XP3-16series integrated PLC&HMI User manual
Contents
1. 1 6 series integrated PLC amp HMI User manual Xinje Electronic Co Ltd No PH C 04 20101217 3 3 This manual includes some basic precautions which you should follow to keep you safe and protect products These precautions are underlined with warning triangles in the manual About other manuals that we do not mention please follow basic electric operating rules Please follow the precautions If not it may lead the control system Precautions incorrect or abnormal even cause fortune lose C The models could only be used according to manual and an only be orrec used along with the peripheral equipments recognized or recommended Application by Xinje Electronic They could only work normally in the condition of be transported kept and installed correctly also please operate and maintain them according to the recommendation Xinje Electronic Co Ltd Copyright reserved Without exact paper file allowance copy translate or using the manual 15 not allowed Disobey this people should take the responsibility of loss We reserve all the right of expansions and their design patent Duty Declare We have checked the manual its content fits the hardware and software of the products As mistakes are unavoidable we couldn t promise all correct However we would check the data in the manual frequently and in the next edition we will correct the necessary information Your2. KN K N 2 4 4 XP3 16 COM 63 Load Load 5 4 Load C Y 6 Load C Y 7 6 2 E PUL amp Pulse N Aj 25 PUL amp DCO24V 2 2 1 168 Y4 amp Direction s TE DIRH 24 servo drive Make sure the current of servo drive optical coupling input is 8 15mA DC power supply DC5 30V XP3 16 series manual PLC and HMI programming 3 1 PLC programming Please use XCPpro version 3 3 and above 2 Please change the PLC type to XP3 16 when configure the BD board If XP3 16 doesn t not connect to BD board it no need to change the PLC type the system will indentify the type when downloading the program 19 Edt Search View Online Configure ond Window Hem pug t d is m ri E F11 2 a G A E BE P L adde Select PLC Model PLC Model In Program XC3 60 XC2 60 a Input Num 8 change PLC mode 7 2 2 Preise Fr 2418 2 18 E Add PLC E XC3 Delete PLC XC3 nt XC3H9 AR bad 255 Set Reg Init Value a ra PL
3. When overflow Flag is on sending ID M ED 1 1s positive direction the correspond 8172 Direction flag direction port is on M8173 PULSE 2 sending pulse flag Being ON when sending the pulse overflow flag of 32 bits pulse M8174 MEA When overflow Flag is on sending 2 1 is positive direction correspond direction port is on M8176 PULSE 3 sending pulse flag Being ON when sending the pulse overflow flag of 32 bits pulse M8177 er When overflow Flag is on sending 31 2 1 18 positive direction correspond M8178 Direction flag M8179 PULSE 4 sending pulse flag Being ON when sending pulse overflow flag of 32 bits pulse 8180 aM When overflow Flag is on sending 2 1 is positive direction the correspond M8181 Direction flag direction port is on Absolute relative bit m M8190 C600 24 segments T is absolute 0 is relative M8191 C602 24 segments 1 is absolute 0 is relative _ M8192 C604 24 segments 1 is absolute 0 is relative _ M8193 C606 24 segments 1 is absolute 0 is relative _ Msi C608 24 segments 1 is absolute 0 is relative _ 1 0 CHaQdsemm 1 0 8198 C616 24segments 1 2 8199 C618 1 2 8200 C620 24segments 1 2 C622 24segments 1 2 8202 C624 24segments
4. Series name XP3 monochrome LCD 2 PLC type 3 XC3 series 3 I O points 16 8 input 8 output 4 Output type R relay output T transistor output RT mixed transistor and relay output 16 series manual XP3 3AD2DA BD2 3 channels 0 10V analog input 14 bit precision 2 channels 0 20 0 10 analog output 10 bit precision XP3 3AD3PT BD2 3 channels 0 10V analog input 14 bit precision 3 channels PT100 thermal resistor input resolution 18 0 1 C temperature range 100 350 C XP3 3PT P BD2 3 channels PT100 input PID inside resolution 16 0 1 C temperature range 100 350 C XP3 3TC P BD2 3 channels K type thermocouple input PID inside resolution 18 0 1 C temperature range 0 970 C XP AAD2DA BD2 4 channels 0 10V analog input 2 channels 0 20mA 0 10V analog output 1 2 General specification 1 2 1 Product specification Item Spec AC100V 240V Time lt 0 5 AC period interval gt 15 Electrical power failure time AC1000V 10mA 1 minute signal and ground About 10 DC500V signal and ground 20 85 no condensation Environment 10 25Hz X Z each direction 18 30 minutes 2G Voltage noise 1000Vp p No corrosive gas Natural air cooling Structure 172 0 121 0 56 5 mm 164 0 113 0 mm Interface 16 series manual Item LCD size Use life Display area Screen Contrast Language Font Touch mode Memory Screen Item Program execution mode Progra
