Delta Electronics DVP06XA-S User's Manual
Contents
1. p Present value of CH3 input signal x m Present value of CH4 inputsignal 8 H40DA O RW Offset setting of CH1 CH4 Factory setting is and unit is LSB adis OFFSET value of CH2 RS 485 b15 b14 b13 b12 611 b10 59 b8 b7 b6 b5 b4 b3 b2 bi b0 CR parameter Latch i Latined Beoisiername oHe CH5 CH3 CH2 7 To adjust OFFSET 20 H40DC RW valuo of CH3 Voltage input setting range is K 1 000 ss K1 000 ss doi W4oDD O pw Current input setting range K 1 000 s K1 000 ss value of CH4 5 adjust OFFSET 22 H40DE RW of CH5 Offset setting of CH6 Factory setting is and unit is LSB 23 H4ODF O TOadiustOFFSET setting range is K 2 000 ss 2 000 52 value of CH6 mw TO GAN value of CH US GAIN value of setting of CH1 Factory setting is K1 000 and unitis LSB 25 0 ORW Qad Voltage input setting range is K 800ss K4 000 ss 4 Current input setting range is K 800 ss K2 600 ss 426 H40E2 O RAW 70 GAIN value of Please be notice that GAIN VALUE OFFSET VALUE 200 s 3 000 sa voltage 200 ss 1 600 ss current 407 Manes TO GAN value of adjust GAIN value of GAIN setting of CH5 CH6 Factory setting is 2 000 and unit is LSB fas W40E4 O cuis The2. ERARA EREN 000 4 4 ERRAN KO ERE BEA 2 000 5 2 0001 GAIN 12mA 2400 55 OFFSET 4mA 800 sj GER AEE 2000 KIE FREER SERERE Or sm AEEA gt 400 24 LEE HUE FE ATRA R E EMITE Dad OFFSET CR 14 CR 15 E GAIN 4i 18 CR 19 3 amp 6 A CES LES EE E OEE S T EAE RERR 550 lt RALI AAA OPEN ji BiA AER TB rob VR ECT ROAD ET Cot RATA RAE ETAT EO Bab EHE ACRES PE ub RR s diede Babe ER E EUR o d ksdbuon O poaae TE SP BUR E O m rig PRESE GA DVP 77 DVPOGXA S Bit 4 A Jis h EA BEES Lr T HS PE BD 4 ex EU CS A Cri MEZ 1245 S REHUT SA eT O ES PLC 35410124 124556 ENG 2 EXTUS di t CRI elut RT BER 49 4 CR Control Register 3 f 38 AAA 16 bits rt DVP PLC SS SA SX SC SV 3 JU Fi 4 FROM TO K i 5 EH D cds DVPO6X A S EA BERT h RS 485 musico i MEA ER Brit 46 26 A sorts 10V DC SMV AGGER 20mA 1778 2084 Brit e 4n t RT Ee t RUTAS OV 10 DC Ber RES 2 5 Bii H GER 20mA Him REA 5 46 0001 sg ZR
3. C 5 Y OPEN TYPE ARM 2 ROT ERU E 1 2 JE SUAE dT AID 5 ROS GAT MAT 5 R2 RC 5 EL 2648 lt Aghkzrdbes TRDE SUE RUE 27 RHA YIRE DVPOGXA S HLEA ll PERRE RNAF 2 ERR TER 16 bits 58 DVP PLC SS SA SX SC SV DVPO6XA S BE aT RS 485 RER LAPURRA T HEZI 4 CIE 2 CR Fr idtm 12 Beirat AARE EE SEE ET PLC EHAS 2 3H 12 2558 uf 49 8 CR Control Register Er FROM TO 5st e RH PALA 39 SEGCERERAR ATE A BC UY Bb FE E HT ARCHI TENES 81 10 DC APARE FS 5 gt RHMAN 320 THE FS 204A etc fetis HAC E FE TRE HH IHRE PE RE ERRA gt BIRRE OV 10V DC Reli REFS 2 5 mV OmA 20m SHA mm av Hao ox 100K ceu D ki 6 5 4 z 5 6 E T 5 ig 06 XUL 800 T
