Fx-50du Operation Manual Hmi

Transcript

Graphic FX-SODU Units GRAPHIC FX-50DU UNITS Operation Manual Manual number: JY992D59201A Manualrevision:A AugustDate: 1996 r Y Foreword This manual contains text, diagrams and explanations which will guide the reader in the correct installation and operation of the DU unit. Before attemptingto install or use the DU unit this manual should be read and understood. If in doubt at any stage of the installationof the DU unit always consult a professional electrical engineer who is qualified andtrained to the local and national standards which apply to the installation site. If in doubt about the operation or use ofthe DU unit please consultthe nearest Mitsubishi Electric distributor. This manual is subject to change without notice. L AMITSUBISHI / Graphic FX-5ODU Units AMITSUBISHI Graphic FX-5ODU Units - FAX BACK Operation Manual(A) Mitsubishi has a world wide reputation its efforts for in continually developing and pushing back the frontiersof industrial automation. Whatis sometimes overlookedby the user is the care and attention to detail that is taken with the documentation. However, to continue this process of improvment, the comments of the Mitsubishi users are always welcomed. This page has been designed for you, the reader, fill to in your commentsand fax them back to us. We look forwardto hearing from you. numbers: Fax name: Electric Mitsubishi ....... America 834 298-1 (708) 7072 638 (02) Australia Germany (021 86-1 12) 402 South Africa 1(0 1 1 ) 444-8304 United Kingdom (01 707 278695) ............ ................... You company: . . . . . . . . . . ................... Your location: . . . . . . . . . . . ................... Your Please tick the box of your choice; What condition did the manual arrive in? 0 Good Will you be using folder a to store the manual? What do you think the tomanual presentation? Aretheexplanationsunderstandable? Yes, Which explanation was most difficultto understand: 0 Minor damage 0 0 Yes 0 Tidy 0 Not too bad 0 0 0 Unusable No Un-friendly Unusable ................. .............................................. 0 Are there any diagrams which are not clear? Yes 0 No If so, which: . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Whatdoyouthink to themanuallayout? Good 0 Not too bad Un-helpful If there one thing you wouldlike to see improved, whatis it? . . . . . . . . . . . . . 0 .............................................. .............................................. Could youfind the informationyou required easily using the index and/or the contents, if possible please identify your experience: ............. ..... .............................................. .............................................. .............................................. .............................................. Do you have any commentsin general about the Mitsubishi manuals?. . . . . . . . .............................................. .............................................. .............................................. .............................................. Thank youfor taking the timeto fill out this questionaire.We hope youfound both the product and this manual easyto use. A MITSUBISHI Graphic FX-SODU Units AMITSUBISHI Graphic FX-SODU Units Guidelines for the safetyof the user and protectionof the DU unit This manual provides information for theofuse theDU unit. The manual has been written to be used by trained and competent personnel. The definition of such a person or persons is as follows; a)Anyengineerwhoisresponsiblefortheplanning,designandconstruction of automatic equipment using the product associated with this manual shouldof be a competent nature, trained and qualified to the local and national standards requir to fulfill that role. These engineers should be fully aware of all aspectsof safety with regards to automated equipment. b) Any commissioning or service engineer must be of a competent nature, trained and to fulfillthat job.These qualified to thelocalandnationalstandardsrequired engineers should also be trained in the use and maintenance of the completed product. This includes being completely familiar with all associated documentation for the said product.All maintenance should be carried out in accordancewith established safety practices. c) All operators of the completed equipment should be trained to use that product ina safe and co-ordinated manner in compliance to established safety practices. The operators should also be familiar with all documentationiswhich connected with the actual operation of the completed equipment. Note: the term ’completed equipment’ refers toa third party constructed device which this manual. contains or uses the product associated with Note’s on the symbology used in this manual At various times through out this manual certain symbols will be used to highlight points of information which are intended to ensure the users personal safetyand protect the integrety of the equipment. Whenever anyof the following symbols are encountered its associated note must be read and understood. Each of the symbols used will now be listed with a brief description of its meaning. AMITSUBISHI . , Graphic FX-SODU Units Hardware warnings Indicates that the identified danger WILL cause physical and property dam- age. Indicates that the identified danger could property damage, POSSIBLY cause physical and Indicates a point of further interest or further explanation Software warnings @ Indicates special caremust be taken when using this element of software Indicates a special point which the user of the associate software element should be aware of @ Indicates a point of interest or further explanation Contents Graphic FX-5ODU Units CONTENTS . 1 INTRODUCTION 1.1 1.2 1.3 1.4 . 2 . 3 1 - 1 .1 .7 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Function List . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SystemConfiguration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Expressions Used in This Manual . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.4.1 Abbreviationsused in this manual . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.4.2 Symbols used to indicate operation keys . . . . . . . . . . . . . . . . . . . . . . . STARTUP 2.1 2.2 2.3 2.4 ........................................ .......................................... . - -2-1 -2-7 Procedure for Start Up . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SET-UP MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Mode Selection . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SUPERVISORMODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . USER SCREEN MODE .................................... MONITORMODE ....................................... 2-1 2-2 2 6 2 -7 - 3-1 3.1 Overview ofUSERSCREENMODE .............................. 3.2 Changing Displayed Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3.2.1 Common points to remember when changing data. . . . . . . . . . . . . . . . 3.2.2 Changing numericdata . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4 1-1 1-3 1-5 1-7 1 7 1-7 .. . SAMPLING MODE ..................................... 5 . ALARM MODE ........................................ 6.1 Overview of the ALARMMODE 6.2 ALARM Operations . . . . . . AMITSUBISHI - 6-1 ................................ ................................. i 4-1 4 3 4 -3 4 -5 4 -7 4 -8 4-9 - . - 1 - 5 -10 5.1 Overview of SAMPLING MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.2 Guide to Setting Sampling Conditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.2.1 Setting the SampleConditions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.2.2 Setting the start condition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.2.3 Setting theend condition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.2.4 Setting the sample device . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3 SamplingResult Display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.1 LIST display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.3.2 GRAPH display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.4 Clearing Sampled Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5.5 Programmable Controller INTERFACEDEVICES . . . . . . . . . . . . . . . . . . . . . 6 3-1 3 -3 3 3 3 -5 4-1 -4-9 4.1 Overview of MONITORMODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.2 DeviceMonitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.2.1 Device/comment monitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.2.2 Changing Timer. Counter and Data Register settings and current values . . . . 4.2.3 Forced ON/OFF . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.3 StateMonitoring . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4.4 PC Diagnosis . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5 - 3 -5 5-1 5-2 5 -4 5 -5 5 -6 5 -8 5 -9 5 -9 5 -9 5 10 5 - 10 - - 6 - 10 6-1 6 -2 Graphic FX-5ODU Units 6.3 6.4 6.5 6.6 6.7 6.8 . 7 Contents Setting ALARMDevices . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ALARM Display in the USER SCREEN MODE . . . . . . . . . . . . . . . . . . . . . . . . ALARMSTATUS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ALARMHISTORY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ALARMFREQUENCY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . CLEARHISTORY ....................................... TESTMODE .......................................... 6-4 6-6 6-7 6-8 6-9 6-10 7-1 -7-2 7.1 Overview of the TEST MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.2 List of Screens . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7.3 DATA BANK Editing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8 OTHER MODE 8.1 8.2 8.3 8.4 8.5 8.6 8.7 8.8 8.9 . 9 ......................................... 8 7-1 7-1 7-2 -1-8 -9 Overview of OTHER MODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SETCLOCK . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . TIMESWITCH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SETBACKLIGHT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . DATATRANSFER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . PRINTOUT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . ENTRYCODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . BUZZER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . LCDCONTRAST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . SCREEN DISPLAY ..................................... 9 -1 9.1 Overview of ScreenDisplay .................................. 9.2 ScreenComponents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.3 CommonDisplay Items . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.3.1 Screen displayposition . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.3.2 Registered position of objects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.3.3 Number of registered objects and data capacity . . . . . . . . . . . . . . . . . 9.3.4 Screen creation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.3.5 Specifyingdisplay color . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4 DetailedDescription of Objects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.1 TEXT object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.2 ASCII objects . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.3 LIBRARYTEXT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .................................... 9.4.4 NUMBERobject 9.4.5 BARGRAPH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.6 TRENDGRAPH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.7 CIRCLEGRAPH . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.8 PANELMETER . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.9 PROPORTIONALGRAPH(BAR) . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.10 PROPORTIONALGRAPH (PIE) . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.11 LIBRARYIMAGE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.12 INDICATOR(SCR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.13 TEXTINDICATOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.14 IMAGEINDICATOR . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.15 OVERLAY SCREEN object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.16 BUZZER object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.17 DATE object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . AMITSUBISHI ii 8-1 8-2 8-2 8 -3 8-5 8-6 8-7 8-8 8-9 4 . 9. 58 9-1 9-2 9-5 9-5 9-5 .9-6 9 -7 9-8 9-9 9-9 9 - 10 9 13 9 16 9-17 9-19 9 -21 9 -23 9 - 24 9 - 26 9-27 9 - 30 9 - 31 9 - 32 9 - 33 9 - 34 9 - 35 - Graphic FX-SODU Units 9.5 9.6 9.7 9.8 9.9 Contents 9.4.18 TIME object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.19 LINE object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.20 BOX object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .................................. 9.4.21 FILLEDBOXobject 9.4.22 IMAGE object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.23 TOUCH KEY object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.24 SWITCH object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.25 (SEND) DATA BANK object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.26 WRITECONSTANT . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.27 INCREMENTobject . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.28 DECREMENT object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.29 DATA CHANGE object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.30 CHANGE SCREEN object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9.4.31 KEYPAD object . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . TEXTLIBRARYObject .................................... IMAGELIBRARYObject ................................... ...................................... DATABANKObject SUPERVISORMODE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . CONTROLDEVICE . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10 CHANGESCREEN ................................... 10-1 10.1 Overview of ChangeScreen . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.2 CHANGESCREENObject .................................. 10.2.1 Setting content . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.2.2 CHANGE SCREEN content . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.2.3 CHANGE SCREEN timing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1.0.2.4 System screen display . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.3 CHANGESCREEN Using Operation Keys . . . . . . . . . . . . . . . . . . . . . . . . . 10.4 CHANGE SCREEN from the PC . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.4.1 CHANGE SCREEN using bit device . . . . . . . . . . . . . . . . . . . . . . . . . 10.4.2CHANGE SCREEN using the Data Register . . . . . . . . . . . . . . . . . . . . 10.5 CHANGE SCREEN Using SCREEN MEMORY . . . . . . . . . . . . . . . . . . . . . . . 10.6 CHANGE SCREEN Applications . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.7 Screen Overlay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.7.1 CONTROL DEVICE used for overlaying . . . . . . . . . . . . . . . . . . . . . . . 10.7.2 Overview of overlay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 10.7.3 Example of screen overlay . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . - - 35 - 36 - 36 9 - 37 9 9 9 9 - 38 9 - 39 9 - 41 9 43 9 -44 9 45 9 - 46 9 - 47 9 - 48 9 - 49 9 - 51 9 - 52 9 - 53 9 -55 9 -57 - 1 0 - 18 10 - 1 10 - 1 10 2 10 3 10 - 3 10 - 4 10 5 10 - 7 10 - 7 10 9 10 10 10 - 13 10 14 10 - 14 10 - 15 10 16 - - . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . APP .1 .APP .7 APPENDIX 1. ERROR MESSAGE LIST . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . APP . 1 APPENDIX 2. USING THE DU UNITS WITH AN FX SERIES PC . . . . . . . . . . . . . . . . APP . 2 APPENDIX 3. USING THE DU UNITS WITH AN A SERIES PC . . . . . . . . . . . . . . . . . APP . 3 APPENDIXES . . . . . . . . . APP .5 APPENDIX 5 . USING THE DU UNITS WITH AN OMRON PC . . . . . . . . . . . . . . . . . . APP . 6 APPENDIX 6 . ASCII CODES . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . APP . 7 Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1-1-3 . APPENDIX 4 USING THE DU UNITS WITH A COMPUTER LINK MODULE AMITSUBISHI iii Graphic FX-5ODU Units Graphic FX-SODU Units U I I r l Introduction 1 I USER SCREEN MODE r l I SAMPLING MODE 1 rl I ALARM MODE TEST MODE I I IOTHER MODE 8 U I 1 n l 1 Idisplay 9 I I Screen Fl I Change screen Appendixes AMITSUBISHI i Graphic FX-SODU Units AMITSUBISHI Introduction 1 Introduction Graphic FX-SODU Units 1. INTRODUCTION 1.I Overview 1 The Data AccessUnit(hereaftercalledtheDUunit) is MELSEC W A series mounted in controlpanels or operationpanels, and is programmablecontrolleror computer link module connected to a MELSEC FWA series programmable controller or computer link module. (Connection to an OMRON PC is possible.) The DU unitis an advanced function data access unit that allows the monitoring of programmable controller devices and allows the changing of dataon the screen. There are two types of display screens: those created by the user, and those already provided by the DU unit. The DUunitdisplayscreensincorporateanabundance of functions. The user-defined screens and DU unit system screens are described below. The fdlowing functions are assignedto the screen and used in the DU unit. Using the SUPERVISOR MODE (a function that only displays screens after an entry is code input) it is possible to limit the screens that can be displayed. I DISPLAYFUNCTION I Thisfunctioncandisplayup to 500 userdefined screens.Thesescreensarecreatedusingthe FX-PCS-DU/AT-EE software package. The screens can overlap each other, and can be changed freely. This function can display TEXT, LINES, CIRCLES, display screens in eight different colors. BOXES, etc... The FXdODU-TKS-E can also MONITOR FUNCTION 0 0 Monitors and displays the settingsand current values of programmable controller word devices by NUMBER or GRAPH format. This function allows the specified screen area to be highlighted accordingto the ON/OFF statusof a programmable controller bit device. DATA CHANGE FUNCTION 0 This function is usedto change NUMBER and GRAPH data which is being monitored. SWITCH FUNCTION 0 This function switches programmable controller bit devices ON/OFF in accordance with DU unit touch key operations. Graphic FX-5ODU Units Introduction 1 This function allows the PC device ON/OFF statusto be monitored, and allows Timer, Counter and to be monitored and changed. Specified bit devices can also Data Register current values and settings be forced OWOFF. This functioncollects the current values of Data Registers either cyclically or whenTRIGGER conditions aremet. Sampling data canbe displayed in LIST form or GRAPH form. Sampling data canbe printed in LIST form. This function can display ALARM messages forup to 50 consecutive programmable controller bit devices, and can display those messages overlapped on the user-defined screenthe when bit device turns ON. be switched whenthe bit device turns ON. A specified user-defined screen can also If the b d device turns ON, a message corresponding to the device is displayed on the user-defined screen. A list of messages for bit devices that are already ON can also be displayed. Up to 200 ALARM HISTORY data (whenthe bit device turns ON) canbe stored.' The number of times an ALARM occurs for each device can be stored. ALARM HISTORY datacan be printed by using the FX-PCS-DU/AT-EE package. +: There are also other miscellaneous functions. There is a real-time clock, which can set and display the CURRENT TIME. The screen display contrast and the buzzer volume can be adjusted. The DU serves as an interface for data communication (i.e. transferring and monitoring sequence programs) between a personal computer (IBM compatible) running relay ladder creation software and a programmable controller. Transparent function The DU screen display operates as normal during data communication between the personal computer(IBM compatible) and programmablecontroller. Sincethetransparentfunction becomes effective on connecting the personal computer (IBM compatible) and programmable controller,no setting is required to make it effective. The function cannotbe used when connectedto a computerlink module or OMRON PC. AMITSUBISHI 7 -2 Introduction Graphic FX-SODU Units 1.2 I Function List The functions describedin the previous pages can be divided into the.six modes shown in this list. You can use the various functionsby selecting the applicablemode. Displays user Screens Displays alphanumeric characters. Graphically displays LINES, CIRCLES, BOXES, etc... Monitor function Highlights the screenin accordance with the OWOFF status bof it devices. Displays word device contents as NUMBERS, GRAPHS or PANEL METERS. Data change function Changes the current valueor setting of word devices. Display of user screens 3,9 Forces thebit deviceOWOFF. Device monitor Current valudsetting change Screen overlapping Overlaps two or three screens. 3,lO SEND DATA BANK Sends data saved in the DU unit to the programmable controller. 329 Only displays the specified screens. 3,9 Monitors the device OWOFF statuses, Name and word device current values and settings by theirPC device name. Monitors thebit device OWOFF status, Commentandword devicecurrentvaluesand settings by their comments. Name Changing of the current values and settings of word devices identified by their PC device name. Comment Changing ofthe current values and settings of word devices identified by their comments. Forced ON/O FF Forced switching ONor OFF of programmable controller devices’ (X, Y, M, S, T, C) either while the programmable controlleris running or while it is stopped. State monitor Automatic monitoringof displayed State numbers while the DU unitis ON and operating. PC diagnosis information. AMITSUBISHI 1-3 4 Introduction Graphic FX-5ODU Units etc... sampling conditions; of the Sampling Setting start, sampling devices, sampling condition end, sampling setting SAMPLING MODE Result display List Display sampling of results currently occurrence. 5 form. all sampled data. ALARMS are which of list Display Displays a status ALARM ALARM MODE occurred. in LIST form. Display of sampling results in GRAPH Graph Clears data Clear active. 