5. 39 The current executing instruction of 08730 BLOCK100 The value is used when BLOCK 15 monitoring Read the expansion s error 08600 times D8601 Read the expansion s error expansion s CRC parity error expansion s address error expansion s accepted data length error expansion s accept buffer zone overflow expansion s timeout error parity error when PLC 18 accepting data unknown error Expansion D8604 Read the expansion s times Expansion 2 08605 Read the expansion s error write the expansion s error D8602 times write the expansion s error D8606 times RR RR D8607 write the expansion s error D8608 Read the expansion stimes D8609 Read the expansion s error write the expansion s error Expansion 3 RR RR 08612 Read expansion s times D8613 Read expansion s error write expansion s error D8614 times D8615 write the expansion s error Expansion 4 108624 Read the expansion s times D8625 Read the expansion s error write the expansion s error D8626 times Expansion 7 Appendix 3 Special Flash register 1 I filter FD8000 input filter time of X port 9 Nea 2 I mapping F D8010 X00 corresponds with 1 X0 corresponds with number of input image I FD8011 X01 corresponds with I Initial va
6. 24 segments HSC interruption loop 24 segments HSC interruption loop 24 segments HSC interruption loop 24 segments HSC interruption loop 24 segments HSC interruption loop 24 segments HSC interruption loop M8279 C618 M8280 24 segments HSC interruption loop if set it to be 1 then loop C620 executing the interruption or else execute only one time interruption 24 segments HSC interruption loop M8281 C622 33 24 segments HSC interruption loop M8284 C628 M8285 24 segments HSC interruption loop if set it to be 1 then loop C630 executing the interruption or else execute only one time interruption 24 segments HSC interruption loop M8289 C638 M8340 Read the expansion error flag read instruction DENN M8341 Write the expansion error flag write instruction ey 8730 BLOCK 100 is running flag Appendix 2 Special data register DW OO NofohempsenD 35 1 Com2 ID D8120 D8121 D8122 D8123 D8126 D8127 D8128 D8129 D8130 D8131 D8132 D8133 D8136 D8137 D8138 D8139 D8140 D8141 D8142 D8143 D8146 Function specification the left data RS232 should send Data number RS232 received Communication error code Modbus communication error the replied message from slaves when the master send errors the left data RS232 should send Data number
7. Free format setting 8710 With without start bit With without stop bit Communicate Mode 255 FF is free mode FD8230 8710 station number 1 254 1s modbus station number COM3 y Baud rate Data bit stop bit FD8231 Communicate format 3 parity Judgment time of ASC Unit ms if set to be 0 it means FD8232 300 timeout timeout waiting Judgment time of reply Unit ms if set to be 0 it means no FD8233 timeout timeout waiting FD8234 Start ASC 0 High 8 bits invalid 8 16 bits buffer FD8236 Free format setting 8710 With without start bit With without stop bit 7 Subsection Power off Retentive Zone of Timer T Initial Nr Function Value FD8323 Set the retentive zone s start tag of 100ms non accumulation timer FD8324 Set retentive zone s start tag of 100ms accumulation timer FD8325 Set retentive zone s start tag of 10115 non accumulation timer FD8326 Set retentive zone s start tag of 10ms accumulation timer FD8327 Set retentive zone s start tag of Ims non accumulation timer FD8328 Set the retentive zone s start tag of Ims accumulation timer FD8329 Set retentive zone s start tag of 1 ms precise timer 8 Subsection power off retentive zone of counter C FD8330 Setthe retentive zone s start tag of 16 bits positive counter FD8331 Set retentive zone s start tag of 32 bits positive negative counter FD8333