4. RAR AAA P dq UR e BETTER da Feb mm 03 PN 0 10 l 92 3 Vea les deudas 0 1 OATuF 25 ati anma 20mA 20mA gan veaa SES cam p gren aces Lll EI WRA 06 AD 499 uH dh BUR A SRL MNE HAM 18 HERAA SERT Hte BRENDA dE 06 HA DA AH us TERT AFRE RE SAREE dius EL WAGE 18 ES E FARAN RS 485 S oe RA dS EROS 0 1 25V deed eas D DVPUIDAS HM D Ea k LEE BE ERT RIRA DVP06XA S 100 DUP G6XR HERA HHA 24V DC 204V DC 264V DC 15 10 320mA 32000 1 000 12 bits lisg 5mV 11 bits 1 sg 201A 200KO DLE 2500 0 5 7E 25 C 77 F 8 KARER iiit 0 55 C 32 131 F JiM AAIEN 3msx IAR 15V 432mA 16 ATA A 13 bits 2 CR 5 sp BE 8 4 095 ETHER HERE 2006 0 10V 0 20mA 0 4 000 0 4
5. Note 3 If the noise interference from loaded jane input wiring terminal is significant Eroan gt please connect a capacitor with 0 1 lo aei 5 0 47uF 25V for noise filtering Curertigut Note 4 Please isolate analog output and other DVPO6XA S power wiring S p Note 5 If the noise interference from loaded 5 input wiring terminal significant a please connect a capacitor with 0 1 0 47uF 25V for noise filtering e g Note 6 Please connect power module ira aa i terminal and analog output module osle vave terminal to system earth point and make Li system earth point be grounded or connects to machine cover oco E 2 Warning DO NOT wire to the No function pex terminal onc de Specifications Mixed analog digital A D pue Voltage input Current input Power supply voltage 24V DC 20 4V DC 28 8 DC 15 20 Analog input channel 4 channels per module Analog input range 320mA Digital data range 32 000 21 000 Resolution 12 bits 1 ss 5mV 11 bits 1 58 200 Input impedance 2000 and above 2500 Overall accuracy Response time Isolation method 30 594 of full scale of 25 C 77 F 1 of full scale during 0 55 C 32 131
6. gt drift 24V DC 204V DC 28 8V DO 15 42090 2W pP aps IRTE i OC 55 C GRED gt S0 95 QR ibi 2 i rte SC TOC QER 5 95 GRR 4 788 61131 2 68 2 6 TEST Fcy IEC 61131 2 amp 68 2 27 TEST Ea 217788 RS 485 15 4 12 bll bl0 b9 b8 b7 6 b5 b4 b3 b2 bl b0 mauu PE 0 H40C8 R CH6 CH5 CH4 CH3 CH2 CHI GEHE 8 072 57 0 5 MEET RES CRUISER tede CHI HRO ERRA 10 10V Jt ERRA 6 10 H2 BRAT CI2Ma 20mA HRI ERAH C20mA 20 BRA MERE CH5 CH6 ARO MRR OV 10V H1 MR QV 10V 002 REE 20mA FC 3 EEES 20mA CR amp b0 b11 SERRA AD AAEREN DEAA TURBO E PAOS CHI CHA 5 516 A REEF CHI tst 0 b2 b0 000 CH2 455 1 b5 b3 001 CH3 5 2 b8 b6 010 CHA 53 b11 59 011 8 24 bO b11 F H 688 b12 b15 PASAKA ERLE ME DA Apion THER BEGA NERS TETE CHS CH6 RES CHS ist 2 b12 10 CH6 Js 1 15 b14 01 Zr b12 b15 3273 5 HRT FS H 0000 H 40C9 R W HARRE 4 HMOCA O RW CHL AREA CHI CHA KA095 iig 3 H 40CB R W K10 4 H 40CC RW ARENI CR 2 CR S RARA K E CE
7. ABUSE Aid AAEN 4000 e SERA AD Sors BERE RO BUE RS 485 WNAE WEW 01 254 ip WE Mix URGE 4 800 9 600 19 200 bps 38 400 bps 57 600 bps 115 200 bps RFP ASCI T bits RT 1 stop bit 7 E 1 RTU ARH HELEH 8 bits 1 stop bit 8 E 1 bO 4 800 bps 48 0 NR bl 9 600 bps RE WED Baud 19 200 bps D rate b3 38400 bps C b4 57 600 bps ifj 10V Rf SEN ERER EKD RARE 1 4087 R W 32 40 8 RW b5 115200 bps 1 49 b6 b13 E bl4 ORTU RRE b15 56 CHI CH4 D Rf CRA24 SE AF HERG 24 2 bl bl 0 HD blel GEF EARO 3 b2 BEH 1 MAA BEER BEN CH5 CH6 L CHS 19224418 b13 b1 00 TRAR EER Ol Ifid BEER 10 ERGA MRAR WE b12 387 0 KAHM RERE H 40E9 RAW CR 33 yi Rise 414254 34 O R RAJK 16 19 ERER 35 48 RAABE HIEU O RTAS USER R dor un ERI FROM ji SRRA EH RS 485 RRR N X od S EARN HR MEH RS 485 RBA MR LSB Least Significant Bi LEAT lrss 10V 2 000 5mV 2 lusg 20mA 1 0002204A LEER lrsg 10V 4 000 2 5mV 2 20 4 000 5 06 CR O CR 34 XE 40 8 H A0EA 85 485 i UR GE
