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Let`s start iQ Works Version 2

1. Biazon Programmable controller projects Motion controller project GOT project 1 OVERVIEW 1 2 Features 13 Simplified data backup operation All controller projects in the workspace can be read and saved in batch without opening each engineering software GX Works3 GX Works2 MT Developer2 and GT Designers For details on the Batch read function refer to the following chapter L Page 126 CREATING SYSTEM BACKUP DATA Programmable controller projects CC Link IE Controller Network Programmable controller projects Motion controller project GOT project Project Selection Select All Cancel All Selections Project a Connection Destination Target Data Security 1 M cot _proju at27 s 800x600 USB GOT Direct Change setting Setting 2 M EGxw2 Proj1 QOSUDH Default Connection Destination Change ing Setting 3 i GXW2_Proj2 Q06UDH Default Connection Destination Change Setting 4 EJ MTD2 Proj1 Q173D SWS SV13QB Connection Destination in the Project Setting The symbolic information or the project are read with programs and parameters in a pair when GX Works2 project or GX Works3 or MT Developer2 project is read The following project is not displayed in the list because it cannot be read by the batch read Simple project use labels of FXC
2. i Bird s eye Detailed Configuration Informnatior 4 gt MELSOFT Navigator 4 X There is no detailed configuration information Checking the route information The check of the route information is completed The workspace saving is completed CC IE Control Optical Loop and Q371GP21 SX are connected automatically by Q configuration diagram t A Task List Paw Result of Power Supply Capacity and I O Points Check CAP NUM SCRL 1 OVERVIEW 1 2 Features Improved programming efficiency by linking with motion controller programs For Q series a motion controller program which corresponds to the motion dedicated programmable controller instruction selected in the sequence program can be activated by a simple mouse operation This function significantly improves programming efficiency For details on the Program jump function refer to the following chapter KL Page 131 USING PROGRAM JUMP FUNCTION GA MELSOFT Navigator C Users Administrator Documents Sample_WS_chap3 Q configuration diagram EERE oU i Workspace Project Edit View Q Module Configuration Online Tools Window Help 8X DBA DOG DI RARA BATALONI 2 Workspace Dx m Network Configuration mi Q configuration a Sample_WS_chap3 Network Configuration m Network Configuration 0 28 Module Configuration 6 A R configuration diagram CE No 1 CPUJGXW3_Proji f Wa No 2 CPU GXW3 Projalf Q configuratio
3. System Label gt 8G System Label i Batch check is executed This check may need some time for executing the following process Save Workspace with overwrite System configuration check Power Supply Capacity and I O Points Check of Q L Modules Configuration System Label Consistency Check Do you want to execute Do you want to save the workspace 4 The following project being used is also batch saved when saving Target Project Name The following projects are not supported for the batch save When the projects are opened please save each project individually RT ToolBox Project GX Developer Project 1 Select Workspace gt Check gt Batch Check in the menu bar The message shown on the left is displayed 2 Read the message and click the Yes button The message shown on the left is displayed when a project is open in the workspace 3 Read the message and click the Yes button 4 USING SYSTEM LABELS 1 2 4 4 Checking System Labels 3 i Batch check is completed There is no error and no warning This check does not consider the module version So please refer to the Operating Manual of each module for details Do you want to continuously execute batch verification between system configuration information and parameters 124 System configuration information is verified in all project parameters assigned to the system confi
4. Export Project Export as 1 file format project Sample FX WwS B E Network Configuration Network Configuration 88 Module Configuration am Fx configuration diagram 1b v Drag amp drop GT10 Q 3 Module List ax iane Projet Edit View Px Module Confgura on Online Tools Window t Mia u a NOPE FX Module Selection Find Module My Favo sl eb laa el OS BI GTie Serial 2 Ethernet 1 E GT165 y Serial 2 Ethernet 1 W GT15 x Serial 1 E GcTis s Serial 1 icris v Serial 1 E GT 155 v Serial 1 E cTis o Serial 1 T E GT14 Q BD Serial 2 W GT14 O BDE B Serial 2 Ethernet 1 GT12 Serial 2 Ethernet 1 BT 11 O Serial Only 1 Device BT 11 O BDO Bi Bus 1 Serial Only for sO ERAB Bus 1 Serial Only for Serial Only 1 Device Serial Only 1 Device Serial Only 1 Device GT 1020 A No IP AEE iDBR S E sample PR WS Module Configiwation gag FX configu EE Ethernet Conf O CC IE Field Cor EE CC Link Config a No Assignmen Network Configuration Network Configuration i Pl BA BR i Workspace Project Edit View FX Module Configuration Online Tools Window Help CPU A UDO COOLS Check Parameter Module Configuration r Allocate Project With The Controller E Project List fe Struct
5. No of PLC 1 2 LC x Count ao maa QCPU User s Manual Multiple CPU System pamana nati ni i HELP function of MT Developer2 Multiple CPU High Speed Transmission Area Setting Communication Area Setting Refresh Setting V Use Multiple CPU High Speed Transmission m O mal g Kaka ka ko EEEESF CPU Specific Send Range Auto Refresh Multiple CPU Synct tartu Start End Points Setting Target PL IV No 1 VV No 2 IV No 3 FE No 4 1 5etting should be set as same when using multiple CPU Import Multiple CPU Parameter 2 The items indicated in green are set in MELSOFT Navigator Print Window Print Window Preview Acknowledge XY Assignment Default Check Cancel 5 Select Project gt Save in the menu bar of GX Works2 6 Select the CPU No 2 controller on the Module Configuration window 7 Select Q Module Configuration gt Parameter gt Multiple CPU Parameter Setting in the menu bar CCIE Field Configuration Network No 3 Si Verification of System Configuration Informati and Parameters aT Multiple CPU Parameter Setting Detail Setting Reflection Start XY Batch Input Default Points Batch Input Bring to Front Send to Back 64 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 6 Setting Reflecting Importing Parameters i Displays the Multiple CPU Parameter Setting screen Please co
6. g A e fa ct O E er D 3 o 3 cr oO in b Y DC Output Current 8 54 wal 3 OPERATING PROCEDURE OF MELSOFT Navigator 2 3 4 Creating System Configuration Diagram 5 3 Module List ax BL QJ71GP21 5x CC IE Control a E os71GP215 Ssx CC IE Control With External BL QJI71GF11 T2 CC IE Field BL QJ71LP21 25 MELSECNET H SI Optical E E QJ71LP215 25 MELSECNET H SI Optical C2 BL QJ71LP21G MELSECNET H GI Optical Ci BJ 03716R11 MELSECNET H 3C 2V 5C 2 H 0371NT118 MELSECNET H Twist Pair Ci 4 b 4 Module List Q Module Selection Find Module My Favorites Ea z LAG E General Base Mount Module EG GOT2000 Series ok GT27 S Serial 2 Ethernet 1 Serial 2 Ethernet 1 Serial 2 Ethernet 1 Serial 2 Ethernet 1 Serial 2 Ethernet 1 Serial 2 Ethernet 1 anal ZAG 2705 V E GT25 s5 Please execute connection operation of GOT after setting CH in the Configuration Detailed Information Input Window of GOT E Go not show this dialog again This setting can be changed in the option setting dialog E Robot SQ Series Horizontal Ceiling Mounted Robot SQ Series Horizontal 4 axis type Partner Products Component Device Figure B Connection Line N 5 MD PU ar L Serial Cable i Input Detailed Configuration Information iQ Co 4 X Detailed Configuration Information Other Parameter Serial Cable Drag am
7. The message on the left is displayed and start XY is set 3 Click the OK button The start XY setting is completed BSetting default points in batch Set default to all points of modules or empty slots on the base unit i ort IVIQGATOP LAND SG Stratror JCUMIENTS Sampie gt R con 3 Workspace Project Edit View iQ R Module Configuration Online Ti d p B A Ha Bd IP MESTE Open System Configuration gt i Workspace a 0 83 Sample_ws 0 29 Network Configuration o lll Network Configuration 885 Module Configuration fl R configuration diagram fa configuration diagram Select B E Ethernet Configuration i pa fm Ethernet confiurat d Default Points Batch Input b ABE HA TC Cind anfin watinn 1 Select Q Module Configuration iQ R Module Configuration gt Default Points Batch Input in the menu bar Li Display Module Information Change Module Module Status Setting Empty Check Parameter The message shown on the left is displayed 2 Read the message and click the Yes button For all modules and empty slots in the selected module configuration diagram the following settings are changed to the default value Points Points Occupied by Empty Slot Points Occupied by Empty Slot L series module configuration is out of target Do you want to execute 3 OPERATING PROCEDURE OF MELSOFT Navigator 9 3 6 Setting Reflec
8. Data Name Clas poten an ag A information Programmable controller projects 2 Information G Saipan seed sie 3 Information 4 Information Compile Completed Error 0 Warning 0 82 91 English Simple Q06UDH Host NIJ 1 OVERVIEW 1 2 Features Improved project management efficiency Multiple project management using a workspace Multiple project data programmable controller projects motion controller projects GOT projects and robot controller projects can be managed totally using a workspace Created date and modified date of each project can be confirmed with the project list i Workspace o Sample Ws a Network Configuration W Network Configuration 5 Module Configuration a fA R configuration diagram No 1 CPUIGKW3_Pro T3 No 2 CPUJGXW3 Pro off Q configuration diagram EA No 1 CPUJGXW2 Pro 3 No 2 CPU JMTD2 Proj E GOT Proj1 GT27 44 5 B B Ethernet Configuration Ethernet configuratig 5 CCIE Field Config LC TE Fiolg ratinn Ethernet Network No 1 POW cPulo f1 2 hB 4 5 6 Em T T T T T STAHSTAH 5 0 Output EOutput A Task List CCIE Field Configuration Network No 2 Main Base Module o Slim Type Main Base Module E Redundant Power Supply M Extension Base Module Redundant Power Supply E gt Basic Model CPU High Performance Model CPL Universal Model CPU s1 Motion CPU Kontroller es
9. Input L Detailed Conn There is no detailed configuration information Q Module Selection Find Modu 4 gt Multiple CPU High Speed Ma Configuration X on Informatio 4 gt Ca Comet iva Wang O D pon CC Programmable controller projects Het a aw bawa kat pa h Yow ChediComen Quine Debug Josh Window kp Motion controller project QUO NI Hart Raton Na PIT KG a ih t aij GOT project CH a RA oe SNe IN Gates OFT MRE OA Meet TRUE CAP NUM SCRL 1 OVERVIEW 1 2 Features p KA LE simplified parameter settings UG Parameters such as I O assignment and network parameters can be configured without opening each engineering software GX Works3 GX Works2 MT Developer2 and GT Designer3 For multiple CPU configuration parameters set to the project in CPU No 1 can be utilized for the project on CPU No 2 and later For details on the parameter setting function refer to the following chapter K Page 18 OPERATING PROCEDURE OF MELSOFT Navigator lt I O assignment Network parameter 3 Workspace Project Edit View iQ R Module Configuration Online Tools Window Help FX IDARA BN DL RARA AD ZDON WIRE Gy Sample WS a Ethernet Network No 1 o Network Configuration i E Network Configuration oi Module Configuration i Gi R configuration di
10. 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 5 Creating Projects 1 Select Project gt New gt GX Works3 Project in the menu bar The New GX Works3 Project screen is displayed 2 Set Series Type Language Project Name and Title for the new project After setting the items click the Create button Setting content sample e Series RCPU e Type R08 e Language Ladder e Project Name GXW3 Proj1 e Title option Sample Data The new project is created 3 Double click the created project on the Workspace window lS RAC CACT CY WAL 3 ee ee Yaaay AMAIA AAD aid asa EN T GX Works3 Lc y Sample W W3 ProjLax3 ELSOFT GX Works3 dministrator Documents4Sample WS4GXW3 Projl gp 3 Project Edit Find Replace Convert View Online Debug Diagnostics Tool Window Help iD BBSle ies ce S dh BR SE Cd 20 de de ap Poin tp ik DBA IAA BS As as alaaq Find POU 3 8 vz a X ar Display Target Authentication function is needed Enter each items in the Add New User screen and click the OK button GX Works2 project The GX Works3 project is started For the method of editing GX Works3 projects refer to the following manual LA GX Works3 Operating Manual When RnSFCPU is selected in Type the user registration is required since a user information for the User Create GX Works2 projects for Q series L series FX series prog
11. g G x iQ R Module Selection Find Module 4 gt E C Controller m Motion CPU EF Power Supply CPU Extension E Input Fe RX10 Be R 40c7 Be RX4ONC6H Fe RX40PCSH Fe Rx41c4 16 points AC Ing 16 points Positivi 16 points High S 16 points High S 32 points Positivi a 10 Select Workspace gt System Configuration gt New gt iQ R Series Module Configuration in the menu bar to create a new module configuration diagram IQ R Module Configuration 11 Change the module configuration diagram name to R configuration diagram following the same procedure in the step 1 and step 2 12 Select modules from the Module List window and drag and drop them onto the base unit following the same procedure in the step 3 and step 4 e When a module is dragged onto the base unit the placeable areas of the base unit are displayed in light green as shown below Placeable area 3 OPERATING PROCEDURE OF MELSOFT Navigator 27 3 4 Creating System Configuration Diagram 28 e When a connection line is dragged and dropped onto the Module Configuration window the connectable ports of the respective controllers are displayed as shown below Connectable ports ee EConsiderations when placing RhENCPU RnENCPU consists of the two slots that are the CPU part and the network part The module configuration diagram shows the CPU module representing th
12. EFX series modules that support MELSOFT iQ Works e Main unit FX3S FX3G FX3GC FX3U FX3UC e Special block Ethernet special function block FX ENET series e Special adapter Ethernet communication special adapter FX3U ENET ADP For FX series special blocks and special adapters are attached to a main unit which combines power supply CPU and I O module However the following blocks and units are not supported special blocks and special units which do not contain related project or configuration software and extension blocks which do not support a function to check power supply capacity and O points mParameters of FX series special adapters The parameters of special adapters can be set on the Input Detailed Configuration Information window The setting content is reflected to the parameter of a GX Works2 project by performing parameter reflection For details on the parameter settings refer to the following section L Page 58 Setting Reflecting Importing Parameters 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 3 4 Creating System Configuration Diagram 3 System configuration to be created lt FX5 configuration diagram gt FX5CPU FX5UCPU IP address 192 168 3 38 Ethernet Network No 1 lt FX configuration diagram gt FXCPU FX3UCPU Ethernet interface block IP address GOT GOT1000 Module configuration diagrams Ethernet Network No 1 jal gt 4 BIT Gt FX configuration diagram
13. RELEVANT MANUALS Let s start iQ Works Version 2 SH 081261ENG this manual Explains fundamental methods for such as managing the system using Print book MELSOFT Navigator and using system labels for users inexperienced with iQ Works e Manual EPUB PDF 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 Controller CW Configurator FR Configurator2 GOT GT Designer3 GX Works2 GX Works3 MELSOFT Navigator MT Developer2 Network Personal computer RnENCPU RnSFCPU RT ToolBox2 System configuration diagram A generic term for CPU module motion controller and GOT A generic product name for SWnDND RCCPU n indicates version A generic product name for SWnDND FRC2 E n indicates version A generic term for Mitsubishi Graphic Operation Terminal GOT1000 series and GOT2000 series A generic product name for SWnDNC GTWK3 E n indicates version A generic product name for SWnDNC GXW2 E n indicates version A generic product name for SWnDND GXW3 E n indica
14. e The system label Ver 2 of GX Works3 imported to each project can be used as global labels 4 USING SYSTEM LABELS 1 4 1 Using System Label Ver 2 9 92 Using system labels in GT Designer3 Use system label Ver 2 to which devices are assigned in a programmable controller project GX Works3 for a GOT project In GOT projects system label names can be specified when setting devices to created objects For the method on how to draw objects in GOT projects refer to the following manuals LA GT Designer3 Version 1 Screen Design Manual Fundamentals LA GT Designer3 Version 1 Screen Design Manual Functions Operating procedure 1 Double click GOT_Proj1 on the Workspace window 43 Sample_ws o0 Network Configuration E Network Configuration 6 Module Configuration 5 A iO R Module Configuration 2 S A iO R Module Configuration 1 We Gyo Droit RON eng GOT _Proji GT27 5 8 Double click G The message shown on the left is displayed when a GX LS MELSOFT Navigator 8 Works2 GX Works3 or MT Developer2 project is open GX Works2 GX Works3 project or MT Deweloper project is being started If the label information is changed and the changes are not saved GT 2 Read the message and click the Yes button Designers is started without obtaining the latest label information Do you want to save The save targets are the workspace and all the starting projects G Dou
15. Caution Executing Rebuild All operation disables Online Program Change When you don t execute execute Rebuild All and Save operations separately Yes be ebar Phd Cheracters Fd Net Registration Co System Label List Name System Label Name Label Name Data Type Constant CPU Name Project Name Assignment Device Label Attril Start Jamp Start_lamp Bit GXW3 Proj xo Io Register 2 7 The project is saved at the same time Pia e GX MT E GT with the registration to the system label database F Navigator a Works2 3 Developer2 L G Designer3 ane diagram between system label database 1 and project 2 Registi efi Tore LSS Edit Meg Online Tools Window Help Wo i Mod E a Sample _WS 88 Network Configuration Find Object Whole Display X System Label Ver 2 Fee Network Ci Find Next iQ R Module Soniauation 2 bere Label N Data Type Constant CPU Name Project N E ovo Ba JL ROA RG ype fant CPU Name Project N Comment Saas ae ee pag Start lamp com Ether See Configuration MCC IE Field Configuration 85 CC Link Configuration Structured Data Types 0 25 Ver 2 System Label List 3g List1 m System label is being edited C System label is already reflected Chedi ah oe regstering in rem label database is started egiste system label database was comp
16. GOT2000 Series GOT1000 Series Robot SQ Series Horizontal 4 axis type Partner Products Component Device Figure Network Cable Arial Anie U 4 b 4 Module List m Network Configuratio CCIE Field Configuration Network No 2 a Q Module Selection Find Module My Favorites ob ee eT OS GOT2000 Series GOT1000 Series Robot FQ Series Vertical 6 axis type tal 4 axis type Drag amp drop camssniess er ontal Ceiling Mounted Robot SQ Series Horizontal 4 axis type Partner Products 6 axis type 5 axis type Component Device 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram l Drag and drop the edge of connection line to the connection port of the connection target module configuration diagram A connection port of CC IE Field configuration is added to the module configuration diagram that is connected to CC IE Field configuration Connection port of CC IE Field configuration E Network Configuratio a xl CCIE Field Configuration Network No 2 8 Double click Q configuration diagram on the Workspace window The Module Configuration window is displayed 9 Select Network Cable from the Module List window and drag and drop it onto the Module Configuration window Then connect it to the connection port of CC IE Field configuration 10 Drag and drop the edge of connection line to the connection port of the c
17. Module configuration of CC IE Field configuration CC Link configuration Ethernet configuration and AnyWireASLINK configuration Note that CPU module versions module versions and GOT model names are not checked Precautions When installing the first GOT at the position more than 13 2m in distance a bus extension connector box is required 3 OPERATING PROCEDURE OF MELSOFT Navigator 71 3 7 Checking Workspace Checking power supply capacity and I O points Check power supply capacity and I O points of created system configuration This functions is not supported by MELSEC iQ F series FX series 1 Select Workspace gt Check gt Power Supply 1123 MELSOFT Navigator C Users Administrator Documents Sample_WS R configuration diagram Workspace Project Edit View iQ R Module Configuration Online Tools Window Help Capacity and I O Points of iQ R Q L Module 9 New iN Ka OOF IN ts Te Ctrl 0 Configuration in the menu bar FIR confi ion di Ctrl Save As Compress Unpack gt met Network No t Delete e ala g m m Select Folder H System Configuration i ka Power Supply Capacity and I O Points of iQ R Q L Module Configuration Parameter gt System Label gt 8 System Label Allocate Project With The Controller The message shown on the left is displayed 2 Read
18. S p aye System Setting K j eS ee Servo Data Setting a i Motion SFC Program Axis Motion SFC Parameter me Bo dress ng gt Address Axis Togon gt Address xis gt Address Long Ax Sp Q173DS SV22 Host Station No 2 CAP NUM 6 USING PROGRAM JUMP FUNCTION 4 6 2 Program Jump Function 33 MEMO 1 34 6 USING PROGRAM JUMP FUNCTION 6 2 Program Jump Function REVISIONS The manual number is written at the bottom left of the back cover July 2014 SH NA 081261ENG A First edition November 2014 SH NA 081261ENG B MAdded or modified parts Chapter 1 Chapter 2 Section 3 1 Section 3 4 Section 3 5 Section 3 6 Section 3 7 Section 3 8 Section 3 9 Section 4 1 Section 4 2 Section 4 3 Section 4 4 Chapter 5 Section 6 1 March 2015 SH NA 081261ENG C MAdded or modified parts TERMS Section 1 1 Section 2 1 Section 3 1 Section 3 4 Section 3 5 Section 3 6 Section 3 7 Section 4 1 Section 4 2 Chapter 5 September 2015 SH NA 081261ENG D MAdded or modified parts TERMS Section 1 1 Section 2 1 Section 3 2 Section 3 4 Section 3 5 Section 3 6 Section 3 8 Japanese manual number SH 081260 D 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 2014 MI
19. lease execute Reflect to System Label Datal Reservation to Release System Label mg gt O Reflect to t is unnecessary to change reference side projet when Database ssigned device is changed in system label Vi Not Reflected 1 Only iQ R series GOT 2000 series is paang a system label Ver 2 Import System Label Total 1 To execute Online Program Change execute Online Program hange and save The message shown on the left is displayed 8 Read the message and click the Yes button The Build and Save the project are performed The edited Systern Label is reflected to the Systern Label Database When it is reflected the following is executed When the global label is unconverted Rebuild All operation is executed After the reflection the project is saved For details on the compilation refer to the following manual GX Works3 Operating Manual Are you sure you want to continue Caution Executing Rebuild All operation disables Online Program Change When you don t execute execute Rebuild All and Save operations separately GT The Check before registering in system label database Frisbie a Find Cheracters Find Next screen is displayed r Registration Co fon laba Lt Kane dot Constant Kaalam Bia ae ma l l 9 Click the Register button The system label Ver 2 is registered and the cell color turns Click light blue hel diagram betw
20. 3 6 Setting Reflecting Importing Parameters Set the I O assignment network parameters and multiple CPU parameters and reflect them to each project For MELSEC iQ R series MELSEC iQ F series the parameters configured in each project can be imported to MELSOFT Navigator For the import method refer to the following section K Page 70 Importing parameters configured in each project Configuring parameters on the Input Detailed Configuration Information window Configure the parameters such as start input output number of each controller and network parameters without opening each parameter setting screen a Detailed Configuration Information Othe 4 gt Points of Empty Slot Network Type Ethernet Station No 1 IP Address 192 168 3 39 Start X Start I O number of CPU module is displayed Only when in multiple CPU configuration the value according to the CPU No is displayed G _ eee a Input Detailed Configuration Information iQ Configurator Detailed Configuration Information Other Parameter 3E10 Points of Empty Slot Network Type Ethernet Station No 2 IP Address 192 168 3 40 IP Address Set the IP address of module Please set with decimal number Setting Range 0 0 0 1 to 223 255 255 254 GG aagaw Input Detailed Configuration Information iQ Configurator Detailed Configuration Information Other Parameter Search Stringi ROSCPU EGE Sys
21. 6 Set System Label Name Data Type and Comment Find Characters Find Next for the system label Ver 2 to be registered Delete System Label Name Label N Data Type Constant CPU Name Project N Assignm Attri Comment s na nana Setting content sample e System Label Name Start lamp e Data Type Bit e Comment option Start lamp comment 7 Click the Reflect to System Label Database button Find Object Whole Display Zi System Label Ver 2 Find Characters Find Next C system label is being edited C System label is already reflected o enable the edited contents of the system label eflection to the system label database is required lease execute Reflect to System Label Database cry g hen the assigned device is changed in system label Ver 2 A Reflect he change of refer side project does not need HEEILES ka pai System label Yer 2 is only used in iQ R series GOT2000 series Not Reflected 1 System Label Total 1 Database J The message shown on the left is displayed A Reflects to the system label database 8 Read the message and click the Execute Reflection The workspace is saved at the reflection When a change notification is received the change contents are imported butto n When a system label includes changes on which the change notification is applied the contents of the change notification are giv
22. Bi Double click w E The global label setting editor is displayed rE Label Name gee Constant peer Comment j Start_lamp VAR GLOBAL Page A WordSigned O W 2 Click poo ee eee O E rel 7 3 Select the global labels to be registered as a system label Ver 1 and click the Reservation to Register The system label is already registered to the system label database To execute the Reserv Gr the system Syste La be I b utton i label reflection to the SIET label dae is papo poao execute Reflect to System Label Database Rese em Labe To execute Online Program Change execute Online Program Not Reflected 0 jot Reflected Change and save Import System Label Total 0 Clu m The cell color of the selected global label turns yellow 4 Click the Reflect to System Label Database button C system label is reserved to be registered System label is reserved to be released The system label is already registered to the system label database To execute the Reservation to Register Release for the system Reservation to Register Syste abel label reflection to the system label database is required ER O Reflect to Please execute Reflect to System Label Database Reservation to Release System Label A System Label To execute Online Program Change execute Online Program Database Not Reflected 1 Change and save Import
23. Changing devices of system label Ver 2 Change the devices assigned for system label Ver 2 The following is an example of changing system label Ver 2 which is registered in a programmable controller project GX Works3 and referenced from GOT projects For the system configuration refer to the following section K Page 85 Registering system label Ver 2 in MELSOFT Navigator 1 Double click GXW3 Proj2 on the Workspace window 3 Sample_ws o Network Configuration Double click lll Network Configuratio 5 Module Configuration fa IQ R Module Config SL ak dulo GXW3_Proji RO4 lt RO4C w FIL O The GX Works3 project is opened 2 Double click Global on the Navigation window of GX Works3 t Project f EL Module Configuratior Double click Program E FB FUN The global label editor is displayed Label Name Data Type Class 1 Start lamp fe Sal z x ilter Easy Display g Display Setting Check Assign Initial Value Constant Comment Remark System Label Relation System Label Name Attribute Access 3 B1 Disclose a Change the devices of the registered system label Ver 2 4 Click the Reflect to System Label Database button Easy Display 0 Display Setting Check LabelName Data Type Class issign Initial Value Constant Comment Rerngmma 1 Start lamp Bit i b Start_lamp Extended D