1 has Display Stores ALARM HISTORY history 6 ALARM each times number Display Stores of the frequency Clearhistory TEST MODE of order in the I I Clears all recorded ALARM events from the ALARM HISTORY. Displays alist of the userdefined screens. Screen 7 ofdata banks. the Data bank Edits contents the ~~ CURRENT TIME setting (Year, month, ofweek, the hour, minute, Current time date, day Second). Set the times at which the DU will unit turn ON PC bit devices. Time switch Set backlight OTHER MODE I Setting of a delay time after which the screen backliaht - will tum OFF. I Transfer of screen data created on a transfer Data personal computer FX-PCSusing the 8 DU/AT-EE software package. MODE. Entrvcode I I I I Enter, delete unlock orPC entry acode. I Adjust the level of audible feedback when operation keys are pressed or when errors occur. Buzzer volume LCD contrast Printing sampling data collected in the SAMPLING 1 Controls the contrast of the screen display. I . MONITOR MODE function The STATE MONITOR and PC DIAGNOSIS functions are only available when the system is connected to an FX series programmable controller. AMITSUBISHI 1-4 Introduction Graphic FX-SODU Units 1.3 1 System Configuration In normal use,a DU unit can be connected as shown below. User screens on EPROM DU unit (FX-SODU-TK-E/ FX-50DU-TKS-E) t I ~ l - l I FX40DU- RS422 cable (for terminal bkk) FXQODU- I RS232C cable (F2-232CAB) RS232C cable (F2-232CAB or FX-422AWO W A series Programmable Controller (PC)/ computer link module/ OMRON PC FXo series Programmable Controller (PC)/ computer link module ~~ Computer 7 Printer link IBM compatible personal computer/ computer link module/ OMRON PC NOTE: IBM is a registered trademark of International Business Machines Corporation. PC model names and computer link module model names that can connect with DU unit Refer to Appendixes 3, 4, 5. Information about connectingPCs, computer link module, and other peripheral devices Refer to the Hardware Manual for further details. introduction Graphic FX-SODU Units Q series Programmable Controller (PC) Use with Q series PCs isnotpossible. Method for connecting RS422 cable (for terminal block) Computer Peripheral Signal Name Cable Connection and Signal Direction Receiving data Receiving data Transmission data Transmission data Transmission request Transmission request Transmission possible Transmission possible NC SG FG ground ground . SG Signal FG Frame Refer to the Computerlink module Manual for further details. AMITSUBISHI 1-6 7 Introduction Graphic FX-5ODU Units 1.4 Expressions Used in This Manual 1.4.1 Abbreviations used Inthismanual 1 The following wordsand phrases are be abbreviated in the text of this manual. 1) The MELSEC FX/A series programmable controllers, computer link module and OMRON PCare abbreviated to "programmable controller" or "PC". 2) The FX-PCS-DU/AT-EE software package used for creatingscreens is abbreviated to "FX-PCSDU/AT-EE package". 3) The general-purpose personal computer is abbreviated to "personal computet'. 4) Floppy disk is abbreviated to "FD" and floppy disk driveto "FDD". 5) The data access unitis abbreviated to "DU". The differenttypes of DU units are as follows. FX-SODU-TK-E data access unit. . . . . . . . 50DU FX-5ODU-TKS-E data accessunit. . . . . . . 50DU 6) The PC internal devices are abbreviated as follows; Input " X , Output "Y,Auxiliary Relay "M",State "S", Timer "T",Counter "C", and Data Register "D". X, Y, M, S, T and C output contacts are called "bit devices", and T, C and D are called "word devices". 1.4.2 Symbolsusedtoindicateoperationkeys 1) The symbol used to indicated the DU unit operation key in the of this text manual is [ ] and a rectangular box is used in diagrams. Examples: Text; [0],[CLR] Diagrams; 2) When the cursor keys and are F l to be used, the symbol F] may be used. y y v 3) When the same key needsto be pushed several times, the symbol is displayed. 4) Continuous input from one of the cursor keys is achieved by the holding key down for longer than one second. 5) When inputting numeric values, the symbol [0 to 91 is used to indicate that any number from 0 through 9 inclusive may be input. AMITSUBISHI 1-7 Graphic FX-SODU Units Introduction I Graphic FX-SODU Units r;? Introduction r l USER SCREEN MODE U 4 II 5 I II SAMPLINGMODE 6 I I ALARMMODE Start up 2 MONITORMODE El F] 1 Screen display Change screen r Appendixes AMITSUBISHI - Graphic FX-5ODU Units Start up 2 Start up Graphic FX-SODU Units 2. START UP 2.1 Procedure for Start Up 2 The start up procedure, from powering up the DUunit to selecting modes, is explained below. Connect the appropriate wires to the power supply terminals. Use the optional FX-4ODU-CAB/EN cable to connect the DU unit and the programmable controller. Connection to programmable controller 1 1 Switch on powerto the DU unit. The SET-UP MODE Switch on the power while power screen withoutis displayed by switching on the power while holding down the touch key at the top left comer of pushing touch key second. the DU screenfor more than one Switch on the pushing touch key I 1 Opening screen display 1 SET-UP MODE scry Display of user screens .................................................... . If there is no screen data t 1 Displays opening screens such as the specified version and the model name (FX-SODU-TK(S)) in the OPENING SCREEN underthe SET-UP MODE. Set the mode you wishto use, andthe model name of the connected PCin the SET-UP MODE screen. Display userdefined screens. If no userdefined screens exist(in other words there is no data for Screen No.0) then the SELECT MODE screen is displayed. DU unit power supply terminal wiring ForDUunitpowersupplywiringinformation,pleaserefer Hardware Manual. to theseparate DU SET-UP MODE information SeeSection 2.2. AMITSUBISHI 2 -1 , . ., Start up Graphic FX-5ODU Units To mode screens 2 Moves to the selected mode. Operation of the SELECT MODE screen SeeSection 2.3. Calling the SELECT MODE screen The SELECT MODE screen may also be called by pushing the corners of the screen set in MAIN MENU CALLKEY in the SET-UP MODE. 2.2 SET-UP MODE The settings for the operating environment for running the DU unit can be made by turning on the power while pushing the top left corner of the DU unit screen. The system language setting screenis displayed first of all, to allow you to set English or Japanese display for the system screen. When the setting is completed, the unit moves to the item screens for each environment setting. However, where an entry code has been entered in the SUPERVISOR MODE, then unless the matching entryis entered theSET-UP MODE settings cannot be conducted. SUPERVISOR MODE information See Section 9.8 for further details about the SUPERVISOR MODE. Tum powerON while pushing top left comerof screen Switch the powerON while holding down the top left comer of the screen for over a 50DU unit screen Second. AMITSUBISHI 2-2 Start up Graphic FX-5ODU Units 2 [System language setting] I END [LANGUAGE1 L 1 SELECT PLEASE r------Sets whether to dis*;JAPANESE: System language setting system the play screen in English or Japanese. A. mark is displayed nextto the language whichis currently selected. r------- ;ENGLISH f I Push to end the setting Push the [END] key When the [END] key at the top right comer of the screen is touched, the system moves to theSET-UP MODE menu screen. SET-UP MODE item select When you endthe System languagesetting, the SETUP MODE menuscreen is displayed. [SET-UP MODE menu screen] 1 Press the [END] key 1 I’ I When you press the [END] key at the topright of the screen, the SET-UP MODE ends, and the SELECT MODE screenis displayed. I To setting screens The setting screens are displayed. Operating the SELECT MODE screen See Section 2.3. AMITSUBISHI 2-3 Start up Graphic FX-5ODU Units 2 The setting screens are shown below.When you touch the [END] key at the top right of the screen after setting any of the items, the system returns to the SET-UP MODE menu screen. [PLC TYPE] 0 0 Select the PC typeto connect to: FX SERIES, A SERIES or C SERIES. Selections rotate when pressed. Select the connection typeused: CPU PORT, LINK PORT (RS422) or LINK PORT(RS232C). Selections rotate when pressed. If LINK PORT is selected thenselect the unit station number; 00 to OF f o r A series, 00 to 15 for C series. Available connections The FX- series can onlybe connected using connection type CPU PORT. The other options will not appear. The C series can not be connected using connectiontype CPU PORT. This option will not appear. Transmission protocol WhenLINKPORT is selectedareminder of thecommunicationssettings displayed against TRANSMISSION. (19200bps, DATA = 7 BIT, STOP = 2 BIT, PARITY= EVEN) is When using A series LINK UNIT switch the unit to use protocol 1. Model setting priority The models set by the FX-PCS-DU/AT-EE package are given priority, so if the power the settings on this screen must either supply is cut off and switched on again then be done again or the model settings done again using the FX-PCS-DU/AT-EE package. [SERIAL PORT(RS232C)l 0 Sets the parameters for the serialport for the printer used when printing ALARM and sampling data. Using the printer Please setthe PRINTER item on the SERIAL PORT(RS232C) screen to [USE]when connecting a printer. Start up Graphic FX-SODU Units 2 [OPENING SCREEN] When switching on the power, set the timefor displaying the OPENING screen showingthe model nameand version, etc.in units ofseconds. When you push [DISPLAY TIME],a 10-key touchpad is displayed at the bottom of the screen. Use the 1O-key touchpad to enter the display time, then press A [ENTI ~ c toLconfirm R the setting. ( END [OPENING SCREEN] --__--_--_-- I1- -DISPLAYTIME ----------I I 2SEC. ~ ( ~ ( ~ ~ ~ ( o I - I 0 1 1 ( 2 1 3 1 4 I (VlENT A guide to setting the opening display time When the DISPLAY TIME setting is 0 seconds, then only the OPENING SCREEN of the version display is shown for 4 seconds. We recommend setting the opening display time to a minimum of 1 second for FX series PCs, and 4 seconds forA series PCs. [MAIN MENU CALL KEY] 1 [MAIN MENU C W KM IEND 1 0 This screen sets keys for switching fromthe screen mode (userdefined screen)to the menu screen (SELECT MODE screen). The key sizeis a 2 x 2 area. (See Section9.4.25.) By selecting one of the four corners on the screen, a touch key for the main menu call key is assigned in the screen mode. If [NO KEY) is selected If [NO KEY] is selected, then only screen mode can be used, and the system will not switch to other modes. Overlap with other touch keys If other touch keys are assigned to the same position as the main menu call key, then the main menu call key function will not operate. We recommend that you set the touch keys and main menu call key in different positions on the screen. [CLEAR USER DATA] [CLEAR USER DATA] -------_ _--_---- OK TO CLEAR USER DATA? YES I I I Thismodeclearsthescreendatacurrently stored in theDUunit. If [YES] is selected, then the message "NOW CLEARING USER DATA" is displayedonthescreen.Thedataaresuccessfully "COMPLETED" cleared once is displayed. NO Key operation while clearing data The keys cannot be used whiledata are being cleared. AMITSUBISHI 2-5 Start up Graphic FX-SODU Units 2 2.3 [Mode selection screen] FELECT MODE] ! USER SCREEN MODE /END e Once MAIN MENU CALL KEY has been set in the SET-UP MODE, then the mode selection screen shown at the leftbecan displayed by pushing the applicable touch key in the designated comer of the screen. The overview and selection of each mode is described below. I ' I 7 I ' USER SCREEN MODE This mode displays user screens. Alphanumeric characters and basic graphics canbe displayed. See Chapters 3,9and 10. PRODUCTIONMANAGEMENT [USER SCREEN MODE I NUMBER OF PRODUCTS 'ONITOR DEVICE ON OFF MONITOR MODE In this mode, it is possible to monitor programmablecontroller bits and word DEVICES. Timer, Counter and Data Register settings can also be changed. See Chapter 4. I v IA SET CMNT [SAMPLING MODE] e SAMPLING MODE In this mode, data values can be collected either cyclically or in response to TRIGGER conditions. See Chapter5. e ALARM MODE When the bit device assigned to an ALARMdevice is tumed ON, a corresponding message is displayed. See Chapter6. L [ S A M P L I N G MODE] I I MODE] [ALARM , [ALARM MODE] DISPLAY LIST TEST MODE This mode confirms the contents of the user-defined screen. It also conducts editing of the data banks. [TEST MODE I L O T H E R MODE] AMITSUBISHI ' [OTHER MODE] SETCLOCK e OTHER MODE In this mode, functions such as setting the time and setting the backlight setting can be executed. See Chapter8. 2-6 Graphic FX-SODU Units 2.4 Start up 2 SUPERVISOR MODE The screen mode displaying the user screens can display screens that only specific users who have access to the screen entry code can use. This function prevents the general operator from conducting unnecessary operations. This function is called the "supervisor" function. Supervisor information SeeSection 9.7. Overview of the supervisor function In order to use the supervisor function, a screen entry code is entered and aisscreen marked as not used by general users. This settingis conducted using theFX-PCS-DU/AT-EE package. If anyone attempts to display the protected screen, a screen entry code input screen is displayed, and the protectedscreen is only displayed when the matching entry code is input. AM~TSUBISHI 2-7 Graphic FX-5ODU Units AMITSUBISHI Start up 2 Graphic FX-SODU Units n I l 1 I I Introduction MODE SCREEN USER 3 I I MONITOR MODE I 5 I I SAMPLINGMODE I ALARM MODE n I 7 t I ITESTMODE r l OTHER MODE Screen display Fl OL Change screen Appendixes AMITSUBISHI 1 Graphic FX-5ODU Units USER SCREEN MODE 3 Graphic FX-SODU Units USER SCREEN MODE 3 3. USER SCREEN MODE 3.1 Overview of USER SCREEN MODE The USER SCREEN MODE allows all screens created using the FX-PCS-DU/AT-EE also allows ALARM messages to be screen editor package to be displayed. This mode displayed. ALARM message display See Section 6.4 for information about displaying ALARM messages SCREEN MODE. in the USER One screen displays a combination of TEXT, LINES, BOXES, CIRCLES, etc., which are divided into categories depending on their function. When there are multiple screens in this mode, they can be displayed by switching screens either from the programmable controller or by using the operation keys of the DU unit. (The user can decide the switching conditions for screens, as well as the next screen to be displayed upon switching.) The following types of objects can be displayed on the user screen. (The example display screen uses a selection of functions). Example display screen USER CHARACTER CIRCLE TIME A MITSUBISHI 0 FX-50DU-TKSE TEXT PRODUCTION UNE NUMBER U BAR GRAPH INDICATOR (SCR) BOX The FX-SODU-TKS-E screen editor package can create screens using eight different colors. 3 -1 /., , , , Graphic FX-5ODU Units USER SCREEN MODE 3 The functionsin the example display screen shown on the previous page can be divided into four main groups. Programmable DU unit controller 1 i Screen display function This function displays the registered screen content at a designated position in a designated size. TEXT, USER CHARACTERS, LINES, CIRCLES, etc ... This function monitors the programmable controller device content at a designated position in a designated size. It can also highlight a specific area of the screen in accordance with the ONOFF status of the programmable controller’s bit devices. NUMBERS, BAR GRAPHS, INDICATORS, etc ... L Monitors the programmable controller internal information Sends datato the programmable controller I + : When a designated inputis executed c transfer (such as hitting the operation keys or function touching the touch keys), this fundion turns the designated programmable controller deviceON/OFF, and writes data. TOUCH KEY, TEN KEY,etc... Screen switching function : This function sets the designations and switching conditions for switching from the currently displayed screen to the next screen. Data display function The data display function can change the settings or current values of word devices (T, C, D, Z, V) on the screen. See Section3.2 for details about this operation. Function information SeeChapter 9. AMITSUBISHI 3-2 Graphic FX-SODU Units 3.2 USER SCREEN MODE 3 ChangingDisplayedData It is possible to change the numeric data displaying the settings or current values of the programmable controller word devices that are displayed on the user-defined screen key operations. Changing data other than numeric data SeeSection 9.4.31. 3.2.1 Commonpointstorememberwhenchangingdata. The following common points are important when changing numeric data. Example display screen OPERATION MONITORING 0 Underlined To changenumericdata,youneedtohaveakeyboarddisplayed on the screen. By pressing[SETJ,the numeric data that can be changed is underlined, and the keyboard switches to a cursor display. CURRENT VALUE E2CA I By pressing[SET],the key display changes. 1 OPERATDN MONITORING CURRENT VALUE 0 0 To change the data you have selected for changing, press[VI the or the[A]keys on the keyboard. Theobjects to be changedareswitchedinorderfromtheearliest created in screen creation operations. The switched numeric data is underlined. Underlined The datais changed by entering the new numeric value and The keyboardcursor on the screen then reverts to the [SETJkey. Explanation of decimal and hexadecimal display keyboards Please change the keyboard used for inputting the data, depending on whether the newly input data are displayed in decimal or hexadecimal notation. When a hexadecimal keyboard is displayed, then all numeric data can be changed, however if a decimal keyboard is displayed, hexadecimal numericdata cannot be changed. Keyboard information SeeSection 9.4.33. AMITSUBISHI 3-3 Graphic FX-5ODU Units MODE SCREEN USER 3 Conditions for changing data In the following cases, NUMBER and GRAPHtype objects datacannot be changed. 1) DU unitstatus When the data is change-forbidden An object cannotbe changed whenit is in a change"FORBID status. I SOLUTION I Change the data to change "PERMIT". - When the minimum or maximum valueis exceeded NUMBER and GRAPH type have lower and upper limit values, which define the range within which data can be set. will changed. not In this case,if you enter a value that exceeds this range then the data be I-[ Change the maximuWminimum values. When a device has displayed on the screen When the device number for a device does that not exist inthe programmable controller is monitored on the screen, then the numeric data for that device is displayed as"****" "****I' SOLUTION Change the device number for the device monitoring numeric values on the screen. The above solutions require the NUMBER, BAR GRAPH, CIRCLE GRAPH and PANEL METER settings to be changed using the M-PCS-DU/AT-EE package. 2) Programmable controller status When EPROM memory is installed in the programmable controller, the FWA series packages cannot change the Timer and Counter settings, nor the current values of file registers. When an EEPROM memory (only for the FX series) is installed in the programmable controller, then when the protect switch is ON, orwhile running, the Timer and Counter settings and the current values of file registers cannotbe changed. When an entry codeis entered in the programmable controller, theFWA series packages cannot change the Timer and Counter settings, nor the current values of file registers. Unlock the entry code firstif you want to execute these changes. Timing for changing numericdata, BARGRAPHS,CIRCLEGRAPHS and PANEL METER data The changing of numericdata, BAR GRAPH,CIRCLEGRAPHS and PANEL METER data is executed according to the following timing. When the data is changed and the [ENT] key is pressed, the data is sent to the programmable controller. If the operation is cancelled (by pressingthe [CLR] key) at any time before pressing the [ENT] key, thenthe data is not changed. AMKSUBISHI 3-4 Graphic FX-SODU Units 3.2.2 USER SCREEN MODE 3 Changingnumeric data Numeric data is changed using the numeric keys on the keyboard. Example display screen Numeric data The changed numeric datais underlined. CURRENT VALUE I 29.3 SEC. '1 11 [ USER SCREEN MODE user ween display Seleume data ypu wish to change - '1 '1 - ENT 0109 Minus symbor (lithe Ener new number number is negative) Execute the change 1) Inputting the new numeric value The data change is c a n c e l l e d by pressing the [CLR] key. '1 : Input these values using the keyboard displayed on the screen. Changing range The range for changing numeric datais defined by the upper/lower limit values set by the FX-PCS-DU/AT-EE package. If the new data exceeds the upper or limit lower value, the message "SET NUMBER IS INCORRECT" is displayed on the screen. If this message appears, press the [CLR] key and enter a correct value. CONTROL DEVICEb5 After sending the changed data to the programmable controller by pressing the [ENT] key, the CONTROL DEVICEb5 (or "M5"at time of shipping) turnsON. M5 / When the CONTROL DEVICEis M5 --I Processing program ..... After setting the numeric value, execute the target processing. I After setting the numeric value M5 continues to be ON,so you must reset the system from the sequence program. 3-5 Graphic FX-5ODU Units USER SCREEN MODE 3 Graphic FX-SODU Units MONITOR MODE 4 Introduction Start up I I I SAMPLING MODE I DE SCREEN USER I ALARM MODE I TEST MODE OTHER MODE Screen display Change screen I Appendixes AMITSUBISHI 1 Graphic FX-5ODU Units MOMTOR MODE 4 Units Graphic FX-SODU MONITOR MODE 4. MONITOR MODE 4.1 Overview of MONITOR MODE 4 MONITOR MODE selection When connected to an A series programmable controller When connected to an Aseries or C seriesprogrammablecontroller,theActive State monitor and PC diagnosis functions cannotbe used. Accordingly, after selectingthe [MONITORMODE], display theDEVICE MONITOR screen (see Section 4.2). [MONITOR MODE menu] [END]: Returns to the SELECT MODE screen. AMITSUBISHI , 4-1 , . ,, MONrOR MODE Graphic FX-SODU Units 4 The functions forMONITOR MODE are described below. Device monitor I DEVICE 1 DEVICE MONITOR function This function monitors the programmable controller devices. 1) Monitors thebit device OWOFF statuses. Monitors theONOFF status for devices X, Y, M, S, T and C. The N/O contact symbolis displayed on the screen once a device numberis specified. 