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Special function Component User's Manual

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1. Setting cummincation paramters Baudrate 9600 Parity check even Handshake random DIP swithes status turns 1 and 6 ON others are OFF showed right 3 2 4 Project editing 108 6 4 2 CFF As above the whole project is compried of 4 screens 1 operators information 2 print window 3 heating process control information 4 leak hunting process control inforamtion There are 3 registers and 3 coils used for this print project assignment is showed as below Name Register Description Digital input Duty NO PFW300 and display Operator Digital input i PFW301 i d ID and display Digital input Batch NO PFW302 and display Name Coil Description Start to print PSB300 Print out Convert to heat up mode PSB301 Print out in this mode Convert to leak hunting mode PSB302 Print out in this mode Print during heating up process PSB303 Trigger action to print Print during leak hunting process PSB304 Trigger action to print 23 Operators information Main screen Stepl insert a new screen set the parameters of PLC port and Download port Insert a new screen as path file new or click component 1 from toolbar choose panel type with TP562 T then set the parameters of PLC port and Download port showed as below PLC port device
2. 11 Component button Click component from toolbar and set property as below Object Operate Button Color Position Control Y2 Device PLC Pot gt VirStaNO Station Object Object Yo l 2 Indirect Object Operate Button Color Fosition Button fe Set OW Set OFF Reverse On Instant cananea nro rd 2 Componnet function field Click conponent 2 from toolbar and set property as below Mode Function Position Act Mode Start Screen Coil Spri 3 wW Run immediatel Continue First Scan After Down First Scan After Power W Time Continue Coil Limit Property of function The time start to count when Y2 is turn on via button set the constant time with 3 seconds 53 Mode Function Position Function Reset Coil Modify Select reset coil function with object Y2 Delete Data Block Transmit Arithmetic Import CSY Data Export CSY Data Thus the project of salve net 2 is showed as below Salve Net MODE Station NO 2 Control Y2 Function Field Above all the whole project is showed as below a WE i 4 T qe Host Net MODE male Nel MODE a Il Salve Net MODE Station NO 2 Control output YO Control Y1 Function Field A O CO deta 6 3 Note During the above example we used all TH series panels as the control devcie with COMI port in communication mode directly while use TP series panels please conve
3. Time Axis e Y Axis Up Thin ID 411 Trends y o7 OF 08 09 10 11 12 Display data after up move The function corresponding to time trend control is shown as below Move up wide thin move the coordinate up movement amount is based on the selection of wide or thin Move down wide thin move the coordinate down movement amount can be slected in wide or thin mode Zoom out wide thin zoom the current coordinate out the ratio is based on the selection of wide or thin Zoom in wide thin zoom the current coordinate in the ratio is based on the selection of wide or thin Show show the current curve corresponding with hiding Hide hide the current curve corresponding with display Reset return to initialized value Zoom out in in ratio zoom the coordinate out or in accoding to the setting ratio 1 2 3 XY poly trend 10 Clear Clear aDr ax y gt Reservedalr aw Repetedillr aw More details is showed as below Clear all the curve is cleared Clear and draw clear all the curve then draw the new curve Rserve and draw keep the old curve and draw the new curve Repeat and draw draw the curve in circulation way once the data changes the new curve replace the old Curves A More details regarding the property setting button color position please refer to the component button parts 0 oS hal The details about clear reserve and draw clear
4. E Rectangle0_ 4 p ERectangle0_ 3 and Rectangle0_ 4 is same as the first one please The operation wit follow the above steps After all above component is finsihed is showed as below 130 Fl S ITCHO 1 Self Property Top Left Horizon Top Left Vertical Bottom Right Horizon Delete Unit Move Up Bottom Right Vertical Curent Index Unit Name Contain Unit Self Unit RectangleD 2 _ Ura Propeatty RectangleD 3 More details regarding advance function please refer to 15 2 2 Example butterfly Animation of butterfly contains rotate animal move animal advance reference picture the procedure is showed as below Step1 creat a new project Click component SWIT CH E rotate animal a two pictures of butterfly 1s showed as below Note there are two ways to add the butterfly picture into panel Way 1 click component map E from toolbar 131 Way 2 add picutre to material library Lu then select the destination picture Step2 set property of rotate animal Set period with time 1000ms set the continue end with value 1 as below Kotate Animal Aminal Position Period 1000 ms lw Enable C Random Reset A f Continue Start Trip Single W Repeat Step3 Flutter of butterfly O 0 oct Select the above two picutres then click ss EI 32 77 el ss to edit them as below Not
5. Import CS data O Path file TH2 CSV Source Fath Data Save Control Tate Time Device ID i Dynamic set i Import Ctrl M0 Path File THA csv Fix Hame Add ID After Name Diagram 12 Import CS data O Register mode please select loop set Source Path Data Save Control Date Time Register capacity 5 Register mode same format as CSV files 6 Esa Line Add Title par ameter 5 Format e Deci Hex 0 Delete Float E de Unsigned i Diagram 13 Import CS data O Date time select the format is Source Path Tata Save Control Date Time showed as left M Date Tims Tate format YYYY M D pm Example 2010 3 29 Time format H MM SS z Example 43 15 08 Diagram 14 Click data grid Es and set property as below Data Grid Y O Object PSW300 Object Common Column Position m Station Device Poa VirStaNO Station ea Object Obiect Psw v 300 Diagram 15 83 Data Grid O All records 5 O Page records 5 O Stactic field not select Object Common Column Position Al Records 5 Static Field Titl i a a Page Records 5 115e Ham Title Height op Yidth Cell Height 20 O W Use Title e Bold Border Title Font Cell Font Diagram 16 Data Grid O Circle buffer select set same format Object Common Column Position
6. confirm clear record in the sequence of above For example the setting of Prev Item is shown as below Function Prev Item Prev Fage Next Page _ Prey Item Next Item DE ResetContent Move the data frame up The setting of Next page 1s shown as below Function Turn to the next page Next Page x Next page Prey Item JHext Item OF ResetContent The setting of the confirm Check out the confirm time Prev Page Hext Page Frey Item Hext Item OK ResetContent Confirmn The setting of the record clear Function ResetContent Clear the record in the table Prev Page Record clear Hext Fage Frey Item Hext Item OF ResetContent History Data map Page changing Prev page Next page Display the data on defference page PSW256 Sample control coil gt Se Next Page 09 23 25 09 23 34 10 03 15 10 03 15 Event Button Color Position Function Prev Page Prev Fage 09 23 14 09 23 23 Time Trend 10 03 15 10 03 15 Display the data of the previous Event Button Color Position Pe Trend Function Next Page gt n le Trend Event Next Page x E T T T Te 09 23 35 09 23 44 Time Trend 10 02 15 10 03 15 Display the data of the next page 1 2 2 Timetrend control gt Time Trend Time Axis e Y Axis Down Thin ID 1411 Trends Time Trend Up Thin
7. Step 2 password setting Set the password follow the path file system settinglparameters 14 Device Font Project Para Alternation Clock Panel OQ Click password choose the first leve enter 1234 as the first level Screen password Start Screen fi w Passowrd Level Level ind Password 1234 Screen Save Latency Time After 3 Minute f Close LOD f Show Screen o L Thus screen editing and password setting are finished Investigate the run situation via emulator offine When the password is correct then jump into the next page Screen Screen Z HOLL HHS when the password is not correct suggestive dialog box appears Screen Jump to 2nd screen Jump to 2nd screen Error password 2 2 2 Indirect mode Realease the password limiting by jumping into the password screen first then do the objective operation The procedure is shown as below 15 Put objective component Click jump screen Enter correct password and jump screen into the at right level screen Incorrect password Press return key Show password is incorrect Show the password and limit is not realease coreeect and limit is relaese Retutn to orginial screen Do the operations Click the objective component Purpose the objective component is not available unitl the limit is released Procedure The procedure is comprised o
8. Baudrate Data Bit C 4800 fo 38400 t Bits 9600 f 115200 Stop Bit gg C 187500 as Party check i Parameter setting Wat Baudrate 19200 Communication Time PY MSEL Data bit 80 M Send Data Vir Station Retry times 3 Stop bit 1 Exchange WORD Parity check Even Cancel 3L Cable connection A Connect download port to PLC with original cable or user defined cable as below TH series panels port 2of XC series PLC E lt ls 10 5 GND 68 GND B Connect PLC port to Inverter with communication cable RS485 as below PLC port of TH series panels Terminals of inverter Define A al 23 Xo FWD REY DO AD VI 10Y OOO SOI PODOboObODoO Boke 14 6 COM OC 24 CI GHD PE O 0O0 AID AnI AININ e Turn on the power of system after confirming all the connections and settings debugging step by step with the operations of panels until it have a good perfermance 39 4 3 Note It is important to note the difference between TH seriers panels and TP series panels with default value COM 1 port of TH panels is in communication mode but COM port of TP series panels is used for download please short up 5 amp 6 PIN before it enter into communication mode 40 5 Alarm list 5 1 Introduction Display alarm inforamtion when a problem occurs usually matched with text dynamic text digital display event button components ON OFF OFF l Al
9. Diagram 8 81 Grid Control O Modifiable not select in this example only to investigate the imported modifiable Add Modi fy Delete data O Add Modify Delete add to 5 lines UINT information is showed as left VIHT VIHT VIHT Object Common Column Position Diagram 9 click lamp T one and digital display two Bang set property as below O Object PSB300 Object Lamp Twinkle Color Position Station Device VirStaNO Station Object Object psg 300 Indirect Diagram 10 Display Digital a es O Object PSW280 the other is set Station PSW281 Device VirStaNO Station Object Objet psy 2ed Indirect Diagram 11 After all above components are finished olease download data to panels and investigate whether the data in grid control is consistent with that ones in CSV files Example 2 Import datas from CSV files which has the following features 1 This CSV files is produced by touch panels as filename TH2 CSV 11 This CSV file is in loop mode with 5 5 array Note the following charpters only describes the different parts compared with example 1 Y na Other components included in this example please refer to the Basic manual for touch panels get from website http www xinje com 82 Click component function button and add function with import CSV data set property of import CSV data
10. Y After export finish reset reg reset registers which is used for data save once data export is finished Y Control export export action is avaiable when the referenced coil is ON Y Real time Export data is export when the referenced coil is at rising edge Y Execute status indicate import status by coil When coil is on it means it is in export process Y Excute result show the result according to value of referenced register Meaning based on different value is showed as below 1 Name of path file is incorrect 2 Read write file is failed 3 Export successfully 4 Device for import doesn t exsit 5 Memory is not enough y Execute process show the procedure according to value of referenced register range of value is from 0 100 and 100 means finishe import 6 Property of Date Time Export sample data Common Sample Destination Save Export Contrel Date Time Position l Date Time export data with Date time M Date Time information when selected Date format orar pA Date format Time format select the format Example 2010 04 06 Time Format HH MM SS m als 12 43 14 17 2 Example This chapter takes sample to describe how to use this component The purpose of this example is to save data sampling from register PSW300 and PSW400 The procedure is showed as below PSW300 PSW300 10 at 1 second interval PSW400 PSW400 20 at 1 Sample and File in CSV export data by format is
11. for lamp button 60 Button Fith Lamp Object General Aspect Color Position Operate Object Station Device VirStaNo Station Object Obet E o Indirect Diagram 15 Property of common for grid control Grid Control Object Common Column Position All Records 1 Static Field Page Records 1 ae Title Heizht o n Width fT Cell Height 20 NA lf Use Title Y Bold Border Title Font Cell Font lf Auto Add Field Title HO Width 30 Diagram 16 Setting Description All record amount of all record of this list Page record records showed on each page Title height height of title Cell height height of each Use title use title or not Bold border Title cell font set font that user want Auto add field as record NO increased from up to down Static field set title name of each line 61 Property of Column Grid Control Object Common Column Position W modifiable Modi fy Delete Data Grid Object Common Column Position PSW300 ia sli ee La Modify Delete year Sa WORD HEX Data Type month 52 WORD HEX ay eat i ai date HEX PFW3O1 81 WORD hour HE minute HEX HEX Grid control Data grid Diagram 17 Add modify delete Add new column and modify Modifiable grid Data can be modfied when selected control Circle buffer When this item is selected the first 4 registers is taken as circle buffer Column information
12. move the chosen data Modi fy down source up or down this operation effect the Delete sequence of data saving Hove Up Move Down Property of Pick Sample Save Period interval between two picks Manner time manner Control this regist was used to control pick sample all the time 1f not selected Property of save Object Pick Save Position Count 20 Period 1 Sec Manner jymrhms Control This Regist was used to control Pick Object Pick Save Position Object define the beginning Object register for data saving in Object pry 300 this example data is saved from register PFW300 73 10 XY CurveEx 10 1 Introduction XY curve EX 1s used to display a series values from X axis and Y axis with fold mode The difference compaired with XY curve is First XY curve Ex display datas from continuous registers rather than two fixed registers X is from one register and Y is from one register Second There is no referenced curve for comparing 100 0 100 Diagram 1 10 2 Description Example Draw XY curve based on values from 20 registers from PSW300 to PSW319 with 10 dots Other components included in this example please refer to the Basic manual for touch panels get from website http www xinje com Click pomonent XY curve Ex from toolbar and set property as below 74 EY Foly Hap Aspect set colo
13. Add number after add ID after file name by manual or according to the value of dynamiic name regiseter Named by date take the current date and time information as file name once it is selected the filename in path file will not be active Property of data Export CS Data Destination Data Save Control Date Time Register capacity 5 Register mode a Loop Line Add Title Parameter 1 Format fe Dec D f Hex CU Delete z C Float C Unsigned Xt Move up Data type Mord r Bit length iG 4 Mone down Float length C 0 Diagram 27 Register capacity amount of groups for data export every time Register mode Register mode check out whether the export data is with register buffer first if has select loop otherwise please select line It is adviced to use Loop when mached with Real trend map History data map Time trend map and sample save components set same format as data source Property of save 97 Export CS Data Destination Tata Save Control Date Time Object Object z Diagram 28 Object set the beginnning address of data source Property of control Export CS Data Destination Data Save Control Date Time lf Execute status MO W Execute result DO iw Execute process Diagram 29 Parameter Description Execute status indicate import status by coi