24. G88 Module Configuration Find Characters Configuration diagram B i No 1 CPUJGXW2_Proj2 QOSUDH Delete System Label Name Label N Data Type Constant CPU Name Project N Assignmia Attr Com J No 2 CPUJMTD2_Proj1 Q173D S oO GOT Proj1 GT10 Q 320x240 1 m Strage A Strage A Word Si QOSUDH GXW2 Pr USEING Com Gi Configuration diagram A 2 Start lamp Start Bit QOELDH GXWZ Pr X1 1O Start Jar 85 Ethernet Configuration 3 E CCIE Field Configuration TE CC Link Configuration B No Assignment Project tas Project List F Structured Data Types 0 895 Ver 1 System Label List 4 List1 C system label is being edited Whole Display Zi System Label Ver 1 system label is already reflected O en the assigned device is changed in system label Yer 2 ea he change of refer side proj es not need a Reflect sa System label Ver 2 is only used in iQ R series GOTZ000 series Not Reflected 0 ystem Label Total 0 Database The reflection to the system label database is started Checking before registering in system label database is started The check before registering to the system label database was completed Checking the route information check of the route information is completed Reflection was completed The reflection to the system label database
25. MITSUBISHI NEO A ELECTRIC basa FA Integrated Engineering Software Let s start iQ Works version 2 SW2DND IQWK E MELSOFT IQ wan iQ Platform SAFETY PRECAUTIONS Read these precautions before using this product Before using this product please read this manual and the relevant manuals 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 of the programmable controller system refer to the user s manual for the module used and the MELSEC iQ R Module Configuration Manual In this manual the safety precautions are classified into two levels WARNING and CAUTION Indicates that incorrect handling may cause hazardous conditions resulting in N WARN NG death or severe injury A 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 AN 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 Design Instructions N WARNING When data change program change or status control is performed from a personal computer to a running contro
26. MT Developer2 GT Designer3 MSetting start I O in batch Assign start XY consecutively to modules or empty slots in the order of slot number Reconfiguration of the start XY to each module is not required when replacing modules or changing number of points m MELSOFT Navigator C Users 4dministrator Documents Sample WS R config j R 1 Select Q Module Configuration Q R Module a EN Ye iQ R Module Configuration Online 1 Configuration gt Start XY Batch Input in the menu bar PB A iMP A x Bale Open System Configuration gt i Workspace a Lil Display Module Information Change Module CC aay Select Module Status Setting Empty Check op Sample ws C0 Network Configuration Ib Network Configuration o Pa Module Configuration S A R configuration diagram D M Q configuration diagrag 6 H Ethernet Configuration e Start XY Batch Input w The message shown on the left is displayed Start XY of each module is set in the slot No order Also clear the start XY of the empty slot 2 Read the message and click the Yes button Please execute after checking if there is no effect to overwrite the current start XY setting values There is a possibility that the effect occurs such as the following cases Programs or images which uses I O numbers are created in each project The IYO number is set to the device of the label Do you want to execute
27. Mode Setting Assignment Method a 5 LJ No Model Name STA Station Type RA RY sating Points Start End ir LJ D bl li k 32 0000 O0IF 6 1 Detect Now Mode Setting Online Standard Mode w Assignment Method m Master Local Module Communication Head Module E Servo Ampliter MELSERY0 14 Series E Basic Digital Input Module E Basic Digital Output Module Basic Analog Input Module E Basic temperature control module Basic High Speed Counter Module Extension Digital Input Module F Extension Digital Output Module GOT2000 Series TA RNTINNN Series B CC IE Field Module Mitsubishi Electric Corpor Detailed Configuration Information Other Parameter a No Model Name RX RY Setting 0 QJ71GF11 T2 STAHO Master Total STA D Line Star x Detect Now QU71GF11 T2 on n Sub Master Station 4 _ Mode Setting Online Standard Mode w Assignment Method Start End i E Servo Ampliter MELSERVO J4 Series EF Basic Digital Input Module E Basic Digital Output Module S Basic Analog Input Module Basic temperature control module EB Basic High Speed Counter Module Extension Digital Input Module Extension Digital Output Module EB GOT2000 Series Detailed Configuration Information Other Parameter Select CC IE Field Find Module My Favorites A By GH la
28. My Favorites Drag amp drop 2 Select AJ65SBTB1 8D from the Module List window om a eae a a and drag and drop it onto the CC Link Configuration 8 points DC input Detect Now verify Mode Setting TX Speed Link Sca LJ Station No Model Name Station Type gt L ojo QJ61BT11N Master Station rag 5 8 points AC input E AJESSBTB3 8D 8 points DC input WI n d OW Bj AJ65SBTB1 16D 16 points DC input Ej AJ655BTB1 16D1 16 points DC input a a a ee AJSSSETEON 16A 16 ports AC input CC Link configuration is added on the Module Configuration AJ6SSBTB3 16D 16 points DC input E AJ6SSBTB3 16D5 16 points DC input E AJ6SSETE3 16KD 16 points DC input Wi n d OW pa AIASSRTR1 32N 32 nnints NC innuti Outline DC input module Screw terminal block type QU61BT11N Specification H Input Detailed Configuration Information iQ Ta WEBE M Detailed Configuration Information Other Parameter STA O Master St aaa ation Ver1 All Connected Co unt Total STA 1 AJ655BTB1 8D 3 Select modules to be connected from the Module List Detect Now Ja Verify Select CC Link Find Module My Favorites a H Mode Settna fendibedemmmms Tk Speed ASG Unk Scan Tine Approx M PANG 2 window and drag and drop them onto the CC Link a p ofSTA Analog Output Module oltage Current C Station No
29. On the Module Configuration window double click the controller to which a programmable controller project GX Works2 is allocated The GX Works2 project is activated KAPG eee Ha Ea z p For the method for editing GX Works2 projects refer to the IDERA SO Bix BB following manuals GX Works2 Version 1 Operating Manual Common TB cae nt GX Works2 Version 1 Operating Manual Simple Project GX Works2 Version 1 Operating Manual Structured Project GX Works2 Beginner s Manual Simple Project GX Works2 Beginner s Manual Structured Project Q0O6UDH e Projects can also be activated from the Workspace window or Project List window e The related software is activated by double clicking the module on the FX Module Configuration window 3 OPERATING PROCEDURE OF MELSOFT Navigator 73 3 8 Editing Projects 14 Utilizing existing projects import Utilize a project created in other workspace with MELSOFT Navigator The projects created with an engineering software GX Works3 GX Works2 MT Developer2 GT Designer3 and RT ToolBox2 and GX Developer can be imported to the workspace created with MELSOFT Navigator GX Developer projects are converted to GX Works2 format and imported to MELSOFT Navigator However depending on the programmable controller type some projects are not supported for import or not converted to GX Works2 format For details refer
30. ae purap ilte E gp a a CO to LO Lib Paramete x epet PETITES AEO E e ES EEES SPSFCS H3Et b ep Eb 2 i FR Parame ter Intelligent Function Module CY Global Device Comment Global Label a g Program Setting dg Pou 0 43 Program C8 MAIN i a rograrr 1 32 6 USING PROGRAM JUMP FUNCTION 6 2 Program Jump Function 3 Right click the SFCS instruction on the ladder program mame window and select Find gt Program Jump in the shortcut menu A SP SFCS H3E1 K10 Mo DO Bu Hide Ladder Block Display Ladder Block ws Find Device Find Instruction bio Find Contact or Coil Find String e 2 Select Jump to Next Ladder Bloc sta Register to Watch Jump to Previous Lade Block Start Register to Device Batch Replace Open Instruction Help G The motion controller project which is allocated to CPU No 2 Lo fa ax op on the module configuration window is activated and the i Online Change OFF So Bq BID Fd lop Project Edit Find Replace View Check Convert Online Debug Tools Window Help im mge Hi paka IT 2 IN Ai Ha 3 Pi a G 5 fon ber Sh G5 P HA Exo to 110 le ei o Mi i Project 2X Gb System Structure fff SSCNET Structure Servo Data 35 n SFC 0 MTD2_Pro t t ti S F C a d a d EMS MTD2 Pro1 sv22 Advanced Synchronou D i a rg e m O IO n p rog ra m IS
31. in the menu bar The message shown on the left is displayed 2 Read the message and click the Execute Reflection button The message shown on the left is displayed 3 Read the message and click the Yes button The parameter batch reflection is started Saving Workspace Checking before registering in system label database is started Checking the route information The check of the route information is completed Checking the system configuration lt 1 B0 tp J A Task List The parameters are reflected to the projects Error or Warning is displayed on the Output window when the reflection result contains an error Check the error description on the Task List window and correct the error EVerifying system configuration information with parameters After parameters are reflected to projects check for differences between parameters system configuration information set in MELSOFT Navigator and parameters of project assigned to the respective controllers 121 MELSOFT Navigator C Users Administrator Documents Sample WS O configuration diagram 3 Workspace Project Edit View Q Module Configuration Online Tools Window Help i a New Ctrl N 5 B Open Ctrl 0 Ctrl S Save As Compress Unpack Delete Folder System Configuration Check Allocate Project With The Controller Batch Refle Ki Batch Verificatio
32. 4 When performing the batch verification of parameters click the Yes button The message shown on the left is displayed 5 Read the message and click the Execute Verify button Verification is performed Error or Warning is displayed on the Output window when the verification result contains an error Check the error description on the Task List window and correct the error 1 Select Workspace gt Check gt System Label in the menu bar The message shown on the left is displayed 2 Read the message and click the Yes button The system label consistency check is started Saving Workspace Checking before registering in system label database is started The check before registering to the system label database is completed There is no error and no warning Checking the route information put A Task List The system label consistency check is performed Error or Warning is displayed on the Output window when the check result contains an error Check the error description on the Task List window and correct the error 4 USING SYSTEM LABELS 4 4 Checking System Labels 125 D CREATING SYSTEM BACKUP DATA This chapter explains the methods for reading and saving programmable controller project motion controller project and GOT project in batch using MELSOFT Navigator This functions is not supported by MELSEC iQ F series 5 1 Setting Batch Read Password Set a batch re
33. All Station Stc Major All Station Stop Moderate All Station Stop Major All Station Stc Major All Station Stop Moderate All Station Stop Major All Station Stc Major All Station Stop Moderate All Station Stop Major All Station Stc Synchronize Synchronize Synchronize Synchronize Synchronize Synchronize i PLO No 4 Synchronize Synchronize Input Status Outside Group Not Imported Not Imported i Output Status Outside Group Not Imported Not Imported IN m r Output CS File Restore the default settings os 62 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 6 Setting Reflecting Importing Parameters Multiple CPU parameters for Q series For Q series configure the multiple CPU parameters by activating the multiple CPU settings of each controller project from MELSOFT Navigator Set the parameters on CPU No 1 and the utilize them for CPU No 2 The following is an example when utilizing parameters of programmable controller project GX Works2 for a motion controller project When setting parameters on a motion controller project follow the same procedure as shown below 1 Select the CPU No 1 controller on the Module Configuration window 2 Select Q Module Configuration gt Parameter gt Multiple CPU Parameter Setting in the menu bar Q Module Configuration Online Tools Window Help Open System Configuration gt 1O F IN I
34. Check that the devices to be assigned to system label are within the applicable range e An error which occurs when referenced to system label Ver 1 can be checked on the System Label Update Check screen in GT Designer3 For details refer to the following manual LAGT Designer3 Version 1 Screen Design Manual Fundamentals 1 12 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 Utilizing Existing Labels as System Label Ver 1 This section explains a method for using system label Ver 1 with the bottom up design method in the following system configuration The following is an example of utilizing system label Ver 1 registered in the programmable controller project GX Works2 for the motion controller project System label Ver 1 can also be utilized among programmable controller projects GX Works2 or among motion controller projects Programmable controller projects GX Works2 Motion controller project i Navigator C ser Administratori Documents Sampie WS List 3 Work Broject dt Yew Onje Took Window Help System label name Storage A Data type Word Device U3E0 G10000 Delete Syste Label Nama LabaiN Data Type Constant CPU Name Project NL Qoae 1 EM sexs Sree A Words A GWE Pr Bat ano Buti Oe OREH Gear Fr n e to the system label database was 2 Utilize E MELSOFT MT Developer mieistratoriDocuments Sample_ WS Ver1 MTO
35. Co G 83 Ethernet Network No 1 192 168 3 39 Network configuration diagram Creating module configuration diagrams Workspace Project Edit View Online Tools Window Help 0 83 sample Fx WS B Network Configuration Network Configuration Module Configuration MS CCIE Field Confi 15 cC Link Configurd No Assignment P ES Project List amp Structured Data 0 98 Ver 1 System Lat 99g Undefined Na Parameter Module Configuration Allocate Project With The Controller Folder Export Project Export as 1 file format project 1 Right click Module Configuration on the Workspace window and select Module Configuration gt New gt FX Series Module Configuration in the shortcut menu ad iQ R Series Mule Configuration ma IQ F Series Module Configuration Ai Q Series Module Configuration Lie GM FX Series Module Configuration 34 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 03 Sample Fx WS DE Ethernet Configu 5 CC IE Field Config E CC Link Configura fail No Assignment P moh Project List E Structured Data 0 35 ver 1 System pai 3g Undefined_N Network Configuration Network Configuration 0 28 Module Configuration FX Module Confinuratinn Select Parameter Allocate Project With The Controller
36. Common No Model Name M 0 Q 71GF11 12 Ea 1 NZ2GFCE3 16D 1 Remote Device Station ek 2 NZ2GF2B 60TCRT4 2 Remote Device Station EDetecting actual system configuration The actual system configuration can be reflected to the CC IE Field Configuration window by performing one of the following operations e Click the Detect Now button on the CC IE Field Configuration window e Select CC IE Field Configuration gt Online gt Detect Now in the menu For details refer to the following manual iQ Sensor Solution Reference Manual EDeleting slave stations of CC IE Field CIEE 1 Select the row of the slave station to be deleted Mode Setting rin nam Select J Talaba Multiple rows can be selected RXIRY Setting RWwiRWr Setting No y Station Type Points Start End Points Start End 0 Master Station 1_ Remote Device station _16 wooo oooF 2o coco no13 2 Select Edit gt Delete in the menu bar LSOFT Navigator C Users 3 Workspace Project Edit View CCIE Field C DP PA Ene a MEW Undo Ctrl Z i Workspace fa Redo Ctrl aY gm Sample WS Yen Cut Ctrl i Network Con Copy Ctrl C wlll Network d 0 20 Module Config Configurat 1S Ethernet Co f CC TF Field Paste Ctrl V Select All Ctrl 4 Delete Delete LG Precautions Check that the CC Link IE
37. Configuration I Station No 0 Master Station oaqule Is wi n d OW I EE CC Link Configuration I 16 No Assignment Project I WI nd OW B Project List I I F Structured Data Types I S Ver 1 System Label List I i 3g Undefined_Name l Config uration E956 E Field Configuration EN EE wi n d OW Detect Now l Pir Detailed Configuration Information 1 Mode Setting i Assignment Method Point start m Link Scan Time Approx i FA no Onine Stama Mode z estonment Method oink siatk anne ata eae S l Detailed Configuration Information Other Par 4 gt No Model Name STA Station Type RxIRY Setting __RwwiRWr Setting ReservedjError Network Synchronous Alias I i Points start End Points Start End Invalid Station Communication 0 QJ71GF11 12 O Master Station F Bird s eye window gt a lt Input Detailed Configuration Information window STAHO Master Total STA 2 Line Star NZ2GF2B 6 OTCRT4 here is no detailed configuration information Output window dutput A Task List 29 Result of Power Supply Capacity and I O Points Check CAP NUM SCRL Status bar Result of Power Supply Capacity and I O Points Check window Task List window Title bar Displays a title of product name workspace path and active window Menu bar Displays items of the basic menu Toolbar Displays tool buttons for functions performed frequently Workspace window Displays obj
38. Data Setting ABS Long axi EG Motion SFC Program AXIS Motion 5FC Parameter gt Ad dress Dian Aa 010 MTD2 Pro gt Address F Operation Control Program AXIS Transition Program gt Ad dress Servo Program AXIS 69 Synchronous Control Parameter gt Address Gf Cam Data Long Ax Sp Label Structured Data Types Device Memory Device Comment Q173DS SV22 Host Station No 2 1 OVERVIEW 1 2 Features 15 2 SCREEN CONFIGURATION This chapter explains the screen configuration of MELSOFT Navigator 2 1 Screen Configuration Window Module Configuration window Network Configuration window Title bar t Bran Tr i Workspace Project i IN INIS Is Menu bar Pare aan oe eR 9 a Sample_WS O aiie ee 11 Select Network Find Module My Favorites I B E Network Configuration C3 PANG a eS z 1 T lb I Network Configuration iim a re 2 EEE ki l oolipar E88 Module Configuration ll E Network I Af R configuration diagram I GOT2000 Series E No 1 CPU GXW3 Proj F I Es No 2 CPUJGXW3_Proil E I GOT1000 I 44 Q configuration diagram Component e I EB No 1 CPUJGKW2 Proj I EB Figure ae No 2 CPUJMTD2 Proj Connection Line I O GOT_Proji GT27 s I l 0 280 Ethernet Configuration I Workspace aj m2 sare aa lt Module List ACCC IE Field
39. Field modules on the module configuration diagram are connected to the connection ports of CC IE Field configuration If not the CC Link IE Field modules are not displayed on the CC IE Field Configuration window When a master local module or head module is added on the CC IE Field Configuration window the module configuration diagram for the added module is added 3 OPERATING PROCEDURE OF MELSOFT Navigator 41 3 4 Creating System Configuration Diagram Creating CC Link configurations Create a configuration diagram by placing modules on the CC Link Configuration window When creating CC Link configuration add a CC Link configuration on the Network Configuration Diagram and connect it to CC Link configuration on the module configuration diagram in advance KL Page 37 Creating network configuration diagrams mQperating procedure i Workspace 4x 1 Double click CC Link Configuration on the Workspace i i x 1b v 5 83 sample WS CC Link a 1 EE Network Configuration a window LB Network Configuration Mode Setting Ner 1Mode TX Speed Link Scan Time Approx S Modul of STA bbe R Station No Model Name Station Type Version E Double click Occupied E PO Ethern QJ61BT11N Master Station c CCIE Field Configurati I ak content Ej g Co CC Link Configuration G The CC Link Configuration window is opened Select CC Link Find Module
40. Find Characters System Label Yeri Find Next Delete System Label Name Label N Data Type Constant CPU Name Project N Assignm Attri Comm 1 Start_lamp Bit Start lamg 2 Click m C System label is being edited System label is already reflected o enable the edited contents of the system label eflection to the system label database is required lease execute Reflect to System Label Database cP O hen the assigned device is changed in system label Ver 2 he change of refer side project does not need A Reflect ka System label Ver 2 is only used in iQ R series GOT2000 series Not Reflected 1 ie ee l Total 1 anase e System labels can also be registered to the system label database by saving the workspace after setting the system label Ver 1 to be registered e System label Ver 1 created in CSV format or text format can be imported to the workspace Also system labels created in the workspace can be exported in CSV format or text format For details refer to the Help of MELSOFT Navigator 4 06 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 YA o system label Ver 1 Hara alen label Ver 1 registered in MELSOFT Navigator to global labels of the programmable controller project GX Works2 and assign devices to system label Ver 1 so that they can be utilized in other projects For importing system label Ver 1
41. GX Works2 data When specifying programmable controller project GX Works3 data motion controller project data or GOT project data follow the same procedure as shown below Batch Read Project Selection Select All Cancel All Selections Project a Connection Destination PI GOT Proj1 GT27 5 800x600 USB GOT Direct setting BP EH GxW2 Proj1 Q05UDH Default Connection Destination ge Ul setting Ga GxW3 Proj1 RO8 Default Connection Destination Change Sees ore EH GxW3 Proj2 RO8 Default Connection Destination 8 Change setting setting KJ MTD2_Proj1 Q173D SW8 5V130B Connection Destination in the Project Setting setting On bw Me nalalaos lt Q series L series Proj H GX Works2 Target Data Setting Selecting drive in PLC Drive Name Symbolic Information em CA bat AY ref AA Parameter Program Memory Device Memory NA V Device Comment Program Memory Device Memory z T Device Memory File Register Standard RAM Precautions when Reading T Device Initial Value Password for the data on the real machine is entered Password Setting The symbolic information and parameters are always read The program does not execute the selection but the inFormation is read From the program memory Data other than symbolic information parameter device comment and File register ar
42. Help H F New Ctrl N Open Ctrl O0 Close Save Ctrl Save As Compress Unpack Delete Folder System Configuration Check Allocate Project With The Controller Parameter b System Label List Ctrl P Route Informatio Routing Parameters Generation T C G Structured Data Types System Label Databa Change version of system label to Ver 2 To execute this function the change notification reception process needs to be completed If change to system label Ver 2 this workspace can only be used for IQ R series GOT2000 series project If change to system label Ver 2 cannot return to system label Ver 1 Before change running projects are saved and all projects are closed Execute the reflection to system label database at change Please start project in changing The following projects are not supported for the save and end processing RT ToolBox project GX Developer project 3 Workspace Project Edit View Online Tools Window Help DBA i 5 BG RARE 0 88 sample WS c28 Network Configuration CEB Network Configuration C28 Module Configuration Bad QR Module Configuration 2 ef Q R Module Configuration 1 M9 Ethernet Configuration fll CC IE Field Configuration fl CC Link Configuration E No Assignment Project coke Project List li Structured Data Types 8 Ver 2 System Label List
43. I CC Link Configuration No Assignment Project mba Project List E NG Structured Data Types Q configuration diagram R configuration diagram Select Network Find Module My Favorites AAA laximum Station Numbe erne laximum Station Numbe E Control Opti Maximum Station Numbe E Control TP R Maximum Station Numbe JE Control TP Li Maximum Station Nurmbe CC IE Control TP Li Maximum Station Numbe E CC IE Field Maximum Station Numbe 4 Select Network Find Module My Favorites 4 Balan Bek ters i Drag amp drop i 4 E O Series Module Conf I F Number 12 Serial 4 E L Series Module Confi I F Number 12 Serial 4 j on I F Number 12 Serial 4 x Series Module mn a ene agate ABE NE NF Number 1 Ethernet Q configuration diagram R configuration diagram SSS SE Ethernet Network No 1 F Number 1 Others 1 a Select Network Find Module My Favorites Ab EE FB ALE E Network al T Ethernet Maximum Station Numbe Ethernet Maximum Station Numbe CC IE Control Opti Maximum Station Numbeg gt CCIE Control TP R Maximum Station Numbe T CCIE Control TP Li Maximum Station Numbe Ethernet Network No 1 A Select Network Find Module My Favorites Ha soe aa Network GOT2000 Series Ethernet Network No 1 i mea ala N Nito hio Network Cable d du IS Serial Cable CC LI
44. Model Name Station Type Version Occupied E High Speed Counter Module Configuration window following the same procedure in z 0 0 QJ61BT11N Master Station i LS 1 1 AJ655BTB1 8D Remote I O Station Ver 1 1 Occupiec ee 2 2 AJ65BT 64AD Remote Device Station Ver 1 2 Occupiec P 0 4k three phase 200 if FR A720 0 75K 0 75kW three phase 201 th e ste p 2 3 a FR A720 1 5K 1 5kW three phase 200 a FR A720 2 2K 2 2kWthree phase ol a FR A720 3 7K 3 7kWjthree phase 200 a FR A720 5 5K 5 5kW three phase 200 af FR A720 7 5K 7 5kW three phase 200 a FR A720 11K 11kW three phase 200 gf FR A720 15K 15kW three phase 200 STAHA a FR A72N 1R 5K 1A 5kWithree nhase 2N T Outline a FR A7OO series Three phase 200V class QJ61BT11N Specification 5 Input Detailed Configuration Information iQ oa STARO Master s MEE 1 pris Detailed Configuration Information Other Parameter FR A720 0 4 K er All Connected Co unt Total STAH 4 T 5644 42 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram EDetecting actual system configuration The actual system configuration can be reflected to the CC Link Configuration window by performing one of the following operations e Click the Detect Now button on the CC Link Configuration window e Select CC Link Configuration gt Online gt Detect Now in the m
45. P1 Label Setting Project Edit find Replace View CheckiCorvert Qwline Debug Took Window Help iD 96 Dy I 6 ne con ih SP Global labels to be registered as system labels Class VAR GLOBAL Label name Storage A Data type Word Device U3E0 G10000 System label name Storage A tat A Data type Word Device U3ZE0 G10000 E San labal databace Programmable controller projects GX Works2 Motion controller project kain QUID MI Hom Kaban No Wow Ced CAP NUM SCRI trgih impie Cal Not NU 4 USING SYSTEM LABELS 1 1 4 2 Using System Label Ver 1 3 Registering labels as system label Ver 1 Register the global labels which have been set in the programmable controller project GX Works2 as system label Ver 1 and reflect them to MELSOFT Navigator The following is an example of registering global labels of programmable controller project GX Works2 as system label Ver 1 The labels of motion controller projects can be registered as system label Ver 1 with the same procedure as described below 1 Double click GXW2 Proj2 on the Workspace window 0 8 Sample_WS Double click G Mm Network Configuration E Network Configuration a po Module Configuration Mi The GX Works2 project is opened tom een E CE gre ag 2 Double click Global1 on the Navigation window of GX alla P Aati Works2 Label Name m VAF GLOBAL Start_lamp
46. Types cs Ver 1 System Label List 3E Undefined Name 3 OPERATING PROCEDURE OF MELSOFT Navigator 56 3 5 Creating Projects Bindividual allocation Allocate a project in the workspace to the controller selected on the Module Configuration window 1 Right click the controller on the Module Configuration Ethernet Network No 1 CC IE Field Configura window and select Allocate Project With The Controller in the shortcut menu Select All Delete Bring to Front The Allocate Project With The Controller screen is displayed Configuration Name Base Slot Module Name Project N 8b 119 configuration diagram O38DB CPU Q0O6UDHCPU Xuw2 Proji Sample Data N GXwW2 Proj Sample Data 2 Selecta project name for the selected controller and click the OK button Setting content sample Module Name Project Name QO6UDHCPU GXW2_Proj1 Sample Data pug The allocated project is displayed under the Module 7 s 177 eects l l 5 43 sample ws Configuration folder on the Workspace window a Network Configuration 3 Module Configuration fl R configuration diagram ERAO configuration diagram H Ethernet Configuration H CC IE Field Configuration E CC Link Configuration o E No Assignment Project Ge Project List 3 AR Structured Data Types 0 388 Ver 1 System Label List c Undefined_Name 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 5 Creating Projects 57