2) Monitors the settings and current values of word devices. This function displays the settings for T andC devices, and the current values for word devicesTI C, Dl V and Z. I COMMENT I Switches the monitor display This function selects whether the monitored devices described above are displayed using device numbers such Xasand Y, or by using comments created by the FX-PCS-DU/AT-EE package. 1) Namemonitor Displays names such as X and Y. 2) Commentmonitor Displays comments created by the FX-PCS-DU/AT-EE package. Displays names when there are no comments entered. I FORCEDON I I FORCEDOFF I Forcibly switches devices ON. Used to forcibly turn devices displayed the by monitor function ON. Forcibly switches devices OFF. Used to forcibly turn devices displayed by the monitor function OFF. ......Only available with theFX series. Active State monitor I STATE I: DynamicallymonitorstheStatesof the FX series. This function allows the Active States to be monitored dynamically. Active State monitor operation When using this State monitor, please turn on M8047 by programmable controller program, or by using the FORCED ON function described above. PC DIAGNOSIS .....Only executes diagnosisfor the FX series. PC DIAGNOSIS : This function reads the error information for the programmable controller, and displays the information on the screen. AMITSUBISHI 4-2 Graphic FX-SODU Units 4.2 MONITOR MODE 4 DeviceMonitoring This function can monitor devices, conduct forced ON/OFF and change the settings and current valuesfor those devices. [DEVICE MONITOR] DEVICE SET 4.2.1 1 ON OFF IAIV ImMENT The DEVICE MONITOR screen at leftis displayed when the MONITOR MODE [DEVICEMONITOR]is selected. The function keys are shown the at bottom of the screen, and they can be selected by touching (touch keys). DEVICE : Set themonitoringdevicenumber. OMOFF : Forcibly turnOMOFF the specified device. SET : Change the current value and/or setting. COMMENT : Switches to comment monitoring. END :Return to MONITOR MODE screen. Device/comment monitoring The monitor displayis displayed either by using names such as X and Y, or comments (provided comments have been assigned to the devices using the FX-PCS-DU/AT-EE package.) DU monitoring display DEVICES I 50DU I 14-bit devicedscreen I 7 word devicedscreen(3devices for Timers and Counters) +(y r----------------------------------- - MONITOR saeendisplay MODE -H-ZFH wa is 11 symbol Device number geclrvwde-synbal '1 Monilor next device Movelhecunortoadovice ahadyemered This table of device symbols is displayed after twching the [DEVICE] key. The table of device numbers is displayed when the device symbols are entered. '1 If a device which does not exist in the programmable controller is specified, the error message "SETDEVICE IS INCORRECT.' is displayed. The folkwing device can be specified by touching [V]key. (Device symbol and device number need not be specified.) AMITSUBISHI 4-3 I Graphic FX-SODU Units MODE MONITOR 4 : The following diagram shows an example of monitoring the ONOFF status of inputsX000 and XOO1, and the current value and setting for Timer T3. m d Monitoring screen example Fig. 1 MODE MENU ween dkplay t 23451 WT( ) m a speciryxo D g a g ~ DEVICE WT( 1 specrV-symbolT The ONOFF status for DEVICES during monitoring is displayed as shown below. OFF status ENT 0 Fig. 2 ON status MONITOR MODE Refera5 . 2 X DEVICE specny device symbol 'X Sed MONITOR MOOE v Display X1 3 EM SpecllyT3 Refer lo display F!g. 1 When comments are enbred for DEVICES, then the device monitor is displayed by using comments. If comments are not enbred for DEVICES, then the device monitor is displayed by using device numbers. +k --I E Monitoring during Timer and Counter indirect specification T10 D5 D6 AMITSUBISHI As in the program at left, if a Data Registeris used forTimerandCountersettings,thenwhen the Timer and Counter are monitored the contents of the Data Register are monitored asthe Timer setting. If the setting is changed (seeSection 4.2.2), then the Data Register contents are rewritten. 4-4 Graphic FX-SODU Units 4.2.2 MONITOR MODE 4 Changing Timer, Counter and Data Register settings and current values Allows the settings and current values of programmable controller word DEVICES 0;C, D, V, Z) to be changed. [mnltor f,C, D 3-1 display m v A m2m%the H Mwethecursorto lhedeviceyou w h l 10 charge SET t-{-i-/-{ Changethecumnt wlueofD,TandC Setlbsenhg forT,C - H -(minussymbd) ow9 lnputlhemmerlc'2 ENT Corflnn '1 After pressing [SET] key, the current value or setljng is underlined, and a keyboard for inputting numeric values is displayed at the bottom of lhe screen. Example 00 [lo001 Underlined Keyboard for inputting numeric values (docimel) '2 If a value which cannot be set (a value exceeding 1&bit or 32-bit) is entered, the error message "SET DEVICEIS INCORRECT.' is displayed. The message is cleared by pressing [CLR] key. '3 If [CLR] key is pressed, the change operation is cancelled. (System returns to the monitor display). Conditions for changing T and C settings and file registers If EPROM memory is used T and C settings and file register values can not be changed. If EEPROM memory is used (except FXo, FXos, FXON) changes are only possible if the write protect switch is OFF. If a PCentrycode is registed then the entry code must be entered via "OTHER MODE" - "ENTRY CODE" before changes can be made. AMITSUBISHI 4-5 Graphic FX-SODU Units MONITOR MODE . .. ....... L@&#&' &$#'-{ ...,...,..,..., .~...,......... A. D DEVICE 16 E N 1 0 DisplayDo monitor Set8eviitpetop16] SET AMITSUBISHI ENT 4-6 Graphic FX-5ODU Units 4.2.3 MONITOR MODE 4 Forced ON/OFF Used to forcibly turn bit devices (Y, M, S) and word devices (T, C) ON or OFF. When T, C, D,V, and Z devices are forcibly turnedOFF their current values are resetto 0. I Fig. 1 Use, the monitoring operationsdescribed in Sect~on42.1to display monitoring of YO, MO ON v FordMvturn ON. Move cursor to MO retefiong 1 AMITSUBISHI , ON A OFF v OFF FordMyturn ON, retwtoFlg.2 Move cursor to YO ForcMy turn OFF Move cumto MO ForcMy turn OFF 4-7 , . ,, Graphic FX-5ODU Units 4.3 MONITOR MODE 4 StateMonitoring This option allows up to eight Statesto be monitored dynamically whilethey are active. e [ACTIVE STATE MONITOR] S4W s 800 S 5 W s 900 S6W l C M ~ %stam ~ H ACTIVE STATE MONITOR Ses Sedkn 4.1 stan monitoring [END] : Return to the MONITOR MODE screen Notes on State monitoring: The A series cannot be used for State monitoring. Ifthere are no Active States the message "NO ACTIVESTATE"will be displayed. If the specified auxiliary relayM8047 (stepladder monitor effective) is not ON in the sequence program, the message"M8047 IS NOT ON" willbe displayed. If this message is displayed, either turnM8047 ON by correcting the programmable controller ON function (described previously). program or turn it ON by using the forced Ifthere are more than eight States that are ON, then only firstthe eight States withthe lowest numbers are displayed. Graphic FX-SODU Units 4.4 MONITOR MODE 4 PC Diagnosis This mode diagnoses errors in programmable controllers, and displays the error code and the error content. [PC DIAGNOSIS] [END] : Return to the MONITOR MODE screen. This option displays the following error items. VO CONFIGURATION ERROR * PARAMETER ERROR * PC HARDWARE ERROR * SYNTAX ERROR * PC/PP COMMUNICATION ERROR * PROGRAM ERROR * PARALLEL LINK ERROR OPERATION ERROR Notes on PC Diagnosis: A series PCs cannotbeused. If there areno errors at the programmable controller the message "NO ERROR" will be displayed. If there are errorsfound at the programmable controller, they are displayed as shown below. [PC DIAGNOSIS] 1 DIAGNOSIS] [PC END PCPP COMMUNICATION ERROR 6201 PARAMETER ERROR code Error SYNTAX ERROR occurred error where Step Error content Once the error content in the programmable controller has been cleared, the message "NOERROR" is automatically displayed. Error content information Refer to the programmable controller manuals for details aboutthe error content. AMITSUBISHI 0, 4-9 , ,. . / I , Graphic FX-5ODU Units AMITSUBISHI MONITOR MODE 4 Graphic FX-SODU Units SAMPLING MODE 5 I Introduction Start up I USER SCREEN MODE MONITOR MODE ALARM MODE TEST MODE OTHER MODE Screen display Change screen t Appendixes AMITSUBISHI I Graphic FX-SODU Units AMITSUBISHI SAMPLING MODE 5 Graphic FX-5ODU Units MODESAMPLING 5. SAMPLING MODE 5.1 Overview of SAMPLING MODE 5 This option collects the data of two specified Data Registers (16-bit) either cyclically or in response to TRIGGERconditions.Themaximumnumberof times data can be sampled is 2000 in the case of CYCLIC sampling, and 800 in the case of TRIGGER condition sampling. Selecting the SAMPLING MODE MODE menu s e l e d i o n ween SAMPLING MODE Select the SAMPLING MODE 1 SAMPLING MODE Sam display Display I h e COWi m e n [SAMPLING MODE menu] 1 ISAMPLING MODE1 j SET CONDITION I END 1 I ! The screen shown at leftis displayed when youselect the SAMPLING MODE. This screen allows youto set the conditions for sampling and display the resutts, aswell as clear the data. - SET CONDITION This option allows you to specify the Data Register to be sampled, toset the sampling timing (TRIGGER or CYCLE), as well as the start and end times of the sampling. See Section 5.2 - DISPLAY LIST, GRAPH This option displays the results of the sampling by either a LIST or GRAPH. LIST : Displays the sampling time (hour, minute, second) and the sampled data are presented in LIST form. See Section 5.3 GRAPH : Displays the sampled data in the formof a lineGRAPH. - CLEARDATA Clears all sampled data. See Section5.4 Using sampled data apart from in SAMPLING MODE System screens such as SAMPLING MODE SET CONDITION and DISPLAY LIST can be displayed in the USER SCREEN MODE (theuser-defined screen display). Printing can be conducted by printing out from the OTHER MODE. Furthermore, if sampling data is read using theFX-PCS-DU/AT-EE package, then it can be printed out from an IBM compatiblepersonal computer. The FX-PCS-DU/AT-EEpackage can store sampling data to either floppy disk or hard disk. AMITSUBISHI 5 -7 Graphic FX-5ODU Units SAMPLING MODE 5 Notes on SAMPLING MODE Once registered, the conditions and sampling data are protected by the back-up DUthe unit is switched battery, and will not be lost from memory when the power to OFF. Note that if the functions shown below are selected during sampling, sampling will be suspended,or the sampling data will be cleared. Clearing of the sampling data is conducted by switching ON the CONTROL DEVICE b3, or by executing the CLEAR DATA function. (See Section 5.4) CURRENTTIME DATATRANSFER Readinglverifiiation '' DATATRANSFER " Wriiing Suspended when the clock is set (if only time display, sampling continues). Data sampled upto timeof suspension is preserved, sampling continues after clack has been set. Sampling continues Sampling datais preserved during reading or verification. suspended Data sampled up to time of suspension is preserved. '1 Communication with FX-PCS-DU/AT-EE package, such as sending user-defined screen data. Bear in mind that timing of samplingis managed in accordance with the clock setting in the OTHER MODE. Accordingly, when performing sampling related to time, make sure that the set time is accurate. 5.2 Guide to Setting Sampling Conditions A numberof condition settings are necessary for executing sampling operations. This section describes the procedure for setting sampling conditions, and what objects have to be set. 0 The following condition setting screen is displayed when you select [SET CONDITION] in the SAMPLING MODE screen. [SAMPLING SET CONDITION] [SET CONDITION] DEVICE DEVICE TIME 1W 12h 33m 156 In condition setting, settings are made for the four items SAMPLE COND., START COND., END COND., and SAMPLE DEV.. Each of these items has a corresponding touch key, and can be selected simply by pressing the key. AMITSUBISHI 5-2 Graphic FX-5ODU Units I SAMPLING'MODE 5 The setting contents are described below. See Section 5.2.1 1 [ 1 [ Setting SAMPLE CONDITION SettingSTART CONDITION See Section 5.2.2 0 This optionsets the sampling conditions. When these conditions are met, the data of the designated Data Register are sampled. There are two possible settings; CYCLIC and TRIGGER. [TRIGGER]:Data is cdlected whenan X, Y, M, S, T, orCbitcomesON (OFF+ON) or goes OFF (ON+OFF). [CYCLIC] : Data is collected at fixed intervals. Set thetime at whichsamplingis to start. [DEVICE] : Sampling is startedwhenan X, Y, M, S, Tor Cbitcomes ON (OFF+ON) or goes OFF (ON+OFF). [TIME] : Specify theday, hour, minute,andsecond.Sampling will start fromthe specifiedTIME. The reference time isthe time set in the OTHER MODE. Setting the start condition Even if all other sampling conditions are set, sampling will not start until the start condition is met. If there is no start condition, then designate a normally ON M8000 (FX series) or M9036 (A series). Setting END CONDITION Section See 5.2.3 1 Set the time at which sampling is to end. [NUMBER] : Set the number of times sampling is to be executed. When theset number is reached samplingwill end. Allowed maximum sample totals: TRIGGER ... 800 CYCLIC ... 2000 [DEVICE] : Sampling ends when the specifiedbit device comes ONor goes OFF. [TIME] : Set theday,hour,minuteand second. Samplingwillend when the set time is reached. When the allowed maximum number of times for samplingis exceeded within the set @ time If the 800 or 2000 limit is reached before the set sampling end time, data items are progressively cleared starting from the oldest and replaced by newly sampled data. 1 Setting SAMPLE DEVICES See Section5.2.4 Specify the Data Register (16-bit)to be used for sampling. Although only one Data Registeris specified, two Data Registers (Data Register and Data Register + 1) are sampled. Presetvation of sampling devices The specified sampling devices are protected by the back-up battery, and will not be lost from memory even if the power to the DU unit is switched off, or an other mode is selected. AMITSUBISHI 5-3 Graphic FX-5ODU Units SAMPLING MODE 5 Sampling mechanismand response Sampling is conducted by the operation shown in the diagram below. Programmable controller Data access unit Sample 1 Sample 2 - - I . I . Sample 3 ; 1 &pie n i D- is when the SAMPLE START CONDITION is met, and the TRIGGER Or CYCLE signal is input. Sampling issuspended when the END CoNDITloN is reached. The data is usually read in 200ms to 300m~CYCLES. ' The maximum time required for sampling of the Data Registeris a maximum of%Oms from when the TRIGGER occurs orthe CYCLE starts. Accordingly, if sampling is being conducted by a high speed TRIGGER or CYCLE, then the sampling maybe inaccurate. The recommended minimum sampling interval is1 second, for either TRIGGER or CYCLE sampling. SettingtheSampleConditions 5.2.1 This is the procedure for setting the timing used for sampling. When these sampling conditions are met the specified Data Register is sampled and the sampled data is stored. It is possible to select TRIGGER or CYCLIC sample conditions. TRIGGER : Sampling is executed when one of the devicesX, Y, M, S, T,C comes ON (OFF+ON) or goes OFF (ON+OFF). DEVICES Dl 2,and V cannot be specified. 4) Example sample condition setting screen I - lSETCONDiTION1 t END 1 3) Specifying OFF&ON+OFF 2) Set TRiGGER SET Touchkey Devicerype Oevice number D@laythske)tcadlorsetling~dvlcenuntm ENT Withe TRIGGER d v c le If a device number which does not exist in h e programmable controller is specified as the TRIGGER, the message 'SET DEVICE IS INCORRECT." will be displayed. If this happens, press the [CLR] key and set a conect device. hlTSUBSHl O f f +ON ON4FF ' O F F 4 N " and ' O N 4 F F ' are alternately selected by pressing the appropriate buch key. 4) [END]: Return b the SET CONDITION screen. 5-4 Graphic FX-5ODU Units CYCLE 3) SAMPLING MODE : The sampling CYCLE can be set for intervals from 1 second to 9 days, 23 hours, 59 minutes and59 seconds. Example sample condition setting screen - [SET COND~ON] [s ~ ~ g H km tEND SAMPLE COND. 1) 5 --+q Stan Slate rnonkoing See Seabn 5.2 I Z 1 1) Speclfylng the CYCLE TRIGGER CYCLE TRIGGER' and 'CYCLE' are alternatelyselected by pressing the touch key. 2) Specifying the TIME r - - - - - - - - - - --7 --..-I oto9 SET 1 5.2.2 ENT ' Ser W day, hour, minute,second 3) [END]:Return to the SET CONDITION screen. Settingthe start condition This option sets the timingfor starting the sampling. Notes on sampling e Even if the TRIGGER or CYCLIC sample conditions are entered, sampling will not start until the start condition is met. DEVICE 4) : Sampling starts when one of the devices X, Y, M, S, T, C comes ON (OFF+ON) or goes OFF (ON+OFF). devices D,Z, and V cannot be specified. Example start condition setting screen - I [SET C O N D ~ O N ~ STARTCOND. !END I 1) Specifying the device DEVICE TIME "DEVICE' and "TIME" are albrnatelyselected by pressing the touch key. 2) Set TRIGGER SET Touchkey 3) Specifying OFF+ON/ON+OFF Device type Device number ENT DisplayWke@oardtorWnglt?8dedcenunt)er Continthe TRIGGER dedce If a device number which does not existin the programmable controller is specified as the TRIGGER, the message 'SET DEVICE IS INC0RRECT:will be displayed. If this happens, press the [CLR] key and set a correct device. AMITSUWSHI OFF-tON ON-tOFF " O F F 4 N ' and " O N 4 F F " are alternately selected by pressing the appropriam buch key. 4) [END]: Return to the SET CONDITION screen. 5-5 Graphic FX-SODU Units CYCLE 5 : The sampling CYCLE can be set for intervals from 1 second to 9 days, 23 hours, 59 minutes and59 seconds. Example start condition setting screen - 3) CONDITION] [SET START COND. 1) SAMPLING MODE !END --pq 1) specifyingthe tim TIME I DEVICE 'DEVICE" and TIME" are alternately selected by pressing the appropriate t a r d l key. 2) Specifying the TIME r-----------------I SET Oto9 ENT ' set he day,hour, minute, second 3) [END]: Retum to the SET CONDITION screen. Settingtheendcondition 5.2.3 This is the procedure for setting the timingused for ending the sampling. The sampling ends when the end condition is met. Sampling ends when thespecified number of samples has been conducted. The maximum number of samples for TRIGGER sampling800, is and the maximum forCYCLIC sampling is2000. Example end condition setting screen - 3) CONDITION] [SET END COND. 1) tEND -I See Secrion 5.2 1) Specifyingthe number DEVICE TIME NUMBER "NUMBER' and "TIME" and "DEVICE" are alternately selected by pressing the appropriate Iwch key. 2) Specifying the number r-----------------I SET oto9 ENT ' specithe number 3) [END]: Return to the SET CONDITION screen. L AMITSUBISHI 5-6 Graphic FX-SODU Units MODESAMPLING 5 Sampling continues until the specified timeis reached. When the maximum numberof samples is exceeded If the maximum number of samples is exceeded (800 for TRIGGER sampling, 2000 for CYCLIC sampling) the first samples are replaced bythe newly sampled data. The start point for sampling data display is adjusted to the oldest sample collected. 3) Example end condition setting screen - [SET CONDrnoN] END COND. 1) VEND ---pq 1) Spsctfying the U r n NUMBER DEVICE TIME 'NUMBER" and TIME' and "DEVICE' are alternatelyselected by pressing the I appropriate touch key. 2) Specitying the time r----------------7 I SET otos ENT -I sst l h day, hour, minute,second I 3) [END]: Return to the SET CONDITION screen. Sampling ends when thespecified device comesON or goes OFF. When the maximum number of samples is exceeded If the maximum numberof samples is exceeded (800 for TRIGGER sampling, 2000 for CYCLIC sampling) the first samples are replaced by the newly sampled data. The start pointfor sampling data displayis adjusted to the oldest sample collected. AMITSUBISHI , I 5-7 / I SAMPLING MODE Graphic FX-SODU Units 4) 5 Example end condition setting screen - I [SET CONDITION] tEND1 See S&un 5.2 1) Specifyingthe device DEVICE TIME NUMBER "NUMBER" and TIME" and "DEVICE" are alternately selectedby pressing the appropriate touch key. ~ 3) Specifying OFF+ON/ON+OFF 2) Specifying the device M1W Devicetype Device number Display the keyboardlor ~ U n the g devlce number Touch key O NOMF FF F4 N ENT W h the TRIGGER device If a deviceis speafied that doesnot exist in the programmable controller for the end condition,the message "SET DEVICE IS INCORRECT.' will be displayed. If this message is displayed, pressthe [CLR] key and set a correct device. 5.2.4 " O F F 4 N ' and Q N 4 F F ' are alternately selected by pressing the appropriate touch key. 4) [END]: Return to the SET CONDITION screen. Settingthesampledevice This describes the procedurefor setting the Data Register to be sampled. Devices which can be sampled Data Registers are the only devices that can be sampled. Example sample device settins screen , DEV. SAMPLE oto9 ENT Use the much sueen keypad at the bottom oi fhe screen to emer the Data Reglaw device numerk values. I I I 5 6 7 8 9 0 1 2 3 4 - ACLR V EN1 When a Data Register number is specified, the following Data Register number is also sampled. Example Designations DO + DO, D l Dl5 + D15, Dl6 AMITSUBISHI 5-8 Graphic FX-SODU Units MODESAMPLING 5 Sampling Result Display 5.3 The sampling results are monitored and displayed in either LIST or GRAPH form. LIST display 5.3.1 The sampling results are displayed in LIST form. Seven items of data are displayedon one screen. Sampling start date Sampling Example LIST device display screen / [DISPLAY LIST] *C , YCLC I Sampling ~~~~n / Sampling times END START lW&ly NUMBER TIME D 0 D 1 1 14:45:57 -32000 12UW 2 14:45:58 loo0 2OW 3 14:45:58 0 414:46:00 201 231 5 14:4601 4OOO 6 14:46:02 3OW 7 14:4603 3900 567 / * $ I lg [ z 1 See Section 5.1 V : S c r o l l display by onefine f :: Scroll automaticallyby holding the key down. Sad1 display by seven lines [END] : Return to the SAMPLING MODE screen. I f there is no sampling datathe message 'DATA IS NOT FOUND' is displayed. Sampling data Sampling collection time GRAPH display 5.3.2 The sampling results are displayed in line GRAPH form. Ten of items data are displayed on one screen. Sampling start date Example GRAPH display screen I 1 [DlSPlAY GRAPH] /END START 12/MAW1996 *TRIGGER / - I 4b A 4 : Scroll display by one line : Scroll displayby tenlines ! Scrdl aubmatidly by holding the key down. [Sample : If you pressthe position on the screen where the sample device is device] displayed the result display can be switched between 1 and 2 devices. \ Sampling data Sampling (larger data Data Register (smallerDataRegisterdevicenumber) device number) [END1 : ~a Return to theSAMPLING MODE w e e n . If there is no sampling datathe message "DATA IS NOT FOUND"is displayed. The current valueis displayed as a percentage in the form of a GRAPH, taking the minimum as 0 % of the set area and the maximum as100 % of the set area. 5-9 Graphic FX-SODU Units 5.4 SAMPLING MODE 5 Clearing Sampled Data This describes the procedure for clearing all sampled data. Notes on clearing data The CLEAR DATA function only clears the sampling data, and does not affect the setting data which set the conditions. If the message "COMPLETED" is displayed, it indicates that the sampling data has been cleared. If data is cleared while sampling is in progress, all of the collected data is cleared and sampling is stopped. 