14. COMl COM2 R S485 COM1 COM2 R S485 COMI COM2 R S232 XC series PLC PORTI PORT2 All devices comprised this system is showed as below Name Type Description Action TH series panel TH765 M Host net Control the output YO TH series panel TH765 M Slave net Set Y1 at 2 seconds intervals station NO 1 48 TH series panel TH765 M Slave net Set Y2 by button then turn off automatically station NO 2 after 3 seconds XC series PLC XC3 24R E As control object Procedure Confirm all panels and device Project editing for each panel New TH project New 1 THproject New 2 THproject Setting as host net Setting as slave net Setting as slave net with station NO 1 with station NO 2 Project editing Project editing Project editing Download data Download data Download data connect PLC via connect PLC via connect PLC via PLC port download port download port Debugging 6 2 1 Project editing on panel host net Mode setting Set as path file system setting device as below 49 Project Set 7 Set as host net Para Alternation Clock Fanel Device Font Froject f Single Host Het C Slave Met FLE Fort Model Thinget AC Series Far am 15200 5 Even 1 a Download Port Model Param 9600 8 Even 1 e Connect salve panel via Station download port enter station NO 1 2 as left Project editing Do the inverse operati
15. Title Format wah So C Dee BitLength 3 C Hex Wi DotLength 0 Float F Type Word e Unsigned x Diagram 18 Property of column Width width of column Bitlength dolength set length of data set dolength as 4 when display year inforamtion format of data DEC HEX FLOAT UNSIGNED Introduction This component is used to display object position on plane coordinate with fold or dot mode Datas collecting from 2 registers can be compared with the referenced curve bringing convenience for investigation and debugging Y_ l l 60 a 60 i J o 40 ee gt o eee 50 x 20 a X ITL OTIT n a ee Lp 0 20 40 60 80 0 20 40 60 80 Diagram 1 Diagram 2 NO 1 Destination curve with fold mode NO 3 Destination curve with dot mode NO 2 Sample curve with fold mode NO 4 Sample curve with dot mode Description Example Take registers PSW300 and PSW301 as data source and compare sample cure with destination curve Sy a Other components included in this example please refer to the Basic manual for touch panels get from website http www xinje com Procedure Cilick component XY curve des from toolbar and se property as below 63 AYlrend Coordinates Set Curve Fick Curve Position Yer Data Type Unsigned Segment W Value
16. export sample generated data second interval Achieved by function field Details is showed as below OQ The data sourse The data collected changes in following way from data source save O Export the PSW300 0 E to registers from datas with export PSW400 0 PSW500 with time controled by eo Fil PSW300 10 information The pick PSB300 and real E i PSW400 20 action is controled by time controled by CSV PSW300 20 E coil PSB500 and PSB301 rmi PSW400 40 select dynamic mode k PSW300 30 control by coil generat PSW400 60 PSB351 ed PSW300 40 U PSW400 80 The following chapter describes the procedure step by step 1 Data source 1 Click component function feild 2 from toolbar and set property as below Function Field Mode Function Position Act Mode f Start Screen E Act mode select time mode at 1 i Coil Spring Time Sec 1 iv Run immediatel a Continue second mode with run immediatel First Scan After Down First Scan After Power Time Continue Coil Limit 152 Function Field Mode Function Position Function Arithmetic PSNADD PS 400 20 Arithmetic Al Set Coil Reset Coil Reverse Coil Copy Coil Screen Jump Set Data Copy Register User Input Open Window Close Window Down Scheme Up Scheme Data Block Transmit Arithmetic Import CSV Data Export CS Data PSW300 PSWY300 10 Modi
17. f Close LED f Show Screen Investigate the run situations via emulating offine We can see that the component digtial input is not available because of the limit 17 Open password O Digital input is not available Procedure Sja t Open password Open password Click the enter s open Input password password password Suggestive dialog box shows opened password Click return key then the Click the ok ke y Close password Opened password Open password Open password compoent digital input is ayaiable If the limit of the component is needed again please jump into the password screen then colse password the protection 1s available again 18 2 3 Note Jump into password screen with ID60001 first to open password when you use indirect way with validate mode Gr The procedure regarding how to enter into advanced function mode please refer to the lt HMI manual basic gt 19 3 Print function 3 1 Introduction Both TH series and TP series touch panels can connect with panel printers bringing good performance in 99 99 the data operations such as data collection trend curve and so on At present Touch panels can only connect with the following two brand printers O 11 Sprt micro printers MN 211 Weihuang printers It is noted that
18. y Delete Move Down Add function with arithmetic with below PSW300 PSW300 10 PSW400 PSW400 20 Click component digital display to display the value of these two registers 2 Export sample data E Click component Property of common Export sample data Date Time Position Destination Export Control Common Sample Save Storge Fick Period Fic Perioc 1 Seco v i Pick Ctrl PSB350 W Dynamic Pic FSB3S51 l Stop e Feel Picl Property of sample from toolbar and set property as below E stroge 10 groups of data each group contains Idata from PSW300 and 1 data from PSW400 O Pick mode select period mode at 1 second interval O Pick control select coil PSB350 when PSB350 is ON pick action stars it stops while coil PSB350 is OFF Dynamic pick select coil PSB351 When PSB351 cycle otherwise in stop mode is ON running in 153 Export sample data Export Control Date Time Position C ommon Sample Destination Save Add Titl data 1 Sample Pawa00 Add to 2 items by button Delete Datal with object PSW300 Format a m p Data2 with object PSW400 Move up Float FJ C Unsigned X Bit 4 Move down Float o Property of destination Export sample data Export Control Date Time Position Common Sample Destination Save Device ID 1 Dynamic
19. 1 Title in CSV files can not be impoerted with other information 2 CSV files can be produced by touch panels EXCEL and other ways 11 2 Description Exanpl e 1 Import datas from CSV files which has the following features 1 This CSV files is produced by touch panels as filename TH CSV 2 This CSV file is in liner mode with 5 5 array o components included in this example please refer to the Basic manual for touch panels get from website http www xinje com Click function button from toolbar and add Import CSV data as below Function Button Limit Color Position Function select Pressing Function Pressing E All O Add Modify click import CSV Import SY data Set Coil n Reset Coil data from all list and click Reverse Coil Copy Coil Add Modi Ey screen Jump h ee ee MS then click modify key Copy Register Delete User Input Nipen Minos to set 1ts property Close Window Down Scheme Up Scheme Data Block Transmit Arithmetic Import CSY Data Export CSV Data Password Diagram 1 Property of Import CSV datas 79 Import CS data Source Fath Data Save Control Date Time Device ID 1 Dinamic set Import Ctrl Path File TH oo Fix Hame Add ID After H ame m po start ID T Dynamic set Source Path Data Diagram 2 Control Date Time Register capaci
20. Cancel Contain Bottom Right Horizon Bottom Right Vertical E Curent Index Rectangle0_ 2 Rectangle0_ 3 Rectangle0_ 4 Click rectangle ee SURE then button inset Unt sears is showed as below ES WITCHO_ 1 Eb Self Property Insert Unit Top Left Horizon Top Left Vertical Bottom Right Horizon Unit Name 7 Bottom Right Vertical e Curent Index Unit Property Contain Unit gt REE Rectangle0_ 3 Rectangle0_ 4 Click Insert unit l then button changes to Affirm insert with gray color 129 SWITCHDO_ 1 El self Property Affirm Insert Top Left Horizon Top Let Vertical Bottom Right Horizon Cancel Insert Bottom Right Vertical 2 he Curent Index E Contain Unit E Rectandle0_2 Rectangle0_ 3 RectangleD 4 Click SWITCH EA then button is avaiable MM Advance owe El Self Property Affirm Insert i Top Left Horizon Top Left Vertical Bottom Right Horizon Cancel Insert Bottom Right Vertical E Cument Index 3 E Contain Unit Rectangle0_ 2 Rectangle0_ 3 Rectangle0_ 4 Click Affirm insert o finish one insert operation is showed as below MM Advance SWITCHO_ 1 E Self Property Delete Unit Top Left Horizon Top Left Vertical Bottom Right Horizon Unit Name Bottom Right Vertical Curent Index Unit Property 4 Contain Unit El Self Unit Rectangle0_ 3
21. Destination Save Device ID 1 DO Dynamic set Path File DATA SAMPLE csv Fix Name M Reexport title Hame add automatic C add number after name NE C named by date dynamic register O Path File name of import CSV file Fix nameOnly file name i n path file is active O Re export title export data with title information every time 149 O Name add automatic file name is comprised of name and ID ID value add 1 automatically by every export operation range of ID 000 999 is showed as below Sy THOSE cS 2 THOOL cs Be Microso rt Office Exce E as a Microsoft Office Exce EE y 1 EB O Add number after name add ID after file name by manual or according to the value of dynamiic regiseter Named by date take the current date and time information as file name once it is selected the filename in path file will not be active as below 20091027 cs v ae a Microsoft Office Excel Ay 2 KE 4 Property of save Export sample data O Object the first address of Export Control Date Time Fosition register to save data Common Sample Destination Dave r Objed Object d 5 Property of Export control Export sample data Comm on Sample Destination Save Export Control Date Time Position After export finish reset reg Control export Export stati Export resu Export proces 150
22. Diagram 19 Grid Control O All records 1 eee O Page records 1 f Static Field o All Records 1 oi 0 Ste ddd motel Page Records fam Object Common Column Position Title Height 20 Cell Hei ght 2 IW Use Title Bold Border Worker Title Font Cell Font Diagram 20 94 Grid Control O Column add to 5 columns showed Object Common Column Position W modifiable Add Modi Ey Delete as left Parameter 2 S0 WORD WIHT Parameter 3 50 WORD WIHT Parameter 4 S0 WORD WIHT Parameter 5 50 WORD WIHT Diagram 21 Click function button El add function export CSV darta Property of export CSV data the following charpters only describes the different parts compared with example 1 Export CS Data O Path File set as name TH2 CSV Destination Data Save Control Date Time Device ID 1 Dynamic set DO Path File THE EY Fix Mame IV Becemport title Diagram 22 Export CS Data O Register mode loop Destination Data Save Control Date Time Register capacity 5 Register mode s yg Title Parameter 2 Format fe Dec M C Hex W Delete C Float E C Unsigned X Diagram 23 Export CSE Data Date time select Destination Tata Save Control Date Time M Date Time Date format jyyyy p_y Example 2010 3 30 Time Format H mm 55 Example 13 03 38 Diagram 24 After all above
23. HMI manual Basic gt Please use 2 c 3 version of software or above to open the samples 1 Event Button 1 1 Introduction Event Button t is used to mached with data dealing component to acheive operations page changing confirm movement Its advantage 1s obviously in the performace of History data map Real Trend Map Display history Event Time trend control and XY curve and so on Features 11 Page changing macthed with history data map History Data map Prev Page 09 54 59 09 55 08 09 10 20 09 10 20 Display the data of the Prev page _ 09 55 07 09 55 25 09 10 20 09 10 20 Sample control coil HERE 12 55 50 12 55 59 y 10 03 13 10 03 15 Next Page Display the data of the next page 140 100 60 07 01 o o 10 1 1 2 Movement matched with Time trend control Time trend control D own Thin Sooo le control coil QO Down Thin Display the data after down move 160 120 80 Up Thin or oF 08 09 10 11 12 Display the data after up move 3 Clear Clear and draw Reserve and draw Repete and Draw matched with XY curve X Y curve XY curev in the setting of Reserve and draw PSW300 PSW301 PSW302 PSW303 PSW304 PSW300 PSW301 PSW302 PSW303 PSWS304 MO E E E Psw400 PSW401 PSW402 PSW403 PSW404 PSW400 PSW401 PSW402 PSW403 PSWW404 Cl F dra P
24. TH series panels support Dual port communication function which means not only Download port can connect with devices but aslo PLC port does With independent data transmittion this system have a perfect performance based on one panel amp two devices structure Communication structure is showed as below Maa SEE TP series panels Connect with Inverter 4 2 Procedure This charpter take example to decribe how to use function with download port connect to PLC while PLC port connect to inverter 32 Choose download port device and set communication prameters Download Connect device Insert a new project with each port project panels Choose PLC port device and set communication prameters 4 2 1 Requirements 11 Connect to PLC with Download port controling and indicating PLC output Y2 2 Connect to Inverter with PLC port do the operations including start stop and frequency setting 4 2 2 Preparation 11 TH series panels with type TH765 MT 2 XC3 series PLCS with type XC3 32R E 31 V5series Inverters with type V5 21P5 41 Software version is above Twin V2 C 3 5S Download cable used for panel Download cable used for panel used for PLC communication cable between panels and PLC RS485communication cable 4 2 3 Project editing The procedure of project editing 1s comprised of new project open a
25. View Object Trend Color Position Temperature Hop Mads f Fold f Dot C Column Color Fick Ps 258 lf Another Group 4 Show Scale Format Display fe Dec Hex Float Unsigned Tata Type C Byte e Word C DWord Init Min O Add Delete Init Max 100 Fold generate graph in fold foramt Dot gensrate graph in dot format Column generate graph in column foramt select color you want set data source display Y axis or not scale displays and foramt aslo can be set Add or delete graph by press ECU Delete brey 115 14 Moveanimal This chapater describes how to use this fuunction 14 1 Introduction Compnnet move animal is used to move destination object with other referenced compnnets othwise this component is not available 14 2 Procedure 14 2 1 Track editing Step1 creat a new project and add component Open a new project and click component Y from toolbar then click to confirm the start point of the track double click to confirm the end point is showed as below Start point of track Show as format left click of mouse continue to edit track dounle click of mouse track editing ends Step2 set property of text Click component text A with content Move animal and set set in red color is showed as below 116 Move animal Step3 set property of move animal Double click move animal and set property as
26. as CSV files W Circle Buffer Add Modi fy Delete OQ Add Modify add to 6 column is Data Type Format showed as lett Parameter 1 50 FORD WIHT Parameter E 50 WORD WIHT Parameter 3 50 FORD WIHT 4 5 Parameter 50 ORD WIHT Parameter W YORD UIHT Diagram 17 Click lamp component T one and digital display two and set property as same as example 1 then download data to panels to investigate whether the data in grid control is consistent with that ones in CSV files 11 3 Description of parameter setting Property of Source path Import CS data Source Path Data Save Control Date Time Device ID 1 Iynamic set i Import Ctrl A Path File TH E Y Fix Hame C Add ID After Name start ID 0 Dynamic set J Diagram 18 84 Parameter Description Device ID the ID of U disk when there are more than one disk ID can be set by manual or dynamic register Import control import operation is allowed when referenced coil is set otherwise import is forbided name of import CSV file Only file name in path file is active Add ID after name select file according to file name and ID ID is set by manual or dynamic register Start ID set the beginning of CSV list for data import O means start from the first line Aslo start ID can be set by manual and dynamic register Property of data Import CS data So
