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MELSEC-Q series Quick Start Guide

1. TEND y The programming is completed 19 M Saving a project A program is saved in unit of project Save the created project with a name Operating procedure E MELSOFT series GX Developer Unset project LD Edit mode MAIN 44 Step ieee Edit Find Reolace Convert View Online Diaanostics Tools Window Help T New project Gon ho 3 ari SIE ael Open project Pr Close project oe Sft KIE jike Select Project gt Save as e Cain wl 2 Specify the save location E StdLib EF STEnMs E op Enter the name and title el Vista l ah of the project wersem 9 Save _ Caner leP D Click the Save button ample SampleProgam 3 SampleComment Drive Path Project name Title MELSOFT series GX Developer A Thefspecified project does not exist Click the ies button Do fou wish to create a new project The project is saved 20 Operating procedure 7 Writing Programs Write the program to the CPU module E Connecting the CPU module and the personal computer Connect the CPU module and the USB port of the personal computer with a USB cable Personal computer E Turning ON the programmable controllers Turn ON the power supply module the input module and the output module E Setting GX Developer and the programmable controller connection P MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mod
2. Project Edit Find Replace Convert view Keps Diagnostics Tools Window Help pople m 3 N A Transfer setup n C Select Online gt Monitor EEE AA One LDA Fal eft QZ ula Delete PLC data GB JEZI key dal J ENE Ble jal data gt lala 2e K Be te _ MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monitor mode Monitoring MAIN 113 Step Project Edit Find Replace Convert view Kongai Diagnostics Tools Window Help Diegi S eee Fegan o sac aE ka Olt verify with PLC F5 F F F8 Write to PLC Flash ROM gt Ta PLC user data 2 Select Online gt Monitor gt S ZI g 4 Delete PLC data T ol STS 1 i i 1 TT e nl I rr ra Fs Debug E Monitor Write mode Shift F3 D b t h ee K Trace gt Start monitor All window Ctrl F3 ev ce a C R SampleProject test Remote operation Alt 6 Stop monitor All window Ctrlt Alt F3 ha Program S MAIN Program memory batch transfer Stop monitor Alt F3 Z Device comment ta Latch data backup operation K E COMMENT tol Safety CPU operation vS Change current value mi f or Decimal 9 Parameter Change current value mi Bor Hexadecimal S Device memory Password setup KE UE Device init i Clear PLC memory Operation cr Device batch Format PLC memory Th
3. EL Device init Click 2 JEZI key 2 Enter device Y 10 ES Click the LIK button 42 Program Device comment Parameter ISL Device memory SI Device init Coil Y10 is displayed 17 4 Enter ee MELSOFT series GX Developer Unset project LD Edit mode MAIN 38 Step Click XL TFS key Ose Z sey ZE E al ey Pom A ftw eal a als seta SASA SIRIN das a ae DL IS Iela BAG SIS Tel E ol T e T Pee Enter device X2 Sete ze g SIS Soe tee x xo Unset project T stl Program Device comment Enter sympa a E DE Click the QE button EL Device memory EL Device init 5 Enter lt vie gt MELSOFT series GX Developer Unset project LD Edit mode MAIN 38 Step Click amp key L DIR S v lm lel elel all aia Gala Program J bd Bft TE APSA i ies PORES ers oho Paes ribs Ral eft Dex Kuu BBQ FE amp 2 Enter device Y1E ISIS wa SIS lll lS Ials x KO KI Unset project 2 Program Device comment Parameter E Device memory Eh Device init Enter symp SG mn Click the UK button eee Coil Y1E is displayed t X2 6 Draw a line Project Edit Find Replace Convert wiew Online Diagnostics Tools Window Help oela S saele ARAA ll Lee e Pogan T A ars a l SHIM STH ce Lol Zola ma Folate ate lS a lzel TE
4. P E Read mode Shift F2 Write mode F2 Ladder symbol gt Documentation a zi 2 Double click a ladder block to enter a statement Y Embeddec C Silsarate l 3 Select Embedded 4 Enter a statement on the Enter line statements screen C Embedde Click the LIK button 6 Select the Statement menu in the step again to finish the operation Separate If a statement is entered a program needs to be converted to reflect the input For details on the conversion refer to the following page Programming Converting a program P 19 p Point The followings are the two types of statement 0 Integrated Embedded statement Integrated statements can be written to read from the CPU module 0 Peripheral Separate statement The program memory capacity can be saved since peripheral statements are not written to the CPU module is prefixed to the peripheral statement in the program 35 0 Creating notes Operating procedure E MELSOFT series GX Developer Unset project LD Edit mode MAIN 40 Project KA Find Replace Convert view Online Diagnostics Tools Window Help RIS EIZ eea Fale Program Cut Ctrl x ale ES JLI H Copy CHI Heje Y lI F5 sF5 8 aF7 aF8 aF5 caF5 cano F10 Thl zf Insert line Shift Ins G Delete line Shift Del Fale tk Insert row Ctrl Ins Insert NOP batch Delete NOP batch L Uns i 2 ka Draw line
5. a OFF Examples of bit device Device Saas Device name Description symbol Input Receives a signal from an external device such as a switch Output Outputs a signal to an external device such as a lamp Internal relay S Temporarily saves data status in programs Ca to measure time when the set time comes the contact is set to Timer contact L to count the number of times the input condition turns from OFF Counter contact x a when the counter reaches the set number the contact is set to 2 Word device handles 16 bit information such as numeric values and character strings Numeric value Character string 123 456 579 Examples of word device Device nae Device name Description symbol Data register Registers numeric values and character strings Timer current value Used to measure time stores the current value of measuring time Used to count the number of times the input condition turns from OFF Counter current value C to ON stores the current value of the counter 2 Instruction symbols The following shows the basic instructions of sequence control Instruction D Description symbol vye Open contact Conducts when an input signal is 2 set to ON w Closed contact Conducts when an input signal is fiki set to OFF Ql Coil output Outputs data to a specified device This section explains the most basic devices and instructions In addition to those listed above other devices and instruction
6. F10 Delete line Alt F9 f sm t Select Edit gt Documentation gt Change TC setting Read mode Shift F2 Note ss EL write mode F2 5 Ladder symbol L Statement Note block edit 2 Double click the output instruction symbol to enter a note Enter Note Embeddec peewee 3 Select Embedded 4 Enter a note on the Enter Note Enter Note Eag screen Click the OK button 6 Select the Note menu in the step Q again to finish the operation Click to close the screen eacon lam Separate J The followings are the two types of note 0 Integrated Embedded note Integrated notes can be written to read from the CPU module 6 Peripheral Separate note The program memory capacity can be saved since peripheral notes are not written to the CPU module is prefixed to the peripheral note in the program 36 HM Monitoring device values and status lt Device monitor gt The followings are the two types of device monitor Type Purpose Device batch monitor Used to monitor consecutive devices of one type Used to simultaneously monitor separately located devices in Entry data monitor ry the ladder or various devices on one screen Device batch monitor Monitors consecutive devices by specifying the start device number Operating procedure MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mode MAIN 113 Step