5.5 ProgrammableControllerINTERFACE DEVICES Sampling data can be cleared or monitored during sampling from the programmable controller without using theDU unit keys. There are eight"M"auxiliary relaysfor communicating between theDU unit and the programmable controller. These are called"CONTROL DEVICES", and are assigned fromMO to M7. CONTROL DEVICE information SeeSection 9.9. Using the FX-PCS-DU/AT-EEpackage you can change theMO to M7 device numbers. Use M3 and M4 in the SAMPLING MODE. Using M3, M4 Example CONTROLDEVICES (headdevicenumber is MO) M3 : Sampling data clear (used as a coil) M4: Sampling in progress (used as a contact) Sequence program If M3 is turned ON while samplingis inprogress Wheninputcontact is ON sampling is suspendedand the data sampled the sampling data is cleared. up to that time is cleared. Itis advisable to include theN/C contact of M4 in the program, as in this example, to provide an interlock that prevents data clearance during sampling. AMITSUBISHI 5 - 10 Graphic FX-SODU Units ALARM MODE 6 Introduction r;;l n I Start up l 3 1 I USERSCREENMODE r l I I MONITOR MODE 1 1 1 I I SAMPLINGMODE I 5 U I I n t 1 l I I n I 7 8 I ITEST MODE I I OTHERMODE r l Fl Screen display Change screen Appendixes AMITSUBISHI I Graphic FX-SODU Units ALARM MODE 6 Graphic FX-SODU Units ALARM MODE 6 6. ALARM MODE 6.1 Overview of the ALARM MODE The DU unit can monitor a maximum of50 (continuous device numbers) specified PC bit devices (X, Y, M, S, T, C) as ALARM devices. Each bit device may be assigned a message which can be displayed in the USER SCREEN MODE or ALARM MODE. ALARM function in theUSER SCREEN MODE The following operations are executed in the USER SCREEN MODE when ALARM devices turn ON. - ALARM message diwlay When an ALARM device turnsON during a userdefined screen display, the ALARM message corresponding to that device is displayed, overlapping on the screen. - When Changing displayto a specified screen anALARM device turnsON during auserdefined screen display, it switchesthe displayto a specified screen. - Printing Prints the ALARM message and the timeof ALARM occurrence when anALARM occurs. Notes on printing ALARMS ALARM messages must be in one-byte characters, and the printer communication settings must be made for printing from the DU serial port. - The system screens for ALARM MODES in Sections 6.5 to 6.8 can be displayed inthe USER SCREEN MODE. (Screens No. 507 to 510). ALARM devices allocation The allocation of ALARM devices and creation of ALARM messages are conducted under "ALARM" in the "MODE" mode of the FX-PCS-DU/AT-EE package. (See Section 6.3) A MITSUBISHI 6 -7 8 . , Graphic FX-5ODU Units ALARM MODE 6 ALARM function inALARM MODE Selecting ALARM MODE [ALARM MODE menu] Fig. 1 The above screenis displayed by selecting ALARM MODE fromthe SELECTMODE screen. The ALARM MODE has the following functions. 1) DISPLAY STATUS .............. This screen shows the ALARM messages for the ALARM device that is currently ON. The ALARM device that is ON can be reset (RST) from theDU unit. 2) DISPLAY HISTORY .............This function stores and displays the date and time that the ALARM occurred in the orderof occurrence. The ALARM HISTORY canlog a maximum of200 ALARM events. 3) DISPLAY FREQUENCY ......This function stores and displays how often each defined ALARM has occurred,in the order of ALARMdevice number. The maximum total of alarm occurrences that can be recorded is32,767. 4) CLEAR HISTORY ................An option to remove all the storedALARM HISTORY and DISPLAY FREQUENCY data from the memory of the DU unit. 6.2 ALARM Operations The diagrambelow shows an overview of the ALARM operations. The DU unit recognizes when aPC bit device assignedas an ALARMdevice turns ON (when it rises) as an ALARM occurrence. The DU unit also recognizes consecutively multiple ALARM occurrences. AMITSUBISHI 6-2 , # ALARM MODE Graphic FX-SODU Units DU unit USER SCREEN MODE ALARM message PC DEVICE number n n+l n+2 n+3 -- the earliest device first. Can display messages or specified screens. ALARM MODE ALARM STATUS 6 n+48 n49 -- ALARM HISTORY 1 -- Monitors thePC bit devices, and recognizes a bit device turningON as an ALARM occurrence. -- b Printout (Prints the ALARM device and the ALARM message) - OWOFF DEVICE status number n ON n+l OFF n+2 OFF n+3 ON OFF n+48 OFF n49 Maximum of50 ALARM devices Sequence program The DU unit and PC exchange datain approximately200 to 300 ms cycles, readingthe ONOFF status ofthe ALARM devices. The DU unitis pre-programmed using the FX-PCS-DU/AT-EE package to displayALARM messages overlappingin the USER SCREEN MODE, or to changeto specified screens. The ALARM HISTORY and FREQUENCY forthe ALARM device are displayed in the ALARM MODE. If multiple ALARMS occur, the ALARM devices are arranged in the DISPLAY STATUSin order of earliest occurring ALARM first, and these ALARMS are recorded in the ALARM HISTORY. While an ALARM deviceis ON, the CONTROL DEVICEb l (M1 at time of shipping this product)is ON. Notes on ALARM operations ALARM HISTORY and ALARM FREQUENCY can be stored up to the maximum limits shown below, and will be stored when the power is turned OFF. - ALARM HISTORY 200 ALARM events. If this maximum numberis exceeded, the oldest ALARMS are replaced by the newest. - ALARM FREQUENCY 32,767times. ALARMS are not recordedbeyond this number of times. ALARMS occurring outside the USER SCREEN MODE have only their ALARM HISTORY and FREQUENCY stored, and are not displayed overlapping on the screen, nor do they change to specified screens. However, for ALARM DEVICES which have printer settings entered,the ALARM HISTORY is printed when the display retums to the USER SCREEN MODEto(up a maximum of50 of the most recent ALARMS). AMITSUBISHI 6-3 ODU Graphic 6.3 Units ALARM MODE 6 Setting ALARM Devices The ALARM messages displayed in the USER SCREEN MODE or ALARM MODEwhen ALARMS occur are created using the FX-PCS-DU/AT-EE package. An outline of the FX-PCS-DU/AT-EE package is described below. 0 ALARM settings are conducted under ALARM MODEof the FX-PCS-DU/AT-EE package. The following screen is displayed by selecting ALARM from the MODE menu. Furthermore, the settings shown below mustbe made for each ALARM device. . Enter the HEAD ADDRESS number of the bit device (X, Y, M, S, T, C) used as the ALARM device. Can specify up to 50 ALARM devices after the HEAD ADDRESS number. If "0"is specified thenall of the entered content concerningthe ALARM is deleted. If you specify OVERLAPPED in the REPORT (described later), when an ALARM device turns ON the MESSAGE is displayed overlapped on UPPEWMIDDLELOWER part ofthe screen. If this setting is selected it is valid for all screens. > 0 MENU PRODUCTION MOMITOR 1i I 1[ selection m e n TESTMODE 9 1: I- A *reen name Screen number (individual screen) f I @ Msphy Fig 1 [COMMON SCREEN] : Displays the m e n s written to the a m m m settings of the FX-PCS-DWAT-EE package. [Individual screens] : If the area displaying the Saeen number and Screen name is pressed, then the applicable screen is displayed. M 4 I-c..ER..;;;;;l : [END1 : Saolls the list of screen names by one l i e : Smlk the list of screen names by seven lines : Return to the TEST MODE screen. Individual screen errors If an individual screen contains invalid data and so cannot be displayed, an "X" is displayed nextto the screen name. For items with an "X" displayed next to the screen name, if the area displaying the screen number is pressed then the name of the invalid object is displayed. Use the FX-PCS-DU/AT-EE package to amend the screen. 7.3 DATA BANK Editing This is the procedure for editing DATA BANKS created using the FX-PCS-DU/AT-EE package. The data in the DATA BANK can bechanged by selecting "DATA BANK from the TEST MODE. The settings for the number of data and the numberof banks are conducted using the FX-PCS-DU/AT-EE software. This function changes only the contents of each DATA BANK. D I D [DATA BANK] or 101 331i IEND D 71 [selection TESTMODE m e nH DATABANKI 801 2 ai )BANKNUMBER= 7/TOTALBANK= 10 I I [BANK] : Specify the BANK number. The screen number for the screen currently being edibd is displayed on the screen. [OK] : A keyboard is displayed on the screen, albwing the data shown bythe cursor to be changed. : Moves the cursor one point ata time. *: : Scrolls 14 itemsin the DATABANK. [END] : Return to the TEST MODE screen. Graphic FX-SODU Units OTHER MODE 6 I I I Introduction I Start up I I USER SCREEN MODE MONITOR MODE MODE I SAMPLING ALARM TEST MODE I Screen display Change screen Appendixes I MODE I I OTHER MODE Graphic FX-5ODU Units I 8 Graphic FX-SODU Units OTHER MODE 8. OTHER MODE 8.1 Overview of OTHER MODE List of Functions SET CLOCK in theDU unit’s real time clock (RTC). This functionsets and displays the time SWITCH Sets a PC deviceto turnON when a specified time is reached. Sets the day of the week to turn ON and starting time, as well as the end time. A maximum of eight PC bit devicescan be set to turnON. BACKLIGHT I Sets the backlight to turn off after a set interval. DATA TRANSFER Allows readiwwriting of userdefined screens, ALARM HISTORY andsampled data with a computer running the FX-PCSDU/AT-E€ package. PRINT OUT Allows sampled data and ALARM HISTORY datato be printed. ENTRY CODE BUZZER ‘ONTRAST I I 1 Enters an ENTRY CODEin the PC. Controls the levelof audible feedback when keys are pressed or errors are displayed. AdjuststheLCDdisplayvisibility. Selecting OTHER MODE [OTHER MODE menu] : SC~OIIS the bnctims by one lime. [END] : Return b n e MODE menu screen. AMITSUBISHI 8-1 8 Graphic FX-5ODU Units 8.2 OTHER MODE 8 SET CLOCK This function displays and changes the DU unit's real-time clock time. It also specifies the time format. [SET CLOCK] PET CLOCK] [DATE FORMAT] Fig. 1 Fig. 2 IEND PLEASESELECT I 8.3 1 TIME SWITCH This function uses the CLOCK functionin the DU unit to setthe TIME SWITCH. The TIME SWITCH turns on a maximum of eight consecutive bit devices when the specified day ofthe week or time is reached. Specify thebit devices in the TIME CHANNELS screen of the SYSTEM SETTING of the OTHER MODE in the FX-PCS-DU/AT-EE package. The following settings can also be conducted in the FX-PCS-DU/AT-EE package. [SET TIME SWITCH screen] Fig. 1 I END [SETTIME SWITCH] [SET TIME SWilCHl I CH1: M 100 CHANNEL SETTINGlFia. - - 2 CH5: M 104 ..... ~ U N ~ ~ T U E @ D ~FRIT HISAT] UI CH6: INSPECTW CH3:REST I I END hii%d 15:12:10 CH7: M 106 CH8: M 107 I ENDTIME I 15:15:12 I In theabove setting, M100 is ON from Monday to Friday, from 15 hr 12 min 10 sec to 15 hr 15 min 12%. Graphic FX-5ODU Units , na:r ~~ ~ ~ OTHER MODE se(edchamds1 roetoset 9 . 1 ~ 8 m.2 [Day of the week setting] : The day of the week is selected by pressing the appropriate day on the screen. A mark shows which days are selected. This mark is deleted by repressingthe appropriate day. [START TIME] and : Sets the TIME to turn ON the bit device. Turns ON the device for the appropriate day between [END TIME] STARTTIME the END and TIME. : Return to the previous screen. [END1 ' Ifa comment is attached to a bit device in the SET TIME SWITCHween shown in FQ.1, (created under COMMENT MODE in the FX-PCS-DWAT-EE package) then that comment can alw be displayed. ~ START TIME e END TIME. If the END TIME is specified as earlier than the START TIME, the operation continues ON until the next day. (Continues ON evenifthe day of the week for the next dayis not set.) 8.4 SET BACKLIGHT Sets the backlight on the display screen to off turnafter a setintend. The backlight turns off after a specified time unless touch keys or external keys are entered, or the user-defined screenis switched. Adelay of between 1 and 99 minutes can be set. PC CONTROL DEVICE b3 must be turned ON. In order to use this function, [SET BACKLIGHT] Fig. 1 I I [Iw t i a r 1-1 OFFTIME otos ENT setmeoff time FQ.I [END] : Return lo the OTHER MODE screen. Life of the LCD backlight The life of the backlight is at least 10,000 hours. (The LCD itself will last for at least 50,000 hours). We recommend setting the backlight off time so that the backlightis turned off when it is not required. AMITSUBISHI , 8-3 , .. , , / / , I . Graphic FX-SODU Units OTHER MODE 8 In order to use the SET BACKLIGHT function the following PC device must be tumedON. There are8 auxiliary relays for communicating between the DU unit and the PC. These are called "CONTROL DEVICES", and are assigned to MO - M7. (Youcan change the device numbers MO M7 using the FX-PCS-DU/AT-EE package.) - CONTROL DEVICE information SeeSection 9.9. The SET BACKLIGHT function uses device M2. Example CONTROLDEVICEHeadaddressis MO M2 : BACKLIGHT ON : BACKLIGHT tums off after the off time set in the SET BACKLIGHT function. OFF : BACKLIGHT is ONcontinuously. This function is used as shown below in a programmable controller program. When the contactis ON and M2 tums ON, the BACKLIGHT tumsOFF after aset interval. @ C1I . . . . BACKLIGHT turns OFF Turning the BACKLIGHTON from other than CONTROL DEVICES After the BACKLIGHT is turned OFF, it can be turned back ON again by turning device M2 OFF, by key operation,or by screen changing by the programmable controller in theUSER SCREEN MODE. Key operation while BACKLIGHTis OFF If a key is entered while the BACKLIGHTis OFF it only turns the BACKLIGHT ON, and does not perform its originally assigned function. 8-4 Graphic FX-5ODU Units 8.5 OTHER MODE 8 DATA TRANSFER DATA TRANSFER allows screen data and sampled data to be transferred between the DU unit and a peripheral device for creating screens (personal computer). This section describes the procedures for connecting the DU unit and the computer for operating the DU unit. Connection to the screen creation peripheral device (computer) The DU unit and computer are connected using an Fr232CAB or an Fr232CAB-1 data transfer cable. Peripheral device for creating DU unit screens (personal computer) DU unit OTHER MODE DATA TRANSFER screen display Display the DU unit DATA TRANSFER screen; a standby status willbe established until communication with the computeris possible. [DATA TRANSFER] DU /I - Screencreationperipheraldevice (software) operation reads/wriies/checks unit. DU the with [Mg;znu HJseled DATA TRANSFER PC [END]: Return b OTHER MODE menu. OperatestheFX-PCS-DU/AT-EEpackage,and 1 Completion During data communication the message "TRANSFERRING" wil be displayed;on completing communication the message will change to "COMPLETED". On completion, press the [END] key to return to the END previous key screen OTHER (the MODE menu). If communication with the computer cannot be conTo OTHER MODEfunctionmenuscreenducted normally the message"COMMUNICATION ERROR" will be displayed. If this happens, checkfor loose cable connections or problems with data created with the FX-PCS-DU/AT-EE package. I FX-PCS-DU/AT-EE package operation Refer to the separate Operation Manual for further details. AMITSUBISHI Graphic FX-SODU Units MODE OTHER 8 DATA TRANSFER during sampling The consequences of performing DATA TRANSFER while samplingis in progress are: Personalcomputer+ DU unit Sampling is stopped during DATA TRANSFER. However, the data sampled up to that time is preserved. Personalcomputer t DUunit Sampling continues and the sampled data is preserved. Personalcomputer 8.6 a f) DUunit Sampling continues and the sampled data is preserved. PRINT OUT PRINT OUTis used to print sampled data, ALARM HISTORY data, etc.. Furthermore,communicationparameterscan also be configuredfortheprinter, so printers with an RS-232C interface port can be used. Set the printer communication parameters in the SET-UP MODE. SET-UP MODE See Section 2.2. Connection to printer I both. I Connect the DU unit to the printer, and switch on the power to Select DU unit PRINTOUT I 0 Select PRINTOUT under OTHER MODE inthe DU unit. Select the data to print. Sampling data and ALARMHISTORY data canbe printed. A printing range canbe set for sampled data. Select data to print andPRINT OUT AMITSUBISHI 8-6 Graphic FX-5ODU Units OTHER MODE [PRINT OUT] 8 Fig. 1 om9 ENT Enterprhtslafl ENT oto9 NO EmrpMend '1 donmwishtopda tion MXeen AetumtoRg.1 an primng '1 Do not enler a value larger than the value displayed on Ihe screen for !he PRINTOUT end number. value d s ip a ly e don the screen is Ihe total number of sampled data). If a l a r g e r value is enbred, Ihe message"SET NUMBER IS INCORRECT"is displayed. Pres [CLFI] key and resnler a correct value. me I [END] : Return to the previarssaeen. ENTRY CODE ENTRY CODES registered in the programmable controller prevent unauthorized changand MONITOR MODE. ing of settingsforllmers and Counters in USER SCREEN MODE Changing current values Currentvaluescanbe changed. I ENTER I : Registers PCENTRYCODES intheprogrammablecontroller. Thesame PC ENTRY CODE data is common to other peripheral devices.A PC ENTRY CODE consists of eight (FX series) or six (A series) hexadecimal digits. Entry codeQOOOOOOO Conditions for valid ENTRY CODES The registration of a PC ENTRY CODES only becomes valid once the power to the DU unit has been switched off after registration and switchedback on again. I DELETE I : Used todeleteregistered PCENTRYCODES. Conditions for DELETING PC ENTRY CODES In order to DELETE, the same code as the registered PC ENTRY CODE must be input; if the entered code does not match, deletion will not be possible. AMITSUBISHI 6-7 Graphic FX-5ODU Units 1 UhJLOCK OTHER MODE I : programmable Used to temporarilycancelaPCENTRYCODE.(The controlleris preserved.) 8 PCENTRYCODE in the Conditions forvalid UNLOCK UNLOCK remains valid until the powerto the DU unit is switched OFF. WARNING: If the ENTRY CODE is forgotten, clear all the PC memory using another computer. However, note thatthis all clear operation willalso clear the programmable controller programs. Do not forget the PC ENTRY CODE! [ENTRY CODE] I [ENTRYCODEl Fig. 1 IEND I [MODE OTHER ENTRY CODE WEUENTFWCOOE 5 1 UNLOCK [ENTRY CODE] [ENTRY CODE] ENTER INPUT ENTRY CODE 8.8 Fig. 2 IENC ~rpul ENTRYCOOE 5 2 ENT 0109 cmunbd% [END] : Return tD he previous screen. BUZZER Sets whether or not to have audible feedback when keys are pressed or errors occur. [BUZZER] I I PLEASE SELECT .(BUZZERON1 IBU~ZEROFF] mark shows that he item is seleded. [END] : Return to the previous screen. AMITSUBISHI 8-8 Graphic FX-SODU Units 8.9 OTHER MODE LCDCONTRAST Adjusts the LCD CONTRAST. You may adjust the contrast as you wish. [LCD CONTRAST] .... Fig. 1 00000 4 : Conbastdown : Contrast up [END] : Return 1D theprevious m e n . AMITSUBISHI 8-9 8 Graphic FX-5ODU Units OTHER MODE 8 Screen display Graphic FX-SODU Units 9 I Introduction Start up USER SCREEN MODE 1 MONITOR MODE I 1 SAMPLING MODE I I ALARM MODE TEST MODE OTHER MODE Change screen Appendixes AMITSUBISHI , .. / , Graphic FX-5ODU Units Screen display 8 Graphic FX-SODU Units 9. SCREEN DISPLAY 9.1 Overview of Screen Display Screen display User-defined screens are created using the FX-PCS-DU/AT-EEpackage. The created screens aredisplayed in the DU unit USER SCREEN MODE. When creating screens, it is important to understand the followingtwo points. 1) The individualcomponent elements such asTEXT and GRAPHICS comprising one screen. 2) How to switch between multipleuserdefined screens. This section describes item 1). See Chapter 10 for further details concerning item 2). 0 The maximum numberof display screens that can be created is as follows: 50 DU unit . . . . . . . . . . . 500 screens Each screen is sequentially numbered starting from 0. No.This numbering systemis important when specifying display screens. This numberis called the Screen Number. Provided the screen numbers do not exceed the maximum number of screens that canbe created, the numbersdo not have to be in consecutive order. Operating the FX-PCS-DU/AT-EE package Refer to theseparateOperationManual 9 Screen display Graphic FX-SODU Units 9.2 9 ScreenComponents One screen displays a combination of TEXT, LINES, BOXES, etc., which are divided into categories depending on their function. The smallest unit device for these functions is called an "object". Objects are classified as shown below. DU unit 1 Programmable controller These objects display the registered screen content ata designated position in a designated size. Objectnames : "TEXT", "LINE", etc... These objects monitor the programmable contrdler device content at a designated position in a designated size. Objectnames : "NUMBER", "BAR GRAPH", etc... Monitors the programmable '1 controller internal information. Sends data to the programmable contrdler : When a designated input is entered, these objects turn specified programmable controller DEVICES OWOFF, and write data. Object names : "SWITCH","TOUCHKEY",etc... * 1 CHANGE SCREEN object : Sets the designations and switching conditions for switching from the currently displayed screento the next screento display. Object name: "CHANGE SCREEN" 1 : Stores send data by the sores text displayed the "SENDDATABANK"object."LIBRARYTEXT"and "TEXT INDICATOR" objects. : Stores images displayed by the "LIBRARY IMAGE" and "IMAGE INDICATOR" objects. *1 The objectsNUMBER, BAR GRAPH, etc. can changethe monitor function as well as the display device data. Display device DATA CHANGE See Section 3.2. '2 DATA BANK, Image library, and Text library are different from objects, as they are areas storing data and text. The data and text are read when related objects are activated. AMITSUBISHI 9-2 0 .. FX-SODU-TKS-E PRODUCTION I I &MATERIAL FEED SETTING PROCESS1 PROCESS2 1OOOmm 2000mm Displays alphanumeric characters, symbols and userdefined characters and symbals (user characters). (User characters are registered using the FX-PCS-DU/AT-EE package.) TEXT a Displays LINE two points. specified on BOX Displays aBOX on the screen. FILLED BOX Displaysaspecified CIRCLE CIRCLE a _ ~ BOX paintedwithaspecifiedcoloronthescreen. FILLED CIRCLE DisplaysaspecifiedCIRCLEpaintedwithaspecifiedcoloron IMAGE Displays an IMAGE stored DATE Displays the TIMEsecond. _ Displays days month, year, and date, and Disdavs minutethe hour. 1)I 2 ) 6) ~ the 9 The diagram below is an example of a screen display. The display example shown below uses a selection of objects, however note thatnot all objects are of objects may differ'depending on the model. displayed on the display example, and that the variety Example screen between LINE en. Screen display Graphic FX-SODU Units in the Image library in specified a position. of week. the the screen. 