8. GAIN OFFSET Setting range is 200 ss 1 600 ss Use the chart above to adjust A D conversion characteristic curve of voltage input mode and current input mode Users can adjust conversion characteristic curve by changing OFFSET values CR 18 CR 21 and GAIN values CR 24 CR amp 27 depend on application Adjust D A Conversion Curve of CH5 CH6 Voltage output mode vemos Mode 0 of CR p Mode 1 of CR GAIN 5V 2 000 ss OFFSET 0V 0 ss Voltage output value when digital input is K2 000 BAN _ Setting range is Oss 44 000 Voltage output value when digital input is KO _ Setting range 2 000 ss 2 000 1 OFFSET paws r hoja GAIN OFFSET Setting range is 400 ss 6 000 ss Current output Mode 2 of CR 73 Mode 3 of CR GAIN 12mA 2 400 s OFFSET 4mA 800 ss GAIN 10mA 2 000 5 OFFSET 0MA Ouse Current output value when digital input value is K2 000 Setting range is 0 ss 4 000 ss GAIN OFFSET GAIN OFFSET Setting range is 400 ss 46 000 ss Use the chart above to adjust D A conversion characteristic curve of voltage output mode and current output mode Users can adjust conversion characteristic curve by changing OFFSET values CR 14 CRi5 and GAIN values 18 CR t19 depend on application A XXX ses
9. module b12 b15 are used to set 2 channels working mode of analog output module DA Every channel has four modes that can be set individually For example if setting CH1 to mode 0 b2 50 000 CH2 to mode 1 b5 53 001 CH3 mode 2 b8 56 010 mode 3 b11 59 011 b0 b11 need be set to H 688 If setting mode 2 b13 b12 10 CH6 mode 1 b15 b14 01 b12 b15 need be set to H 5 Factory Setting is H 0000 41 H 40C9 RW Input mode setting 42 O average number 3 H 40CB O 2 average number The number of readings used for average temperature on channels 44 H40CC O RAW CH3average number CH1 4 Setting range is K1 4 095 and factory setting is K10 45 H40CD O RAW CH4 average number 46 H4ocE m Average value of CH1 input signal 7 H40CF x R Average value of CH2 Display average value of CH1 CHA input signal pus otong Example If CR 2 is 10 the temperature in CR 6 will be the average of 48 x R the last 10 readings on CH1 input signal H4opi 22 m Average value of input signal 410 4002 gt CH5 output signal value Output value of CH6 the setting range is K4 000 11 H40D3 RW CH6 output signal value factory setting is and the unit is LSB 2 Present value of CH1 input signal 3 H40D5 x Display present value of CH1 CHA input signal