27. below 126 Kotate Animal Aminal Position Period 1500 ms C Random f Continue Start All setting is finished Step3 Animation editting Select SWITCH componnet rotate animal rectangle and right click to set property as below W Enable Reset Single o lu Repeat Property Group Lock Public Unit System Cut Lopy Delete Save Template Optimistic Unlock ALL Select advance and is showed as below 127 Ee Rotate AnimalO_ 0 SYITCHO 1 Insert Unit RectangleD_ 2 Rectangle0_ 3 RectangleO 4 Ura Name Unit Property Click self property of Switch and select current index MM Advance Rotate AnimalO_ 0 Fl SYITCHO_ 1 Property Contain E Self Property Top Left Horizon Top Left Vertical Property Link Bottom Right Horizon Bottom Right Vertical Rectangle0_ 2 E Rectangle0_ 3 RectangleD 4 128 Me Advance Rotate AnimalO 0 A SYITCHO 1 Affirm Contain o E Self Property Top Left Horizon Top Left Vertical Cancel Contain Bottom Right Horizon Bottom Right Vertical Rectangle0_ 2 Rectangle0_ 3 4 El Rectangle0 Then click Rotate animal changing happened in the right button 1s showed as below a BER Rotate AnimalO_ 0 El SWITCHO_ 1 Affirm Contain Self Property Top Left Horizon Top Left Vertical
28. component is finished please install U disk to test 95 set lampbutton ON and input datas in grid control then export CSV datas the generated CSV file is showed as below En Go to Office Live Open Save Y 100 100 100 100 100 200 200 200 200 200 S00 S00 S00 S00 S00 400 400 400 400 400 00 BDO O00 SDO O00 Parameterl Parameter Parameters Parameter4 Parameter 100 100 100 100 100 12 3 Description of parameter setting Property of destination Export CS Data 200 200 200 200 200 S00 S00 S00 S00 S00 Diagram 25 Destination Data Save Control Date Time Device ID 1 400 400 400 400 400 KIA S00 SD S00 O00 09 10 21 2004 10 31 QU8 10 51 QU3S 10 51 QUE LU 3L 2009 10 31 0091 0 31 009 1031 0091 0 31 0089 10 31 Iynamic set Path File TH esy e Fix Hame Re export title C Mame add automatic C add number after name ee named by date Diagram 26 Parameter Description the ID of U disk when there are more than one disk ID can be set by 96 manual or dynamic register Re export title export data with title information every time Path File Name of import CSV file Fix nameOnly file name 1 n path file is active Name add automatic file name is comprised of name and ID ID value add 1 automatically by every export operation range of ID 000 999
29. doesn t exsit 7 Memory is not enough 8 Name of path file is incorrect 9 Read write file is failed Execute process show the procedure according to value of referenced register range of value is from 0 100 and 100 means finishe import Export CS Data O Date Time import data with Destination Data Dave Control Date Time Date time information when M Date Time selected in this example there is no Date format rrii time information so not select Date format Time format select Example Time format m r Example the format in touch panel Diagram 12 Click component lamp P one and digital display m two Object PSB300 Object Lanp Twinkle Color Position Station Device F VirStaNO Station Object Object pep 300 Indirect Diagram 13 Display Digital O Object one is set with PSW256 the other is set with PSW257 Object Display Font Color Position Station Device PLC Pot VirstaNO io Station Object Object EN 256 Indirect Diagram 14 After all above component is finished please install U disk and test 92 gen Go to Office Live Open Saver gt hd fe SS a A E E A 1 Parameter1 Parameter Parameters Parameterd Parameters 2 J Ae te de ooo Le 333 de 00 Parameter Parameter Parameters Parameterd Parameterb 2 3 4 E Ze Si dd DE a ogo 444 Tow ee EAN ddd 555 de athe dd
30. downloading data from panel to PLC but aslo support uploading data from PLC to panel when there is needs This chapter take the example to describe how to use this function Based on the above example operators modify the parameters of workpiece in the PLC when there is a new type to work on So what we need is to upload the data from PLC to panels and save these data for next invocation 1 Based on the above example click componnent up recipe E as below 2 Set property like this device data with object DO recipe data with object PFW300 RECIPE with 3 as below Up Kecipe Object Recipe Button Color Position Device Data Station Device E VirStaNO Station 1 Object Object D 0 Indirect Recipe Data Object Object pry 300 Data Recipe 3 3 Set the property of recipe with 100 as below 146 Up Recipe Object Recipe Button Color Position Count 100 4 After all above steps is finished the project is showed as below Length Width Thickness 5 According to value in INDEX PSWA40 the destination data in PLC is uploaded to corresponding registers by pressing button UP For example when PSW40 10 with the beginning address in panel is PFW 300 after pressing button UP the data from DO to D2 is transmitted to register PFW330 PFW331 PFW332 147 17 Export sample data In the most cases the display and inuput of sample datas based on
31. ee IN whens ca Gas USE a ee ae a eee he nd Pibe linge E EA A System e IA A E eee IE arene es OOOO SSI aasal GoW ee eee EI La Sina TA eet Veen OS E A an Saye a top a as 46 DI ME PS A Advance I ee HA earns Mc cre el a ae A HE pi o Unleck ALL MAI paneer ae O i ee Veen ee as After all above componnet is finished investigate the running status via emulater offline 14 3 Description of parameter setting 123 Property of Coordinate r Move Animal Coord Control H Point 2 400 Y 190 Escape Time OU lSecond Key Point 1 445 Y1 230 1190 Parameter Description Key point X means abscissa Y means ordinate time spend to move from current point to next point Property of control Move Animal Coord Control Enable Eo EH o Enable signal Move action is triggered by rising edge of object signal Reset signal move animal is set to return to the beginning point Repeat move as the track path in circle if this item is selected if not will not repaet movement 124 15 Rotate animal 15 1 Introduction Similar to component move animmal described in previous chapter this component rotate animal supports animation grpuped with component SWITCH l 15 2 Procedure 15 2 1 Introduction of simple animation Step1 Creat a new project Click component switch E bon rotate nimal lone and rectangle EEF AO leave them to suitable position as below S
32. full complement saving process 1s stopped Pick feel sample action is triggered by rising edge of signal collect data once at each rising edge Parameter setting is showed as below Fick Mode e Pick Period Period 1 Seco Pick Ctrl lf Variable Mode Pick Feel 2 Property of view 103 F Grid Sty orig Sty show grid or not in this example grid 1s selected Time Info Year Month ODay Hour Minute W Second Time inforamtion set manner of time In this example chose second Init Time 5 Secon Initial time the scale of the initial time In this example chose 5 second Time Section 2 Seale 1 Font Time section sections of time axis In this example set 2 sections Scale scale of time axis Y Section Scale Y sections sections of Y axis Scale scale of Y axis Time Trend Common iew Object Trend Color Position Iw Grid Sty Time a 5 Time Info Year Month Day Hour Minute Second Init Time 5 Secon Time Section 2 Scale 1 Font Y Section Scale Property of color is set as below 104 Time Trend Common View Object Trend Color Position Kind A Color Back Color a DA B Grid Color EE Mam a Time Label Ci Mores e Back Color Grid Color Set color of Time Label C frame back grid and time lable All above setting digram is showed as belo
33. full stop Storge Mode is set with full stop View property i Grid Sty display with grid Init Time 5 ienr is set with 5 second Time Section 3 Scale 1 Font A e A isa ime section is set with 2 and scale is set with 1 Y Section Scale Y section is set with 2 and scale is set with 1 other is set as default value Object property Object PSW 260 Object 1s set with PSW260 and other parameters are set with default value Trend property Set color with color pag aslo show scale Y Show Scale isla other parameters are set in default value color property Frame Color Grid Color Time Label C others are set with default value 110 000 000 RO Wane 000 Workexz 000 000 workex2 000 000 000 workers 000 AA Step3 parameter setting with grid control Double clilk to set property Object property set object with PSW260 default value All Records a Common property LE 8 Records Iset all records with value 2 and page value with value 2 other setting containing user title Use Title bold border Bold Border static field Static Field auto add field RO are all not selected Column property add to 5 column others are kept in default value he reslut after emultor offline is showed as below 111 Note after entering the abov
34. generate graph in column foramt M Show Scale Format Display Color ma F f Dec Hex Color C Float C Unsigned PST256 Pic Pick set data source Tata Type u O press _Psi256 to modify object select color you want C Byte O Word C DWord Init Min 0 Add Delete Init Max 100 W Another Group F l Another group jv Shor Scale Format display Y axis or not When select show scale scale displays and foramt aslo can be set by cliclk key Formet Set property of data format and data type as below Display f Dec Hex f Float C Unsigned Display Dec Hex Float and unsigned four types can be selected Data Type Data type Byte Word D ford Byte Word Dword three types can be selected Init Min T Init Min the Min value of Y axis Init Max Init Max the Max value of Y axis Add or delete graph by press EA Delete brey 31 Property setting of function field Select Time Sec mode in act mode and add function Arithmetic Mode property of function field 107 Function Field Mode Function Position Act Mode f Start Screen f Coil Spring 1 Eun immediatel f Continue C First Scan After Down C First Scan After Power TimefContinue Coil Limit Atl Function property of function field Function Field Mode Function Position Function Arithmetic FSieable folea
35. not select Object Common Column Position Title Page Records Pos Hams Title Height Pa Width NG Cell Height an 4 Use Title 4 Bold Border Title Font Cell Font Diagram 3 Grid Control Modifiable select O Add Modify Delete add to 4 modifiable Add Modi y Delete Scolumns Length OR UAT iti dth 50 WORD UINT Thickness 50 WORD UINT Quantity SO WORD UINT Object Common Column Position Diagram 4 click component function button add function export CSV data Note both function button and function field support export CSV data aslo setting is same in this example only describes procedure of function button Function Button Function Button Limit Color Position 0 Function select Pressing Function Pressing Y O Add Modify click export CSV Export CS Data data from all list and click il Modify Screen Jump Add Set Data P then click modify key Copy Register Delete User Input to set 1ts property Password Diagram 5 Property of export CSV data 89 Export CS Data a O Device ID the ID of U disk when there are more than one disk Destination Data Save Control Date Time ID can be set by manual or dynamic Device ID 1 Dynamic set register Path File TH e E Path File name of import CSV ile isis VU Seger Cie Fix nameOnly fil
36. parts Property of button Set the objet to PSB300 and operate as ON instant Object Operate Button Color Position Object Operate Button Color Position Station Button Device VirStaNO Station Object Objet ES 300 indirect gl om details about button color position please refer to components button parts Property of button function field Press button key to enter heating up or leakhunting status at same time function feild is active leading to set on off appionted coil reguarly For example when coil PSB301 is ON screen enter into status of heating up meanwhile the function field is active leading coil PSB303 to be off and convert coil PSB303status between On and Off at regular intervals With the 60th second Start to print out coming PSB304 is ON PSB302 is ON With the O6lst second coming PSB304 is Off PSB301 is to be set off PSB302 leak hunting work s procedure 25 With the 60th second E Start to print out coming PSB303 is ON PSB301 is ON With the 6lst second coming PSB303 is Off PSB301 is to be set off PSB30 leak hunting work s procedure Assignment of the above component Print out during heating up process Print out during leak hunting process Component Qty Function Component Qty Function Button 1 PSB301 is ON B
37. save Grid Control Object Common Column Position Station Device VirStaNO Station Object Obie SAIN EE Diagram 5 O Object display datas from register PFW304 Note sample save takes up 4 registers as circle buffer where address pointer lies These pointers indicate address for data saving structure 1S shoewd as below diagram 6 70 Data sourcd PSW300 PSW301 Address assignment Circle buffer occupy registers PFW303 from PFW300 to registers PFW300 Data area Take up PFW304 PFW305 registers Data area Take up four two PFW312 PFW313 registers Data area Take up PFW320 PFW321 registers two two Diagram 6 Save datas with time information to Time area Take PFW306 PFW311 registers Time area Take PFW314 PFW319 registers area Take uPFW322 PFW327 six registers Time As said above grid control dispaly datas from PFW304 because there is no need to know the values of circle buffer Data area displaying time information 1S year month date hour minute second in HEX format Grid Control Object Common Column Position 20 Page Records 20 Title Height og Width 20 All Records Cell Height If Use Title Y Bold Border Title Font i Auto Add Field Title HO Width 30 Cell Font O All gt S
38. there is defferece in connection between TH series panels and TP series panels connection between TH series panel and pinters Connect COM port of TH series panels to printers directly Connection between TP series panels and printers a A s Short up pin 5 amp 6 of download port to convert into communication mode then connect with printer This charpter takes SPRT printer for example to describe how to arrange the printer function the procedure 1s shown as below 20 Connect panels and Edit project including Edit print window printer in a correct way print trigger way Press the button and Download data into print project panel 3 2 Procedure 3 2 1 Requirements Purpose of this project is to record useful data bringing analyse advantage including time duty NO operater s ID product batch NO and so on Thus the whole project is comprised of four sreens 1 operators information 2 print window 3 2 process control information 11 Component comprising operators information duty NO opertaor ID batch NO jump screen 2 Component comprising Print window Date time dutyNO operator ID batch NO batch NO 3L Component compring process control information composed of heat up and leak hunting record date time temperaature pressure and value of FO Structure of project is shown as below Date Time XXXXXX Duty NO XXXXXX Product and operators information Operator
39. ways first with component Digital input to enter data directly Second increase or reduce the index by up and down key This chapter will take the second way as example to describe how to change value of index The procedure is showed as below 123 1 We edit the increas button first e g the up button click component set data H below 2 Doubel click to set property object with PSW40 144 Set Data Object Operate Button Color Position Station Device VirStaNO o Station 0 Data Data Type Word 3 set the property operate with operand with 1 is showed as below Set Data Object Operate Button Color Position Function C E CP C Constant Operand 1 Format Dec Hex Float C Unsigned 4 Change the view of the button is showed as below at the same time set the down button with the right view Set Data Object Operate Button Color Position Key Type e Password Touch 4 r Figure Enter Hide Button Normal Change Aspect User Defined O Press Save Aspect ButtonT Ola 50x50 ButtonT_O1b_50250 ButtonT_01c_50x50 ButtonT_O1d_50x5f a a A Button 02a 50x50 Button 02b 50x50 ButtonT_ Oze 50x50 EuttonT_ 02d 50x5 ds da AM LS 2 6 5 Download the project to the panel is showed as below 145 Length Width Thickness 16 2 6 UPload recipe Recipe function can not only support
40. 1117 Diagram 1 Description Example Collecting 20 groups datas from data sources PSW300 and PSW301 then save to the registers with beginning PFW300 Other components included in this example please refer to the Basic manual for touch panels get from website http www xinje com Click component sample save dle and set property as below Sample Save Object Pick Save Position Add add a new data source Nasal ee ese Modify modify the data source i PSwW 301 Delete delete the chosen data source ar Move up move down move the chosen modi Ty data source up or down Delete Hove Up Move Down Diagram 2 69 Sample Save Object Pick Save Position Count 20 Period 1 Sec Manner jymrhms Control This Regist was used to control Fick Diagram 3 Sample Save Object Fick Save Position Object Object pry y 300 Diagram 4 Count pick times Period interval between two picks Manner time manner Control this regist was used to control pick sample all the time if not selected O Object define the beginning register for data saving in this example data is saved from register PFW300 Cliclk component grid control ES from toolbar and set property as below This component used in this sample is for data investigation but please note this componnet is not necessary to be macthed with component sample