7. Thailand Co Ltd Bang Chan Industrial Estate No 111 Soi Serithai 54 T Kannayao A Kannayao Bangkok 10230 Thailand P T Autoteknindo Sumber Makmur Muara Karang Selatan Block A Utara No 1 Kav No 11 Kawasan Industri Pergudangan Jakarta Utara 14440 P O Box 5045 Jakarta 11050 Indonesia Messung Systems Pvt Ltd Electronic Sadan NO III Unit No 15 M I D C Bhosari Pune 411026 India Mitsubishi Electric Australia Pty Ltd 348 Victoria Road Rydalmere N S W 2116 Australia Tel Fax Tel 1 847 478 2100 Fax 1 847 478 0327 Tel 55 11 3146 2200 Fax 55 11 3146 2217 Tel 49 2102 486 0 Fax 49 2102 486 1120 Tel 44 1707 276100 Fax 44 1707 278992 Tel 389 039 60531 Fax 39 039 6053312 Tel 384 93 565 3131 Fax 34 93 589 1579 Tel 83 1 5568 5568 Fax 33 1 5568 5757 Tel 27 11 928 2000 Fax 27 11 392 2354 Tel 852 2887 8870 Fax 852 2887 7984 Tel 86 21 2322 3030 Fax 86 21 2322 3000 Tel 886 2 2299 2499 Fax 886 2 2299 2509 Tel 82 2 3660 9552 Fax 82 2 3664 8372 Tel 65 6470 2460 Fax 65 6476 7439 Tel 66 2 517 1326 Fax 66 2 517 3239 Tel 62 21 663 0833 Fax 62 21 663 0832 Tel 91 20 2712 3130 Fax 91 20 2712 8108 Tel 61 2 9684 7777 Fax 61 2 9684 7245 L MITSUBISHI ELECTRIC CORPORATION HEAD OFFICE TOKYO BUILDING 2 7 3 MARUNOUCHI CHIYODA KU TOKYO 100 8310 JAPAN NAGOYA WORKS 1 14 YADA MINAMI 5 HIGASHI KU NAGOYA JAPAN New publi
8. by writing parameters to the CPU module Setup information for modules devices and programs used in the programmable controller system Numbers attached in order from the start of instruction in the sequence program One of the basic operation methods in programming Logical operations consist of three basic operations logical AND logical OR and logical NOT An operation in which programmers search for and correct bugs in the sequence program Introduction This Quick start guide explains the basic procedures for the first time use of the Mitsubishi programmable controller MELSEC Q series CPU module CPU module You can easily understand how to use the programmable controller with this manual Mounting and wiring modules Quick start guide I Qseries Lee My tele iQ 0 Precautions Read SAFETY PRECAUTIONS in the QCPU User s Manual carefully and use the programmable controllers safely Types of CPU modules This Quick start guide explains the usage examples for Universal model QCPU For the usage of other CPU modules refer to the following manuals and be aware of the differences QCPU User s Manual Hardware Design Maintenance and Inspection SH 080483ENG gt Qn H QnPH QnPRHCPU User s Manual Function Explanation Program Fundamentals SH O80808ENG QnUCPU User s Manual Function Explanation Program Fundamentals SH 080807ENG 5 gt QCPU Programming Manual Common Instructions S
9. comment Latch data backup operation wah val Decimal F COMMENT Safety CPU operation ange current value mno Decimal Change current value motor Hexadecimal Local device monitor v Yv v B Parameter IS Device memory S Device init Password setup Clear PLC memory Format PLC memory Arrange PLC memory 32 Set time The Entry data monitor screen can be displayed by selecting Entry data monitor with a right click on the ladder screen Operation cr T C setting value label Reference program MAIN 3 Click the Register devices button on the Entry data monitor Start lor Register devices PIGG ne GevIce Delete all devices Device test Close screen To the next page 38 Register device B Devic Display format Value DEC le x Display Shime carca 4 Enter the device number on the Register device screen Select Display format Click the Register button D Click Eg to close the screen vE The specified device is registered on the Entry data monitor screen eee i Click the Start monitor button Iman fl Start monitor devices ON OFF Current value Device coment Regis Delete i Delete all devices Device test Close 97 Click the Sion monitor button to finish monitoring vE The values of devices and the ON OFF status of c
10. ple PLC diagnostics Oc 8 E Ethernet diagnos Bs Program v v EJ CC IE Control dia fiostics MELSECNET ma stics STT pelea es F F8 Select menu Diagnostics gt System monitor BK Installed status Sypiem Monitor Base Module 1 2 H O O Powe O40 40 Unmo ben ee P TS unti ng Q02UCPU Parameter status Main base 2 Parameter status mW 3 Status 1 0 Address eee e A stem monitor on L t Outp None s s reu ao2ucru TIE fut 4 Base pply 16pt 16pt Module s Detailed Information ea ae Ee Product Inf List Base Information Status E Module system error e Module error E Module warning E Module change Detailed inf of newer lt unnlu Stop monitor se No Description Installed status Displays the modules installed on the base unit Status Classifies error status of by color Base Displays the normal status in white and abnormal in red E Parameter status Displays the parameter setting status written to the CPU module Module Displays the error status with the color in 45 46 6 The information of each module can be checked from the System Monitor screen Double click the CPU module The PLC diagnostics screen is displayed to check the operation status of the CPU module PLC diagnostics m PL
11. supply module The following shows an example of wiring the power line and the ground wire to the base unit 1 Connect the 100VAC power supply to the input rminals HF eed the LG j and eed terminals dE TTR e Power supply module gam E INPUT 100 240VAC YA 50 60Hz 105VA 24V LS ERR 24G zane fs e an So if LG 1 INPUT 100 120VAC 100VAC re MA wire Grounding WE Wiring the input module The following shows an example of wiring the input module QX40 MELSEC Q62P INPUT 100 240VAC 50 60Hz 105VA L Q Q ERR 24 mi ya vK a ao T w E Tram anr O x Lak T TS LE Switch 1 mo t Signal KO WI Switch 2 OFF Signal X1 LE Switch 3 Signal X2 OFF ee 11 WE Wiring the output module The following shows an example of wiring the output module QY40P MELSEC Q62P Lamp 1 INPUT Signal Y10 100 240VAC r Ba 50 60Hz 105VA Lamp 2 Di R Signal Y1E SS 2 xT T E Q Lamp 3 1 0 ignal N m O M N ONU C a Wire the power supply lines separately for the I O equipment and the programmable controller as shown below l Programmable controller Isolation Main power supply 100VAC Jo blo k Programmable 200VAC controller I O power supply oo O gt 1 0 equipment Inside of control panel 12 5 C
12. the power supply module and the power of the I O modules are omitted MR J3USBCBL3M Connection cable USB cable USB A type USB mini B type lalalala 3 Mounting Modules Mount prepared modules on the base unit A battery connector must be installed when using the CPU module for the first time A caution The power supply must be disconnected when mounting modules E Mounting modules Insert a module fixing projection into a module fixing hole on the base unit Side view Base unit Base unit Module fixing projection b BZ Z HE Module Module fixing fixing hole projection 2 Push the module in the direction of arrow until it clicks 4 Complete f SPoint 0 Installing a battery in the CPU module Open the cover at the bottom of the CPU module 4 Connector of CPU module Connector of 2 Insert the connector of battery battery into the connector of CPU module J 3 Close the cover at the bottom of the CPU module L Complete CPU module 10 4 Wiring Modules Wire the power supply module the input module and the output module A caution The power supply must be disconnected when wiring modules Tie For details of wiring precautions refer to the following manual gt QCPU User s Manual Hardware Design Maintenance and Inspection SH 080483ENG WE Wiring the power