10. setting range is KO 4 000 To adjust GAIN value of Please be noticed that GAIN value OFFSET value 400 ss 29 40 5 O JRW 46 000 ss voltage or current CR 24 CR 29 If the value difference comes up small within range the output signal resolution is then slim and the variation is definitely larger On the contrast if the value difference exceeds the range the output signal resolution becomes larger and the variation is definitely smaller 4 30 40 6 R Error status Data register stores the error status see error code chart for details CR 30 is the error code Please refer to the chart below Error description Content bi5 b8 b7 6 b5 b4 b3 b2 bi Power source abnormal low voltage alarm K1 H 1 1 1 User setting D A output exceeds range K2 H2 0 0 0 0 0 0 1 0 Setting mode error K4 H4 0 0 0 0 0 1 0 0 Offset gain error K8 H9 laesa 0 00 0 1 0 0 0 Hardware malfunction K16 H 10 1 Digital range error 2 H 20 0 0 1 0 00 0 0 Average times setting error K64 H 40 0 1 0 0 0 0 0 0 Instruction error K128 H 80 1 Note Each error code will have corresponding bit b0 b7 Two more errors may happen at the same time 0 means normal and 1 means having error EX if the digital input exceeds 4 000 error K2 will occur If the analog output exceeds 10V both analog input value error K2 and K32 will occur A D does not suppo
11. 000 12 bits lisa 2 5mV 12 bits l ss 5pA 30 5 25 C 77 F JEE AWARE 167 0 55 32 131 F iE Poil A BERT 050 6 3ms 20mA 1 2M9 0 5000 16 fr AM 13 bits HR DOCS TRENT RT BERE R RARE DA ESI US FTE ee ASCIURTU dist CECI 4 800 9 600 19 200 38 400 57 600 115 200 5 9 7 bits Rr bstopbit 7 E D RTU Hist Rest 852 9 S bits ffr 1 stop bit S E D 3455 PLC RS 485 SDVPPLC RARS DUE LOU ERG 087 RATER EUER VO Jc HUGE E 24V DC 204V DC 264V DC 15 10 2 eff 0 55 C GRE 50 95 10 8 RFR 2 EUIS 25C 10C GRE 5 959 GERD E EU UE S035 61131 2 68 2 6 TEST 61131 2 amp 68 2 27 TEST Ea izil Stes CR CR RS 485 PNE 0 H40C8 O b0 b11 p GE H 40C9 R W 15 bl4 12 bll 10 b9 b8 b7 6 b5 b4 b3 b2 bl b0 CH6 CH5 CH4 CH3 CH2 CHI RAAE MEKE SA 57 0 DVPOGXA S HHR MANI REA EG MARELE CHI ARO BEHARR CIOV 10V RL BEHARR 6V 10 R2 BUMAR CI2mA 20mA ARI EMMAA C20mA 20mA JC 4 192 CHS CH6 ERO OV 10 9451 QN 10V HAR 2s MYHR
12. 2007 12 27 5011671400 06 0 NELTA DELTA ELECTRONICS INC 21127007755 INSTRUCTION SHEET 50 3 e HH Mixed Analog I O Module a VIO RS LER www delta corn tw industrialautomation ENGLISH Warning lt gt V Please read this instruction sheet carefully before use DO NOT touch any terminal when the power is switched on Switch off the power before wiring Y DVPOGXA S is an device and therefore should be installed in an enclosure free of airborne dust humidity electric shock and vibration The enclosure should prevent non maintenance staff from operating the device e g key or specific tools are required to open the enclosure in case danger and damage on the device may occur DO NOT connect input power supply to any of the I O terminals otherwise serious damage may occur Check all the wiring again before switching on the power DO NOT touch the internal circuit for 1 minute after the power is switched off Y Make sure the ground terminal is correctly grounded in order to prevent electromagnetic interference 9 Introduction Model Explanation amp Peripherals Thank you for choosing Delta DVP series PLC DVPOGXA S is able to receive 4 points of analog input signals voltage or current and convert them into 12 bit digital signals DVPOXA S receives 2 groups of 12 bit digital data from the PLC MPU and converts them into 2 points of analog sign