41. 27 14 Thus all above component is finished 3 Edit other components All components in this project are showed as below Name Object Operation Function Lamp button PSB300 Reverse Export control Lamp button PSB301 Instant ON Real time control Lamp button PSB350 Reverse Pick control Lamp button PSB351 Reverse Dynamic control Lamp PSB302 Display only Export status Digial display PSW300 Display only Data source add 10 every second Digial display PSW400 Display only Data source add 20 every second Digial display PSW800 Display only Display export result Digial display PSW850 Display only Display export process 155 EXAMPLE Function Field Export sampleldata O Data source Export control Real time control Pick control Dynamic control Export status Control button for data export Display the export result and process gt PETA SANBLE Bd Microsoft Office Data 2 Date 1500 2009 9 12 1520 2009 9 12 1540 2009 9 12 1560 2009 49 12 losu 2000 39 12 1600 2009 9 12 Los 2005 42 1640 2009 9 12 1660 2009 9 14 1684 2009 3 12 156
42. Background Color Diagram 3 Horizon Data type select data type of horizon the same as the data source Segment set the numbers of scales segments lt x lt x lt Value display the value of the scales when selected y Up Low value set upper limit value and lower limit value y Total the bitlength of scales Y Float the dolength of scales Vertical parameters setting refer to horizon setting O Color set color for curve XYIrend O Add Del add or delete a set curve as referenced Coordinates Set Curve Pick Curve Position curve for pick curve F i Curve ane OQ Curve Curvel Y Color selevt destination color ane a Y Curve mode with fold mode or dot mode Curve Mode Fold Y Coordinates set coordinates C Dot VA i Coordinates to set value double click Coordinates details Diagram 4 64 Curve Coordinates O Add Del add delete coordinates Coordinates and set value via right box Diagram 5 Coordinates Set Curve Fick Curve Position Curve Curvel DA Curvel _w A Object PSW300 Y Object PSA set Param W Auto Save W Retain Control Pick Eas Diagram 6 Add del add delete a pick curve Set Y X Object Y Object set data source for sample In this example X axis collect from PSW300 Y axis is from PSW301 Y Set parameters parameters setting for curve double click to enter into this mode refer to d
43. Download port device Please select port PLL device Please select port Download Device Pihinget AC Series 9 Inuse Downlad Port Thinget FC Series Thinget W5 Series Inverter Mitsubishi Fx Series Mitsubishi Q Series Mitsubishi FX Series Omron CPM COM Series Mitsubishi Q Series Omron CPACTYCS Series Omron CPM COM Series Siemens 51 200 Series Omron CP CJ CS Series Siemens 57 300 400 Siemens 57 200 Series AB Micrologix SLE Series DF1 Full Siemens 57 300 400 Koyo 5 Series AB Micrologix SLE Series DF1 Full Schneider Micros Meza Twi do Koyo S Series Matsushita FPO FP1 Schneider Micro Neza Twido v Com Para 19200 6 Even 1 Setting Step2 add these component into main screen Text A digital input 23 button button function field A I date rl time _ is showed as below Date FFFF FF FF Time FF FF FF Display date and time Operator ID ee Digital input Batch NO Button set operate property as on instant Combination of button and function field pintout at 1 minute intervals 24 Property of digital input Set the operate object based on the sequence of duty NO PFW300 operator ID PFW301 batch NO PFW302 as follows Object Object Object aE EE Object E a EE Indirect Indirect Indirect lt lt More details about Display input Font color position please refer to components digital inout
44. IDL XXXXX Batch XXXXXX atch NOL Stop status of leak hunting then enter into heat up screen print reference information at 1 minute intervals Stop status of heat up then enter into leak hunting screen print reference inforamtion at 1 minute intervals Trigger the button by rsie edge and start to print basic inforamtions 21 3 2 2 Preparation Hardware prearation 11 TP series panels with type TP562 T 2 Sprt DNseries printer with type SP RMIll 32SH 31 Version of editing software is V2 87 or above 41 Download cable used for TP communication cable bewteen panels and PLC S Printout paper 57 5mm thermal printer paper Document prearation Sprt printer user manual 3 2 3 Connection The following take SP RMIIl 32SH DN series for example to describes connection O 11 For TH series panels connect to printer with COM 1 port directly Name NO Name RXD 8 CTS TXD 3 TXD GND 5 GND 9 7 31 108 6 4 2 20 For TP series panels please short up 5 pin and 6pin of download port first then connect with printer 22 y Setting on printer PLC Download 24V OV PORT PORT
45. O 9 Station y PSW301 which means when the value of Object PSW301 dsiplay when PSB307 is triggered Object ISW 301 Indirect Data Data Type Word 5 3 2 Event button editing Click component from toolbar and set property as below over hydraulic pressure 2 milton pessa Ton Button St a over hydraulic pressure 4 4 ivi Hi el of under hydraulic pressure 1 over hydraulic pressure 4 Prev Ttern p Function ao ti io Prev Tean C Tine Trend Other components are similar to this more details please refer to above 5 3 3 Digital input editing Click component 23 from toolbar and set property as below 45 Object Display Input Font Color Fosition PS 300 Property setting Operate Object Station Device PLC Pot y VirStaNO 3 Station o Object Alarm message is triggered by PSB306 Object Indirect F Digital Input FP5W301 Object Display Input Font Color Position Property setting eae jed Station Device f VirStaNO Station i Object Alarm message is triggered by PSB307 Object E M Indirect 5 3 4 Lamp button editing Click compoent o from toolbar and set property as below Button Fith Lamp Object General Aspect Color Fosition Operate Object O 7 lamp buttons whose range is form r Station 7 PSB300 to PSB306 Device Por z VirStaNO Station 2 Object ove EJ T Indi
46. PSW300 Y axis is from PSW301 Set parameters parameters setting for curve double click to enter into this mode refer to diagram 7 Auto Save coordinates value is saved into internal space automatically when this item is selected Otherwise the values saved from the address defined by user Retain collecct data saved in retentive registers keeps value for ever otherwise data lose when power off Control pick object coil used to control pick If selected that means the data collection start with coil is ON Property of set parameters Parameter Parameter Update Mode Time T Interval Color Total Data Curve Mode Fold t Dot Parameter Description Update Mode Time updat curve at intervals interval unit is second X value changed new curve is generated once value of X axis is changed Y value changed new curve is generated once value of Y axis is changed X or Y value changed new curve is generated once either X or Y axis value is changed V set color of pick curve Total data number of data can be display The earliest data will be replaced when there is more datas set mode with fold or dot 68 9 Sample save Introduction This component supports both data collection and data save for ation datas Data source PLC ister DO register Sample and save he rr Value of DO on time A Value of DO on time B Value of DO on time C Value of DO on time D PPT Pd Pt
47. UH ied uriene a Page records a example Diagram 7 assigned in records set O Static field not sequence records 20 20groups to be same as all record page record can not more than all selected in this 71 Grid Control Object Common Column Position O Add modify delete add to 8 W able columns as showed diagram 8 Note year information display in 4 bits Diagram 8 Click 2 components digital input from toolbar and set property as below Digital Input Object Display Input Font Color Position Operate Object Station es O Object one set with PSW300 the other set with PSW301 Object Object AE Indirect Diagram 9 After all conponents seting over investigate run status via emulator offline HO PS S00PS 301 year month date hour jainute second po 600 z zo dol 23 dal ta ENEE ES 10 28 ES 2 500 20 2009 sol 2s 1af 11 10 Qo oo Bo bo mie E mo oo Po bo bo bo bo bo Tie 500 200 we 0 25 5 am r sof 200 emos 20 28 1a a1 sel as s00 200 2009 10 28 13 ua ras soo 200 o 28 aa as 8 Diagram 10 12 Description of parameters setting Property of object Parameter Description Add Modify add modify the data Delete source delete data source Sample Save Object Pick Save Position Display Object Table lt _c an 1 PSw 301 Move up move
48. WouchWvin Special function Component Users Manual Wuxi Xinje Electronic Co Ltd k MEV CGO o ta eto oscais syste ames deere su amuna a eoseennasaance ecb maha eanece 6 A o AA E 5 E 6 12 PROCS A O nin auieaiwe se Pctentals 7 tecal IISplay store Ts Aaiteactetat E gi A Timne AVN COMET Ol MAA a a Mores baees 10 2 AN POly hen wih tienes aicvint a a 10 13 NOS A EA eat oad oie oct 1 2 Procion LACAN Via da aseo 12 S Modu ON specscti totter te tases tease tn earn teow ence eee io 12 Doll IPE 4 10100 15 AO ROCA Ong O A E S 12 DM A O A 13 2 Proco darias 13 A A a e A S 13 22 CCl IMCS A A ae A sa 15 DZD Ni is 19 3 PEN O e e mane renner ree 20 J o e E O EEE E E ech au A aco eats 20 Dies NO 21 el REGUIPCMEIIS sissc5 aeemarnien tsi ecars ier Gurm ikl Ge eat A A 21 Deere PRE Pala lOlla is siud vas ix sn dbnetin data tauesitns daged las T aesrhacuidetaieadbnd A 22 COMMON ene eT Ree ORE ten ern Cee ae en a Pe ae 22 Ore SPEOJECE CCIMNO esen e a a a a a tiey 23 IO NOES A cee eel cue E 31 4 gt Dual Pore COMMUNICA ON a iio 32 AA MANGE OIC mia e 51507 A Mares cnet st aorta ties En ao he soeclen daatoos heated haart 32 Ads PrOCCA Uleila dic ri lic 32 42I SN ee A 33 ESO Ae DJ 218 0 Ree ee UN A ot A reeeree 33 A EOI a en ae ee a Ee ev nn ee 33 Mo A O 40 A odet aan warner E ee aan 41 IA EMC OCU CH OM dec cial 5 acca darth daria stant E a a Mauer ates uxaen E a 41 A e e o E nah E E Mato eamatea ie cosa cannes co uahe eat
49. Y 000000330 FFY 000000340 PF 000000350 FFY 000000360 o a a o 2 2 a ao a a a ao 2 2 a o a a a o 2 D o o PFH OO00003T0 PRY Cannan an 1 lt Display fe Dec Hex 4 Input right datas in right registers press to exit Make sure the input datas in the sequence as the parameters of the workpiece for example the data is arranged as below CE PB ype o o p Thus the data need to enter into the first line of the list is 136 253 120 269 200 216 156 172 236 252 137 254 After this only to download datas from PC to panels the value of registers are assigned in this sequence PFT 000000300 PFW 000000310 FF 000000320 PFW 000000330 FEW 000000340 FF 000000350 PFW 000000360 PF 000000370 PRY PON an T Ea Display fe Dec t Hex Reset 0 Set FF Cancel 139 16 2 2 Download Recipe 1 How to invoke and manage these datas Recipe index PSW40 can solve this problem well with reference between PSW40 and button down recipe ensure the whole process runs perfectly 2 As destination data these datas are built in PLC Like the following picture DO as the first address of the device data with three registers for each group so the PLC runs based on the value of DO D1 and D2 As device data with first address PFW300 and occupy 3 registers so the arrangement is PFW300 PFW301 and PFW302 3 Set the property of object and reciepe
50. a Length Width Thickness 2 Set the first register standing for Length with object PFW300 is showed as below Digital Input Object Display Input Font Color Position Operate Object Station Device 7 VirStaNO Station Object Object 300 Indirect Data Data Type Word Watch Object Station Device VirstaNO Station Object Object Prw 300 3 As we know the PFW300 is the first address of all recipe data how to display all parameters by these three registers So we set the registers with indirect mode to get reference with index PSW40 as shown below 141 Digital Input Object Display Input Font Color Position 4 Select indirect T Indirect double click to modify the object with PSW40 is showed as below F 5 Set property data of indirect object As said above each group contains three data so the times is set with 3 click OK to affirm Operate Object Station Device pic Pot VirStaNo a Station i Object Object Prw xl 300 w Data Data Type Word T Watch Object Station Device O Indirect Indirect Object Object nata Station Device pic Pot VirstaNo 7 Station i Object Object PSW 40 Indirect Data Data Type Word y Thus the seeting on parameter length is finsihed Please set the parameter width thicknes
51. am coil is triggered I Alam coil is reset Alarm Alarm list Alarm list I information l Hydraulic pressure 1 Hydraulic pressure 1 Hydraulic pressure 2 Alarm information disappear When coil MO is triggered display alarm information When MO is reset alarm information disppears 5 2 Procedure Step1 click the component from toolbar and leave it to the objective position is showed as below Change the size via boundary point OO O O y Step2 set property including common alarm font and position items 41 property of common Common Alarm Font Position SE f Center C 100 Row Count E 20 le Border Bold C Right E Cell property of alarm Common Alarm Font Position Control Content Alarm Content Alarm message adding or deleting Common Alarm Font Position Control Content 1 P lA o Delete arm Content gt How to do the operations with new text new data and delete Common Alarm Font Position Control Content Copy Content Hew Text Hew Variational Text Hew Data Delete Details of above is showed as below OQ Title alarm list is showed with title the width can be set Align select the align mode OQ Control coil coil used to trigger the alarm O Content display alarm information Move the NO Position and right click to select
52. and draw repeat and draw please refer to the component XY curve parts 1 3 Notes Only one objective component matched with event button can be authorized in one screen for example 1f the event button is used for page changing of display histroy data then this kind component like history event or XY curve is not allowed to use in this screen 11 2 Protection function via 2 1 Introduction This function 1s used to limit the access authority There are 2 modes O 11 Direct mode enter into the password screen after clicking the objective component This mode is active only to screen jump component O 20 Indirect mode jump into the 60001 screen via screen jump component the objective component is available when the password is correct Component mached with this function is shown as below Mode Component Direct mode Screen jump Indirect mode Button Button with lamp Digital input Text input Set data Window button Down recipe Up recipe Event button 2 1 1 Direct mode Click the component screen jump enter the password in the dialog box then jump into the objective screen when the password 1s correct Original screen Enter password Objective screen 12 2 1 2 Indirect mode When you use other component with password function please jump into 60001 screen to enter correct pas
53. ar inforamtion DotLensth 0 Float a edi Type Word w le Unsigned x Diagram 11 Description of type Byte Word Dword String O Fornat format of data DEC HEX FLOAT UNSIGNED Time is in HEX format Click component data grid Elton toolbar and set property as below There only show the difference between these two components Data Grid O Object PFW300 first Object Common Column Position address from PFW300 it is Station Device PLC Port y important to noted this is difference from grid control VirStaNO Station 0 Ohject Object E 300 Diagram 12 59 Data Grid OQ Circle buffer when selected the saved register from the register that Circle Buffer Modi fy Delete object set Is showed as left Title Width Data Type Format Object Common Column Position Diagram 13 More details regarding circle buffer please refer to introduction of sample save parts O Add modify delete add new column by press and modify by press Moai y as showed diagram 13 Column information O Time when selected the data mea Sarmat will display as form Y M D H M S Width 160 E Dec 0 Bi tLength D Hex Deenik f Float Type Etrin Unsigned IH iw Time Format Y W D H M S T Diagram 14 Investigate the data in the two list via emulator offline 7 3 Description on setting Property of object