8. New Delete 1 Select the communication port Click file select comm port to select the PC serial port Select Comm Port select the communication port for Downloading Comm Pot COM 4 If select wrong port it will show below window Download MEN d Can Not Open Comm Port 2 Download Connect PC serial port to XP3 16 with downloading cable Click to download After finishing the download it will show download successful window Notes 1 Do not cut the power when downloading or you have to repower on and download again 2 Itis the same cable to download PLC and HMI program 16 series manual 3 Do not open XCPpro and OP20 software at the same time when downloading 3 3 2 Tools and parts Tools list NN Ca feee Set the initial screen password and control properties Set the function button E Download the program Part list Input text support multi language EE NN Dynamic text show different text according to the machine state mE EN Vector text enable to set the font and size Dynamic text enable to set 254 kinds of states 25 16 series manual Data register input or monitor Set the function button Insert bmp picture Bar diagram to show the analog quantity such as flow pressure liquid level Broken line diagram fit for the data which change slowly Appendix 1 special auxi
9. recommendation would be highly appreciated Catalog 1 XP3 16 SERIES INTRODUGTION ERR S PR RYE TES PERS UE YE VEU Vea va Pav e 1 00000211 5 52 20 t ME MM M 1 1 1 1 1 1 1 2 TU ia Io OO 1 RTE NE RATS SPE CTEIC 2010 2222 2 OdUCCSPECI COON unas 2 1 2 25 101 100 ata ETE IDEM D ELE M A E UE 4 feo PARITINIRODUCTION esee T 5 E A 5 6 US ROOM E 1 3 4 Download and communication esses thee eher eene seen trennen 7 DIMEN TON 7 ZVOAND WIRING ew 9 9 ENPE TOPE ated MM eae 9 Z REPEAT OU PO 11 253 PRANSIS TOR OUI PUT _________ ________ t 13 3 PLC AND eeebes sea va Vu eoe Nea er ERE ea S Ne ER EVEN 14 PLECPROG RAMMING tna cle asda Den Par 14 322 INSTRUCTIONS EP 15
10. 0086 ISU UIC TIONS cies sistas en 15 Je 22 NS UNCU ONS aaa utt 17 21 23 42502119 NER RC 23 29 APPENDIX LSPECIALAUXILIARY REGIS TER 27 APPENDIX 2 SPECIAL DATA REGISTER REANO api eec EIU 35 APPENDIX SPECIAL FLASH REGISTER cccscccecececcccccecececceccccecenececeececeeseseeseueeeseeseenesesseuececsenes 4 Thank you for purchasing Xinje XP3 16 series integral industrial controller please read manual before operating Manual purpose suitable people Scope Tele document Contact us This manual provides user with the guide of using and operating our product it includes the product characteristics spec explanation using method etc This manual contains product summarization exterior layout PLC program and HMI editing The details please refer to XC series PLC manual and TH series HMI manual summarization introduce the product characteristics specs dimension installation Exterior layout introduce the product power spec in out layout PLC program introduce how to program in PLC HMI picture introduce how to edit picture in TH Exterior extension introduce extension abil
11. 1 2 8203 12 20 8204 24segments 1 2 8205 C630 24segments 1 2 8206 1 2 8207 24segments 1 2 8208 C636 1 2 8209 C638 1 0 Pulse alarm flag frequency change 8210 suddenly 1 1s alarm 0 15 correct PULSE 1 M8211 Neglect the alarm or not When flag 18 1 stop sending alarm PULSE 1 Pulse alarm flag frequency change 8212 suddenly 1 1s alarm 0 15 correct PULSE 2 M8213 Neglect the alarm or not When flag 18 1 stop sending alarm PULSE 2 Pulse alarm flag frequency change 8214 suddenly 1 is alarm 0 is correct PULSE 3 8215 Neglect the alarm or not When flag is 1 stop sending alarm PULSE 3 S Pulse alarm flag frequency change 8216 suddenly 1 18 alarm 0 15 correct PULSE 4 M8217 Neglect the alarm or not When flag 15 1 stop sending alarm PULSE 4 Pulse alarm flag frequency change M8218 suddenly 1 is alarm 0 is correct PULSE 5 M8219 Neglect the alarm or not When flag is 1 stop sending alarm PULSE 5 Forward reverse count Positive negative counter 0 is increment counter 1 is decrement M8238 C300 C498 control counter default is 0 D 00001 24 segments HSC interruption loop if set it to 1 then loop C600 executing the interruption or else execute only one time interruption 24 segments HSC interruption loop M8271 C602 24 segments HSC interruption loop