47. Workspaces Close an open workspace 1 Select Workspace gt Close in the menu bar The message shown on the left is displayed 2 Click the Yes button Poin th When the workspace is not saved the following message is displayed Click the Yes button to save the workspace Click the No button to close the workspace without saving it A Do you want to save the workspace Sample WS 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 12 Closing Workspaces 3 13 Exiting MELSOFT Navigator Exit a MELSOFT Navigator Select Workspace gt Exit in the menu bar O New Ctrl N Pd Open Ctrl 0 PA Save Ctrl Save As Compress Unpack gt Delete Folder gt System Configuration b Check gt Allocate Project With The Controller Parameter gt Systern Label B Page Setup Ad Print Preview Exit Alt F4 The MELSOFT Navigator is exit Poin tp When the workspace is open the following message is displayed Click the Yes button to close the workspace Click the No button to abort the operation of exiting MELSOFT Navigator 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 13 Exiting MELSOFT Navigator 83 84 4 USING SYSTEM LABELS This chapter explains the methods for using system labels which are shared within workspace of programmable controller projects GX Works3 GX Works2 motion controller pr
48. in which the system labels are referenced is not required e The changed content of system label Ver 2 can be checked on the Display Change History screen displayed by selecting Workspace gt System Label gt System Label Database gt Display Change History in the menu bar of MELSOFT Navigator 4 2 Using System Label Ver 1 The system label Ver 1 is supported by the following devices e MELSEC iQ R series e MELSEC iQ F series e Q series e L series e FX series e GOT2000 series e GOT1000 series For details on system label Ver 1 refer to the Help of MELSOFT Navigator Point e When a system is configured using only MELSEC iQ R series and GOT2000 series system label Ver 1 can be changed to system label Ver 2 However system label Ver 2 cannot be restored to system label Ver 1 e For a system configuration in which a device which is not supported by system label Ver 2 is used use system label Ver 1 4 USING SYSTEM LABELS 1 4 2 Using System Label Ver 1 03 Registering and Using System Label Ver 1 in MELSOFT Navigator This section explains a method for using system label Ver 1 with the top down design method in the following system configuration Programmable controller projects GX Works2 GOT project 1 Register the system label System label name Start_lamp Data Type Bit C Syitte labels area rofiectod Nag alan cena GT Ga maa li f cn tothe praan lb diane reared tacta Raf
49. in the menu bar a CA iikAl jyjy yy y cyc c c c CC cc cc UU U V 0 V95VQ Ga MELSOFT Navigator C Users Administrator Docur F Workspace Project Edit View Ethernet Con 5 Wg Undo Ctrl Z DA ap A ee a Workspace Aag Redo oe EB Sample_ws agg Cut tri A c08 Network Con Copy Ctrl C W Network a Module Config R configur i Q config o0 Ethernet Co 2 El IP Ps ID a gt Ctrl V Select All Ctrl 4 Precautions Check that the Ethernet modules on the module configuration diagram are connected to the connection ports of Ethernet configuration If not the Ethernet modules are not displayed on the Ethernet Configuration window 3 OPERATING PROCEDURE OF MELSOFT Navigator 4 3 4 Creating System Configuration Diagram 5 46 Creating AnyWireASLINK configurations Create a configuration diagram by placing modules on the AnyWireASLINK Configuration window __ Operating procedure i Workspace ax GG Pb ws Ng 5 83 sample Ws B Network Configuration 5 Module Configuration 0 28 System Label List Q Module Selection Find Module M4 gt El ab 5 Fa ALE H QJ6 amp 1BT11N Common for CC Li UE QIsiawizaL F Q T PU FL T Q971FL71 82 F FL net OPCN 2 T QU71FL71 85 F FL net OPCN 2 FL net OPCN 2 FL net OPCN 2 EE Network Configuration S t Configuration diagram C0 Any Wire ASLIN
50. in the menu bar of MELSOFT Navigator and save the project Precautions The system label Ver 1 of GX Works2 imported to each project can be used as global labels System label Ver 1 cannot be used when using a project without labels in GX Works2 Change the project type from without labels to with labels For details of changing project type refer to the following manual LA GX Works2 Version 1 Operating Manual Common 4 USING SYSTEM LABELS 1 4 2 Using System Label Ver 1 09 Using system label Ver 1 in GT Designer3 Using system label Ver 1 to which devices are assigned in a programmable controller project GX Works2 for a GOT project In GOT projects system label names can be specified when setting devices to created objects For the method on how to draw objects in GOT projects refer to the following manuals LA GT Designer3 Version 1 Screen Design Manual Fundamentals LA GT Designer3 Version 1 Screen Design Manual Functions Operating procedure 1 Double click GOT_Proj1 on the Workspace window S A Sample_ws 3 Network Configuration E Network Configuration 3 Module Configuration f Configuration diagram B EB No 1 CPUJGXW2_Proj2 C46UDH NG OREB Ol B Gl GOT _Proji GT10 Q 320x240 Double click MELSOFT Navigator Ex The message shown on the left is displayed when a GX Works2 GX Works3 or MT Developer2 project is open A GX Works2 GX Works3 project or MT Developer pr
51. is reflected to MELSOFT Navigator FF 4 USING SYSTEM LABELS 4 4 4 2 Using System Label Ver 1 9 8 Double click GOT Proj1 on the Workspace window o ga Sample WS 5 Network Configuration p rg E etwork Configuratigp 6 28 Module Configuration The GOT project is opened and the message shown on the left is displayed There is a change in the referenced system label Would you like to perform System Label Update Check 9 Read the message and click the Yes button There may be a difference between the referenced system label and the setting of system label database if the update check were not performed Display this dialog next time The setting can be changed from T ools Option The Change Contents of System Label Database screen is displayed Find Characters a 5 a j T Import Cont m Label List N System Label Name Label Name Data Type Constant CPU Name Project Name Device Attribute Comm 1 List1 Start lamp Start lamp Bit GXW2_Proj2 KO yo Start lamg After Change List1 Start lamp Start lamp QOSUDHCPLI GXW2 Proj2 x1 1 0 Start lamg 10 Check the content and click the Import button Relationship diagram between system label database 1 and project 2 ao Cam CG Q Change Notification Function mp MELSOFT Gx MT E GT Navigator Works2 3 Developer2 LG Designer3 ne The message shown on th
52. label Ver 2 The labels of motion controller projects can be registered as system label Ver 2 with the same procedure as described below d Workspace Project Edit View Online Tools Ctrl N Open Ctrl 0 Close Window Help Ctrl Save Save As Compress Unpack Delete Folder System Configuration Check Allocate Project With The Controller Parameter System Label List Page Setup Structured Data Types cd Print Preview System Label Database 1 Sample WS i Change version of system label to Ver 2 needs to be completed iQ R series GOT2000 series project Execute the reflection to system label database at change Please start project in changing processing RT ToolBox project GX Developer project 3 Sample ws 5 Network Configuration i Network Configuration Module Configuration Hi OP Madulas onig Double click EN paraaan O GOT _Proj2 GT27 5 81 E A iQ R Module Configuration 1 0 Ethernet Configuration E CC Link Configuration E No Assignment Project 8k Structured Data Types 0 28 Ver 2 System Label List bd ag List1 fj FB FUN El fa Label 4 USING SYSTEM LABELS 96 4 1 Using System Label Ver 2 i Print Ctrl P Route Information Puting Parameters Generation Use System Label Ver 2 D To execute thi
53. name on the Workspace window and select Delete Project in the shortcut menu to delete the project Allocating projects to controllers This section explains how to allocate projects in the workspace to controllers on the Module Configuration windows Allocate projects on the controller of the following module configuration diagram Project name GXW3 Proj2 Project name GXW3 Proj1 lt R configuration diagram gt p 0 A BV Slas 322 Joa loal eco 2 2 2 o IDOJOAOJEx E E OY Ow O o it X LL LL LL o Y x e QA Na Project name GXW2 Proj1 Ethernet lt Q configuration diagrams OUT Basa Power supply 264P QCPU QO6UDHCPU Motion CPU Q173DCPU O module QH42P Information module QJ71E71 100 Master module QJ71GF11 T2 Empty Project name MTD2 Proj1 GOT GOT2000 Project name GOT Proj1 Precautions A project cannot be allocated if the name of the placed controller and type of the created project does not match Check the module name of the respective controllers and allocate projects 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 5 Creating Projects 55 Batch allocation Allocate projects in the workspace to all controllers on the Module Configuration windows 1 Select Workspace gt Allocate Project With The Workspace Project Edit View Online I Controller in the menu bar O New Ctrl N 3 P3 Open C
54. the message and click the OK button a Power supply capacity and I O points check is completed Thereis no error This check does not consider the module version So please refer to the Operating Manual of each module for details SG KA The Result of Power Supply Capacity and I O Points Check Tag gbin si fan ma EA screen is displayed F 3 Check for errors in the check result a s ioe When an error exists in the check result items displayed in 3 nea red modules for re selection are displayed by clicking Total Output Current or Total I O Points A message is displayed by clicking Total Voltage Drop Read the message and correct the module configuration diagrams Values displayed under Total Output Current may be different from the total output current of module with latest version For the total output current of module with latest version check the latest manuals of the respective modules 72 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 7 Checking Workspace 3 8 Editing Projects Edit created projects and utilize them for other workspace Editing projects Activate the created project for editing The following is an example of activating a programmable controller project GX Works2 When activating a programmable controller project GX Works3 motion controller project or GOT project follow the same procedure as shown below
55. to change the allocated device in the system label er The Import System Labels to Project screen is displayed system label et Nama ka gt i Refinement Options fhe The selection of label which is out of display target is released by refining I Display only system labels with no device assigned Refinement Characters Refinement 4 Selecta system label to be imported and click the Import button Find Subject whole Display z Find Characters Find Next RO4CPU GXW3 Proj2 U3E0 G10000 car m r Cancel Relationship diagram between system label database 1 and project 2 oaa O e ikl Import MELSOFT GX MT 4 GT Navigator Works2 3 Developer2 Gy Designer3 The system label is registered to the label setting editor egsa FA lection to the sy als ase execute Bk ct to See pes eed to change the browse side project when to change the allocated device in the system label Ae A Not Reflected 1 Import System Label Total 1 5 Select Check Convert gt Label Conversion in the Select menu bar of MT Developer2 The message shown on the left is displayed 6 Read the message and click the OK button Label conversion is completed normally Please execute syster label check in MELSOFT Navigator after saving the project 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 99 i Project Edit Find Replace Vi
56. to the Help of MELSOFT Navigator In addition a project imported in GX Developer format cannot be allocated to a controller etc on the Module Configuration window The following operation is an example when utilizing a GX Works2 project For utilizing GX Works3 projects MT Developer2 projects or GT Designers projects follow the same procedure as shown below Operating procedure Bimporting projects a4 GA MELSOFT Navigator C Users Admini i Workspace Project Edit View Anion Select Import Save Folder Path C Users Administrator Documents Workspace Project List Workspace Project Type Title LI Sample W5 Sample Data MET Workspace Name Sample Project Name Title Multiple projects can be imported simultaneously Project Type List which can be Imported 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 8 Editing Projects 1 Select Project gt Import in the menu bar The Import screen is displayed 2 Set Save Folder Path for the project to be utilized and double click the workspace name of the project to be imported Setting content sample e Save Folder Path C Users user name Documents e Workspace Name Sample Selecting the workspace displays the list of GX Works2 Save Folder Path p rO ects C Users Administrator Documents i F aya i 3 Select the project to be utilized and click the Execute Project List Project Type Title b u t
57. 2 A The project is saved at the same time E MELSOFT E GX MT E GT with the registration to the system label database KA Navigator HA Works2 Developer2 L F Designer3 EEE The system label notification icon is displayed on the status Dea aan a gi G bar of MELSOFT Navigator 0 88 sample WS Find Object whole Display x System Label Ver 1 Find Characters Find Next Delete System Label Name Label N Data Type Constant CPU Name Project N Assignm Attri LIB Start lamp Start l Bit QOSUDH GXW2 Pr XO IO Start lar F Strage A Strage_A Word Si QO6UDH GXW2 Pr U3E1 G Com bes Project List A Structured Data Types 8 Ver 1 System Label List Ca 3g List1 C System label is being edited C System label is already reflected a paa jase is requir e al itabase d The import result can be checked in the Change History Display screen Checking before registering in system label database is started The check before registering to the system label database was completed e is no error at 10 warning Checking the route information The check of the route information is completed The workspace saving is completed Ejoutput Task List CAP NUM SCRL 7 Select Workspace gt Save in the menu bar of MELSOFT Navigator ace Project Edit View Online J The system label of GX Works2 project
58. 3 gt GT Designer3 e RT ToolBox2 MELSOFT MELSOFT Application gt RT ToolBox2 gt RT ToolBox2 e FR Configurator2 MELSOFT MELSOFT Application gt FR Configurator2 e CW Configurator MELSOFT MELSOFT Application gt CW Configurator 1 OVERVIEW 1 1 About MELSOFT iQ Works 1 2 Features This section explains the features of MELSOFT iQ Works Project management using graphical system configuration diagrams Projects can be managed by using graphical diagrams of the actual hardware device configuration of the whole system linking each device and project Only by placing the prepared elements the configuration diagram as follows can be created easily i Workspace Project Edit View Network Online Tools Window Help felt BA ook Hee AOON I Workspace fai Q configuration diagram aR configuration diagra Sample _WS e Network Configuration o ll Network Configuration i Module Configuration i Gi R configuration diagram ff No 1 CPU GXW3 Pro Gy M ELSUPI Navigator Users Admin OLTARU CEE Vodmniplec v gt INEOWOT KU ol nnmguration n n lo pa 4 b i Module List ax Ethernet Network No 1 Activate the Module Configuration window by PPI No 31192H6P BA double clicking a module configuration diagram on the Network Configuration window Component Device Ethernet Figure Station No 5 192 0 1254 No 2 CPUIGXW3_P
59. 4 Module List ax a Select Network Find Module My Favol 4 ba Ethernet Network No 1 FaR EE E t Station No 1 192 0 1254 Station No 1 192 168 339 omens ROBEPU 192 16 a Network _ GOT2000 Series E GOT1000 Series E Component Device 2 Select the Ethernet configuration and select the IP address of the Ethernet built in CPU or Ethernet module which is handled as an own station on the Input Detailed kai Im Fim wa eme onngura O configuration diagram R configuration diagram Detailed Configuration Informg Ethernet Configuration Select 1 Configuration Information window Module Configuration Name Object Name and Port No are automatically displayed Station No 0 Master Station CCIE Field Configuration Network No 2 Total Station No 2 CC Link IE ters 3 Double click Ethernet Configuration on the Workspace 4 b 3 Module List ax o Sample_ws 0 28 Network Configuration Network Configuration S Module Configuration R configuration diagr4m fai O configurationfifagram No Model Name a guratio t Ethernet Configuration O CAC bm a 85 CC Link Configuration No Assignment Project Ethernet Selection Find Module My F 4 gt a Ge B window Bb Fa E G m Ethernet Device General E Ethernet Device COGNEX COGNEX Vision System J B Ethernet Device Panasonic Indusi _ PLC Communication
60. 5 IB MA Display Module Information Change Base Check fey Start XY Batch Input Default Points Batch Input Bring to Front Detail Setting The message shown on the left is displayed 3 Read the message and click the Yes button A Displays the Multiple CPU Parameter Setting screen Please confirm the following before setting the multiple CPU parameter Please set the multiple CPU parameter to projects with already reflected parameters Please confirm previously if the multiple CPU configuration is correct in the system configuration check Please Import Multiple CPU Parameter to No 2 to 4 CPU after the Multiple CPU Parameter Setting is completed in the No 1 CPU Do you want to display the Multiple CPU Parameter Setting screen GX Works2 is activated and the message shown on the left is displayed p h Please set the multiple CPU setting of PLC No 1 4 Read the message and click the OK button mi Caution Please set the JO assignment setting switch setting detailed setting of another PLC controlled modules in this project as well 3 OPERATING PROCEDURE OF MELSOFT Navigator 63 3 6 Setting Reflecting Importing Parameters The Q Parameter Setting screen is displayed For the method of setting multiple CPU parameters refer to PLC Name PLC System PLC File PLCRAS Boot Fi Serial Communication the following manual and function
61. 68 3 39 SUMP TCP E ED E No Model Name bh Host Station RO8CPU b4 1 HL C2 1 For details on the parameter processing of Ethernet devices refer to the following manual LI iQ Sensor Solution Reference Manual 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram EDetecting actual system configuration The actual system configuration can be reflected to the Ethernet Configuration window by performing one of the following operations e Click the Detect Now button on the Ethernet Configuration window e Select Ethernet Configuration gt Online gt Detect Now in the menu For details on the automatic detection of the connected Ethernet devices refer to the following manual LA iQ Sensor Solution Reference Manual Reflecting communication settings of Ethernet devices Select Ethernet Configuration gt Online gt Communication Setting Reflection of Ethernet Device to reflect the communication settings of Ethernet devices For details refer to the following manual iQ Sensor Solution Reference Manual Deleting Ethernet devices 1 Select the row of the Ethernet device to be deleted Multiple rows can be selected Ethernet configuration A Detect Now Bon Fixed Buffer PLC No Model Name pith aah Protocol Send Receive H Metho Setting IP Address 192 168 3 39 top 192 168 3 39 2 Select Edit gt Delete
62. 71GF11 12 STAHO Master FI Total STA 2 Line Star CE3 NZ2GF2B 6 D OTCRT4 ll 40 Drag amp drop FE Input Detailed Configuration Information iQ Co 4 X Detailed Configuration Information Other Parameter E CC IE Field Module Mitsubishi Electric Corpor 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 1 Double click CC IE Field Configuration on the Workspace window CC IE Field configuration diagram is displayed Change the name as necessary 2 Change the Station Type to Master Station on the CC IE Field Configuration window 3 Select NZ2GFCE3 16D from the Module List window and drag and drop it onto the CC IE Field Configuration window 4 Select modules to be connected from the Module List window and drag and drop them onto the CC IE Field Configuration window following the same procedure in the step 3 5 Set RX RY Setting and RWw RWr Setting of each Ba TE Ei i s x Detect Now Y odule Mode Setting Online Standard Mode Assignment Method Start End X Link Scan Time Approx 0 72 1 RX RY Setting RWwjRwir Setting Reserved Error I ulay maa ia Points Start End Points Start End invld Staton Set the other items as necessary O Master Station 1 For details of the parameter processing of slave stations refer to the following manual LA GX Works2 Version 1 Operating Manual
63. Attention 1 Setting information of the mla mbm ad mm le mews hm AIRA _ Precautions 3 Module List 4x FX Module Selection Find Modi 4 gt E NG AN 1 192 168 3 38 S 1 Click FX3U ENET ADP on FX module configuration diagramA The parameters are displayed on the Input Detailed Configuration Information window 2 Setthe parameters on the Input Detailed Configuration Information window Setting content sample e Station No 1 e IP address 192 138 3 38 e Channel CH1 3 Setthe parameters of FX module configuration diagramB following the same procedure in the step 1 and step 2 Setting content sample e Station No 2 e IP address 192 168 3 39 e Channel CH1 For the reflection method for the set parameters to a GX Works2 project refer to the following section 3 Page 66 Multiple CPU parameters for Q series When Channel has already been set to PLC System 2 tab of the PLC parameter screen in the target program the settings of PLC System 2 tab will be initialized To retain the settings in GX Works2 project backup the project before reflecting the parameters 3 OPERATING PROCEDURE OF MELSOFT Navigator 61 3 6 Setting Reflecting Importing Parameters Configuring multiple CPU parameters Multiple CPU parameters for MELSEC iQ R series For MELSEC iQ R series configure the multiple CPU parameters in batch using MELSOFT Navigator The configured multiple CPU p
64. D 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 Aircraft 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 P
65. Default Points Batch Input iS Structured 0 Module Configuration O o Ver 1 Syster Allocate Project With The Controller Undefine Export Project Export as 1 file format project 3 Enter L configuration diagram A to change the module F PRA ma Edit View L Module TPE Online Tools Window Help config u ration d iag ra m na me i DBA Haa ADOD 188 28 A Oe A OOF UW ts i Workspace ax I 5 88 Sample_L_ws B Network Configuration LEI Network Configuration 88 Module Configuration E bi L configuration diagram 4 U 4 gt 4 Module List ax 4 Select modules from the Module List window and drag fi L configuration diagram A Naa cack Paa maga nee and drop them onto the Module Configuration window ams 2 following the same procedure as Q series in the step 4 Branch Extension Module CA a i K gt Page 25 Creating module configuration diagrams Power Supply Input Module Output Module 1 0 Module Analog Input Module Analog Output Module Analog I O Module Temperature Control Module Simple Motion Counter Positioning Drag amp drop e When a module is dragged onto the Module Configuration window the placeable areas are displayed in light blue as shown below Placeable area e When a placed module is deleted from the Module Configuration window the modules adjacent to the deleted module are automatically pla
66. E OF MELSOFT Navigator 3 9 Reading Writing Verifying Controller Data Communicate wi gt cot write CeL cor Read EY LY cot verification i PC GOT Information Get GOT Information Write Data Package Data X Write Option GOT Type s GOT Name Data Size ROM 855 KB RAM 976 KB Free Space Capacity l KB KB DJ cor Destination Drive C Built in Flash Memory v What is package data Package data are project data that work in GOT and system applications data required for GOT operation Communication Configuration Communication Path PC USB GOT GOT Write The Communicate with GOT screen is displayed For the operation method refer to the following manuals LA GT Designer3 Version 1 Screen Design Manual Fundamentals LA GT Designer3 GOT2000 Screen Design Manual LA Connection manuals for GOT 1000 series Mitsubishi Products Non Mitsubishi Products 1 Non Mitsubishi Products 2 Microcomputer MODBUS Products Peripherals LA Connection manuals for GOT2000 series supported by GT Works3 Version 1 Mitsubishi Products Non Mitsubishi Products 1 Non Mitsubishi Products 2 Microcomputer MODBUS Products Peripherals 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 9 Reading Writing Verifying Controller Data 79 3 10 Saving Workspaces Save a created workspace By saving workspaces with compression the saved da
67. GOT Direct Default Connection Destination S S S S 8 Simple project use labels of FXCPU or the structured project Unsupported CPU or GOT Project GX Developer Project RT ToolBox2 Project Parameter information Simple Motion Project in the Simple Motion Module GX Works3 project when GX Works3 is not installed Save Destination of Workspace Save Folder Path The symbolic information or the project are read with programs and parameters in a pair when GX Works2 project or GX Works3 or MT Developer2 project is read The Following project is not displayed in the list because it cannot be read by the batch read Title Workspace Name Sample WS A C Users Fakikaku Documents 2 Click Save Setting Contents Read Result Program Part SlibFbFile CPU Built in Memory Read Finish GXW3 Proj2 Reading is completed normally setting Program Memory Read Finish ical System Program Program Memory Read Finish Start Reading from GT27 S 800x600 to GOT_Proji Connection Destination USB Project File C Built in Flash Memory Read Finish GOT_Proji Reading is completed normally mm Batch Read Completed Number of Read Completed Project 5 5 LU Start Reading from Q173D to MTD2 Proj1 Connection Destination Connection Destination in the Project Motion SFC parameter SFC used i Motion SFC program Control code Text Program Me
68. Import button The system label Ver 2 registered in MELSOFT Navigator is registered to global label of GX Works3 5 Set a device of the imported system label Ver 2 Setting content sample e Device XO 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 89 Ho xX Filter Easy Display isplay Setting Check ieee ens BEE wa Panig gn Initial Value Constant Comment si a a os Name Attribute Ac VA LOBAL Sta Click Extended Display Automatic C System label is reserved to be registered Z System label is reserved to be released The system label is already registered to the Stem label database execute the Reservation to Register Release for the system Reservation to Register System Label abel reflection to the system label database is required EB O Reflect to lease execute Reflect to System Label Database Reservation to Release System Label A System Label t is unneci Database issigned device i Ver 2 Not Reflected 1 Only iQ R series GOT 2000 series is available for system label Ver 2 Ippa System Label 1 Total To execute Online Program Change execute Online Program hange and save The edited System Label is reflected to the System Label Database A When it is reflected the following is executed When the global label is unconverted Rebuild All operation is executed After the reflection the project is saved Are you sure you want to continue
69. K Cor PO Ethernet Configuration Po CC TE Field Configuration PO CC Link Configuration ai No Assignment Project beb Project List fe Structured Data Types i Bird s eye 4x i Workspace ce di Wi SI Confiqur Bi Configuration diagram 4 gt i Module List ax Sample_Q_WS 5 No Assignment Project 0 3fp Ver 1 System Label List Specification For AnyWireASLINK Master Occupied 1 0 Points 32 AnyWireASLINK AnywireA SLINK Configuration U Select AnyWireASLINK Find 4 gt J E Network Configuration Network Configuration J Z Ha Fa AF o0 Module Configuration i TX Cycle Time AF General AnyWireASLINK Mi o hg a AnyWireASLINK Configuratic A No 1 0 Type Address 85 CCIE Field Configuration Ee QI51AW12AL AnyWireASLINK PO CC Link Configuration vi E AnyWireASLINK Module A E ASLINKER Input Module Model Name Type ASLINKER Output Modu ASLINKER I 0 Combinec ASLINKAMP Input Modi ASLINKSENSOR Input M ASLINKSENSOR Output ASLINKTERMINAL Input ASLINKTERMINAL Outpt 4g Undefined Name QJ51AW12AL ASLINKTERMINAL I O Ci POKAYOKETERMINAL I ii E AnyWireASLINK Module N EB pc L025 L025 P fe Project List IB Structured Data Types m a Master Module Bird s eye 2X Gi Configuration diagram A OJSTAWT2AL Master Module All Connected Co unt AS