7\ Screen display Graphic FX-5ODU Units D. I LIBRARYTEXT C. and I NUMBER BAR GRAPH I Displays text stored in the text library Text can be specified by word devices T. V 2. Displays the contents of programmable controller word devices the at specified locations. Displays programmable controllerword devices at the specifiedlocation in BARGRAPHformat. I - Displays programmable controller word devices at the specified location in CIRCLE GRAPH format. Displays the programmable controller word device at the specified location in METER format. as a ratioof the total value ofthe speciDisplays the individual word devices fied number of word devices In PROPORTIONAL GRAPH (BAR) format. as a ratioof the total valueof the Displays the individual word devices soecified numberof word devicesin PROPORTIONAL GRAPH (PIE) format. GRAPH PANEL METER STATISTICAL CHART (PIE) STATISTICAL CHART (BAR) ~ ~ ~ 3) 4) - ~~~~~~ INDICATOR Displays specified areas of the screenby specified colors in accordance with ON/OFF control ofthe programmable controller'sbit devices. (SCR) Displays upto two text items from the library depending on the ON/OFF TEXT INDICATOR status of a b % device. IMAGE OVERLAY I TREND GRAPH on ON/OFF Displays upto two image items from the library depending the status of abit device. INDICATOR Overlaps specified screens depending on the ON/OFF status of the programmable controller'sbit device. SCREEN Displays an image stored in the Image library. Specify the image using word devices T, C, D, V and 2. Displays dataof the programmable controller's word device sampled at specified intervals on TREND GRAPH. Displays up to four lots of data. - Specifies and display from the programmable controller the TEXT CODEfor - ASCI I alahanumric characters. Uses ASCII CODES. SWITCH Controls theON/OFF status of programmable controller bit devices from the TOUCH keys. KEY (SEND) DATA BANK Used like keyboard keys by pressing a specifiedofarea the screen. Used in combination with SWITCH, DATA CHANGE, etc Can storedata equivalent to upto 4000 programmable controller Data Registers. When specified INPUTSare made, communicates data with the Data Register. ... - - 5) - When the specified TOUCH key is TOUCHed, writes the set data to a WRITE CON-STANT programmable controller word device. Changes the specified programmable controller's word device. By pressing this be pad used to DATA CHANGE a key a ten key pad is displayed on the screen, and can change data INCREMENT Increases the valueof a specified PCword device. DECREMENT Decreases the value of a specifiedPC word device. - KEYPAD Displays a keyboardon the screen used for changing numeric data. 8) BUZZER Sounds the DU unit BUZZER when abit device isON. - 9 FX-SODU Graphic Screen display Units I CHANGE SCREEN I 9 Sets the conditions under which a screen is changed, and which screen is displaved when the change is made. 9.3 Common Display Items 9.3.1 This section describes the common items in object display and setting. Screendisplayposition The screen sizeis shown on the diagram below. The display position of an object can be set in 1 dot units. 320 dots 9.3.2 Registeredposition of objects There are two methods for registering objects (screen creation), either registering the object as COMMON SETTINGS applicable to all screens, or registering as an individual screen setting. 0 COMMON SElTlNGS Objects defined as COMMON SETTINGS have the same setting content all for screens. In this case making one object registration is the same as registering the object in all screens. /Objects which canbe s e t ] A l l objects can be defined as COMMON SETTINGS. Individual screen settings Registers objects for individual screens. Only the functions of objects registered in the currently displayed screen in the USER SCREEN MODE will operate. When the screen is changed, the objects in the switched screen become active. Objects which canbe set All objects can be set for individual screen setting. I I 0 The relationship between COMMON SETTING and individual screen setting is shown in the diagram below. Individual Individual I I Screen No. 0 Screen No. n Individual I I Screens displayedin USER SCREENMODE use objects registered in both COMMON SETTING and individual screen setting. Last screen No. AMITSUBISHI 9-5 , , * , Screen display Graphic FX-5ODU Units 9.3.3 9 Number of registeredobjectsanddatacapacity Objects are managedas screen data. During screen creation the number of registered objects and data capacityis monitored. : 128 KB Maximum numberof registered screens: 500 (Screen No. 0 to No. 499) Screen Total memory Memory screen per 0 : 8000 bytes The table below shows the number of registered objects and maximum number of objects per screen. I Numberobjects Of reg'sted 'IC@ Number of objects per screen ASCII 10 30 30 I LIBRARYIMAGE 30 The number of objects that can be displayed perM-5ODU-TK-E (-TKS-E) screen is thenumber shown in column "C" in the table. "A" + "B" I "C". Furthermore, the number that can be displayed by screen overlapping, or overlappingof screens using the INDICATOR (SCR) function, cannot exceed the numberin "C" I 1 TREND GRAPH PROPORTIONAL GRAPH (BAR) 10 PROPORTIONAL GRAPH (PIE) I I INDICATOR (SCR) TEXT INDICATOR IMAGE INDICATOR OVERLAY SCREEN 50 50 50 DATE 1 1 1 TIME SWITCH 1 1 1 50 50 32 32 BUZZER IrSl) ~ DATA I I DECREMENT DATA CHANGE CHANGE SCREEN WRITE CONSTANT TOUCH KEY 32 1 AMITSUBISHI 9-6 Screen display Graphic FX-5ODU Units 9.3.4 9 Screen creation Screens are created in SCREEN mode in the FX-PCS-DUIAT-EE package. Objects are registered byselecting them from the listof objects displayed on the left of the screen. The diagram belowis an example of an FX-PCS-DU/AT-EE package screen. MODES are selected by pressing [Esc] and [e, +] keys. To register to COMMON SETTING, select COMMON SETTINGby calling the screen using[F2:JUMP] key. To register objects in individual screens, selectSCREEN from theMODE menu, and press the 'Tab key toselect the object. Theobjects are selected from the list at the left of the screen. . . . . . . . . . . TEXT, LIBRARY TEXT TEXT GRAPHICS IMAGE NUMBER INDICATOR I GRAPH ~ ASCII TIMEIDATE KEY SETTING SCREEN NAME -. KEYPAD . . . . . . . . . . LINE,BOX,CIRCLE . . . . . . . . . . IMAGE,LIBRARYIMAGE . . . . . . . . . . NUMBER . . . . . . . . . . INDICATOR (SCR), TEXT INDICATOR 1 . IMAGE INDICATOR, OVERLAY SCREEN, BUZZER . . . . . . . . . . BAR GRAPH, TREND GRAPH, CIRCLE GRAPH, PANEL METER, PROPORTIONAL GRAPH (BAR), PROPORTIONAL GRAPH (PIE) . . . . . . . . . . ASCII . . . . . . . . . . Time, date . . . . . . . . . . SWITCH, (SEND) DATABANK, CHANGE SCREEN, INCREMENT, DECREMENT, DATA CHANGE, WRITE CONSTANT . . . . . . . . . . (Supervisor) . . . . . . . . . . TOUCHKEY . . . . . . . . . . KEYBOARD The text library refers to messages createdin TEXT LIBRARY MODE. DATA BANKSare created underDATA BANK mode. The image library refers to images installed inIMAGE LIBRARY MODE. 9-7 Screen display Graphic FX-5ODU Units 9.3.5 Specifyingdisplay color Objects can be displayed using a specified color. The followingcolors can be specified. FX-SODU-TKS-E DU unit (color). . . . . . . . . . . EigM colors, black, blue, green, ligM blue, red, purple, yellow, white FX-SODU-TK-E DU unit (monochrome).. . . . Black and white(if you specify any othercolor using the FX-PCS-DU/AT-EE package then displayed all black.) . Color specification canbe either Foregroundcolor or Background color. ExampleFor a TEXTobject Background &or: Specifies the background color of the object. (Some objects may have no background ABCDE setting). L----- -----I I Foreground color: Specifies the color of the displayed object. For the FX-SODU-TK-E DU unit (monochrome),if the foreground&or is set to white and the background color to black, then the object is displayed reversed. / Background color (black) \ Foreground color (white) 9-8 9 Screen display Graphic FX-5ODU Units 9.4 9 DetailedDescription of Objects This section provides a detailed description of the object settings. 9.4.1 TEXT object The object for displaying text is called the "TEXT" object. The TEXT object is used to display messagesfor the operator suchas operation displays and error messages. Alphanumeric characters anduserdefined characters. 40 charactersx 15 linedone-bytecharacters. . . . . 1 character 8 x 16 dots 20 charactersx 15 lineflwo-byte characters. . . . . 1 character 16 x 16 dots 3 writing and reverse display are possible One-byte, two-byte characters, l x to 4x height, l x to 4x width (user characters cannotbe one-byte, heighwidth ratio is between 1 to 4) Example 4x height/ Double Double One-byte 3x width height,heightlwidth height character Only alphanumeric characters canbe specified 112 heightlwidth. 112 height If you use the FX-PCSDU/AT-EE package to specify 1/2 height the width is fixed at 1 byte (text sizex 1). 8 dots 0 Within the same line, TEXT items having the same magnification factor are counted as one object. One-byte and two-byte characters can be included in the same object (except at 112 height). Example Number objects of =2 Number objects of =3 ' character One-byte 1) A: I 2) B:character height Double 0 The greaterthe number of objects the more screen memoryis used. In order to reduce the number o! objects, we recommend entering objects in the same magnitude. FX-50DU-TKS-E . . . Foreground colors 0 I 1) AB: One-byte V:Two-byte 2) C: Double widweight 3) D: Double height,3x width FX-50DU-TK-E.. . . . Foreground color AMITSUBISHI eight black or white , backgroundcolors eight+ none , background color black or white 9-9 Screen display Graphic FX-5ODU Units 9 1 Background cdor (dotted outline not shown on screen) 9.4.2 Double heighvwidth Foregroundcolor ------ One-byte Foreground color ASCII objects Specifies the text to be displayed by PC word devices (T, C, D, V, Z). Can display specified text freely on one base screen. Those characters that can be used with an ASCII object, such as alphanumeric characters, user characters, and special symbols (refer to the ASCIIcodes listed in the Appendix). Programmable controller word devices.. . . . Timers, Counters, Data Registers 1 Word (16 bits) ........................ 1 two-byte characteror 2 one-byte characters Maximum 12 WORDS . . . . . . . . . . . . . . . . . . .12 two-byte charactersor 24 one-byte characters NOTE: 1. Non-consecutive devices cannot be used. 2.High speed Counters C235- C255 are 32-bit DEVICES, and each point is therefore equivalent to two words. 0 One-byte, two-byte characters,lx to 4x height, lx to 4x width, if one-byte alphanumeric characters only areto be displayed 1/2height, one-byte widthis possible. FX-SODU-TKS-E . . . Foreground colors FX-50DU-TK-E. . . . . Foreground color + eight black or white , background colors eight + none , background color black or white Even if the character displayed by ASCII is changed, the foregroundcolor and background color settings remain the same. AMITSUBISHI 9 -10 Screen display Units FX-5ODU Graphic 9 Refer to the Appendices for further details aboutASCII. Reading theASCII table This section describes how to read ASCII using theAppendix as an example. the verticaland horizontal axes. One ASCII character is displayed by combining both . . . . . The vertical axis shows the last digit of the code. Example Select “ A Horizontal axis H40 Vertical axis 1 + ASCII H41 (hexadecimal expression) Select “T” Horizontal axisH50 Vertical axis 4+ ASCII H54 (hexadecimal expression) 0 ASCII codes arestored in programmable controller word devices(T,C, D). The data storedin the lower 8 bits is displayed first, as shown below. Example 1. Displaying 2 one-byte characters(ASCII codes) . . . DO 1 word I The requiredASCII codes (taken from the ASCII code tablein Appendixes) are: ) ASCII d e s How the datais stored: Upper bits Lower Background color ( d o t t e d outline not shown on screen) I DO (H) I I 4 2 4 bits 1 1 I The first data displayed is that of the lower bits. Example 2. Displaying 1 two-byte character . . . . . . . . . . . . . . . . DO 1 word The required code (taken from the user defined characterset) is: .=F053 The upper and lower two digits of the character code are reversed. How the datais stored: Upper bits Lower bits DO (H) I 5 3 F 0 Screen display Graphic FX-5ODU Units 9 Example 3. Displaying 1 two-byte character andonebyte 2 characters . . . . . DO, D l 2 words - C@D How the data is stored: Upper bits Lower Order bits DO(H) D l (H) I* ] The required ASCII codes (taken from the ASCII codetable in the Appendixes) are: C=H43(one-bytecharacter,8-bit) O=FO53 (Two-byte character, 16-bd) D=H44(one-bytecharacter,8-bd) of display of data 2-word designation __. 43 FO 53 44 I \ , J - C D 0 Storing space characters and user characters If the ASCII code HO (two-byte one-byte characters) is designated, the character that follows it will not be displayedon the screen. To enter a space in a character string, designateH8140 for a two-byte space, or H20 for a one-byte space, for storage in a specified word device. To display user characters registered by FX-PCS-DU/AT-EE package, designate F040 - FOCO for storage in a specified word device. Storing ASCII codesto display "NORMAL"or "HIGH!!" in the three Data RegistersD l 00 - D l 02 (3 words) When X0 is ON, "NORMAL" is displayed When X1 is ON, "HIGH!!" is displayed ASCII object (example of designation in EDIT MODE) Display When X0 is ON AMTTSUBISHI x2 height,x2 width Normal D l 00 3 Background color (dotted outline not is ON shown on screen) : Character SIZE : Character ATTRIBUTE :device Word : Number of words When 9 - 12 Screen display Graphic FX-SODU Units 9 Sequence program FNC 12 How the Data Registers arestored Upper bits FNC 12 4 MOV I I 1 FNC12 MOV FNC 12 I H4D52 I DlOl I I Dl01 I H4C41 I Dl02 Dl02 ,b- (HI 4C How the Data Registers are stored Upper bits FNC 12 Lower bits Lower bits DlOl Dl02 @ ASCII code features As shown in the example above, the ASCII object can display specified TEXT on one base screen without changing the screen or using an overlay. 9.4.3 LIBRARY TEXT Selects and displays text items from the text library by a programmable controller device (T, C, D, V, Z) current values and settings. @ Features of LIBRARY TEXT Multiple character strings canbe displayed on the one screen, allowing a reduction in the number of screens. 0 l x to 4x height, l x to 4x width Alphanumeric charactersbe displayed at 1/2 magnification by designating1/2 height, however character strings mustbe wriien in one-byte characters for the Library. Depends on the characters stored in the Library. (The text library can use alphanumeric characters user and characters.) Maximum of20 characters . . . . . Depends on the number of characters stored in the text library ExampleTextlibrary AB ,CDE, ,. .. , . . . . . 1 space JL I If space characters are entered the numberof characters increases. Screen display Graphic FX-5ODU Units 9 Text items designated fromthe text library T and C current and settings, Dl V and Z current values. 16-bit or32-bil Sets the data size for the word device specified by the "MONITORED DEVICE. If setting high-speed Counters or 32-bit Counters by "MONITORED DEVICES", you must theset data size to 32-bit. Specify thetypes of word devices specified by "MONITORED DEVICES". Set the current values and settings for T and C devices, and the current value for D, VI and Z devices. The text displayed on the screen can be changed in USER SCREEN MODE. Changing the displayed text can be set to permitted orforbiiden. If using the objects "INCREMENT', "DECREMENT", then you can changethe text displayed by the DU unit. It is possible to set a permissible range for the text itemsto be displayed. Set the minimum0 to maximum 199. The maximum and minimum range can eitherset bedirectly, or indirectly using a word device C, (TI Dl VI Z). If you specify a character string number that exceeds the range set here, the message "SET NUMBER IS INCORRECT" will be displayed. 0 FX-BODU-TKS-E . . . Foreground colors 0 FXdODU-TK-E. . . . . Foreground color eight , background colors black or white , background color eight + none black or white Depending on the ON status of the Limit Switches LS1 to LS3 on the conveyorline shown below, the displayed characters can be changed. LS1 home position n AMITSUBISHI LS2 intermediate position n LS3 end position n 9 -14 Screen display Graphic FX-SODU Units 9 Use the LIBRARY TEXT object. Use the Data Register D l 0 to specify the text library character string number. * LIBRARY TEXT OBJECT MONITOREDDEVICE DATA SIZE DISPLAYED VALUE DATA CHANGE RANGE (MIN) : Dl0 bit : 16 : CURRENT : PERMIT :20 :22 "() * Text library 0 - 20 ZEROPOINT 21INTERMEDIATEPOINTPASSED 22 TRANSPORTCOMPLETED Text number Sequence program Mov MOV MOV K22 I K20 D l0 . . . . . . TransferTEXT No. 20 to DlO. K21 Dl0 . . . . . . Transfer TEXT No. 21 to D10. Dl0 . . . . . . Transfer TEXT No. 22 to D10. DU unit screen CONVEYOR LINE Displays "ZERO POINT" when LS1 is ON. Displays "INTERMEDIATE POINT PASSED" when LS2is ON. Displays "TRANSPORT COMPLETED" when LS3 is ON. The displayed head position is always in the same position, regardless of the number of characters. AMITSUBISHI 9 -75 Screen display Graphic FX-SODU Units 9.4.4 9 NUMBER object Display the data store in specified programmable controller word devices current values and settings,D, V, and Z). (T and C T, C (current and settings), 16/32 bit Data Registers (current value)V(D), (current value) andZ (current value). One-bytdtwo-byte characters,l x to 4x height, l x to 4x width, 1/2 height, one-byte width characters, allowing a 1/2 magnification. (A heightlwidth ratioof 1 to 4 is possible, however characters cannot extend outthe of screen.) Maximum number of digits displayed . . . . . .12 digits (minus (-) symbol and decimal point counted as one digit each) Example High-speed Counter -2147483648 . to ~ 2 3 (32-bit) 5 2147483647 , I digits 11 displayed. be 10 digits Ifyou try to display data exceeding the maximum number digits of question permissible, marka "?" will Shows the number of digits below the decimal point when displaying a fraction. Example 1234.56 In this case 2 digits are specified. (Total number of digits is 7) The decimal point position fixed. is 16-bit or 32-bit Sets the data size for the word device specified by the "MONITORED DEVICE". If setting high-speed Countersor 32-bit Counters as the "MONITORED DEVICE", you must setthe data size to 32-bit. Sets the types of word devices specified by "MONITORED DEVICE". Sets the T and C current and settings,V,D,and Z current values. Decimal (with or without zero suppress) hexadecimal If there is no zero suppress, then when there is"0" a in the upper digits,the "0" is included in the total number of digits. Example Total number of digits7,digits under the decimal point 2 0012.34 Displays the"0" FX-SODU Graphic Screen display Units 9 When the objects "INCREMENT', "DECREMENT", "DATA CHANGE", and "KEYPAD" are used the data can be changed. In thiscase, ,set either "PERMIT"or "FORBID"for DATA CHANGE. Operating DATA CHANGE Refer to Section 3.2 for further details. Set the permissible rangefor changing the above objects. Either directlyset a minimum and maximum range for 16 bit and/or 32 bit devices,or set the range indirectly using a word device (T, C, D, V, Z). If you enter a value exceeding the range specified here, the message "SET NUMBER IS INCORRECT" is displayed. If you set the minimum range larger than the maximum range, then data changebewillforbidden. FXdODU-TKS-E . . . . Foreground colors eight FXdODU-TK-E . . . . . Foreground color black or white Text 9.4.5 object ?PROCESS PROCESS 21 , backgroundcolors eight + none , backgroundcolor black or white f TIME HEATING 126.3 89.6 SEC SEC.Number object BAR GRAPH Displays programmable controller word device(T and C currentvalues and settings, D, V, 2)in the form of BAR GRAPHS. BAR GRAPH features The BAR GRAPH display makes theinformation easy to read at a glance, whereas a NUMBER display might be confusing. Minimum: 16 dot x 8 dots Maximum:Fullscreenarea Increases in units of dots verticallyor horizontally. 0 T and C (current value and settings), (16 D bit, current values), D(32-bit,current value),V (current value) and2 (current value). AMITSUBISHI 9 -17 Screen display Graphic FX-5ODU Units 0 9 16-bit or 32-bit. Sets the data size for the word device specified by "MONITORED DEVICE". If setting high-speed the data size to 32-bit. Counters or 32-bit Counters as the "MONITORED DEVICE", you set must Sets the types of word DEVICES specified by "MONITORED DEVICE". Set the T and C current values and settings, and V, and Dl 2 current values. 0 When the objects "INCREMENT" and "DECREMENT" are also used, then data be canchanged. In this case,set either "PERMIT" or "FORBID" for DATA CHANGE. Set the permissible range for changing the above object. Either directlyset a minimum and maximum range for 16-bit and/or 32-bit devices, or set the range indirectly using a word device (T, C, D, V, 2). If you enter a value exceeding the range specified here, the message "SET NUMBER IS INCORRECT" is displayed. If you set the minimum range larger than the maximum range, then data changebewill forbidden. BARGRAPHformatHorizontal(left to right), vertical(bottom to top) Horizontal (right to left), vertical (top to bottom) The current valueis displayed as a percentage, taking the minimum0as Yo of the set area and the maximum as 100YOof the set area. If the data value is lower thanminimum the or higher than the maximum, a diagonal line willappear across theBAR GRAPH. Horizontal presentationon DU unit screen (left to right) Example Specified programmable controller device: D l Current value (25%) (' Ooo) (1500) For horizontal presentation (rightto left) presentation vertical and (top to bottom), the maximum and minimum values on the diagrams shown at right are reversed. Max. (3000) Data value smaller than minimum value Vertical presentation on DU unit screen (bottom to top) Max. 