windows Vista Ultimate Operating System English Microsoft Windows Vista Home Premium Operating System English Microsoft Windows Vista Home Basic Operating System English Microsoft Windows Vista Business Operating System English and Microsoft Windows Vista Enterprise Operating System English A generic term for Windows Vista Windows 7 Windows 8 and Windows 8 1 A generic term for Microsoft Windows 7 Starter Operating System English Microsoft Windows 7 Home Premium Operating System English Microsoft Windows 7 Professional Operating System English Microsoft Windows 7 Ultimate Operating System English and Microsoft Windows 7 Enterprise Operating System English A generic term for Windows 7 Windows 8 and Windows 8 1 A generic term for Microsoft Windows 8 O
81. X Data Logger High Speed Data Communication Module MELSEC iQ R series analog module MELSEC Q series analog module MELSEC L series analog module An application programming interface API for 2D 3D graphics applications A generic term for personal computer on which Windows operates Each single point of data sampled by a module when displayed on a trend graph A generic term for Q00JCPU QOOUJCPU QOOCPU QOOUCPU Q01CPU Q01UCPU Q02CPU Q02HCPU Q02PHCPU Q02UCPU Q03UDCPU QO3UDECPU Q03UDVCPU Q04UDHCPU Q04UDEHCPU Q04UDVCPU Q04UDPVCPU Q06HCPU QO6PHCPU QO6UDHCPU QO6UDEHCPU QO6UDVCPU QO6UDPVCPU Q10UDHCPU Q10UDEHCPU Q12HCPU Q12PHCPU Q12PRHCPU Q13UDHCPU Q13UDEHCPU Q13UDVCPU Q13UDPVCPU Q20UDHCPU 20UDEHCPU Q25HCPU Q25PHCPU Q25PRHCPU Q26UDHCPU Q26UDEHCPU Q26UDVCPU Q26UDPVCPU Q50UDEHCPU and Q100UDEHCPU A generic term for Q03UDVCPU QOAUDVCPU QO6UDVCPU Q13UDVCPU and Q26UDVCPU Term RCPU RnENCPU RnPCPU RnSFCPU SD memory card Unicode text file URL Windows Vista Windows Vista or later Windows 7 Windows 7 or later Windows 8 Windows 8 1 Windows XP Definitions of icon Description A generic term for RO4CPU RO4ENCPU RO8CPU RO8PCPU RO8SFCPU ROSENCPU R16CPU R16PCPU R16SFCPU R16ENCPU R32CPU R32PCPU R32SFCPU R32ENCPU R120CPU R120PCPU R120SFCPU and R120ENCPU A generic term for RO4ENCPU RO8ENCPU R16ENCPU R32ENCPU and R120ENCPU A generic term for RO8PCP
82. ait EIN NY 1513 00 I label ap jon l pg 20 jo Operating procedure Select Graph View gt Cursor Label HE Displaying data names Display or hide data names in the graph area lt Hide gt lt Display gt v 7 as v 7 886 ma gt spee ei N I 1 838 7838 ak LA 814 7514 l R j l vo pas WA Yy y y 1636 1636 winder speed 1563 I sed VA N AN I lt gt ot yv pos N 1 I Nr U LL ma ON I Processing ON_ ON Printing OFF OFF J 20 40 29 20 40 30 20 40 31 20 40 32 20 40 33 20 40 34 20 40 29 20 40 30 20 40 31 20 40 32 20 40 33 20 40 34 Operating procedure Select Graph View gt Data Name Point When the realtime monitor window is activated Device Label is displayed as a display item instead of Data Name 8 USING TREND GRAPH FUNCTION 9 8 6 Changing Display Items in Graph Area 5 Displaying grid Display or hide the grid vertical lines horizontal lines in the graph area lt Hide gt lt Display gt ON Mi ON M OFF FF 30664 DIO 30664 23064 23064 15564 15564 8064 B064 564 564 6936 6936 14436 lt gt 14436 21936 21936 29436 29436 0997564 D10 0897564
83. and character code is supported e Chinese Traditional Korean e Unicode UTF 8 Korean version of operating system is supported The Jump Cursor function can be executed by searching value Windows 7 64 bit version is supported Displaying the data logged by the following modules is supported e MELSEC Q series High Speed Analog Digital Converter Module Q64ADH e MELSEC Q series Current Transformer Input Module Q68CT e MELSEC L series Analog Digital Converter Module L60AD4 Displaying the date on a time scale label is supported The automatic reflection of the graphical display setting when displaying trend window is supported Initializing graphical display of the trend graph being displayed is supported Expand the maximum display point of the trend graph on one screen from 65535 to 100000 and the maximum save number of lines to the CSV file from 131073 to 200003 data row 3 The plot format of the historical trend graph being displayed can be changed from equidistance plot format which is conventional display format to time interval plot format When displaying with time interval plot format logging data of another file can be added to the trend graph being displayed When displaying multiple file logging data on the trend graph the graph can be moved to left or right Displaying sampling trace data in GX LogViewer format saved with GX Works2 Version 1 91V or later is supported Displaying the data logged by the f
84. aph format The following display methods are available for the trend graph function e Historical trend graph e Realtime trend graph e Realtime monitor graph 4 File View Graph Operation Graph View Online Tool Window Help 8BBa8s I HH Her rt VIGRA Joala A 6S amp m i gt lt BA BO E Eguidistance Plot DI a O LCPU LOG csv Historical Trend LCPU Data Name Value Data Name Value 71 Na Reel speed Sensor Sensor B I Measured data Measured data B 29436 0 994521 Measured data B 0 642792 AED Cursor Value 0 Cursor Time 2 7 2014 00 04 21 800 Modules files supporting the Historical trend graph Realtime trend graph Realtime monitor graph are shown below O supported X not supported O mamie 0 0 0 oo ROT TITA gh Seed Dia Communication mammae OR e ewwer CE CE KIKLO X X xX X x 52 8 USING TREND GRAPH FUNCTION 8 1 Overview Historical trend graph RCPU R Analog OT UID NAC HEN Ba Bka High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger Display Data logging file saved in a memory card in a module and Data logging file data sampling trace data and a simulation result in a personal computer Saved past data can be confirmed anytime EDisplaying data sampled with logging function of CPU module Analog module Data logging file SD memory card ATA card QCPU QnUDVCPU
85. ata logging file ba CompactFlash card High Speed Data Logger Module BOX Data Logger 3 Page 112 Displaying logging files saved with the event logging function of Data logger MDisplaying data saved in a personal computer or in a memory medium connected to a personal computer Event logging file 3 Page 112 Displaying Event logging files saved in a personal computer Realtime event list N N N N N QnUDVCP NEA DEEA High Speed Data Communication Q Analog 2 L Analog BOX Data Logger The most recent events sampled by the Data logger are displayed Events are constantly updated so that the event history from the start of monitoring up to the present time can be checked To display the Realtime event list a personal computer and a Data logger need to be connected to each other online Event logging data Samples events in real time and displays them BOX Data Logger High Speed Data Logger Module Page 113 Displaying ongoing events Realtime event list 1 08 9 USING EVENT MONITORING FUNCTION 9 1 Overview 9 2 Screen Configuration N N N N N leste Na High Speed Data Communication Q Analog 2 BOX Data Logger This section explains the screen configuration of event windows Event window
86. ate and time information Output format YYYY MM DD hh mm ss 2nd column Microsecond column Value of microsecond 2 3rd column Index column Value of index Output format Integer value 4th column and later Data column Value of sampled device Output format Value corresponds to the type in the data type information row Trigger information column Blank 1st column Date and time column 12 SAVING DISPLAYED DATA EVENTS 1 12 2 Saving Displayed Data 37 A 2 3 4 5 138 Product type Version number is displayed at the Type information file version column When the data whose Date and time column is set not to output by the configuration tool is saved to a CSV file the Date and time column and the Microsecond column are not output On a historical trend window on which a CSV file is opened a trigger ON string and trigger OFF string are displayed according to the information in the file On a realtime trend window on which a binary file is opened a trigger ON string and a trigger OFF string are displayed as respectively when output in a CSV file When a data whose Date and time column is set to output and Microsecond column is set not to output is saved to a CSV file the Microsecond column is output When the data whose indexes are set not to output by the configuration tool is saved to a CSV file the indexes with starting from 1 are automatically output Watt and woe 12 SAVING DISPLAYED DATA
87. ating Trend Graphs Adjusting graph manually For adjusting a graph manually enter the upper lower limit display value in the text box directly Data higher than the upper limit value are displayed as the upper limit value and data less than the lower limit value are displayed as the lower limit value MSpecifying the value on the graph directly Specify the upper lower limit display value directly on each graph Before adjustment lt After adjustment 1 alternating voltage rs Altematingvolage m re Upper value oe ee ATA NGA PG Um EDER 0 5 0 55 0 0 3 i gt fi 0 5 0 05 me la m __ I PYTON PIT Tra a j st G Lower value Specify a value in 18 43 44 18 43 48 18 43 52 18 43 56 18 44 00 18 44 04 the text box 18 43 52 18 43 56 18 44 00 18 44 04 Operating procedure Double click the area of graph to be adjusted in the graph area Or select Graph Operation gt Edit Upper Lower Bound Point The text box to specify the upper lower limit display value is also displayed by pressing the F2 key 8 USING TREND GRAPH FUNCTION 8 8 5 Operating Trend Graphs 5 86 MEditing upper and lower limit display values in batch Edit the upper lower limit display value in batch 0 999847 0 9998477 ON OFF ON OFF 30564 29436 1 1 0 997564 0 997564 mQpera
88. ating the data name row Fixed value 3 5th column Number for data starting rows Starting number of data rows Fixed value 4 N N Data type information 1st column Date and time column Data type of date and time column row Fixed string DATETIME YYYY MM DD hh mm ss 2nd column Microsecond column Data type of microsecond column of date and time Fixed string us 3rd column Index column Index column Fixed string INDEX 4th column and later Data column Data type of sampled data Output format Data type output string Additional information KL Page 144 Data type output string Last column Trigger information column Fixed string regardless of continuous logging trigger logging Output format TRIGGER trigger ON string trigger OFF string 3 MData name row 1st column Date and time column 2 Title of the Date and time column Fixed string TIME 2nd column Microsecond column Title of microsecond column of the data and time Fixed string psec 3rd column Index column Title of the Index column Fixed string INDEX 4th column and later Data column Title of the Data column Output format Data name Last column Trigger information column Title of the Trigger information column Fixed string Trigger MData row For saving data displayed in a historical trend window data is output in the order that it was stored in a Data logging file For saving data displayed in a realtime trend window data is output in the order that it was received 2 D
89. ation row 1st column File type Type information file version Number for data type information row Number for data name row Number for data starting rows Date and time column 2 2nd column 3rd column 4th column 5th column MData type information 1st column row 2nd column 3rd column 4th column and later Data column Trigger information column 2 Date and time column Microsecond column 2 Index column Data column Trigger information column Last column 1st column BData name row 2nd column 3rd column 4th column and later Last column File type of output file Fixed value LOGGING Version of output file Fixed value e High Speed Data Logger 1 e BOX Data Logger NZ2DL 27 Number indicating the data type information row Fixed value 2 Number indicating the data name row Fixed value 3 Starting number of data rows Fixed value 4 Data type of date and time column Fixed string DATETIME YYYY MM DD hh mm ss Data type of microsecond column of date and time Fixed string us Index column Fixed string INDEX Data type of sampled data Output format Data type output string Additional information 3 Page 144 Data type output string Fixed string regardless of continuous logging trigger logging Output format TRIGGER trigger ON string trigger OFF string 3 Title of the Date and time column Fixed string TIME Title of microsecond column of the data and time
90. ay Settings New Folder 359 Sensor position Name Date Modified BProcessA 6 28 2014 1 56 PM CB ProcessC 6 28 2014 1 57 PM CU ProssessB 6 28 2014 1 56 PM Graph Display Setting 6 28 2014 1 58 PM O Graph Display Setting2 6 28 2014 1 58 PM Register Name Graph Display Setting saa a Operating procedure Enter a name for Register Name and click the Register Settings button Point A new folder can be created under a folder being selected on the Register Graphical Display Settings screen Select the folder name and click the New Folder button 8 USING TREND GRAPH FUNCTION 1 01 8 8 Registering and Reflecting Graphical Display Settings of Trend Windows Operating graphical display settings Window Select Graph View gt Operate Graphical Display Settings 19 43 12 19 45 52 19 48 32 13 51 12 Operating procedure MReflecting registered graphical display settings to another trend window Select a display setting to be reflected and click the Reflect settings button MDeleting or renaming registered graphical display settings Select a display setting to be renamed deleted and click the Rename button or the Delete button Importing Exporting graphical display settings e Importing files All information included in an export file is imported The Import operation discards a current window setting and then imports a file e Exporting files The folder hierarchy information is also saved in an exp
91. bel Displays value status at the point of intersection between a cursor and graphs Page 95 Displaying cursor labels Data missing lines Lines to indicate the point where data could not be sampled Page 104 Graph Display for Missing Data or Time Reversed Data Grid Vertical lines horizontal lines to divide the graph drawing area Page 96 Displaying grid 1 A logging file in which any of year month day hour minute or second of the data line output format can be set with Configuration tool is missing is displayed with Index only 2 asterisk is displayed when the date information does not exist or when the date information does not contain year month and day information 3 For a realtime trend window or a realtime monitor window the displayed date and time depend on the time setting for CPU module Therefore it may be different from the time on the personal computer in use 8 USING TREND GRAPH FUNCTION 7 8 2 Screen Configuration 5 Difference information area The following display methods are available for the difference information area e Time display Index display lt For time display gt lt For index display gt Span Blue Red Blue cursor _ Red cursor Bees Span Blue Red Red cursor l l aS ON Bs 2999545 WIC Value Be difference Value Blue difference o Red VIE Blue gt 12 24 47
92. cal Event High Speed Data Logger Module O File View Event Online Tool Window Help CIA Bed TAA EE Events in 00000102 csv are displayed Up to two files can be displayed Events in 00000103 csv are displayed e Sorting is cleared when the function to show previous next event is performed while events have been sorted 9 USING EVENT MONITORING FUNCTION 9 4 Operating Event List 120 9 5 8 Changing Display Settings of Event List This section explains how to customize font color background color and display items in the event list The following figure shows customizable settings in an event list The settings are changed on the Event Properties screen Since the settings of the Event Properties are common to all event windows any change is reflected to all the event windows being displayed Occurrence color Switching display hide Grid color zz EE _ c L _ _ m z wwve z J v6eej prm yy bpQOC C iiiEP6we6eeEZ ZT6T6Z56Z6666ZZ2Ee2Z 0QZeieii jyeere jg925ee e G rk 1 TI EVTOLCSV Historical Event High Speed Data Logger Module w ae Am Event Logging Name Status TT Tommert Montonig 77752011 18 01 12 000 no2 Voltage error O Restoration Daoorz77 D2007 83 77752011 18 01 10 000 001 Sensordetected error 0 Restoration 020053 77752011 18 01 07 000
93. cted memory medium to it in a Historical trend graph For the methods of saving logging file to a personal computer or a memory medium refer to the following section Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER Operating procedure EDisplaying logging file saved with logging function of CPU module Analog module 1 Select Online gt Open Logging File 2 Select RCPU QCPU or LCPU on the Connection Destination screen 3 Specify CPU module to be connected and its route on the Transfer Setup screen 4 Select a Data logging file txt csv or bin from the list on the Logging File screen and click the Open File button More than one file cannot be selected EDisplaying logging file saved with logging function of Data logger 1 Select Online gt Open Logging File EB 2 Select High Speed Data Logger Module or BOX Data Logger on the Connection Destination screen 3 Specify Data logger to be connected and its route on the Transfer Setup screen 4 Select a Data logging file csv or bin from the list on the Logging File screen and click the Open File button More than one file cannot be selected 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph EDisplaying logging file saved in personal computer 1 Select File gt Open O 2 Drag and drop Data logging file sampling trace data or a simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Con
94. ction is performed can be calculated using the calculation formula below BTime increase of scan time Trm KM1 KM2 x N1 KM3 x N2 us Trm Time increase of scan time when the realtime monitor function is performed N1 Number of word device points N2 Number of bit device points KM1 Constant Common processing time KM2 Constant Word device processing time KM3 Constant Bit device processing time e User device X Y M L B F SB V T ST C LT LST LC D W SW FX FY SM FD SD BLO S KM1 149 00 149 00 64 00 74 00 79 00 e File register R ZR KM1 149 00 149 00 64 00 74 00 79 00 e Module access device UDNG UJEDING UJEDNHG link direct device JOW JO X JO SW JOI Y JO SB JOB KM1 156 00 156 00 112 00 125 12 128 10 KM2 11 60 11 60 12 00 14 20 14 50 8 USING TREND GRAPH FUNCTION 1 8 3 Displaying Trend Graph 7 72 Operating Realtime trend graph Realtime monitor graph monitoring status Change monitoring status and operate graphs on the Realtime trend graph Realtime monitor graph Graph name Supported module Realtime trend graph High Speed Data Logger Module High Speed Data Communication Module BOX Data Logger Realtime monitor graph RCPU LCPU Operating procedure MStarting monitoring e Select Online gt Begin Monitor gt This operation starts communication with a module and turns the monitoring status from Stop to Run MStopping monitoring e Select Online gt E
95. d and reflects it to another trend graph Changing graph appearance Registering reflecting graphical display settings Reflecting graphical display automatically Stores the graphical display information being displayed by each data logging setting and reflects them to the graph automatically when opening the trend window next time Restores changed graphical display to the initial state the state in which graph appearance such as the color has not been changed Initializing graphical display Logging file save function A function to save logging files saved in a memory card to a personal computer Window Adding restoring Adds window layout and data of the trend window displayed frequently folder restore frequently used window to the menu in order to restore them easily function configurations Redisplaying recently used windows folders Adds windows or folders recently used to the menu automatically in order to redisplay those easily Displayed data save function A function to save the data being displayed in the trend graph to a personal computer as Unicode text file CSV file or image file BMP JPG PNG A function to print the trend graph being displayed with the trend graph function Trend graph print function Reference Page 35 Assistant Screen Page 46 Connecting to RCPU Page 47 Connecting to QCPU LCPU Page 49 Searching and specifying a Built in Ethernet port CPU module o
96. d or higher sufficient user account For Windows Vista or later logon as a user with a standard or higher user account Are multiple IP addresses enabled at the same time e For a direct connection make sure multiple IP addresses on the personal computer side are not enabled at the same time on the personal computer e For a direct connection disable the wireless LAN function Is Direct Connection specified on the Transfer For the direct connection connect a Data logger Data Setup screen for Data logger Data communication communication and a personal computer on a 1 1 basis 3 Page 25 For direct connection An error message is displayed when Is the logging file with only header line displayed After outputting the data open the storage file opening a logging file Is the logging file corrupted Check the file A dashed dotted line is displayed Has missing data occurred Correct the data logging setting on the configuration tool to KL Page 104 Graph Display for Missing Data or Time prevent the occurrence of missing data Reversed Data A dashed dotted line is displayed on Is logging of data displayed on the realtime trend Delete the unnecessary saved files using the configuration the realtime trend window window stopped because the number of saved files tool and restart the data logging exceeded A process of Open Logging File or Is Ethernet connected The TCP connection is recommended for the Ethernet