54. below Move Animal Coord Control Key Pointl X means abscissa i 180 Key Point X 150 Y 160 Escape Time 6509934590 1 Y means ordinate Key Point X 350 Y 280 Escape time time spend to 160 move from current point to next point Select Escape time as below Move Animal Coord Control Time 3 5 Key Point 350 Y 280 Set the time you want with second as unit in this example we change it to 10 second is showed ad below 117 Move Animal Coord Control Time fig Key Point 1 180 Y 180 Escape Time 00 lSecond Eey Point A 350 1 200 Property of Control is showed as below Moye Animal Coord Control Enable moi Move Animal Coord Control eS de ie Reset e Repeat Click key to set the control address as below 118 Enable Object Station Device Indirect Data Type it v If you want the move animal to return to the beginning point please select Reset control click key A modify the address Object Station Device PLC Port Data Da Type Bit Repeat move as the track path in circle if this item is selected if not will not repaet movement Step4 move animal editing Select component text and move animal as below Mowe antmal 119 then right click and select group as below Mowe anemal Property Lock Public Un
55. component data grid and grid control can not satisfy requirements in data analysis but componnet export sample data comprisng of data sample and export data has perfect performance in this aspect and brings advantage to holding control process for users 17 1 Procedure 1 Click component export sample data A from toolbar and leave it as below e i Sanilac Export sample data This component is hidden in running 2 Double click this component to set property including Common sample destination save export control data time position seven items is showed as below 1 Property of Common Export sample data O Storge size amount of input datas Export Control Date Time Position Common Sample Destination Save Storge E O Pick mode contain pick period and pick feel Pick f Period Fic Peri oc 1 Seco y y Pick period sample data at fixed intervals Pick Ctrl Tiynamic Pic EE y Pick feel Si g sample action is triggered by rising edge of signal collect data once at each rising f Feel Picl edge The parameter setting in period mode is showed as below Y Period set period value and unit The min period is 1 s e g collect a data every second Y Pick control start to sample when referenced coil is triggered Data collection stops when coil status 148 convert from ON to OFF Y Dynamic mode and fix mode Dynamic Mode The
56. d set color of frame and background Style set curve mode in this sample select point line mode Line set color width and style of line set color width and style of point T1 Property of pick EY Poly Hap Graph Pick Position PSW300 jf Share buffer HY Data Dynamic Set Data Count raw Mode First Status C Hone Wt Register Contr fe Once Parameter Sed Parameter Set po D C At All time 1 Clear Draw Reserve Dray 3 Clear 4 Repet Draw Parameters Description XY data data source is from one area or not First value Register control the count of points on curve when dynamic buffer is selected it means that data count is based on the referenced register value set the initial mode of curve None do no draw automatcially Once only draw once at intinal values At all time draw curve all the time do the operation based on the value of referenced reister there are four operation can be selected l clear draw clear all previous records and draw new one 2 reserve draw reserve all previous and draw new one 3 Clear clear all records 4 Repet draw repeat draw continuously instead old ones 78 11 Import CSVdata 11 1 Introduction This function supports data import from U disk to TH series touch panels in CSV format bringing convenient data analyse and update with software or other devices Please pay attention to the following inforamtion
57. d Di Parameter Parameter Parameters Parameterd Parameters A a q 7 ve JS dd BS nee J d 444 Bo de Jid ddd O 222 J d 444 SAS Diagram 15 Example 2 This chapter take sample to describe how to set and operate on export CSV data matched with sample save component from register PSW280 to PSW284 Note the following charpters only describes the different parts compared with example 1 dy oe components included in this example please refer to the Basic manual for touch panels get from website http www xinje com Click component sample save amp and set property as below Sample Save O Object add PSW280 PSW281 PSW282 PSW283 PSW284 Object Pick Save Position Display Object Table a ens Ad PS 261 Aad Pst 282 Psi 283 l Psi 284 Modi fy Diagram 16 93 Sample Save Count 5 Object Pick Save Position Period 1 Count 5 Manner ymrhms Period 1 Sec PSB280 Marner ymrhms hd Je Control a This Regist was used to ja control Pick Diagram 17 Sample Save O Object PSW300 Object Pick Save Fosition Object Onec E Diagram 18 Click grid control E and set property as below Note grid control is as data source here Grid Control Object Common Column Fosition O Object PSW280 Station Device JLC Por ae VirStaNO Station i Object Object
58. dd Modify Diagram 2 56 Sample Save Pick Count 10 Period 1 second Manner y m r h m s Control select and with object Object Pick Save Position Count 10 Period 1 Sec Marner ymrhms e PSB300 this regist was used to This Regist was used to control pick action control Fick Diagram 3 Sample Save O Save object PFW300 First address Object Pick Save Position Object Obiect TN 300 Diagram 4 Click one component lamp button Ola two components digital input a then set property as below Button Fith Lamp O Property of object PSB300 Object General Aspect Color Position Operate Object Station Device E na VirStaNO Station y Object object MEN o Indirect Diagram 5 Button Faith Lamp O Button operate Reverse convert between ON and OFF Button Operate once press Object General Aspect Color Position C Set ON C Set OFF Twinkle Status Stop CON Diagram 6 57 Digital Input Object Display Input Font Color Position Operate Object Station Device VirstaNO Station Object Object PSW 300 Indirect Diagram 7 O Object set PSW300 and PSW 301 respectively Click component grid control End set property as below Grid Control Object Common Column Position Station Device Wi
59. e y 3 Clear clear all records y 4 Repet draw repeat draw continuously instead old ones Click grid control ES from toolbar and set property as below This component used in this sample is for data investigation but please note it is not necessary for 75 application of component sample save Grid Control O Object PSW300 beginning address as data source Object Common Column Position Station Device PLC Por VirStaNO Station i Object Diagram 4 Grid Control OQ Allrecords 10 O Page records 10 Object Common Column Position Static Field All d 1 1 ecords 10 r Static field not use Tile Noa Page Records 10 Title Height 35 Cell Height 35 If Use Title Bold Border Title Font Cell Font le Auto Add Field Title o Width Text O Add modify Delete add to 2 columns i leche Add Modi Fy Title tidth Data Type Format FORD FORD Diagram 6 After above components are finished please use emulator offline to investigate the run status 76 100 M E Diagram 7 10 3 Description of parameter setting Property of Graph EY Poly Hap Graph Pick Position Aspect Frame Transparece Background Trend style C Line Point e Point Line Line Point color MM coloco ME Width 1 hal Width 4 Style Style fe Solid fe Rect C Dash C Roun
60. e tool Align is avaiable in the case of at leaat two pictures are selected otherwise it shows with gray color Select component switch rotate animal pictures and right click to choose advance as below PTTL me ee FF WAIT Ge seal E Property o aos SER ERE fp oe ewe em 4 Fublic Unit TE ee System n Cast IS ON Lopy e HE HEEE amp Delete A Go G ao oo Taye ae Mw we Template o 2 ME ee Optimistic ove fee FF Unlock 411 yen wa 132 button Property Contain the right click Rotate Animal0_ 0 then press Affirm Contain button is showed as below E SWITCHO_ 1 Eb Self Property Delete Unit Top Left Horizon Top Left Vertical Bottom Right Horizon Unit Name Bottom Right Vertical Curent Index Unit Property Contain Unit MapO_ 2 MapO_ 3 M Advance El SWITCHO_ 1 Self Property i Top Left Horizon Top Left Vertical Bottom Right Horizon Bottom Right Vertical Current Index Contain Unit H Rotate Animal0_ 0 Self Unit ES Map0_ 2 E MapO_ 3 Do the same operation on Map 3 as Map2 then is showed as below EE SWITCHO_ 1 El Self Property Unit Name Top Left Horizon Top Left Vertical Bottom Right Horizon Unit Property Bottom Right Vertical Current Index El Contain Unit amp Rotate Animal0_ 0 Self Unit 4 Map0_ 2 MapO 3 Ca
61. e datas in data control the curve is showed as above The first data you enter is the Y value the second data is the time the following data Is arranged in this rule 13 3 Description of parameters Property of time trend control contains common view object trend color and position five items 1 Property of Common Time Trend Time Trend Common View Object Trend Color Position Common View Object Trend Color Fosition Storge Size Storge Sire Storge Mode rotate overwrite full stop Storge Mode rotate overwrite Fick Mode Pick Mode Pick Period fe Period 1 Seco Period Pick Ctrl la le Variable Mode PSE300 E Fix Mode e Pick Feel Parameter Description 112 Storge Mode Rotate overwrite sampled datas are saved to destinationed registers in sequence When it has its full complement the new sampled data instead of the old data from the beginning address until new full complement coming cycles in this rule Full stop sampled datas are saved to destinationed registers in sequence When it has its full complement saving process is stopped Pick mode Pick mode contains rotate overwrite mode and full stop mode available under rotate Pick control start to sample when referenced coil is de Variable Mode The fix mode is in stop mode when variable mode is selected with referenced coil OFF The fix m
62. e name i n Mame add automatic path file is active o number after none O Re export title export data with lf title information every time The Dynamic si difference is showed as below C named by date Diagram 6 Tas m a 3 Go to Office Live Open Save E Ea Go to Uffice Live Open save Length Width Thickkness Quantity Thickkness Quantity 40 40 40 40 40 40 3 Length Width Thickkness Quantity 20 all 20 20 20 20 CSV file with Re export title CSV file without Re export title Diagram 7 O Name add automatic file name is comprised of name and ID ID value add 1 automatically by every export operation range of ID 000 999 is showed as below Ss THOOO cs ag THOO1 csv Microsoft Office Exce a a Microsoft Office Excel il KB MA 1 KE Diagram 8 O Add number after name add ID after file name by manual or according to the value of dynamiic regiseter Named by date take the current date and time information as file name once it is selected the filename in path file will not be active as below 20091027 csy pel Microsoft Office Excel yf 2 KB ll 90 Export CS Data Register capacity amount of Destination Data Save Control Date Time groups for data export every time Register capacity 3 Register mode O Register mode check out whether the export data 1s with Loop Line register buffer first if has select loop
63. e please refer to lt HMI manual Basic gt 16 2 Example This chapter take the following example to describes how to gerenrate Recipe 137 Background groups of workpiece with different size material and quantity Method all parameter informations are saved into continues registers which means one group parameters stand for one recipe It is only to transmit destination recipe data from panel to PLC when there needs 16 2 1 Writerecipedatas to PFW registers Note this Step is not needed if there is not too many datas input datas with panel operation instead 1 the aim of this step is to record all datas in PFW registers please as following steps Open the edit tool Touchwin click file and select PFW SET Is showed as below Touch in for TH Edit Tool Project Scr Meum Edit View Part Tool Window Help Hew Ctrl H AMAA aa amp Open Ctr1 0 r i j Ea FS wm Close CtrltQ S 100 Save Ctrl 5 a Bs Save As Ctrl A Download Ctrl D RunOnLine E Ctrl1 B EunOff Line M Ctrl M PFW Set P CtrP ey Setting Ctr1 T da Build SCADA ds t F ut Exit 60033 Print 60934 Alarm 2 Define the first address PFW and the last address PFW then press button oes then the datas PFW PFW will appear Delete Wodi fy Range Modi fy Data 3 Double click FW 300 PFW 1000 then edit PFW datas 138 PF 0000003200 PF 000000310 FFY 000000320 FF
64. ev item next item Digital input PSW300 PSW301 Data input 8 lamp button from PSB300 to Trigger and reset alarm inforamation PSB307 Lamp button 43 5 3 1 Alarm list editing Click component EN from toolbar and set alarm property as below Common Alarm Font Position Text Font Color Content Alarm message triggered by PSB306 is referenced with PSW300 double click this its property is showed as below Object Text Font Color Station Device VirStaNO en Objet ET ml Select the object with register eee PSW300 r Data Data Type Word al Display property Variational Text Object Display Font Color Position Content String Descript Add new message via hydraulic pressure 1 hydraulic pressure 2 hydraulic pressure 3 Add hydraulic pressure 4 button hydraulic pressure 5 44 The contact between PS W300 and alarm information is showed as below Value Alarm message PSW300 0 Hydraulic pressure 1 PSW300 1 Hydraulic pressure 2 PSW300 2 Hydraulic pressure 3 PSW300 3 Hydraulic pressure 4 PSW300 4 Hydraulic pressure 5 The alarm message triggered by PSB307 displays data double clic poooag to set property as below Object Text Font Color Station Select the object with register Device PLC Port WrStaN
65. f screen editing and system setting 23 Step1 Click component and dy leave them to the objective position shown as below Open password Set property of these two component Set the property input of digital input as below others can be defined by users Object Display Input Font Color Position Level Levelt o Notify Max Min po a pj 0 O Click the password at the i Popup KeyBoard first level KeyBoard_1 16 Sr More details regarding digital input please refer to introduction of component digital input Set the property operate of jump screen the other property can be defined by users a a perare button Color Position OQ Set the screen ID on value 60001 and this ID is the only active value Screen ID Mode G Log On O Mode log on C Validate O Change the name to enter password Keyboard KeyBoard 1 xl Y a More details regarding jump screen please refer to introduction of component jump screen Thus the screen editing 1s finished Step2 set the system password Set the password follow the path file system settinglparameters Device Font Project Alternation Clock Panel O Click the password with Screen the first leveland set the Start Screen f1 0 password at the value 1234 W Passowrd Leve Level Password 1234 Screen Save Latency Time After 3 Minute
66. fined order for example when select reset and enter value 0 2 1 the fact graph order is the first graph the third graph and the second graph Reset This item is not selected in most situation when use please macth with advanced function component display graphs from first to last then from first to last again running in this rule display graphs from first to last then from last to first running in this rule display graphs in circle or not 136 16 Recipe 16 1 Introduction O What is recipe Recipe a string of parameters generated for production O Why do we need recipe With development of industry it is obviously that ways to enter parameters by manual for workpiece leads to low efficiency But touchpanel as interface between operators and machine save a string of parameters and get ready to be invoked whenever there needs Recipe edited in panel There are two kinds of registers builtin panels PSW and PFW PSW Word object need power PFW Word object which can maintenance without power we use PFW registers during the application of recipe Concept recipes are saved in a string of contiunes registers with index saved in PSW40 to select the needful ones as shown below PFW PSW40 0 Jar mA A AeL Ipe PSW40 1 PSW40 2 mt E y a f CEC pe ra PSW40 3 Note PS W40 is avaiable only edit tool in advance mode more details regarding how to enter into advcance mod