12. 2 C620 Thecurrent segment 1 2 usi Thecurrent segment 1 0 C624 ___ Thecurrent segment 1 0 pue 0606 ___ Thecurent segment 1 2 628 Thecurent segment 1 2 165 C630 Thecurrent segment 1 2 166 Thecurrent segment 1 0 wr Thecurrentsegment 0 37 The low 16 bits of accumulated pulse number D8170 PULSE 1 D8171 The high 16 bits of accumulated pulse number LL D8172 The current segment means Nr n segment The current segment means Nr n segment The low 16 bits of accumulated pulse number D8173 PULSE 2 D8174 The high 16 bits of accumulated pulse number RENI D8175 The current segment means Nr n segment E The low 16 bits of accumulated pulse number D8176 PULSE 3 D8177 The high 16 bits of accumulated pulse number D8178 The current segment means Nr n segment Only XC5 32RT E The low 16 bits of accumulated pulse number 4PLS model has D8179 PULSE 4 D8180 The high 16 bits of accumulated pulse number 08181 The current segment means Nr n segment The low 16 bits of the current accumulated current D8190 PULSE 1 pulse number 138191 The high 16 bits of current accumulated current pulse number The low 16 bits of the current accumulated current D8192 PULSE 2 pulse number The high 16 bits of the current accumulated D8193 current pulse number The low 16 bits of the current accum
13. C 24V 7mA To make the input reliable the ON current should be above 3 5mA the OFF current should be below 1 5mA DC power supply m switch 1 is external power supply DC24V C i 8 10 switch 16 series manual 2 2 Relay output DCSV AmA Output points Relay output has two common points Different units can drive the loader of different power voltage systems gt Loop insulation It is electric insulated between relay output point and outside load circuit gt Action indication Relay output coil produces close sound when it is on gt Response time The response time is about 10ms transferring the ON or OFF signal from relay output coil to the output connection gt Output current Output current 15 per point to drive resistance load for voltage below AC250V Inductance load is below 80VA 100 or AC200V and lamp load is below 100W 100 or AC200V gt Open leakage current There 15 no leakage current when output point is OFF it can drive neon light gt Use life of relay output point The standard life of inductance load such as contactor solenoid valve according to our experiment results 20VA load 15 about 3 million times 35VA load is about 1 million times 80VA load is about 0 2 million times However the life will extend if parallel connect surge absorber with the load 16 series manual To avoid burning PLC ba
14. C Config 52 Password b PLC Serial Port emo B XC Save Hold Memory XC5 324PLS Module XC54 XC5 60 MA Module XCM M Motion After changing PLC type click PLC it will show 2 BD boards configuration window XP3 16 series manual XCPPro Edit Search View Online Configure Option Window temps tk lt gt lt gt lt gt 1 56 1 Ins sIns Del sDel sFh sho sf F11 gu Project EX ptci Ladder 3 Project E33 PLC 1 1 1 Code i E Ladder BD Set ild Instruction List i Func Block PLC Config BD Config write to PLC whe m J Confia Block Password downloadin g 9 E Sequence Block 8 PLC Serial Port S mea Z3 E BD BD1 Bp2 idis FR Free Monitor os CAM 2 fs T Fr Data Monitor Save Hold Memory iras E di SetReg Init Value M Module BD Serial Port b I fi Module C Other BD Ee 1 Motion O BD 2AD2PT P O BD 2AD2PT 1DA P 1 D 3 XP3 16 series use XP3 xxx BD2 series BD board Please distinguish it with other BD boards 1 XC xxx BD for XC series PLC 2 XP3 xxx BD for XP3 18 series integrated PLC amp HMI 3 XP3 xxx BD2 for XP3 16 series integrated PLC amp HMI 4 XP3 4AD2DA BD2 can only install on the left exte
15. RS232 received Communication error code Modbus communication error the replied message from slaves when the master send errors the left data RS232 should send Data number RS232 received 7 hardware error 8 CRC Parity error 9 station number error 10 no start code 11 no end code 12 communication time out 0 correct 1 don t support function ID 2 address error overrun address 3 Data error the number of data 8 saving data error rewrite Flash 7 hardware error 8 CRC check error 9 station number error 10 no start sign 11 no end sign 12 communication time out 0 correct 1 don t support function ID 2 address error overrun address 3 Data error the number of data 8 saving data error rewrite Flash 7 hardware error 8 CRC check error 9 station number error Communication error code 10 no start sign 11 no end sign 12 communication time out 0 correct Modbus communication error 1 don t support function ID the replied message from slaves 2 address error overrun address when the master send errors 3 Data error the number of data 8 saving data error rewrite Flash 58150 __ The curent segment Nou segmen usi Ds152 c604 The ewrentsegmet meemmtemen 0 28157 JTecumusgnem 0 reise C616 Thecurrent segment 1 2 59 Thecurrent segment 1