13. 4mA 20mA 3 mA 20mA HA AD WAARMTE E FFRAM CHI 4r ARA GEA I 0 b2 60 000 CH2 HER 1 b5 b3 001 CH3 455 2 b8 b6 010 HR 3 b11 b9 011 B AU bO R 11 1922 H 688 b12 5 SAH DA ARAD TER iE PALE CH6 GLEA CH5 Eit 2 b13 b12 10 CH6 st 1 b15 bl4 01 iif bI2 b15 55 H S 18 ire ls H0000 E 5 6 8 49 10 1 2 13 14 15 18 19 0 1 2 23 H 40CA H 40CB H 40CC H40CD H 40CE H 40CF H 40D0 H 40D1 H 40D2 H 40D3 H 40D4 H 40DS H 40D6 H 40D7 H40DA H 40DB H 40DC 400 H 40DF 22222 2 2583 CHI P CH2 51975 CH3 37 CHA P CHI CHI f A S CH2 A SES BOREAS 10 RERI 10 CHI iA fi CHS AAE EPRE a CHA 8 A f T S EC CHS CH6 CHI HAE GME AAE EAE cmi ena EO COM RR CHA i8 A i CHI 4 GR OFFSET t CH2 OFFSET it CH3 REOR OFFSET h OFFSET i CHS5 4 GR OFFSET t CH6 OFFSET it CHI 8A 8 BORED 10 RIDENS K4095 H BOR UC JB CHS CH6 Fiii 000 HI Ub 625 d di LSB HUE E SUR CHI 8 5 00 OFFSET 1922 EH G4 LSB BEMAR ABEE E K 1000 sg K1 000
14. DERE 5 H40CD RW 6 H 40CE X R CHI R CH2 RAES RUBCHLSCHA m n m oo P XB ES 10 FEE SET 10 CHI CHA fi 9 H40Dl X 10 H 40D2 gt R W CH5 iif CH5 CH6 iri TAERE KO 000 11 H 40D3 50 R W CH6 IF LSB 12 H 40D4 X KARHE 13 4005 X R CRGA SERERE ma c cris im 3838 CHI CHA 15 H 0D7 X R amp A 18 H 40DA R W CHI 925 OFFSET 4 19 H 40DB R W CH2 925 OFFSET Md BSE Pi E Boop s BAHS K 1 0001s 20 H A0DC O CH3 Rd OFFSET f sereni 109 000 32 H 40DD R W 925 OFFSET 4 22 H40DE 5 525 OFFSET 8 CH6 22553 OFFSET 038 gt K 2 000 2 000 gt HR 23 H 40DF R W CH6 2925 OFFSET H HAYA LSB 24 H 40E0 R W CHI 4 25 H 40E1 R W 925 GAIN fi K1 000 gt SERERSLSB BEES ALS 80015 Kd 0001 sa 26 H 40E2 RW CHS GAIN E 800 K2 600 27 H 40E3 R W CH4 f CR 24 CR27 129 GAIN 8 OFFSET 4 20015 33 000 2818 2200158 1 600 so SERICE RUSO SANRA EERE EEEE BETT BERAR B fire cito IHE 28 H 40E4 CH5 4E GAIN 8 8 CHS CH6 PA
15. F 3ms x channels There is no isolation between channels Absolution input range 15V Digital data format 2 s complement of 16 bit 13 significant bits Average function Yes CR 2 CR 5 be set and the range is K1 K4 095 Self diagnostic function self 382mA Upper bound and lower bound detection per channel detection Mies de ud D A Voltage input Current input Analog signal output channels 2 channel per module Analog output range 0 10 0 20 Digital data range 0 4 000 0 4 000 Resolution 12 bits iss 2 5mV 12 bits isa SUA 0 50 or lower 30 596 of full scale of 25 C 77 F 1 of full scale during 0 55 C 32 131 F 3ms x channels 20mA 1KQ 2M0 0 5000 Output impedance Overall accuracy Response time Max output current Tolerance carried impedance Digital data format 2 complement of 