13. zl mia SIS 716 BT ol ESEL ET GUE H L D T EEE Drag and drop in the lalta 37 c ua Bt direction of the arrow Unset project T fre Program Device comment Parameter EL Device memory EL Device init MELSOFT series GX Developer Unset project LD Edit mode MAIN 38 Step Click gt JF 10 key FF 18 7 Enter lt vir gt series GX Developer Unset project LD Edit mode MAIN 38 Step Click JF7I key nens aale slal ale alel Click JEZI key a ce Ts L al an zeel z zae slal s malela lala alel E ed ed eee vel 20 ce maa x BB unset project HS Program a Device comment 19 Parameter SU Device memory SI Device init Enter device Y1F Click the UK button Coil Y1F is displayed R Converting a program Define the contents of the entered ladder block Operating procedure MELSOFT series GX Developer Unset project LD Edit mode MAIN 38 Step Project Edit Find Replace inte view Online Diagnostics Tools Window Help EAEE Progam Select Convert gt Convert 4elypl4e one eee Shift F4 ve e S e H TEA key Fo sF5 Fe sFe F FS pa sF9 sF9 loro sf aF5 caF5 coll FID ZH Ea ey Perform the conversion to align entered ladders When completed the gray display turns to white Before conversion YIE E YIF y END 1 lt YIE E lt Y1F E
14. 08ENG gt QnUCPU User s Manual Function Explanation Program Fundamentals SH 080807ENG 24 Checking Operation Execute the program written to the CPU module to check the operation Check the program operation with the switches and lamps or the monitor function of GK Developer E Executing the program written to the programmable controller CPU Use the RESET STOP RUN switch on the front of the CPU module for the operation The usage of the RESET STOP RUN switch e RUN Executes the sequence program operation e STOP Stops the sequence program operation e RESET Performs the hardware reset operation error reset and operation initialization Operating procedure 1 Resetting the CPU module Check the LED status before resetting the CPU module LED display before resetting ji y MT _ MODE Green ON WM RUN OFF SER ERR Red Flashing slow d 2 Tilt the RESET STOP RUN switch toward RESET on the front of the CPU module for over a Second Resetting Hold for over a second ON MODE Green ON RESET RUN L N RUN OFF N aN ERR Red Flashing fast I USB RESET STOP RUN switch RESET RUN 8 STOP l 3 After the flash ERR LED turns OFF then release the switch Resetting completed The switch returns to STOP and the resetting is completed When the flashing ERR LED does not turn OFF refer to the following page gt Tro
15. C status m PLC operation status PLC operation STOP switch STOP System Monitor Installed status m Present Error No Best Error Year Month Da No error Monitor tun stop Stop monitor Q02UCPU Built in Ethernet port Clear Diagnostic Help Error log Error log Clear log Occurrence order Ascending v No Error message Year Month Da File save 4101 OPERATION ERROR 2008 9 14 13 17 59 Enor Jump Close Help Parameter status OO Address 0 a 0 To I Double click each module except the CPU module and Powe Input Outp None rsu QO2UCPU 16pt ut power supply module pply inn i gt The Module s Detailed Information screen is displayed to check the status of each module Status E Module system error SS Module error Modules Detailed Information m Module Module Name QY40P TS Product information 1 0 Address 10 Implementation Position Main Base 1Slot IS Module change m Module Information Module access 120 Clear Hold Settings Fuse Status Noise Filter Setting Status of 120 Address Verify Input Type Remote password setting status No Error Code MEMO 47 MEMO 48 Mitsubishi Programmable Controllers Country Region Sales office USA Brazil Germany UK Italy Spain France South Africa Hong Kong China Taiwan Korea Singapore Thailand Indonesia India A
16. C user data gt i T m r i MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monitor mode Monitoring MAIN 113 Step elem Di stic 2 Select Online gt Debug gt Device test JAn key J1 key Read from PLC Program EI El write to Pic YA 9 p Verify with PLC Write to PLC Flash ROM gt Sl ae e mu Delete PLC data Je PLC 2 data alet a s SA The Device test screen can be displayed by selecting Device test with a right click on the ladder lt screen Device test a 3 Enter the device number to be Dew Close forced ON OFF Word device buffer memory Y Device X C Buffer memory IS 4 Force the device ON OFF FORCE ON Force the device ON FORCE OFF Force the device OFF Toggle farce Force the device ON OFF with each click Setting value DEC v 16 bit integer Set Program Label reference program Execution history Setting condition m Point 0 Forcing a bit device ON OFF with the key operation Double click the specified bit device on the ladder monitor screen while pressing the shift key to force it ON OFF 41 42 Word device current value modification Changing the current value of the word device such as T C D in the CPU module to the specified value Operating proce
17. H 080809 QnACPU Programming Manual Common Instructions SH 080810 A caution This Quick start guide explains operations in the programmable controller system described in System Configuration P 9 Read the manuals referred in the following page when you design or manage the system gt Introduction of related manuals P 6 Programmable controllers The programmable controllers perform sequence control and logical operations by switching the output of output equipment ON OFF according to the command signal from the input equipment lt Qutput equioment gt Push button switch 71 C Output interface Creating and debugging programs Input module CPU module Output module Personal computer Other equipment is shown below lt Examples of input equipment gt Limit switch Input relay Switch lt Examples of output equipment gt Contactor Solenoid valve E Programmable controller usage example This example shows the programmable controller system in a beverage plant Beverage plant 4 Lifter 5 Product counter The following explains the procedure for putting bottles in a case When the switch is turned ON the IN OPERATION lamp is lit and the conveyor is set in operation 2 When the conveyor brings a bottle case to a particular position the sensor senses it 3 When the bottle case is sensed the stopper operates to stop it 4 The lifter goe
18. L Start monitor All windows Ctrl F3 gt E t y d t t L SampleProject test Remote operation Alt 6 Stop monitor All windows Ctrl Alt F3 n r a a m O n O r 9 be Program 79 MAIN Program memory batch transfer Stop monitor Alt F3 S Device comment Latch data backup operation ji A E COMMENT Safety CPU operation gt Change current value monit Decimal Change current value monit J Hexadecimal Password setup Local device monitor Clear PLC memory Format PLC memory Arrange PLC memory Set time Y 9 Parameter SU Device memory E Device init Operation cr The Entry data monitor screen can be displayed by selecting Entry data monitor with a right click on the ladder screen lt 7 To the next page 39 3 Select Window gt Tile horizontally 77 Project Edit Find Replace Convert View Online Diagnostics Tools Bs k 3 Dist S liell alale ZIS le _ cee Program lt Sha Ja HS TT A WE OILE A i MEN L l F6 e 71 F8 FS J sF9fcF9 Tem sF7 sl sF7 aF Tile horizontally Av e anaa inam Close all windows 11 7 1 LD Monitor mode Monitoring MAIN 113 Step Set the Entry data monitor screen to the monitor stop status The ladder screen and the Entry data monitor screen are displayed horizontally 4 Click the start point of the ladder 5 Click the end point