70. L 32 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram Creating module configuration diagrams for MELSEC iQ F series FX series For MELSEC iQ F series FX series create module configuration diagrams refer to this section Basically MELSEC iQ F series FX series module configurations can be created in a similar way to MELSEC iQ R or Q series Poin tp When creating workspaces of MELSEC iQ F series or FX series select iQ F Series Module Configuration or FX Series Module Configuration in the Choose a Default Configuration screen For the method of creating workspaces refer to the following section KL Page 21 Creating Workspaces a Choose a Default Configuration Please select a creation method of configuration diagram From the following O Create Network Configuration Create Module Configuration Configuration iQ R Series Module Configuration Do not display liQ F Series Module Configuration Q Series Module Configuration This setting CE Series Module Configuration fg FX Series Module Confiquration Precautions The model name of special blocks of FX series that support MELSOFT iQ Works are displayed on the Module List window when the related software is installed When using special blocks install the related software of the respective modules in advance 1 For information on obtaining the related software consult your local Mitsubishi representative
71. LINKTERMINAL I O Ci Module List ax Sar N Verify Select AnyWireASLINK Find Module My Fa 4 gt Switch Setting Ha IPs LASS Transmission Points 512 Points 1 256P 0 256P 3 x TX Cycle Time Approx C a AnyWireASLINK Module a 7 AnyWireASLINK Module Anywire Co L No IJO Type Address Model Name Type ASLINKER Input Module L 7 E ASLINKER Output Module m QI51AW12AL AnyWireASLINK Master Module M3 B280PB 02U C1220 2points non Isola out B281PB 02U CC20 ASLINKER Output Module non Isolated 5ink Type a 2points non Isola a m B 6281PB6 02U CC20 Ppoints non Isola tf 2points non Isola B 6298PB 02U M12 2points non Isola B298PB 0215 M12 2points non Isola 287PB 02F CC20 2points Isolated _ Output On Isolated Cable connect Type Specification i Input Detailed Configuration Information 2 X B281PB 02 U CC20 fi Configuration diagram 47 k x i Module List ax QU5TA WT 24L Master Module 5 All Connected Co Specification unt 1 Input Detailed Configuration Information 2 X Saar Verify Select AnyWireASLINK Find Module My Fa 4 gt Switch Setting Ea eka x T Sk Transmission Points 512 Points 1 256 P 0 256 P X TX Cycle Time Approx 10 General AnyWireASLINK Module E T E AnyWireASLINK Module Anywire Co L No IJO Type Address Model Name Type ASLINKE
72. Label List maan 3 Double click List1 on the Workspace window Sample WS 3 Network Configuration fl Network Configuration B Module Configuration H Bid Configuration diagram B 6 Configuration diagram A Ethernet Configuration CC IE Field Co Find Object Find Characters System Label Name Label Name The system label list window is displayed Find Object Whole Display sy System Label Vert 4 Set System Label Name Data Type and Comment Find Characters Find Next Delete System Label Name Label N Data Type Constant CPU Name Project N Assignm Attri for the system label Ver 1 to be registered Oh Bk Start ep Comment Setting content sample e System Label Name Start_lamp e Data Type Bit e Comment option Start lamp comment Comment 4 USING SYSTEM LABELS 4 4 2 Using System Label Ver 1 05 5 Click the Reflect to System Label Database button Find Object Whole Display KA System Label Ver 1 Find Characters Find Next Delete System Label Name Label M Data Type Constant CPU Name Project N Assignm Attri Comm 1 F Bit Start lamp z Click lt 1m l b C system label is being edited System label is already reflected J o enable the edited contents of the system
73. NAN AA oo he eee eee Closing WorkSpaceS 00 ccc es Exiting MELSOFT Navigator i44 i604 s0e8scds tea det ed ee tee eee eens tee cee Se CHAPTER 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 0 0 84 ee ee 84 Registering system label Ver 2 in MELSOFT Navigator 0 aa 85 Utilizing Existing Labels as System Label Ver 2 0 0 ee eee ene 95 Changing devices of system label Ver 2 ee nee eee eee ee 101 4 2 Using System Label Ver Tas coisa dea ANG Cee we Oe ee eee BG eee bd PG BA ed Wo oon ee 103 Registering and Using System Label Ver 1 in MELSOFT Navigator 0 0 0 0 eee eee eee 104 Utilizing Existing Labels as System Label Ver 1 ee eee eens 113 Changing devices of system label Ver 1 0 0 0 eee eee eens 118 4 3 Using System Labels on Other Personal Computer 0 000 cece es 121 4 4 Checking System Labels 2 ccc es 123 CHAPTER 5 CREATING SYSTEM BACKUP DATA 126 5 1 Setting Batch Read Password 2 00 cece eee eee eee ees 126 5 2 Performing Batch Read Function 60 ess Ka dw eee es teehee eee nee aver ei Eee ee ee ee 128 CHAPTER 6 USING PROGRAM JUMP FUNCTION 131 6 1 Example of System Configuration 0 00 ccc ee 131 6 2 Program Jump FUNGUO 2 kaa nia Rh een DA et chaweranetwest bhbaee PARAAN AA bh AKA 132 NAGP AA AA AA 135 TRADEMARKS 4 aaa BG BARAS 05400006042 046 4086006 do4u44540440 00 sewers fhe Da KANAL 136 CONTENTS
74. NK IE Gea 1 Double click Network Configuration on the Workspace window The Network Configuration window is opened All module configuration diagrams created on the module configuration diagrams are displayed 2 4 Drag and drop the module configuration diagram to arbitrary positions Select Ethernet in Network on the Module List window and drag and drop it onto the Network Configuration window Select Ethernet Configuration in Configuration Device on the Module List window and drag and drop it onto the Network Configuration window The Ethernet configuration is placed with Ethernet connected Ethernet configuration is also added on the Workspace window 5 Select CC IE Field in Network on the Module List window and drag and drop it onto the Network Configuration window CC IE Field configuration is added on the Workspace window Select Network Cable from the Module List window and drag and drop it onto the Network Configuration window 3 OPERATING PROCEDURE OF MELSOFT Navigator 37 3 4 Creating System Configuration Diagram 38 CC Link IE Diea i Workspace E Sample _WS B Network Cd Network temeer 5 Module Configuration Re emerara al 6 cth a Ethernet Configuration 0 28 CC IE Field Configuration RA CC IE Field Configuration PO cC Link Configuration Pa NG Accinnman Drniart w Network Configuration pa Q
75. No Model Name v J Tm E e 1 NZ2GFCE3 16D lt STAHI QJ71GF11 T2 STAHO Master Total STAH 1 Line Star NZ2GFCE3 16D STA 1 Remote Device Station x Detect Now ma RX RY Setting Station T m Points Start End ir 16 0000 O000F D General CC IE Field Module Master Local Module Communication Head Module E Servo Ampliter MELSERY0 14 Series B Basic Digital Input Module joints 16 points points 16 points 16 points NZ2GFCE3 16D Eg NZ2GFCM1 16D E e NZ2GFCM1 16DE Drag amp drop DC input module e CON type Specification Input Detailed Configuration Information iQ Co 2 X Detailed Configuration Information Other Parameter Select CC IE Field Find Module My Favorites Mode Setting Online Standard Mode gt Assignment Method Startend GH la No Model Name STA Station Type RAR Saking f en vod theta Cor 7 v Points start End ir B Module Mitsubishi Electric Corpor 5 W O Q 71GF11 12 O Master Station Master Local Module ea 1 NZ2GFCE3 16D 1 Remote Device Station 16 0000 00oF O SSE es AC peed Mai ES Remote Device Station 64 cooo oosF 2 E Servo Ampliter MELSERVO J4 Series Basic Digital Input Module Basic Digital Output Module E Basic Analog Input Module module 4 chfinnel annel j i Basic High Speed Counter Module Extension Digital Input Module 1 STA 2 QJ
76. PU or the structured project Unsupported CPU or GOT Project GX Developer Project RT ToolBox2 Project Parameter information Simple Motion Project in the Simple Motion Module GX Works3 project when GX Works3 is not installed Save Destination of Workspace Save Eolder Path C Users Fakikaku Documents Browse Workspace Name Sample W5 A Title Save Setting Contents Read o Window Help Project Edit View Q Module Configuration 3 Workspace Online Tools 8X iDEA Bo T iha Bs BA AS BEAENG i Workspace ax Bac uration diagran 4 b Fi Module List ax Sample_ws S E Network Configuration S Module Configuration B GB R configuration diagram B B Q configuration diagram Q Module Selection Find Modul 4 gt ft 24E PAA B Network Module EF BL 0371GP21 5 CC IE Control 14 S Ethernet Configuration Gb Ethernet configuration A o CCIE Field Configuration BB 07 1GP21s CC IE Control BL 0371GF11 T CC IE Field BL 0971LP21 2 MELSECNET H 85 CC Link Configuration a No Assignment Project Sab Project List F Structured Data Types 3g Undefined Name 0 46 veri System Label List BB 0 71LP215 MELSECNET H BL QI71LP21G MELSECNET H 9 BJ 0 718R11 MELSECNET H BJ 0171NT118 MELSECNET H BY 09618T11N Common for CC I 29610112 CC Link LT for BY 01514W122 AnyWireASLINk f Q971FL71 T FL net OPCN z f Q971F171 8 FL net OPCN z a
77. R Input Module i B ASLINKER Output Module QISIAW12AL AnyWireASLINK Master Module BS 8280P8 02U C1220 2points non Isola Output MBE B281P8 02U cC20 ASLINKER Output Module non Isolated 5ink Type B3 E280P8 0205 C122 2points non Isola B 6281PB 02U CC20 2points non Isola B B281PB 02U5 CC20 2points non Isola Dutput 10 M3 B298P8 02U M12 2points non Isola Bs B298PB 0205 M12 2points non Isola B BL287PB 02F CC20 2points Isolated _ E a nasan anna a Outline A 2points non Isolated Cable connect Type B281PB 02 U CC20 The address of the slave module can be set automatically For details refer to the following manual 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 1 Select QU51AW12AL AnyWireASLINK master module from the Module List window and drag and drop it onto the Module Configuration window The AnyWireASLINK configuration diagram is created 2 Double click AnyWireASLINK Configuration on the Workspace window The AnyWireASLINK Configuration window is opened 3 Select B281PB 02U CC20 AnyWireASLINK slave module from the Module List window and drag and drop it onto the AnyWireASLINK Configuration window The slave module is added on the AnyWireASLINK Configuration window 4 Set the address to the added slave module in Address on the AnyWireASLINK Configuration window For the general purpose AnyWireASLINK module set
78. RODUCT 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 purchasing the Mitsubishi FA software MELSOFT series This manual describes programming and the functions required when using iQ Works Version 2 Before using this product please read the HELP of MELSOFT Navigator carefully and develop familiarity with the functions and performance of iQ Works Version 2 to handle the product correctly CONTENTS SAFETY PRECAUTIONS CONDITIONS OF USE FOR THE PRODUCT INTRODUCTION CHAPTER1 OVERVIEW 1 1 1 2 About MELSOFT iQ Works 2 000 cece eee ee ee ees POAtUlCS La 24 AA WAG NN ee eh ba A ao ee ee A CHAPTER 2 SCREEN CONFIGURATION 2 1 Screen COMiQUraliOn ccscncs doe ened GG enw hw Oe eee hw OR CHAPTER 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 1 3 2 3 3 3 4 3 5 3 6 3 7 3 8 3 9 3 10 3 11 3 12 3 13 PIOCE QUE co eee coe eye AATAKE oes eee eas sees eee hE ee eee snee ses oceans Starting MELSOFT Navigator 0 2 cc es Creating Workspaces 6 6 6 6 5 dso nn oe eee ch ewe de RAE ee eRe eee cae wad Creating System Configuration Diagram 00 0 ee es System configuration to be created 1 ee
79. SOFT E GX MT E GT with the registration to the system label database Navigator ils Works2 Developer2 L j Designer3 ati 2X Detailed Configuration Informa 4 gt Q06UDH Workspace Project Edit View New The message shown on the left is displayed 5 Read the message and click the Yes button The Build and Save the project are performed For details on the compilation refer to the following manuals GX Works2 Version 1 Operating Manual Simple Project GX Works2 Version 1 Operating Manual Structured Project The Check before registering in system label database screen is displayed 6 Click the Register button The system label Ver 1 is registered and the cell color turns light blue The system label notification icon is displayed on the status bar of MELSOFT Navigator 7 Select Workspace gt Save in the menu bar of MELSOFT Navigator The system label Ver 1 created in GX Works2 project is reflected to MELSOFT Navigator 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 115 in motion controller projects Use system label Ver 1 eased in the programmable controller project GX Works2 for a motion controller project 1 Double click MTD2_Proj1 on the Workspace window Sample _WS O O Network Configuration LM Network Configuration a ns Module Configuration ld deg diagram p Double click i No 2 crUTD2 Palo 3D S 3 The motion c
80. System Label Total 1 m 114 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 The edited systern label is reflected to the system label database When it is reflected the following is executed When the global label is uncompiled Build operation is executed After the reflection the project is saved Are you sure you want to continue Caution Executing Build operation disables Online Program Change When you don t execute execute Build and Save operations separately U G Whole Display System Label Ver 1 Find Next System Label Name Label N Data Type Constant CPU Name Project N Assignm Attri Com Start_Jamp Start Bit QO6UDH GXW2 Pr XO O Start lar Project List F Structured Data Types 0 98 Ver 1 System Label List 3g List1 put Detailed Config ed em label database is started e system label database was completed Find Subject Find Characters Registration Co System Label List Name System Label Name Label Name Data Type Constant CPU Name Project Name Device Attribute 1 List1 Strage A Strage A Word Signed QOSUDHCPU GXW2_Proj2 U3E1 G10000 Common m r Relationship diagram between system label database 1 and project 2 Regist Cancel Al Register 2 O NG l The project is saved at the same time MEL
81. System label is reserved to be releas2y O The system label is already registered to the system label database o execute the Reservation to Register Release for the system label reflection to the system label database is required astor Syst mG lease execute Reflect to System Label Databa a t is unnecessary to change reference side project when ssigned device is changed in system label Ver 2 Only iO R series GOT 2000 series is available for system label Ver 2 To execute Online Program Change execute Online Program hange and save Reflect to System Label Database Reservation to Release System Label Import System Label Not Reflected 0 x Total 0 The cell color of the selected global label turns yellow Fiter Easy Display KO Display Setting Check 7 a Label Name p Class Initial Value Constant Comment Remark System Lal ion System Label Na 4 Stage A werd Ursigned Bit St GLOBAL sche CL a Com ANAN cal iz 5 x Click the Reflect to System Label Database button Extended Display Automatic System label is reserved to be registered _ System label is reserved to be released _ The system label is already registered to the systg p label database o execute the Reservation to Register Release for the system Reservation to Register System Label label reflection to the system label database is i ala
82. TSUBISHI ELECTRIC CORPORATION 135 TRADEMARKS Windows is a registered trademark or trademark of Microsoft Corporation in the United States Japan and other countries Ethernet is a trademark of Xerox Corp All other company names and product names used in this manual are either trademarks or registered trademarks of their respective companies 136 SH NA 081261ENG D 1509 KWIX MODEL IQWK VER2 HOW O E MODEL CODE 13JZ79 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
83. UM SCRL silk d4 System label notification icon 108 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 6 Set a device to the imported system label Ver 1 Setting content sample e Device XO 7 Click the Reflect to System Label Database button The message shown on the left is displayed 8 Read the message and click the Yes button The Build and Save the project are performed For details on the compilation refer to the following manuals LLI GX Works2 Version 1 Operating Manual Simple Project LLI GX Works2 Version 1 Operating Manual Structured Project The Check before registering in system label database screen is displayed Contents to be registered are displayed in red 9 Check the contents and click the Register button The system label notification icon is displayed on the status bar of MELSOFT Navigator UY 10 Select Workspace gt Save in the menu bar of aM MELSOFT Navigator C Users Administrator Doc MELSOFT N aviga tor 4 Workspace Project Edit View Q Module j Ci New The Ver 1 System Label List of MELSOFT Navigator is Open T close updated Save Ctrl Point After checking registration of system labels to the system label database in the step 9 system label Ver 1 of MELSOFT Navigator can also be updated by selecting Workspace gt System Label gt System Label Database gt Change Contents of System Label Database
84. Undefined Name System Label List System Label Name Batch Change 88 Sample ws B Network Configuration ka E Network Configuration o0 Module Configuration Bed iQ R Module Configuration 2 B A iQ R Module Configuration 1 f0 Ethernet Configuration ff CC TE Field Configuration 8 Ver 2 System Label List JE 4 USING SYSTEM LABELS 86 4 1 Using System Label Ver 2 abel Ver 2 in MELSOFT Navigator Ver 2 in MELSOFT Navigator 1 Select Workspace gt System Label gt Use System Label Ver 2 in the menu bar The message shown on the left is displayed 2 Read the message and click the Yes button The Ver 1 System Label List is changed to Ver 2 System Label List 3 Right click Undefined_Name under Ver 2 System Label List on the Workspace window and select System Label List gt Rename in the shortcut menu 4 Enter List1 to change the system label name 5 Double click List1 on the Workspace window E Workspace Project Edit View Online Tools Window Help amp 3 sample WS B Network Configuration Find Object Ib Network Configuration Module Configuration Find Characters fad IQ R Module Configuration 2 GR iO R Module Configuration 1 Ethernet Corf f E cc IE Field cd Double click E CC Link Confids Delete System Label Name Label N The system label list window is displayed Find Object
85. Works3 GX Works2 MT Developer2 PLC programming and PLC programming and Motion programming and maintenance software maintenance software maintenance software RT ToolBox2 Robot total engineering support software GT Designer3 HMI screen creation software MELSOFT Navigator System management software Nevigator CA Users Administrator Documents Semple WS Workspace Project Edit View Network Configuration Online Tools Window Help A 36 i HoA m OKIN DLR SC BB CC te Fasc Input Detailed Configur 9 x Detailed Configuration Inforn 4 gt es io g x configuration information Share design information among software products Design information database e MELSOFT iQ Works includes FR Configurator2 Mitsubishi inverter setup software and CW Configurator Setting monitoring tool for C Controller module Start MELSOFT Navigator and engineering software products by selecting an item from Start on Windows as follows e MELSOFT Navigator MELSOFT MELSOFT Application gt MELSOFT iQ Works gt MELSOFT Navigator e GX Works3 MELSOFT MELSOFT Application gt GX Works3 gt GX Works3 e GX Works2 MELSOFT MELSOFT Application gt GX Works2 gt GX Works2 e MT Developer2 MELSOFT MELSOFT Application gt MT Works2 gt MT Developer2 e GT Designer3 MELSOFT MELSOFT Application gt GT Works
86. aasa Workspaces with commonly used project combinations are prepared as templates Please select a template Select Template Workspace Workspace Name Title Description 7 wstmpt Small scale Q172D V13 CPUL QnUDKE H CPU2 Q172D 5W8 SV13QD E W5 tmp2 Small scale 9173D 5V13 CPU1 QnUD E H CPU2 0173D SW8 5V130B E ws_tmp3 Medium scale 0173D 5 CPU1 QnUD E H CPU2 QnUD E H CPU3 0173D 5W8 5V13 E W5 tmp4 Small scale_Q172D_5 22 CPU1 OnUD E H CPU2 0172D SW8 5V220C 4 m r Description of projects included in the template workspace CPU Project Name Title 1 BB rrjs CPUL_OQ26UDH_1 2 Ng Prizm CPUZ2 0172D SW8 5130D 1 It can apply through change type after opening template workspace in case of suitable Please arrange corresponding module to assign the project because the assignment of released by changing the type Specify a destination Folder of workspace to create a project in next screen H Save Folder Path Ci Users Administrator Documents Workspace List Workspace Title Sample W51 Sample Data Workspace Name WS_tmp1 Title Small scale_Q172D_SV13 Create workspace in save Folder path to open workspace IELSOFT Navigator C Users Administrator Documents Ws tmp1 Q j Workspace Project Edit View Q Module Configuration inline Tools indo el ON Configuration i Workspace ax B E 8 Network Configuration E Network Configuration POW cPulo 1 0 20 Module Configuratio
87. abel Database Show System Label Differences and perform Update Check in the shortcut menu Additionally the registered system label Ver 1 may not be changed to system label Ver 2 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 Registering system label Ver 2 in MELSOFT Navigator This section explains a method for using system label Ver 2 with the top down design method in the following system configuration AZAD KN NG ie AA PT IN Programmable controller projects GX Works3 GOT project PAPA AA TI MEL2067 nagwa Cai AdeanctenDocumemA ph WG a oha Wodkspuce Broject Ede Wew Online Tools Window Help 0x DDA no o D App j Wottspace BB QR Madue Configuration Module List Pio a CC Bakas Delete Sytem Label Mame Label Meme Data Type Const a sok Naya Comment Register the system label System label name Start_lamp a TEE Data Type Bit LITA imahe 3 Ta SS Mimaso GT signer 5072000 CN SOTIIN CALserNAdminiarea Docu Sample WIIGOT Pre neamart oo et 3 x G Pak La it Pp Peru of Power Supply Capacity and VO Points Check s3 System label name Start lamp Data Type Bit 3 Assign the device 7202 XO Device X0 3 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 85 Create and register system EE i Workspace Project Edit View Online Tools Window
88. ad password This function limits users who can perform the batch read function Change the batch read password on the Register Change Batch Read Password screen Operating procedure Sample_ WS Select Online Tools Window Help Batch Read Password Setting gt Register Change Enter the batch read password and then click 0k New Password j seeeeeeeee Re enter Password s eeeeeeeee Description of Available Characters Please use 6 to 32 single byte characters which include numeric A to Z a single byte space and the Following characters HES VEEL fy pe Miles for the batch read password Passwords are case sensitive U MELSOFT Navigator Ka A Do you want to register the batch read password Deleting batch read password Sample_WS Online Tools Window Help Select Batch Read Password Setting gt Register Ch o 7 5 CREATING SYSTEM BACKUP DATA 5 1 Setting Batch Read Password 126 Register Change Batch Read Password Es 1 Select Online gt Password Setting gt Register Change in the menu bar The Register Change Batch Read Password screen is displayed 2 Enter the password for New Password and Re enter Password and click the OK button Setting content sample e New Password MITSUBISHIO9 e Re enter Password MITSUBISHI09 The message shown on the left is dis
89. agram beig No 1 CPUJGXW3 Pro HE fit No 2 CPUJGXW3 Pro i oe Q configuration diagram EB No 1 CPUJGKW2_Pro AQ No 2 CPUJMTD2_Proj E GOT_Proj1 GT27 S B E Ethernet Configuration Catennrv tn he refined m pow cuo 1 a fa u i Input Detailed Configuration X coy Ethernet configuration A i 32 Points CC IE Field Configuration 1 2 No 1 m e 5 i Bird s eye ax Port 1 Station NG3 Port 1 IP Address192 168 3 40 Set the start I O number of module Setting Range 0000 to OFFO When select empty slot the blank can be set CAP NUM j m A Parameters are set by reflecting them to the project Detailed Configuration Information Other Parameter pa pun etalled Eng LI we v S S KO Li a ea Sab HE lt ibaan NG ta Detailed Configuration Information Other Parameter ation Other Parameter Search String x RIVIEN71 E E 32 Points Ha Control CPU No 1 Port 1 Network Type Ethernet E Port 1 Module Parameter Port 1 Group No 0 HE Basic Setting Port 1 Station No 3 i Own Node Settings Port 1 IP Address 192 168 3 40 i jae Parameter Setting Met Parameter Editor Port 2 Network Type Ethernet iE IP Address Port 2 Group No 0 iE Communications by Nel Port 2 Station No 4 i i Allow Online Change D Disable All SLMP
90. arameters on each CPU can be reflected to other CPUs automatically 1 Right click the controller on the Module Configuration window and select Parameter gt Multiple CPU Parameter Setting in the shortcut menu Select All Delete Move to Front Move to Back Allocate Project With The Controller New Project Export Project Open Project Open System Configuration Module Status Setting Empty Change Module Check Online viv v Select Parameter a Reflection Start XY Batch Input Verification of System 7 5 Default Points Batch Input est Daramatar VO Assignment Setting Configuration Detailed Information Input Window wid Parameters The Multiple CPU Parameter Setting screen is displayed toba Ex Model Name ROSCPU PN ae 3610P 2 Set the multiple CPU parameters Number of CPUs For the configuration of multiple CPU parameters refer to the PLC Unit Data i Disable i Fixed Scan Communication Function i Disable manual for each CPU module or motion controller PLC No 1 Start XY U3E0 PLC No 2 Start XY U3E1 PLG No 3 Start XY U3E2 PLC No 4 Start XY U3E3 iv 005ms Unit Setting j Fixed Scan Interval Setting Not Set by 0 05ms tee Fixed Scan Interval Setting Set by 0 05ms Fb Major All Station Stop Moderate All Station Stop Major
91. at to System Label Databas the grad Grae 6 Changed stan el Vr 2 5 Utilize System label name Start lamp Data Type Bit 3 Assign the device Device XO Device X0 1 04 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 te gistering system label Ver 1 in MELSOFT Navigator Create and register system label Ver 1 in MELSOFT Navigator 1 Right click Undefined Name under Ver 1 System Label List on the Workspace window and select System Label List gt Rename in the shortcut menu faa Configu o8 sample WS eI Mm Network Configuration 3 il Network Configuration B o Module Configuration fa Configuration diagram B Off Configuration diagram A a Ethernet Configuration fl CC TE Field Configuration fo CC Link Configuration p E No Assignment Project baw fy Project List ja i Structured Data Types E iz Ver 1 System Label List z UALEN sotem Labellit ofl na Cancel Delete Reservation Export 2 Enter List1 to change the system label name Sample YS i Network Configuration Po bm Network Configuration a Oo Module Configuration 5 Configuration diagram B Of Configuration diagram A peee Ethernet Configuration ba fl CC IE Field Configuration ie CC Link Configuration fe ia No Assignment Project an fa Project List peee Structured Data Types a Ver 1 System
92. avigator 2 Read the message and click the OK button Error or Warning is displayed on the Output window when the check result contains an error Check the error description on System configuration check is completed There is no error and no warning This check does not consider the module version So please refer to the O ting M of h dule for details i baal A kahaaaaisha ca the Task List window and correct the error The check targets are as follows ECommon to MELSEC iQ R series MELSEC iQ F series Q series L series FX series module configurations e Unplaced modules e Matching of project type and CPU module model name of module configuration e Allocation of projects in the workspace to CPU modules or other modules of module configuration EMELSEC iQ R series Q series module configuration e Power supply placing condition e CPU module configuration multiple CPU system e Configuration of main base unit and extension base unit or GOT Number of placed modules For details refer to the Help of MELSOFT Navigator e Consumption current within the range e I O points within the range EL series module configuration e Power supply and END cover attaching condition e Configuration of main block and extension blocks and GOT e Consumption current within the range e I O points within the range ECommon to CC IE Field configurations CC Link configurations Ethernet configurations AnyWireASLINK configurations