16 bit 13 significant bits Isolation method Isolation between digital and analog circuitry There is no isolation between channels Voltage output has short circuit protection but long period of short circuit may cause internal wiring damage and current output break MODBUS ASCIVRTU Mode Communication baud rate of 4 800 9 600 19 200 38 400 157 600 115 200 For ASCII mode date format is 7 bits even 1 stop bit 7 E 1 For RTU mode date format is 8 bits even 1 stop bit 8 E 1 The RS 485 is disabled when the DVPO6XA S is connected in series with MPU Protection Communication mode RS 485 W
16. GE Function 03 H 06 8 e 77228 10H BALE words OnE AFRE 14 A D f EROR AR TRE e F E E MH URGE IUE T A JAZ ALOA 10 GAIN SV 1 0005 OFFSET 0V 0 e o i D par e ACT 08 904 4 000 mi B eife RA s __2 000 5 000g 20015 14 00 PREHR MUSAE LEA scr EERME EMAAR Ag OFFSET 44 CR 18 CR 21 9 GAIN ji CR 24 CR 27 kill CH5 CH6 ijj D A FERI PE UL GAIN 6V 2 4005 OFFSET 2V 800 4 K2 000 Fs t 8 SE El Osn FAAEA KO MATEERIA sido gbsgr 32000 DIA REMA ERAT RR KEARE KAER eH Hn WER 25 OFFSET 5 14 CR amp 15 J GAIN 5 CR 18 CR amp 19 KIT
17. REE 24V DC 204 DC 28 8V DC 15 20 E 10V ur i 32 000 12 bits lisg 5mV ABEL 200KO J E AREE E 3ms x REDR SEHE ESSA GER 15 16 072 bits 2 5 2 88 K4 095 EREMIA WEA 06 pap Asien DA 868 EE SEIRE 2338 5 0 10 0 4 000 12 bits 2 5 AREE 30 5956 25 C 77 050 or EE SERN 3msx 10mA 1 2 0 Bto Hr 11 bits TERHERE A E ASCIVRTU 4853834 ER RS 485 Bi DVP PLC x2 GER 4 800 9 600 19 200 38 400 57 600 115 200 ASCII 7 bits gt 8077 gt 1 stop bit 7 E 1 RTU t 40072 1 stop bit 8 E 1 2 BE PLC FAPI gt RS 485 ERE RH EARS ER 05 7 RATE e EIFE ARES H e UR AR De Jo RAS SEO VHA Tes Td Soda oA EHE diit SE SEL 0 1 OATHF 25V 2 RAR NE AR 5 AR fl da dodo CA ib LSU LARUFA dii dE 0 1 O 47uF sp Ego D 6 5 Nobis ndm O HESS MO FRE DURO e bam TRMA 20mA 1 000 11 bits lrsa 204A 2500 30 59 25 C 77 F EPRA 21 3 0 55 C 32 131 F 332mA 0 20mA 0 4 000 12 bits las SUA PARENS IAHE 0 55 32 1319 0 5000 BYGE
18. RV GAIN STRE 309 H 40ES R W CH6 Mig jg 9 E2000 SHUSLSB CR 28 CR29 GAIN 8 OFFSET 4 40 Bis SM Cii 30 H40EG x R CRIIG0 0 K4 000 gt grids t UL RHO HHE SC MOERS 14 20 xd b6 b0 unm K1 0 o 0 o o o o 1 K2 2 o o 0 D 1 o K4 H4 0 o 0 D o 1 o o H 8 0 o 0 o 1 o o o xeano 5 o 1 o o o o K32 H 20 0 0 1 0 0 0 0 0 K64 H 40 o 1 0 o o o o o E 1 K128 H 80 1 o 0 o o o o o Hd da S1 2e HC 7 doc JETER FIRE ADESSET ORRERA IRA GER 4 000 FRET AEREI 8 10 Ip GE REC TER BROOKS RR RE EGE CDBTSSSRTKRE EBRR 31 40 7 R W RAMIE BERE O1 254 JC 4 800 9 600 19 200 bps 38 400 bps 57 600 bps 115200 bps AmS ASCI iste LR SIE s 55 7 bits 18 475 1 stop bit 7 E 1 IE zE 3 8 bits 80076 1 stop bit 8 E 1 BO 4 800 bps HFEF 9 600 bps 775 6 80 Baud rate 2 19 200 bps 770 32 RW Dis 885 5 5400 ipe Po 57 600 bps ji 5 115200 bps fi B6 bl3 R B14 CRC jj feres ef b15 ASCIURTU Eit CHI CH4 J CHI 2 58 383805 1 amp b0 ROR TEREA CHI CR 24 280 Hisp Hyka CRS CR 24 2 bl FG ES ERINE T