19. MITSUBISHI ELECTRIC Mitsubishi Programmable Controllers Quick Start Guide MELSE SI series Mode RUN MRU Bar Beor ot a na a MITSUBISHI iQ Platform Changes for the Better How to read this guide Generic terms Introduction Programmable controllers Introduction of related guide on A O N Using programmable controllers Preparing for D Operation System Configuration Mounting Modules 3 Wiring Modules 4 Checking Power Supply Programming 6 Writing Programs 7 Checking Operation Troubleshooting Freguently used function How to read this guide The following shows the symbols used in this Quick start guide with descriptions and examples Point This symbol explains information Select View gt Comment et key LES key you need to know The comment display hide setting can be switched For details refer to the following manual This symbol describes the gt QnUCPU User s Manual Function Explanation Program Fundamentals SH 080807ENG HR Reference references of manuals and pages for more details This symbol describes content When mounting the module the power must be turned ETT that must be noted in operation OFF Menu names on the menu bar l L gt gt shows drop down menus Select Project gt New project _________ Buttons on the screen Ea I Keys on the keyboard ke
20. Sampl Remote operation Alt 6 v v v v Device comment Program rezzzc ba i tt l Program lp Parameter a kn errer s Select Online gt Format PLC memory Gi Device memory Safety CHE operation K S Device init Password ff stup K Format PLC memory 6 l vE The Format PLC memory screen is displayed Format PLC memory Connection target information 2 Select Program memory Device Connection interface USB each PLC modue AA Target PLC fo Station no Host PLC type faou memory from Ta rget memory Target memory Program memory Device memon p Format Type Do not create a user setting system area the necessary system area only E 3 Click the Execute button Sr Create a user setting system area MELSOFT series GX Developer 77 U 4 Click the Yes button Ei lt ecute MELSOFT series GX Developer Eg 1 complet 5 Click the DK button F omplete cl The CPU module format is completed Click the Close button to close the Format PLC memory screen 7 Point When data such as programs and parameters are already stored in the CPU module they are deleted Thus the necessary data should be read from the programmable controller CPU and saved as a project before executing the Format PLC memory function 23 E Writing programs to the CPU module Operating procedure X MELSOFT series GX Developer C MELSEC Gppw SampleP
21. Sec ho Retry times 0 When properly connected the connection completion message is displayed OF button MELSOFT series GX Developer Eg Click the A L Successfully cofnected with the QO2UCPU R MELSOFT application Unable to communicate with PLC The Following reasons may be responsible When the screen on the right is displayed check the system and M resins OFF or reset status t power ar USB trouble Please rest lt E5 01808502 gt the settings 5 Troubleshooting P 28 vE oiaoi Gru lt an a J 3 J 3 System image 123 4 Line Connected P A6TEL C24 Click the OF button CC Link Ethernet OK C24 CCIE Cont NET II net Target PLC Accessing host station Not specified Close The connection setting is completed Co existence network route 22 E Formatting the CPU module Before writing the program format the CPU module to set it to the initial status Operating procedure MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mode 77 Project Edit Find Replace Convert view fei Diagnostics Tools Window Help DiS al g Transfer setup Progen mma al Read from PLC rogram M 21 Write to PLC 4 EY HJA 4H R L K 1 eli Verify with Pic te F5 sF5 F6 sF6 F FS F9 sF9 cF9fd write to PLC Flash ROM gt D aF9 BA oe YA x Delete PLC data Sl le Oe AEs PLC user data Monitor walala 2t C8 mlete b x g 0 Trace SampleProject
22. cation effective Jan 2009 Specifications subject to change without notice
23. dure MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mode MAIN 113 Step E Project Edit Find Replace Convert view Kenma Diagnostics Tools Window Help Dea 3 AU D Transfer setup Progam x a Read from PLC E Z Write to PLC 3 Verify with PLC z AKIFA dolgod Write to PLC Flash ROM ai 1 Delete PLC dat al f alcl WANA xh elete ata P zla ENEL aE PLC user data Select Online gt Monitor gt Monitor Write mode ES key el l laltal Ep Gl S tere Debi b Monitor Write mode Shift F3 ali ron MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monitor mode Monitoring MAIN 113 Step YA Project Edit Find Replace Convert View Kenia Diagnostics Tools Window Help Da S Ba Monitor status F Z atone Select Online gt Debug gt sige aad Device test USU key U key EE mlz PLC user data lafta uc SIS nt pee The Device test screen can be displayed by selecting Device test with a right click on the ladder screen Device test Bit device 3 Enter the device number to be Device FORCE ON FORE Word device buffer memor Petal a changed Device C Buffer memnru 4 Enter the value to be changed 23 DEC v hi 16 bit integer Program Label reference program S Click the Set button Execution history M Changing running programs lt Online program c
24. e 7 Project Edit Find Replace Convert View Pomni DSa e seele Program vi Read from PLC Write to PLC The Transfer Setup screen is displayed hasl Ethernet board Ethernet 4 module CPU module Diagnostics To rn Select Online gt Transfer setup 4 K PLC mode QCPU Gmode m Target systen Connection channel list Other station Co existence network PLC direct coupled setting Connection test PLC type Multiple CPU setting 4 ee eh et Target PLC System image Line Connected Q A6TEL C24 Not specified To the next page 2 Double click Serial USB vE The PC side I F Serial setting screen is displayed 3 Select USB C I Cificel button UK S SB 4 Click the B E Click PLC module CCIE Cont MNET II CC Link Ethernet C24 module module Cc PLC module NET 10 H module module madi ile PLC mode QCPU Omode E Connection channel list K Other station Co existence network PLC direct coupled setting lt 7 PLC side F H 6 Click No specification Other station her station Single networ No specificatior 9 Ot DI E Connection channel list E L D Click the Connection test button No specification Other station Single network Other station Co existence network PLC direct co led settina Time out
25. e Device batch monitor screen can be displayed by selecting Device batch with a right click on the ladder screen R Device batch monitor 1 SEE Devil xo Monitor ruma one word Display gt 16bit inteaer Value DEC T C set value eres 3 Enter the start device number C Ward l to be monitored on the Device C Real number single precision a Start onitor C Real number double precision batch monito r screen C ASCII character Device r EDC Ba98 47654 43210 Optic setup 4 Click the Chart monitor button Device test To the next page 3 pia E Device batch monitor 2 Z The values of devices and the ON OFF status of contacts coils are displayed Device xO 8 UG Monitor format Bit amp Word Display 16bit integer Value DEC T C set value Reference program C Bit C 32bit integer C HEX MAIN z gt C Word Real number single precision Click to close the screen C Real number double precision Stop monitor C ASCII character _ Stop monitor Device EDC Ad 7654 3210 i xO Tim Woo oleic w lal Option setup 0000 0000 0000 0000 0000 0000 Device test Close 0000 0000 0000 0000 0000 0000 0 00 0 D 00 0 D 00 0 0 00 0 0000 0 00 0 0 00 0 0 00 0 0 00 0 O O O O O O O ia 0 Entry data monitor The device registration methods used to perform the Entry data monitoring are the specified device registrat