16. Set the retentive zone s start tag of dual phase HSC FD8334 Set the retentive zone s start tag of AB phase HSC FD8332 Set the retentive zone s start tag of single phase HSC 1 Ifyou change special FLASH memory it will take into effect after restart PLC 43 XINJE Xinje Electronic Co Ltd Ath Floor Building 7 Orignality Industry park Liyuan Development Zone Wuxi City Jiangsu Province 214072 Tel 510 85134136 Fax 510 85111290 www xinje com
17. data number is less than the required number Global signal Accept error flag Accept correct flag Waiting to send via RS232 sending by RS232 flag RS232 receiving finish flag RS232 receiving flag Receive incomplete flag acceptance ends normally but the accepted data number is less than the required Global signal Accept error flag Accept correct flag number 8156 612 Count Interruption Finished Flag Set flag ON when count interruption finish M8158 C616 Count Interruption Finished Flag Set flag ON when count interruption finish M8159 C618 Count Interruption Finished Flag Set flag ON when count interruption finish M8157 C614 Count Interruption Finished Flag Set flag ON when count interruption finish M8160 C620 Count Interruption Finished Flag Set flag ON when count interruption finish M8166 C632 Count Interruption Finished Flag Set flag ON when count interruption finish M8167 C634 Count Interruption Finished Flag Set flag ON when count interruption finish M8168 C636 Count Interruption Finished Flag Set flag ON when count interruption finish M8161 C622 Count Interruption Finished Flag Set flag ON when count interruption finish M8169 C638 Count Interruption Finished Flag Set flag ON when count interruption finish 8170 PULSE 1 sending pulse flag Being ON when sending the pulse overflow flag of 32 bits pulse M8171
18. erruption 10100 10101 8051 10200 10201 8052 4 Frequency measurement XP3 16 series X4 X5 Notes the details please refer to XC series PLC manual XP3 16 series manual 1 3 Part introduction 1 3 1 Structure Display area Numeric Function buttons buttons Download port N vo fo va vs ve v 8 2a ov xi xa x3 x4 5 6 7 Power supply RS485 port 16 series manual 1 3 2 Function buttons Return to initial screen whatever the screen state Initial screen can be set by user default 15 screen 1 Notes the buttons in above table can be to other functions including set ON set OFF reverse instant ON 1 3 3 Terminals 1 Power supply terminals AC 220V 2 terminals N FG B COMOYO Y1 Y2 COM1Y4 Y5 Y6 Y7 A B24V OV XO X1 X2 X3 X4 X6 X7 16 series manual 1 3 4 Download and communication port 1 Download port This port accords with RS232 standard and has double download function It can download both PLC and HMI program The pin description Pin Function GND Mini Din 8 pins Notes 1 Please use the cable supplied by XINJE company 2 Do not change the communication parameters FD8210 8219 of download port otherwise it cannot download program 2 Communication port This port 1s the RS485 port ter
19. erruption 1 After executing El instruction even the interruption is allowed but if M acts at this ua EET time the correspond input interruption Ya couldn t act separately M8053 E g when M8050 is ON interrupt 10001 15 10305 Forbid input interruption 3 forbidden M8054 10405 Forbid input interruption 4 M8055 10500 Forbid the input interruption 5 M8056 14000 Forbid the time interruption 0 After executing EI instruction even the M8057 ar interruption is allowed but if M acts at this Mloo Forbid the time interruption 1 time the correspond time interruption M8058 Forbid the time interruption 2 couldn t act separately M8059 Forbid the interruption Forbid all interruption em 29 COMI COM2 COM3 ID M8120 M8121 M8122 M8123 M8124 M8125 M8126 M8127 M8128 M8129 M8130 M8131 M8132 M8133 M8134 M8135 M8136 M8137 M8138 M8139 M8140 M8141 M8142 M8143 M8144 M8145 M8146 M8147 M8148 M8149 Waiting to send via RS232 sending by RS232 flag RS232 receiving finish flag RS232 receiving flag Receive incomplete flag acceptance ends normally but the accepted data number is less than the required Global signal Accept error flag Accept correct flag Waiting to send via RS232 sending by RS232 flag RS232 receiving finish flag RS232 receiving flag Receive incomplete flag number acceptance ends normally but the accepted