93. ble click 10001 h 1 ee The GOT project is opened Oo B 1 Front Back 3 Double click the created object The Bit Lamp screen is displayed EETA 4 Click the button Lamp Type O Bit D Word Device Shape FA Control Lamp Figure A1 L 010 B v Shape OFF Shape Attribute Shape Color e a O Convert to Switch 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 Select CH No Select CH No of Controller Type for device entry Current Device Select Label Select System Label G 7 AA AY ye TU Co Import System Labels to Proj 4 S t System Label List Name A nement Options nong y Refinement Characters Refinement Find Subject Ayihole Display v Find Characters Find Next Slip Beat Nar Label Name Data Type Constant CPU Name Project Name Assignment Device Label Attribute Comment Comn Start lamp art lamp Bit RO4CPU GxW3 Proji xO yo Start_lamp com 2 Click Relationship diagram between system label database 1 and project 2 O Import MELSOFT GX MT GT Navigator ga Works2 3 Ejj Developer2 Designer3 paee C1 B 1 Front Back x EEE EA A CJ ry MELSOFT GT Designer3 GOT2000 Would you like to generate recommended route information Dy in MELSOFT Navigator Only the project will be saved if No is selected Generate the rout
94. ced as shown below Pow jop eeu bp E Li CANON DOON DOAN MNI CANON OAN POOE MONY C Delete 3 OPERATING PROCEDURE OF MELSOFT Navigator 31 3 4 Creating System Configuration Diagram MAttaching display unit Display unit can be attached on L series CPU modules 1 Right click the CPU module on the Module Configuration window and select Properties in the shortcut menu Pow lor NG Cut Copy CB Paste Select All Delete OT Ag Bring to Front 2 Send to Back Allocate Project With The Controller Project b Open System Configuration b CPU Setting b Select Check gt Online gt Parameter gt ng Start XY Batch Input Default Points BatcpipInput d G The Properties screen is displayed 2 Select Installed in the Display Module tab and select Model Name LO2CPU Object Name L02CPU the model name to be attached from Select Model Display Module Comment Name After selecting them click the OK button Urinstaled Setting content sample 1 Select e Select Model Name LGDSPU ect Model Name L6DSPU 2 Select Outline Specification Outline PLC CPU Built in JO Function Positioning High Speed Counter Pulse Catch I nterrupt General JO Sink Type Output Peripheral Device Connection Port USB Ethernet The display unit is attached on the CPU module fai L configuration diagram 4 Fi WU
95. configuring system by utilizing existing projects lt Workspace gt Project Ede find Replace View Check Corwert Online Oebug Tool Window Help i HESA ee RL ET FEE fofa EN e A T DLADLA PEMALERRAA EAR ax A i a 6 m MG Systern Structure x worm HAAN G i The systeen label is akeady register yes C System label is reserved to be regutered C System label is reserved to be released E Per rbd K Biao To execute the Reservation to Ragkter Rakaaza for the system Reservation to Register System Label label reflection to the system label database is required apakan to Mone Sian kaba Go Prog QUW MB Host Ration No 2 IRow1Col Programmable controller projects Motion controller project Register global labels as system labels MELSOFT Navigator System label database Utilize system labels LSOFT Series GX Works C Urers VAdreinis ocurnents Sample WS GXW 2 Pro Global Label Setting Global x VEL SOI ser s Documents le WSIMTO2 Pro1 Lai gV Project fdt find Repiace Compile View Online Dekug Diagnostics Too Window Heip nga i Broject Edie Wew Check Comvert Online Debug Toots Window Help Le DEO 06 FON ed PR a ke A ANG D3 P48 i ET PEE OO Se Oc EI a 2 Oi L as ibi 2 BIO ot ih 2 2 RRE E aaf EE ae a PEE tem Struct 7 7 xl PISTA
96. d for using system label Ver 2 with the bottom up design method in the following system configuration The following is an example of utilizing system label Ver 2 registered in the programmable controller project GX Works3 for the motion controller project System label Ver 2 can also be utilized among programmable controller projects GX Works3 or among motion controller projects Programmable controller projects GX Works3 NAA NANA NG a aid AEA Motion controller project GOT project System label name Storage A Data type Word Device U3E0 G10000 Ver 2 System Label List Cisse labels being odtod Ci System label is abeadty reflected Input Detailed Configure X ELSOFT Navigator B MELSOFT GX Works Global labels to be registered as system labels Class VAR GLOBAL System label name Storage A Label name Storage A 3 3 Data type Word Datatype Word SS ee Device U3E0 G10000 Device U3E0 G10000 HE e To ome 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 95 y labels as system label Ver 2 Register the global labels which has been set in the programmable controller project GX Works3 as system label Ver 2 and reflect them to MELSOFT Navigator The following is an example of registering global labels of programmable controller project GX Works3 as system
97. d within project To use the system labels in MELSOFT iQ Works the following two methods can be used e Top down design method which utilizes system labels registered in MELSOFT Navigator from each controller project e Bottom up design method which utilizes global labels labels defined as system labels in each controller project 1 OVERVIEW 11 1 2 Features BTop down design method Design system labels for accessing GOT or communicating among the devices after designing network configuration in the upper process In top down design method register system labels using MELSOFT Navigator import them to global labels of controller projects and then assign devices lt Workspace gt Find Object Find Characters C System label is being edited System label is already reflected o enable the edited contents of the system label eflection to the system label database is required ase execute Reflect to System Label Database Not Reflected 0 System label database to be registered C System libel is reserved to be released ALL cy rag anac the Reservation to or the slam label rps ied rr andi EA hats Syn SU CU Programmable controller projects Motion controller project GOT project 12 1 OVERVIEW 1 2 Features Bottom up design method Design system labels for accessing GOT by using global labels which are registered in controller projects as system labels for a such case when
98. detailed configuration information A Task List 9 Result of Power Supply Capacity and 1 0 P CAP NUM SCRL 4 Output Opening existing workspaces Open an existing workspace 1 Select Workspace gt Open in the menu bar Project Edit View Online I e Open Ctrl 0 The Open Workspace screen is displayed Save Folder Path 2 Select Save Folder Path and Workspace for the Gia asha aki workspace to be opened and click the Open button A The workspace folder copied by the application such as Sample Data Windows Explorer can also be selected l Setting content sample e Save Folder Path C Users user name Documents e Workspace Name Sample WS Workspace Name Sample_ WS Title Sample Data Description of Icons Workspace CJ Workspace Folder Creating workspaces for motion system Create a workspace for motion system using templates consist of a combination of CPU module and motion controller which are used for multiple CPU system configuration 1 Select Tools Motion Dedicated Device Setting Support in the menu bar Motion Dedicated Device Setting Support Edit View Online SODA Register Profile Options 22 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 3 Creating Workspaces The workspace needs to be closed to continue the process Do you want to close the workspace Sample WS P
99. e CPU part and the CPU extension module RJ71EN71 representing the network part in combination Place a CPU extension module on the right side of RNENCPU EDetecting actual system configuration of MELSEC iQ R series The actual system configuration in a CPU No 1 can be reflected on the Module Configuration window by selecting iQ R Module Configuration gt Online gt Module Configuration Detect Now in the menu bar When detecting the actual system configuration on other than CPU No 1 right click the target CPUs on the iQ R module configuration diagram and select Online gt Module Configuration Detect Now from the shortcut menu For automatic detection a project which can be connected to MELSEC iQ R series CPU module is required Connection ports of GOT unit By setting parameters on the Input Detailed Configuration Information window I F type and number of connectable points of GOT unit can be changed Detailed Configuration Information Other Parameter USB 192 168 3 18 Standard I F Ethernet BA Standard I F R5232 Standard I F RS422 485 BENG NG baga aa Extend F 1 1st stage Extend I F 1 2nd stage Extend I F 1 3rd stage Set with GT Designer3 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram Creating module configuration diagrams for L series For L series create module configuration diagrams refer to this section Basically L seri
100. e and end processing RT ToolBox2 project GX Developer project Reflection Items Confirmation Execute Reflection 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 6 Setting Reflecting Importing Parameters The message shown on the left is displayed 4 Read the message and click the Yes button The parameter reflection is executed for the assigned project in the module of the following iQ F series module configuration diagram Please keep in mind the following when executing parameter reflection to GX Works3 iQ F Series project Of the information created in MELSOFT Navigator only systern parameter will be set to GX Works3 project All set parameters in GX Works3 project will be initialized when parameter reflection is executed It is necessary to open GX Works3 project and set IP address manually after executing parameter reflection For details please refer to MELSOFT Navigator Help Do you want to execute parameter reflection Target Module Configuration Diagram Name FX5 configuration diagram After the parameter reflection the parameters except for system parameter set to GX Works3 will be initialized To retain the parameters in GX Works3 project backup the project before reflecting the parameters 3 OPERATING PROCEDURE OF MELSOFT Navigator 69 3 6 Setting Reflecting Importing Parameters Importing parameters configured in each project Import the parameters which are configured in a programmab
101. e information before transferring data to GOT Generation of route information may take some time i E B 1 Front Back 1000083 1000 1 10002 Start lamp 5tart lamp The Select CH No screen is displayed 5 Click the Select System Label button The Import System Labels to Project screen is displayed 6 selecta system label Ver 2 to be used and click the Import button After the settings are completed the system label name is displayed on the object 7 Select Project gt Save in the menu bar The message shown on the left is displayed 8 Read the message and click the Yes button The system label Ver 2 is ready to be referenced 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 93 94 Poin tr e After saving GT Designer3 project by clicking No button on the message in the step 8 system label Ver 2 can be used by selecting Workspace gt System Label gt Route Information Routing Parameters in the menu bar of MELSOFT Navigator to create the route information routing parameters e An error which occurs when referenced to system label Ver 2 can be checked on the System Label Update Check screen of GT Designer3 For details refer to the following manual LA GT Designer3 Version 1 Screen Design Manual Fundamentals 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 Utilizing Existing Labels as System Label Ver 2 This section explains a metho
102. e left is displayed 11 Click the OK button i System Label Update Check is completed The changed content in GX Works2 is reflected to GT Designers Gen 12 Select Project gt Save in the menu bar The changed content of system label Ver 1 can be checked on the Display Change History screen displayed by selecting Workspace gt System Label gt System Label Database gt Display Change History in the menu bar of MELSOFT Navigator 1 20 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 4 3 Using System Labels on Other Personal Computer This section explains a method for utilizing created system labels on other personal computers than where the source workspace exists When utilizing system labels on other personal computer create a workspace in MELSOFT Navigator copy it to a media such as USB memory and then edit the project After editing the project on other personal computer importing the project to the original workspace and performing verification and synchronization are required To import the project the versions of the system labels in the workspace must be the same as that of the import source project For details on the Import function refer to the following section K Page 74 Utilizing existing projects import The following is an example when performing the verification and synchronization function on the system labels of programmable controller project GX Works2 When
103. e read From program memory or device memory The program and parameter are always read by the FXCPU batch read Please check when device comments and device memory are read Sirenccenscensesee evenseeoneeesceone F Device Memory Keyword for PLC is entered Keyword Setting 1 Click the Setting button under Target Data on the Batch Read screen The screen to set the target data is displayed 2 Specify data to be read and click then OK button For details refer to the Help of MELSOFT Navigator 5 CREATING SYSTEM BACKUP DATA 1 2 5 2 Performing Batch Read Function 9 MWhen the security is set for projects When the security is set for projects of controllers reset the security before performing the batch read function The following is an example of resetting the security of a programmable controller project GX Works2 When specifying programmable controller project GX Works3 data motion controller project data or GOT project data follow the same procedure as shown below Batch Read 1 Click the Setting button under Security on the Batch Project Selection Select All Cancel All Selections Rea d scree n Project Connection Destination Target Data Secigfty 1 MM GOT Proj1 GT27 5 800x600 USB GOT Direct Change Setting babaing 2 M EGxw2 Proj1 QO6UDH Default Connection Destination 8 Change JL sett
104. eck button The process can be aborted by pressing Ctrl Break key When the parameters are imported the module configurations configured on each project are reflected on the module configuration of MELSOFT Navigator 70 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 6 Setting Reflecting Importing Parameters 3 Checking Workspace Check the system configurations created in the workspace power supply capacity and I O points Checking system configuration Check the conditions such as module configurations of created system configuration and project allocation status Operating procedure 1 Select Workspace gt Check gt System Ga MELSOFT Navigator C Users Administrator Documents Sample_WS R configuration diagram 3 Workspace Project Edit View iQ R Module Configuration Online Tools Window Help Configuration IN the MENU bar j Ci Sew Cele lag iD OZ LOR Us tp E Open Ctrl O 4 in CONT d On GlagraM r Close ki met Network No 1 PA Save Ctrl Save As Compress Unpack gt Delete m p Prys Folder R 7 Select System Configuration Pl i ka Check gt Batch Check Allocate Project With The Controller 0 Power Suppl Capacity and YO Points PIO BOs Module Configuration System Label S System Labe pa The message shown on the left is displayed MELSOFT N
105. ect Add Project Copy bk GXW3_Proj2 Re ofa Project List 0 38f Ver 1 System Labe 9M Undefined Na Delete Project Properties 1 Right click the project name on the Workspace window and select Add Project Copy in the shortcut menu The Add Project Copy screen is displayed 2 Enter the project name of the copied project and click the OK button Setting content sample e Project Name GXW3 Proj2 The copied project is displayed in the Workspace window Right click the project name on the Workspace window and select Change Project Name in the shortcut menu to change the project name 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 5 Creating Projects 53 54 projects Delete a project Once a project is deleted it cannot be restored again Sample_WS W Network Configuration 28 Module Configuratigp H Ethernet Configur c0 CC IE Field Config 1 Right click E CC Link Configuratio og No Assignment H ect ae CIGXWS_Projl F ld GXW2 Proj Export Project A MTD2_Proj1 0O GOT Proj1 G pL GXW3_Proj2 F Export as 1 file format proje 2 Select Open Project ar Project List Add Project Copy Structured Data Change Project Name BE Ver 1 System Li F MK Undefined nil Delete Project Online gt Properties 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 5 Creating Projects Right click the project
106. ects managed in a workspace in tree format Bird s eye window Displays a bird s eye view of the network configuration window Module Configuration window Set the details of MELSEC iQ R series MELSEC iQ F series Q series L series FX series module configurations which are placed on the network configuration diagram graphically Network Configuration window Set a network configuration graphically Configuration window Set a configuration such as CC IE Field and Ethernet graphically Module List window Displays modules used for MELSEC iQ R series MELSEC iQ F series Q series L series FX series in a list format Input Detailed Configuration Configure the various parameters such as I O assignment and network parameters Information window Output window Displays messages and log outputs being processed in the parameter reflection process in a list format Task List window Displays a result of system configuration check power supply capacity and I O points check and system label consistency check in a list format Result of Power Supply Capacity Displays a result of power supply capacity and I O points check and I O Points Check window Status bar Displays information about the selected project Help information of MELSOFT iQ Works is displayed by pressing the key 1 6 2 SCREEN CONFIGURATION 2 1 Screen Configuration MEMO 2 SCREEN CONFIGURATION 2 1 Screen Configuration 1 3 OPERATING PROCEDURE OF MELSOFT Navigator This c
107. eee eens Creating module configuration diagrams ee eee Creating network configuration diagrams 0 0 ee eee ees Creating CC IE Field configurations eee es Creating CC Link configurations 0 0 0 0 cn eee eee ees Creating Ethernet configurations ee eee ees Creating AnyWireASLINK configurations 0 0 000 eee eee Creating Proj Cts pawa KAB MAG NAA AA ee E tems eee We AND AN AA Creating NeW PrOjGClS AA AA AA AA bones Jol Kc Ja BOO CA esse AA Allocating projects to controllers eee eee eae Setting Reflecting Importing Parameters 0 0 02 es Configuring parameters on the Input Detailed Configuration Information window Configuring multiple CPU parameters 0 0 00 cc ee ee eens Reflecting parameters to projects eee eee eee Importing parameters configured in each project 2 naana aaaea Checking Workspace Xa Eh KAKANAN ew eee ieee dene sew ead Checking system configuration eee eee eee Checking power supply capacity and I O points cc ee eee Editing adto AA eee gee eed et eee eae dae ete ee tare t stew sce E NUNG Ne Ke Cla AA AA AA AA Utilizing existing projects import eee eee eee Reading Writing Verifying Controller Data 0 0c ee Saving WOrksSpaCes cack sew init ene eee ewok eek dew bed dws eke eR ee et ee ees Printing WOrkKSOaCeS aaa ks Ge oe he ow eee eet oe 5 PAA
108. een system label database 1 and project 2 a E Register The project is saved at the same time MELSOFT with the registration to the system label database F Navigator pi aa ang 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 97 o CE w3 FE E a The system label notification icon is displayed on the status oo a bar of MELSOFT Navigator a sample WS 0 20 Network Configuration Find Object ation letwork Configurati S E Module Configuration Find Characters Find Next ile Configurati E tea Somer g Delete System Label Name Label N Data Type Constant ceu Name Project N assioma ati Comment 1 LI start lamp Start Bit RO4CPU GkW3 Pr x0 YO Start lamp com i iQ R Module Configuration 1 2 85 Ethernet Configuration BS CCIE Field Configuration Ba CC Link Configuration No Assignment Project feb Project List E Structured Data Types o zi ar Label List Detailed ax gt ue gt dJnput Detaile Detailed Configuration Informa 4 gt Bird s eye a x System label is being edited C 5ystem label is already reflected GENCE TOAD enable Contents of the system label itp Checking before registering in system label database is started a z The check before registering to the system label database was completed hare k mn Getated configuration ere is ni g 10 error and no warning Checking the route information The check of t
109. en priority in overwriting The system label Ver 2 is registered to the system label Also when a workspace is saved P the edited contents can be reflected to the system label database data base a nd th e cel color tu rs Ig ht bl ue Execute Reflection 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 87 88 BDeleting system label Ver 2 Find Object Whole Display Z Find Characters System Label Ver 2 U Find Next Delete System Label Name Label N Data Type Constant CPU Name Project N Assignm a Attri Cor Start_lamp Bit Start_lar 2 Find Object Whole Display Find Characters System Label Yer 2 Find Next Delete System Label Name m C System label is being edited C system label is already reflected o enable the edited contents of the system label eflection to the system label database is required he change of refer side project does not need System label Yer 2 is only used in iQ R series GOT2000 series Total 1 Point Label N Data Type Constant CPU Name Project N Assign Attri Corr Start lamp i Start_lar 2 lease execute Reflect to System Label Database cry g hen the assigned device is changed in system label Ver 2 Not Reflected 1 Reflect to System Label Database Select a system label Ver 2 to be deleted Click the Reflect to System Label Database bu
110. enu For details refer to the following manual LA iQ Sensor Solution Reference Manual EVerifying CC Link configuration against the actual system configuration The CC Link configuration can be verified against the actual system configuration by performing one of the following operations e Click the Verify button on the CC Link Configuration window e Select CC Link Configuration gt Online gt Verification of the Configuration with the Connected Module in the menu For details refer to the following manual iQ Sensor Solution Reference Manual Deleting CC Link modules fa CC Link configuration A Detect Now Select Mode Setting Ver 1 Mode ining Link Scan Time Approx 15 45 ms A E i A of STA Expanded Remote Station Reserved Err Station No Model Name SOU De verson Occupied Cyclic Setting Points Invalid STA 7 aaa AJ655BTB2N 8A emote 1 0 Station 1 Station Occur 32 Points No Setting AlosbT o4aD Remote Device Static Yer 1 2 Stations Occu Single 64 Points No Setting FR A720 0 4K Remote Device Static ver 1 1 Station Occup Single 32 Points No Setting Ga MELSOFT Navigator C Users Administrator Docui 3 Workspace Project Edit View CC Link Con Ww Undo trl Z he 3 aa a e Workspace 82 sample ws a6 Cut ctrl 3 Network Con E3 Copy Ctrl C E Network d pone RT H EW Paste y 5 Module Config fea Configura SelectAll Ctrl A Config
111. er3 The system label Ver 1 is registered to the label setting x Remark editor mi System label is reserved to be registered o System label is reserved to be released te the Reservation ister Release for the system label scion abe ema datas e is ri egued Reflect to System Label Database m 5 Select Check Convert gt Label Conversion in the menu bar of MT Developer2 4 4 6 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 The message shown on the left is displayed 6 Read the message and click the OK button l N Label conversion is completed normally koo Please execute system label check in MELSOFT Navigator after saving the project 7 Select Project gt Save in the menu bar When referring to system label Ver 1 assign the device with attribute which can be referenced from a programmable controller project GX Works2 or a motion controller project For details refer to the Help of MELSOFT Navigator 4 USING SYSTEM LABELS 1 1 4 2 Using System Label Ver 1 Changing devices of system label Ver 1 Change the devices assigned for system label Ver 1 The following is an example of registering system label Ver 1 which is registered in a programmable controller project GX Works2 and referenced from GOT projects For the system configuration refer to the following section KL Page 104 Registering and Using System Label Ver 1 i
112. erate recommended route information A in MELSOFT Navigator Only the project will be saved if No is selected Generate the route information before transferring data to GOT Generation of route information may take some time 10000 Start lamp XO000 gt NG The Select CH No screen is displayed 5 Click the Select System Label button The Import System Labels to Project screen is displayed 6 Selecta system label Ver 1 to be used and click the Import button After the settings are completed the system label name is displayed on the object 7 Select Project gt Save in the menu bar The message shown on the left is displayed 8 Read the message and click the Yes button The system label Ver 1 is ready to be referenced 4 USING SYSTEM LABELS 111 4 2 Using System Label Ver 1 Poin tp e After saving GT Designer3 project by clicking No button on the message in the step 8 system label Ver can be used by selecting Workspace gt System Label gt Route Information Routing Parameters in the menu bar of MELSOFT Navigator to create the route information routing parameters e In GX Works2 when assigning devices to labels by using the Device label automatic assign setting function the devices are assigned from the end of the device range which has been set to PLC parameter If the devices are outside the applicable range in GT Designer3 the monitor cannot be performed in GOT
113. es module configurations can be created in a similar way to MELSEC iQ R series or Q series For the operations that differ from MELSEC iQ R series or Q series refer to the Point in this section KL Page 32 Attaching display unit Point When creating workspaces of L series select L Series Module Configuration in the Choose a Default Configuration screen For the method of creating workspaces refer to the following section KL Page 21 Creating Workspaces Ka Please select a creation method of configuration diagram From the Following Create Network Configuration Create Module Configuration Configuration iQ R Series Module Configuration L Do not display liQ F Series Module Configuration hi __Q Series Module Configuration This setting Sears Haile a Series Module Configuration Ks FX Series Module Configuration 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 29 System configuration to be created lt L configuration diagram A gt Module configuration diagrams Ethernet Network No 1 L61P Power supply END cover Input module LX40C6 Hi ba baa HI IP address 192 168 3 38 Ethernet Network No 1 lt L configuration diagram B gt L61P Power supply Input module LX40C6 END cover RS 232 adaptor LEADP R2 IP address 192 168 3 39 GOT GOT1000 Network confi
114. et data can be saved in a CSV format file or a text format file For details refer to the Help of MELSOFT Navigator m Operating procedure 1 Select Workspace gt Print in the menu bar Workspace Project Edit View Q Module New Ctrl N Open Ctrl 0 Close Ctrl Save Save As Compress Unpack Delete Folder System Configuration Check Allocate Project With The Controller Parameter System Label Select 4 Page Setup Print Preview 2 Select the items for print and click the Print button Title i V Ethernet Configuratic i W CC IE Field Configura i V CC Link Configuratior V AnyWireASLINK Conf a Os ed Data Type Font Name Tahoma v E System Label List Size BZV Location Top 35 0 mm Location Horizontal lFrame PageFrame0 1 emf Image Image bmp Location Left 0 0mm ocation H 75 0 mm Output Destination Location Top Ka Printer O File Magnification Width gt 2 0 Magnification Height 100 The Print screen is displayed Printer 3 Set a printer and click the OK button Status Type mm a Where Comment Print to file Print range Copies All Number of copies 1 5 Pages from 1 to Mca ollate Selection By 22 33 j 3 OPERATING PROCEDURE OF MELSOFT Navigator 81 3 11 Printing Workspaces 82 3 12 Closing