97. d graph Realtime trend graph Checking data Checks data using cursors Operating trend graph Operates a trend graph such as aligning widening narrowing and moving the graph Changing display item in Changes display items in a graph area such as multiple cursors and graph area cursor labels Changing graph Changes graph appearance such as color and type of the graph and appearance graph line thickness Registering reflecting Registers the display setting information of the trend graph being graphical display settings displayed and reflects it to another trend graph Displays current data sampled by Data logger on the trend graph Reflecting graphical display automatically Stores the graphical display information being displayed by each label group setting and reflects them to the graph automatically when open the trend window next time Initializing graphical display Restores changed graphical display to the initial state the state in which graph appearance such as the color has not been changed Event monitoring function Displaying event list Displays past events sampled by the event logging function in an Historical event list event list Event saved in CSV files binary files is displayed Displaying event list Displays ongoing events sampled by the event logging function in an Realtime event list event list Operating event list Operates an event list such as sorting and filtering Changi
98. detected when the specified device status has satisfied the specified condition at the END processing Device Bit device X Y M L F SM V B SB T contact gt ST contact 3 C contact 3 La contact 3 LST contact 3 LC contact gt FX FY Bit device D SD W SW RD R ZR FD Bit specified word device Word device T current value 4 ST current value current value 4 D SD W SW RD R FD Double word device LT current value LST current value LC current value 4 Condition Formula MBit device is specified e Bit device specification M When bit device rises Generates a trigger when the specified device status is changed from OFF to ON e Word device double word device J When bit device falls specification Generates a trigger when the specified device status is changed from ON to OFF Change MWord device double word device is specified When word device double word device meets the specified value Generates a trigger when the current value of the specified device satisfies the condition value Change When word device double word device data is changed Generates a trigger when the current value of the specified device is changed Radix Set a radix of the condition value when word device double word device is specified Decimal hexadecimal Condition Value Set a value to be compared with the device e Decimal 32768 to 32767 e Hexadecimal OH to FFFFH 1 The digit spec
99. displayed on the active event window to either of the following file File format Reference CSV file Page 145 Saving displayed events to CSV file Image file Page 147 Saving displayed events to image file Saving displayed events to CSV file Ng High Speed Data Communicafon S EO EY fa Save events being displayed in the event list of active event window to a CSV file When saving events displayed in the Historical event list event logging names and comments are saved in the language specified in the language selection setting The data to be saved is as follows e Historical event list Events of an Event logging file being displayed are saved e Realtime event list Events received from the start of monitoring to the click of the Save button are saved Operating procedure 1 Select File gt Save As gt Save CSV File E1 2 Enter a file name and click the Save button Format specification of CSV file The CSV file format explained below differs from the CSV file format obtained from Data logger For details on the CSV file format of Data logger refer to the following manuals LA High Speed Data Logger Module User s Manual LA BOX Data Logger User s Manual 12 SAVING DISPLAYED DATA EVENTS 14 12 3 Saving Displayed Events 5 MData logger Delimiter Comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows Maximum number of rows 200003 rows data rows 3 mg A File infor
100. displaying Recently Used Folders gt Close gt Save As gt Save CSV File Page 128 SAVING DISPLAYED DATA EVENTS gt Save As gt Save Unicode Text File gt Save As gt Save Image File gt Print Page 148 PRINTING TREND GRAPHS gt Import and Export Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows Page 126 Adding Restoring Frequently Used Window Configuration to Menu gt Exit gt Toolbar gt Standard 7 gt Toolbar gt Online gt Toolbar gt Graph Operation gt Toolbar gt Graph View gt Toolbar gt Event gt Toolbar gt Window gt Show Assistant Dialog Page 35 Assistant Screen gt Switch Display Language Page 31 Switching the Display Language gt Graph Alignment Page 79 Aligning graphs gt Graph Superimpose Page 79 Superimposing graphs gt Jump Cursor Page 80 Moving cursor by specifying value time index gt Auto Adjust Upper Lower Bound gt For Period on Display Page 84 Specifying upper lower limit display value gt Auto Adjust Upper Lower Bound gt For All Period gt Edit Upper Lower Bound gt Edit Upper Lower Bound in Batch gt Adjust Scale gt Widen Graph Page 87 Widening narrowing the display scale gt Adjust Scale gt Narrow Graph gt Adjust Graph Location gt Move Up Graph Page 87 Moving graph up down left right gt Adjust Graph Location gt Move Dow
101. dule R60AD4 R60ADV8 and R60ADI8 Windows 8 1 32 bit version and 64 bit version is supported Realtime monitor display of data obtained by the following modules is supported 1 37P or later e LCPU L02CPU LO2CPU P LO6CPU LO6CPU P L26CPU L26CPU P L26CPU BT and L26CPU PBT Realtime monitor display of data obtained by the following modules is supported 1 40S or later e RCPU R04CPU RO8CPU R16CPU R32CPU and R120CPU The offline realtime monitor setting is supported Displaying a realtime monitor window as a frequently used window configuration and a recent window is supported Displaying the data logged by the following modules is supported 1 43V or later e RnPCPU RO8PCPU R16PCPU R32PCPU and R120PCPU The font size in the graph legend area can be adjusted The upper and lower limit display values can be edited in batch Displaying hiding grids can be switched In addition displaying the horizontal lines as the grid is supported Graph drawing using OpenGL is supported 1 APPENDICES APPENDIX 56 Appendix 2 Added and Changed Functions e SW1DNN VIEWER E English Added changed contents Displaying the data which contains the following languages is supported e Chinese Simplified e English e Japanese The following operating systems are supported e Simplified Chinese version e Traditional Chinese version Windows 7 32 bit version is supported Displaying the data which contains the following languages
102. e data which contains the following languages is supported 1 04E or later e Chinese Simplified e English e Japanese Displaying the data which contains the following languages and character code is supported 1 07H or later e Chinese Traditional Korean e Unicode UTF 8 The Jump Cursor function can be executed by searching value 1 10L or later Windows 7 64 bit version is supported Displaying the data logged by the following modules is supported 1 15R or later e MELSEC Q series High Speed Analog Digital Converter Module Q64ADH e MELSEC L series Analog Digital Converter Module L60AD4 Displaying the date on a time scale label is supported The automatic reflection of the graphical display setting when displaying trend window is supported Initializing graphical display of the trend graph being displayed is supported Displaying the data logged by the following modules is supported 1 18U or later e MELSEC Q series Current Transformer Input Module Q68CT Expand the maximum display point of the trend graph on one screen from 65535 to 100000 and the maximum save 1 20W or later number of lines to the CSV file from 131073 to 200003 data row 3 The plot format of the historical trend graph being displayed can be changed from equidistance plot format which is conventional display format to time interval plot format When displaying with time interval plot format logging data of another file can be added to the trend graph
103. e following figure For High Speed Data Logger Module Ethernet High Speed Data Logger Module Configuration display personal computer e Conditions where communication cannot be accomplished with direct connection If the conditions below match communications may not be performed with direct connection If communications cannot be performed review the module and personal computer settings When all the bits of the module side IP address corresponding to the 0 parts of the personal computer side subnetmask are ON or OFF e Module IP address 64 64 255 255 e Personal computer IP address 64 64 1 1 e Personal computer subnet mask 255 255 0 O When all the bits of the module side IP address corresponding to the host address of each class for the personal computer side IP address are ON or OFF e Module IP address 64 64 255 255 e Personal computer IP address 192 168 0 1 e Personal computer subnet mask 255 255 0 O MIP addresses of each class are as follows e ClassA 0 x x x to 127 x X X e ClassB 128 x x x to 191 x x x e ClassC 192 x x x to 223 x x x MHost addresses of each class are the 0 parts below e ClassA 255 0 0 0 e ClassB 255 255 0 O e ClassC 255 255 255 0 When the Module side IP address is automatically acquired from DHCP e LAN line and connection Do not perform communication with direct connection by connecting LAN line Communication with direct connect
104. e graph legend area can be adjusted The upper and lower limit display values can be edited in batch Displaying hiding grids can be switched In addition displaying the horizontal lines as the grid is supported Graph drawing using OpenGL is supported Applicable software version 1 04E or later 1 07H or later 1 10L or later 1 18U or later 1 26C or later 1 32J or later 1 34L or later 1 35M or later 1 40S or later 1 43V or later APPENDICES APPENDIX Appendix 2 Added and Changed Functions 157 e SW1DNN VIEWER C Chinese Added changed contents Applicable software version Displaying the data which contains the following language is supported 1 04E or later e Chinese Simplified English Japanese The following operating systems are supported e Simplified Chinese version e Traditional Chinese version Windows 7 32 bit version is supported Displaying the data which contains the following language and character code is supported 1 07H or later e Chinese Traditional e Korean e Unicode UTF 8 The Jump Cursor function can be executed by searching value 1 10L or later Windows 7 64 bit version is supported Displaying the data logged by the following module is supported 1 18U or later e MELSEC Q series High Speed Analog Digital Converter Module Q64ADH e MELSEC Q series Current Transformer Input Module Q68CT e MELSEC L series Analog Digital Converter Module L60AD4 Dis
105. e language selection setting The data to saved are as follows Data removed from the graph legend are not saved e Historical trend graph Data of a Data logging file being displayed is saved e Realtime trend graph Realtime monitor graph Data received from the start of monitoring to the pause stop of graph drawing are saved Operating procedure 1 Select File gt Save As gt Save CSV File 4 2 Enter a file name and click the Save button Format specification of CSV file CSV file format may differ depending on file types For details on the format refer to the following sections File type Reference Logging QnUDVCPU LCPU Page 133 QNUDVCPU LCPU Data logger Page 135 Data logger Analog module Page 139 Analog module Energy Measuring Unit Page 140 Energy Measuring Unit Sampling trace Page 142 Sampling trace Simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Page 143 Simulation result saved with FLEXIBLE HIGH SPEED I Configuration tool O CONTROL Module Configuration tool 4 39 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data BQnUDVCPU LCPU The CSV file format explained below differs from the CSV file format obtained from QnUDVCPU LCPU For details on the CSV file format of QNUDVCPU LCPU refer to the following manual LLIQnUDVCPU LCPU User s Manual Data Logging Function Delimiter Comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows Maximum number of rows 1
106. e specified device satisfies the condition value Change When word device double word device data is changed Monitors data when the current value of the specified device is changed Radix Set a radix of the condition value when word device double word device is specified Decimal hexadecimal Condition Value Set a value to be compared with the device e For a word device Decimal 32768 to 32767 Hexadecimal OH to FFFFH e For a double word device Decimal 2147483648 to 2147483647 Hexadecimal OH to FFFFFFFFH 1 The indirect specified and index modified devices cannot be specified 2 The local devices cannot be specified 3 T contact ST contact C contact LT contact LST contact and LC contact are specified with TS STS CS LTS LSTS and LCS respectively 4 T current value ST current value C current value LT current value LST current value and LC current value can be specified with T TN ST STN C CN LT LTN LST LSTN and LC LCN respectively 5 Digit specification for bit device is available only for K1 to K8 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph 67 68 MThe Monitor Condition Setting tab Timing Condition Step No Specification Data at a certain point when the status immediately before the execution of the specified step has satisfied the execution condition are monitored Program Name Set a program name for the program to be monitored by satisfaction of U
107. e specified format An abbreviation for Logging Unit for Energy Measuring Unit EcoMonitorLight EMU4 LM A file in which events sampled by High Speed Data Logger Module or BOX Data Logger are saved in the specified format A Configuration tool for MELSEC L series Flexible High Speed I O Control Module LD40PD01 A generic product name for SWnDNN VIEWER n indicates version A generic product name for SWnDNC GXW2 E n indicates version An abbreviation for MELSEC Q series High Speed Data Communication Module QJ71DC96 An abbreviation for MELSEC Q series High Speed Data Logger Module QD81DL96 A sequential number which is assigned to logging data monitoring data individually A generic term for LO2CPU LO2CPU P LO6CPU LO6CPU P L26CPU L26CPU P L26CPU BT and L26CPU PBT A generic term for Data logging file and Event logging file A generic term for MELSEC iQ R series analog module R60AD4 R60ADV8 R60ADI8 R60AD8 G R60AD16 G R60RD8 G and R60TD8 G A generic term for MELSEC L series Analog Digital Converter Module L60AD4 and L60AD4 2GH and MELSEC L series Analog Input Output Module L60AD2DA2 A generic term for MELSEC Q series High Speed Analog Digital Converter Module Q64ADH and MELSEC Q series Current Transformer Input Module Q68CT A generic term for SD memory card CompactFlash card and ATA card A generic term for connectable modules with GX LogViewer RCPU QnUDVCPU LCPU High Speed Data Logger Module BO
108. e time interval KL Page 75 Adding deleting data to from graph legend area KL Page 87 Moving graph up down left right 1 OVERVIEW 1 2 Features 1 5 16 2 SYSTEM CONFIGURATION This chapter explains the operating environment and the system configuration of GX LogViewer 2 1 Operating Environment For details of the GX LogViewer operating environment refer to the installation instructions stored in the Manual folder CPU Module Logging Configuration Tool GX LogViewer Installation Instructions BCN P5999 0506 2 2 System Configuration RCPU R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger This section explains the system configuration to display data logged by respective modules on GX LogViewer System Page 16 Displaying data logged by RCPU on GX LogViewer configuration Page 18 Displaying data logged by QNUDVCPU LCPU on GX LogViewer Page 19 Displaying data logged by Analog module on GX LogViewer Page 22 Displaying data logged by Data logger Data communication on GX LogViewer Displaying data logged by RCPU on GX LogViewer The system configuration to display data logged by RCPU on GX LogViewer is shown below The connectable route is the same as the connection with CPU Module Logging Configuration Tool e Connection from USB us SD memory card ma Required Sold separately Connection from Ethernet port GX LogViewer USB
109. ection to MITSUBISHI ELECTRIC FA Global Website 14 3 Version Information This function displays the version information of GX LogViewer Operating procedure Select Help gt About GX LogViewer 14 HELP MENU 1 50 14 1 Opening Manual MEMO 14 HELP MENU 14 3 Version Information 1 51 1 5 TROUBLESHOOTING This chapter explains the errors which may occur when using GX LogViewer and corrective actions correspond to those errors Symptom Check point Corrective action Cannot communicate with the Is there a disconnection along the connection route e Connect the cables properly module e Replace the cable with new one Cannot operate online Is the IP address duplicated Correct the IP address Does a firewall or proxy server exist along the Ask your network administrator about the firewall and proxy connection route server settings Is Windows firewall enabled on the personal Disable Windows firewall on the personal computer when computer using the module search function or direct connection Is antivirus software blocking Ethernet e Change the antivirus software settings to allow Ethernet communications communications e Lower the antivirus software s security setting level e Stop the antivirus software Is there any problem on the personal computer Replace it with another personal computer Are the authorities of the user logged on to Windows For Windows XP logon as a user with a limite
110. ed to a personal computer for PLC Mode 3 Select Connection via HUB and click the Find CPU Built in Ethernet port on Network button 4 Select a target CPU module form the connection destination CPU information list and click the Selection IP Address Input button 5 Click the OK button Precautions For Windows Vista or later the warning message may be displayed when the Find CPU Built in Ethernet port on Network button is clicked e Click the Unblock button for Windows Vista and click the Allow access button for Windows 7 or later to continue the operation MSetting example for CC Link system Master Station Station Request target station No 1 No 2 Station No 3 Transfer Setup Germectlon Ka 1 PC side I F Serial Setting P a7 A Si PC side I F iy 4 a al mh RS 232C x s er CC IE Cont CC Link Ethemet CCIE Field Q Series NETII PLC 183 cce H s NET MO Board Board Board Bu Board Board Board fl COM Port COM 1 od D OM1 Transmission Speed 115 2Kbps Transmission Speed 115 2Kbps v ki A PLC side I F PLE B C Link Ethernet C24 GOT CCIE Field Head Module Module NET 10 H TO odule Master Local Module Module fol PLC Mode QCPU Q mode 2 PLC side I F Detailed Setting of PLC Module Ea PiCMode Xx Other mi Cancel Station am Connection Channel List Setting No Specification Uther Station Other Station 2 o agle Netwg iC
111. end Graph gt Frequently used Window Configuration gt Add To Frequently used Window Page 126 Adding Restoring Frequently Used Window Configuration to Configuration Menu gt Recent Windows gt Historical Trend Page 127 Redisplaying Recently Used Windows gt Recent Windows gt Realtime Trend gt Recent Windows gt Historical Event gt Recent Windows gt Realtime Event gt Recent Windows gt Realtime Monitor gt Tile Vertically Page 34 Child Windows gt Tile Horizontally gt Cascade gt Close All Windows gt name of child window Page 34 Child Windows gt Open Manual Page 150 Opening Manual gt Connection to MITSUBISHI ELECTRIC FA Global Website Page 150 Connecting to MITSUBISHI ELECTRIC FA Global Website gt About GX LogViewer Page 150 Version Information 38 5 SCREEN CONFIGURATION 5 4 Menu Configuration 6 OPERATION FLOWS This chapter explains the operation flows to display data and events sampled by module sampling trace data saved with GX Works2 and a simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool on GX LogViewer Operation in module Operation in tool Saving data Sampling logging data in GX LogViewer format Operation of GX LogViewer Specifying connection destination Select a module to be communicated with Clear the access restriction as necessary format Selecting a logging file Con
112. ening File Page 103 Initializing Graph Display Page 112 Displaying Event List Page 114 Operating Event List Page 121 Changing Display Settings of Event List Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER Page 126 Adding Restoring Frequently Used Window Configuration to Menu Page 127 Redisplaying Recently Used Windows Page 127 Redisplaying Recently Used Folders Page 128 Saving Displayed Data Page 145 Saving Displayed Events Page 148 PRINTING TREND GRAPHS Function list for Data communication High Speed Data Logger Bessie Description A function to guide users unfamiliar with the operation of GX LogViewer Item Assistant function Connection setup Direct connection function Connects a personal computer to Data communication on a 1 1 basis They can be easily connected without concerning the IP address Searches for and connects to Data communication on the network Displays saved past data on the trend graph Only CSV files in which realtime trend data has been saved are displayed Displaying trend graph Historical trend graph Searching modules Trend graph function Displaying trend graph Realtime trend graph Displays current data sampled by Data communication on the trend graph Checks data using cursors Operates a trend graph such as aligning widening narrowing and moving the graph Changing display item in Changes display items in a graph area such as mu