26. ed PC a E E 1 E 1 E 1 E 1 E 1 J X mw w w w el V P E J E B E 8 x page E E EE EE EE E E m m E EE E E m l USB cable E E HE HE HE E R 6 Lamp USB mini B type ae ee Jd R E E m E GX Developer Version 8 needs to be installed in your personal computer in advance 6 GX Developer the design and maintenance tool for Mitsubishi programmable controller is necessary to set up programmable controllers and create sequence programs 0 For the installation and operation of GX Developer refer to the following manuals gt GX Developer Version 8 Operating Manual Startup SH 080372E 3 GX Developer Versions nnan m EE Ta meee ee au m Hes E E m 8 Switch UA OFF ci te gt GX Developer Version 8 Operating Manual SH 080373E 6 Compatible GX Developer version The CPU module used and its functions differ in each version of GX Developer For the compatible GX Developer version refer to the following manual gt QCPU User s Manual Hardware Design Maintenance and Inspection SH 080483ENG 2 System Configuration M System configuration example This Quick start guide explains the following system configuration as an example Inputs and outputs are configured as switches and lamps respectively Switch input Programmable controller Lamp output Qo2UCPU 40 ON O ERR J 3 A E BAT z S OFF ON A OFF ON OFF Wires to
27. hange gt This function writes only the modified ladder block to the CPU module while the CPU module is in the RUN status A program can be written in a short time since this function does not transfer the whole program The following is an example of adding a contact to the ladder Operating procedure po x1 S J T Select 79 Write mode while i 4 displaying the ladder END HT Add a contact The ladder block is j ert displayed in gray MELSOFT series GX Developer 3 Select Convert gt IA has changed Convert Online Change Make sure everything is safe then execute again The write destination is the program in the program memory Shift k ey F4 k ey l Don t write to the same program From a plurality of place at the same time Ensure the PLC program and the program to be converted match Tt will not operate properly when there is some Rise instruction Fall instruction SCJ instruction in the program OK 4 Click the Yes button Write destination progra MAIN When the online program change has been properly completed the following message is displayed MELSOFT series GX Developer 1 j RUN write processing has completed There are 499 RUN vice maincenance steps remaining Click the Ok button to close the screen AN caution The program in the CPU module and the program to be modified in GX Developer must be the same to pe
28. hecking Power Supply Check that the power supply runs normally after configuring the system mounting modules and wiring Operating procedure 1 Check before turning ON the power supply e Wiring of the power supply e Power supply voltage 2 Set the CPU module to STOP Set the switch on the front of the CPU module to STOP RESET STOP RUN 3 Supply power 4 Check that the power supply runs normally Check the front LEDs on each module The following shows the normal state of the LEDs Power supply module POWER LED lights in green 2 CPU module MODE LED lights in green vE RESET RUN QO2UCPU Construction of the system is complete Turn OFF the power supply 6 Troubleshooting O When the POWER LED MODE LED are OFF or flashing refer to the following page 5 gt Troubleshooting P 28 2 When a parameter or program is not written to the CPU module the ERR LED flashes red but it is not a problem at this stage ERR LED flashes red RUN ERR USER 13 Programming Create a program Sequence program for sequence control 14 Devices and instruction symbols in programming Combine devices and instruction symbols to create a Sequence program Devices Devices include bit devices and word devices 07 Bit device handles one bit information such as ON OFF of a switch or a lamp ON OFF of a switch ON OFF of a lamp ON
29. ing R Learning about programming tools software GX Developer Version 8 Operating Manual Startup SH 080372E This manual explains the installation method for GX Developer Version 8 GX Developer Version 8 Operating Manual SH 080373E This manual explains operation methods including program creation parameter setting writing reading programs and debugging Using programmable controllers The programmable controllers are installed with procedures as shown below Preparing for Operation P 8 Preparing the necessary equipment 2 System Configuration P 9 Introducing equipment used for operations in this Quick start guide 3 Mounting Modules P 10 Mounting the CPU module and other modules on the base unit 4 Wiring Modules P 11 Wiring the power supply module the CPU module and the I O modules 5 Checking Power Supply P 13 Turning ON the system to check the condition of the CPU module Programming P 14 Creating a program with GX Developer 7 Writing Programs P 21 Writing a program created with GX Developer to the CPU module Checking Operation P 25 Executing the program by running the CPU module Checking that ON OFF inputs correspond to ON OFF outputs Preparing for Operation E Preparing the necessary equipment PE Re Q Programmable controller E four E E E E EE E Explanations for each module are on the next Windows bas
30. ion and the device registration with ladder monitor display lt Specified device registration gt Register specified devices on the Entry data monitor screen Operating procedure MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mode MAIN 113 Step R Project Edit Find Replace Convert view Kanowa Diagnostics Tools Window Help Di oe 3 T E Transfer setup Posen i etonne D Select Online gt Monitor gt reae Sl S RE F Monitor Write mode LES key F9jcoF9 d Write to PLC Flash ROM a ESEJA fe zl Delete PLC data T Bait Fale bal ES Is SEE PLC data 3 i i MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monitor mode Monitoring MAIN 113 Step 77 Project Edit Find Replace Convert view Kenma Diagnostics Tools Window Help Diek Read from PLC Program C zl Write to PLC HHS ea Paka Verify with PLC FS F F FS Write to PLC Flash ROM gt ET capes Fay S zj Delete PLC data Bi PLC user data ANA Wai Fasi ka Monitor status 0 500ms STOP Local de 2 Select Online gt Monitor gt r Entry data monitor Af lala Ee gi Debug Monitor Write mode Shift F3 x Operation r a p Trace gt Start monitor All window Remote operation Alt Stop monitor All windows 0 pe MAIN Program memory batch transfer Stop monitor Alt F3 Sha Device
31. ocedure MELSOFT series D i sE Edit Find Reflace View Online Diagnostics Tools Window Help New project New project a chr Ja Kla z far Cath Keti key IN key D Open project 2 Select QCPU Q mode 3 Select the QCPU to be used Program type p Label setting QO2UCPU in this manual fa Ladder Y Do not use label e Muel 6 Use label c ig Select when using ST program 4 Click the Ok button FB and structures ies GX Developer Unset project LD Edit mode MAIN 38 Step Project Edit Find Replace Convert View Online Diagnostics Tools Window Help DSR S eale sll ele alel eas l G e ae 4y p Ol l AAA T T 1 tele lel sF5 F DE ETE A project tree is displayed E L nns A ladder screen is displayed 16 E Entering a sequence program Operating procedure 1 Enter B MELSOFT series GX Developer Unset project LD Edit mode MAIN 38 Step jess RRR er SRSA Hea wy L F6 ule En U a Ae alk SU He ute WU Lal dal al Sal Bel Click 4 TEST key 2 Enter device KO Click the OE button Device comment Parameter it Help MELSOFT series GX Developer Unset project LD Edit mode MAIN 38 Step Click F FES key Enter device X1 Click the UK button Unset project fre Program Device comment Parameter E Device memory