'Min. 'Current value hITSUBISHI I 9 -18 Screen display Graphic FX-5ODU Units FX-5ODU-TKS-E . . . . Foreground colors eight FX-SODU-TK-E . . . . . Foreground color black or white 9 , background colors eight , background color black or white Specified area (0 to 100 Yo of range) background color. The part displaying the current value is the foreground color. . . - * 1f PRODUCTION MANAGEMENT TEXT object ~ DUCTS OPERATING RATE NUMBER object I GRAPH BAR object 9.4.6 TRENDGRAPH Displaysthecurrentvalues of amaximum of fourprogrammablecontrollerData Registers (16-bit) sampled in set intervals, and displays the results in the form of a TREND GRAPH. Maximum: Full screen area Minimum: 64 dots x 64 dots (vertical by horizontal) Increases in 1 dot units vertically and horizontally. Data Register (D) Only 16-bit Data Register, can specify up to four consecutive devices. Sets the interval for sampling specified Data Registers. Can set between 1 and 65535 seconds sampling interval, in one second units. 0 Sets the vertical and horizontal divisions for displaying TREND the GRAPH. Vertical and horizontal values 2 to 10. Example Number of divisions Vertical axis : 5 The divisions are drawn at Horizontal axis: 9 equal divisions of the .-> specified size. 1 5 * L' AMITSUBISHI L : ; ; : : 8 divisions : 1- 4 Oniv disDlavs the divisions. Use' a&h& object (eg.TEXT object) to display the division units and numbers. 9 - 79 Screen display Graphic FX-SODU Units 0 9 Sets the rangefor sampled data displayed on the vertical axis. Min. - Set the line typefor the TREND GRAPH. Set line typesfor four Data Registers that specified at "MONITORED DEVICE" as the head. None. ......... Does not display TREND GRAPH. (Sampling is conducted) Unbroken line . . . Displays TREND GRAPH using unbroken line ( ). Broken line . . . . . Displays TRENDGRAPH using broken line(- - - - - - - -1. Dotted line. . . . . . Displays TRENDGRAPH using dotted line...................... ). Long and short dash line ....... Displays the TRENDGRAPH using along and short dash line(- . - . - . - ). - - a Colors can be assigned for these differenttypes of lines. The axes and divisions can be displayed in the following colors. FX-SODU-TKS-E . . . . . .Eight foregroundcolors FX-SODU-TK-E . . . . . . . Foreground cdor black or white Foreground color (a background color specification is invalid)- 6- MONITORED DEVICE 3 (Dl 02) If minimum or maximum values exceeded 5- MONITORED DEVICE 1 (Dl 00) ............. 2 -1- ....................... O - i 2 3 4 5 6 7 8 L 0 0 TEXT object Samples the devicesD l 00 to D l 03 every three seconds, and displays on theTREND GRAPH. The "0to 9" numbers on the divisions were created using the TEXT object. Notes on sampling If the sampling data exceeds the minimum 0 or maximum 1000, then the TREND GRAPH is not displayed. The data is not displayed if the line type STYLE is set to "NONE". AMITSUBISHI 9-20 . Screen display Graphic FX-SODU Units 9.4.7 9 CIRCLE GRAPH Displays programmable word devices(T and C current valuesand settings, D, V, Z) in the form of CIRCLE GRAPH. CIRCLE GRAPH features CIRCLEGRAPHpresentationmakestheinformationeasy whereas a NUMBER display might be confusing. to read at aglance, Minimum: Radius 16 dots Maximum: Object cannot extend outof the screen. T andC (current value and settings), D(16-bit, current values), D (32-bit, current value), V (current value) and2 (current value). 16-bit or 32-bit. Sets the data size for the word device specified by the"MONITORED DEVICE". If setting high-speed Counters or 32-bit Counters as the "MONITORED DEVICE", you mustthe set data size to 32-bit. 0 Sets the types of word devices specified by "MONITORED DEVICE". Set the T and C current values and settings, and V and D, 2 current values. When the objects "INCREMENT' and "DECREMENT" are also used, then datacan be changed. In this case, set either "PERMIT" or"FORBID"for DATA CHANGE. Set the permissible range for changing the above object. Either directly set a minimum and maximum range16-bit for and/or 32-bit devices, orset the range indirectly using a word device C, (T,D, V, 2). If you enter a value exceeding the range specified here, the message "SET NUMBER IS INCORRECT" is displayed. If you set the minimum range larger than the maximum range, then data change willbe forbidden. Starting point position TOP,RIGHT, BOTTOM, LEFT Direction CLOCK CLOCK WISE ANTI WISE, The current valueis displayed as a percentage, taking the minimum as 0 oo/ of the set area and the maximum as100 % of the set area. If the data valueis lower than the minimum or higher than the maximum, a diagonal line will appear across the CIRCLE GRAPH. Screen display Graphic FX-5ODU Units Example Dl Specified programmable controller device: D l : 3000 Min. : 1000 Starting position(TOP), direction (CLOCKWISE) 1500 Dl 9 0 t If the directionis "ANTI CLOCK WISE"then the maximum and minimum values onthe diagrams Starting position(RIGHT), direction (ANTI CLOCK WISE) Current value FX-SODU-TKS-E , . . . Foreground colors eight FX-50DU-TK-E , . . . . Foreground color black or white , background colors eight , background color black or white The part displaying the current value is the foreground color. - Area specified in the range 0 to 100 % is the background color. PRODUCTION TEXT object + & k T S MANAGEMENT 12341- NUMBER object OPERATING RATE Bl- CIRCLE GRAPH AMITSUBISHI 9-22 Screen display Graphic FX-5ODU Units 9.4.8 9 PANEL METER Displays programmable word devices(T and C current values and settings, D, V, Z) in the form of PANEL METER. PANEL METERfeatures METER presentation makes the information easy NUMBER display might be confusing. to read at a glance, whereas a Minimum: 32 dotsx 24 dots Maximum: Full screen area Increases in units of dots vertically or horiiontally. T andC (current value and settings), D (1Wit, current values), D (32-bitI current value), V (current value) and Z (current value). 0 16-bit or 32-bit. Sets the data size for the word device specified by the "MONITORED DEVICE. If setting high-speed Countersor 32-bit Counters as the "MONITORED DEVICE", you set must the data size to 32-bit. Sets the typesof word devices specified by "MONITORED DEVICE". Set the T and Ccurrent vnll~enand settings, and D, V and 2 current values. When the objects "INCREMENT' and "DECREMENT" are also used, then data canbe changed. In this case, set either "PERMIT" or"FORBID for DATA CHANGE. Set the permissible range for changing the above object. Either directlyset a minimum and maximum range for 16 bitandor 32 bit devices, or set the range indirectly using a word device (T, C,VIDl 2). If you enter a value exceeding the range specifiedhere, the message "SET NUMBER IS INCORRECT" is displayed. If you set the minimum range larger than the maximum range, then data changebewill fortiiden. Screen display Graphic FX-5ODU Units 9 Set the number ofmarks on the scale of the PANEL METER.2 to 11 ticks canbe s e t . Example: 6ticks - 5 divisions - At least 2 ticks are needed to define the MAX and MIN positions. - If the data value exceeds the specified permissible range the mores beyondthe scalein the appropriate direction. MIN MAX FX-5ODU-TKS-E . . . . Foreground colors eight , background colors eight needle color eight FX-SODU-TK-E . . . . . Foreground color black or white , backgroundcolorblack or white needle color eight Background color PANEL METER numbering Any text or numbers must be added separately using TEXT objects. 9.4.9 PROPORTIONAL GRAPH (BAR) Displays the individual Data Register ratio as a percentage of the total of a maximumof 6programmablecontrollerDataRegister(16-bit)currentvalues in the form of a PROPORTIONAL GRAPH (BAR). Minimum: 16 dotsx 16 dots. Maximum: Full Screen area Increases in 1 dot units vertically or horizontally. Data Register (D) Only 16-bit Data Registers, can specify up totwo to six consecutive devices. needle Screen display Graphic FX-5ODU Units 0 0 9 Each data register has a color associated with it andused thistoisfill that devices portion of a bar graph. The graphis similar to a HORIZONTAL BAR graph. Example: Using 3 devices fromD l Device 1 color /I 1Device 2 color = ]I Device 3 color F Total = 120 l D l =40 D2=30 D3=50 ERROR indication If all devices are 0 diagonal line. or one of the devices is negative then the graph shows as a (All devices "0"!) If only one device is "0" then this deviceis shown as a single line in thegraph. FX-SODU-TKS-E . . . . Device colors FX-SODU-TK-E . . . . . Device colors , frame colors eight black white or , frame color Device colors eight black or white Frame color PRODUCTION RATIO BOXES -PROPORTIONAL I I TEXT objects I J GRAPH (BAR) Graphic FX-5ODU Units 9.4.10 Screen display , 9 PROPORTIONALGRAPH(PIE) Displays the individual Data Register ratio as a percentage of the totalof a maximum of in the form of a 6 programmablecontrollerDataRegister(16-bit)currentvalues PROPORTIONAL GRAPH (PIE). Minimum: Radius 16 dots Maximum: object cannot extend out of the screen. Data Register (D) Only 16-bit Data Registers, can specify up twototo six consecutive devices. Each data registeris associated with a color and this is used tofill that devices portion of a circle graph. The graphis similar to aCIRCLE graph starting from the top and progressing in a clockwise direction. Total = 120 .. Example: Using3 devices fromD l D l = 40 Device1color Device 2 color Device 3 color I I D2 = 30 ERROR indication If all devices are 0 or one of the devices is negative then the graph shows with a diagonal line. 8 (Alldevices "0" !) If only one device is "0"then this deviceis shown as a single linein the graph. R(-SODU-TKS-E . . . . Device colors FX-BODU-TK-E . . . . . Device colors AMITSUBSHI eight black white or , frame colors , frame color eight black or white 9-26 Screen display Graphic FX-SODU Units PRODUCTION RATIO 9 I TEXT objects PROPORTIONAL GRAPH (PIE) I BOXES 9.4.11 LIBRARYIMAGE Selects and displays image items from the image libraryin accordance with programmable controller word device(T, C, D,V, 2)current values and settings. Features of LIBRARY IMAGE Multiple images can be displayed on the one screen, allowing a reduction number of screens used. in the Depends on the size stored in the IMAGE LIBRARY ExampleImagelibrary Mx64dots not circle(black point Screen / Starting shown on screen) (horizontal x vertical) The specified position on the display screenis the starting point, and it displays images atthe size stored in the image library. L64-dots 4 L If theimageextendsoutofthescreenrange it is notshown. (No error occurs, but only images limited to the Screen are displayed.) *, I a' , 4 - - - _ - image is not shown onthe screen. . T and C (current value and settings),D (1 6 bit, current value), D(32 bit, Current value), v (current value), Z (current value) 1&bit or 32-bit Sets the data size for the word device specified by the "MONITORED DEVICE". If setting high-speed Countersor 32-bit Counters as the "MONITORED DEVICE", you must set the data size to 32-bit. Screen display Graphic FX-5ODU Units 9 Sets the typesof word devices specified by "MONITORED DEVICE. Set the T and C current values and settings, and D, \I, and Z current values. When the objects "INCREMENT" and "DECREMENT" are also used, then data be canchanged. In this case,set either "PERMIT"or "FORBID" for DATA CHANGE. Set the permissible rangefor changing the above objects. Either directlyset a minimum and maximum range for 1&bit and/or 32-bit devices,or set the range indirectly using a word device (T, C, D, V, Z). If you enter a value exceeding the range specified here, the message "SET NUMBER IS INCORRECT" is displayed. If you set the minimum range larger than the maximum range, then data change will be forbidden. FX-50DU-TKS-E . . . . For images stored in Color, becomesthe color specifiedin the image library. For monochrome images, the foreground and background colors are specified by the object. FX-5ODU-TK-E . . . . . Foreground color black or white, background color black or white ( s p e c i f y an image stored in monochrome in the IMAGE LIBRARY). IMAGE LIBRARY IMONITORED DEVICE 1 LIBRARY IMAGE OBJECT DATA SIZE D200 ' 16-bit IMAGE No. 5 100 x 1oodots (vertical x horizontal) IMAGE No. 6 100 x 50 dots r--- CURRENT DISPLAYED VALUE I PERMIT DATA CHANGE RANGE WIN) (MAX) AMITSUBSHI 5 10 9-28 Screen display Display screen Graphic FX-SODU Units Sequence program 9 D20O MOV TransferIMAGE NO.5 to devicepoint D200 used for specifying images. Starting Display screen FNCl2 D200 MOV Transfer IMAGENo. 6 to device D200 used for specifying images. Images No. 5 and No. 6 are displayedby executing the sequence program. The starting point shown on the screens is in the same position forboth No. 5 and No. 6. The display size isthe sizestored in the image library. The color selection differs for eight color images and monochrome images. Set by object : Monochrome Set by Library: 8 colors Chose one of these options dependingthe on image. The foregroundc o l o r and background colorof the image differ depending on whether the image preserved in the Libraryis ador or monochrome. Color. . . . . . . . . . Displayed in the color thatis stored in the library. Monochrome. . . . Displayed in the colorset by theLIBRARY IMAGE object. AMITSUBISHI , 9-29 . ,, I . Screen display Graphic FX-5ODU Units 9 9.4.1 2 INDICATOR (SCR) The INDICATOR object is a specified area of the screen which changesforeground color of aprogrammable and backgroundcolor in accordancewiththeON/OFFstatus controller bit divice. Minimum: 16 dots x 16 dots.Maximum : Full screen area Increases in units of 1 dot. Limited to square and rectangular shapes. Cannot be set for circles and polygons. I Set the bit device specifying the timing for replacing colors. X, Y , MI SIT, C. Sets the conditionsfor the specified device to replace colors using “CONTROLLINGDEVICES N/O contact . . . . . . When specified deviceis ON (COLOR Fg+COLOR Bg) N/C contact. . . . . . . When specified deviceis OFF (COLOR @+COLOR Fg) FX-50DU-TKS-E . . . . Foreground colors eight FX-5ODU-TK-E . . . . . Foreground color black or white I INDICATOR OBJECT ~ CONTROLLING DEVICE M50 I , background colors eight , background color black or white shown on screen) ?==7i *O OPERATING OFF+ON CONDITION COLOR * I White I When M50 turns ON (OFF+ON) the color in the specified area is replaced by the INDICATOR object’s foreground color and background color. INDICATOR object specified When there are obiects on the screen area (dotted outline not shown on screen) Display screen INDICATOR OBJECT CONTROLLING DEVICE OPERATING CONDITION M100 % ==?. M100 OFF+ON. a OFF+ON FgCOLOR Green Bg Blue M100 I White I 6iGaFF White When M100 turns ON (OFF+ON) the color in the specified area is replaced by the INDICATOR object’s foreground color and background color. Any other colors apart from green and blue within the specified area are not replaced. AMITSUBISHI 9-30 Screen display Graphic FX-5ODU Units * Whenthereare objects on the screen INDICATOR obiect sDecified INDICATOR OBJECT CONTROLLING DEVICE OPERATING CONDITION COLOR 9 area (dotted out-linek t Display Screen shpwn onscreen) Display screen 1 YO I I I I b OFF+ON Fs Blue Bg Red White TEXT object f o r e g r o u n d color black, backgroundcolor blue. I I Background color red. When YO tums OFF(ON+OFF), the colorin the specified area is replaced by the INDICATOR obj foreground and backgroundcolors. In the example above, the TEXT object “RUNNING” (foregroundcolor) is displayed in black, andso the c o l o r is not replaced. The TEXT object background color is blue. In this example onlythe TEXT object background color can be replaced. When YO tums OFFit is displayed blue, and when YO turns ON it is displayed red. 9.4.1 3 TEXT INDICATOR Changes the displayed textin accordance with theON/OFF status of a programmable controller bit device(X, Y, M, S, T, C). Select the textto display from the text library text numbers. Specify a deviceto display the text. Bit devices(X, Y,M, S, T, C) Depends on the text stored in theTEXT LIBRARY. (Text library can display alphanumeric characters and user characters.) Maximum of20 characters . . . . . .Depends on the number of characters storedin the text library. ExampleTextlibraryABCDE uyu . . . . . L JL If space characters are space i characters enteredthenumberof characters increases. lx to 4x height, l x to 4x width. Alphanumeric characters can be displayed 1/2 at magnification by designating1/2 height, however text in the Library mustbe written in one-byte characters. Specify the Library text number (0 to 199) to be displayed when the bit device is turnedON and OFF. Screen display Graphic FX-5ODU Units 0 0 FXdODU-TKS-E . . . . Foreground colors eight FX-50DU-TK-E . . . . . Foreground color black or white 9 eight + none black or white , backgroundcolors , background color Sequence program I TEXT INDICATOR OBJECT CONTROLLING I YO DEVICE ON STATE 10 OFF STATE 11 ~~ ~ 0 Text library 0 Quality check in progress - DU unit screen When YO is ON TEXT LIBRARY No.10 When YO is OFF TEXT LIBRARY No.11 9 Motor drive 10 RUNNING 11 STOPPED Foreground color (TEXT object color), background color ( d o t t e d outline not shown on screen) 12 Cylinder OFF ~~ Text number 9.4.14 "ASSEMBLY LINE"is displayed using the TEXT object. The text on thesame screen can be changed. IMAGE INDICATOR Changes the displayed image in accordance with the ON/OFF status of a programmable controller bit device(X, Y, M, S, T, C). Select the image to display fromthe Library image numbers. Depends on the size stored in the image library. ExampleImagelibrary 64X64dotS Screen (horizontalx vertical) Starting point (black circle not / shown on screen) The specified position on the display screen is the starting point, and it displays images at the size stored in the image library. outline . - _ _/ - _ Dotted not shown on screen 64 dots 0 - - I 1 If the image extends out of the screen range itnot 'is shown. (No error occurs, but only images limited to the screen are shown.) AMITSUBISHI ; I I - - - - - Dotted outline image is not shown onthe screen. 9-32 Screen display Graphic FX-5ODU Units 9 Specify a devaceto display the text Bit device (X, Y, M, S, T, C) 0 Specify the IMAGE LIBRARY image number(0 to 199) to be displayed when the bit device is turned ON and OFF. FX-5ODU-TKS-E . . . . Both the foregroundcolors and backgroundcolors depend on the&or of the images stored in theimage library. FX-SODU-TK-E .. .. . Foregroundcolor IMAGE LIBRARY IMAGE INDICATOR OBJECT CONTROLLING DEVICE MO ON STATE 20 OFF STATE 30 black or white,backgroundcolorblack ~ point starting i ~ or white ~Display l screen ~ ~ IMAGE No. 20 50 dots x 50 dots Shows 3 (verticalx horizontal)IMAGE No. 20 when MO is ON L @ L,- J Display starting IMAGE No. 30 point 100 dots X 100 dots Shows 3 9.4.15 OVERLAY SCREEN object Displays the specified screens overlapped when the programmable controller auxiliary relay turnsON. Auxiliary relay Specify the screento overlap when the monitored device turns ON. No. 0 to No. 499 Screen display Graphic FX-5ODU Units 9 Screen No. 10 Current screen I OVERLAY SCREENOBJECT 1 7 I CONTROLLING DEVICE SCREEN NUMBER I I 1 I "O No.20 CONVEYOR LINE I RUNNING I turns ON When M10 turns ON screen No. 10 displayed overlayed on the current screen. When M10 turns OFF the overlay is stopped. CONVEYOR LINE RUNNING ~~ ~~~ ~ Notes on overlaying screens A maximum of three screens can be overlayed (including the current screen) You cannot overlay screens using a CONTROL DEVICE. All of the objects arranged on overlapped screensare valid. Accordingly, if TOUCH KEYSare overlapped the overlapping screentop(the screen) takes priority. 9.4.16 BUZZER object The DU unit internal buzzer emits an audible feedback when a programmable controller bit device turns ON. Sounds when a bit device (X, Y, M, S, T, C) turn ON. 1 TIME. .. ...... . .. When the monitored device changes fromOFF to ON, emits one short beep. (Same as when a key is pressed). 3 TIME. . , . . . . . . . . . When the monitored device changes fromOFF to ON, emits three short beeps. (Same as when an error occurs.) 0 CONTINUOUS. . . . . . Continues to emit along beep while the monitored deviceis ON. About the sequence program When the ON timeof the specified bit deviceis very short (eg. for high-speed input or pulse devices), theDU unit may not recognize theON status. The DU unit refers to the programmable controller device status every 100 to 200 100 to 200 ms period. ms, so the device ON time must be longer than this AMITSUBISHI 9-34 Graphic FX-SODU Units 9.4.17 SCREEN DISPLAY 9 DATE object Displays theDATE (year, month, date, day) on the screen. Displays theDATE set under the SET CLOCK setting in the OTHER MODE. Displays theyear, month, date, dayof the week (can select whetheror not to display theday of the week) Horizontal presentation on screen If the CURRENT TIME is changed in the SET CLOCK setting under OTHER MODE, then the display changes accordingly. 0 Do not display day of the week Display dayof the week 112 height, l x to 4x magnification characters Can only set x l , x2 width 1/2 height,l x to 4x magnification characters FX-SODU-TKS-E . . . . Foreground colors eight FX-SODU-TK-E . . . . . Foreground color black or white , background colors eight + none , background color black or white 9.4.18 TIME object Displays theTIME (hour, minute, second) on the screen. Displays the TIME setin SET CLOCK underthe OTHER MODE. Displays h o u r , minute, second (can select whetheror not to display seconds) Horizontal presentation on screen k 20:24:41 If the CURRENT TIME is changedin the SET CLOCK under OTHER MODE,then the display changes accordingly. AMITSUBISHI 9 - 35 Graphic FX-5ODU Units 0 DISPLAY SCREEN Do not display seconds Display seconds 112 height, l x to 4x magnification characters l x to 8x width 112 height, l x to 4x magnification characters l x to 4x width FX-SODU-TKS-E . . . . Foreground colors eight FX-5ODU-TK-E . . . . . Foreground color black white or 9 , backgroundcolors eight + none , background color black or white 9.4.1 9 LINE object Used to display LINES on the screen. Unbroken line display Polygons can be drawn using the LINE object. Any position within the available screen area (LINES extending out of the screen are invalid.) 