113. er Data communication Page 60 Displaying logged devices Historical trend graph Page 61 Displaying current device status Realtime trend graph Page 73 Checking Data Page 76 Operating Trend Graphs Page 94 Changing Display Items in Graph Area Page 98 Changing Graph Appearance Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows Page 103 Reflecting Graph Display Automatically When Opening File Page 103 Initializing Graph Display Page 126 Adding Restoring Frequently Used Window Configuration to Menu Page 127 Redisplaying Recently Used Windows Page 127 Redisplaying Recently Used Folders Page 128 Saving Displayed Data Page 148 PRINTING TREND GRAPHS 3 FUNCTION LIST 29 30 Function list for CSV file in GX LogViewer format High Speed Data Logger High Speed Data Communication BOX Data Logger Item Description Reference Trend graph function Displaying trend graph Displays saved past data on the trend graph Page 60 Displaying logged Historical trend graph devices Historical trend graph Checking data Checks data using cursors Page 73 Checking Data Operating trend graph Operates a trend graph such as aligning widening narrowing and Page 76 Operating Trend Graphs moving the graph Changing display item in Changes display items in a graph area such as multiple cursors and Page 94 Changing Display Items graph area cursor labels in Graph Area Changin
114. eries The system configuration to connect QCPU LCPU using an I F board mounted on a personal computer is shown below I F board for MELSEC personal computer Other station Other station GX LogViewer SW1DNN VIEWER M Be and driver or QCPU LCPU Host station or other station Host station or other station General purpose I F board u or h and driver QCPU LCPU I F board for MELSEC MELSECNET H board personal computer CC Link IE Controller Network board CC Link IE Field Network board CC Link Ver 1 board CC Link Ver 2 board General purpose I F board Ethernet board For more details on connectable QCPUs LCP Us I F board models and drivers refer to the manual of each I F board Restriction e The TCP connection is recommended for the Ethernet connection e Longer time is required for processes to open or save a logging file to the personal computer when using the Ethernet direct connection or the UDP connection 2 SYSTEM CONFIGURATION 21 2 2 System Configuration Displaying data logged by Data logger Data communication on GX LogViewer N N N N N N High Speed Data Logger High Speed Data Communication Q Analog TA L Analog BOX Data Logger The system configuration to display data logged by Data logger Data communication on GX LogViewer is shown below Connect a personal computer to respective Data logger or Data communication in order to display data logged by those o
115. espective companies gt 164 SH NA 080915ENG 0 1508 MODEL SW1DNN VIEWER O E MITSUBISHI ELECTRIC CORPORATION HEAD OFFICE TOKYO BUILDING 2 7 3 MARUNOUCHI CHIYODA KU TOKYO 100 8310 JAPAN NAGOYA WORKS 1 14 YADA MINAMI 5 CHOME HIGASHI KU NAGOYA JAPAN When exported from Japan this manual does not require application to the Ministry of Economy Trade and Industry for service transaction permission Specifications subject to change without notice
116. etected error 0 Restoration D2005 3 7 7 2014 18 01 07 000 002 Voltage error 0 Restoration D2007 77 Z Measured data B 0 0 999848_ Reel speed 7 7 2014 18 01 04 000 001 Sensor detected error 1 Occurrence D2005 5 4 7 7 2014 18 01 02 000 003 Rotation speed error 0 Restoration D2003 21 G 0 7 7 2014 18 01 02 000 002 Voltage error 1 Occurrence D2007 85 7 7 2014 18 01 02 000 001 Sensor detected error 0 Restoration D2005 5 0 999848 4 77772014 18 01 01 000 001 Sensor detected error 1 Occurrence D2005 5 z ON Sensor A 7 7 2014 18 01 00 000 001 Sensor detected error 0 Restoration D2005 5 orr II ll IN IND ID ILLA 7 7 2014 18 00 55 000 001 Sensor detected error 1 Occurence D2005 4 ON Sensor B 7 7 2014 18 00 40 000 001 Sensor detected error o Restoration D2005 5 Ci 7 7 2014 18 00 38 000 001 Sensor detected error 1 Occurence D2005 4 oF Has I 7 C C 7 7 2014 18 00 36 000 001 Sensor detected error o Restoration D2005 5 Aah r th r 7 7 2014 18 00 35 000 001 Sensor detected error it Occurrence D2005 4 564 z pi a HI zT 7 7 2014 18 00 34 000 001 Sensor detected error 0 Restoration D2005 5 7 a f E maa 7 7 2014 18 00 33 000 001 Sensor detected error 1 Occurence D2005 5 29436 LW U a UL 7 7 2014 18 00 32 000 001 Sensor detected emor 0 Restoration D2005 3 0 994521 Measured data B I 7 7 2014 18 00 28 000 001 Sensor detected error 1 Occurence D2005 5 Ir f 7 7 2014 18 00 27 000 001 Sensor detected error 0 Restoration D2005 3 8 l d 7 7
117. events sampled by Data logger in the event list The total number of records that can be displayed on a trend graph and in an event list is 1000001 KL Page 112 Displaying logged events Historical event list 3 Page 113 Displaying ongoing events Realtime event list KL Page 113 Operating Realtime event list monitoring status Displaying logged events Historical event list aS x XS XS IR x XS R D QnUDVCP lels kpa High Speed Data Communication Q Analog LCBU L Analog BOX Data Logger others Display the specified file saved in a module or a memory medium in the event list Saved file Description Logging file saved with the event logging Display the Event logging file saved in a CompactFlash card with the event logging function of Data logger function of Data logger in the Historical event list Event logging files saved in a personal computer Display Event logging file saved in a personal computer or a memory medium connected to it in the Historical event list For the method of saving logging file to a personal computer or a memory medium refer to the following chapter 3 Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER Operating procedure EDisplaying logging files saved with the event logging function of Data logger 1 Select Online gt Open Logging File E8 Select High Speed Data Logger Module or BOX Data Logger on the Connection Destination screen 2 3 Specify the module to be connected and it
118. ex tab on the Jump Cursor screen 2 Specify the index for Index to which the cursor jumps 3 Select the color of the cursor and click the Jump Previous Jump Next button 8 USING TREND GRAPH FUNCTION 83 8 5 Operating Trend Graphs 84 Specifying upper lower limit display value Display a graph by specifying the upper lower limit display value of the trend graph selected in the graph area The upper lower limit value can be adjusted automatically or manually Adjusting graph automatically Operating procedure MAdjusting graph within the displayed period lt Before adjustment lt After adjustment EEE C HSDL esv Historical Trend High Speed Data Logger Module reel C HSDL esv Historical Trend High Speed Data Logger Module tekok Maximum value of displayed period Cursor Value 0 Select Graph Operation gt Auto Adjust Upper Lower Bound gt For Period on Display jm MAdjusting within the entire period lt Before adjustment gt lt After adjustment gt o HSDLicsv Historical Trend High Speed nika Module u Feen Maximum value N period C HSDLicsv Historical Trend High Speed Data Logger Module Minimum value of displayed period Select Graph Operation gt Auto Adjust Upper Lower Bound gt For All Period 8 USING TREND GRAPH FUNCTION 8 5 Oper
119. feature the logging function with the simple and easy to understand operation Display the logging results with graphs and lists Display events Display data Logging files sampling trace data saved to a personal computer or simulation result Be Ea mm e Eg a RCPU QnUDVCPU e LCPU High Speed Data Logger Module BOX Data Logger e MELSEC iQ R series MELSEC Q series e MELSEC series High Speed Data analog module analog module analog module Communication Module The connection destination setting can be performed with the same operation as the Configuration tool and the Engineering tool and check the logging file easily 1 OVERVIEW 1 1 1 1 Overview of GX LogViewer 1 2 Features This section explains features of GX LogViewer Displaying sampled data and events visually Data check is performed efficiently since data and events sampled and saved with the module or GX Works2 are displayed visually Data saved with GX Works2 Sampling trace Sampled data Data saved with FLEXIBLE HIGH SPEED I O Event occurrence restoration data Data logging CONTROL Module Configuration tool Simulation result Event logging 1 1 0 200 17 9584 2 1 0 200 17 29988 3 1 0 200 17 11135 4 1 0 200 17 13376 5 1 0 200 17 12348 6 1 0 200 17 12345 65 725 3
120. fer to manuals of Energy Measuring Unit e Acquiring manuals of Energy Measuring Unit in Japan The Manuals can be downloaded from Mitsubishi Electric FA site www MitsubishiElectric co jp fa e Acquiring manuals of Energy Measuring Unit in other countries For information on how to obtain the manual please consult your local Mitsubishi representative Delimiter comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows Maximum number of rows 3603 rows data rows 3 File information row gt LOGGING YM_1 2 3 4 Data type information row DATETIME YYYY MM DD hh mm ss us INDEX DOUBLE DEC 14 DOUBLE DEC 14 DOUBLE DEC 14 DOUBLE DEC 14 TRIGGER Data name row TIME usec INDEX ch1 W kW ch1 V v ch1 A A ch1_PF Trigger 3 11 2013 20 00 0 1 4501 3102 552 84 1 3 11 2013 20 00 0 2 4501 3102 552 84 1 Data row 3 11 2013 20 00 0 3 4301 3102 552 84 1 3 11 2013 20 00 O 4 4501 3102 552 94 1 3 11 2013 20 00 O 5 4501 3102 552 84 1 File information row 1st column File type File type of output file Fixed value LOGGING 2nd column Type information_file version Version of output file Fixed value YM 1 3rd column Number for data type Number indicating the data type information row information row Fixed value 2 4th column Number for data name row Number indicating the data name row Fixed value 3 5th column Number for data starting rows Starting number of data rows Fixed value 4 MData type information 1st co
121. figuration tool to the main widow Example Displaying HSDL CSV on the desktop File View Graph Operation Graph View Online Tool Window Help ISA PAA ME MEL VIGRA DB a mms Be a B E Equidistance Plot Measured data sonal g hiesari data B 0 pa ON hmnnnbonn u TOO OOO SEEN EI TI ON UFF I Messua data B asr ft In al ae gt as Cursor Value 0 Cursor Time 74742014 00 04 21 800 Displaying current device status Realtime trend graph N N N N High Speed Data Logger High Speed Data Communication Q Analog Ta L Analog BOX Data Logger Display the specified data logging settings of Data logger Data communication on the Realtime trend graph MDisplaying current device status of Data logger on trend graph 1 Select Online gt Realtime Monitor 2 Select High Speed Data Logger Module or BOX Data Logger on the Transfer Setup screen 3 Select a data logging setting to be set from the list on the Select Logging Setting screen and click the Open button MDisplaying current device status of Data communication on trend graph 1 Select Online gt Realtime Monitor i 2 Select High Speed Data Communication Module on the Transfer Setup screen 3 Select a label group setting to be set from the list on the Select Label Group Setting screen and click the Open button 8 USING TREND GRAPH FUNCTION 1 8 3 Displaying Trend Graph
122. figuring the display setting Selecting a logging file Opening a file Select a logging file a file in Configure the setting for Select and save a logging file Select a csv file saved in GX the memory card of data or data event to be displayed in the memory card on the event to be displayed module Historical trend Historical trend Realtime trend LogViewer format Checking logging data Historical event Realtime event Saved logging file can be e Realtime Monitor checked on the historical display or Excel Checking displayed trend graph event list Trend graph event list can be adjusted Saving a file Save a trend graph event list after adjustment in a file For methods of displaying each data refer to the following sections Displaying data of CPU module Analog module Page 41 Displaying Data of CPU Module Analog Module Displaying data events of Data logger Page 42 Displaying Data Events of Data Logger Displaying data of Data communication Page 43 Displaying Data of Data Communication Displaying CSV files in GX LogViewer format Page 43 Displaying CSV Files in GX LogViewer Format 6 OPERATION FLOWS 39 40 Save target memory card type for data logged by Analog module Data logged by Analog module is saved in a memory card inserted in a CPU module Therefore select the logging file in the memory card inserted in the CPU module when displaying sampled data on GX LogViewer Connectio
123. for each data Number of rows For the data logging file Up to 131005 rows data rows 5 For realtime monitor graph Up to 1000005 data rows 4 ex When opening a logging file txt in Excel File information row LOGGING RCPU 1 3 4 5 6 2 Comment row LOGO1 Data type information row DATETIMELYYYY MM DD hh mm ss ms INTERVAL STEP NO PROGRAM NO PROGRAM NAME INDEX SHORT DEC 0 TRIGGER Data name row TIME msec INTERVAL us STEP NO PROGRAM NO PROGRAM NAME INDEX D1 Trigger Device comment row 2014 6 30 13 01 454 100 3 1 MAIN 361 0 2014 6 30 13 01 454 100 3 1 362 0 Data row 2014 6 30 13 01 454 100 3 1 363 0 2014 6 30 13 01 455 100 3 1 364 0 2014 6 30 13 01 455 100 1 365 0 BF ile information row 1st column 2nd column 3rd column 4th column 5th column 6th column 7th column File type Type information file version Number for data type information row Number for data name row Number for device comment row Number for data starting rows Number for comment row File type of output file Fixed value LOGGING Version of output file Fixed value e RCPU 1 Number indicating the data type information row Fixed value With comment row 3 Without comment row 2 Number indicating the data name row Fixed value With comment row 4 Without comment row 3 Number indicating the device comment row Fixed value With comment row 5 e Without comment row 4 Sta
124. g File 5 Page 112 Displaying logging files saved with the event logging function of Data logger MDisplaying current device status 1 Select Online gt Realtime Monitor 2 Select a data logging setting to be displayed K Page 61 Displaying current device status of Data logger on trend graph MDisplaying ongoing events 1 Select Online gt Realtime Monitor 2 Select an event logging setting to be displayed K Page 113 Displaying ongoing events Realtime event list MSaving logging files to a personal computer Select Online gt Save Logging File to PC Sm The saved logging files can be checked by displaying as the Historical trend graph or Excel 3 Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER 6 OPERATION FLOWS 6 2 Displaying Data Events of Data Logger 6 3 Displaying Data of Data Communication RB QnUDVCBU High Speed Data Logger Emene occo B71 M xe alanlelalcercierela Operating procedure MDisplaying data only CSV files saved in the Realtime trend window saved in a personal computer 1 Select File gt Open 7 or drag and drop the file 2 Select a data logging file csv in a personal computer to be displayed K Page 61 Displaying logging file saved in personal computer MDisplaying current device status 1 Select Online gt Realtime Monitor i 2 Select a data logging setting to be displayed K Page 61 Displaying current device status of Da
125. g graph Changes graph appearance such as color and type of the graph and Page 98 Changing Graph appearance graph line thickness Appearance Registering reflecting Registers the display setting information of the trend graph being Page 101 Registering and graphical display settings displayed and reflects it to another trend graph Reflecting Graphical Display Settings of Trend Windows Reflecting graphical Stores the graphical display information being displayed by each label Page 103 Reflecting Graph display automatically group setting and reflects them to the graph automatically when open Display Automatically When the trend window next time Opening File Initializing graphical Restores changed graphical display to the initial state the state in Page 103 Initializing Graph display which graph appearance such as the color has not been changed Display Window Adding restoring Adds window layout and data of the trend window displayed frequently Page 126 Adding Restoring folder restore frequently used window to the menu in order to restore them easily Frequently Used Window function configurations Configuration to Menu Redisplaying recently Adds windows or folders recently used to the menu automatically in Page 127 Redisplaying Recently used windows folders order to redisplay those easily Used Windows Page 127 Redisplaying Recently Used Folders Displayed data save function A function to save the data being displayed i
126. gt Chinese Traditional comments gt Set Language gt English gt Set Language gt Japanese gt Set Language Korean gt Set Language gt Unicode UTF 8 gt Graph Legends Page 56 Graph legend area gt Show All Graphs Page 77 Displaying hiding graphs gt Hide All Graphs gt Change the Data to Draw Graphs Page 75 Adding deleting data to from graph legend area gt Register Graphical Display Settings Page 101 Registering and Reflecting Graphical Display Settings of gt Operate Graphical Display Settings Trend Windows gt Set Graph View by the Auto Reflect Function Page 103 Reflecting Graph Display Automatically When Opening File gt Initialize Graph View Page 103 Initializing Graph Display gt Graph Properties Page 98 Changing Graph Appearance 1 When the realtime monitor window is activated Device Label is displayed instead of Data Name gt Filter Page 114 Displaying only events that meet specific conditions Filtering gt Sort by gt Date Page 115 Sorting events Sorting gt Sort by gt No gt Sort by gt Event Logging Name gt Sort by gt Status gt Sort by gt Comment gt Sort by gt Monitoring Data gt Set Language gt Chinese Simplified Page 116 Optimizing the display language of event logging names and gt Set Language gt Chinese Traditional comments gt Set Language gt English gt Set Language
127. h OAs en en eee dd 3 RELE VANT MANUAL 2254 0 000 540 an Soe er I ote ee ee pe ee eee ee 8 TERMS SEEGER NE TAE ee eed eas 9 CHAPTER 1 OVERVIEW 11 1 1 Overview or GX LoOQgVieWwer zu u APAN AA AG La ke he mas Sas wee a ea NAN AA 11 1 2 POAUUIIGS cota EE NAKU es LAWA SAAN ADAN ee EE NE EE Sea ADA MANA 12 CHAPTER2 SYSTEM CONFIGURATION 16 2 1 Operating Environment 00 head we na a an hw an are ae ee ea ae 16 2 2 System Configuration 00 ee 16 Displaying data logged by RCPU on GX LogViewer eee ees 16 Displaying data logged by QNUDVCPU LCPU on GX LogViewer 0 a 18 Displaying data logged by Analog module on GX LogViewer ee ees 19 Displaying data logged by Data logger Data communication on GX LogViewer 00 0c eee 22 Considerations for connection 0 eee eee eee eee 24 CHAPTER 3 FUNCTION LIST 27 CHAPTER 4 OBTAINING AND STARTING GX LogViewer 31 4 1 Obtaining GX LogNIEWET cam 400 nun 0m AR a eee dekade ke s EERO eS eee ae 31 4 2 Installing and Uninstalling GX LogViewer 0 0 cece ee ees 31 4 3 Starting and Exiting GX LogViewer 2 00 cee es 31 4 4 Switching the Display Language 0 cee nen 31 CHAPTER 5 SCREEN CONFIGURATION 33 5 1 Main WINGOW Lisp BAK een ek oe eee ea oe oe eee Ea Sok ee eas hee een 33 5 2 Clit WINGOWS oie tonne cient ne SER ee OE 34 5 3 Assistant Screen 0 eee 35 5 4 Menu Configuration 0 00 ees 36 CHAPTER6 OPERATION FLOWS 39 6
128. h legend area on the same trend window When adding the logging data of another file in case the display format is set to the equidistance plot display format it is changed to the time interval plot display format For details on the time interval plot display format refer to the following section 3 Page 96 Switching graph plot format Window Select Graph View gt Change the Data to Draw Graphs Change the Data to Draw Graphs Add files in the personal computer to the list Add online files to the list Delete the files from the list ned 4 FLOAT Single Precision 8 FLOAT Double Precision 2 16bit BCD 4 32bit BCD 5 String VI VI T 7 v E W v EI o pat o The amount of drawing graphs 9 Adding Deleting data Operating procedure MAdding data to graph legend area Check the data to be displayed on the graph legend area and click the OK button MDeleting data from graph legend area Unselect the data to be deleted on the graph legend area and click the OK button Adding Deleting logging data in another file Operating procedure MAdding data stored in a personal computer to graph legend area 1 Click the Add files in the personal computer to the list button and select the file to be added 2 Check the data to be displayed on the graph legend area and click the OK button MAdding data stored in target module to graph legend area 1 Click the Add