32. of the ladder while pressing the key specify the range R Entry data monitor 1 T C setting value ON OFF Current value Local label Reference program Register devices to the Entry data monitor screen ME LD Edit mode MAIN 113 Step DER a 0 32 6 Drag and drop the selected 3 range to the Entry data monitor ae screen E Entry data monitor 1 The values of the selected devices are monitored E LD Monitor mode Monitoring MAIN 113 Step BEE A 0 32 Click the Start monitor button E Entry data monitor 1 M Changing device values lt Device test gt This function forces bit devices such as X Y M C of the CPU module ON OFF or changes the current value of the word device such as T C D to the specified value Bit device forced ON OFF Forcing bit devices such as X Y M C of the CPU module ON OFF Operating procedure i MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mode MAIN 113 Step Project Edit Find Replace Convert view Kent Diagnostics Tools Window Help Diek S B A Transfer setup Read from PLC Program zl zi Write to PLC HI HIII OJH 3 Verify with PLC Fa FS sF5 F6 sF6 F F8 pa p d Write to PLC Flash ROM gt J aF9 Select Online gt Monitor gt Monitor Write mode IES key SI FE JESA lu 4 Delete PLC data Fale eal EE BBE PL
33. ontacts coils are displayed lt Device registration with ladder monitor display gt Specify the range of the ladder diagram in the ladder monitor screen and register the devices in a batch MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Edit mode MAIN 113 Step fea Project Edit Find Replace Convert view Keni Diagnostics Tools Window Help Delal 5 N E A Transfer setup Progen SS 7 Read From PLC rogram XI Write to PLC 4EY RI 44 44 1147 1 se Verify with Pic F5 sF5 F6 sF6 F ES FO sF9 cF9 d wite to PLC Flash ROM B arar fs x Delete PLC data e S E Alel lt E PLC user data Monitor Jalal Ep Gl RIS ber tee Debug Monitor Write mode Shift F3 EE Select menu Online gt Monitor Monitor Write mode LES key 5 i MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monitor mode Monitoring MAIN 113 Step Project Edit Find Replace Convert view Koani Diagnostics Tools Window Help Dig S Read from PLC Program zl S Write to BLC TE H Slit Verify with PLC F5 F F Fs Write to PLC Flash ROM E L IE Z S Delete PLC data Ej Monitor status 0 500ms STOP Local de PLC user data E a Monitor 2 Monitor mode F3 2 Select menu Online Monitor Debug Monitor Write mode Shift F3 x Operation ri R l 1 e Trace
34. oper Unset project LD Edit mode MAIN 38 Project ASIA Find Replace Convert View Online Diagnostics Tools Window Help Cl ae Undo Ctrl Z exe DISK Restore after ladder conversion ale ael Cut Ctrl X ki jike Copy Ctrl C HIM t L Bl aF aF8 aF caF5 caf F10 Insert line Shift Ins ler fe Delete line Shift Del Insert row Ctrl Ins Insert NOP batch Xl Xe Delete NOP batch Draw line F10 Delete line Alt F9 xz i l Select Edit gt Documentation Change TC setting Read mode Shift F2 Comment NE 2 KENY Write mode F2 Ladder symbol K Note Statement Note block edit 2 Double click the ladder symbol to enter a comment 3 Enter a comment on the Enter device comment screen 4 Click the UK button Select the Comment menu in the step 0 again to finish the operation 33 34 4 0 Entering comments when creating ladders Operating procedure MELSOFT series GX Developer Unset project LD Edit mode MAIN 43 Step fea Project Edit Find Replace Convert View Online Diagnostics WEMA Window Help DIR S za Bl gt c DIR gll Check program Confirm project memory size Program v v ar rig Merge data Check parameter HIS DS iP 8 Hl zla H E UDIT F5 sF5 F6 sF6 F F8 F9 sF9 oo aS alts afal arz d Transfer ROM K d EE E esi SIS SI RS 12 Ping Select Tools gt Options IC mem
35. ory car Set TEL data Intelligent Fun ff on utility K Unset project i Program S Device Comment E COMMENT Options Customize key 2 Check Continues during command write of Comment Program common ach program Whole data TEL ard setting After conversion writing behavior m Edit object shift fc o Continuous lad block Write during RUN while PLC is running as n p ut n th e lt P ro g ra mMm CO mMm mM O n gt Shift the progra forward C write if PLC STOP 7 1 ladder block Y Don t write to PLC ta b S Don t shift the H gram forward eas Step No specification used in writing Absolute step No default LA Baali ba mrina I Click the UK button lt b After the ladder input operation the Enter device comment screen is displayed to enter a comment Enter device comment x1 COM Eg Cancel 0 Creating statements Operating procedure P MELSOFT series GX Developer Unset project LD Edit mode MAIN 40 Project Kandi Find Replace Convert View Online Diagnostics Tools Window Help RIS l alel Rie Cut Ctrl x os fi Copy Ctrl C Bee ee SS 8 aF aF8 aF5 caF5 cafi0 F10 Insert line Shift Ins Delete line Shift Del Insert row Ctrl Ins Insert NOP batch Delete NOP batch a j Draw line F10 H g pE nie s Select Edit oo mentation Change TC setting Statement
36. ower supply module the CPU module the I O modules and the base unit are combined in the programmable controller system A switch to suspend mobile objects on both sides of a moving apparatus for safety reasons Breaks connects the electricity with electrical switching Generally called an electromagnetic contactor to break circuits and switch the heater An electromagnet with a direct alternating current solenoid valve Connected to the output side of the programmable controller Prevents electric shocks and malfunctions Transfers signals to other equipment Combines such elements as breakers switches protection equipment relays and programmable controllers Receives signals from switches and sensors and supply electricity to operate motors and solenoid valves of the machines and equipment A two winding transformer The primary and secondary coil are wound separately to protect the secondary load An input used when creating a Sequence program An output used when creating a Sequence program A location to store data such as ON OFF numeric values and character strings in the programmable controller Breaks connects the sequence circuit by switching ON OFF A program to perform sequence control Indicates a GX Developer project in this Quick start guide Consists of programs device comments and parameters Setup information necessary to operate the programmable controller system Modules and the network are set
37. r mode Mc Project Edit Find Replace Convert View Online petites lads window Hep O Select Diagnostics a Diela 3 Ba AIAN N PLC diagnostics PLC diagnostics PLC Diagnostics screen example PLC diagnostics PLC status PLC operation status PLC operation STOP switch RUN Present Error No Present E ror Year Month Da Monitor run stop 2200 MISSING PARA 9 53 22 Stop monitor Built in Ethernet port Error Jump eea ees ja JA Present Error Error log 2 Click the Help button Error log Clear log Occurence order Ascending No Enormessage Year Month Da File save BATTERY ERROR 2008 9 2 14 13 46 MISSING PARA 2008 3 14 3 Error Jump Close Error log Click the Hep button Help screen example Help of GPPW Error code list File Edit Bookmark Options Help Contents Error code list Error code 2200 Applicable machine High Performance model QCPU Process CPU Redundant CPU Error code SDO Error message MISSING PARA Common information SD5 15 Drive Name Individual information SD16 26 LED status RUN Off LED status ERROR Flicker PLC operating state Stop Diagnostics timing At power ON At reset STOP gt RUN Error description amp cause There is no parameter file in the drive specified as valid parameter drive by the DIP switches Corrective action 1 Check and correct the valid parameter drive settings made by the DIP switche