20. ity of the product This manual aims to below users B Terminal user B Debugging person B Technology support person Make sure you have read the safety notice before operating This manual applies to the XP3 16 series integral industrial controller Xinje provides user with press document and tele document B User CD Contained software manual and application examples B Xinje website Welcome to www xinje com download center to find electronic document If you have any questions please contact us Tel 86 0510 85134136 Fax 86 0510 85111290 Address 4 Floor Building 7 Originality Industrial Park Liyuan Development Zone Wuxi City Jiangsu province China Read the manual carefully before operating Be aware of safety and correct operation The content below 1s focus on XP3 16 series products only Please safekeeping the manual put in somewhere easy to get and read and give the manual to final Notice items ATTENTIO Do not put the wire close to cable keep 10cm distance at least Do not change the inside module of product or it may cause fault error action loss fire When it smelly or noisy cut the power immediately short tweet after power on 15 normal Do not press the screen with pen screwdriver or other sharp tools it may cause screen break or error For installing the product tighten the screws to avoid loose Transport install store assemble and maintain the p
21. liary register Normally ON RUN M8000 keeps being ON when running E status when PLC is running Normally OFF coil MONT M8001 keeps being OFF when running status when PLC 15 running m8001 Initial positive pulse M8002 be ON in first scan M3002 coil cycle M8003 Initial negative pulse M8003 be OFF in first scan 3 scan cycle coil cycle Shake with the cycle of 10ms Shake with the cycle of 100ms Shake with the cycle of 10sec Shake with the cycle of 1 min 24 M8020 The plus minus operation result is 0 When carry occurs in plus operation or overflow M8022 Carry en occurs in bit shift operation 8031 When driving this M ON OFF mapping memory of Y M S TC and the current values of T C D are all When PLC changes from RUN to STOP leave all M8033 Registers keep stopping content in registers and data registers M8034 All output forbidden Set PC s PC s external contacts to be OFF status external contacts to be OFF status M8038 Set communication parameters flag When shifting mode all outputs reset 8045 output reset forbidden functions are forbidden When M8047 activating act when any device of M8046 STL status activate 50 5999 turns to be ON M8050 1000 Forbid input interruption 0 M8051 10105 Forbid the input int
22. lues are all decimal 3 O mapping FD8074 00 corresponds with I YO corresponds with the number of output image O FD8075 Y01 corresponds with I Initial value are all decimal 4 I property FD8138 X00 property all be 0 0 positive logic others negative logic 41 5 power off retentive area of soft components Pulse director and pulse delay time setting 6 Communication Communicate Mode 255 FF is free mode FD8210 1 station number 1 254 1s modbus station number Baud rate Data bit stop bit FD8211 Communicate format 8710 parity Judgment time of ASC Unit ms if set to be 0 it means no FD8212 3 timeout timeout waiting COMI Judgment time of reply Unit ms if set to be 0 it means no FD8213 T timeout timeout waiting FD8214 Start ASC High 8 bits invalid FD8215 End ASC High 8 bits invalid 0 7 8 16 bits buffer FD8216 Free format setting With without start bit With without stop bit Communicate Mode 255 is free mode FD8220 871 station number 1 254 is modbus station number Baud rate Data bit stop bit FD8221 Communicate format 3 parity Judgment time of ASC Unit ms if set to be 0 it means no FD8222 300 T timeout timeout waiting COM2 D Judgment time of reply Unit ms if set to be 0 it means no timeout timeout waiting FD8224 Start ASC High 8 bits invalid FD8225 End ASC High 8 bits invalid 8 16 bits buffer FD8226