129. hat meets the following conditions The total of data logging buffer capacities Realtime monitor buffer capacity lt 5120 KB The buffer capacity for the data logging function can be checked by reading the logging setting from the CPU module with CPU Module Logging Configuration Tool LLIQnUDVCPU LCPU User s Manual Data Logging Function e Setting both of Device Specification and Step No Specification in Timing Condition Data at the time when both conditions are satisfied at the specified step are monitored e Monitoring by specifying the time interval Monitoring at the fixed time interval 0 5 to 1000 ms can be performed by setting arbitrary steps to fixed cycle interrupt program and fixed cycle execution type program for Step No Specification in Timing Condition 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph 65 66 Realtime monitor setting for RCPU The settings for monitor target monitor conditions start stop timing and buffer capacity are configured on the Realtime Monitor Setting screen The Monitor Target Setting tab Specify the device to be monitored and its data type Bit device X DX Y DY M L F SM V B SB T contact gt T coil ST contact 3 ST coil C contact 3 C coil LT contact 3 LT coil LST contact 3 LST coil LC contact 3 LC coil FX FY BLONS JONX JONY JONSB JOB Bit device D SD W SW RD R ZR FD UDIG J
130. he connection of Data logger Data communication with a target equipment on the same network address Operating procedure 1 Select Run from Windows Start and enter cmd Then click the OK button 2 Enter the IP address of the Data logger Data communication following ping using the keyboard Example gt ping 192 168 3 3 3 Check the output result e When the communication is successful gt ping 192 168 3 3 Pinging 192 168 3 3 with 32 bytes of data Reply from 192 168 3 3 bytes 32 time lt ims TTL 128 Reply from 192 168 3 3 bytes 32 time lt ims TTL 128 Reply from 192 168 3 3 bytes 32 time lt 1ms TTL 128 Reply from 192 168 3 3 bytes 32 time lt ims TTL 128 Ping statistics for 192 168 3 3 Packets Sent 4 Received 4 Lost 0 0 loss Approximate round trip times in milli seconds Minimum Oms Maximum Oms Average Oms When the communication is unsuccessful gt ping 192 168 3 3 Pinging 192 168 3 3 with 32 bytes of data Request timed out Request timed out Request timed out Request timed out Ping statistics for 192 168 3 3 Packets Sent 4 Received 0 Lost 4 100 loss When the communication is unsuccessful check the following items and perform the PING test again e Network settings for the Data logger Data communication or the target equipment e Cables hub connection status power status Precautions The PING test is only valid when the transfer setup method is Connection v
131. hen the execution condition falls Monitors data at the timing when the operation of the specified step turns into the not satisfied state from the satisfied state The Monitor Condition Setting tab Trigger Type A trigger mark is displayed on the graph area once a trigger is detected No Trigger Monitors data without specifying a trigger condition 1 Time Stops monitoring once the specified number of records has been monitored since a trigger was detected Continuous Keeps monitoring up to the monitoring stop operation and detect triggers during the period MThe Monitor Condition Setting tab Trigger Condition Device Specification A trigger is generated and detected when the specified device status has satisfied the specified condition at the END processing Device Bit device X Y M L F SM V B SB T contact 2 ST contact 2 C contact 2 FX FY Bit device D SD W SW R ZR FD Bit specified word device Word device T current value ST current value C current value D SD W SW R ZR FD Condition Formula MBit device is specified e Bit device specification T When bit device rises mia Generates a trigger when the specified device status is changed from OFF to ON e Word device specification 1 When bit device falls Change Generates a trigger when the specified device status is changed from ON to OFF MWord device is specified When word device meets the specified value Generates
132. iQ R series analog module MELSEC Q series analog module and MELSEC L series analog module An abbreviation for AT Attachment card A generic term for Q2MEM 8MBA Q2MEM 16MBA and Q2MEM 32MBA This memory card is required for the logging function of MELSEC Q series analog module A file which is in non text format and can be interpreted correctly only with the dedicated tools such as GX LogViewer A generic term for NZ2DL BOX Data Logger A storage card regulated by the CF and CompactFlash Specification issued by the CompactFlash Association This memory card is required for operating High Speed Data Logger Module and BOX Data Logger A generic term for CPU Module Logging Configuration Tool High Speed Data Logger Module Configuration Tool BOX Data Logger Configuration Tool and High Speed Data Communication Module Configuration Tool A generic term for RCPU QnUDVCPU and LCPU A tool to configure the respective settings required for the logging function or operation of RCPU QnUDVCPU and LCPU An abbreviation for Comma Separated Values which is a text file that consists of comma delimited data A generic term for data saved with Energy Measuring Unit sampling trace data a simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool Another term for High Speed Data Communication Module A generic term for High Speed Data Logger Module and BOX Data Logger A file in which data sampled by a module is saved in th
133. ia hub APPENDICES APPENDIX Appendix 3 PING Test 159 MEMO APPENDICES APPENDIX 1 60 Appendix 3 PING Test INDEX A M Access restriction 222222 40 Missing data 0 00000 eee eee eee 104 Multiple cursor 2 ee es 94 B Blue Cursor Kam een he do ee b7 amp NaN 2222er 105 C Next event eee 119 Next graph ee 92 0 2 wah MAA Ou oo ALAM eee NG eee ee 98 Connection via hub 17 23 24 46 49 51 P SIE EE EE ees 132 COOL ca hore KA NAA re ee ee NG 73 HILA 159 Cursor label 0 0 0 0 0c eee ee ee 95 Previous event 00 00000 cee eee eee 117 Previous graph 2 0 eee 90 D PIG wo dee ow ced ook ak AG Goa ee ee 148 Difference information area 55 58 R Direct connection 17 23 25 46 48 51 a Realtime event list 108 113 E Realtime monitor graph 52 62 Realtime trend graph 52 61 Editing upper and lower limit display values in DC ic bc cay en EE a ne aa die 86 S Equidistance plot n o nananana 96 104 Event properties 121 Sampling trace 0 ee 142 Sampling trace data 44 F ONG pra mam a bees Kon KG Ra 123 128 e Serial port onnaa aaa 20 E xa cs ae dhe bee odo US oe EA 114 OO oe hes See eee AA 115 Firewall paa pama aa a 26 Status Dal waaa NAKA ech ha s Mo NG 55 111 Subnet MASK aan arves nn ae asken 25 G Switch Display Language
134. ified bit devices indirect specified and index modified devices cannot be specified 2 The local devices cannot be specified 3 T contact ST contact C contact LT contact LST contact and LC contact are specified with TS STS CS LTS LSTS and LCS respectively 4 T current value ST current value C current value LT current value LST current value and LC current value can be specified with T TN ST STN C CN LT LTN LST LSTN and LC LCN respectively The Monitor Condition Setting tab Trigger Condition Step No Specification A trigger is generated and detected when the status immediately before the execution of the specified step has satisfied the specified execution condition Item Description Setting range Program Name Set a program name for the program in which a trigger is generated by Up to 60 characters satisfaction of the condition for the specified step No Step No Set a step No to generate a trigger by satisfaction of the condition 0 to 1228799 Execution Condition Select the trigger generation condition from the following Always Always Any time ON Generates a trigger at the specified step OFF ON When the execution condition is ON gt Generates a trigger when the operation of the specified step has been npo satisfied OFF When the execution condition is OFF Generates a trigger when the operation of the specified step is not satisfied 1 When the execu
135. image file PU UNSEEN High Speed Data Communication Mu BOX Data Logger Save a captured image of the active event window to a file When the Save button is clicked the image of an active event window is saved Operating procedure 1 Select File gt Save As gt Save Image File fo 2 Select a file format BMP JPG PNG to be used from Save as type 3 Enter a file name and click the Save button 12 SAVING DISPLAYED DATA EVENTS 147 12 3 Saving Displayed Events 1 3 PRINTING TREND GRAPHS RCPU R Analog QnUDVCPU ff High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger The trend graph print function is a function used to print the trend graph on the screen while a Historical trend graph Realtime trend graph Realtime monitor graph is being displayed A graph area and a graph legend area displayed on an active trend window are printed Information such as connection target data logging name cursor time can also be printed in a header or footer 13 1 Print Settings This section explains the setting methods for printing Window Select File gt Print s Print paya Print Setup Header Footer Legends Printer Setup Color Color Print It prints by the color displayed on the screen Monochrome Print The graph and the character are printed on a white yackground in the black E Reverse Color It prints by the revers
136. ime monitor graph L Page 72 Operating Realtime trend graph Realtime monitor graph monitoring status Poin tr It takes more time to draw graphs when a large number of points are to be plotted Using OpenGL improves that as follows e For Realtime trend graph and Realtime monitor graph Graphs can be drawn at high speed e For Historical trend graph The time required to open the file can be shortened Graphs can be drawn at high speed in response to the scroll operation of the trend window Tool gt Option gt Use an OpenGL and Draw Graphs Displaying logged devices Historical trend graph RCPU R Analog OT UDC OM Ba Pek High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger Display the specified file saved in a CPU module or a memory medium on the Historical trend graph Saved file Description Logging file in CPU module Analog module Display Data logging file saved in an ATA card SD card in CPU module with the logging function of CPU module Analog module in a Historical trend graph Logging file saved with the data logging Display Data logging file saved in a CompactFlash card with the data logging function of Data logger in a function of Data logger Historical trend graph Logging file saved in a personal computer Display Data logging file sampling trace data or a simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool which are saved in a personal computer or a conne
137. index 8 USING TREND GRAPH FUNCTION 8 4 Checking Data 73 74 Checking data value status Operating procedure Checking value status using red cursor 1 Move the red cursor to the position where the value status is checked 2 Check the values displayed on the cursor value and the cursor time index field on the status bar MChecking value status using blue cursor 1 Move the blue cursor to the position where the value status is checked 2 Check the values displayed in Value Blue and Time Blue Index Blue in the difference information area Poin tp e Data value status can also be displayed at the cursor label by selecting Graph View gt Cursor Label O e The cursor may be moved to the intervening space of plots for an unselected file In this case the data value at the cursor is displayed as an estimated value obtained by linear interpolation and displayed in parentheses Comparing data values status Operating procedure 1 Move the red cursor and the blue cursor to the two positions where data value status are compared 2 Compare the data values status by the difference of the value displayed in Difference Blue gt Red and Span Blue gt Red in the difference information area 8 USING TREND GRAPH FUNCTION 8 4 Checking Data Adding deleting data to from graph legend area Add delete the data to be displayed on the graph legend area Also add delete the logging data in another file to from the grap
138. indow Configurations Description Export Frequently used Window Configurations e Export frequently used window Import Graphical Display Settings configurations to a file Export Graphical Display Settings Ca Operating procedure 1 Select Import Frequently used Window Configurations Export Frequently used Window Configurations and click the Next button 2 Specify a path of the file to be imported or a path and a name of the file to which exported data is written and clock the Next button 3 Click the Finish button 1 26 11 USING WINDOWS FOLDERS DISPLAYED IN PAST 11 2 Adding Restoring Frequently Used Window Configuration to Menu 11 3 Redisplaying Recently Used Windows Trend windows or event windows displayed recently can be added to the menu automatically as recent windows and redisplayed easily Up to nine recent windows can be saved by each of the window types The chronologically oldest window setting is removed from the menu when the tenth window is added Only one realtime monitor window can be saved If data in a memory card is changed after the setting of a window being displayed has been saved the window configuration may not be restored with the Recent window function Operating procedure Select Window gt Recent Windows gt Historical Trend Realtime Trend Historical Event Realtime Event Realtime Monitor 11 4 Redisplaying Recently Used Folders Folders used recentl
139. ing color of the screen color in the color print the background is printed in the black in a monochrome print Margin mm Top 02 Bottom DE Left DE Right DE Operating procedure 1 Set the print color and margin 2 Click the Print Preview button and check the print preview Page 149 Checking Print Preview 3 Click the 0K button MSetting printer 1 Click the Print Setup button 2 Specify the number of copies and a printer to be used and click the OK button MSetting header footer Click the Header Footer tab to set the print header and footer MSetting graph legend output Click the Legends tab to set the output contents of graph legends 13 PRINTING TREND GRAPHS 1 48 13 1 Print Settings 13 2 Checking Print Preview Click the Print Preview button on the Print Preview screen to check output images Header information ATIL NINI fin hannah en Addn athi cman are sens el UE Hi Footer mr non information Sampling start time Plot display Sampling end time 13 PRINTING TREND GRAPHS 14 13 2 Checking Print Preview 9 14 HELP MENU 14 1 Opening Manual Open the operating manual of GX LogViewer Operating procedure Select Help gt Open Manual 14 2 Connecting to MITSUBISHI ELECTRIC FA Global Website Display the MITSUBISHI ELECTRIC FA Global Website on a web browser Connect the personal computer to the Internet in advance Operating procedure Select Help gt Conn
140. ion overloads the line and affects any communication of other devices e Direct connection to BOX Data Logger Connect the Ethernet cable to the Ethernet port CH1 when connecting BOX Data Logger and a configuration display personal computer directly Ethernet port CH2 cannot be used to connect directly Connected to Ethernet port CH1 Ethernet BOX Data Logger Configuration display personal computer 2 SYSTEM CONFIGURATION 2 2 2 System Configuration 5 EWhen the Windows firewall setting is enabled Disable the Windows firewall setting When multiple IP addresses are enabled Direct connection setup cannot be performed in a configuration where multiple IP addresses are enabled at the same time as shown below e An IP address is assigned to each of multiple Ethernet ports network devices of a personal computer e Aside from the Ethernet port of a personal computer a wireless LAN setting is enabled e Multiple IP addresses are assigned to one Ethernet port of a personal computer Considerations for realtime monitor connection Pay attention to the following when connecting a personal computer and a module MFor connection including Ethernet in the communication route The UDP connection is not available except for the direct connection Use the TCP connection 26 2 SYSTEM CONFIGURATION 2 2 System Configuration FUNCTION LIST This chapter explains the major functions of GX LogViewer and the modules supporting tho
141. ion explains how to save data being displayed on the active trend window to any of the following files File format Reference Unicode text file Page 128 Saving displayed data to Unicode text file CSV file Page 132 Saving displayed data to CSV file Image file Page 144 Saving displayed trend graphs to image file Saving displayed data to Unicode text file When using RCPU save data being displayed in the graph area of active trend window to a Unicode text file The data to be saved are as shown below Data removed from the graph area are not saved e Historical trend graph Data of a Data logging file being displayed are saved e Realtime monitor graph Data received from the start of monitoring to the pause stop of graph drawing are saved Operating procedure 1 Select File gt Save As gt Save Unicode Text File F 2 Enter a file name and click the Save button 4 28 12 SAVING DISPLAYED DATA EVENTS 12 1 Save Target Data Event HRCPU The Unicode text file format explained in this section differs from the Unicode text file format obtained from RCPU For details sation of Unicode text file on the Unicode text file format of RCPU refer to the following manual LLIMELSEC iQ R CPU Module User s Manual Application Tab CRLF 0x0D 0x0A Delimiter Linefeed code Unicode UTF 16 little endian Character code Character encoding method Filed data double quotes without enclosure Tab cannot be used
142. ircraft or Aerospace Medical applications Train equipment transport equipment such as Elevator and Escalator Incineration and Fuel devices Vehicles Manned transportation Equipment for Recreation and Amusement and Safety devices handling of Nuclear or Hazardous Materials or Chemicals Mining and Drilling and or other applications where there is a significant risk of injury to the public or property Notwithstanding the above restrictions Mitsubishi may in its sole discretion authorize use of the PRODUCT in one or more of the Prohibited Applications provided that the usage of the PRODUCT is limited only for the specific applications agreed to by Mitsubishi and provided further that no special quality assurance or fail safe redundant or other safety features which exceed the general specifications of the PRODUCTS are required For details please contact the Mitsubishi representative in your region INTRODUCTION Thank you for your patronage We appreciate your purchase of the Mitsubishi integrated FA software MELSOFT series This manual is designed for users to understand operations of GX LogViewer Before using the product please read this manual carefully and develop familiarity with the functions and performance of GX LogViewer and supported modules to handle the products correctly CONTENTS SAFETY PRECAUTIONS 2 Ne 1 CONDITIONS OF USE FOR THE PRODUCT 222 a 2 INTRODUCTION 6 62 Soe aes ee eee eee ee Pea ee eae e
143. isable Filter on the Filter Period Settings screen e Select Empty in a list box e Clear a cell of the filter row e Hide the filter row Sorting events Sorting Sort events being displayed in the event list in ascending order A or descending order W by the value of each column Events which occurred after the sort are inserted to the list in a status maintaining the sorting order ex Sorting Event Logging Name in ascending order A lt Before sorting gt Date v No EventLogging Name 2 7 2011 18 01 12 000 002 Voltage eror O Restoration D2007 77 7 7 2011 18 01 10 000 001 Sensordetected eror 0 Restoration D2005 3 7 7 2011 18 01 10 000 D2007 83 7 7 2011 18 01 07 000 002 Woltageeror O Restoration D2007 77 7 7 2011 18 01 04 000 D2005 5 7 7 2011 18 01 02 000 001 Sensordetectederor j O Restoration 393 D2005 5 7 7 2011 18 01 02 000 D2007 85 7 7 2011 18 01 02 000 003 Rotationspeedenor Restoration D2003 21 77772011 18 01 01 000 001 Sensor detected enor 1 Occurrence D2005 5 lt After sorting gt 5 Date No Event Logging Name pa Status Comment Monitoring Data D2003 21 77772011 18 01 02 000 003 Rotationspeed eror f 0 77772011 18 00 10 000 D2003 36 Restoration D2003 28 77772011 17 59 50 000 o3 Rotation speedemor 0 Restoration D2003 18 77772011 18 01 10 000 001 fSensordetected eror 0 Restoration D2aoo5 3 77772011 1
144. ition is OFF Generates a trigger when the operation of the specified step is not satisfied 1 When the execution condition rises Generates a trigger at the timing when the operation of the specified step has turned into the satisfied state from the not satisfied state J When the execution condition falls Generates a trigger at the timing when the operation of the specified step has turned into the not satisfied state from the satisfied state The Monitor Condition Setting tab Record number after trigger To specify the number of record from trigger condition satisfaction to monitoring stop specify the number for Record number after trigger Record number after trigger Set the number of records to be monitored after a trigger was detected Dropped data occurred after trigger detection are not included in the record after trigger Start monitoring Trigger condition satisfaction Stop monitoring Sampled data Record number after trigger including the torigger Number of records can be monitored MThe Buffer Capacity Setting tab Specify a buffer capacity Insufficient buffer capacity increases the probability of processing overload occurrence 4 LLIQnUDVCPU LCPU User s Manual Data Logging Function Can be checked with the special register SD830 32 to 4832 KB To use the realtime monitor function in conjunction with the data logging function set the capacity within the range t