38. rform the online program change When you are not sure verify the programs in advance or modify the ladder after performing the Read from PLC function 43 M Checking errors lt Error jump gt Errors can be checked easily with the error jump function of PLC diagnostics Operating procedure MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monitor mode Ma a Project Edit Find Replace Convert View Online Ss Tools Window Help Select Diagnostics gt PLC diagnostics from the GX Developer menu PLC diagnostics PLC status PLC operation status PLC operation STOP switch RUN Present Error Ha Present Eror Yean Month Day 4101 OPERATION ERROR 2008 9 14 13 17 59 Monitor run stop Stop monitor 2 Click the ErrorJump button Built in Ethernet port Help Error log Error log Clear log Occurence order Ascending v No Emrmesage Year Manth Day File save 4101 OPERATION ERROR 2008 9 14 13 17 59 The cursor jumps to the step number of the sequence program corresponding to the selected error SM4A00 U Moy E 1 ZU 100 5 END 44 E Monitoring system status lt System monitor gt This function monitors the system status of the CPU module and other modules Operating procedure MELSOFT series GX Developer Unset project LD Read mode MAIN 43 St YA Project Edit Find Replace Convert View Online Bweni Tools Window Help
39. roject LD Edit mode Dao fe E Q Transfer seti JJ Select Online Write to PLC 4 Dead Fear Dl El Program The Write to PLC screen is displayed Connecting interface USB lt gt PLC module PLC Conne ya n 2 Click Param Prog Target men iy Program memory Device memory Title File Si Device data Program Common Local L i JA Select all Cancel all selections cie 3 Program and Parameter Passw 1 setup are checked Sl Program T KM MAIN Related fill ctions setup eration memory nr T TX Device comment Transf C COMMENT la Parameter K PLC Network Remote Remote Clear PL Click the Execute button Arrange PLC memory Create title Total free space Free space volume sae Bytes When the Write to PLC function is properly executed the following message is displayed MELSOFT series GX Developer Ed i eee 5 Click the UK button omplete OK The program writing is completed Click to close the Write to PLC screen SPoin PLC parameter The PLC parameter is necessary to start the CPU module The default values are used in this system configuration For details of setting parameters refer to the following manuals gt Qn H QnPH QnPRHCPU User s Manual Function Explanation Program Fundamentals SH O808
40. s 2 Set the parameter file to the drive specified as valid parameter drive by the DIP switches Error code SD0 Current errors and corrective aie MRSN PARA actions are displayed Common information SD5 15 Drive Name Individual information SD16 26 LED status RUN Off LED status ERROR Flicker PLC operating state Stop Diagnostics timing At power ON At reset STOP gt RUN Error description amp cause There is no parameter file at the program memory Corrective action Set the parameter file to the program memory Error code SDO Error message MISSING PARA Common information SD5 15 Drive Name Individual information SD16 26 LED status RUN Off LED status ERROR Flicker PLC operating state Stop Diagnostics timing At power ON At reset STOP gt RUN Error description amp cause Parameter file does not exist in all drives where parameters will be valid Corrective action Set a parameter file in a drive to be valid 30 Frequently used functions This section explains functions frequently used in GX Developer E Clarifying programs lt Comment gt Device comment Statement Note HM Monitoring device values and status lt Device monitor gt Device batch monitor Entry data monitor E Changing device values lt Device test gt Bit device forced ON OFF Word device current value modification R Changing running programs lt Online program change gt WE Checking errors lt Error jump gt HM Monitoring system s
41. s convenient for sequence control are available gt QCPU Programming Manual Common Instructions SH 080809 gt QnACPU Programming Manual Common Instructions SH 080810 R Creating a program Create a sequence program The following shows how to create a sequence program with basic devices and instruction symbols for sequence control The following devices and instruction symbols are used e Input X device e Output Y device e Instruction symbols 41 8 Create a program that performs the following controls e When the XO and X1 switches are turned ON the Y10 output lamp turns ON e When the X2 switch is turned ON the Y1E and Y1F output lamps turn OFF oir GozucPU x40 R Y10 Y1E Y1F The following explains the procedure to create this sequence program 15 E Starting GX Developer Operating procedure Notepad fm MELSOFT Application Z To MELFANSweb Hamenane Select Sta rt All Prog rams L Windows Media Player FA GX Works2 Gc 33 Windows Messenger GX Developer M ELSOFT Application Sa ON shut dom gt GX Developer After starting the GX Developer main screen is displayed P MELSOFT series GX Developer Project Edit Find Replace View Online Diagnostics Tools Window Help Datta S 4 ell ol aieia ZIS ale siel ee ae ea Sl 2 sle re Lev S ni ale E Creating a new project Operating pr
42. s up the arm moves forward and the lifter goes down to put bottles in the case One is added to the value in the product counter When the CPU module concludes that the above procedure is completed the stopper goes down to let the cases flow Repeat procedures to Introduction of related manuals This Quick start guide explains the basic procedures for introducing programmable controllers Read the following manuals to use each module with a full understanding according to your purpose R Learning about programmable controllers 6 QCPU User s Manual Hardware Design Maintenance and Inspection SH 080483ENG This manual explains specifications settings and maintenance methods for the CPU module the power supply module and the base unit 6 Qn H QnPH QnPRHCPU User s Manual Function Explanation Program Fundamentals SH 080808ENG 0 QnUCPU User s Manual Function Explanation Program Fundamentals SH O80807ENG This manual explains the functions of the CPU modules and about devices and parameters that are the basic knowledge necessary for programming O Module Type Building Block User s Manual SH 080042 This manual explains specifications and functions for the input module and the output module R Learning about programming 6 QCPU Programming Manual Common Instructions SH 080809 0 QnACPU Programming Manual Common Instructions SH 080810 This manual explains the instructions used in programm