67. fix mode is in stop mode when variable mode is selected with referenced coil OFF The fix mode is in circle mode when variable mode 1s selected with reference coil ON While variable mode is not selected stop and circle can be selected by user Fix Mode Fix mode stop sampled datas are saved to destinationed registers in sequence When it has its full complement the new sampled data instead of the old data from the beginning address until new full complement coming cycles in this rule Fix mode circle sampled datas are saved to destinationed registers in sequence When it has its full complement saving process is stopped Pick feel sample action is triggered by rising edge of signal collect data once at each rising edge 2 Property of sample Export sample data O Title add new line by button Date Time Fosition Destination Save Export Control Sample modify name with Common Add Titl data 1 DO fdata 1 Sample set sample object with selcting Sample Delete Format m data 1 f Dec C Hex W data 2 lase ap Float E C Unsigned X right title line Bit 4 O Format select the right format AA Move down Float 3 Property of destination Export sample data Device ID the ID of U disk when there are more than one disk ID can be set by manual or Export Control Date Time Fosition Common Sample
68. h PSB300 Property of general set as inverse 2 Componnet function field Click conponent lt 2 from toolbar and set property as below 51 Mode Function Fosition Act Mode Start Screen Control Y1 by PSB300 EE al Select time set Y land keep 1 second and another second keep as off status C First Sean After Down ae Time is avaiable when mg l First Scan After Power triggered coil PSB300 is on lf Time Continue Coil Limit PSB300 Property of function Mode Function Position Function Reverse Coil Yi Copy Register User Input Open Window Select reverse coil function Close Window Down Scheme with object Y 1 Up Scheme Data Block Transmit Arithmetic Import CSY Data Export CSY Data Thus the project of salve net 1 is showed as below Salve Net MODE Station NO 1 1 Control Y1 Function Field 6 2 3 Project editing on panel salve net 2 This charpter describe how to set the output Y2 to achive objective operation M ode setting Set as path file system setting device as below 52 Project Set Para Alternation Device Font I Single C Host Net Slave Het PLL Port Model Thinget AL Series x 9600 6 Even 1 ca Download Fort Model Project editing Set as slave net Set the station NO as 2 In this screeen output Y2 is set via button and turns off automatically after 3 seconds
69. iagram 7 o Auto Save coordinates value is saved into internal space automatically when this item is selected Otherwise the values saved from the address defined by user a Retain collecct data saved in retentive registers keeps value for ever otherwise data lose when power off o Control pick object coil used to control pick If selected that means the data collection start with coil is ON 65 Parameter n Update Mode select mode that you want Parameter o I Time updat curve at intervals interval unit is Update Mode second Interval E II X value changed new curve is generated once value Col ae a of X axis is changed otal Dat a OI Y value changed new curve is generated once value Curve Mode 2 of Y axis is changed Fold l IV X or Y value changed new curve is generated once Dot either X or Y axis value is changed Cancel Diagram 7 n Color set color of pick curve n Total data number of data can be display The earliest data will be replaced when there is more datas n Curve mode set mode with fold or dot click two components digital input E ron toolbar and set property as below Digital Input O Object set with PSW300 and the Object Display Input Font Color Position other with PSW301 Operate Object Station Device VirSta NO Station Object Object psw 300 Indirect Diagram 8 Thus all setting is finished and investigate the c
70. is shoed as below Down Recipe h Down Recipe Object Recipe Button Color Position Object Recipe Button Color Position Device Data Count o 100 Station Device VirStaNO Station Object Object D 0 Indirect Recipe Data Object Object pry l 300 Data Recipe 3 4 After all above setting the edit on down recipe button is finished we defined the address of the first group both in PLC and panels it seems like there is no way to connect PSW40 and these datas together but in fact PSW40 as a brige to connect the button down recipe and these datas set in panels It runs in the following rule When PSW40 0 press button down recipe the datas from PFW300 to PFW302 is transmited to the register DO D2 which is for workpiece A When PSW40 1 press button down recipe the datas from PF W303 to PFW305 is transmited to the register DO D2 which is for workpiece B So we only need to modfiy value of PSWA40 to get reference with corresponding recipe datas Note It is necessary to use index PSW40 when it is macthed with button down recipe and button up recipe Regarding the procedure to support recipe function with other register as index please refer to the 140 following chapters 16 2 3 Modify and display the recipe data 1 We change the group by modifying indexPSW40 there are three components digital input in the screen to investigate the dat
71. it System Cut Copy Delete Save Template Advance Optimistic Unleck ALL Above is all the procedure of move animal 14 2 2 Example Scroll text Step1 creat a new project A Click component text and with text Scroll text edited by move animal is showed as below Step2 Creat move track Click component move animal from component from toolbar and left click to confirm the 120 start point as below Creat track and double click to end edit as below Step3 property setting 121 Double click text to set color with red is showed as below Move Animal Double click move animal and set escape time with 10 second Hove Animal Coord Control Time jig 0 Key Point X 230 Y 470 Escape Time 00 lSecond Key Point A 230 f 10 Set property control and select Enable control and Reset control with object PSB300 and PSB 301 is showed as below 122 Move Animal Coord Control Enable w Ctrl PSB300 Reset If Ctrl iw Repeat Step4 finish move animal Select component move animal and text and right click to get a group as below ENEE KAIN TED O as ae edited 222 AN o De mike m ee A A AS move so 5 5 ET E E nima a e II A oe pane o oo O e PES dd RI ed cro oo Ce in CO FBP property me ae eee eee move mc MO MO pe nen animat gt E anir Group ell NAE ah
72. ite mode Chapter 13 2 2 describes time trend curve with full stop mode 13 2 1 time trend curve with Rotate overwrite mode Step1 click component Pr Click componnet time trend curve lamp button function field 2 and data grid dE and 100 leave them to a suitable position as below canine k ae ro Wane Point O00 ooo Workeri 000 000 000 Worker2 00 Data grid ix ak ak ooo Worker 000 Time trend curve display datas it is comprised of 4 parts 1s showed as below A coordinate B time scale Cl Y scale D curve Button coil used to control ample Function feild data source Data grid display the sampled datas Step2 view setting on time trend curve Double click time trend curve or right click to set propertu as below 1 Property of common Storge Size Storge Size 10 storge Mode rotate overwrite full stop Storge Mode Pick Mode Pick period and with variable mode Other parameter is set as defaulty value 101 Property contains common view object trend color and position Property of common Storge Size 10 Storge size amount of input datas Storge Mode f rotate overwrite full stop Pick mode contains rotate overwrite mode and full stop mode Rotate overwrite sampled datas are saved to destinationed registers in sequence When it has its ful
73. l When coil is on it means it is in import process Excute result how the result according to value of referenced register Meaning based on different value is showed as below 1 Import successfully 2 Device for import doesn t exsit 3 Memory is not enough 4 Name of path file is incorrect 5 Read write file is failed Execute process show the procedure according to value of referenced register range of value is from 0 100 and 100 means finishe import Property of Date time Destination Data Save Control Date Time W Date Time Date format mnam E y Example 2010 3 30 Time format H MM SS Example 13 03 38 Diagram 30 import data with Date time information when selected Date format Time select the format in touch panel format 99 13 Timetrend control This chapter describes how to use time trend control 13 1 Introduction This component is used to sample data from destination register at intervals and display value with curve mode Lamp button seo soj x tol al ol al is sos of sol al al al 14 sos sof 2009 sol al ol ol 14 ee E II E MEE ME ee Cal of aval ol al al 8 MEANS ET IE o axel ala aa AS to al 166 100 Scale of time Data grid Note scale can be defined by user more details please refer to chapter1 4 13 2 Procedure Chapter 13 2 1 describes time trend curve with Rotate overwr
74. l complement the new sampled data instead of the old data from the beginning address until new full complement coming cycles in this rule Full stop sampled datas are saved to destinationed registers in sequence When it has its full complement saving process 1s stopped Time Trend Common View Object Trend Color Position Storge Size id Storze Mode Fick Mode f Pick Period Period 1 Beco Pick Ctrl Variable Mode Fix Mode f Stop le Circle C Pick Feel 102 Note pick mode is avaiable only when storge mode rotate overwrite is selected Pick mode contain pick period and pick feel Pick period sample data at fixed intervals Period set period value and unit ick control start to sample when referenced coil is triggered Variable Mode The fix mode is in stop mode when variable mode is selected with referenced coil OFF The fix mode is in circle mode when variable mode is selected with reference coil ON While variable mode 1is not selected stop and circle can be selected by user Fix mode stop sampled datas are saved to destinationed registers in sequence When it has its full complement the new sampled data instead of the old data from the beginning address until new full complement coming cycles in this rule Fix mode circle sampled datas are saved to destinationed registers in sequence When it has its
75. low 28 Date FFFF FF FF Time FF FF FF Duty NO Operator ID Batch NO Start to print Leakage hunting Function Field Function Field Function Field Function Field Function Field Fundtion Field Print window for basic informations dl Alarm Print lin engineering bar and choose insert set property as below Right click print Ubject Print Window Object Print Window Window Station Device E gt Pot EA Width 160 VirStaNO Station Tip Hei ght 120 Object Object Pse 300 Indirect Director f Left to Right Right to Left Object property start printout by coil PSB300 triggering Print window print direction 1s from right to left with name start to print E gt Note 29 M ake sure the print direction is from right to left while use this function 2 Project editing A E date Pa cc 5 Click these components from toolbar text digital display time gt as shown rint FFFF FF FF FE FF FF e Duty NO is in PFW300 Duty NO 00000 e Operator ID is in PFW301 Operator ID UODOD e Batch NO Is in PFW302 Batch NO 00000 Time Temp Pressure FO Process control screens including heating up and leak hunting y Printout during heating up process at 1 mintue intervals Procedure details please refer to the above charpters the setting 1s showed as below Object Print Wi
76. ncel OK After all above editing then press cool investigate the flutter via emulator offline Step4 Edit on butterfly motion Click component move animal WP hen make a track as below Double click to set property with escape time 10second others is kept in defaulty value 134 Move Animal Coord Control Time fiol Key Point X 345 Y 5 Escape Time 00 lSecond Key Point 12345 1 5715 Select move animal and butterfly and right click to group as below RA Public Unit o System Cut a be oe j Copy py asu Delete crawn SAE Template TE Advance al Optimistic da Unlock ALL All steps are finished investigate the running via emulator offline 15 3 Description of parameter setting Rotate animal Property of animal 135 Rotate Animal Aminal Position Period ms if Enable f Random Reset Continue Start f Trip Single Iw Repeat Parameter Description time spent to finish one cycle for all object animation Continue the No of graphs starting from 0 For eaxample when NO shows 0 the first graph displays when NO shows 2 the second graph display shows graph in sequenenc as this rule Continue start the first graph when animation begins Continue End the last graph when animation ends Random differenced with continue graphs don t display in sequence but follow the user de
77. nd component editing is showed as below Stepl open a new project set parameters as below L Insert a new project as path ffile new or click component from toolbar is showed as below 33 Select PLC port device with V5 series inverters Please select port PLO device Thinget KC Series Thinget FC Series Thinget 5 Series Inverter Mitsubishi Fx Series Mitsubishi Q Series Omron CPMCQM Series Omron CF CT CS Series Siemens S Z00 Series Siemens ST 300 400 AB Micrologix SLE Series DFi Full Koya amp Series Schneider Micro HerafTwidal Matsushita FFO FP1 Com Para 19200 8 Even 1 Setting Select XC port device with XC series PLC Please select port Download Device Unuse Downlad Port a Thinget XL Series Thinget FC Series Thinget Y5 Series Inverter Mitsubishi FA Series Mitsubishi Q Series Omron CPM COM Series Omron CFYCT CS Series Siemens S 00 Series Siemens ST 300 400 AB Micrologix SLE Series DF1 Full Koyo S Series Schneider Micro Heza Twido Com Para 19200 3 Even 1 Setting Step 2 edit the control screens including PLC and inverters 11 Connect Download port to PLC XC3 32R E to control output Y2 with button component and indicate status with indicator light O Click the component button indicator light 2 from toolbar set property as below Connect Download with PLC Reverse of Y2 Button Y2 with inverse function Indicato
78. ndow Object Print Window Station Device VirStaNO Station Name TORE Width 160 Object Tip Height 120 Object wp 303 Indirect Director Left to Right e Right to Left Window The print window is showed as below Temperature is in PFW303 Pressure is in PFW304 FO is in PFW305 Take a situable size to save up papers FF FF FF 0000000000 00000 y Printout during leak hunting process at 1 mintue intervals Procedure details please refer to the above charpters the setting is showed as below 30 Object Print Window Object Print findo Station Device A None REESE 09 fidth 160 virsta N Station fied Tip Hei ght 120 Object EN 304 Indirect Window Director f Left to Right Right to Left Leakage hunting FF FF FF 00000 00000 00000 Temperature is in PFW303 Pressure 1s in PFW304 FO is in PFW305 Take a situable size to save up papers 3 3 Notes 11 Print direction from right to left 21 Coil used to trigger printing For manual operation it is adviced to use coil after PSB257 for controled by PLC it is adviced to use auxiliary coil M and keeping on about 3 seconds 31 Make sure all components is in range of print window otherwise it will print unsuccessfully 4 Don t copy the print window to others to avoid print twice 31 4 Dual port communication 4 1 Introduction Both TP series panels and
79. new message or delete to Move to the content position Copy content copy the content to another place Paste content paste the objective content New context add new content New variational text add variational text New data add new data Delete delete the content 42 Common Alarm Font Position Content is showed as left Control Content E 7 aa Cone when new content 1s selected O Content is showed as left Common Alarm Font Position o when variational text is selected Control Content extEx Content is showed as left Common Alarm Font Position when new data is selected Control Content E More details regarding font position please refter to button part 5 3 Samples O In this example alarm information is Prev Hem triggered by bit PSB300 PSB307 meanwhile AS a rr the variational text is based on value of Next iem register PSW300 and data is according to register PSW301 Matched with event button Alarm list O O O O O O O O can show more information PSB300 PSB301 PSB302 PSB303 PSB304 PSB305 PSB306 PSB307 The whole procedure can be comprised of 4 steps 1s showed as below Name Property Description Display text Show fluid level Alarm list Display variational text Show content based on register value Display data Data indicator Event button Pr