145. l 3 FX FY BLONS JO 8 Jo Y JONSB 6 Bit device D SD W SW R ZR FD UING JO w JONSW 6 Bit specified word device Word device T current value ST current value C current value D SD W SW R ZR Z 4 FD ULNG 6 JOW 6 JOVSW 9 Word device X Y M L F SM V B SB BLO S vO x JONY S Jo sB Digit specified bit device 4 2 3 4 5 6 7 gt Although index modification can be specified indirect specification is not available to the above devices excluding FX FY FD BLONS and bit specified word device T contact ST contact and C contact are specified with TS SS and CS respectively T coil ST coil and C coil are specified with TC SC and CC respectively ZZ can be also specified for index modification It can be specified regardless of the PLC parameter setting Digit specification for bit device is available only for K1 to K8 Specifying devices for modules which do not exist or inaccessible devices of a module will not result in an error but undefined value will be displayed Local device of the program set in the Program Name can be monitored when selecting the Step No Specification on the Timing Condition screen MThe Monitor Condition Setting tab Timing Type Each Scan Monitors data at the timing of END processing for each scan Condition Specification Monitors data at the timing of the specified condition MThe Monitor Condition
146. le Cursor values displayed in the graph legend area e Nonnumeric value NaN Ka Double Precision Mah e Plus infinite value Inf 16b BCC e Minus infinite value Inf 22bitBCD Cursor value and difference information displayed on status bar of trend window The cursor value on the status bar and Difference Blue gt Red and Value Blue in the difference information area are also displayed as follows Nonnumeric value NaN e Plus infinite value Inf Difference Blue gt Red NaN e Minus infinite value Inf aoe Cursor Value NaN 8 USING TREND GRAPH FUNCTION 1 8 12 Displaying Abnormal Graphs 05 8 13 Handling BCD Type Incorrect Values When the values of 16 bit BCD type integer and 32 bit BCD type integer exceed the maximum value they are handled as incorrect values The following explains the expression of incorrect values on the trend window Graph display on the trend window e The graph is not displayed while incorrect values continues e The cursor labels of the graph is not displayed while incorrect values continues e For the Multiple cursor display the horizontal cursor that indicates the intersection with the graph is not displayed 19 43 12 19 45 52 19 48 32 13 51 12 Cursor values displayed in the graph legend area When the cursor is placed at the plot of incorrect values is displayed for values in the graph legend area Double Precision 16bitBOD J2bitBCD
147. les This function enables the consecutive view of divided Event logging files Precautions Previous next Event logging file may not be displayed if any of the operations below is performed using an Event logging file saved in a personal computer If the previous next Event logging file cannot be displayed create the same folder configuration as the one under EVENT in a CompactFlash card before operating e A name of a folder or an Event logging file following the name has been changed e The previous next Event logging file has been deleted File names of Event logging files are not in series Displaying previous event lt Operating from the normal status Time axis Event logging file configuration Event window Earlier lt Before operation rg MELSOFT Series GX LogViewer 00000103 CSV Historical Event High Speed Data Logger Module Online Tool Window Help 38x SIBBES Bi BHR HEITFARYIER i Sa jimaa File displayed before the operation Events in 00000103 csv are displayed tof items 100 100 Perform Show Previous Event ee Previous events lt After operation FQ MELSOFT Series GX LogViewer 00000103 CSV Historical Event High Speed Data Logger Module O File View Event Online Tool Window Help SIRI ERE am CER Events in Files to be 00000102 csv are displayed after displayed the operation 00000255 CSV Up to two files N can be KI displayed a NY Eve
148. ltiple cursors and graph area cursor labels Changing graph Changes graph appearance such as color and type of the graph and appearance graph line thickness Registering reflecting Registers the display setting information of the trend graph being graphical display settings displayed and reflects it to another trend graph Checking data Operating trend graph Reflecting graphical display automatically Stores the graphical display information being displayed by each label group setting and reflects them to the graph automatically when open the trend window next time Initializing graphical display Restores changed graphical display to the initial state the state in which graph appearance such as the color has not been changed Window Adding restoring Adds window layout and data of the trend window displayed frequently folder restore frequently used window to the menu in order to restore them easily function configurations Redisplaying recently used windows folders Adds windows or folders recently used to the menu automatically in order to redisplay those easily Displayed data save function A function to save the data being displayed in the trend graph to a personal computer as CSV file or image file BMP JPG PNG A function to print the trend graph being displayed with the trend graph function Trend graph print function Reference Page 35 Assistant Screen Page 50 Connecting to Data logg
149. lumn Date and time column Data type of date and time column row Fixed string DATETIME YYYY MM DD hh mm ss 2nd column Microsecond column Data type of microsecond column of date and time Fixed string us 3rd column Index column Index column Fixed string INDEX 4th column and later Data column Data type of sampled data Output format Data type output string Additional information K Page 144 Data type output string Last column Trigger information column Fixed string regardless of continuous logging trigger logging Output format TRIGGER trigger ON string trigger OFF string 3 MData name row 1st column Date and time column Title of the Date and time column Fixed string TIME 2 Title of microsecond column of the data and time Fixed string psec 2nd column Microsecond column Index column Title of the Index column Fixed string INDEX 3rd column Data column Title of the Data column Output format Data name 4th column and later Last column Trigger information column Title of the Trigger information column Fixed string Trigger 140 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data MData row For saving data displayed in a historical trend window data is output in the order that it was stored in a Data logging file For saving data displayed in a realtime trend window data is output in the order that it was received gt 2 3 4 K5 1st column Date and time column 2 Date and time infor
150. lumn are not output For the continuous logging is output for trigger ON string When the data whose columns are set not to output by the configuration tool is saved to a CSV file the data in the columns correspond to those not output items are not output and only the delimiter comma is output When the data whose indexes are set not to output by the configuration tool is saved to a CSV file the indexes with starting from 1 are automatically output 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data MData logger The CSV file format explained below differs from the CSV file format obtained from Data logger For details on the CSV file format of Data logger refer to the following manuals High Speed Data Logger Module User s Manual BOX Data Logger User s Manual Delimiter Linefeed code Character code Number of rows ex File information row gt Data type information row gt Data name row gt Data row comma CRLF 0x0D 0x0A ASCII Maximum number of rows 200003 rows data rows 3 LOGGING 1 DATETIME YYYY MM DD hh mm ss us Time usec 6 30 2014 11 46 32000 6 30 2014 11 46 32000 6 30 2014 11 46 32000 6 30 2014 11 46 32001 6 30 2014 11 46 32002 2 3 4 INDEX BIT On Off SHORT DEC 1 FLOAT EXP 4 TRIGGER INDEX Datat Data2 Datab Trigger 1 Off D 5 40E 01 2 Off 1 8 32E 01 3 Off 0 2 97E 00 4 Off 3 2 61E 00 5 Off 4 1 42E 00 MFile inform
151. m o Ailes U EVT01 CSV Historical Event High Speed Data Logger Module Date No EventLoggingName Status Comment 7 7 2014 18 01 12 000 002 Voltage enor 0 Fila 7 7 2014 18 01 10 000 092 Votageeron dl 1__ Ocourence I Equidistance Plot OARS Monitoring 02007 5 7777201 7 7 21 Fj Sensor position Reel speed iets T Sensor fF 27741 2474 7777201 Sensor B Measured data Measured data B Ba Ba ET EM ENT EY mi Pe ey ne N3 N3 N3 N3 N3 N3 N9 N3 5 5 15 5 5 5 5 5 See k PEETS 7 OFF OFF 0 0 E 2 E22 7 Event window Trend window wj aa pa ia NI NI 515 w w N o ng ba an N o u a pay Nay nS o 0 994521 Meas 0 18 77201 0 642792 Ban fa st ay a a KY ii mani rd bA bt N3 N3 N3 N3 N3 N3 5 5 5 5 5 5 dd ed bd ed b ANA MAN Trend window Trend graph function Page 55 Trend window Event monitoring function Page 109 Event window Event window Restriction The number of realtime monitor window that can be displayed simultaneously with multiple RCPUs LCPUs is only one window The number of realtime trend window and or realtime event window that can be displayed simultaneously with a single Data logger or a single BOX Data logger is up to two windows The number of real
152. mation Output format YYYY MM DD hh mm ss 2nd column Microsecond column 2 Value of microsecond Fixed value 0 3rd column Index column Value of index Output format Integer value 4th column and later Data column Value of sampled device Output format Value corresponds to the type in the data type information row Trigger information column Blank Product type Version number is displayed at the Type information file version column When the data whose Date and time column is set not to output is saved to a CSV file the Date and time column and the Millisecond column are not output On a historical trend window on which a CSV file is opened a trigger ON string and trigger OFF string are displayed according to the information in the file On a realtime trend window on which a binary file is opened a trigger ON string and a trigger OFF string are displayed as respectively when output in a CSV file When a data whose Date and time column is set to output and Microsecond column is set not to output is saved to a CSV file the Microsecond column is output When the data whose indexes are set not to output is saved to a CSV file the indexes with starting from 1 are automatically output ren and woe 12 SAVING DISPLAYED DATA EVENTS 1 41 12 2 Saving Displayed Data Sampling trace Delimiter Comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows Maximum number of rows 8196 rows data rows 4
153. mation row EVENT 1 2 3 4 Data type information row DAT ETIMESHORT DEST RING 32 SHORT ICST RING 32 STRING 1 6664 Data name row gt TIME NUMBER EVENT STATUS COMMENT VALUES 5619 0 2 Voltage error O Voltage restored D1 20 731 354 D1 0 0 000000 58 21 0 1 Sensor detected error 1 Execution error occured DO 1 213192799E 30 Data row 58 22 0 1 Sensor detected error O Execution restored DO 0 000000 58 24 0 1 Sensor dete cted error 1 Execution error occured DO 3 494843613E 18 58 26 0 1 Sensor detected error O Execution restored DO 0 000000 5527 0 1 Sensor detected error 1 Execution error occured DO 4 758394893E 27 File information row 1st column File type File type of output file Fixed value EVENT 2nd column Type information_file version Version of type information output file Fixed value 1 3rd column Number for data type Number indicating the data type information row information row Fixed value 2 4th column Number for data name row Number indicating the data name row Fixed value 3 5th column Number for data starting rows Starting number of data rows Fixed value 4 Data type information 1st column Date and time column Data type of date and time column row Fixed string DATETIME YYYY MM DD hh mm ss 2nd column Microsecond column Data type of microsecond column of date and time Fixed string us 3rd column Number column Data type of number column Fixed string SHORT DEC 0 4th column Event logging name column Data type of event loggi
154. me unit to move to the left right Set the time unit to move a graph to the left or right Operating procedure Select a phase from 24 phases between 1ms and 12h from the combo box in the tool bar Or select Graph Operation gt Adjust Graph Location gt Horizontal Moving Quantity and select a phase from 24 phases between 1ms and 12h Expanding reducing time scale Expand reduce the time scale in the graph area lt Scaling down gt lt Standard gt lt Scaling up gt 59 JE 20 02 55 mates 20 04 04 20 04 08 20 04 13 20 04 17 PO 0406 20 04 08 20 04 11 20 04 13 20 04 15 20 04 17 ee 20 04 13 2004 14 200415 20 0416 20 04 17 Operating procedure Select Graph Operation gt Adjust Time Scale gt Expansion Time Scale Reduction Time Scale Point The time scale can be adjusted by scrolling the mouse wheel while pressing the key Scrolling the mouse wheel up expands the time scale and scrolling it down reduces the time scale 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs Displaying consecutive previous next trend graph Normally one Data logging file is displayed on a historical trend window However data in the previous next Data logging file can be displayed simultaneously by using this function Unicode text files CSV files and binary files This enables the consecutive vie
155. n GX LogViewer The connectable route is the same as the connection with Configuration tool of Data logger Data communication Point gt BOX Data Logger has three ports serial port Ethernet port CH1 and Ethernet port CH2 For details on CPU modules configuration display personal computers and respective servers connectable to each port refer to the following manual LLIBOX Data Logger User s Manual FTP server SNTP server Mail server e For a connection via a hub e For a direct connection Ethernet CompactFlash card D d b re I re 1 re re re re re ci Displ CompactFlash card Required Sold D nn gt Required Sold MR separately separately ak El High Speed Data Communication Ball E Module l sa INA vs AN High Speed Data Logger Module a E a D EN GX LogViewer BOX Data Logger Display personal computer Data logger Data communication and an Ethernet port of a personal computer can be connected with the following communication route Type of communication route Page 23 For connection via hub Page 23 For direct connection Ethernet twisted pair cables sold separately that conform to the standard of IEEE802 3 10BASE T 100BASE TX can be used For details on Ethernet communication specifications refer to the user s manual of Data logger Data communication Point For details on the considerations when co
156. n Graph gt Adjust Graph Location gt Move Graph to Left gt Adjust Graph Location gt Move Graph to Right gt Adjust Graph Location gt Horizontal Moving Quantity gt Adjust Font Size of Graph Legends gt Expansion Font Size Page 56 Graph legend area gt Adjust Font Size of Graph Legends gt Reduction Font Size gt Adjust Time Scale gt Expansion Time Scale Page 88 Expanding reducing time scale gt Adjust Time Scale gt Reduction Time Scale gt Show Previous Graph gt Show Next Graph Page 89 Displaying consecutive previous next trend graph gt Multiple Cursor Page 94 Displaying multiple cursor gt Cursor Label Page 95 Displaying cursor labels gt Graph Highlight Page 100 Highlighting graph gt Bold Line Page 100 Thickening graph line gt Data Name Page 95 Displaying data names 36 5 SCREEN CONFIGURATION 5 4 Menu Configuration gt Grid gt Vertical Line Page 96 Displaying grid gt Grid gt Horizontal Line gt Plot Format gt Equidistance Plot Page 96 Switching graph plot format gt Plot Format gt Time Interval Plot gt Time Label gt Time Page 97 Changing display of time scale labels gt Time Label gt Date gt Time Label gt Date and Time gt Time Label gt Index gt Set Language gt Chinese Simplified Page 116 Optimizing the display language of event logging names and gt Set Language
157. n target CPU modules and types of save destination memory card when using Analog module are as follows MELSEC Q series analog module ATA card MELSEC iQ R series analog module SD memory card MELSEC Q series analog module MELSEC L series analog module Access restriction when connection destination is specified When the access restriction is set to the module by remote password or access authentication the connection target cannot be specified with GX LogViewer Clear the access restriction on the Enter remote password screen or Access Authentication screen e For details on remote password refer to the user s manual of CPU module e For details on access authentication refer to the manual of Data logger Data communication 6 OPERATION FLOWS 6 1 Displaying Data of CPU Module Analog Module RCPU R Analog eee Le Um High Speed Data 2S High Speed Data Communica X Q Analog LCPU L Analog BOX Data Log Gr Operating procedure Displaying data saved in a personal computer 1 Select File gt Open C3 or drag and drop the file 2 Select a data logging file txt csv or bin in a personal computer to be displayed K Page 61 Displaying logging file saved in personal computer MDisplaying data saved in CPU module 1 Select Online gt Open Logging File EB 2 Select a data logging file a file in a memory card inserted in the CPU module to be displayed K Page 60 Displaying logging file saved with l
158. n the network Page 60 Displaying logged devices Historical trend graph Page 62 Displaying current device status Realtime monitor graph Page 73 Checking Data Page 76 Operating Trend Graphs Page 94 Changing Display Items in Graph Area Page 98 Changing Graph Appearance Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows Page 103 Reflecting Graph Display Automatically When Opening File Page 103 Initializing Graph Display Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER Page 126 Adding Restoring Frequently Used Window Configuration to Menu Page 127 Redisplaying Recently Used Windows Page 127 Redisplaying Recently Used Folders Page 128 Saving Displayed Data Page 148 PRINTING TREND GRAPHS 3 FUNCTION LIST 27 28 Function list for Data logger High Speed Data Logger High Speed Data Communicati Item A function to guide users unfamiliar with the operation of GX Log Viewer Direct connection Connects a personal computer to Data logger on a 1 1 basis They can be easily connected without concerning the IP address Searching modules Searches for and connects to Data logger on the network Displays past data sampled by the data logging function on the trend graph Data saved in CSV files binary files is displayed Assistant function Connection setup function Trend graph function Displaying trend graph Historical trend graph Displaying tren
159. n the trend graph to a Page 128 Saving Displayed Data personal computer as CSV file or image file BMP JPG PNG Trend graph print function A function to print the trend graph being displayed with the trend graph Page 148 PRINTING TREND function GRAPHS 3 FUNCTION LIST 4 OBTAINING AND STARTING GX LogViewer 4 1 Obtaining GX LogViewer Obtaining GX LogViewer in Japan GX LogViewer can be downloaded from Mitsubishi Electric FA site www MitsubishiElectric co jp fa For downloading GX LogViewer please register for a free membership on Mitsubishi Electric FA site in advance Obtaining GX LogViewer in other countries For the information on how to obtain GX LogViewer please consult your local Mitsubishi representative 4 2 Installing and Uninstalling GX LogViewer For the procedures for installing uninstalling GX LogViewer refer to the installation instructions stored in the Manual folder A CPU Module Logging Configuration Tool GX LogViewer Installation Instructions BCN P5999 0506 4 3 Starting and Exiting GX LogViewer This section explains how to start and exit GX LogViewer Starting GX LogViewer Operating procedure Select MELSOFT gt Logging Function gt GX LogViewer from Windows Start 1 Start GX LogViewer from All apps on the Start screen or Start gt All Programs Exiting GX LogViewer Operating procedure Select File gt Exit 4 4 Switching the Display Language Since GX
160. nd Monitor i This operation disconnects the communication with a module and stops a trend graph drawing MPausing graph update e Select Online gt Pause Monitor 87 This operation suspends a trend graph drawing with communication continued Data sampling is continued MRestarting graph update e Select Online gt Restart Monitor F5 This operation restarts the trend graph drawing from the monitoring paused status The data sampled while the monitoring had been paused is not displayed on the graph temporarily but it is displayed on the trend graph after the monitoring is restarted MClearing graphs e Select Online gt Clear Graph 3 This operation clears trend graphs being drawn in the graph area Graph drawing for the data being sampled is restarted immediately after clearing 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph a 8 4 Checking Data This section explains how to check data displayed on the trend window KL Page 73 Checking and comparing data values status K Page 75 Adding deleting data to from graph legend area Checking and comparing data values status Check and compare the data values status on the trend graph Blue cursor Red cursor 358 Sensor Positioning 358 Sens g _ p T pt ae 179 puu ret ae per pa rn 0 po aai Reel Speed N Se ensor i tn lt og 1T rm f S ai pa EE y 564 T FT I T r red J u ri 0 994521 _ er Value