43. tatus lt System monitor gt P 32 P 37 P 41 P 43 P 44 P 45 31 E Clarifying programs lt Comment gt Use comments to clarify the contents of a program Statement Operation reception vn bu Advance Retract ton end end Operation control lt Chattering prevention X2 Toate E Retract ie AY end command lt Operation monitor gt Device comment Ia Ee dvance Beacon 1 ommand The followings are the three types of comment Type Number of characters Select View gt Comment Lem key LES key to switch the comment display hide setting 0 Creating device comments Device comments can be entered from the list or on the ladder diagram lt Input operation from the list gt Operating procedure Unset project Fa Program Device A T Double click COMMENT under Device comment in the project list Parameter SLI Device memory ELI Device init lt 7 To the next page 32 MS Device comment COMMENT f E 3 4 2 Enter the start device number in Device name Device name Device na el TAE m 3 Click the Display button 4 Enter a comment in the Comment column When entering comments for other devices enter a device number again as in the step 6 Click to close the screen lt Input operation on the ladder diagram gt Operating procedure i MELSOFT series GX Devel
44. the monitor mode series GX mois est Renee ea LD Edit mode MAIN EIEE EEEE T Select Online gt Monitor ols ie SARS a E lt gt Monitor mode LF3_ LES key 4 EY H 4 HHT K 4 spe nc E F5 sF5 F6 sF6 F to E d Write to PLC Fla sh ROM gt D aF9 S E y Delete PLC data mj E PLC user data To the next page 26 Ba Execute the monitor to display the Monitor status screen Project Edit Find Replace Convert View Online Diagnostics Tools Window Help aaa The ON OFF status of bit devices can be checked on the ladder screen Contacts outputs set to ON are displayed in blue Right after the program execution bit devices X02 Y1E and Y1F are lit blue due to the instructions from the program Y10 3 lE JF 2 Operation check 1 Double click KO while pressing Y10 AN JE Displayed in blue IF the Shift key gt XO turns ON 3 Operation check 2 w 2 Double click X1 while pressing i iF L the Shift key gt X1 turns ON gdm OD Displayed in blue l eu Y10 turns ON 3 Double click X2 while pressing the Shift key gt X2 turns ON Displayed in blue l LF Y1E and Y1F turn OFF pro While pressing the shirt key double click devices set to ON in Operation checks 1 and 2 to turn them OFF 2 Troubleshooting When modules do not run normally refer to the following
45. ting Modules P 10 For details of the troubleshooting refer to the following manual 5 gt QCPU User s Manual Hardware Design Maintenance and Inspection SH 080483ENG 28 E Troubleshooting when using GX Developer Check the problem and respond according to the following list Check the cables The CPU module cannot Is the correct cable used T GX Developer Version 8 communicate with the Operating Manual SH 080373E personal computer GX Developer Is the GX Developer Check the transfer setup setup properly 5 Writing Programs P 21 set R MELSOFT application mmunication time oul i Unable to communicate with PLC The Following reasons may be responsible U 2 Commi L Cable trouble PLC power are OFF or reset status USB trouble Please restart lt E5 01808502 gt Properly install the USB driver referring the following manual Is the USB driver properly Communication error installed GX Developer Version 8 message Operating Manual Startup SH 080372E Has a write protect Unlock the password Programs cannot be written password been set in GX gt GX Developer Version 8 Developer Operating Manual SH 080373E 29 R Checking errors in the CPU module lf a problem occurs errors can be checked by diagnosing the programmable controller CPU in GX Developer Operating procedure E MELSOFT series GX Developer C MELSEC Gppw SampleProject LD Monito
46. troubleshooting information E Programmable controller troubleshooting 1 First check the following points 1 The ON OFF status of the power supply 2 The mounting condition of the power supply module the CPU module and the I O modules 3 The LED on the front of the CPU module 2 Check the problem and respond according to the following list The POWER LED is Is the power supply module Wire and mount the module properly OFF after turning ON the properly wired and Mounting Modules P 10 power supply module mounted Wiring Modules P 11 Are programs and PLC Write programs and parameters to the CPU parameters written to the module CPU module gt Writing Programs P 21 If there are several programs register them in the program setting of the PLC parameter and write E a the parameters to the CPU module The ERR LED onthe If the CPU has several CPU module is flashing programs are they red registered to the PLC parameter If several programs are not needed delete unnecessary data or execute the Format PLC memory function before writing data to the programmable controller CPU 357 GX Developer Version 8 Operating Manual SH 080373E Handle by checking for errors following Checking emer menaneve errors in the CPU module P 30 in this manual Properly connect the battery The BAT LED on the CPU module is ON or flashing Is the battery properly connected gt Moun
47. ubleshooting P 28 25 2 Executing the program Tilt the RESET STOP RUN switch toward RUN on the CPU module LED display at the STOP status ECT Qo2UCPU RESET RUN MODE Green ON L RUN OFF STOP If the RUN LED turns ON green the program is running normally LED display at the RUN status ECT Qo2UCPU MODE J MODE Green ON ne RUN Green ON gt RESET RUN e STOP ERR ANT Do not use pointed tools such as a screwdriver when operating the switch They may damage the switch R Using switches and lamps to check the operation Check the program operation by turning the switches and lamps ON OFF If all of the switches X0 X1 X2 are OFF right after the execution of the program the output lamp Y10 stays OFF and the output lamp Y1E and the output lamp Y1F stay ON due to the instructions from the created program 1 Operation check 1 Turn ON the switch XO gt The output lamp Y10 stays OFF and the output lamp Y1E and Y1F stay ON 2 Operation check 2 Turn ON the switch X1 gt The output lamp Y10 turns ON 3 Operation check 3 Turn ON the switch X2 gt The output lamp Y1E and Y1F turn OFF M Checking the operation in GX Developer Check the program operation by using the monitor mode on the GX Developer screen where the status of switches and lamps can be operated and checked Operating procedure 1 Set the operating program display screen to
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49. y Another procedure corresponding to a drop down Select Online Monitor gt Monitor mode IES menu icons and keys on the i keyboard ey am lt gt Tab names on the screen lt Program common tab Generic terms The following explains the terms used in this Quick start guide Generic term Programmable controller system Sequence control QnACPU GX Developer CPU module Power supply module Base unit Building block Limit switch Relay Contactor Solenoid valve Ground Control panel Isolation transformer Contact Coil Device Internal relay Sequence program Project Parameter PLC parameter Step number Logical operations Debug Description Combination of the power supply module the CPU module the I O modules and the base unit Consecutively processes each control step based on the fixed order or procedure General term for the programmable controller CPU available in MELSEC QnA Application software to create sequence programs and communicate with the programmable controllers The core module to unify the controls of the programmable controllers QO2UCPU is used in this Quick start guide Supplies electricity to each module including the CPU module and the I O modules The unit that mounts the power supply module the CPU module and the I O modules A method to organize one system by combining necessary elements Elements such as the p

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