115. ew Che A New Cty 3 Open Close Are you sure to register the edited system label information to the system label database If not registering it will be registered at the next time the project is saved Find Subject Find Characters Find Next Registration Co System Label List Name System Label Name Label Name Data Type Constant CPUName Project Name Assignment Device Label Attril 1 List1 Strage_A Strage_A Word Unsig RO4CPU GXW3_Proj2 U3E0 G10000 Commo m r Relationship diagram between system label database 1 and project 2 Register Cancel O Register lt 2 ila i The project is saved at the same time MELSOFT GX MT GT with the registration to the system label database Navigator Works2 3 Developer2 Designer3 7 Select Project gt Save in the menu bar The message shown on the left is displayed 8 Read the message and click the Yes button The Check before registering in system label database screen is displayed 9 Check the Register button The system label Ver 2 is registered and the cell color turns light blue When referencing system label Ver 2 assign the devices of which attribute can be referenced from programmable controller projects GX Works3 or motion controller projects For details refer to the Help of MELSOFT Navigator 100 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2
116. gram between system label database 1 and project 2 Import MELSOFT Navigator pay works eee ie bee O 27 i Imported systern label to global label Until the project is saved the imported system label cannot synchronize with the system label database Please save the project 1 Double click GXW2 Proj2 on the Workspace window The GX Works2 project is opened 2 Double click Global1 on the Navigation window of GX Works2 The global label setting editor is displayed 3 Click the Import System Label button The Import System Labels to Project screen is displayed 4 Selecta system label Ver 1 to be imported and click the Import button The message shown on the left is displayed 5 Read the message and click the OK button The system label Ver 1 registered in MELSOFT Navigator is registered to global labels of GX Works2 4 USING SYSTEM LABELS 4 4 2 Using System Label Ver 1 07 Gon Xx bilan Dap Camon De Come Ta Remark Relation wth System Laba System Label Name e 4 r m o on Click jj System label is reserved to be registered System label is reserved to be released The system label is already registered to the system label database o execute the Reservation to Register Release for the system Reservation to Register System Label label reflection to the system label database is required cry O Reflect to lease exec
117. guration A The workspace is saved at the start of verification Also running projects are saved and all projects are closed Please do not open a project during the verification The process can be aborted by pressing Ctrl Break key The Following projects are not supported for the batch save and end processing RT ToolBox2 project GX Developer project verify Items Confirmation Execute Verify The batch verification between system configuration information and parameter is started Saving Workspace Checking before registering in system label database is started Checking the route information The check of the route information is completed m i Workspace Project Edit View Q Module Configuration Online Tools Window Help Open Ctrl 0 Close 4 New Ctrl N Ik Ani 9 ig o fo 4 TH E Ip Save Ctrl MNET H Optical Loop Type Network No 1 Save As Compress Unpack gt Delete POW cPU O 1 f2 3 4 5 gt 6 7 Folder R E Select System Configuration Allocate Project With The Controller Parameter System Label The system label consistency check will be started The following process will be executed during this check Overwrite save Workspace Do you want to execute 4 USING SYSTEM LABELS 4 4 Checking System Labels The batch check is completed and the message shown on the left is displayed
118. guration BB perigee 3 Workspace DBA i Workspace 2 Select Project gt Export in the menu bar 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 8 Editing Projects 75 76 Export Save Folder Path C Users Administrator Documents Browse Workspace List Workspace Title LI Sample W5 Sample Data ga Sample W5 A Sample Data Workspace Name Sample W5 A Title History information is succeeded Execute Cancel Poin tp The Export screen is displayed 3 Select Save Folder Path to be saved and click the Execute button Setting content sample e Save Folder Path C Users user name Documents e Workspace Name Sample WS A In the step 2 select Export as 1 file format project from the menu bar to export the project in 1 file format When importing the project exported in 1 file format open the project once in each engineering software and save it in workspace format 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 8 Editing Projects 3 9 Reading Writing Verifying Controller Data Read write verify project data programmable controller project motion controller project GOT project from to with each controller On the Module Configuration window right click the controller to which a programmable controller project is allocated and select Online gt Read Write Verify in the shortcut menu The sc
119. guration diagram BCreating module configuration diagrams 1 Right click Module Configuration on the Workspace window and select Module Configuration gt New gt L Series Module Configuration in the shortcut menu ration i i a E NG iz Lith il ml na 5 83 Sample_L_ws Select 0 28 Network Configuration E Network Configuration B Module Contr i Parameter o No Assignm Module Configuration iQ R Series Module C nfiguration Project List AE Structured B i Ver 1 Syste 8 Undefing Allocate Project With The Controller Be iQ F Series Module Zonfiguration et O Series Module Ponfiguration E L Series Module Configuration Pad FX Series Module Configuration Folder b Export Project Export as 1 file format project 3 OPERATING PROCEDURE OF MELSOFT Navigator 30 3 4 Creating System Configuration Diagram 2 Right click L Module Configuration on the Workspace cols Window it View L Module Configuration E Workspace Project E nine T window and select Module Configuration gt Rename An EB BA POLL LOE Sample L WS t 5 Network Configuration Selec LE Network Configuration 5 Module Configuration in the shortcut menu PIL Module Configuration 15 Ethernet Co Check gt CC IE Field Parameter CC Link Con ka E No Assignme Gg Start XY Batch Input ofa Project List
120. hapter explains the methods for creating workspaces and system configurations using MELSOFT Navigator 3 1 Procedure This section explains the procedure of MELSOFT Navigator from start to end GU 1 Start MELSOFT Navigator Ks Page 20 Starting MELSOFT Navigator U 2 Create a workspace 3 Page 21 Creating Workspaces G 3 Create a system configuration diagram Create module configuration diagrams Create a network configuration diagram Create each module configuration such as CC IE Field configuration KL Page 24 Creating System Configuration Diagram U KL Page 48 Creating Projects 5 Check the system configuration Check the system configuration Check the power supply capacity and I O points Not supported by MELSEC iQ F series FX series 3 Page 71 Checking Workspace G 1 8 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 1 Procedure 6 Edit the created projects Edit the projects Utilize an existing project Perform controller data read write verification K Page 73 Editing Projects 7 Save the created workspace KL Page 80 Saving Workspaces 8 Print the project K Page 81 Printing Workspaces 9 Close the workspace KL Page 82 Closing Workspaces 10 Exit MELSOFT Navigator K Page 83 Exiting MELSOFT Navigator Precautions Do not change the storage location and names of folders files of a created workspace project using the application s
121. he Yes button Verification Synchronous will be executed between the system labels of this project and of the database After this operation ends the project will be saved Do you want to continue The Execute Verification Synchronous with system label Execute Verify and Synchronize with syste N 1 Select Verify Result of System Label Name Batch Setting of Verify and Synchronize a screen is displayed Reflection Contents of verif BR 3 Select an item under Reflection Contents of Verification Verify Object System Label List N System Label Name Label Name Data Type Constant CPU Name Project ystem Label Database Label1 Storage A Storage A Word Signed QO6UDHCPU GXW2 Pro Dj Label1 Storage A Storage A Word Signed QOSUDHCPU GXW2 Pro 2 Click Synchronous and click the Reflection button Relationship diagram between system label database 1 and project 2 x O Reflectio Reflection 2 D tion MELSOFT 1 Gx 1 MT il GT Navigator O EB Worksz G Developer2 Designer3 4 USING SYSTEM LABELS 1 21 4 3 Using System Labels on Other Personal Computer 4 Workspace ace B Sample WS i Verification Synchronous of the system labels has completed normally Project Edit View Online Tools Window Help 4 gt F Module List axo B E Network Configuration Find Object E Network Configuration
122. he route information is completed e workspace saving is completed m Task List 249 Result of Power Supply Capacity and I O Points Check CAP NUM SCRL 5 10 select Workspace gt Save in the menu bar of MELSOFT Navigator The system label Ver 2 created in GX Works3 project is reflected to MELSOFT Navigator 4 USING SYSTEM LABELS 98 4 1 Using System Label Ver 2 Ver 2 in motion controller projects Use system label Ver 2 registered in the programmable controller project GX Works3 for a motion controller project pome 8 1 Double click MTD2 Proj1 on the Workspace window Sample WS 6 Network Configuration o LM Network Configuration m Module Configuration a ER IQR Module Cha aji Double click rs The motion controller project is opened E MTD2_Proji Ky R Ser 2 Double click VARIABLE on the Navigation window of MT Developer2 a Kami A Motion SFC Program Double click The label setting editor is displayed Click 3 Click the Import System Label button C System label is reserved to be registered 7 System label is reserved to be released N C The system label is already registered to the system label database e the Reservation to Regis ae rRe UE system label res sean the sytem label dat tabase red Plea ecute Reflect to apatan laba Dababas lo need to change the browse side project when
123. ime of PLC write L GX W k 2 B g i M S d P j Necessary Setting No Setting Already Set Set if it is needed No Setting Z Already Set O r S e l n n e r S a n u a tru ctu re ro e ct Writing Size Free Volume Use Volume 5 612Bytes 0 920 4 840Bytes Refresh Related Functions lt lt Execute Close NG aP G 6 Y MIE Remote Operation Set Clock PLC User Data Write Title Format PLC Clear PLC Memory Arrange PLC Memory Memory 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 9 Reading Writing Verifying Controller Data TI 78 Motion controller projects On the Module Configuration window right click the controller to which a motion controller project is allocated and select Online gt Read Write Verify in the shortcut menu Ethernet Network No 1 CCIE Field Configuration Network No 2 The screen shown on the left is an example when Write is selected Perform the same operation for Read and Verify Select All Delete Bring to Front Send to Back Allocate Project With The Controller Project Open System Configuration Change Base Check Parameter ng Start XY Batch Input Default Points Batch Input The Write to CPU screen is displayed For the operation method refer to the following function mTransfer Information Connecting Interface use Pansy PLE Medule Target CPU Network No P Statio
124. ing 3 W EGxw3 Proj1 R08 Default Connection Destination Change Setting JUSSttm A 4 BGxw3 Proj2 R08 Default Connection Destination 9 8 Change setting Setting 5 KJMTD2 Proj1 Q173D SW8 SV13QB Connection Destination in the Project Setting Setting _ The screen to set the security is displayed GXW2_Projl Security x Please enter the user name and password For authenticating the security set project 2 Enter a user name a nd a passwo rd i and cl ick the O K User name of Administrator authority and its password are required for batch read button MITSUBISHITARO mia For details refer to the Help of MELSOFT Navigator Password secosos0ooo 1 30 5 CREATING SYSTEM BACKUP DATA 5 2 Performing Batch Read Function 6 USING PROGRAM JUMP FUNCTION This chapter explains the program jump function which can start the motion SFC programs servo programs that are linked with the motion controller programs using the SFCS instruction SVST instruction of the ladder programs in the multiple CPU system of Q series 6 1 Example of System Configuration This section explains a method for using the program jump function under the following system configuration QCPU CPU No 1 Motion controller CPU No 2 Motion controller start up programs The instructions which start motion controller programs used in ladder programs are as follows e SFCS instruction Motion SFC program s
125. is completed E There is no detailed configuration information EJOutpu A Task List 122 4 USING SYSTEM LABELS 4 3 Using System Labels on Other Personal Computer 5 3 Input Detailed Configurati A X Detailed Configuration Informa 4 gt CAP NUM SCRL The message shown on the left is displayed 4 Read the message and click the OK button The system label notification icon is displayed on the status bar of MELSOFT Navigator 5 Select Workspace gt Save in the menu bar of MELSOFT Navigator The system label database of MELSOFT Navigator is updated 4 4 Checking System Labels Check the conditions such as module configurations of created system configuration project allocation status and system label consistency in batch A project in which the changed content of system labels is not imported can also be checked For details on importing the changed content refer to the following section KL Page 84 Using System Label Ver 2 Workspace Project Edit View Q Module Configuration Online Tools Window Help j0 New Ctrl N KO OOF WwW IB 7 B Open Ctrl 0 Ctrl MNET H Optical Loop Type Network No 1 Save As Compress Unpack Delete Folder System Configuration Check Allocate Project With The Controller Parameter gt E System Configuration
126. isplay Automatic CO System label is reserved to be registered System label is reserved to be released The system label is already registered to the iliktem label database Import System Label bo pepes il otal To execute the Reservation to Register Release for the systern Reservation to Register System Label label reflection to the system label database is required Please execute Reflect to System Label Database Reservation to Release System Label It is unnecessary to change reference side project when kaaa AA assigned device is changed in system label Ver 2 Only iQ R series GOT 2000 series is available for system label Ver 2 To execute Online Program Change execute Online Program Change and save Reflect to System Label Database The message shown on the left is displayed 5 Read the message and click the Yes button The edited Systern Label is reflected to the Systern Label Database The Build and Save the project are performed A When itis reflected the following is executed For details on the compilation refer to the following manual LA GX Works3 Operating Manual When the global label is unconverted Rebuild All operation is executed After the reflection the project is saved Are you sure you want to continue Caution Executing Rebuild All operation disables Online Prograrn Change When you don t execute execute Rebuild All and Save operations
127. ject Name and Title for the new project After setting the items click the Create button Setting content sample e Series QCPU Q mode Type Q173D e OS Type SW8 SV13QB Project Name MTD2 Proj1 Title option Sample Data The new project is created 3 Double click the created project on the Workspace window The MT Developer2 project is started For the method of editing the MT Developer2 projects refer to the following function HELP function of MT Developer2 3 OPERATING PROCEDURE OF MELSOFT Navigator 4 3 5 Creating Projects 5 GOT projects Create GT Designers projects for GOT Operating procedure MELSOFT Navigator C Users Administrator Documents Sample WS F Workspace Project Edit View Online Tools Window ie DBA New gt GB GC Works2 Project Add Copy EJ GX Works3 Project C3 MT Developer Projec Rename F2 amp 3 sample H Net Delete Delete a Mod fi Eth Import aM cc Export A rr New GT Designer3 Project x Series GOT2000 x Type GT27 5 800x600 x Project Name GOT_Projl Workspace Sample WS H 0 Network Configuration 5 Module Configuration H Ethernet Configuration 6 CC IE Field Configuration Be CC Link Configuration O wil No Assignment Project 4 GXW3 Proj1 R08 i GXW2_Projl QO06UDH Projl x o GOT_Proji GT27 S 800x600 E Structured Da
128. k station No in batch e Ethernet e CC Link IE Controller Network e MELSECNET H MSetting IP addresses in batch Right click Ethernet on the Network Configuration window and select IP Address Batch Setting in the shortcut menu to set IP addresses of Ethernet in batch 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 39 Creating CC IE Field configurations Create a configuration diagram by placing modules on the CC IE Field Configuration window 088 sample_ws 0 20 Network Configuration Network Configuration S Module Configuration Bi R configuration diagram Q configuration diagram 0 20 Ethernet Configuration Eh Ethernet Configuration a Ree CC JE Field Configuration T No Assignment Project be Project List F Structured Data Types 2 8 Ver 1 System Label List 3g Undefined Name H Bird s eye ax a sample_ws S E Network Configuration Network Configuration m Module Configuration 6 R configuration diagram Bid Q configuration diagram B E Ethernet Configuration Ethernet Configuration B E CC IE Field Configuration feel CC IE Fiel uration T CC Link Configuration T No Assignment Project S8 Project List F Structured Data Types 8 Ver 1 System Label List 3g Undefined_Name i Bird s eye ax a AK Select CCIE Field Find Module My Favorites Total STA 1 Line Star General CC IE Field Module x dbw
129. label eflection to the system label database is required lease execute Reflect to System Label Database ER G hen the assigned device is changed in system label ver 2 he change of refer side project does not need A Reflect ta aa System label Ver 2 is only used in iQ R series GOT2000 series Not Reflected 1 alt aoe Total 1 asa G The message shown on the left is displayed Reflects to the system label database 6 Read the message and click the Execute Reflection button The system label Ver 1 is registered to the system label database and the cell color turns light blue A The workspace is saved at the reflection When a change notification is received the change contents are imported When a system label includes changes on which the change notification is applied the contents of the change notification are given priority in overwriting Also when a workspace is saved the edited contents can be reflected to the system label database 1 Select Delete of a system label Ver 1 to be deleted Find Object Whole Display v System Label er 1 Find Characters Fodnex Delete System Label Name Label N Data Type Constant CPU Name Project N 1 VY Start lamp Bit Start lamg 2 Assignm Attri Comm U 2 Click the Reflect to System Label Database button Find Object Whole Display v
130. le controller project GX Works3 or motion controller project of MELSEC iQ R series in MELSOFT Navigator 1 Select the module to which the import target project has been allocated on the module configuration diagram 2 Select IQ R Module Configuration gt Parameter gt Import Parameter in the menu bar View iQ R Module Configuration Online Tools Window Help 3 B j Open System Configuration gt E TH Ls LB a l G l Display Module Information NJ Change Module r el paba Module Status Setting Empty Select aration PAT maa ain a n Check gt Jagram pr eine a Reflection A and Parameters jon ing Start XY Batch Input i Verification nf Suster Canfiquration Infarmatin ration d Default Points Batch Input atinn AON G The message shown on the left is displayed 3 Read the message and click the OK button Execute the parameters import of the project which assigned to system configuration for the target The project which assigned to GOT is not supported running projects are saved and all projects are closed at import start Please do not open the project in importing The project of import target can be checked in output window There is a possibility that current system configuration is changed please execute system configuration check after parameters import is completed The operation of parameter import can be checked by pressing Import Operation Ch
131. leted is cor mplet ted workspace oe mai ted Al Task List 29 Result of Power Supply Capacity and I O Points Check GT27 S 800x600 CAP NUM SCRL s 4 System label notification icon 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 6 Click the Reflect to System Label Database button The message shown on the left is displayed 7 Read the message and click the Yes button The Build and Save the project are performed For details on the compilation refer to the following manual GX Works3 Operating Manual The Check before registering in system label database screen is displayed Contents to be registered are displayed in red 8 Check the contents and click the Register button The system label notification icon is displayed on the status bar of MELSOFT Navigator 9 Select Workspace gt Save in the menu bar of MELSOFT Navigator C Users Administrator Doc Select Je 3 MELSOFT Navigator elec The Ver 2 System Label List of MELSOFT Navigator is updated Workspace Project Edi Ctrl 0 Close Save As Point e After checking registration of system labels to the system label database in the step 9 system label Ver 2 in MELSOFT Navigator can also be updated by selecting Workspace gt System Label gt System Label Database gt Import Changed Contents in the menu bar of MELSOFT Navigator and save the project
132. line Program Change execute Online Program Not R A fade Database Change and save Import System Label Sea a m G 4 4 8 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 The message shown on the left is displayed 5 Read the message and click the Yes button The edited systern label is reflected to the system label database The Build and Save the project are performed When it is reflected the following is executed For details on the compilation refer to the following manuals GX Works2 Version 1 Operating Manual Simple Project GX Works2 Version 1 Operating Manual Structured Project When the global label is uncompiled Build operation is executed After the reflection the project is saved Are you sure you want to continue Caution Executing Build operation disables Online Program Change When you don t execute execute Build and Save operations separately The Check before registering in system label database AA screen is displayed ion Co System Label List Name System Label Name Label Name Data Type Constant CPU Name Project Name List1 Start lamp Start lamp Bit QO6UDHCPU GXW2 Proj2 X1 Contents to be changed are displayed in red 6 Check the contents and click the Register button Relationship diagram between system label database 1 and project 2 mr O Register
133. ller create an interlock circuit outside the programmable controller system to ensure that the whole system always operates safely Furthermore for the online operations performed from a personal computer to a CPU module the corrective actions against a communication error due to such as a cable connection fault should be predetermined as a system Startup Maintenance Instructions NCAUTION The online operations Program change operating status change such as RUN STOP switching and remote control operation performed from a personal computer to a running CPU module have to be performed after the manual has been carefully read and the safety has been ensured When changing a program while a CPU module is RUN it may cause a program corruption in some operating conditions Fully understand the precautions before use CONDITIONS OF USE FOR THE PRODUCT 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 ii 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 AN
134. menu bar New Workspace screen is displayed 2 Set Save Folder Path Workspace Name and Title for the new workspace After setting the items click the Create button Setting content sample e Save Folder Path C Users user name Documents e Workspace name Sample WS e Title option Sample Data The Choose a Default Configuration screen is displayed 3 Select Create Module Configuration and click the OK button Setting content sample e Configuration Q Series Module Configuration The message shown on the left is displayed 4 Read the message and click the OK button 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 3 Creating Workspaces 21 The new workspace is created RA MELSOFT Navigator C Users Administrator Docurnents Sample_WS Q Module Configuratio l as x i Workspace Project Edit View Q Module Configuration Online Tools Window Help ax m Q Module Configuration i Workspace gemen o twork Configuration Ne E Network Configuration 4 B E Module Configuration F Q Module Configuration 85 Ethernet Configuration 85 CCIE Field Configuration 5 CC Link Configuration 4 b 4 Module List E Slim Type Main Base Module m Redundant Power Supply Main Base M Bird s eye ax Redundant Power Supply Extension B Input Detailed Configuration Informatio 4 X Detailed Configuration Information OtherP 4b ax There is no
135. mory Read Finish Servo program K Program Memory Read Fini Mechani Cam Data Converted data Program Memory Read Finish Safety Observation Function Parameter Program Memory Read Finish System Setting Servo Data Setting Parameter Block Servo Data Servo Parameter Limit Output Data Vision System Parameter Program Memory Read Finish Label Data Memory Card SRAM ATA SD Read Finish MTD2_Proji Reading is completed normally 128 5 CREATING SYSTEM BACKUP DATA 5 2 Performing Batch Read Function 1 Select Online gt Batch Read in the menu bar The Enter Batch Read Password screen is displayed 2 Enter the registered batch read password and click the OK button Setting content sample e Password MITSUBISHI09 The Batch Read screen is displayed 3 Select the projects to be read and click the Read button Setting content sample e Selected Project GOT Proj1 GXW2 Proj1 GXW3 Proj1 GXW3 Proj2 MTD2 Proj1 e Workspace Name Sample WS A The batch read is completed and the Batch Read Result screen is displayed The result is displayed under Read Result mChanging connection destination The following is an example of changing the connection destination of the programmable controller project GX Works2 When specifying programmable controller project GX Works3 data motion controller project data or GOT project data follow the same procedure as shown below Batch Read Pr
136. n No I O Type Address Type QIS1AW12AL B281PB 02U CC20 AnyWireASLINK Master Module ASLINKER Output Module non m MEE o out to GG 2 Select Edit Delete in the menu bar Ga MELSOFT Navigator C Users Administrator Docul F Workspace Project Edit View AnyWireASL La Undo Strl Z Workspace aag Rede sini z T aag Cut trl aee Ja Select etwork Con Copy Ctrl C W Network d p 5 20 Module Config i 5 Configurat Select All Ctrl SAMAK Delete Delete PO Ethernet Cn Delete Delete N Strl 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 47 3 5 Creating Projects Create a project data programmable controller projects motion controller projects GOT projects Creating new projects Programmable controller projects GX Works3 projects Create GX Works3 project for MELSEC iQ R MELSEC iQ F series programmable controller CPU FJ MT TE Project Delete Delete GT Designer3 Project RT ToolBox Project UG mem Series RP W Type ROB Project Name GxW3 Projl Title Sample Data Open with Creating Cancel S83 sample Ws i 7 0 Network Configuration H Module Configuration H Ethernet Configuratid JETE Ea Lan oe Project Lis fe fi Structured Data Types SH Ver 1 System Label List i fg Undefined Name
137. n MELSOFT Navigator 1 Double click GXW2 Proj2 on the Workspace window Double click Sample WS o Network Configuration 3 ll Network Configuration a Lt pik cl alll E GOT_Proji GT10 0 320x240 The GX Works2 project is opened 2 Double click Global1 on the Navigation window of GX i Project Edit bana a Compile View Online Debi Works2 The global label setting editor is displayed T Class ebeiNane DataType Constant Deve _ Comme Remark Relation with System Label o Label 4 1 YAR GLOBAL v sa t lamp Bit xii Start a Disclose 3 v a 2 _ WARIEE RRA jEr ime Change the devices of registered system label Ver 1 G 4 Click the Reflect to System Label Database button pe J Comment Remark C l ck a econ lamp comment J t_lamp Disclose trage X a o The system label is already registered to the system label database Class Label Name Data Type peice 1 VAR GLOBAL v Start mm Bit 2 VYAR GLOBAL v U uma 4 10 system label is reserved to be registered system label is reserved to be released o execute the Reservation to Register Release for the system Reservation to Register System Label label reflection to the system label database is recikod cry Ta O Reflect to Please execute Reflect to System Label Databasi Reservation to Release System Label System Label To execute On