161. nd click the OK button Precautions Communication with Data logger Data communication cannot be performed when the guest account is used to log in the operating system of a personal computer MSearching for Data logger Data communication on the network to specify it Operating procedure 1 Click the Search for module on network button on the Transfer Setup screen The Data logger Data communication information list is displayed 2 Select the Data logger Data communication to be connected from the information list and click the OK button 3 Click the OK button on the Transfer Setup screen Connecting directly Connect Data logger Data communication to an Ethernet port of a personal computer directly with a crossing cable Specifying IP address is not required for direct connection A straight cable can be used for BOX Data Logger Operating procedure Select Direct Connection on the Transfer Setup screen and click the OK button 7 CONNECTING TO MODULE 7 4 Connecting to Data logger Data communication 51 S USING TREND GRAPH FUNCTION RCPU R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger a 8 1 Overview This function is for displaying the data sampled with the logging function of respective modules a trace result of GX Works2 sampling trace or a simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool in gr
162. ng display Customizes the display settings of event list such as font color and settings of event list display items Logging file save function A function to save logging files saved in the memory card to a personal computer Window Adding restoring Adds window layout and data of the trend window displayed frequently folder restore frequently used window to the menu in order to restore them easily function configurations Redisplaying recently used windows folders Adds windows or folders recently used to the menu automatically in order to redisplay those easily Displayed data event save function A function to save the data being displayed in the trend graph and the events displayed in the event list to a personal computer as CSV file or image file BMP JPG PNG A function to print the trend graph being displayed with the trend graph function Trend graph print function 3 FUNCTION LIST Mu BOX Data Logger Reference Page 35 Assistant Screen Page 50 Connecting to Data logger Data communication Page 60 Displaying logged devices Historical trend graph Page 61 Displaying current device status Realtime trend graph Page 73 Checking Data Page 76 Operating Trend Graphs Page 94 Changing Display Items in Graph Area Page 98 Changing Graph Appearance Page 101 Registering and Reflecting Graphical Display Settings of Trend Windows Page 103 Reflecting Graph Display Automatically When Op
163. ng name column Fixed string STRING 64 5th column Occurrence type column Data type of occurrence type column Fixed string SHORT DEC 0 6th column Occurrence comment column Data type of the occurrence comment column Fixed string STRING 64 7th column Occurrence condition value Data type of occurrence condition value column column Fixed string STRING 4623 MData name row 1st column Date and time column Title of the Date and time column Fixed string TIME 2nd column Microsecond column Title of microsecond column of the data and time Fixed string usec 3rd column No column Title of the No column Fixed string NUMBER 4th column Event logging name column Title of the Event logging name column Fixed string EVENT 5th column Occurrence type column Title of the Occurrence type column Fixed string STATUS 6th column Occurrence comment column Title of the Occurrence comment column Fixed string COMMENT 7th column Occurrence condition value Title of the Occurrence condition value column column Fixed string VALUES EData row For saving data displayed in a historical event window data is output in the order that it was stored in an Event logging file For saving data displayed in a realtime event window data is output in the order that it was received 1 A number enclosed with indicates the maximum number of characters unit byte 146 12 SAVING DISPLAYED DATA EVENTS 12 3 Saving Displayed Events Saving displayed events to
164. ngs for Monitor Target Monitor Condition and Buffer Capacity are configured on the Realtime Monitor Setting screen Realtime Monitor Setting LCPU Realtime Monitor Setting LCPU ES Realtime Monitor Setting LCPU ex ein pel Timing Setting i Timing Type Each Scan Buffer Capacity Setting pa Malay Canal Set the acity used in the realtime monitor Device Specification Step No Specification Enlarge the capacity when data missing has been occ z Device Program Name Share stored area and buffer of the data logging P v Buffer Capacity 32 KB 32 4832 v Step No Execution Condition Condition Formula b l m Radix IR u Condition Value bi Trigger Setting z Trigger Type No Trigger 1 Trigger Condition ad Device Specification Step No Specification Device Program Name Pe m Step No vv st Execution Condition Condition Formula z Radix LE v Condition Value Record number after trigger Records 1 to 1000000 men en daa 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph MThe Monitor Target Setting tab Specify the device to be monitored and its data type Bit device X DX Y DY M L F SM V B SB T contact 2 T coil 3 ST contact 2 ST coil 3 C contact 2 C coi
165. nnecting to Data logger Data communication using a USB or an Ethernet refer to the following section KL Page 24 Considerations for connection 22 2 SYSTEM CONFIGURATION 2 2 System Configuration Connection from Ethernet port MFor connection via hub Data logger Data communication and a personal computer are connected through a local network via a hub When connecting via a hub the IP address of Data logger Data communication is required to be specified ex Connecting via a hub using High Speed Data Logger Module Ethernet Server personal computer High Speed Data Logger Module Configuration display personal computer MFor direct connection Data logger Data communication and a configuration display personal computer are directly connected on a 1 1 basis through an Ethernet cable crossing cable without a hub The IP address of Data logger Data communication does not need to be specified for communication when directly connecting The broadcast is used for communication Point A straight cable can be used for BOX Data Logger 2 SYSTEM CONFIGURATION 2 2 2 System Configuration 3 24 Considerations for connection RCPU R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger The following are considerations for connecting to a module using a USB or an Ethernet Considerations for USB connection Pay attention to the following when connecting a pers
166. nts in EVTO1 CSV File sampling 00000103 csv are current events displayed 9 USING EVENT MONITORING FUNCTION 1 1 9 4 Operating Event List 7 lt Operating from the status when the previous event logging file is already displayed Event logging file configuration EVENT Time axis Earlier File displayed before the operation a 00000101 CSV Previous events 00000255 CSV Files to be 2 displayed after xe the operation cd NG EVT01 CSV File sampling current events EVTO2 2 Operating procedure Select Event Show Previous Event e The previous event cannot be displayed to an Event logging file of which serial number assigned to the file name is the smallest number 9 USING EVENT MONITORING FUNCTION 9 4 Operating Event List 118 Event window lt Before operation PG MELSOFT Series GX LogViewer 00000103 CSV Historical Event High Speed Data Logger Module O File View Event Online Tool Window Help SIGE LIA DIES Events in 00000102 csv are displayed Events in 00000103 csv are displayed Perform Show Previous Event lt After rn PG MELSOFT Series GX Lo 00000103 CSV Historical Event High Speed Data Logger Module O file View Eve Online Tool Window Help m Nr Events in 00000101 csv are displayed Up to two files can be displayed Events in 00000102 csv are displayed Displaying next event lt Operating from the normal status Time axis
167. o existence Network PLC Direct Coupled Setting Connection Test Time Out Sec 30 Retry Times 0 Network FEN PLC Type Commenication ay Me Detail CCIE Cont CCIE Field Ethernet CC Link C24 NET A10 H O System Image gt De 3 er Station Detailed Setting i Phone Line Connection C24 Head 1 0 30 Station No D ee Check at OK Communication Time 3 red Ra OK Retry Times 0 Tim Cancel CCIE Cont CCIE Field Eth t CC Link C24 It is not possible to cancel while communication retrying NETAGH o O Cancel EN 7 5 alel Communication time check x 3 x Retry count 1 Accessing Other Station Multiple CPU Setting 3 3 3 3 Target PLC 4 Network Communication Route Detailed Setting of CC Link sia ad LA Not Specified zi il Gt Head 1 0 3f Station No 0 Please execute following setting Head 1 0 Head 1 0 on the CC Link communication route Station Number Station number on the CC Link communication route Precautions When the CPU module is connected directly or via a serial communication module the accessible station numbers when accessing the programmable controller CPU on another station via CC Link are 0 master to 63 7 CONNECTING TO MODULE 4 7 3 Connecting to QCPU LCPU 9 50 7 4 Connecting to Data logger Data communication N gt N N N N R Analog QnUDVCPU Balder Mendes ADELER OOA OILOA Q Analog ma L Analog BOX Data Logger When connecting to Data logge
168. ogging function of CPU module Analog module MSaving logging files to personal computer Select Online gt Save Logging File to PC Sm The saved logging files can be checked by displaying as the Historical trend graph or Excel KL Page 123 SAVING LOGGING FILES TO PERSONAL COMPUTER MDisplaying current device status only when using RCPU LCPU 1 Select Online gt Realtime Monitor 2 Configure the realtime monitor setting K Page 62 Displaying current device status Realtime monitor graph 6 OPERATION FLOWS 41 6 1 Displaying Data of CPU Module Analog Module 42 6 2 Displaying Data Events of Data Logger GOS aaa Gran EEE RN CoS Operating procedure MDisplaying data saved in a personal computer 1 Select File gt Open 7 or drag and drop the file 2 Select a data logging file csv or bin in the personal computer to be displayed K Page 61 Displaying logging file saved in personal computer Displaying data saved in Data logger Select Online gt Open Logging File 3 Page 60 Displaying logging file saved with logging function of Data logger MDisplaying events saved in a personal computer 1 Select File gt Open C3 or drag and drop the file 2 Select an event logging file csv or bin in the personal computer to be displayed 3 Page 112 Displaying Event logging files saved in a personal computer MDisplaying events saved in Data logger Select Online gt Open Loggin
169. ollowing modules is supported e QCPU Q03UDVCPU Q04UDVCPU QO6UDVCPU Q13UDVCPU and Q26UDVCPU e LCPU LO6CPU and L26CPU e MELSEC L series Analog Digital Converter Module L60AD4 2GH Windows 8 32 bit version and 64 bit version is supported The transparent function of GOT2000 is supported Displaying the data logged by the following modules is supported e LCPU LO6CPU P and L26CPU P e MELSEC L series Analog Input Output Module L6OAD2DA2 e MELSEC Q series High Speed Data Communication Module QJ71DC96 e Logging Unit for Energy Measuring Unit EcoMonitorLight EMU4 LM Displaying the data logged by the following module is supported BOX Data Logger NZ2DL Displaying the data logged by the following modules is supported e RCPU RO4CPU RO8CPU R16CPU R32CPU and R120CPU e MELSEC iQ R series analog module R60AD4 R60ADV8 and R60ADI8 Windows 8 1 32 bit version and 64 bit version is supported Realtime monitor display of data obtained by the following modules is supported e LCPU L02CPU LO2CPU P LO6CPU LO6CPU P L26CPU L26CPU P L26CPU BT and L26CPU PBT The offline realtime monitor setting is supported e RCPU RO4CPU RO8CPU R16CPU R32CPU and R120CPU Displaying a realtime monitor window as a frequently used window configuration and a recent window is supported Displaying the data logged by the following modules is supported e RnPCPU RO8PCPU R16PCPU R32PCPU and R120PCPU The font size in th
170. onal computer and a module using a USB MConnecting more than one modules to a single personal computer Only one module can be connected at a time Connection in the configurations below cannot be performed lt Inapplicable configuration gt e Connection to several programmable controller CPUs from the personal computer with several USB ports or QCPU or QCPU hub Cab la or QCPU or LCPU Considerations for Ethernet connection Pay attention to the following when connecting a personal computer and a module using Ethernet MFor connection via hub e Set the network settings on a personal computer so that its network address is the same as the one of a module to be connected For High Speed Data Logger Module Set the same values u m m Set the different values Network portion 192 168 3 255 255 255 d Factory setting IP address Ethernet 192 168 3 3 a Subnet mask 255 255 255 0 olig 3 High Speed Data Logger Module Configuration display personal computer e Data logger Data communication can be connected only using LAN Connection via the Internet cannot be performed 2 SYSTEM CONFIGURATION 2 2 System Configuration MFor direct connection e Connections which are not direct connection Direct connection setup cannot be performed in a configuration where a single Data logger Data communication and a single personal computer are connected to a hub as shown in th
171. ort file Window Select File gt Import and Export SET Import Export Selection You can select what to import or export Choose an action to perform Description Import Frequently used Window Configurations Export Frequently used Window Configurations Export graphical display settings to a file Import Graphical Display Settings isplay Settings Operating procedure 1 Select Import Graphical Display Settings Export Graphical Display Settings and click the Next button 2 Specify a file path and a file name of the data to be imported exported and click the Next button 3 Click the Finish button 1 02 8 USING TREND GRAPH FUNCTION 8 8 Registering and Reflecting Graphical Display Settings of Trend Windows 8 9 Reflecting Graph Display Automatically When Opening File The auto reflect function stores the display information of a graph being displayed including graph line color type upper lower limit display value display items in graph area highlighted display bold display and display status of graph legend area for each data logging setting and enables it to be reflected to a graph automatically when opening the trend window next time Using this function saves time to configure the setting each time when displaying a graph with the same data logging setting as same as last time 1 The setting information in the language selection setting is excluded For the target items of
172. ow e RCPU MELSEC iQ R series analog module Transfer Setup screen K Page 46 Connecting to RCPU e QnUDVCPU LCPU MELSEC Q L analog module Transfer Setup screen Page 47 Connecting to QCPU LCPU e Data logger Transfer Setup screen 3 Page 50 Connecting to Data logger Data communication 4 Select the file to be saved from a list on the Logging File screen and click the Save to PC button Multiple files can be selected 5 Specify the destination to save the file e Saving 1 file Save the file by specifying the file name e Saving more than 1 file Save multiple files by specifying the folder at once The files cannot be saved in different folders The file name cannot be changed Precautions The file format of a Unicode text file CSV file saved with the Logging file save function explained in this chapter differs from that of those files saved with the displayed data event save function explained in the after mentioned chapter Saving displayed data events 7 Page 128 SAVING DISPLAYED DATA EVENTS For more details on file formats of Unicode text file CSV file obtained directly from a module and saved with the Logging file save function refer to manuals for respective modules Restriction Updating other monitoring data may be delayed in the following cases since saving Data logging file requires time e Saving a Data logging file while the data logging function is being performed e Saving a large vol
173. p to 60 characters condition for the specified step No Step No Set a step No to monitor data by satisfaction of the condition 0 to 1228799 Execution Condition Select the monitoring operation condition from the following Always Always ON Any time Always monitors data at the specified step OFF ON When the execution condition is ON ad ka Monitors data while the operation of the specified step is satisfied nye OFF When the execution condition is OFF Monitors data while the operation of the specified step is not satisfied 1 When the execution condition rises Monitors data at the timing when the operation of the specified step turns into the satisfied state from the not satisfied state J When the execution condition falls Monitors data at the timing when the operation of the specified step turns into the not satisfied state from the satisfied state The Monitor Condition Setting tab Trigger Type A trigger mark is displayed on the graph area once a trigger is detected No Trigger Monitors data without specifying a trigger condition 1 Time Stops monitoring once the specified number of records has been monitored since a trigger was detected Continuous Keeps monitoring up to the monitoring stop operation and detect triggers during the period 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph The Monitor Condition Setting tab Trigger Condition Device Specification A trigger is generated and
174. perating System English Microsoft Windows 8 Pro Operating System English and Microsoft Windows 8 Enterprise Operating System English A generic term for Microsoft Windows 8 1 Operating System English Microsoft Windows 8 1 Pro Operating System English and Microsoft Windows 8 1 Enterprise Operating System English A generic term for Microsoft Windows XP Professional Operating System English and Microsoft Windows XP Home Edition Operating System English RCPU RAnalog QnUDVCPU ff High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger The above icons indicate the target modules and data for operating explanation in this manual Icon RCPU R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger Others Target modules and data for operating explanation RCPU MELSEC iQ R series analog module QnUDVCPU High Speed Data Logger Module High Speed Data Communication Module MELSEC Q series analog module LCPU MELSEC L series analog module BOX Data Logger CSV file in GX LogViewer format e Data saved with Energy Measuring Unit e Sampling trace data e Simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool 1 OVERVIEW a a 1 1 Overview of GX LogViewer GX LogViewer is a tool to display and analyze large volume data sampled by various modules which
175. perties Graph Properties Graph Line Style File Name HSOL1 csv Color and Type Line Color T Color button Graph 3 legend area Sino UNBE B Solid Line O Dash Line CJ Dot Line Graph Area Style The graph area style applies to all windows Color buttons The specified colors are also effective after restartingthe Background Color Jl Gnd Color Trigger ON Color i Trigger OFF Color Operating procedure Changing graph color 1 Select a data whose graph color to be changed from the list of graph legend area 2 Click the color button for Line Color 3 Select a color from Basic colors or Custom colors on the Color screen and click the OK button Changing graph line type 1 Select a data whose graph line type to be changed from the list of the graph legend area 2 Selecta type from Line Type and click the OK button Changing graph area style background color grid color trigger ON color and trigger OFF color 1 Click the color button for the setting to be changed 2 Select a color from Basic colors or Custom colors on the Color screen and click the OK button 8 USING TREND GRAPH FUNCTION 8 7 Changing Graph Appearance 99 Highlighting graph Highlight the display area of the selected trend graph The highlighted display is also reflected to a graph printed on paper lt Without highlight lt Highlighted gt
176. playing the date on a time scale label is supported The automatic reflection of the graphical display setting when displaying trend window is supported Initializing graphical display of the trend graph being displayed is supported Expand the maximum display point of the trend graph on one screen from 65535 to 100000 and the maximum save 1 26C or later number of lines to the CSV file from 131073 to 200003 data row 3 The plot format of the historical trend graph being displayed can be changed from equidistance plot format which is conventional display format to time interval plot format When displaying with time interval plot format logging data of another file can be added to the trend graph being displayed When displaying multiple file logging data on the trend graph the graph can be moved to left or right Displaying sampling trace data in GX LogViewer format saved with GX Works2 Version 1 91V or later is supported Displaying the data logged by the following modules is supported e QCPU Q03UDVCPU Q04UDVCPU QO6UDVCPU Q13UDVCPU and Q26UDVCPU e LCPU LO6CPU and L26CPU e MELSEC L series Analog Digital Converter Module L60AD4 2GH 1 APPENDICES APPENDIX 58 Appendix 2 Added and Changed Functions Appendix 3 PING Test The following is an example for checking the connection by issuing the PING command to the module from a target equipment personal computer connected on the same Ethernet network LAN Example of checking t