23. minal A and B of PLC It supports Modbus RTU protocol 1 4 Dimension B Product dimension unit mm 906 5 _ 172 XINJE d ue F1 22 5 7 8 1 0 162 16 series manual B Open hole dimension unit mm _ 164 Lr 2 9 2 LA XP3 16 series manual and wiring 2 1 Input spec Input signal voltage DC24V 10 DC power Input signal current 7mA DC24V supply 2 Input ON current Above 4 5mA Input OFF current Below 1 5mA 2 52 A R2 Input response time About 10115 R1 Re v amp 2 O Input signal format Point input NPN collector open transistor Circ
24. mming mode Operation speed Latched User program capacity I O points Internal coil M Flow 5 Points Timer T Points Counter C Spec Data register D FlashROM register FD High speed functions Scheduled scan time Password protection Self diagnosis 5 e Spec Yellow green color LCD 3 7 inches 20000 hours 24 hours run under the ambient temperature 25 C 192 64 Adjust by potentiometer Chinese English Spanish Korean and so on Lattice font vector font Untouchable 64KB FlashROM 4KB SRAM Spec Cyclic scan Instruction ladder chart visual C 0 3us FlashROM and Li battery 128K Input 8 points output 8 points 8768 points 1024 640 points 100ms timer 0 1 3276 7 s 10ms timer 0 01 327 67 s Ims timer 0 001 32 767 s 640 points 16 bit counter 0 32767 32 bit counter 2147483648 2147483647 9024 words 2048 words High speed count pulse output external interruption 0 99ms 6 bit ASCII Power on self test monitoring timer grammar check 1 the max capacity in encrypting download mode 16 series manual 1 2 2 Special function 1 High speed count XP3 16 series Incremental mode Pulse direction mode AB phase mode ww EEE 2 High speed pulse e XP3 16T YO max speed is 200 kHz XP3 I6RT YO max speed is 200 kHz XP3 16R not support 3 External interruption T Input ELT Suppress interruption interruption Falling int
25. nsion place of XP3 16 Others can install on both places The details please refer to XP3 series extension BD2 board manual Notes for the detailed information of PLC please refer to XC series PLC manual 3 2 Instructions 3 2 1 basic instructions Initial logic normally open contactor LDI Initial logic normally close contactor AND Serial connection normally open contactor ANI Serial connection normally close contactor 16 series manual 16 series manual 3 2 2 Application instructions Process Condition jump CALL Call the subprogram 5 Open assigned process not close current process FOR Cycle start NEXT Cycle end FEND Main program end Data Initial logic ON when S1 S2 comparison Initial logic ON when S1 gt S2 Initial logic ON when 51 lt 52 Initial logic ON when 51 452 17 16 series manual Initial logic ON when S1 gt S2 Initial logic ON when S1 lt S2 transmission E MSET Multi set on 007 XP3 16 series manual calculation Multiplication calculation 19 16 series manual conversion calculation XP3 16 series manual Clock Read clock data Write clock data 3 2 3 Special instructions High speed HSCR Read 32 bit high speed counter count HSCW Write 32 bit high speed counter 24 segment high speed count interruption High speed count reset MODBUS COLR MODBUS read coil communication MODBUS
26. read input coil COLW MODBUS write single coil MCLW MODBUS write multi coil MODBUS read register MODBUS read input register MODBUS write single register MRGW MODBUS write multi register Free format SEND Free format send data communication CANBUS CCOLR CANBUS read coil 21 16 series manual module The details please refer to XC series instruction manual XP3 16 series manual 3 3 HMI programming The HMI program 15 edited in OP20 software Please use the OP20 version 8 0 and above 20 15 easy to learn and edit The following we will introduce the programming method 3 3 1 Make a project 1 Build a project Open OP20 software click file new project or U 2 Select the HMI type Select OP330 XP for XP3 16 series select Model OP320 OP330 XF OP320 4 MP330 MP C 21 20 1 7 20 MF311 3 Select PLC type Select XINJE XC series PLC for XP3 16 SS select the type of PLC connected PLC Anje C cet communication parameter setting Cancel 4 Edit the screen Below 15 the editing screen The edit methods please refer to OP series manual 23 XP3 16 series manual 4 OP Series Edit Tool Untitled _1 Edit Tool Help 1221 2122 3 Screen Screen Attribute Description Previous Screen No 0 Next Screen No 2