138. n No Host Model Ris Oo pru LLI HELP function of MT Developer2 OS Type Bv22QL VER300D Operation Method advanced Synchronous Control Method m Detail Setting Target Memory Program memory be Write Data to CPU Delete CPU Data File selection Servo parameter Device data Parameter Program Select All Select None Label Structure Target memory nUDf ICPUCNO 1 Memory card SD bad El Program i i Mi Motion SFC Parameter i i M Motion SFC program Control Code Text if M Servo Program K i Mi Synchronous Control Parameter i A Cam data Converted data Poh M Cam data Edit data El Parameter poi M System Setting Servo Data Setting Parameter Block Servo Data Limit Output Data i M Servo parameter m iF M vision system parameter i Tae ma sam aa Execute Close On the Module Configuration window right click the Ethemet Network No 1 controller to which a GOT project is allocated and select Online gt Read Write Verify in the shortcut menu The screen shown on the left is an example when Write is selected Perform the same operation for Read and Verify Select All Delete Bring to Front Send to Back Allocate Project With The Controller Project b Open System Configuration b SSS Select Change Base Check Parameter ig Start XY Batch Input Default Points Batch Input 3 OPERATING PROCEDUR
139. n a S i Q Module Configuration EB No 1 CPUJPrj51 1 Q E No 2 CPUJPrjM2 1 Q m 4 k 85 Ethernet Configuration q Multiple CPU High Speed Main Base Mt EE CC IE Field Configuration Ka Extension Base Module EE CC Link Configuration 15 No Assignment Project tek Project List fe Structured Data Types 0 2 Ver 1 System Label List 3g Undefined Name z LU i Input Detailed Configuration Informatio A X Detailed Configuration Information Other p 4 gt There is no detailed configuration information CAP NUM SCRL The message shown on the left is displayed 2 Read the message and click the Yes button The Select Motion System Template screen is displayed 3 Select the workspace name from Select Template Workspace and click the Next button The Motion Dedicated Device Setting Support screen is displayed 4 Set Save folder path and Workspace name for the template workspace After setting the items click the Create button Setting content sample e Save Folder Path C Users user name Documents e Workspace Name WS tmp1 The workspace for motion system is displayed 3 OPERATING PROCEDURE OF MELSOFT Navigator 23 3 3 Creating Workspaces 3 4 Creating System Configuration Diagram Create a system configuration diagram Created module configuration diagrams are reflected to the network configuration diagram System configuration t
140. n diagram E No 1 CPUIGYW Tag KO re Sa E Main Base Module a 7 Slim Type Main Base Module a Redundant Power Supply Mi E Multiple CPU High Speed Mai m Fxtensinn Rase Madule i i i ion A X Payag 5 Bl 5 Input Detailed Configuration fanet Configuration Ethernet configuration A CC IE Field Configuration CC IE Field Configuration 5 CC Link Configuration fal No Assianment Proiect Detailed Configuration Informatior 4 gt SP SFCS H3E1 KID MO bo E There is no detailed configuration information 36 Cut __f 3 CAP NUM SCRL cei Build Hide Ladder Block Display Ladder Block UH Find Device ER Find Instruction F9 Find Contact or Coil Debug Find String Cross Reference Jump Device List Jump to Next Ladder Block Start Register to Watch Jump to Previous Ladder Block Start Register to Device Batch Replace Program Jump The motion controller project corresponds to 1 pia the selected motion dedicated programmable controller instruction is activated dministrator Documents Sample_WS MTD2_Pn D2 F i Project Edit Find Replace View Check Convert Online Debug Tools Window Help ibi DD ne eo ty aaa isa fi F anag i Project fff SSCNET Structure Servo Data So Motion SFC 0 MTD2 Prol Sv22 Advanced SynchronoL System Setting K go ga Axis J Servo
141. n of System Configuration Information and Parameters System Label System configuration information is verified in all project parameters assigned to the system configuration b The workspace is saved at the start of verification Also running projects are saved and all projects are closed Please do not open a project during the verification The process can be aborted by pressing Ctrl Break key The Following projects are not supported For the batch save and end processing RT ToolBox2 project GX Developer project The Following project is not the target of the verification GX Works3 project MT Developer2 project iQ R Series Verify Items Confirmation Execute Verify The batch verification between system configuration information and parambter is star a Saving Workspace J Checking before registering in system label database is started Checking the route information The check of the route information is completed Checking the system configuration 4 HI o Output BA Task List 1 Select Workspace gt Parameter gt Batch Verification of System Configuration Information and Parameters in the menu bar The message shown on the left is displayed 2 Read the message and click the Execute Verify button The verification is performed Error or Warning is displayed on the Output window when the verification res
142. nfirm the following before setting the multiple CPU parameter Please set the multiple CPU parameter to projects with already reflected parameters Please confirm previously if the multiple CPU configuration is correct in the system configuration check Please Import Multiple CPU Pararneter to No 2 to 4 CPU after the Multiple CPU Parameter Setting is completed in the No 1 CPU Do you want to display the Multiple CPU Parameter Setting screen Divert the multiple CPU parameters of projects in No 1 CPU with the Import Multiple CPU Parameter button U mesm Base Setting Multiple CPU Setting System Basic Setting CPU Name Setting Built in Ethernet Pc 4 No of CPU 1 2 Operation Mode 1 em Error operation mode at the stop of CPU module 5 All station stop by stop error of CPU1 Please set the number j of Multiple CPU JV All station stop by stop error of CPU2 V All station stop by stop error of CPU3 IV All station stop by stop error of CPU4 Multiple CPU High Speed Transmission Area Setting CPU Specific Send Rangel Points Setting 17167 Of Refresh Receive Set if refresh setting is needed No Setting Total 14k Points The total number of points is up to 14k Multiple CPU Synchronous Startup Setting Ime 1 Settings should be set as same when using multiple CPU 1 The items indicated in green are set in MELSOFT Na
143. nnecessary to change reference side project when ssigned device is changed in system label Ver 2 a Not Reflected 0 Only iQ R series GOT 2000 series is available for system label Ver 2 Import System Total 0 To execute Online Program Change execute Online Program Change and save a 1 i Se ect R The selection of label which is out of display target is System Label List Name Refinement Options released by refining noli aki Display only system labels Aith no device assigned Refinemeni it Characters Refinement Find Subject Whole Display Z Find Characters Find Next System Label Name Label Name Data Type Constant CPU Name Project Name Assignment Device Label Attribute Commer Start lamp Bit Start lamp c 4 Relationship diagram between system label database 1 and project 2 O Import 2 O MELSOFT GX MT GT Navigator Works2 3 3 Developer2 Designer3 lobal Global Lal lt Fiter _Label Name Startlamp B 1 Double click GXW3 Proj1 on the Workspace window The GX Works3 project is opened 2 Double click Global on the Navigation window of GX Works3 The global label editor is displayed 3 Click the Import System Label button The Import System Labels to Project screen is displayed 4 Selecta system label Ver 2 to be imported and click the
144. o be created Create the following system configuration diagram Ethernet configuration lt R configuration diagram gt Base unit R35B Laser Displacement Sensor Fixed Buffer PLC No Model Name Communication protocol SendjReceiv bu e Setti lethod IP Address rt No MAC Address gt ab Host Station RO8CPU 192 168 3 39 Q 5 5 5 1 HL C2 192 168 3 39 1 Qa 3o Da ra 8o N aolo EU O ODol O o Xx oY rolrois amp oO Ner E i IP address 192 138 3 40 Station No 2 IP address 192 138 3 39 Station No 1 Module configuration diagrams Ethernet IP address 192 138 3 38 Station No 3 lt Q configuration diagram gt Base unit Q38DB 7 QCPU Q06UDHCPU a Tt CO Power supply Motion CPU Q173DCPU O module Information module QJ71E71 100 Master module QJ71GF11 T2 GOT GOT2000 Remote device station NZ2GF2B 60TCRT4 Remote device station NZ2GFCE3 16D CC IE Field configuration Detect Now Mode Setting Online Standard Mode w Assignment Method Start End Link Scan Time Approx 0 72 m Network configuration diagram la No Model Name STA Station Type RAE pating KWin eee _ Res ervedj Error a v Points Start End Points Star
145. oject mm Qperating procedure fa R configuration diagra 5 3 Sample_ws 5 0 Network Configuration E Module Configuration E Ethernet Configu JE CCIE Field Config 1 Right click E CC Link Configuraths El No Assignment Prg et H GXW3_Proj1 Rig TAE ad GXW2 ProjitQ Pomeroy 2 Select Ea MTD2 Proj1 Q Export as 1 file format pr Ethernet Network N Station No 3 O GOT Proj1 GT fay Project List fig Structured Data T i Ver 1 System Labe 3E Undefined _Nani Open Project Add Project Copy Change Project Name Delete Project Online b Properties G Project Name GXW3 Projz Title Sample Data Package Type PLC Type ROS 0 88 Sample_ws 88 Network Configuration i E Module Configuration H Ethernet Configuration H CC IE Field Configuration EE CC Link Configuration 018 No Assignment Project 5 GXW3 Proj1 RO8 ofl GXW2 Proj11 QOSUDH io Kg MTD2_Proj1 Q173D SW8 SV130B 2 GOT _Proji GT27 S 800 600 go 1E ERE Proj2 R08 ED Project List ig Structured Data Types 038p Ver 1 System Label List Undefined Name Changing project names Change a project name of an existing project o 3 sample ws d Network Configuration J Module Configuration O 0 0 F m rm Ja om om or mM o Export Project Export as 1 file format pro aswa ATA Open Proj
146. oject Selection Select All Cancel All Selections Target Data Security changam setting C Setting ing J setting ing Setting Setting Setting Setting Project a Connection Destination cot _Proji et27 s 800x600 USB GOT Direct EH GXW2_Proj1 Q06UDH Default Connection Destination Ga GxW3 Proj1 RO8 Default Connection Destination EH GxW3 Proj2 RO8 Default Connection Destination EJ MTD2 Proj1 173D SW8 SV130B Connection Destination in the Project NBA ON RH aa _Proj1 Connection Destination Please select connection destination and enter the remote password ypecscceonccecssccucvecacsecsscvecesavacsessccsccessocsenssccsessccuscescccsesscoucesssccseesocsscssccccscnsccscesscocses Connection Destination Connectioni i x Parti terror AAP Remote Password Setting Cancel BSpecifying data to be read 1 Click the Change button under Connection Destination on the Batch Read screen The screen to set the connection destination is displayed 2 Select a connection destination and click the Set button If a remote password is set for the selected connection destination enter 4 digit remote password For details on the remote password refer to the following manual GX Works2 Version 1 Operating Manual Common The following is an example of specifying a programmable controller project
147. oject is being i red KY 2 Read the message and click the Yes button If the label information is changed and the changes are not saved GT Designers is started without obtaining the latest label information Do you want to save The save targets are the workspace and all the starting projects The GOT project is opened Double click i i 3 Double click the created object The Bit Lamp screen is displayed Bit Lamp Basic Settings Advanced Setti H Pr HA 4 Click the button Lamp Type Bit Word Device o Shape Circle Fixed Width Circle 6 x Shape Shape Attribute Frame Color Cr Lamp Color M Background Color td Pate C9 None 1 1 0 4 USING SYSTEM LABELS 4 2 Using System Label Ver 1 Select CH No of Controller Type for device entry Current Device Select Label Select System Label 1 Select A System Label List Name nement Options Refinement Characters Find Subject whole Display X Find Characters Find Next bier Label Name Data Type Constant CPU Name Project Name Device Attribute art lamp Bit QOSUDHCPU GXW2 Proj2 X1 yo Start_lamp com Comment Remark Relationship diagram between system label database 1 and project 2 O Import MELSOFT GX MT GT Navigator B Works2 3 Developer2 Designer3 Select Ctrl N Ctrl 0 j Would you like to gen
148. ojects and GOT projects 4 1 Using System Label Ver 2 System label Ver 2 has the following features e Extension of the number of characters such as system label name e Extension of the number of applicable system labels e Projects that are referenced to system labels can be used regardless of the change of devices which are assigned for system labels e Multiple device comments can be set for one system label e Structures which have structure elements can be registered as system labels System label Ver 2 is supported by the following devices e MELSEC iQ R series e GOT2000 series For details on the system label Ver 2 refer to the Help of MELSOFT Navigator Point e When the system is configured with only the devices which are supported by system label Ver 2 system labels can be changed from system label Ver 1 to Ver 2 However system label Ver 2 cannot be restored to system label Ver 1 e For the system in which a device which is not supported by system label Ver 2 is used use system label Ver 1 Precautions After the registered system label Ver 1 is changed to system label Ver 2 the changed content is required to be imported in the projects in which the system labels are used To import the changed content right click the System label notification icon which is displayed on the status bar and select Check the changes of the System Label Database Check the changes of the System Label Data Base Confirm Update of System L
149. onnection target CC Link IE Field Network module EDetecting actual system configuration of CC Link IE Controller Network automatically The actual system configuration can be reflected to the target module configuration with the following operation e Right click the CC Link IE Controller Network on the Network Configuration Diagram and select Online gt Detect Now in the shortcut menu For the automatic detection a project which can be connected to the control station of CC Link IE Controller Network is required Right click Select Parameter Network Configuration window e A Module Configuration window CC Link Configuration window opens by double clicking the module configuration diagram CC Link configuration on the Network Configuration window For Ethernet CC IE Field each configuration window can be opened with the same operation as above When opening Ethernet Configuration window an IP address for Ethernet built in CPU or Ethernet module which are handled as an own station is required to be set in advance For the setting method refer to the following section 17 Page 44 Creating Ethernet configurations e The whole system created on the Network Configuration window can be checked on the Bird s eye window BSetting station No in batch Select Network Configuration gt Batch Setting All Network Station No in the menu bar to set the following networ
150. ontroller project is opened E o i Project Edit Find Replace View Check Convert Online Debug Tool 2 Double click VARIABLE on the Navigation window of Blah maam ISO slap El MT Developer2 of MTD2 Pro1 Sample Da System Setting Double click Servo Data Setting Motion SFC Progr n Servo Prograry The label setting editor is displayed 3 Click the Import System Label button O System label is reserved to be registered E System label is reserved to be released e the Ri ter Release for the system label section P to he sytem ied dase E equired lea cute Reflect to System Label Database The Import System Labels to Project screen is displayed 7 EOE None sme kapa ikang which is out of display target is T 1 Select hmromew ai 4 Selecta system label Ver 1 to be imported and click the SSS eee Find Next Attribute System Label List Name J Display only system label Find Subject Whole Display Ad Find Characters Import button Select p System Label Name Label Name 1 21 iv strage a Strage A Word Signed QU6UDHCPU GxXW2_Proj2 U3E1 G10000 Common 2 Click pa r C J ows Data Type Constant CPU Name Project Name Device Comment 4 Relationship diagram between system label database 1 and project 2 10 Import 2 TO MELSOFT N cx MT N ct EA Navigator dg Works2 3 Developer Ej Design
151. p drop 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram Select modules from the Module List window and drag and drop them onto the base unit following the same procedure in the step 4 and complete the creation of Q configuration diagram Select the GOT unit Mi GT27 5 from the Module List window and drag and drop it onto the Module Configuration window The message shown on the left is displayed 7 9 Read the message and click the OK button Select Serial Cable from the Module List window and drag and drop it onto the connection port of the GOT unit Drag and drop the edge of connection line to the connection port of the connection target CPU module The GOT unit is connected to the CPU module ts i New Ctrl N Open Ctrl O Close Ctrl S Save As Compress Unpack Delete Folder Allocate Project With The Controller Parameter System Label o a Sample_WS B Network Configuration p Network Configuration B Module Configuration o 218 configuration diagram AS Q configuration diagram j Workspace Project Edit View Q Module Configuration Online Tools Window Help fa Q configuration diagra 3 R configuration diagr POW CPU 0 1 2 3 4 ps mi Ethernet Configuration mit CCIE Field Configuration maa CC Link Configuration 3 Module List 8 Deis
152. parameter of CPU No 1 is utilized for CPU No 2 Reflecting parameters to projects Reflect parameters set in MELSOFT Navigator to projects For MELSEC iQ F series refer to the following section 3 Page 68 MELSEC iQ F series Window Help 3 New Ctrl N H N TS TB jo Ea Lat 019 OF UTE I B3 Open tls Close t Network No A Save Ctrl S FF Save As Compress Unpack Delete Folder System Configuration Check Allocate Project With The Controller System Label System configuration information is reflected in parameters of project which assigned to the system configuration b The workspace is saved at the start of reflection Also running projects are saved and all projects are closed Please do not open a project during the reflection The process can be aborted by pressing Ctrl Break key The Following projects are not supported For the batch save and end processing RT ToolBox2 project GX Developer project Reflection Items Confirmation Execute Reflection i Reflection will increase the number of multiple CPUs Points of the multiple CPU high speed communication area setting will be reset to the default Do you want to continue 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 6 Setting Reflecting Importing Parameters 1 Select Workspace gt Parameter gt Batch Reflect
153. performing the verification and synchronization function on motion controller projects follow the same procedure as described below Operating procedure 1 Select Edit gt System Label gt Execute Verification aa AY ia MELSOFT Series GX Works rs Administrator Documents Sample_WS GXWV2_Proj2 Global Label Setting Global i Broject ail Eee Replace Compe View Online Debug Disgnostics Tool Window Hep Synchronous with System Label in the menu bar of GX H 3 p ky Undo Ctrl Z bA A UR ER NIT Se el a ee MAG Eal MH Bede ov n i ane Sones LabelName Data Type Constant Device Ta Delete Par E Inte ect All Ctri A O T lr y Glok a New Declaration Before Shift Ins fb Glok New Declaration After amp K Delete Row Shift Del a Pol Bi Read from CSV File H Devi 2 Write to CSV File a Des System Label gt pa Reservation to Register System Sort gt Reservation to Release Syste 4 Unused label list J pa Import System Label m Label To execute the Resi s m 3 3 z ee label reflection to tj mil Check the changes of the stem Label Data Basell Please execute Re Execute Verification Synchronous with System Label Ta mmriita Orlin The message shown on the left is displayed MELSOFT Series GX Works2 z3 2 Read the message and click t
154. played 3 Read the message and click the OK button 1 Select Online gt Password Setting gt Delete in the menu bar The Delete Batch Read Password screen is displayed 2 Enter the registered batch read password and click the OK button Enter the registered batch read password and then click OK Password eeccccccce Also Delete Security Setting Data of All Projects Saved in the Workspace When you Forgot the password Forgot the registered batch read password Go to gt gt Delete password The message shown on the left is displayed 3 Read the message and click the OK button Batch read password will be deleted Security setting data of all projects registered in the workspace are not deleted Are you sure 5 CREATING SYSTEM BACKUP DATA 4 27 5 1 Setting Batch Read Password 2 Performing Batch Read Function Read projects from controllers in batch and save them as backup data Online no Vindow Batch Read Password Setting gt Enter the registered batch read password and then click OK Password 1 Select Project Selectid Select All 7 Cancel All Selections Project a GOT_Proji GT27 S 800x600 GXW2 Proj1 QO6UDH GXW3 Proj1 R08 Default Connection Destination GXW3 Proj2 R08 Default Connection Destination wd MTD2 Proj1 0173D SW8 SV130B Connection Destination in the Project USB
155. rammable controller CPU DB New H iw GX Works2 Project Add Copy wey GX Works3 Project Rename F2 FJ MT Developer Project Workspace gy Sample D Net GT Designer3 Project Delete Delete c Moc A l RT ToolBox Project H D eth Import 2 j Series QCPU Q mode x Type Q06UDH v Project Type Simple Project X V Use Labels Language Project Name GxW2 Projl Title Sample Data 3 Sample WS fi Network Configuration m Module Configuration H E Ethernet Configuration c CC IE Field Configuration E CC Link Configuration S E No Assignment Project lB oye pesos EE 60 1GXW2_Proj1 OO6UDH Double click AS Structured Data Types O S5 Ver 1 System Label List Undefined Name eee Select i Workspace Project Edit View Online Tools Window elp 1 Select Project gt New gt GX Works2 Project in the menu bar The New GX Works2 Project screen is displayed 2 Set Series Type Project Type Language Project Name and Title for the new project After setting the items click the Create button Setting content sample e Series QCPU Q mode e Type QO6UDH e Project Type Simple Project e Use Labels Select e Language Ladder e Project Name GXW2 Proj1 e Title option Sample Data The new project is created 3 Double click the created project on the Workspace windo
156. ration in the menu bar to create a new module configuration diagram iQ F Module Configuration 6 Change the module configuration diagram name to FX5 module configuration diagram following the same procedure in the step 2 and step 3 7 Select modules from the Module List window and drag and drop them onto the Module Configuration window following the same procedure as Q series in the step 3 and step 4 K Page 25 Creating module configuration diagrams 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram 35 e When a module is dragged onto the Module Configuration window the placeable areas are displayed in light blue as shown below O O Cc T EA E Mountable area 36 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram Creating network configuration diagrams Create a network configuration diagram by placing and connecting the module configuration diagrams on the Network Configuration window _ Operating procedure Double click Workspace ai Sample WS O Network Confourakan Network Configuration UUWE LJ fi R configuration diagram _ bib Q configuration diagram i Workspace Uc 4 PF 0 83 sample ws S Network Configuration m Network Configuration 5 Module Configuration R configuration diagram Q configuration diagram PO Ethernet Configuration PO Cc IE Field Configuration
157. reen shown on the left is an example when Write is selected Perform the same operation for Read and Verify Paste Select All Delete Bring to Front Send to Back Allocate Project With The Controller Project gt cs Open System Configuration b Change Base Select nange base Check Parameter ng Start XX Batch Input Default Points Batch Input GG The Online Data Operation screen is displayed 4 For the operation method refer to the following manuals Connection Channel List So rie Write ei Det GX Works3 Operating Manual MM PLC Module a Intelligent Function Module Execution Target Datal No Yes i a E LA GX Works2 Version 1 Operating Manual Common acts Edit Data Parameter Program Select All Cancel All Selections Display Size GX Works2 Version 1 Operating Manual Simple Project GX Works2 Version 1 Operating Manual Structured Target Memory Size 2995 Bytes Detail 2074 10 30 10 30 16 2152 Bytes 5 i Paenet waaa AP Project HF PLC Network Remote Password Switch Setti 2014 10 30 10 30 15 464 Bytes HG vi t sa EE t COMMENT Detail 2014 10 30 10 30 16 GX W k 2 B g M S pl P J amp a los ee ee eee OFKS eginners anua Impie rojec 2014 10 30 10 30 16 Clear the device ranges set in the Device Label Automatic Assign setting to O at t
158. ried pian mm Method Protocol Send Receiv lethor e Setting IP Address 192 168 3 39 il 4 Input Detailed Configuration Inform 4 X R Project List E Structured Data Types o 35 Ver 1 System Label List efi ned Name 25 Undefined Detailed Configuration Information oud gt RO8CPU Connected Count The Ethernet Configuration window is opened Ethernet Selection Find Module My Favorites we LEE tel x 4 Select HL C2 from the Module List window and drag E Ethernet Device COGNEX a Ethernet Device Panasonic Industrial Devices SUN z and drop it onto the Ethernet Configuration window or igh precision Laser Displace w Detect Now Fixed Buffer L Protocol Send Receiv F e Setting p No Model Name Communication thod Host Station RO8CPU 3t wp a katline Laser Displacement Sensor Specification a X i Input Detailed Configuration Information iQ Configurat X Detailed Configuration Information Other Parameter Drag amp drop i ROSCPU Connected Count 1 5 Set Port No in PLC and IP Address in Sensor Device meae BE Sarees Set the other items as necessary comm nieno Protocol Send Receiv Subn e Setting IP Address Port No MAC Address Host Name IP Address Port No Mas Detect Now 192 1
159. rk Configuration O LM Network Configuration A Module Configuration aO Module Configurations EE Ethernet Configuration E CC IE Field Configuration E CC Link Configuration E No Assignment Project a bal Project List i Structured Data Types 0 38 Ver 1 System Label List 3E Undefined Name 09 D i Q eh Check Parameter ig Start XY Batch Input Default Points Batch Input v Allocate Project With The Controller Ex port Project Export as 1 file format project 2 Enter Q configuration diagram to change the module Aa Coefiywakion Onfjae PA Ha configuration diagram name DBRB al Sean mane i 250 PA mLSNANSASAS Sample WS C28 Network Configuration A Network Configuration B E Module Configuration s8 O configuration diagram 3 Select the base unit il OSSDB from the Module List window and drag and drop it onto the Module Configuration window Slots Power supply is required O DE l m O38DB 8 Plots Power supply is required DJ U5 Slots Power supply is required 4 Select the power supply module d from the Module List window and drag and drop it onto the base 3 Module List ax Q Module Selection Find Module My Favorites Ela eka gt EX E oP 5V DC Output Current 64 Al put Current 6A u n it put Current 6A E ag a D G 3 o 3 cr a
160. ro a Bat a configuration diagram ei No 1 CPU GXW2 Pro a AQ No 2 CPU MTD2 Proj bw O GOT_Proj1 GT27 S o Itala Configuration zy Ethernet configuration A 5 CC IE Field Configuration fA CC IE Field Configuration a r CC Link Configuration i E No Assignment Project 4 Ui Ethernet configurabon 4 Connection Line No 2 Total Station No 2 i Bird s eye Fx BRR configuration diagram Bf Network Configurati 4 gt ation A X Network No 1 CCIE Field Configuration Network No 2 PU ki Hk KG MELSOFT Series GX Works inistrator vents Sample WS _chap3 GXW2_Proj1 Project Edit 8 Find Replace Ec ii View Online Debug Diagnostics Tool Window Help iformatior 4 gt I Activate the project linked to the respective module by double clicking a module on the Module Configuration window fi s 3 Label Name Data Type j Parameter v Start Lamp Intelligent Function Module Global Device Comment a Global Label Globall 63 Program Setting g Pou B Screen L Project Information OPSFCS H3E1 EF Logging EF Recipe ill ol ia i cript 4y Device Data Transfer Ka Trigger Action Time Action LA Hard Copy 29 MES Interface 2 a B Program MAIN tw Program 183 Local Label ip FB Pool 63 Structured Data Types Bit Lamp i Output ax Compile