177. r Name on the Add to Frequently used Window Configuration screen and click the OK button Poin tp A new folder can be created under the folder being selected on the Add to Frequently used Window Configuration screen Select a folder name and click the New Folder button MRestoring a frequently used window configuration Select Window gt Frequently used Window Configuration gt name of a frequently used window configuration MDeleting renaming or sorting a frequently used window configuration Select Window gt Frequently used Window Configuration gt name of a frequently used window configuration and right click it Then select Delete Rename Sort by Name from the shortcut menu Changing order of frequently used window configurations in the menu Select Window gt Frequently used Window Configuration gt name of a frequently used window configuration and drag it to the desired position Importing Exporting frequently used window configurations e Importing All information included in an export file is imported The import operation discards all registered frequently used window configurations and then imports a file e Exporting The folder hierarchy information is also saved in an export file Window Select File gt Import and Export Import Export Wizard a Import Export Selection You can select what to import or export Choose an action to perform Import Frequently used W
178. r Data communication High Speed Data Logger Module High Speed Data Communication Module or BOX Data Logger to be connected is required to be specified in the Transfer Setup screen Transfer setup screen Select High Speed Data Logger Module High Speed Data Communication Module or BOX Data Logger on the Connection Destination screen j ranste Setup Realtime hi onito Module Type High Speed Data Logger Module v Connection Condition Connection via hub IP address of connection target IP address 192 168 3 4 Search for module on network Direct Connection Connect the Ethernet port of CH1 during BOX Data Logger Method for connecting to Data logger Data communication The methods for connecting to Data logger Data communication are shown below Connection method Page 51 Connecting via a hub Page 51 Connecting directly 7 CONNECTING TO MODULE 7 4 Connecting to Data logger Data communication Connecting via a hub Connect to Data logger Data communication via a hub When IP address is set to Data logger Data communication specify Data logger Data communication to be connected by either one of the following methods MEntering the IP address of Data logger Data communication to be connected directly to specify it Operating procedure 1 Select Connection via hub on the Transfer Setup screen 2 Enter the IP address of Data logger Data communication to be connected in IP address a
179. raph display for reversed data When displaying a graph with the time interval plot display format the reversed period is displayed as oblique stripe in case data time is reversed owing to the time change of a module ON ON OFF ON h 0 91 129 AL 7 DJ 8149 Data8 HBT 4084 19 E d 11 46 48 TI G 11 47 36 11 48 00 11 48 24 ISZ CSY 1 4 8 USING TREND GRAPH FUNCTION 0 8 11 Graph Display for Missing Data or Time Reversed Data 8 12 Displaying Abnormal Graphs RCPU IN QnUDVCPU f High Speed Data Logger High Speed Data Communication Mu L CPU 29 BOX Data Logger An abnormal graph is displayed when the value of data is a nonnumeric or infinite value When a float single precision double precision is expressed as a numeric value a bit string that is not recognized as a numeric value is handled as a nonnumeric value By the scaling function of Data logger Data communication values of data may become plus infinite minus infinite values Graph display on trend window e The graph is not displayed while nonnumeric values continues e The cursor labels of the graph are not displayed while nonnumeric values continues e For the plus infinite value the graph attaches to the upper limit display value e For the minus infinite value the graph attaches to the lower limit display value 1 157E077 Double Precision 99999999 326 BED 13 43 12 13 45 52 19 48 32 a
180. raph in a fixed time interval When displaying logging data of more than one file on the same graph area the time interval plot display format is applied Displaying data with fixed time interval allows easier comparison between multiple data For the methods of adding logging data refer to the following section KL Page 75 Adding deleting data to from graph legend area lt Time interval plot format lt Equidistance plot format 358 Ga 179 173 0 0 1 1 Reel Speed Datad CSV 0 0 4 4 ON_ ON OFF orr ON ON _ SensorB D OFF orr 30564_ 0564 Measure 564 lt 564 29436 29436 0 994521 994521 0 18 0 18 1 Fr 1 0 642792 0 642792 4 if x hI 3 0 992546_ AC Voltages 0 992546 eA Datad CSV 7 h A A NON ft hh ft Alf WA nf yout gt at we f of NANA AVA AA ANA N FALL H N VAA ANLA LAN AN VU FUEL VATER AT TET WU UA ATAT UIL ALY 0992546 U UE pl pf fo fm fom mme A fn me MV JENNY 0 992546 ANA MAYA UY LIL LUY JLL LU Ayan Wy t
181. raphs Displaying next graph lt Operating from the normal status Time axis Data logging file configuration Trend window ILOGGING LOG01 lt Before operation Earlier z ein C Bazs 00000001 M LL ATAA ya File displayed mi If before the d operation 00000001 CSV Data in LI 00000101 csv are displayed Perform Show Next Graph 00000002 Data in 00000102 csv are displayed Data in 00000101 csv are displayed Files to be displayed after the operation S JE a a LOGO1 KIN File Up to two files can be displayed sampling ILOG02 current data 2 8 USING TREND GRAPH FUNCTION 9 8 5 Operating Trend Graphs lt Operating from the status when the next graph is already displayed Time axis Data logging file configuration Trend window LOGGING F Loan Earlier ine 00000001 File displayed before the operation Data in 00000101 csv are displayed Data in 00000101 csv are displayed 00 Perform Show Next Graph 00000002 Kg d il ion GraphView Online Tool Window Help TESE GE Hi 23 0 p z Next graph Sam mn Data in 00000103 csv are displayed Data in 00000102 csv are displayed Files to be displayed after the operation a cas WM Up to two files can be displayed sampling LOGO2 current data Operating procedure 1 Select Graph Operation
182. rder of data listed in the graph legend area lt Before alignment ON OFF Select Graph Operation gt Graph Alignment 9 Superimposing graphs Graphs are aligned in the order that they are displayed in the graph legend area lt After alignment gt Display all the trend graphs shown in the graph area with them superimposed lt Before superimposing gt HIJ PIDODUVUUIG Select Graph Operation gt Graph Superimpose Bi lt After superimposing gt ON 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs 79 Moving cursor by specifying value time index Use the Jump Cursor function to check data value status by moving the cursor to the specified value time or index position on the trend graph Since Analog module does not have time information the Jump Cursor function can be used only by specifying value or index Jump to the position where the condition is satisfied Value search Condition search Value 2 400 Index specification Precautions When performing the Jump Cursor function on the Realtime trend graph Realtime monitor graph stop or pause the monitoring Window Select Graph Operation gt Jump Cursor Ak Value Time Index Jump
183. realtime trend window on which a binary file is opened a trigger ON string and a trigger OFF string are displayed as respectively when output in a CSV file When a data whose Date and time column is set to output and Microsecond column is set not to output is saved to a CSV file the Microsecond column is output When the data whose indexes are set not to output by the configuration tool is saved to a CSV file the indexes with starting from 1 are automatically output ren and woe 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data MData communication Delimiter Comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows Maximum number of rows 100004 rows data rows 3 File information row gt LOGGING QJ71DC96_1 2 3 4 Data type information row gt DATETIME YYYY MM DD hh mm ss us INDEX DOUBLE DEC 14 TRIGGER Data name row gt TIME usec INDEX DO Trigger 6430 2014 0 02 600000 1 0 995219544 6 30 2014 0 02 600000 2 0 994237943 Data row 6 30 2014 0 02 600000 3 0 993165034 6 30 2014 0 02 600000 4 0 992000918 6 30 2014 0 03 600000 5 0 990745701 File information row 1st column File type File type of output file Fixed value LOGGING 2nd column Type information_file version Version of output file Fixed value QJ71DC96 17 3rd column Number for data type Number indicating the data type information row information row Fixed value 2 4th column Number for data name row Number indic
184. riction on the Enter remote password screen or Access Authentication screen e For details on remote password refer to the user s manual of CPU module e For details on access authentication refer to the manual of Data logger Data communication 7 CONNECTING TO MODULE 4 7 1 Selecting Connection Target 5 7 2 Connecting to RCPU High Speed Data Le i aa AS When RCPU is selected on the Connection Destination screen the Transfer Setup screen is displayed Specify a connection route to RCPU in which the memory card saving logging files is inserted on the Transfer Setup screen Transfer Setup screen Window Select RCPU on the Connection Destination screen Transfer Setup RCPU i i ES USB Ethernet 30 5 1 to 9999 0 Time 0 to 5 communication ring waiting co unicatio Method for connecting to RCPU The methods for connecting to RCPU are shown below Item Reference Connection method Page 46 Connecting directly using a USB cable Page 46 Connecting with an Ethernet cable Connecting directly using a USB cable Select USB on the Transfer Setup screen to connect directly Operating procedure Select USB and click the OK button Connecting with an Ethernet cable Connecting directly Select Ethernet on the Transfer Setup screen to connect directly Specifying IP address is not required for direct connection Operating procedure After selecting Ethernet
185. rmation ON OFF ON OFF ON SW HSDL1 csv 710312014 11 47 24 032 ON Datat HSPLicev id y Pi T BE w Datal OFF r r Graph legend pa OFF a al LU u apie area M dates 16 gy a ee ee pn Fj Data4 96 o mer V an eh A dd N VITA TR W Dats5 38 91 Data3 HSDL1 csv T Data6 16 799 0 LAAL AV Y vi 2485 Data4 HSDL1 vi Data8 o f my M Data9 70 98 Datad per ti PT HE 91 129 Data6 HSDL1 csv AAP za button 0 048683 py A VA Wy u ge button Dam _ 8149 Data8 HSDL1 csv BE 19 200 Data9 HSDL1 csv mn 0 ej R 11 47 12 de na J Difference information Yalue Blue 48 FE a a a a area Status bar gt i sers Ad aror De Cursor Value 38 Title bar Historical trend graph logging file name Historical Trend module name Sampling trace file name Historical Trend sampling trace is displayed for sampling trace data e Realtime trend graph logging setting name Realtime Trend module name monitoring status Realtime monitor graph Realtime Monitor module name monitoring status Graph legend e Displays a list of data names and their values status that can be displayed as graphs Up to Page 56 Graph legend area area 32 legends e Device Label is displayed as a display item instead of Data Name on the realtime monitor window Graph area Displays data selected in the graph legend area Page 57 Graph area lt lt Displays the previous graph Page 90 Displaying previo
186. round color MELSEC iQ R series CPU module QnUDVCPU QnUDPVCPU MELSEC iQ R series analog module High Speed Data Logger Module High Speed Data Communication Module MELSEC Q series analog module MELSEC L series CPU module MELSEC L series analog module Simulation result saved with Flexible High Speed I O Control Module setting tool Sampling trace data BOX Data Logger Energy Measuring Unit 2 Communication status Displays Online or Offline For the Realtime trend graph Realtime monitor graph only 3 Cursor value Displays the value at the point of intersection between the selected trend graph and the red cursor e Program name and step number of the logging data 4 Cursor time Index Displays time or index at the red cursor 1 These are displayed only when data logged by CPU module is displayed 2 asterisk is displayed when the date information does not exist or when the date information does not contain year month and day information 8 USING TREND GRAPH FUNCTION 8 2 Screen Configuration 59 60 8 3 Displaying Trend Graph This section explains how to display logging data sampled by each module on a trend graph window The total number of records that can be displayed on a trend graph and in an event list is 1000001 K Page 60 Displaying logged devices Historical trend graph KL Page 61 Displaying current device status Realtime trend graph K Page 62 Displaying current device status Realt
187. rting number of data rows Fixed value With comment row 6 Without comment row 5 Number indicating the comment row Fixed value 2 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data 129 MData type information Date and time column row MData name row 1st column Date and time column N 2nd column Millisecond column 3rd column Data sampling interval column 4th column Execution step number column 5th column Execution program number column 6th column Execution program name column 7th column Index column Data column 8th column and later Last column Trigger information column N N 2nd column Millisecond column 3rd column Data sampling interval column 4th column Execution step number column 5th column Execution program number column 6th column Execution program name column 7th column Index column 8th column and later Data column Last column Trigger information column MDevice comment row 1st column Date and time column 130 2nd column Millisecond column 3rd column Data sampling interval column 4th column Execution step number column 5th column Execution program number column 6th column Execution program name column 7th column Index column 8th column and later Data column Last column Trigger information column 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data Data type of date and time column Fixed string DATETIME YYYY MM DD hh mm ss Da
188. s The settings are also effective after restarting the system Color Settings Display Items Settings S n Occurrence Color q EE WI No Ka V Event Logging Name Restoration Color 4 5 I i V Status Background Color fl E Comment I Grid Color l i i VI Monitoring Data bm nt Cancel Operating procedure MChanging color settings occurrence color restoration color background color grid color 1 Click a color button of an item to be changed 2 Select a color from Basic colors or Custom colors on the Color screen and click the OK button Changing display items settings No event logging name status comment monitoring data Clear the item not to display in the event list in Display Item Settings 4 22 9 USING EVENT MONITORING FUNCTION 9 5 Changing Display Settings of Event List 10 SAVING LOGGING FILES TO PERSONAL COMPUTER RCPU R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication i Q Analog LCPU L Analog BOX Data Logger This chapter explains how to save logging files in a memory card inserted in a module to a personal computer The saved files can be checked by the Historical trend graph or the Historical event list Operating procedure 1 Select Online gt Save Logging File to PC a 2 Select an equipment from which logging files are obtained on the Connection Destination screen 3 Specify a module to be connected and the connection method on the screen shown bel
189. s route on the Transfer Setup screen 4 Select an Event logging file csv or bin from the list on the File Browser screen and click the Open File button More than one file cannot be selected MDisplaying Event logging files saved in a personal computer 1 Select File gt Open CJ 2 Drag and drop the Event logging file to the main widow Example Displaying EVT02 CSV on the desktop 1 1 2 9 USING EVENT MONITORING FUNCTION 9 3 Displaying Event List View Event Online Tool Window Help BBsass num AT AR z melt gt TR BO maa De To EventLoggngName Status Comment Monitoring 777 2011 18 01 12 000 002 Voltage eror 0 Restoration D2007 77 D2007 83 777 2011 18 01 10 000 00 Sensordetectederor 0 Restoration D2005 3 77772011 18 01 07 000 002 Voltage eror o Restoration D2007 77 D2005 5 7 7 201118 01 02 000 003 Rotationspeederor Restoration 02003 21 D200757 177772011 18 01 02 000 001 Sensordetectederor 0 Restoration 22 pzodsik D2005 3 177772011 18 01 00 000 001 Sensordetectederor 0 Restoration Jord 7 7 2011 18 00 55 000 001 Sensordetectederor 1 Occurrence 02044 177772011 18 00 40 000 001 Sensordetectederor Restoration 10200625 D2005 4 7 7 201118 00 36 000 001 Sensordetectederor 0 Restoration 02005 5 D2005 4 7 7 201118 00 34 000 001 Sensordetectedemor Restoration D2005 5 D2005 5 77742011 18
190. se Function list for CPU module Description A function to guide users unfamiliar with the operation of GX LogViewer Connects a personal computer to CPU module on a 1 1 basis They can be easily connected without concerning the IP address available only for Ethernet connection and USB connection L Analog High Speed Data Communicate RCPU QnUDVCPU Item High Speed Data Lo Assistant function Connection setup Direct connection function Searching modules Searches for and connects to Built in Ethernet port QnUDVCPU LCPU on the network available only for Ethernet connection Trend graph function Displaying trend graph Historical trend graph Displays past data sampled by the data logging function on the trend graph e For RCPU data saved in Unicode text files or binary files is displayed e For QNUDVCPU LCPU data saved in CSV files is displayed Displaying trend graph Realtime monitor graph Checking data Checks data using cursors Operating trend graph Operates a trend graph such as aligning widening narrowing and moving the graph Displays current data sampled by RCPU LCPU on the trend graph Changing display item in graph area Changes display items in a graph area such as multiple cursors and cursor labels Changes graph appearance such as color and type of the graph and graph line thickness Registers the display setting information of the trend graph being displaye
191. setting next time Page 103 Reflecting Graph Display Automatically When Opening File Changing color and type of graph Change the settings of graphs such as color and type background color and graph area grid color trigger ON color trigger OFF color displayed on the trend window The following figure shows the settings that can be changed The settings are changed on the Graph Properties screen Since the settings of background color grid color trigger ON color and trigger OFF color are common to all trend window any change is reflected to all the trend windows being displayed Color and type of graph Trigger ON color Trigger OFF color x OFF 86 Unwinder speed Er A A Zee 4 A N Hy N i obz F ji j fan f B N i Tamang I INA UNA Aj 7020 ST I Yd n f 030 j td J j l fi I j ia a AV 1 7 J Hv J J LAN N N AA j j po n i NYA L AST TER IG 20 40 32 20 40 33 20 40 34 Background color iin iil il E Poin tp e Color and type of graph can be specified per data e Custom colors can be used by the Graphic Properties and the Event Properties in common 17 Page 99 Displaying Graph Properties screen 7 Page 122 Displaying the Event Properties screen 98 8 USING TREND GRAPH FUNCTION 8 7 Changing Graph Appearance Displaying Graph Properties screen Window Select Graph View gt Graph Pro
192. splay is set for Realtime trend gt High Speed Data Logger Module Direct Connection Online Cursor Value OFF Cursor Index 192 1 2 3 4 lt Example When connected to LCPU using Ethernet and the time display is set for Historical trend gt LCPU Host Station192 168 3 39 LOGGING LOGO1 00000 CursorValue OFF MAIN9 855tep Cursor Time 5 5 2004 05 27 31 024 1 3 N Step number 4 Program name Disnlavecl 1 Source to obtain data Displays the source of data being displayed with respective characters and colors Displayed characters MHistorical trend graph Displays the source to obtain the Data logging file being displayed Connecting to RCPU RCPU connection channel file pass e Connecting to QCPU or QnUDVC PU QCPU connection channel file path e Connecting to High Speed Data Logger Module High Speed Data Logger Module IP address or Direct Connection file path e Connecting to LCPU LCPU connection channel file pass e Connecting to BOX Data Logger BOX Data Logger IP address or Direct Connection file pass A data is saved in a personal computer or a memory medium connected to it File path Realtime trend graph Displays an IP address of Data logger Data communication being communicated with or Direct Connection MRealtime monitor graph e Connecting to RCPU RCPU connection channel e Connecting to LCPU LCPU connection channel Background color Data Source Backg
193. t for RCPU KL Page 16 Displaying data logged by RCPU on GX LogViewer ex The system configuration to display data logged by MELSEC Q L series analog module on GX LogViewer ATA card Required Sold separately Connection from USB serial port e Connection from I F boards SD memory card QnUDVCPU Required Sold separately GX LogViewer Obtain the data from QCPU and display it TTT 3 USB serial port CC Link IE Controller Network MELSEC Q series MELSECNET H 10 CC Link Ethernet analog module CC Link IE Field Network Display personal computer SD memory card Required Sold separately Obtain the data from LCPU and display it TET TTT TT TTTTTTTTT USB serial port CC Link Ethernet MELSEC L series CC Link IE Field Network analog module For L60AD4 the logging function is supported only by modules with a serial number whose first five digits are 13041 or higher 2 SYSTEM CONFIGURATION 1 2 2 System Configuration 9 Connection from USB serial port The system configuration connectable from the USB serial port of a personal computer is shown below USB communication USB cable Serial port direct connection j QC30R2 i Converter Cable QCPU LCPU RS 232 adaptor Serial communication link GX LogViewer y T Ca SW1DNN VIEWER M ia computer lin S 232 cable Converter Cable C24 3 ial QCPU LCPU Via CC Link