80. o 1 2 Procedure Step 1 click the component E toolbar and leave it to the target position as below O Make it small or big via boundary points Step2 property setting including Event Button Color Position Property Event Event Button Color Position Button a According to event object there are 3kinds Trend Function iIrend Event Trav PRES O Display history event Trend support Time Trend page changing confirm clear operations a e m O Time trend coordinate movement O XY curve Clear Clear and draw Reserve C EY Poly Trend and draw Repete and draw The following charpter will describe the procedure 1 2 1 Display history event Trend Display history event confirm choose ltem and page changing to the event PSB400 PSB401 PSB402 PSB403 PSB404 mee mr OO 10 03 15 08 53 Over temperature 10 03 15 08 53 Osdia 08 69 Over Hydraulic pressure LOU US L5 08383 14 05 16 Usb Under Hidraualie pressure 10 03 15 03 53 Nextitem Next page Shown as above Prev Item Next Item press the key to move the Data frame up and down Prev page Next page page changing Confirm check the confirm time Clear record clear all the data in the table How to Select history event trend in the Event property then click the corresponding operation Prev item Nextitem Prev page Next page
81. o t5 Arithmetic PSMZ5T FSW25T 10 Add Modify Delete Move Down Al Set Coil Reset Coil Reverse Coil Copy Coil Screen Jump Set Data Copy Register User Input Open Window Close Window Down Scheme Up Scheme Mata Block Transmit Arithmetic Import CSY Data Export CSY Data Note more details regarding function field please refer to lt HMI manual Basic gt After all above component is finished the view of project is showed as below H66 g y 400 666 108 The result by emulator offline Note when lamp button is ON time trend is in fix mode with circle investigate data changing via data grid le o a O MO E ao aif 9 9 4 ej do ama ao zi e als as of evo a e aos 40s iol e a0 a e as as of ame ao a e 9 10 26s ama al e as MO e o a A an ama o a e aos a e When lamp button is OFF time trend 1s in fix mode with stop investigate data changing via data grid 13 2 2 Timetrend with stop mode 5060 560 Step1 open a new screen Open a new project and add component time trend control and grid control as below m0 Wane point ooo Worker 000 coo woxkex2 000 000 workers 000 Step2 parameter setting on time trend control 109 Double click to set property common property Storge Size Storge Size is set with value10 C rotate overwrite f
82. ode is in circle mode when variable mode is selected with reference coll ON Fix mode While variable mode is not selected stop and circle can be selected by user Fix mode stop sampled datas are saved to destinationed registers in sequence When 1t has 1ts full complement the new sampled data instead of the old data from the beginning address until new full complement coming cycles in this rule Fix mode circle sampled datas are saved to destinationed registers in sequence When it has its full complement saving process is stopped Pick feel sample action is triggered by rising edge of signal collect data once at each rising edge 2 Property of view Time Trend Common View Object Trend Color Position 5 IS 5 Time Info Year Month Day Hour Minute Second Init Time a Secon y Time Section A SCS B Scale Font T Section Scale 3 Property of obj ect Time Trend Object Trend Color Position Common View Station Device virsta NO Station Object Object Parameter Description Enter the beginning address in this mode auto locate can not be selected Registers to save datas are arranged automatically 4 Trend property 114 Parameter Map mode Color Pick Another group show scale Display Data type Init Min Init Max Add delete Time Trend Common
83. on 7 7 O Object select set frequency Indirect Data Type Word gt then enter right address Watch Object Station Device VirStaNO FF Indirect Property of Digital display Display Digital Station Object Display Font Color Position Device select PLC port with station NO1 Station Device PLC Port VirstaNO Station 1 Out Frea L oF L select output ndirect frequency and enter right address Data Type Word O Data type is with default value Word Property of lamp button 36 Button Fith Lamp Object General Aspect Color Position Operate Object OQ Station Station Device VirStaNO Station 1 NOI Object Object ForthStop 0 Indirect Device select PLC port with station Forth Stor Forth Stop Back Stop 3 Fred Point Feed Point Watch Object O object Ems I select Station Device PLC Pot foth stop and enter right address Wirsta NO Station Object Object Forth Stor_ o o0 rc Thus the editing project is finised please use original cable to download data the project 1s showed as below Connect Download PORT with PLC 2 Ea Connect PLC PORT with Inverter Write Frequency janna Forth Stop O Display current Frequency Y Ea how to download data please refer to open a new project for more details Connection Do the following connections and
84. ons to PLC output via lamp button Click component O from toolbar and set property as below Object General Aspect Color Position Object General Aspect Color Position Control output YO Operate Object Station Device VirStaNO Station il Object Object ly T Indirect Button Operate C Set ON C Set OFF Reverse C OW Instant Twinkle Status e Stop OK OFF Twinkle Speed fe ES Password e eve Property of object with YO ans Property of general set as inverse Host Net MODE Control output YO 50 6 2 2 Project editing on panel salve net 1 This charpter describe how to set the output Y1 at 2 second intervals M ode setting Set as path file system setting device as below Project Set Para Alternation Device Font 6 9 e O Host Het Setas slave net FLC Fort Model Thinget KC Series Param 5600 amp Even 1 es Station a Set the station NO as 1 Download Fort Model Project editing In this screeen output Y1 is controled by PSB300 at 2 seconds intervals 11 Component PSB300 Click component from toolbar and set property as below Object Operate Button Color Position Object Operate Button Color Fosition a Station Button Control Y1 Device VirStaNO Station Object Object 300 Indirect Property of object wit
85. otherwise please select eng A Length a Width Length line It iS adviced to Thickness Format Quantity ae Dec C Hex use Loop when cai with Real O Float Unsigned i trend map History data map Time trend map and sample save Move p eee tora y components Bit length 9 4 ie down Float length Tp Diagram 9 A S More details about register buffer please refter to description on component sample save parts In this example select register mode with line details regarding register buffer will be described in next chapters Add Delete add or delete export inforamtion Move up Move down change the sequence of column information Title set the column title Format set same format as data source Data type set same format as data source Export CS Data O Object PSW300 Destination Data Dave Contrel Date Time Object Object o m Indirect Diagram 10 Export CS Data Execute status indicate import Destination Data Save Control Date Time co a f status by coil When coil is on it W Execute status soa a Siea means it is in import process Execute result PSWOSE O Excute result show the result according to value of referenced iW Execute process register Diagram 11 Meaning based on different value is showed as below 91 5 Import successfully 6 Device for import
86. parameter settings PLC with download port and inverter with PLC port 1 Parameter settings for connection between Download port and PLC In this example take PLC type with XC3 32R E then choose port2 as below Name Setting value Note Modbus station Default setting NO Baundrate Data bit 37 Stop bit 1 Parity check Even B Set the downlaod parameters of TH765 MT as same as PLC Communication Parameter Baudrate Data Bit 4800 f 38400 i 7Bits C 9600 115200 Stop Bi sata verso im C 2s ES Parameter setting None C Odd Even Baudrate 19200 Wait Data bit 8 Communication Time 0 MSEL Stop bit 1 IY Send Data Vir Station Retry times 3 Parity check Even Exchange WORD coe Y More details regfarding parameters setting of PLC please refer to the XC series PLCS manual can get from Xinje website WWw xIn e com 2 Parameter settings for connection between PLC port and inverter A Parameter setting for Inverters Set the parameters of V5 411P5 Settting Description Frequency given Controled by communcation selection 4 Run command ae Controled by communication selection 2 Communication 19200bps 1 8 1 even prameters setting 054 Station No Same as panel s setting 1 B Parameters setting of panel s PLC port Set the downlaod parameters of TH765 MT as same as PLC 38 Communication Parameter
87. r of Y2 Property of indicator Button With Lamp OQ Station NO select connection device via dowload port Object General Aspect Color Position Operate Object O Object select to Y2 Station Device Download VirStaNO Station Object Indirect 34 Properrty of button Button Station NO select connection device via dowload port Object Operate Button Color Position Station Device Download VirstaNO Station Object Object Y 3 Indirect O Object select to Y2 Object Operate Button Color Position Operate inverse Button C Set ON Set OFF Reverse On Instant 21 Connect V5 inverter with PLC port achieve operation including start stop frequency setting frequency indication Click digital input 23 digital indicator lamp button and leave it in objective position editing project is showed as below Connect Download PORT with PLC Y O EA Connect PLC PORT with Inyarte Write Frequency 10000 e O Lamp button control to start a 7 a aqn 7 hy Display current Frequency anonn and stop Digital input frequency value Digital display diaplay output frequency value Property of digital input 35 Digital Input Object Display Input Font Color Position Station Sation No select PLC port and set x PLC Noas 1 Device tae WirStaNO 9 Stati
88. r of frame and Graph Pick Position hope background Frame O Style set curve mode in this Transparece Background sample select point line mode Trend O Line set color width and style of 2i line C Line Point e Point Line O Point set color width and style of Line Point Color MMMM Color gt Hidth fi y Width fa Style Style fe Solid fe Rect point C Dash f Round Diagram 2 O XY data data source is from one EY Poly Hap area or not in this example share Graph Pick Position buffer is selected and from register y Share buffer PSW300 which means the first dot XY Data a Parameter Set A Xvalue is from PSW300 and Y value is Parameter Sel from PSW301 and so on AT O Data count the count of points on Data Count 10 curve when dynamic buffer is ata OTL selected it means that data count 1s based Draw Mode on the referenced register value First Status Hone ooo eo fa ee First value set the initial mode of W Register Conti curve ab oe Y None do no draw Reserve Draw rl T Dir aw automatcially Y Once only draw once at intinal Diagram 3 values Y At all time draw curve all the time Register control do the operation based on the value of referenced reister there are four operation can be selected Y l clear draw clear all previous records and draw new one y 2 reserve draw reserve all previous and draw new on
89. rStaNQ Station Object Object Pw 304 Diagram 8 Grid Control Object Common Column Position All Records 1 Static Field Page Records 1 MALE E Title Height EN Width A Cell Height 20 na W Use Title Bold Border Title Font Cell Font lf Auto Add Field Title HO Width 30 Diagram 9 O Font select font that you want Auto add field as record NO Static field set title name of each line O Object set first address with PFW304 With circle buffer takes up 4 registers from PFW300 to PFW303 so take PFW304 as start E e More details regarding circle buffer please refer to introduction of sample save parts O All records amount of all record of this list O Page record records showed on each page Title height height of title Cell height height of each Use title use title or not Bold font bold or not 58 Grid Control Eg OQ Modifiable data can be Object Common Column Position modfied when selected W modifiable fie Delete O Add modify delete add new column by press MU ona yY P PSW301 52 WORD VINT 52 WORD HEX Madi fy Je WORD HEX modify by press L 52 WORD HEX 52 WORD HEX 52 WORD HEX second 52 WORD HEX Diagram 10 Column information f Title title of column Title AE Format O Width width of column tidah s C eg O Bitlength dolength set length BitLength C Hee of data set dolength as 4 when display ye
90. rect Thus the whole project is finished 5 4 Notes The selection on alarm message can be achieved by event button when amount of alarm meaasges is more than the number set 46 6 Netfunction 6 1 Introduction Both TH series panels and TP series panels support Net functions which means one objective device can be controled by several panles specially in the situations where monitoring 1s need Touch panel 1 Toucan Communication Connect to each other with port Touch panel 3 Touch panel 4 The panels is comprised of host net panel and slave net panels Only one panel controls as a Objective device host other panels are in slave mode which connects to each other via RS485 with independent station NO The structure is showed as below Host net Slave net Slave net PLC COM2 port Download COM 1 port PLC COM2 port PLC COM2 port RS485 RS485 PLC or other devices For example the structure of system comprised of four panels and one PLC is showed as below 47 eee Sg i OM A N touch d Gouchwin ne N eN z oa Ma s My EN 5 EN N My RS485 6 2 Procedure The following charpters will take the sample to show how to set this net system including three panels and one PLC Connection is showed as below TH765 Host net TH765 slave net TH765 slave net
91. rocess show the procedure according to value of referenced register range of value is from 0 100 and 100 means finishe import Property of Date time Import CSF data Date format Example Time format Example Diagram 22 Parameter Description Date Time Import data with Date time information when selected in this example there is no time information so not select Date format Time select the format in touch panel format 87 12 Export CSV data 12 1 Introduction This function is used to export data from U disk to TH series touch panels with CSV format which can be opened and edited by EXCEL software Based on this function the save space can be extended to keep avaiable datas with flexibility EL Diagram 1 12 2 Description Examplel This charper describes setting and operation of data export with grid control as data source Component grid control has following features 1 Beginning address PSW300 2 5 5 array take up 25 registers A Eo components included in this example please refer to the Basic manual for touch panels get from website http www xinje com Click component grid control End Set property as below Grid Control O Object PSW300 Object Common Column Position Station Device VirtaNO Station Object Object Diagram 2 88 Grid Control ES Allrecords 5 O Page Records 5 OQ Static Field
92. rt COM port from download mode to communication mode first otherwise the commuication will be lost 55 7 Datagrid Grid control 7 1 Introduction Both Data grid and Grid control can display continuous register valus in list form the register address is showed as diagram 1 This list is start from PSW300 to PSW309 PSW300 PSW301 PSW302 PSW303 PSW304 PSW305 PSW306 PSW307 PSW308 PSW309 Diagram 1 Address assignment rule from left to right from up to down The difference between these two compoents is 1 Grid control is usually used to modify datas where needs large numbers to monitor 2 Data grid display datas with circle buffer and time This difference is showed in the Column form the details will describes in following charpters 7 2 Description Examples Matched with component sample save this example collect data from registers PSW300 and PSW301 to be saved in registers with first address PFW300 All sample datas are divided into 10 groups and displays values via data grid and grid control al Description regarding the other component used in this example please refer to lt HMI manual basic gt or get from website http www xinje com Click component sample save from toolbar and set property as below Sample x ample Save O Object set object with Object Pick Save Position PSW300 and PSW301 as left Display Object Table A