0 9.4.20 Specify the line color . FX60DU-TKS-E . . . Foreground colors eight . FX-5ODU-TK-E . . . . Foreground color either black or white BOX object Displays BOXES on the screen; either filledor unfilled Displays squares or rectangles using unbroken lines. Example n- o If you wishto draw BOXES with other than 90" corners, use the LINE function. 0 Any position within the available screen area. (A BOX object cannot project off the screen.) AMITSUBISHI 9-36 Graphic FX-5ODU Units DISPLAY SCREEN 9 Specifies the BOXline (frame) color and the FILL color (background color). FX-SODU-TKS-E . . . Foreground colors eight , background colors eight + none FX-SODU-TK-E. . . . . Foreground color Mack white or , background colors black or white e - @ PAINTING the whole screen If you wish to PAINT the whole screen, we recommend specifyinga screen color in the "SCREEN NAME" setting in the FX-PCS-DU/AT-EE package. Foreground color When combining display objects such as TEXT and NUMBERS, first create theBOX, and then on topof that create the displayed object. If the BOX is created last,the object will be hidden from view. 9.4.21 Background color (For unfilled BOX specifyno backgroundcolor) CIRCLE object Displays CIRCLES on the screen; either filled or unfilled. Display unbroken line CIRCLE A minimum radius of one dot. The CIRCLE object cannot projectoff the screen. 0 Specifies the CIRCLE color (foreground color) and the FILL color (background color). . FX-SODU-TKS-E . . . Foreground colors eight , background colors eight + none FX-SODU-TK-E. . . . . Foregroundcolorblackorwhite , backgroundcolor blackorwhite AM~UBISHI 9-37 Graphic FX-5ODU Units SCREEN DISPLAY 9 Foregroundcolor - When combining display objects such as TEXT and NUMBERS, first create the CIRCLE, and then on top of that create the displayed object. If the CIRCLE is created last, the object will be hidden from view. Background color (For unfilled CIRCLE specifyno background color) 9.4.22 IMAGE object Displays an IMAGE specified in the Library on the screen. Depends onthe IMAGE size stored in the Library. Select the IMAGEto display from the Library, specifying an IMAGE number (0 to 199). 0 FX-SODU-TKS-E . . . . Both foreground color and background color depend onthe colorof the image stored inthe Library. FX-SODU-TK-E . . . . . Foreground color black or white, background color black or white IMAGE LIBRARY IMAGE No. 50 100 x 100 dots r------- I I I I I / Starting point (black circle not shown on screen) Displays the IMAGE selected from the Library at the specified starting point. 0 If the IMAGE has its starting point at positiin a projecting off the screen, the imageis not displayed. (No error occurs, but only images limited to the Screen are displayed.) Graphic FX-5ODU Units SCREEN DISPLAY 9 9.4.23 TOUCH KEY object Allows a specified area on the touch screen to be allocated as an operation key by touching the screen. The TOUCH KEY has a specified area, and the functions when the TOUCH KEY are touched can include a combination of SWITCH,SENDDATABANK,WRITECONSTANT, INCREMENT, DECREMENT, DATACHANGE and CHANGE SCREEN objects. As seen on the diagram shown at left, the whole screenis divided by dotted line areas. The TOUCH KEY areas are specified by using these areas. One areais 20 dots x 30 dots, and the screen consistsof 16 horizontal areas and 8 vertical areas. The TOUCH KEY sizecan be specified from a minimum of 1x 1 area upto a maximumof 16 x 8 areas. However, areascan onlybe combined to form BOXES. The starting point and end point specify the size of the TOUCH KEY. A TOUCH KEY must notoverlap any other TOUCH KEYS. \ TOUCH KEY The dotted lines are not shown on the screen. When a TOUCH KEY sizeis set, the TOUCH KEY is automatically assigned a number in order from be assigned to No. 32 to No. 0 to No. 31. (In COMMON SCREEN settings the TOUCH KEYS will No. 63. A maximum totalof 32 TOUCH KEYS maybe specified on each screen). This numberis the designation numbers when using a SWITCH object, or (SEND) DATA BANK object, etc. Select whether or not to attach a frame to the specified of the area TOUCH KEY. Specify oneof the following typesof frames for the TOUCH KEY. TYPE: SHADOW No frame BUlTON FRAME Not displayedin Attach a A Border shape SCREEN MODE. shadow with a similar toattached. a Displayed in EDIT one dot range. keyboard key. MODE by dotted lines. Set whether or notto REVERSE the TOUCH KEY when it is touched to confirm thatit has been touched. REVERSE YES. . . . . When the TOUCH KEY is touched, the specified area is momentarily REVERSED. REVERSE NO. . . . . . Touching the TOUCH KEY does not affect the screen. AMITSUBISHI 9-39 , .. ,I . , , , N Graphic FX-SODU Units SCREEN DISPLAY 9 Using the REVERSE function TheREVERSEfunctionconfirmswhether or notthescreenhas been pressed. Accordingly, when SWITCH objects and TOUCH KEY objects are combined, it cannot be used to confirm whether or not there has been programmable controller key operation. If you wish to confirm the operation in such cases, use the INDICATOR object to change the foreground color. 1) The relation betweenCOMMON SCREEN setting and individual screen settings. TOUCH KEYS with a COMMON SCREEN setting are displayed theatsame position and the same size in all screens. Screen ' ~ 0 . 0 Screen No.499 Screen No.n TOUCH setting displayed with KEY TOUCH for SCREEN displayed setting screenSCREEN individual screen screen You can attach alabel to a TOUCH KEYby using the TEXT or ASCII objects. Order of priority between COMMON SCREEN TOUCH KEYSand individual screen Note that if the specified areafor COMMON SCREEN TOUCH KEYS and individual screen TOUCH KEYS overlap, the COMMON SCREEN TOUCH KEY object takes priority in the overlapping area. Example Combine SWITCH, TOUCH KEY and INDICATOR objects. Display "START" on the screen using theTEXT object. 1) WhentheTOUCHKEYispressed,theSWlTCHobjecttumsYOON.TheYOoperationisALTERNATE 2) Highlight the TOUCH KEY position using the INDICATOR object to confirmwhetherornotthe SWITCH has been entered. INDICATOR OBJECT ICONTROLLING OPERATING CONDITION ALTERNATE OPERATION OFF + ON I COLOR Fg 1 White I BQ I Black Graphic FX-5ODU Units SCREEN DISPLAY ue White Black Blue White BlackBlue 1 J 0 TouchSTART(TOUCHKEY). Programmablecontrollerdevice The CIZ area is the INDICATOR specified area. YO turned ON by the SWITCH object. The TOUCH KEY color is changed from white to black by the INDICATOR object. Even releasing the TOUCH KEY "START", YO maintains its ON status becauseof ALTERNATE output, and the INDICATOR maintains the changed color status. 9.4.24 9 Press the TOUCH KEY "START" againto turn device YO OFF, and retum to the original display status. SWITCH object Controls the ON/OFF status of programmable controller bit device from the TOUCH KEYS. This SWITCH object includes functions such as push button switching. DU unit Specify the SWITCH input. TOUCH KEYS (TOUCH KEY Nos0 to 31 for individual screens, and Nos 32 to 63 for COMMON SCREENS) 0 Specify the SWITCHoutput. Programmable controllerbit device (Y, M, S, T, C) Specifies theoutput operation. Select either MOMENTARY, ALTERNATE, SET, or RESET for the operation. MOMENTARY: Turns the CONTROL DEVICE ON/OFF according to the ONOFF of the control INPUT. ALTERNATE: Turns the CONTROL DEVICE ON or OFF wheneverthe control INPUT turns ON. SET:Forcibly turns ONtheCONTROLDEVICEwhen thecontrolINPUT is turnedON. Otherwise maintains the ON status until RESET is executed. RESET:ForciblyturnsOFFtheCONTROLDEVICEwhenthecontrolINPUTisturnedON. Examples of MOMENTARY and ALTERNATE operations: Control YO when the[O] key is pressed. 1 * SWITCHCONTROLINPUT I AMITSUBISHI CONTROLDEVICE : 101key :YO 1 I 9-47 Graphic FX-SOW Units SCREEN DISPLAY MOMENTARY 9 ALTERNATE ON OFF ON OFF YO I 1 i L I I ON OFF Example of SET and RESET operations SET Y1 by pressing the[ S E I key, and RESET Y1 by pressing the[RST]key. : .k SWITCH CONTROL INPUT CONTROL DEVICE [RST]key Y1 (RESET) F l key w]key : Y l (SET) Y1 (RESET) ON j OFF ; I ON OFF i SET and RST charactersin the TOUCH KEYs These characters are created using the TEXT object. Notes onusing SWITCH SWITCH control When the operation is MOMENTARY, even if the display screen of the output destination controlled by SWITCHis switched, the outputstatus is maintained if the key is pressed.Accordingly, if the sameON/OFFcontrol performs a screen switching operation, the SWITCH object must be also on the next screento continue operaiton. If the SWITCH object is a COMMON SCREEN setting, all screens can be controlled. Double pressing of keys When there are multiple SWITCH objects, the key pressed first takes priority.If you press one key while pressing another, the latter key will not operate. Objects with the samekey If multiple SWITCH objectsor other objects are using the same key, the first object (created first) takes priority. Screen overlay In screens overlayed using CONTROL DEVICES, or using IMAGE INDICATOR objects, the SWITCH functionisvalid inthe base screen and the overlapping screen, however note that if TOUCH KEYs are overlapping the overlapping (top) screen SWITCH function is valid. Be careful not to overlap TOUCH KEYs. AMITSUBISHI 9-42 Graphic FX-SODU Units SCREEN DISPLAY 9 Example Overlapping screen Base Overlapping screen screen 7 + Both theSWITCHESset for theA and B areas in the composite overlapped screen operate, however if the overlapped area C is touched the function of the top overlapping B SWITCH will be executed. 9.4.25 (SEND) DATA BANK object The (SEND) DATA BANK object can maintain a maximum of 4000 16-bit data corresponding to a programmable controller Data Register in the DU unit. The data can be controlled using the TOUCH KEYS, the object can writehead to the programmable controller. a DATA BANK information See Section 9.7 for further details. Sends data from the specified Data Bank to the specified black (bank) of Data Registers when the TOUC KEY is entered. TOUCH KEY (TOUCH KEY Nos0 to 31 for individual screens, Nos.32 to 63 for COMMON SCREENS) Write: Writes the DU unit DATA BANK data to the Programmable controller Data Register. Read: Reads the programmable controller Data Register data to the DU unit DATA BANK. (SEND) DATA BANK withfile registers If EPROMmemory is used T and C settings and file register values can not be changed. If EEPROM memory is used (except FXo, FXos, FXON)changes are only possible if the write protect switchis OFF. If a PC entry code is registed then the entry code must be entered via "OTHER MODE" "ENTRY CODE" before changes can be made. - AMITSUEUSHI 9-43 Graphic FX-5ODU Units Screen display 9 9.4.26 WRITE CONSTANT Writes a specified constant to the programmable controller when touched. @ a TOUCH KEY is WRITE CONSTANT features Programmable controller programs, such as MOV instructions, are not required. Writes C O N S T ~ to T a specified programmable controller device when the TOUCH KEY is entered. TOUCH KEYS (TOUCH KEY Nos 0 to 31 for individual screens, Nos 32 to 63 for COMMON SCREENS) Set the word device writing the CONSTANT. Word DEVICE TI C, D (lsbit), D (32-bit),VIZ Set the size of the writing device. Set either 16-bit or 32-bit. For a high-speed Counter, or 32-bit Counter, you must select the 32-bit size. Set T and C current values and settings, D(l&bd), D (32-bit),V, and Zcurrent values. Set the CONSTANT to write to the programmable controller. a Writing "0"to Timers and Counters Even writing "0"to the current valueorsetting of Timers and Counters will not RESET the OUTPUT contact in the programmable controller. (The current value and setting OFF.) becomes "O", however the OUTPUT contact does not turn To RESETtheTimerandCounter,eitherexecuteanRST instruction in the programmable controller program, or RESET using the SWITCH object. WRITE CONSTANT to T, C settings andfile registers If EPROM memory is used T and C settings and file register values changed. can not be If EEPROM memory is used (except FXo, FXos, FXON)changes are only possible if the write protect switchis OFF. If a PC entry code is registed then the entry code must be entered via "OTHER MODE" "ENTRY CODE before changes can be made. - 9-44 Graphic FX-5ODU Units 9.4.27 Screen display 9 INCREMENT object INCREMENT objects INCREMENT the value of a specified programmable controller word device by one each timeTOUCH a KEYis pressed. They can change numbers, text or images of the objects NUMBER, BAR GRAPH, CIRCLE GRAPH, PANEL METER, LIBRARYTEXT, and LIBRARY IMAGE. INCREMENTSthe contentsof the specified device when theTOUCH KEY is entered. TOUCH KEY (TOUCH KEY Nos0 to 31 for individual screens,Nos 32 to 63 for COMMON SCREENS) Set the devicefor the changed data. 0 word DEVICES TI C, D (16-bit)l D (32-bl), V and 2 Set the sizeof the changing data. Set either 1&bit or 32-bit. For a high-speed Counter, or 32-bit Counter, you must s e l e c t the 32-bit size. Set T and C current values and settings, andD (1 6-bd),D (32-bit), V, and 2current values. Rules when changing data If onthesamescreenastheworddevicesetfor INCREMENT thereare no NUMBER, BAR GRAPH, CIRCLE GRAPH, PANEL METER,LIBRARY TEXT, and LIBRARY IMAGE objects for the same device there are no change restrictions, however in some cases datais changed within the following ranges. - When objects NUMBER, BAR GRAPH, CIRCLE GRAPH, PANEL - METER, LIBRARY TEXT,and LIBRARY IMAGE have "DATA CHANGE" function set to"PERMIT". If the DATA CHANGEis set to "FORBID", then data cannot be changed by touching the specifiedTOUCH KEY for INCREMENT. Data change for the objectsNUMBER, BAR GRAPH, CIRCLE GRAPH, PANEL METER, LIBRARY TEXT,and LIBRARY IMAGEis possible within the maximum and minimum change range. When the TOUCH KEY is touched, the data is INCREMENTED immediately. Refer to the next page. Screen display Graphic FX-5ODU Units 9.4.28 9 DECREMENT object DECREMENT objects DECREMENT the value of a specifiedPC word device each time the TOUCH KEY is pressed. The setting contentis the sameas for the INCREMENT object. 1) Changing the NUMBER object lNCREMENT/DECREMENT the NUMBER object data displayed on the screen. 0 The A,V symbols on the TOUCH KEY are created using the TEXT object. 0 0 0 Every time the TOUCH KEY is touched theNUMBER object (D100) current valueis INCREMENTED/ DECREMENTED. When the maximum or minimum value is reached the BUZZER will soundto indicate an error. The TOUCH KEY number (No.)is automatically assigned when the TOUCH KEY was created Displayscreen Ty Object 1 SET OIL TEMPERATURE H‘ 200 OC TOUCH KEY No. 0 ‘ ’ 3 1 / TOUCH KEY No. 1 TOUCH KEY 1 ~ ~~~ DATA SIZE CHANGE VALUE 16-bit CURRENT object NUMBER TEXT object 2) Changing the BAR GRAPH, CIRCLE GRAPH, PANEL METER objects As with theNUMBER object, every time the TOUCH KEY is pressed the datais INCREMENTED/DECREMENTED. ExampleBARGRAPH I When lNCREMENTED/DECREMENTED, the divisions change. This change is only minimal on BAR GRAPHS with a large maximum and minimum range, but large onBAR GRAPHS with a small minimum and maximum range. 3) Changing the LIBRARY TEXT and LIBRARY IMAGE objects Every time theTOUCH KEY is touched the dataof the specified deviceis lNCREMENTED/ DECREMENTED, andthe text or image stored in the text library or image library is displayed. If a number not available from the libraryis entered, nothingis displayed in the specified area of the screen by the LIBRARY TEXT and LIBRARY IMAGE objects. AMITSUBISHI 9-46 Graphic FX-5ODU Units 9.4.29 Screen display 9 DATA CHANGE object DATA CHANGEobjects automatically display a touch sensitive decimal or hexadecimal keypad on theDU unit screen whena specified TOUCH KEY is pressed. The keypad can thenbe used to change the value of a specified PC word device. @ DATA CHANGE features The keyboard is only displayed when it is needed, allowing the screen to be used efficiently. Set TOUCH KEY for reading and displaying the keyboard. TOUCH KEY (TOUCH KEY Nos0 to 31 for individual screens, Nos32 to 63 for COMMON SCREEN) Set the device for the changed data. Word devices TIC, D (1&bit), D (32-bit),V, 2 Set the size of the changing data. Set either 16-bit or 32-bid. For a high-speed Counter, or 32-bit Counter, you must select the 32-bit size. Set T and C current values and settings, andD (1&bit), D (32-bit), VI and 2current values. Therearekeyboardsfordecimalentryandforhexadecimalentry.(Chosetheappropriate depending on the data.) type There aresix types of keyboards, differingin horizontal, vertical and key size. object. See 9.4.31. These are thesame as those for the KEYPAD Rules when changing data To change data, you must display the NUMBER object of the same device on the same screen. There are also the following restrictions on changing data. - When registering theNUMBER object the "DATA CHANGE"function is setto - "PERMIT". If DATA CHANGE is set to "FORBID", the keyboard will not be called up by pressing the TOUCH KEY. Set DATA CHANGE to "PERMIT". DATA change using the NUMBER object is possible withinthe maximum and minimum changing range. When the number displayed on the screen is a hexadecimal number(H), you must use a hexadecimal keyboard. You can use any keyboard when the displayed number is a decimal number. AMITSUBISHI 4 , . I / / Screen display Graphic FX-5ODU Units 9 This section describes the keyboard operation based the table on shown below. Display example Change the NUMBERobject data as shown on the table below. Display screen DATA CHANGE OBJECT CONTROL INPUT TOUCH KEY 0 D l 00 16-bit DATA MONITORED DEVICE SIZE CHANGE VALUE NUMBER object CURRENT DEC (4x4 SMALL) KEYBOARD I NUMBER OBJECT MONITORED DEVICE I 1 D l 00 DISPLAY WIDTH 6 DECIMAL POINTAT SIZE CHANGE VALUE 0 + I 1 WIN) 0 [Change Travel] I 16-bit DATA CURRENT DECIMAL STYLE CHANGE RANGE TEXT object A 0 CHANGE TRAVEL II When you press TOUCH KEY No. 0 the keyboard is displayed in the specified position. The text [CHANGE TRAVEL] on the TOUCH KEYis created using the TEXT object. CONVEYOR TRAVEL SElTlNG PERMIT DATA -20000 0 O F zssing TOUCH KEY No. 0 to call the keyboard U derlines the DATA CHANGE target NUMBER object. .C I 0 I-IENT] berate the keyboard and enter the new value. Press the [ENTJ or [CLR] keys to remove T - i - j T lF]the keyboard from the screen. When em% ne*tive VilUBs €mer new data Confirm the changed data with the underlined number of the NUMBER object. DATA CHANGE timing The changed data is written to the programmable controller when the [ENT] key is pressed. The monitoring of NUMBERS, BAR GRAPHS, etc. on the screen is suspended while data is being changed. 9.4.30 CHANGESCREEN object Sets the conditions for switching from the currently displayed screen to the next screen, and alsosets the switching method. CHANGE SCREEN information See Chapter 10 for further details. AMITSUBISHI 9-48 Screen display Graphic FX-SODU Units 9.4.31 9 KEYPAD object Used for entering numbers when changingthe NUMBER object data. The KEYPAD object is called whenthe DATACHANGE objectis selected, and is usually displayed on the screen. There are keyboardsfor decimal entry and for hexadecimal entry. (Choose the appropriate type depending on the data.) There aresix types of keyboards, differingin horizontal, vertical and key size. Decimal entry keyboard (Vertical type)4 x 4 keys (Horizontal type)8 x 2 keys '1 7 8 9 CLR 5 6 7 8 4 5 6 SET '1 0 1 2 3 1 2 3 '2 - 0 D E F 8 9 A B SET '1 4 5 6 7 '2 0 1 2 3 CLR ENT J KEYPAD key sizes There are two sizes of TOUCH KEY used by the KEYPAD. - SMALL: Key size 2 x 1 areas - SET CLR ENT 4 '1 , '2: Refer to next page for further details. ENT C 10 areas - '2 Hexadecimalentry keyboard (Vertical type)5 x 4 keys 1 9 LARGE: Key size 2 x 2 areas I+-l W Rules when changing data Same as the DATACHANGErules. (See Section 9.4.29.) Screen display Graphic FX-5ODU Units 9 - When the [SET] key is pressed NUMBER ob~ectscan be changed. The NUMBER object target for data change is underlined. NUMBER object Underlined =Change data 1000 - Furthermore, when the [SET] key is pressed the cursor is displayed. '1 is replaced by a [A] cursor key. '2 is replaced by a [VIcursor key. When there are multiple NUMBER objects, select the object whosedata is to bechanged with the cursor key. (The NUMBER object underline movesto the target). Operate the keyboardto enter the changed data. The cursor keys return to the [ S E I key when the[ENT] or [CLR] key is pressed. [SET] key. To re-change the data, press the . DATA CHANGEtiming The entered data is written to the programmable controller when the [ENTI key is pressed. the Screen is The monitoring of NUMBERS, BAR GRAPH objects, etc. on suspended while data is being changed. AMITSUBISHI 9-50 Screen display Graphic FX-5ODU Units 9.5 9 TEXT LIBRARY Object The TEXT LIBRARY is the area storing text displayed by the LIBRARY TEXT and TEXT INDICATOR objects. The Library datais stored in flash memory. Text storedin the TEXT LIBRARY is created using LIBRARY under the EDIT MODE in the FX-PCS-DU/AT-EE package. The fdlowing diagram shows the FX-PCS-DU/AT-EE package TEXT LIBRARY creation screen. . 1) No. : Theregistrationnumberattached to the registered text becomes the specified numbers 2) TEXT when the DU unit displays the LIBRARY TEXT and TEXT INDICATOR objects. Can define a maximum of 200 TEXT objects, from No. 0 to No. 199. : Enter text in the TEXTLIBRARY. 20 two-byte characters (Alphanumeric characters and symbols), or 40 one-byte characters (Alphanumeric characters and symbols). TEXT display size LIBRARY TEXT and TEXT INDICATOR objects can be set to display sizes ranging from 1 x to 4 x heighvwidth. Alphanumeric characters canbe displayed in 1/2 height, howeverTEXT for the TEXT LIBRARY must be created using only one-byte characters. If the TEXT LIBRARY created using two-byte characters is displayed at 1/2 size, then the displayed text willnot be accurate. AMITSUBISHI 9 - 57 Screen display Graphic FX-5ODU Units 9.6 9 IMAGE LIBRARY Object The IMAGE LIBRARY is the area storing images displayed by the LIBRARY IMAGE, IMAGE INDICATOR and IMAGE objects. The Library data is stored in flash memory. Images stored in the IMAGE LIBRARY canbe listed in LIBRARY under theEDIT MODE in the FX-PCS-DU/AT-EE package. The following screen shows the FX-PCS-DU/AT-EE package IMAGE LIBRARY screen. 