194. ta communication on trend graph 6 4 Displaying CSV Files in GX LogViewer Format This section explains methods of displaying data saved with Energy Measuring Unit sampling trace data saved with GX Works2 and a simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool Displaying Data Saved with Energy Measuring Unit For methods of saving logging data in CSV file format refer to manuals of Energy Measuring Unit e Acquiring manuals of Energy Measuring Unit in Japan The Manuals of Energy Measuring Unit can be downloaded from Mitsubishi Electric FA site www MitsubishiElectric co jp fa e Acquiring manuals of Energy Measuring Unit in other countries For the acquisition of manuals please consult your local Mitsubishi representative Operating procedure 1 Select File gt Open 7 or drag and drop the file 2 Select a data logging file csv in the personal computer to be displayed KL Page 61 Displaying logging file saved in personal computer 6 OPERATION FLOWS 43 6 3 Displaying Data of Data Communication 44 Displaying Sampling Trace Data Saved with GX Works2 Display a sampling trace data in GX LogViewer format saved with GX Works2 For methods of saving sampling trace data in GX Log Viewer format refer to the following manual LA GX Works2 Version 1 Operating Manual Common Saving sampling trace data in GX LogViewer format is supported with Japanese version of GX Works2 Version 1
195. ta type of millisecond column of date and time Fixed string ms Data type of data sampling interval column Fixed string INTERVAL Data type of execution step number column Fixed string STEP NO Data type of execution program number column Fixed string PROGRAM NO Data type of execution program name column Fixed string PROGRAM NAME Index column Fixed string INDEX Data type of sampled data Output format Data type output string Additional information KL Page 144 Data type output string Fixed string regardless of continuous logging trigger logging Output format TRIGGER trigger ON string 3 Title of the Date and time column Fixed string TIME Title of millisecond column of date and time Fixed string msec Title of the Data sampling interval column Fixed string INTERVAL is Title of execution step number column Fixed string STEP NO Title of execution program number column Fixed string PROGRAM NO Title of execution program name column Fixed string PROGRAM NAME Title of the Index column Fixed string INDEX Title of the Data column Output format Device number or device labels Title of the Trigger information column Fixed string Trigger Blank Blank Blank Blank Blank Blank Blank When Display comments is selected in the data setting Output comments of the specified comment number When Display comments is not selected in the data setting or for the realtime monitor window
196. tectedenr 0 Restoration 10200683 O 17772011 18 00 27 000 001 Sensor detectedenr O Restoration 10200638 177772011 18 00 13 000 001 Sensordetectedemor 0 Restoration 020065 1 Occurrence D2003 36 py 0 i 7 2011 18 01 02 000 D2007 85 ii i Ci Date Displays the day and time of occurrence restoration of an event No Displays an event logging name and its number set with High Speed Data Logger Module Event Logging Name Configuration Tool and BOX Data Logger Configuration Tool Status Displays occurrence restoration with the following values e 1 Occurrence e 0 Restoration Comment Displays an occurrence comment restoration comment Monitoring Data Displays a name and value of monitoring data in the following format Event logging name Event value Event logging name Event value to Event logging name Event value Filter row Specify a filtering condition Page 114 Displaying only events that meet specific conditions Filtering 1 Since the date and time in the Date column depends on the time setting for CPU module they may be different from the time on the personal computer in use 1 1 0 9 USING EVENT MONITORING FUNCTION 9 2 Screen Configuration Status bar lt For Historical event sorting gt Now Sorting C 1High Speed Data Logger Number of items 1 000 1 000 1 2 4 lt For Realtime event gt High Speed Data
197. tely QnUDVCPU LCPU and a personal computer can be connected with the following communication route Type of communication route Page 20 Connection from USB serial port Connection via network Page 21 Connection from I F boards Point For details on the considerations when connecting to nUDVCPU LCPU using a USB or an Ethernet refer to the following section KL Page 24 Considerations for connection 4 8 2 SYSTEM CONFIGURATION 2 2 System Configuration Displaying data logged by Analog module on GX LogViewer Q AN N E N N R Analog QnUDVCPU High Speed Data Logger High Speed Data Communication Q Analog 2 L Analog BOX Data Logger Data logged by Analog module is saved in a memory card inserted in RCPU QCPU LCPU module Therefore connect a personal computer to each target RCPU QCPU LCPU module in order to display the sampled data on GX LogViewer Poin tr For details on the methods of saving data from Analog module to a memory card refer to the user s manual of each analog module ex The system configuration to display data logged by MELSEC iQ R series analog module on GX LogViewer e Connection from USB SD memory card Required Sold separately Connection from Ethernet port GX LogViewer Obtain the data from RCPU and display it GEER USB Ethernet MELSEC iQ R series analog module Display personal computer Communication route for MELSEC iQ R series analog module is the same as tha
198. the condition box on the right side only e When searching for a value 1000 or more use the condition box on the left side only Search the selecting data in specified condition 0 k Datas pagpa 100 Search the selecting data in specified condition 1 Data5 1000 Search the selecting data in specified condition 1000 Data5 None 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs 81 82 Condition search range Example of specification e When searching for a value 2500 use the condition box on either side a EEE EA aan Data5 Ea 2500 e When searching for a value other than 15000 use the condition box on either side TN 1500 lt gt Data5 None v Precautions e A rounding error occurs when searching for a floating point value When a single precision double precision floating point is entered to the left right side of the text box the exponent is normalized by rounding off to two decimal places A single precision real number is rounded to 7 significant digits For data values single precision and double precision values are rounded to 7 and 15 significant digits respectively e A comparison with a value which exceeded the number of significant values cannot be performed When checking a match with a value which exceeded the number of significant values compare the value with values between the approximate values ex Checking a match with 1 23456E 10 1 234E 010 lt Data5 Kor 1 235E 010
199. the following conditions The total of data logging buffer capacities Memory dump buffer capacity Realtime monitor buffer capacity lt 3072 KB e Setting both of Device Specification and Step No Specification in Timing Condition Data at the time when both conditions are satisfied at the specified step are monitored e Monitoring by specifying the time interval Monitoring at the fixed time interval 0 5 to 1000 ms can be performed by setting arbitrary steps to fixed cycle interrupt program and fixed cycle execution type program for Step No Specification in Timing Condition Restriction e Step No Specification cannot be set since the step No cannot be checked in a program consisting of multiple elements such as ST programs FB programs and SFC programs e Some devices cannot be monitored accessed in a multiple CPU configuration For details refer to the following manual LLIMELSEC iQ R CPU Module User s Manual Application 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph ynsiderations for setting Step No Specification for Timing Condition When a realtime monitor is performed scan time is increased by the realtime monitor processing time Set the watchdog timer and create the interrupt program set the fixed cycle interval in consideration of the realtime monitor processing time r processing time The time increase of the scan time when the realtime monitor fun
200. time can be checked To display the Realtime trend graph a personal computer and a module need to be connected to each other online Logged data Samples data in real time and displays them BOX Data Logger High Speed Data Logger Module High Speed Data Communication Module KL Page 61 Displaying current device status Realtime trend graph uroer Tama 3 31 2081 9148 22052 Realtime monitor graph The most recent data sampled by RCPU LCPU are displayed Data are constantly updated so that the data history from the start of monitoring up to the present time can be checked To display the Realtime monitor graph a personal computer and a module need to be connected to each other online Sampled data Samples data in real time and displays them SOFT Series GX LogViewer HSDLLesv Historical Trendl TI file View Graph Operstion Graph View Onine Ti CBBas LE EZ E mr Gm Va ab ae JOS 88 OFF ON OFF ON WE JG va A ml LG LILA EA PTT pr NW AA a a KO i Conver Tawo 3731 2017 11 48 22 032 K Page 62 Displaying current device status Realtime monitor graph 8 USING TREND GRAPH FUNCTION 8 1 Overview 8 2 Screen Configuration This section explains the screen configuration of trend window Trend window Data Name Cursor Info
201. time trend window and or realtime event window that can be displayed simultaneously with a single Data communication is shown below e For high speed sampling up to two screens e For general sampling up to four screens When two screens are used for high speed sampling the number of screen can be displayed for general sampling is up to two screens The maximum number of GX Logviewer accessible to a single module at the same time varies by module MTiling windows vertically horizontally or cascading windows Select Window gt Tile Vertically T Tile Horizontally Cascade lt Tile vertically gt lt Tile horizontally gt lt Cascade gt i ph Operation GraphView Online Tool Window Help TER Sete AY KA mm Number of hems 1007 100 p Number of keme 1007 100 Casos Time 2 7 2014 000421 800 MBringing hidden window to front Select a file name or data logging setting event logging setting to bring the selected child window to the front e Select Window gt window name 5 SCREEN CONFIGURATION 5 2 Child Windows 5 3 Assistant screen is a screen to guide users unfamiliar with the operation of GX Log Viewer By selecting the assistant menu the major functions from graph display of logged device to save the graph can be used easily Assistant Screen File View Online Tool Window Help GRRAaS TEEN
202. ting procedure Select Graph Operation gt Edit Upper Lower Bound in Batch MEntering upper lower limit display value The following table shows the applicable ranges of characters number of characters and values that can be entered in the text box for the upper lower limit display value Applicable characters Applicable number of characters Applicable range of value Numerals 0 to 9 alphabets E e signs and decimal point period Note that the alphabets E e are for the exponent expression Entered values are handled as values in a decimal fixed floating point expression or decimal exponent expression Example Entering 111 is not considered as a binary number but as 111 in decimal Entering 11E3 is not considered as a hexadecimal number but as 11000 in a decimal exponent expression Up to 11 characters Exponent expression 1 797E 308 to 2 225E 308 0 and 2 225E 308 to 1 797E 308 Fixed floating point expression 9999999999 to 99999999999 Note that entering the value which is the upper limit display value lt the lower limit display value is not applicable 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs Widening narrowing the display scale Widen narrow the selected trend graph in the graph area to the direction of longitudinal axis lt Scaling down lt Standard gt lt Scaling up gt
203. tion condition rises Generates a trigger at the timing when the operation of the specified step has turned into the satisfied state from the not satisfied state J When the execution condition falls Generates a trigger at the timing when the operation of the specified step has turned into the not satisfied state from the satisfied state 8 USING TREND GRAPH FUNCTION 8 3 Displaying Trend Graph 69 70 The Monitor Condition Setting tab Record number after trigger To specify the number of record from trigger condition satisfaction to monitoring stop specify the number for Record number after trigger Record number after trigger Set the number of records to be monitored after a trigger was detected Dropped data occurred after trigger detection are not included in the record after trigger Start monitoring Trigger condition satisfaction Stop monitoring Sampled data Record number after trigger including the torigger Number of records can be monitored MThe Buffer Capacity Setting tab Specify a buffer capacity Insufficient buffer capacity increases the probability of processing overload occurrence 4 LLIMELSEC iQ R CPU Module User s Manual Application Can be checked with the special register SD1484 32 to 3008 KB RCPU To use the realtime monitor function in conjunction with the data logging function and the memory dump function set the capacity within the range that meets
204. tion when directly connecting 1 For RnENCPU use the Ethernet port of CPU part to connect to a personal computer Note that connecting from Ethernet ports of network part is not supported 2 SYSTEM CONFIGURATION 1 7 2 2 System Configuration Displaying data logged by QnUDVCPU LCPU on GX LogViewer OT UPC UR High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger The system configuration to display data logged by QnUDVCPU LCPU on GX LogViewer is shown below The connectable route is the same as the connection with CPU Module Logging Configuration Tool Ex The system configuration to display data logged by LCPU on GX LogViewer Connection from USB serial port Connected to LCPU to perform e Connection from I F boards logging via another station QnUDVCPU USB serial port QnUDVCPU LCPU CC Link Ethernet CC Link IE Field Network Configuration display personal computer Connection via network SD memory card SD memory card Required Required Sold separately Sold separately gt fl EG r I I I I I I eee ETA E a aalaga N Ethernet CC Link C24 Display Sammat porn ne QnUDVCPU SD memory card Required Sold separately SD memory card Required Sold separately SD memory card Required Sold separa
205. ume Data logging file 10 SAVING LOGGING FILES TO PERSONAL COMPUTER 123 MEMO 1 24 10 SAVING LOGGING FILES TO PERSONAL COMPUTER 1 1 USING WINDOWS FOLDERS DISPLAYED IN PAST RCPU R Analog QnUDVCPU ff High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger a 11 1 Overview The window folder information of the windows being displayed can be saved with the Frequently used window configuration function the Resent windows function or the Recent folders function to redisplay them easily next time Function name Frequently used Window Configuration Recent Windows Recent Folders Names the information listed in the right column of all the windows being displayed and adds them to the menu The added window can be redisplayed easily from the menu Adds all the windows being displayed to the menu automatically The added window can be redisplayed easily from the menu Adds a folder specified when opening or saving a file to the menu automatically The added folder can be opened easily from the menu to select a logging file e Window layout of each window e Connection information with a module and information of the logging file save destination All of the data and events being displayed e Displaying trend window e Displaying event window 2 e Sorting status and filtering condition of an event list e Connection information with a module and information of the
206. umn Title of the Data column later Device or device comment Last column Trigger information column Title of the Trigger information column Fixed string Trigger mMData row 1st column Index column 3 Value of index Output format Integer value 2nd column and Data column Value of sampled device later Output format Value corresponds to the type in the data type information row Trigger information column Information at trigger generation 1 This column is not output when the comment row is not output to the logging data 2 is output for trigger ON string 3 When the data whose indexes are set not to output is saved to a CSV file the indexes with starting from 1 are automatically output 142 12 SAVING DISPLAYED DATA EVENTS 12 2 Saving Displayed Data Simulation result saved with FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool Delimiter Comma Linefeed code CRLF 0x0D Ox0A Character code ASCII Number of rows ex Maximum number of rows 2051 rows data rows 3 an LOGGING LD40PDO 1 2 3 4 Data name row INDEX BIT 1 0 BIT 1 0 BIT 1 0 BIT 1 0 BITH O LONG DEC 0 TRIGGER INDEX IN O IN 1 IN 2 IN 3 OUT 0 Counter0 Counter Timer O Count Value Trigger 1 0 0 0 0 0 2222 2 0 0 0 0 0 2770 Data row 3 o o o o o aon 4 0 0 0 0 0 9781 5 0 0 0 0 0 6619 BF ile information row 2nd column Type information_file version Data column Data type information row 2nd column and later
207. us graph gt gt Displays the next graph Page 92 Displaying next graph Difference Displays difference information between two cursors when the Multiple cursor function is Page 58 Difference information area information area activated Status bar Displays basic status of the selected data Page 59 Status bar 8 USING TREND GRAPH FUNCTION 8 2 Screen Configuration 99 Graph legend area Sensor Positioning Reel Speed 01642768 Sensor ON aQ Data value status at the cursor displayed as E Sensorb ON a standard vertical red cursor line Fl Measured Value 305641 Measured YalueB 05877761 AC Voltage 0 669131 Data names displayed in the list can be added deleted Page 75 Adding deleting data to from graph legend area The background color color and type of graph line and font size can be changed e Select Graph Operation gt Graph Legends Hl to switch displaying hiding the graph legend area e Select Graph Operation gt Adjust Font Size of Graph Legends gt Expansion Font Size Reduction Font Size to change the font size 56 8 USING TREND GRAPH FUNCTION 8 2 Screen Configuration Graph area Data name Trigger mark Blue cursor Red cursor ON OFF ki foob Unwinder speed reel MM Upper limit ty display value ka E kata NE S 1636 winder speed Lower limit 1563 display value gt u J Sana Th u 1 TL al 17 CM ir ji Trend graphs ea FT 9
208. w of divided Data logging files The following data are not supported by this function e Data logged by Data communication e Data logged by Analog module e Data logged by Energy Measuring Unit e Sampling trace data Simulation result of FLEXIBLE HIGH SPEED I O CONTROL Module Configuration tool Precautions Previous next Data logging file may not be displayed if any of the operations below is performed using a Data logging file saved in a personal computer If the previous next Data logging file cannot be displayed create the same folder configuration as the one under LOGGING in an SD memory card or a CompactFlash card before the operation e A name of a folder or a Data logging file under the data name has been changed e The previous next Data logging file has been deleted e File names of Data logging file are not in series 8 USING TREND GRAPH FUNCTION 89 8 5 Operating Trend Graphs 90 Displaying previous graph lt Operating from the normal status Time axis Data logging file configuration LOGGING Mr Earlier lg 00000001 00000101 CSV c 00000102 CSV ee 00000002 00000255 CSV File displayed before the operation Previous graph Files to be displayed after the operation LOGO1 CSV x File LOG02 8 USING TREND GRAPH FUNCTION 8 5 Operating Trend Graphs sampling current data Trend window lt Before operation 00000103 csv are displayed Perform
209. y can be added to the menu automatically as recent folders and can be easily opened Up to nine recent folders can be saved The chronologically oldest recent folder setting is removed from the menu when the tenth recent folder is added Operating procedure MOpening a logging file in a personal computer Select File gt Recent Folders MOpening a logging file in a memory card inserted in a module Select Online gt Recent Folders 11 USING WINDOWS FOLDERS DISPLAYED IN PAST 4 2 11 3 Redisplaying Recently Used Windows 7 1 2 SAVING DISPLAYED DATA EVENTS RCPU R Analog QnUDVCPU ff High Speed Data Logger High Speed Data Communication Q Analog LCPU L Analog BOX Data Logger This function is for saving data being displayed in trend windows and events being displayed in event windows to a personal computer as Unicode test file CSV file or image file BMP JPG PNG The saved Unicode text file and CSV file can be displayed on the trend window and event window 12 1 Save Target Data Event The data and event being displayed on the active trend window and event window can be saved The Realtime trend graph Realtime monitor graph can be saved in CSV format Unicode format only when the monitoring process is stopped or the graph drawing is suspended Poin tp When two Data logging files or two Event logging files are consecutively displayed their data or events can be saved to one file 12 2 Saving Displayed Data This sect

GX LogViewer Version 1 Operating Manual

Contents

Download Pdf Manuals

Related Search

Related Contents