27. roduct accurately to avoid breaking DANGEROUSNESS Confirm the power voltage and wire connection before turn on the power in order to avoid breaking Do not touch the connection point to avoid getting an electric shock Do not open the back cover board Cut all the power before installation and take down to avoid error and fault Please use in the surrounding the manual stated to avoid accident Do not use the product under the condition of high frequency radiation strong magnetic field to avoid interference 16 series manual XP3 16 series introduction 1 1 Introduction 1 1 1 Characteristics Integrated logical control analog I O HMI in one unit Digital input 8 points optical isolation first 2 channels are high speed opto isolator others general opto isolator Digital output 8 points the first channel 15 transistor output NPN open collector others are relay output Analog extension enable to expand 2 BD boards the types includes XP3 3AD2DA BD2 XP3 3AD3PT BD2 XP3 3PT P BD2 XP3 4AD2DA BD2 XP3 3TC P BD2 LCD 192 64 pixels 3 7 inches monochrome use life up to 20000 hours Up to 26 function buttons can be set freely flexible and accurate Support high speed count high speed pulse external interruption Multi functional download port download PLC and HMI program with the same cable Compact design save the space of control cabinet 1 1 2 Name rule ago oou 2 3
28. sic circuit set a fuse every 4 points m 24V AC power Load 1 21 lt AC250V 2 N y rm X lt 5 Q z V S _ Relay output Note T type has no relay output do not connect 220 or the product will be broken For DC inductance load please parallel connect with commutate diode If not connect with the commutate diode the point s life will be decreased greatly Please choose the commutate diode which allow inverse voltage endurance up to 5 10 times of the load s voltage ordinal current exceeds load current Parallel connect AC inductance load with surge absorber can reduce noise and extend useful life of the points inductance load PLC output commutate diode inductance load PLC output surge absorber 16 series manual 2 3 Transistor output A o gt 28 9 mili aS 4 Q 20 lt avoid burning PLC basic circuit use suitable fuse for the load EE
29. uit insulation Optical coupling gt Z R3 X 7 699 0 Input action display LED is ON when input ON The input current of XP3 16 series 15 supplied by internal 24V power supply If using external power supply to drive the optical electricity sensor the supplier should be DC24V T 4V The output transistor of sensor should be NPN open collector 16 series manual DC power supply 5V COM RY 2 1 Zo Rb R5 69 00 O 12704 gt 227 DC24V T XY R3 0 34 power supply Sensor gt Input points Connect input point and com point with non voltage point or NPN open collector transistor to turn on the input gt Input loop The first loop and the second loop are insulated by optical coupler the second loop has C R filter which can prevent wrong action caused by industry noise or input points oscillation As the result there will be a response delay for 10ms to the input points There is digital filter in the input points gt Input sensitivity Input current is D
30. ulated current D8194 PULSE 3 pulse number 138198 The high 16 bits of current accumulated current pulse number Only XC5 32RT E The low 16 bits of the current accumulated current 4PLS model has D8196 PULSE 4 pulse number The high 16 bits of the current accumulated D8197 current pulse number D8214 PULSE 3 PULSE 3 Frequency indicate the bit Nr Behind Testing the decimal dot 1 means D8220 Precision 10 2 means 100 iD D8230 Rising time of the absolute relation position instruction Y0 D8231 Falling time of the origin return instruction YO D8233 Falling time of the origin return instruction Y1 D8234 PULSE Rising time of the absolute relation position instruction Y2 D823 Falling time of the origin return instruction D8236 Rising time of the absolute relation position instruction Y3 PULSE D8237 Falling time of the origin return instruction Y3 08238 Bo Rising time of the absolute relation position instruction D8239 Falling time of the origin return instruction ULSE 1 D8232 Rising time of the absolute relation position instruction 1 PULSE 2 3 5 2 4 LSE 5 D8315 Read the expansion s error type D8316 Write the expansion s error type The current executing instruction of D8631 BLOCKI The value is used when BLOCK is monitoring The current executing instruction of D8632 BLOCK2 The value is used when BLOCK is monitoring
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