93. s as the same way as setting on parameter length 142 Indirect Object Object Data Times 3 Object Format f Tec Hex Float C Unsigned 16 2 4 Display name of the recipe 1 In order to distinguish each group easily we take a name for them Click component KF to enter group name as below e 2 Double click this component to set property The parameters of recipe occupy registers is 3 100 300 from PFW300 to PFW599 So we take the register PPFW800 as the first address of the group name every two characters takes up one register so like A TYPE occupies 3 registers so is showed as below ASCII Input Object Display Font Color Position Station Device VirStaNO Station Object Object PFW 200 Indirect Data Register 3 3 Select indirect mode and double click to set object with PSW40 143 Indirect Object Object Data Station Device Wirsta NO Station Object Object ET Ap Indirect Data Data Type Word 4 Set property data of indirect object As said above each group name takes up 3 register so the times is set with 3 click OK to affirm Thus the seeting on parameter name is finsihed Indirect Object Object Data Times 3 Object Format f Dec f Hex f Float f Unsigned 16 2 5 Switch button for Index How can we change the value of the index PSW40 There are two
94. s 41 Deo A RO 43 S91 Alarm is o 44 G2 EVENEDUOR Cd NE en E ee ca S 45 e Dil ediino seee eae EE a aE ae Ta ae eais 45 S34 A E e AAA aa A 46 Dea NOE AS ol eaten ehadacks 46 INCE AUG HOM aio 47 OA icon AAA e Merc ON ES Eo II coer aren rere 4 OZ E OUTS RT 48 6 21 Project edine on panel NOSt net a di 49 6 2 2 Projecteditine on panel Salve ed 51 0 23 Project editins on panel Salve net 2H so ro 52 O Notoris iii italia 55 E Daa nds Gri ON a 56 TAME OR UC WON critica 56 J 2 Desch AA A nic cuca A ee oouabasel ee uaenes 56 Ted DESETDUON OM Se UNO ooa Sanayi el tahun a E ii 60 S AN EV O a EA E A sa cre TR octet E E A O saath a ETETEA 63 E A O A O AE A ot SA E A ETE OE 69 O A CUNE PAPA PR 74 IOE Introduction a a lcd 74 o eas als ere nah nance a vg ar a Onde tela goea danas 74 10 3 Descrption Or parameter seini laca bsos 77 TE Popor ECES AMA A tua satiate tee A seater essen noes 79 Lel AA A a A eons ile eee veel ata ciallitoee 79 112 Descupion Ie 79 TES Desertpton or parameter sin A ad 84 Ie dem DORN gt dal naaa nce uae 88 12 Introduction scsi ola labs ibid 88 Ded DEA OM ea hien sites cal east ets res a Nara E E A 88 129 Descuptionor parameter seta ani n 96 A tio A A E O a aa e a E 100 5 1 MOUGU a A A td A 100 1552 LOC dd ia oda 100 13 2 1 time trend curve with Rotate overwrite mode ocoooccnocccnnncononcnnnoncnnnnnncnnnncnnnncononncnnoncnnnanannns 100 13 22 Me End With SOD MOJO e
95. set Device ID with default value Path File DATA SAMPLE csy DATA SAMPLE csv Path file with name DATA SAMPLE csv Select fix name and re export title Fix Name lw Re export title C Hame add automatic C add number after name C named by date Property of save Export sample data Export Control Date Time Position Common Sample Destination Save Object Save data with boject Object ETB o PSW500 Property of export control 154 Export sample data Y Select after export finish reset Common sample Destination Dave register Export Lontrol Date Time Position Y Control export with PSB300 which means export action is avaiable when PSB300 is ON otherwise it is not allowed W Control export PSESOO Y Real time export data is exported when this coil PSB301 is ON Y Real ti l l tes ae ss Y Export status when PSB302 is on 1t Export stati PORRO means it is during the export process Y Export result the result is in PSW800 ques Fn Y Export process the staus of Y Export proces Poweso export 100 means export successuflly Property of date time Export sample data Common Sample Destination Save Export Control Date Time Position iw Date Time Date format eee Y Date time Example e a i 2010 04 06 Select this item the time information will be Time format Mm 55 ve showed in the CSV file Example 14
96. ssa dt e 109 3 Descriplomn OF parameters rstasl irrita slds 112 4 Move animal sde uarn ain E co caia adaRiaa 116 AL roduc HOU stich atte a E N E E a 116 Ae PrO COMMS tt a eat A atest 116 19 TAC Cd A II a 116 a2 Example Sorolla dE a 120 14 3 Description of parameter Geli id 123 E AAA O PU O apa hameaseedian E E naam aonseahids 125 ISE Ti OGUC HON 25 scs apsesanahapanceatustieadGuk a iqsusciec soteetagaus Seas ageeesonasendyseeeed cabadnsadeaadaad et mea deebads 125 Me PROC COG ct iia et laecca reese A A aot noe tnaled oom a A 125 1521 Introduction ot Simple anima aldo 125 15 22 Example putear da 131 153 Descrptionol parameter setas ida 135 UG REPASA A A 137 tet O E A atec tensa raat bine E E E E aces ae 137 032 Example ile adela 137 162 1 Write recipe datas to PPW TESIS a neato ali ds 138 16 22 Download Recipe as 140 0 23 Nodiyand display The recipe dat USO 141 1624 Display mame OF THE TECI De sto as 143 0 2 07 SS WIth DUCLOM TOF INGE X salida lbs 144 16 20 WR IOAC MC CIP icixessiee ie secs alas ects ica identi tet cama ahaa eater eae aecam raat 146 EE TEXpott sample Gata soso ass 148 RL ELO CONG od 148 DAR A dsc en he dais A te han aan Seige Saas eae diac Gan Brun a oda we a aed 151 This charpter describes how to use the Special function component including component introduction procedure and samples Welcome to give good suggestions Note Regarding common component please refer to lt
97. sword first Original screen The operation of data input is available 2 2 Procedure 2 2 1 Direct mode This mode is avialable only to screen jump component Click screen Jump into Enter password the Correct Jump into the o 9 gt 1 1 s jump component password in right level password objective screen input screen Incorrect password Jump into the button suggestive screen Purpose jump into the second screen with correct password Procedure The procedure is comprised of screen editing system setting and emulator offline Step1 screen editing t Screen1 Click component from toolbar and leave it to the objective position modify the property operate and button 13 Operate Button Color Position Jump into the screen 2 Screen 1D f Mode Select validate mode Change the text content level Levell Code Hide Button Mormal Change Aspect W Use Text Content Jump to 2nd Screen O Click the password level User Defined th gt font with Leve i Press Emt Save Aspect f Align Left Align Top ump to 2nd Scre Align Cent Align Middl ump to 2nd Scree Align Center Align Middle AAA en C Align Right C Align Bottom Add screen 2 right click the screen in the project bar press the insert then edit to show the screen ID 1D A Mame Ser Back Color AAA Message S te F e n 2 cael
98. te Time Diagram 4 Object the beginning address for data import 80 Import CS data O Execute status indicate import Source Path Data Save Control Date Time d o E status by coil When coil is on it means it is in import process W Execute result Psy ao __Psvze0 O Excute result show the result Execute process PSH281 according to value of referenced register Diagram 5 Meaning based on different value is showed as below O Import successfully 1 Device for import doesn t exsit 2 Memory is not enough 3 Name of path file is incorrect 4 Read write file is failed Execute process show the procedure according to value of referenced register range of value is from 0 100 and 100 means finishe import O Date Time import data with Date time information when selected in this example there is no time Date format Example information so not select Date format Time format select the Time format format in touch panel Example Diagram 6 Click component grid control E and set property as below Object Common Column Position Object PS W300 Station Device VirStaNO Station Object Object Psw gt 300 Diagram 7 Grid Control O Allrecords 5 Page records 5 All Records 5 Eon Static field not select Object Common Columa Position Tit Fage Records 5 as Title Height og fidth Cell Height 20 A
99. tep2 set property of rotate animal Double click rotate animal tp set property as below 125 Kotate Animal Aminal Position Feriod ms lf Enable C Random Reset f Continue Start Trip f Single W Repeat Period time spent to finish one cycle animation W Enable Make sure this item is selected during edit process othwise it runs unusual This item is not selected in most situation when use please macth with advanced function component Continue the No of graphs starting from 0 For eaxample when NO shows 0 the first graph displays when NO shows 2 the second graph display shows graph in sequenenc as this rule Continue start the first graph when animation begins Continue End the last graph when animation ends Random differenced with continue graphs don t display in sequence but follow the user defined order for example when select reset and enter value 0 2 1 the fact graph order is the first graph the third graph and the second graph is showed as below Random 0 fy oh Single display graphs from first to last then from first to last again running in this rule Trip display graphs from first to last then from last to first running in this rule Repeat display graphs in circle or not Set property as below Period 1500ms e g 1 5second select comtinue set end with 2 others keep in default value is showed as
100. tting set intervals value Mode Function Position Act Mode Start Screen Object f Coil Spring Time Sec 60 fw Run immediatel Station Device G Das VirStaNO Station y Object Object f Continue First Scan After Down First Sean After Power 201 Indirect lf TimesContinue Coil Limit FSESOT 3 function setting set coil and start to printout Mode Function Position Funetion Set Co1lPSE3053 Reset Coil Reverse Coil Copy Coil Screen Jump Set Data Copy Register 2 Trigger PSB 301 to reset coil PSB 303 by using function feild mode setting set intervals value Mode Function Position Act Mode Start Screen Object C Coil Spring Station Timelec 61 Run immediatel i Device f Continue VirSta NO Station f First Scan After Down First Scan After Power Object Y Time Continue Coil Limit PSE3O1 Obiect EN 301 indirect function setting set coil and start to printout Mode Function Position Function Al CEC set Coil Reset Coil Reverse Coil Copy Coil screen Jump Modi ty Set Data Copy Register User Input Delete Open Window thus all seeting of heat up is finished Ye Es regarding the setting of leak hunting please refer to procedure of heating up The main screen is showed as be
101. ty PG Register mode Loop Line Title Parameter 1 Format fe Dee D f Hex MU C Float F C Unsigned X Move up Data type Mord Bit length 6 4 ices down Float length C 0 Diagram 3 O Device ID the ID of U disk when there are more than one disk ID can be set by manual or dynamic register O Import control import operation is allowed when referenced coil is set otherwise import is forbided O Path File name of import CSV file O Add ID after name select file according to file name and ID ID is set by manual or dynamic register O Start D set the beginning of CSV list for data import O means start from the first line Aslo start ID can be set by manual and dynamic register Register capacity amount of groups for data import every time Register mode set the same mode as CSV files In this example using line It is adviced to use Loop when mached with Real trend map History data map Time trend map and sample save components O Add Delete add or delete import inforamtion OQ Move up Move down change the sequence of column information Title set the column title Format set same format as CSV files O Data type set same format as CSV files O Bit length Float length set the same format as CSV files Import CS data Source Path Tata Object Object Save Control Da
102. urce Path Data Save Control Date Time Register capacity 5 Register mode Ss Loop Lime Title parameter 1 Format fe Dec T 5 Hex CW Delete C Float iE Unsigned X Move up Data type ford vw Bit length 5 4 ee down Float length IC 0 Diagram 19 Register capacity mount of groups for data import every time Register mode set the same mode as CSV files In this example using line It is adviced to use Loop when mached with Real trend map History data map Time trend map and sample save components Add Delete add or delete import inforamtion set same format as CSV files Property of save Import CS data Source Path Data Save Control Date Time Object Objet ET 300 Diagram 20 Beginning address for data import Property of control Import CS data Source Path Data Save Control Date Time v Execute status PSBS00 lf Execute result PSW280 iW Execute process PSW2A1 Diagram 21 Parameter Description Execute status indicate import status by coil When coil is on it means it is in import process Excute result show the result according to value of referenced register Meaning based on different value is showed as below 1 Import successfully 2 Device for import doesn t exsit 3 Memory is not enough 4 Name of path file is incorrect 5 Read write file is failed Execute p
103. urve by emulator offline Input data via component digital input 100 Black curve stand for set curve destination curve sf Red curve stand for pick curve actual curve 0 Q SA 100 Diagram 9 Description for parameter setting Property of coordinates 66 EY Trend Parameter Description Coordinates set Curve Fick Curve Fosition Hor Data type select data type of horizon the Data Tyee MEA Data Type Unsigned y same as the data source Segment set the numbers of scales segments Up Low value set upper limit value and lower limit value Segment Segment jw Value M Value Total Float the bitlength of scales the dolength of scales ee set color for curve Color Property of set curve Eilrend er Parameter Description Coordinates Set Curve Pick Curve Position Add Del add or delete a set curve as Curve aia referenced curve for pick curve Curvel ae E Color selevt destination color Down Curve Mode fe Fold Fines with fold mode or dot mode nearer Coordinates set coordinates value oordinates Property of pick curve iYlrend Coordinates Set Curve Pick Curve Position Curve Curvel Curvel _w A Object PSW300 osa Y Object io ESMSOL O set Param W Auto Save W Retain Control Pick po 67 Add del add delete a pick curve Set X Object Y Object set data source for sample In this example X axis collect from
104. utton 1 PSB302 is ON PSB302 is OFF PSB301 is OFF With the 60th second With the 60th second Function l l Function 3 coming PSB303 is ON 3 coming PSB304 is ON feild feild With the 6lst second With the O6lst second coming PSB303 is Off coming PSB304 is Off The following charpter describes how to set property of button and function field Setting property of button Object Operate Button Color Position Object Operate But ton Color Fosition Station Button Device f Set OFF Set OFF Reverse C On Instant VirstaNo Pg Station Pp j Object Obet A o Indirect Indirect 2 setting property of function field Trigger PSB 301 to set PSB 302 off by using function feild Click component from toolbar then set the property mode setting 26 Mode Function Position Act Mode Object Start Screen Station Coil Spring ens en Device PLC PoR y Time Sec WirStaNO Station f Continue Object First Scan After Down Object Psa 301 First Scan After Power Indirect function setting reset coil PSB302 Mode Function Position Function Al Reset CoilPobsue Set Coil Reset Coil Reverse Coil Copy Coil l Screen Jump Modi fy Set Data Copy Register User Input Delete Open Window Trigger PSB 301 to set coil PSB 303 by using function feild mode se
105. w step 3 setting sample parameters 11 Set property of data grid Details of parameter setting is showed as below Property of common user title bold border auto add field static field are not selected All records 10 page records 10 Property of column add to 7 column data format of first column is in DEC format Data format of second column is in Hex format bitlength is 4 the third fourth fifth sixth and seventh are in HEX format and other parameters are default value When all above setting is finished data grid 1s showed as below 105 2 Time trend parameter setting regarding data sample Set object property of time trend and set with PSW300 Time Trend Common View Object Trend Color Position Station Device VirStaNO Station Object Object Auto Locate Set property trend of time trend as below Select and set color po z set Hi ek with E aslo select show scale lw Show Scale Temperature Linel si to add line select show scale M Show Scale Press and set color a set id with BEST aslo 106 Time Trend Map Mode Common View Object Trend Color Position Map mode le Fold Dot Column Temperature Map Moda Fold Dot C Column Fold generate graph in fold foramt Baler 7 Pick PSW256 Dot gensrate graph in dot format iV Another Group Column

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