8 w1I S I z I ( w > a aoLol 1- x 195 z CoLon zm x me 3 COLOlL56x 30 4 Q M I S x l a 5 a x Je 6 COLOR = x S3 7 Q M R l m x Je 1) IMAGE : Displays the IMAGE in the IMAGE LIBRARY. 2) No. : The numberattachedtotheimage becomes the specified number when the DU unit displays the LIBRARY IMAGE, IMAGE INDICATOR and IMAGE objects. Can load a maximum of200 IMAGE objects, from No. 0 to No. 199. Screen display Graphic FX-SODU Units 9.7 9 DATA BANK Object The DATA BANK objectis the area storing data sent by the (SEND) DATA BANK object. DATA BANKS are createdin DATA BANK under theEDIT MODE in the M-PCS-DU/AT-EE package. The following diagram shows the FX-PCS-DU/AT-EE package DATA BANKcreation screen. *DATA BANK setting scteen* I t 4V1 - - - - - - - - - - - HEAD ADDRESS : Set the head device number of the destination DATA BANK range 0 BANK SIZE X NUMBER OF BANKS I 4 0 0 0 For FX2, F&c seriesprogrammablecontrollers, you cannot set a BANKSIZE combining general-purpose registers (DO to D999) and File Registers (Dl000 to D2999, 06000 to D7999). When the DATA BANK setting is ended the DATA BANK screen is displayed. I 1) BANKSIZE : Displays the number of Data Registers in one DATA BANK 2) NUMBER OF BANKS : Displays the number ofBANKS 3) HEAD ADDRESS : Specifies the head register number for transmission to PC 4) REGISTER : Starts with device number displayed in 3) 5) BANK number 6) DATA 7 ) BANKFIELDNo. : BANK numberspecifiedby SENDDATABANK object : Data stored in the DATA BANK : Thenumberwhen the DATABANK is specified indirectly. Even ifthe 4) REGISTER numbers change,#O is assigned from the head REGISTER. - AMITSUBISHI 9 53 ,., , , Screen display Graphic FX-5ODU Units 9 DEVICE, MAX and MIN ATTRIBUTE settings of objects can specify DATA BANK data. The DATA BANK specificationis done by specifying BANK FIELD No. from objects, and specifying BANK numbers using CONTROL DEVICE (D*+6). (See Section 9.9 for further details). (Example) An example of the "DEVICE" in a NUMBER object being specified as a BANK FIELD is shown below. The DATA BANK has the settings shown in the previous table. register nimbers specified at 4) in the table. - ATTRIBUTE specifying the word device 1 Device . . . . . [#] The "W mark indicatesa BANK FIELD specification. . . . . . . . . . .Specify the DATA BANK number (item5) on the table). - Specifies the BANK number by CONTROL DEVICE (D*+6) current value. D6 Current value K3 L When CONTROL DEVICEis D6, if the current value is K3 then the BANK number is specified as3. Example screen display I I DATA BANK EDIT, TEXT object NUMBER object Displays BANK No. 3 (K5000) of BANK FIELD #5 (Dl 05) 5000 5 6 7 -0 1 2 8 3 9 4 - SET ENT I KEYPADobject For decimal entry (8 x 2) As in the above exampleif combined with the KEYPADobject, the DATA BANK current value can be changed. (Editing of the DATA BANK can alsobe conducted in TEST MODE.) If the current valueof the CONTROL DEVICEis changed by the INCREMENT, DECREMENT and DATA CHANGE objects,then theDATA BANK numbercan be freely selected. Editing the DATA BANK The above example changes the current valueof the DATA BANK in the DU unit and does not change the programmable controller Data Register contents. The PC Data Register contents can be changed by writing to the programmable controller usingthe SEND DATA BANK object. AMITSUBISHI 9 - 54 Screen display Graphic FX-SODU Units 9.8 9 SUPERVISOR MODE The SUPERVISOR MODE restricts access to user-defined screens displayedin USER SCREEN MODEby registering a screen ENTRYCODE. This mode can prevent the general operator from conducting undesirable operations by only displaying screensto specific users who have access to the screen ENTRY CODE. a screen ENTRY CODE, and set In order to protect the screen you must resister whether or not to protect each user-defined screen. 0 Register the ENTRY CODE by using SYSTEM SETTINWENTRY CODE in the OTHER menu of the FX-PCS-DU/AT-EE package. [****I . . . The screen ENTRY CODEmust consist of four positive decimal digits. [0000] to [9999] Four blank spaces are regarded as a non-entry. You must enter four digits When creating the display screen using the FX-PCS-DU/AT-EE package, set whether SUPERVISOR MODE for each screen, using the "SCREEN NAME" setting. PROTECTED [ NO to use the YES] Initial valueis set to "NO. Precautions in setting SUPERVISOR MODE If the screen ENTRY CODE is not registered, then even setting the SUPERVISOR MODE to "YES" will not protect the screen. The SET-UP MODE screen and MODE select (MENU screen)are treated as being protected screens. However, system screen Nos. 500 to 520 are set as not being protected, so if you set these screen Nos to display using user-defined screens, each system screen can be accessed. In the DU unit when entering the USER SCREEN MODE the screens are always displayedstartingfromscreen No. 0, so screen No. 0 is treated as beingan unprotected screen. If the SUPERVISOR MODE "PROTECTED"setting is set to "YES" for screen No. 0 by using the FX-PCS-DU/AT-EE package,the message "SETTING ERROR" will be displayed. Screen display Graphic FX-SODU Units 9 Rules for SUPERVISOR MODE If you switch from a screen without protection to a screen with screen protection, you will be required to enter the screen ENTRY CODE. Protected screen Unprotected screen I U Screen ENTRY CODE must be entered ENTRY CODE 7 8 4 5 1 2 0 - When switching from an unprotected screento a protected screen, the ENTRY CODE input window shown at left is displayed. SET - Use the TOUCH KEYS[O] to [9]to enter the screenENTRY CODE. 3 (Cannot use the [-] or [ S E I keys) - ENT - Enter the four digit number, and pressthe [ENTI key. - If the screenENTRY CODE hasbeen entered correctly,the display switches to the next screen. If the entered numberis incorrect, the screen does not switch. - The screenENTRY CODE is cancelled and the window screen closed by pressing the [CLR] key. (Screen does not switch.) 9 CLR After the screen ENTRY CODE has been entered once and the display switched to the next screen, you do not needto re-enter the ENTRY CODE to switch to the next protected screen. However, if you return to an unprotected screen and then once againtry to switch ENTRY CODE. to a protected screen, you must re-enter the screen Unprotected Protected Screen ENTRY CODE must be entered Do not need screen ENTRY CODE Do not need screen ENTRY CODE The above rules also apply when switching screens from a programmable controller. AMITSUBISHI 9-56 Screen display Graphic FX-5ODU Units 9 CONTROL DEVICE 9.9 A CONTROL DEVICEis a device allocated to switch DU unit display screens from low voltage of the DU unit battery. the PC, or read status information such as The CONTROL DEVICE is set in SYSTEM SETTING under OTHER MODEusing the FX-PCS-DU/AT-EE package. Bit DEVICE. . . . . . . Has eight PC Auxiliary Relays(M). 0 0 At the timeof shipping this product, these were default: MO to M7. Word DEVICE. . . . . Has seven PC Data Registers (D). At the timeof shipping this product, these were default: DO to D6. q- [ . ...................................................................... :.". ':............,.. : - HEXAGON HEAD BOLT Overlaying two screens. . . . . Overlay Screen No. 11 on screen No. 1. Screen No. 11 I I MATERIAL SUPPLY COMPLETE 3) Overlay screen No. 1 + No. 11 1 I I LINE 1 RUNNING MATERIAL SUPPLY COMPLETE J AMWBSHI 10 - 10 18 I MODE Graphic FX-5ODU Units Appendixes IIntroduction I I Start up I USER SCREEN MODE I MONITOR I SAMPLING MODE ALARM MODE TEST MODE I OTHER MODE I Screen display Change screen I Graphic FX-5ODU Units Appendixes Graphic FX-5ODU Units Appendixes APPENDIXES APPENDIX 1 ERROR MESSAGE LIST rn This table shows the error messages which are tolikely occur while using theDU unit. Description BAD OBJECT EXITS - - XXXXXXXX the FX-PCSAn incorrectly defined object of type Correct the error using DU/AT-EE screencreation software. XXXXXXXX has beenfound when viewing aScreen using TEST mode. CAN NOT USE THE FUNCTION WHILE PROTECTED Set values for PC Timers and Counters cannotbe changed while a PC ENTRY CODE is registered. This applies tothe USER SCREEN MODE and MONITOR MODE. Use OTHER MODUENTRY CODE to DELETE or UNLOCK the set ENTRY CODE. CAN NOT WRITE TO PLC MEMORY The PC is using EPROM memory/EEPROM with the wriie protect switch tumed ON. Copy the contents ofthe EPROM memory to theRAM or turn OFF the write protect switch. COMMUNICATION ERROR OCCURS Communication with the PC has been Check that: a) The link to thePC is connected properly. b) The PC is turned on. c) There is no CPU error at the PC. DATA IS NOT FOUND An attempt was made to access data which does not exist. This applies to attempts to access screen datain the USER SCREEN MODE, attemptsto display sampled data, attempts to access ALARM HISTORY data, and attempts to change DATA BANKS. Check thatthe required data is available. Do not try to access data which does not exist. DISPLAY SCREEN IS NOT AVAILABLE Screen zeroin USER SCREEN Check the CHANGE SCREEN MODE is not defined,or a CHANGE object’s DEST. (DESTINATION) screen nurrtber. SCREEN object has attempted to change a screen to one which does not exist. Alternatively, an error exists in the screen data,eg. it contains an object not supported by the unit. PLC IS RUNNING ENTRY CODES cannotbe registered if the PC is in the RUN mode. Switch the PCto STOP mode first. PLC PROGRAM IS DESTROYED The programin the PC has become corrupted. Reload the program into the PC. SET DEVICE IS INCORRECT Input deviceis out of range. This error will occur if an attempt is made to use a word device where a bit device is required, or vice versa. See this manualto specify appropriate device. SET NUMBER IS INCORRECT Input valueis over-ranged. See this manual to check whether the value is correct. - I c I Corrective Action lost. APP- 1 Appendixes Graphic FX-5ODU Units APPENDIX 2. USING THE DU UNITS WITH AN FX SERIES PC The DU can be operated with anFX series PC. If it is being used with anFX series PC the following points shouldbe noted: 1) Supported FX series PCtype All current FX family PCs are supported. 2) Supported FX series device types All FX family devices are supported. An overview is given below: Inputs I x0 tox17 I XOtoX177 I x000 toX377 Auxiliary Relays I MO to M511 I MOtoM511 I MO to M1535 I M8000 toM8254 so to s63 I I SDecial Relays State Relays - Timers TO to T55 TO to T63 Counters CO to C15 c235 to c254 CO to C31 c235 to c238 1 DO to D255 I I Special DataRegisters De000 to Dam9 Registers File ~ I I D31 DOto Registers Data _ _ ~ _ RAM File Registers I I ~ - D8000 to D8255 D8000 D l000 to D2499 1 - M8000toM8255 so to s899 s900 to s999 SO to S127 - Annunciators M8000 toM8255 TO to T255 CO toC255 I DOtoD999 to D8255 Dl000 to D2999 I07999 D6000 to Specific device information: Thistable is onlyintended to provideanoverview.Formorespecificdevice information, please referto the manuals for the PC you are using. Some PCs may not provide full coverageof the allowed ranges shown here. AMITSUBISHI APP - 2 Appendixes Graphic FX-5ODU Units APPENDIX 3. USING THE DU UNITS WITHAN A SERIES PC The DU can be operated with an Aseries PC.If it is being used with an Aseries PC,the following points should be noted: 1) Compatible A series PCs The DU units may be used with the followingAseries PC systems: QJPPOrtd Not supported AnU AOJ2 AnA An AnN @ I I AIS I A2C I I A02JH I tnUAnU models are used with the AnA device ranges. * Graphic FX-SODU Units 2) Supported A series device types Before specifyingan A series device type and number, refer to this table to check that it is supported by theDU unit. A Series Device Type I Appendixes X0 to X7FF 2048 Inputs 1 YO toY7FF Outputs Notes Allowed Range Internal Relays (M) LatchRelays (L) (S) Relays Step points ~ M9000 to M9255 256 points Link Relays BO to BFFF 4096 I I in points I 1024 I CO to C1023 Registers Data ~~ area This is shared among device three types. the pointsTheboundariesbetweenthemareuserdefined theparameters. PC program MO to M8191 8191 Special Relays I Timers I Counters ~~ 2048pointsI I I 1 wints I 2048TO to T2047 wints I DO to06143 6144points I I Special Data Registers D9000 to D9255 256 points Link Registers WO to WFFF 4096 points File Registers RO to R8191 8192 points I Accumulators 1 I I AO. A1 I 2 , Z l to Z6, V, V1 to V6 Registers Index II Not s u m r t e d I I Specific device information: This table is onlyintended to provideanoverview.Formore specific device information, please referto the manuals forthe PC you are using. Some PCs may not providefull coverage of the allowed ranges shown here. The followingtable may beuseful for comparing octal, decimal and hexadecimal values: Hexadecimal octal 0 0 0 3 3 3 5 5 5 6 7 11 12 13 14 . 17 AMITSUBSHI 7 7 Decimal Hexadecimal 16 10 11 12 13 14 15 16 17 18 19 1A 1B 1c 1D 1E 1F 20 2 2 2 Decimal Octal 6 6 21 1 1 1 22 23 24 4 4 4 25 26 27 30 8 8 10 31 9 9 10 11 12 13 15 14 16 15 A B C D E F 32 33 34 35 36 37 18 20 22 23 25 26 27 28 29 30 31 - APP 4 17 19 21 24 I Graphic FX-5ODU Units Appendixes APPENDIX 4. USING THE DU UNITS WITH A COMPUTER LINK MODULE The DU can be operated with an computer link module. If it is are being used with a Computer link module,the following points should be noted: 1) Compatible computer link modules ASeries A171C24 AJ71 C24-S3 AJ71 C24-S6 A171 UC24 AOJ2-C214-S1 A1 SJ71C24-R2(-PRF) A1 SJ71 UC24-R2 A1 SJ71 C24-R4 I A2CCPUC24 I Connecting information Refer to the Hardware Manual and the comupter link module Manual for further details. Notes on using the computer link module Cannot use the transparent function and the 2PIFfunction using the DU unit RS232C port. When connecting the computer link module using the RS232C cable: a) The printer cannot be used. b) When conducting DATA TRANSFER in OTHER MODE, communication with the PC is suspended. CannotuseINDEXREGISTERS (V, Z). AMITSMIISHI APP-5 Appendixes Graphic FX-5ODU Units APPENDIX 5. USING THE DU UNITS WITH AN OMRONPC The DU can be operated with an OMRONPC. If it is being used with an OMRONPC, the following points should be noted: 1) CompatibleOMRONPCs PCs (including PCs with internal link functions) that can link useunits may be used. Notes on using OMRON PC Cannot use the transparent function and the 2PIFfunction using the DU unit RS232C PO rt. When connecting the OMRON PC using the RS232C cable: . The printer cannot be used When conducting DATA TRANSFER in OTHER MODE, communication with the PC is suspended. Cannot monitor Timer or Counter settings. - 2) Supported an OMRON PC device types Before specifying an OMRON PC device type and number, refer to this table to check that it is supported by the DU unit. I I InternaVSpecial Relay I Allowed Range I 00000 to115 51 I DU unit DEVICES I 00000 to 51115 Hdding Relay HROOOO to HR9915 HOOOO to H9915 Auxiliary Relay AROOOO to AR2715 A0000 to A2715 Link Relay LROOOO to LR6315 LOO00 to L6315 Timer TIM000 to TIM511 TOO00 to TO511 Counter CNTOOO to CNT511 COO00 to COS 1 Specific device information: This table is onlyintended to provideanoverview. For morespecificdevice information, please refer to the manuals for PC the you are using. Some PCs may not provide full coverageof the allowed ranges shown here. AMITSUBISHI APP - 6 Alpmndixes Graphic FX-5ODU Units APPENDIX 6. ASCII CODES 1 5 2 3 4 5 6 7 (SP) 0 Q P @ P 1 D (SP): Space AMITSUBISHI APP- 7 Graphic FX-SOW Units AMITSUBISHI Appendixes INDEX Graphic FX-SODU Units INDEX A A Series PLC ................. 1.5.APP.3. APPQ ACTIVE STATE MONITOR (MONITORMODE) ........................ 4-8 ALARM MODE . . . 1.2.2.6.6.1.6.2.6.3.6-4.6.5.6.6 CLEARHISTORY . . . . . . . . . . . . . . . . . . . . 6-10 DISPLAY FREQUENCY................. 6-9 DISPLAY HISTORY.................... 6 8 DISPLAY STATUS ................. 6.7. 6 8 ASCII codes........................... APP-7 ASCII object............... 9-10.9.11.9.12. 9.13 DATE FORMAT (OTHER MODE. SETCLOCK). . . . . . . . . . . . . . . . 8-2 DATE object ............................. 9-35 9-46 DECREMENT object....................... DevicdComment monitoring (MONITOR MODE) ..................... 4.3. 4-4 DEVICE MONITOR (MONITOR MODE) . . . . . . . . 4-3 DISPLAY FREQUENCY (ALARM MODE) . . . . . . . 6-9 DISPLAY GRAPH (SAMPLING MODE). . . . . . . . . 5-9 DISPLAY HISTORY (ALARM MODE). . . . . . . . . . . 6-8 DISPLAY LIST (SAMPLING MODE) . . . . . . . . . . . . 5-9 DISPLAY STATUS (ALARM MODE). . . . . . . . 6.7. 6-8 B E BAR GRAPH object. . . . . . . . . . . . . .9.17.9.18. 9.19 BOX object . . . . . . . . . . . . . . . . . . . . . . . . . 9.36.9.37 BUZZER (OTHER MODE) ................... 8-8 9-34 BUZZER object........................... ENTRY CODE (OTHER MODE) . . . . . . . . . . . 8.7. 8-8 EPROM ERROR MESSAGE LIST . . . . . . . . . . . . . . . . . APP-1 F C CHANGE SCREEN object. . . . . . . . . . . . . 9.48.10.1 Changing displayed values in MONITOR MODE...................... 4.5.4.6 Changing displayed values in USER SCREEN MODE. . . . . . . . . . . . . . 3.3.3.4.3.5 CIRCLE GRAPH object . . . . . . . . . . . . . . . 9.21.9.22 CIRCLE object ...................... 9.37.9.38 CLEAR DATA (SAMPLING MODE) . . . . . . . . . . . 5-10 CLEAR HISTORY (ALARM MODE) . . . . . . . . . . . 6-10 CLEAR USER DATA (SET-UP MODE) . . . . . . . . . 2-5 Comment display (MONITOR MODE) . . . . . . . . . . 4-3 . . . . . . . . . . . . . . . . .1.5. APP-5 Computer link module CONTROL DEVICES (INTERFACEDEVICES) . . . . . . . . . . . . . . 9.57.9.58 DATA BANK (TESTMODE) . . . . . . . . . . . . . . . . . . 7-2 DATA BANKSobject . . . . . . . . . . . . . . . . . . 9.53. 9.54 DATA CHANGE object . . . . . . . . . . . . . . . . 9.47.9-48 .6 DATA TRANSFER (OTHER MODE) . . . . . . . 8.58. FILLED BOX object . . . . . . . . . . . . . . . . . . . 9.36.9.37 FILLED CIRCLE object. . . . . . . . . . . . . . . . 9.37.9.38 Forced ONOFF (MONITOR MODE) . . . . . . . . . . . 4-7 FunctionList .............................. 1-3 . . . . . . . . . . . . . . . . . .9-1 FX-PCS-DU/AT-EE software FX series PLC....................... 1.5. APP-2 I IMAGE object ............................ 9-38 IMAGE INDICATOR object . . . . . . . . . . . . . . . . . .9-32 INCREMENTobject ....................... 9-45 INDICATOR object INDICATOR (SCR) . . . . . . . . . . . . . . . 9.30.9.31 TEXTINDICATOR . . . . . . . . . . . . . . . 9.31.9.32 IMAGE INDICATOR . . . . . . . . . . . . . . 9.32.9.33 OVERLAY SCREEN. . . . . . . . . . . . . . 9.33.9.34 9-34 BUZZER ............................ INTERFACE DEVICES..................... 5-10 CONTROL DEVICES . . . . . . . . . . . . . . . . . . 9-57 SCREEN REGISTERS ....... 9.57.10.14.10.15.10.16.10.17. 10-18 AMITSUBISHI I- 1 . . . . .* . . . . Graphic FX-5ODU Units lNDEX R KEYPAD object. . . . . . . . . . . . . . . . . . . . . . 9.49.9.50 RESET (ALARM MODE) L S LCD CONTRAST (OTHER MODE) ............ 8-9 Library Image object. . . . . . . . . 9-27.9.28.9.29. 9.52 Library Text object .......... 9.13.9-14.9.15.9.51 9-36 LINE object. ............................. Limits on object Totals ...................... 9-6 SAMPLING MODE . . . . . . . . . . . . . . 1.2.2.6.5.1 5-2 CLEAR DATA ........................ 5-10 DISPLAY GRAPH...................... 5-9 5-9 DISPLAY LIST ........................ SET CONDITION .............. 5-2.5.3.5-4.5-5.5-6.5.7. 5-8 SERIAL PORT (RS232C) (SET-UP MODE). . . . . . 2-4 SET BACKLIGHT (OTHER MODE) . . . . . . . . 8.3. 8-4 SET CLOCK (OTHER MODE) . . . . . . . . . . . . . . . .8-2 SET CONDITION (SAMPLING MODE) .................. 5.2.5.3.5-4.5.5.5.6.5.7. 5-8 SETTIME SWITCH (OTHER MODE) . . . . . . 8.28. .3 2-2 SET-UP MODE ............................ CLEAR USER DATA .................... 2-5 MAIN MENU CALL KEY. . . . . . . . . . . . . . . . . 2-5 OPENNINGSCREEN . . . . . . . . . . . . . . . . . . 2-5 2-4 PLC'TYPE ........................... SERIAL PORT (RS232C) . . . . . . . . . . . . . . . . 2-4 SCREEN REGISTERS (INTERFACE DEVICES) . . . . . . . . . . . 9.57. 10-14. 10-1 5. 10-1 10-1 6. 7. 10-18 (SEND) DATA BANK object . . . . . . . . . . . . . . . . . 9-43 SUPERVISOR MODE. . . . . . . . . . . . . .2.7.9.55. 9.56 SWITCH object . . . . . . . . . . . . . . . . . .9.41 9-42. 9-43 .6 System configuration . . . . . . . . . . . . . . . . . . . 1.51. System screens ........................... 1-2 MAIN MENU CALL KEY (SET-UP MODE) ....... 2-5 Mode Selection............................ 2-6 4-2 MONITOR MODE............... 1.2.2.6.4.1 ACTIVE SATE MONITOR . . . . . . . . . . . . . . . 4-8 DEVICE MONITOR . . . . . . . . . . . . . . . . 4-3. 4-4 4-9 PC DIAGNOSIS ....................... . NUMBER object. . . . . . . . . . . . . . . . .9-16.9.17. 9.18 0 OMRON PLC ....................... 1-5. APP-6 OPENNING SCREEN (SET-UP MODE) . . . . . . . . 2-5 OTHER MODE ..................... 1.2.2.6.8.1 BUZZER., ........................... 8-8 DATATRANSFER . . . . . . . . . . . . . . . . . 8-5.8-6 ENTRY CODE .................... 8-7. 8-8 8-9 LCD CONTRAST...................... PRINT OUT ...................... 8-6. 8-7 SET BACKLIGHT .................. 8-3. 8-4 8-2 SET CLOCK.......................... SET TIME SWITCH . . . . . . . . . . . . . . . . 8-2. 8-3 OVERLAY SCREEN object . . . . . . . . . . . . . . . . . 9-33 P PANELMETERobject . . . . . . . . . . . . . . . . 9.23. 9.24 PC DIAGNOSIS (MONITOR MODE) ........... 4-9 PLC TYPE (SET-UP MODE). . . . . . . . . . . . . . . . . 2 4 PRINT OUT (OTHER MODE) . . . . . . . . . . . . 8.6.8.7 PROPORTIONAL GRAPH (BAR) object. . 9.24. 9.25 PROPORTIONAL GRAPH (PIE) meet. . . 9.26.9.27 .................... 64 . . T TEST MODE. . . . . . . . . . . . . . . . . . . . . . . . . . 2.6.7.1 DATA BANK . . . . . . . . . . . . . . . . . . . . . . . . . . 7-2 USER SCREEN . . . . . . . . . . . . . . . . . . . 7.1.7.2 TEXT object ......................... 9.9.9.10 TEXT INDICATOR object. . . . . . . . . . . . . . . . . . . 9-31 TIME object......................... 9.35. 9.36 TOUCH KEY object . . . . . . . . . . . . ..9.39.9.40. 9-41 TREND GRAPH object. . . . . . . . . . . . . . . . 9.19. 9.20 Transparent function........................ 1-2 U USER SCREEN (TEST MODE) ........... 7.1.7.2 USER SCREEN MODE ................. 2.63. .1 USER-DEFINEDSCREENS . . . . . . . . . . . . . . . . . 1-1 Graphic FX-SODU Units W INDEX Warnings ENTRY CODE (OTHER MODE) .......... 8-8 WRITE CONSTANT object. . . . . . . . . . . . . . . . . . 9-44 1-3