161. s function the change notification reception process If change to system label Ver 2 this workspace can only be used for If change to system label Ver 2 cannot return to system label Ver 1 Before change running projects are saved and all projects are closed The following projects are not supported for the save and end 1 Select Workspace gt System Label gt Use System Label Ver 2 in the menu bar The message shown on the left is displayed 2 Read the message and click the Yes button The Ver 1 System Label List is changed to Ver 2 System Label List 3 Double click GXW3 Proj2 on the Workspace window The GX Works3 project is opened 4 Double click Global on the Navigation window of GX Works3 The global label editor is displayed le i 5 Select Access from External Device of a global label which is to be registered as system label Ver 2 6 Select the global labels to be registered as a system CO Easy Di Display Setting Ched Label Name Data Type _ He ae Constant Comment Remark System Label Relation System Label Na 4 la bel Ve r 2 and cl ick the Rese rvation to Reg ister il a Strage A word Unsigned Bit String 16 bit VAR GLOBAL x U3EO G10000 _ 7 mg T E System Label button Extended DisNgy Automatic O system label is reserved to be registered 7
162. separately 4 USING SYSTEM LABELS 1 1 4 1 Using System Label Ver 2 0 Find Subject 1 Registration Co System Label List Name System Label Name List1 Start lamp O C52 Mal The project is saved at the same time MELSOFT with the registration to the system label database LEA Navigator Relationship diagram between system label database 41 and project 2 GX MT GT Works2 3 Developer2 Designer3 0188 Sample_ws B E Network Configuration Workspace Project Edit View Online Tools Window Help iDBB ine et AET i Find Objet whole Display x Find Characters Delete System Label Name Label N m F7 i Workspace Project Open 4 02 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 The Check before registering in system label database screen is displayed Contents to be changed are displayed in red 6 Check the contents and click the Register button The system label notification icon is displayed on the status bar of MELSOFT Navigator 7 Select Workspace gt Save in the menu bar of MELSOFT Navigator The Ver 2 System Label List of MELSOFT Navigator is updated e After changing the content of system label Ver 2 importing the change of system labels in the projects
163. t End Invalid Station J E O QI71GF11 T2 Master Station me 1 NZ2GFCE3 16D 1 Remote Device Station 16 0000 O00F 20 0000 0013 No Setting pit 2 NZ2GF2B 60TCRT4 2 Remote Device Station 64 0010 004F 32 0014 0033 No Setting X m b STAHI STAH2 QJ71GF11 T2 EED PANINI Ethernet Configuration STAHO Master Total STA 2 Line Star diagram R configuration diagram Station No 0 Master Station CCIE Field Configuration Network No 2 Total Station No 2 NZ2GFCE3 NZ2GF2B 6 16 OTCRT4 lal 24 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 4 Creating System Configuration Diagram Creating module configuration diagrams Create a module configuration diagram by placing modules on the Module Configuration window For MELSEC iQ R series a module configuration diagram can be created by reading from the actual system configuration For more details refer to the following section KL Page 28 Detecting actual system configuration of MELSEC iQ R series In addition for MELSEC iQ R series module configuration diagram can also be created by importing parameters in each project after allocating a controller For details on importing parameters refer to the following section K Page 70 Importing parameters configured in each project 1 Right click Q Module Configuration on the Workspace CT window and select Module Configuration Rename DOLL in the shortcut menu o9 Sample WS G Netwo
164. ta Types 5 Ver 1 System Label List w Undefined_Name G Fee gt Se aaa 5 emere MELSOFT GT Designer3 GOT2000 C Users Administrator Docu Sample WS GOT_Projl B 1 Front Back moe fos Project Edit Search Replace View Screen Common Figure Object Communication Tools Window Help 82x ee g MP Pa i 5 Se Dev faze T creen ecurity Ti f 2 im S Ar Ar Ar x x GT27 S 800x600 65536 Colors CH 1 MELSEC iQ R RhMT F 0 0 X 179 Y 6 2 3 OPERATING PROCEDURE OF MELSOFT Navigator 5 3 5 Creating Projects 1 Select Project gt New gt GT Designer3 Project in the menu bar The New GT Designer3 Project screen is displayed 2 Set Series Type and Project Name After setting the items click the Create button Setting content sample e Series GOT2000 e Type GT27 S 800x 600 e Project Name GOT Proj1 The new project is created 3 Double click the created project on the Workspace window The GT Designers project is started For the method of editing the GT Designers projects refer to the following manuals LA GT Designer3 Version 1 Screen Design Manual Fundamentals LA GT Designer3 Version 1 Screen Design Manual Functions LA GT Designer3 GOT2000 Screen Design Manual Operating project Copying projects Copy a project created in the workspace to create a new pr
165. ta can be passed easier Also the compressed workspace can be opened with decompression For details refer to the Help of MELSOFT Navigator Saving workspaces with specified names Save an open workspace with a specified name Operating procedure 1 Select Workspace gt Save As in the menu bar MELSOFT Navigator C Users Administrator Doc 3 Workspace Project Edit View Q Module UY The Save As Workspace screen is displayed Save As Workspace Save Folder Path 2 Set Save Folder Path Workspace Name and Title C Users Administrator Documents for the workspace Workspace List i f Tw After setting the items click the Save button orkspace Title Sample W5 Sample Data i ag eee Setting content sample e Save Folder Path C Users user name Documents e Workspace Name Sample Workspace e Title option Sample Data Workspace Name Sample_Workspace Title Sample Data Overwriting workspaces Save an open workspace with the same name Operating procedure Select Workspace gt Save in the menu bar MELSOFT Navigator C Users Administrator Doc H Workspace Project Edit View J New y B3 Open E Close GC Save Ctrl S Select 80 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 10 Saving Workspaces 3 11 Printing Workspaces Print a created workspace By selecting File for Targ
166. tart up e SVST instruction Servo program start up For details of the instructions refer to the motion controller programming manuals of Q173D Q172D Q173H Q172H and Q173 Q172 This section explains the program jump function using the following ladder program SP SFCS H3E1 6 USING PROGRAM JUMP FUNCTION 1 34 6 1 Example of System Configuration 6 2 Program Jump Function The following is an example of using the program jump function in the SFCS instruction When using the program jump function in the SVST instruction follow the same procedure as shown below 1 On the module configuration window double click the TUT controller to which a programmable controller project GX Works2 is allocated Ethernet Network No 1 Double click GX Works2 project is activated Project Edit Find Replace Compile View Online Debug Diagnostics Tool Window Help i SAS Bix E3 RB UR ER Pg AA O oine bey bee i H E Parameter Intelligent Function Module Global Device Comment H Global Label H Program Setting a g POU H Device Memory Device Initial Value English Simple Q06UDH Host Station Ue 2 Select POU gt Program gt MAIN gt Program on The ladder program window is displayed the Project window The ladder program window is displayed ae C fs Project Edit Find Replace Compile View Onlir e Debug Diagnostics Tool Window Help 8x DERSE alisan Sp ER ER Be En m m EIET i a
167. tem Parameter HE Base Power Extension Cable H E Basic e Base po aaa bi e Slots 5 i Power Supply Module R61P v A pa IN p Output CS File Restore default settings Set base model name Unable to change this setting if users use inter module synchronization function that fixes base power supplyjextension cable setting To change the setting please setting Use Inter module Find Result 8 3 OPERATING PROCEDURE OF MELSOFT Navigator 5 3 6 Setting Reflecting Importing Parameters 1 Select a module on R configuration diagram The parameters are displayed on the Input Detailed Configuration Information window 2 Configure the parameters in the Detailed Configuration Information tab on the Input Detailed Configuration Information window Station No and IP Address are set on the screen shown on the left as an example Set Station No and IP Address of QJ71E71 100 on Q configuration diagram as well For details of parameter configurations refer to the user s manual of each module 3 For MELSEC iQ R series configure the detailed parameters in the Other Parameter tab on the Input Detailed Configuration Information window For details of parameter configurations refer to the user s manual of each module For the parameters which cannot be configured on the Input Detailed Configuration Information window use each engineering software GX Works3 GX Works2
168. tes version A product name for the integrated development environment included in SWnDND IQWK MELSOFT iQ Works n indicates version A generic product name for SWnDNC MTW2 E n indicates version A generic term for CC Link IE controller network MELSECNET H and Ethernet A generic term for personal computers on which Windows operates A generic term for RO4ENCPU RO8ENCPU R16ENCPU R32ENCPU and R120ENCPU A generic term for RO8SFCPU R16SFCPU R32SFCPU and R120SFCPU A generic product name for 3D 11C WINE 3D 12C WINE A generic term for configuration diagrams such as network configuration and module configuration on which the configuration of respective devices are displayed graphically 1 OVERVIEW This chapter explains the purpose and features of MELSOFT iQ Works 1 1 About MELSOFT iQ Works MELSOFT iQ Works is an integrated engineering software product which includes GX Works3 GX Works2 MT Developer2 GT Designer3 and RT ToolBox2 While sharing design information such as system designs and programming in the whole control system the system designing and programming efficiency are improved and thus the total programming cost is reduced This manual explains the system management method using MELSOFT Navigator MELSEC iQ R series MELSEC iQ F series Q series L series and FX series are supported by MELSOFT Navigator This manual explains the operations on MELSEC iQ R series or Q series MELSOFT iQ Works GX
169. the I O type address and number of occupied I O points LA GX Works2 Version 1 Operating Manual Intelligent Function Module EDetecting actual system configuration The actual system configuration can be reflected to the AnyWireASLINK Configuration window by performing one of the following operations e Click the Detect Now button on the AnyWireASLINK Configuration window e Select AnyWireASLINK Configuration gt Online gt Detect Now in the menu For details refer to the following manual LA iQ Sensor Solution Reference Manual EVerifying AnyWireASLINK configuration against the actual system configuration The AnyWireASLINK configuration can be verified against the actual system configuration by performing one of the following operations e Click the Verify button on the AnyWireASLINK Configuration window e Select AnyWireASLINK Configuration gt Online gt Verification of the Configuration with the Connected Module in the menu For details refer to the following manual iQ Sensor Solution Reference Manual Deleting AnyWireASLINK slave modules Select the row of the AnyWireASLINK slave module to EE AnyWireASLINK Configuration 1 Detect Now very be deleted Multiple rows can be selected Switch Setting Transmission Points 5 12 Points 1 256 P 0 256 Cycle Time Approx 10 6 ms Mode k4ama of Occupied I O Pts Input Output Isolated Sink Type aa
170. ting Importing Parameters 5 The message shown on the left is displayed and default points are set 3 Click the OK button MELSOFT Navigator i The default point setting is completed WSetting station No or IP addresses in batch Station No or IP address for the network parameter can be set in batch in the Network Configuration window For the setting method and target networks refer to the following section KL Page 37 Creating network configuration diagrams 60 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 6 Setting Reflecting Importing Parameters Setting parameters of FX series special adapter The parameters of special adapters can be set without opening the parameter setting screen of GX Works2 project The following shows an example when using FX3U ENET ADP Operating procedure PLC CPU Special Adapter GOT2000 Series Ethernet CH1 Input Detailed Configuration Information Ethernet 1 192 168 3 38 Set the CH that uses FX series special adapter for communication The setting contents are reflected to the PLC parameter of GX Works2 project i diagra gar ion di Module List Bo FX Module Selection Find Modi 4 gt Ela rake ATS EF Special Adapter E EH FX3U ENET SDP Ethernet GOT2000 Series Ethernet Network No 1 Ethernet 2 192 168 3 39 CH1 Bi Network Type a Set the type of network module
171. to motion controller project follow the same procedure as described below 0 83 sample ws 3 Network Configuration sen E Network Configuration Module Configuration O GOT baler o 320240 a ee Doo Dapat kd w 2 ay Parameter 4 Mi pe Goa at Labe bt pez bla Global1 i es La Bf Double click LabelName Data Type Gj Parameter Jasaan a B Intelligent Funzion Module T NN Q Global Devi Comment m Project O sy e a E ze o os System label is reserved to be registered CT System label is reserved to be released o execute the Reservation to Register Release for the system Reservation to Reg abel reflection to the system label database is required lease execute Reflect to System Label Database To execute Online Program Change execute Online Program Change and save 0a 1 Select System Label List Nai T Display only system la ls with no device assigned 9 A The selection of label which is out of display target is Refinement Options None released by refining Refinement Characters Refinement whole Display x Find Characters NN Find System Label Name Label Name Data Type CPUName Project Name Attribute Comment Start_lamp Bit Start lamp com i Find Subject Constant 4 Relationship dia
172. to n It returns to the workspace list Setti ng CO nte nt sam ple GxWw2 Proj2 QOSUDH Sample Data Para Pi a e Project Name GXW2 Proj1 ai MTD2 Projl Q173D S5W8 SV13QB Sample Data Ecot Projt GT27 5 800x600 workspace Name Sample Project Name Gxw2_Proji Title Sample Data Multiple projects can be imported simultaneously Project Type List which can be Imported The project is imported in the Workspace window 5 3 Sample_ws 0 20 Network Configuration H Module Configuration H Ethernet Configuration H CC IE Field Configuration E CC Link Configuration Of No Assignment Project GXW2 Proj1 QO6UDH bb Project List ig Structured Data Types 8 Ver 1 System Label List i Undefined_Name Point e Only the project in workspace format can be imported in MELSOFT Navigator For the project exported in 1 file format open it in each engineering software and save it in workspace format and then import it e Projects in several workspaces can be organized into one workspace by importing the projects For details refer to the Help of MELSOFT Navigator BExporting projects Export a project of an open workspace and add it to a new or existing workspace 1 Select the project to be exported on the Workspace window i Workspace Project Edit View Online Tools Window 50 ES AL pna a bi a i Workspace ofS Sample ws W Network Configuration ll Network Configuration ce wa Module Confi
173. trl O i Close 4 Save Ctrl Save As Compress Unpack b Delete Folder Select System Configuration ira Check b Allocate Project With The Controller Parameter b G The Allocate Project With The Controller screen is te Project With ihe Controller x Configuration Name Base Slot Module Name 1 Select d IS p l ayed 4 configuration diagram Q38DB CPU Q06UDHCPU GAW Prd 2 0 Q173DCPU MTD2 Proj empe 3 GT27 S GOT Proji 2 Zia a Oa ree 7s Select a project name to be allocated for all controllers 5 0 RoscPu GXWw3_Proj2 Sample Data GXW3_Projt Sample Data and click the OK button GXW3 Proj2 Sample Data Setting content sample Module Name Project Name R08CPU GXW3 Proj1 Sample Data R08CPU GXW3 Proj2 Sample Data QO6UDHCPU GXW2_Proj1 Sample Data Q173DCPU MTD2_Proj1 Sample Data GT27145 GOT Proj1 The allocated projects are displayed under the Module 5 Sample WS Configuration folder on the Workspace window H E Network Configuration o0 Module Configuration WEE E iR configuration diagram fT No 1 CPUJGXW3_Proj1 R08 lt RO8CPU gt i No 2 CPU GXW3_Proj2 R08 lt RO8CPU gt ep Q configuration diagram E No 1 CPU GXW2_Proj1 Q06UDH lt Q06UDHCPU gt E GOT_Proji GT27 S 800x600 lt GT27 S gt h E Ethernet Configuration E CC IE Field Configuration 0 CC Link Configuration rail No Assignment Project fay Project List i Structured Data
174. tton e System labels can also be registered to the system label database by saving the workspace after setting the system label Ver 2 to be registered e The system label Ver 2 created in CSV format or text format can be imported to the workspace Also system label Ver 2 created in the workspace can be exported in CSV format or text format For details refer to the Help of MELSOFT Navigator 4 USING SYSTEM LABELS 4 1 Using System Label Ver 2 ing devices to system label Ver 2 Import system label Ver 2 registered in MELSOFT Navigator to global labels of the programmable controller project GX Works3 and assign devices to system label Ver 2 so that they can be utilized in other projects For importing system label Ver 2 to motion controller project follow the same procedure as described below 0 82 Sample_ws o Network Configuration 3 ll Network Configuration 6 Module Configuration fe iQ R Module Config B F ji S DALIS OPTOG atian t Project y Project g EL Module C onfiguratior Dou ble click Program FB FUN W lt Fiter Easy Display 69 Display Setting Check LabelName Data Type ass Initial Value Constant 1 a o execute the Reservation to Register Release for the system label reflection to the system label database is required lease execute Reflect to System Label Database Reservation to ReleaseBerstem Label t is u
175. uch as Windows Explorer 3 OPERATING PROCEDURE OF MELSOFT Navigator 1 9 3 1 Procedure 3 2 Starting MELSOFT Navigator Start MELSOFT Navigator Start MELSOFT Navigator from Start on Windows MELSOFT Navigator is started z Workspace Project Edit View Online Tools Window Help ax Restore default x Output csv Fie __ Restore defaut E is no other parameter Find Result A Task List 49 Result of Power Supply Capacity and I O Points Check CAP NUM SCRL 20 3 OPERATING PROCEDURE OF MELSOFT Navigator 3 2 Starting MELSOFT Navigator 3 3 Creating Workspaces Create new workspace Create a new workspace Ctrl 0 I x Save Folder Path C Users Administrator Documents Workspace List Workspace Title Workspace Name Sample_WS Title Sample Data g Create a workspace in save folder path Please select a creation method of configuration diagram from the Following Create Network Configuration Create Module Configuration Configuration Q Series Module Configuration NP Do not display this dialog again This setting can be changed in the option setting dialog Please create a Q series module configuration diagram by arranging bases From the module list window F Do not display this dialog again This setting can be changed in the option setting dialog 1 Select Workspace New in the
176. ult contains an error Check the error description on the Task List window and correct the error 3 OPERATING PROCEDURE OF MELSOFT Navigator 67 3 6 Setting Reflecting Importing Parameters 68 MELSEC iQ F series Reflect parameters set in MELSOFT Navigator to each project For GOT projects refer to the following section KL Page 66 Reflecting parameters to projects 1 Select the module to which the reflection target project has been allocated on the module configuration diagram Ethernet Network No 1 2 Select Q F Module Configuration gt Parameter gt View iQ F Module Configuration Online Tools Window Help BIB Open System Configuration gt i Reflection in the menu bar Bring to Front pail Verification of System Configuration Information and Parameters my BAL Display Module Information al Check b Ether Send to Back Import Parameter The message shown on the left is displayed 3 Read the message and click the Execute Reflection System configuration information will be reflected to project parameter assigned to the selected module As button cm The workspace is saved at the start of reflection Also running projects are saved and all projects are closed Please do not open a project during the reflection The process can be aborted by pressing Ctrl Break key The Following projects are not supported for the batch sav
177. uraf Delete Delete Pg Fthernet Cn Precautions 1 2 Select Station No or Model Name of the CC Link module to be deleted Select Edit gt Delete in the menu bar Check that the CC Link modules on the module configuration diagram are connected to the connection ports of CC Link configuration If not the CC Link modules are not displayed on the CC Link Configuration window When a master local module is added on the CC Link Configuration window the module configuration diagram for the added module is added 3 OPERATING PROCEDURE OF MELSOFT Navigator 4 3 4 Creating System Configuration Diagram 3 44 Creating Ethernet configurations Create a configuration diagram by placing modules on the Ethernet Configuration window 1 Double click Network Configuration on the Workspace 4 window 5 83 sample_ws i Ne aba B Pa Mowe Apne i R configuration diagram Q configuration diagram 0 0 Ethernet Configuration edgy Ethernet Configuration J CC IE Field Configuration 0 CC Link Configuration No Assignment Project Project List F Structured Data Types o Ac Ver 1 System Label List 4 Undefined Name Station No 1 192 166 3 39 Q configuration diagram R configuration diagram Station No 0 Master Station CC IE Field Configuration Network No 2 Total Station No2 CC Link IE Ben The Network Configuration window is opened w
178. ured Da 0 285 ver 1 System 3g Undefined bam Folder Export Project b 82 Sample_Fx_ws o Network Configura i BB Network Configuration 5 Module Configuration a FX configuration diagram ft FX configuration diagram a ar tion Pi FX configuration diagra foul FX Ci m CN PG Hd O PAMANA oA kana configuration diagra gral FX confi E Workspace Project Edit View Ee Tae a Online Tools Window Help Img ii Q Series Module Configuration mi L Series Module Configuration EM FX Series Module Configuration Ana aad ad BR GF Haleco iQ F Series Module Configuration FXSU aes Program Capacity 64 fa FXSU 64MR ES Program Capacity 641 FXSU 64MT ESS Program Capacity 64l FXSU 8OMR ES Program Capacity 641 IL FXSU 64MT ES Program Capacity 64l _ 2 Right click FX Module Configuration on the Workspace window and select Module Configuration gt Rename in the shortcut menu 3 Enter FX module configuration diagram to change the module configuration diagram name 4 Select modules from the Module List window and drag and drop them onto the Module Configuration window following the same procedure as Q series in the step 4 through step 9 K Page 25 Creating module configuration diagrams 5 Select Workspace gt System Configuration gt New gt IQ F Series Module Configu
179. ute Reflect to System Label Database i System Label To execute Online Program Change execute Online Program enea ees A i A Database Change and save mo A Not Renected al The edited system label is reflected to the system label database When it is reflected the following is executed When the global label is uncompiled Build operation is executed After the reflection the project is saved Are you sure you want to continue Caution Executing Build operation disables Online Program Change When you don t execute execute Build and Save operations separately Find Subject Whole Display Find Characters Registration Co System Label List Name System Label Name Label Name Data Type Constant CPU Name Project Name Device Attribute il List1 Start lamp Start lamp Bit QOSUDHCPU GXW2 Proj2 XO yo St m ma r ys diagram between system label database 1 and project 2 Register Cancel kagad 2 s aT ject is saved at the same time Bees NOR er registration to the system label database E Navi vigator Wo orks2 Dev elope er2 Em Workspace Project Edit View Online Tools Window Help Prd ect Find Characters Delete System Label Name Label N Data Type Constat CPU Name Project N ASSIA Att a z t 4x t CT n Information Othe 4 gt The reflection to the system label database ts completed CAP N
180. v Start XY J Set the start JO number of module Setting Range 0000 to OFFO Find Result When select empty slot the blank can be set 1 0 1 OVERVIEW 1 2 Features Improved programming efficiency using system labels System labels are the labels that can be used in any project in the workspace in the devices allocated in the network configuration diagram or module configuration diagram Programming drawing efficiency is improved by opening devices of the programmable controller projects and motion controller projects as system labels and sharing them in multiple projects As the device assignment settings are changed in batch device assignment changes are not necessary on other projects or graphics There are two kinds of system labels system label Ver 1 and system label Ver 2 For details on the functions of each system label refer to the Help of MELSOFT Navigator For the method on how to use the system labels refer to the following chapter K Page 84 USING SYSTEM LABELS lt Workspace gt System labels Valid within workspace lt Programmable controller lt Programmable controller projects gt projects gt lt GOT project gt Global labels Global labels Valid within project Valid within project lt Motion controller project gt Program MAIN Program SUB Program MAIN Labels Local labels Local labels Local labels Valid within program Valid within program Valid within program Vali
181. vigator Advanced settings 1 Save Folder Path C Users Administrator Documents Sample_WS Browse Workspace Project List Project Type S Type Operation Method amp Returns to the wo oji Q06UDH Sample Data _Projl Q173D SW5 5V13QB Sample Data Workspace Name Sample W5 Project Name Sew2_Projt Title Sample Data PG Bie Ronee IEE MELSOFT Navigator does not support this Format Open Cancel The message shown on the left is displayed 8 Read the message and click the Yes button MT Developer is activated and the message shown on the left is displayed 9 Read the message and click the OK button The Basic Setting screen is displayed 10 Click the import Multiple CPU Parameter button The Open screen is displayed 11 Check that the project name allocated to the CPU No 1 is selected and click the Open button 3 OPERATING PROCEDURE OF MELSOFT Navigator 6 3 6 Setting Reflecting Importing Parameters 5 66 When multiple CPU parameters are used improperly all the following parameters are overwritten Multiple CPU Setting Operation Mode Multiple CPU Synchronous Startup Setting Multiple CPU High Speed Transmission Area Setting Automatic refresh setting Execute the multiple CPU parameter diversion The message shown on the left is displayed 12 Read the message and click the Yes button The multiple CPU
182. w 3 OPERATING PROCEDURE OF MELSOFT Navigator 49 3 5 Creating Projects GG The GX Works2 project is started For the method of editing GX Works2 projects refer to the following manuals LLI GX Works2 Version 1 Operating Manual Common LLI GX Works2 Version 1 Operating Manual Simple Project GX Works2 Version 1 Operating Manual Structured Project GX Works2 Beginner s Manual Simple Project GX Works2 Beginner s Manual Structured Project 3 OPERATING PROCEDURE OF MELSOFT Navigator 50 3 5 Creating Projects Motion controller projects Create MT Developer2 projects for motion controller Edit View Online Tools 1 d Lo Pin Rename UW l a H Sa Type Q173D 5 Operation Method w Project Name MTD2 Proji Title Sample Data 0 88 Sample_ws x 8 Network Configuration i E Module Configuration j Ethernet Configuration 00 CC IE Field Configuration oli mm CC Link Configuration Double click 519 No Assignment Project fi Gxw3_Proj1 Rog 4 O MTD2_Proj1 0173D SW8 SV130B le Structured Data Types 5 Ver 1 System Label List 3E Undefined Name Q173D SV13 Host Station No 2 CAP NUM SCRL 1 Select Project gt New gt MT Developer2 Project in the menu bar The New MT Developer2 Project screen is displayed 2 Set Series Type OS Type Pro

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