19. aS ERR bl 0 CAREER FER 9 bl 1 3 92 RENSET CH5 CH6 J CHS 223 9868 b13 b12 t CUBE FERRE 001 SIRO TRER 0 21 EVRRUSREEGE b13 1127860 CRIB3 VER FERE RUE TENEH be ps necne g E RTU 33 HAS O RW Lu 85 485 m RRE uraza 34 H 40EA R 16 3 amp 8 RATE BUAH k0 L0A pI H OIOA 35 48 O ATRSERRN R ARATE FROM jH ARNEE RIE RS 485 ARNEE X ARRRSERRN W ERRARE RHE RS 485 TARARE LSB Least Significant Bit L RA 1 10 2 000 5 gt 2 lise 20mA 1 000 201A L RK 1 10 4 000 2 5 2 2 1 20 4 000 5 CR O CR 34 118 7 Brih 40 8 H 40EA RS 485 DAET Function 0H 00H AAE word HEEE H 10H RAZE words So ER frd bIS 14 bl2 bll bl0 b9 b8 b7 b6 b5 b4 b3 b2 bl b0 CH5 CH4 2 CRM 28500 CRH ZERI ERER O ERRAI BERE 1 000 sn 2 00 88 1000 feli A 000158 4200 sg 1 600 5 ZR A Beso AID Re ER DRRR ASE BSDE 38 OFFSET CR 18 21 5 GAIN CR amp 24 CR427 RREA
20. als for output in voltage current There are 49 16 bit control registers CR in DVPOGXA S and the data in it can be read and written by using FROM TO instructions in DVP Slim series PLC MPU program The system version of DVPOSXA S can be updated via RS 485 communication The power unit is separate from it and is small in size and easy to install The user can select voltage or current input by wiring Range of voltage input 10 DC resolution 5mV Range of current input 20mA resolution 20 The user can also select voltage or current output by wiring Range of voltage output OV 10V DC resolution 2 5mV Range of current output 20mA resolution 5uA a Product Profile amp Outline 7 Status indicator POWER RUN and ERROR Model DIN rail clip VO terminals VO terminals layout Expansion hole of the expansion unit Specification label 7 Expansion port Expansion clip DIN rail location 35mm 795 485 communication port Expansion DC power input 14 Expansion port Illy Ew Unit mm External Wiring wm A Hu vo Ej Note 1 Please isolate analog input and other power wiring Note 2 If input signal is in current please short out between V and I terminals
21. hen DVPO6XA S modules are connected to an MPU the modules are numbered Connectto DVP PLC MPU tom 0 7 0 is the closest to the MPU and 7 is the furthest The Maximum number of in series modules is 8 modules and they do not occupy any digital lO points of the MPU Others Power supply Maximum power consumption 2 at 24V DC 20 4V 28 8 DC 15 20 supplied by external power Environment Operation 0 C 55 temperature 50 95 humidity pollution degree 2 Storage 25 C 70 temperature 5 95 humidity International standards IEC 61131 2 IEC 68 2 6 TEST 61131 2 amp IEC 68 2 27 TEST Ea CR Control Register Operation storage Vibration shock immunity RS485 E b15 b14 b13 b12 b11 b10 b9 b8 b7 b6 b5 b4 b3 b2 bi 50 d feram Latched Register name CH6 CH5 CH4 CH3 CH2 Mogins System used data length is amp bils 17 b0 5 model code Input mode setting CH1 CH4 Mode 0 input voltage mode 10V 10V Mode 1 input voltage mode 6 10V Mode 2 input current mode 12mA 20mA Mode input current mode 20 20mA Mode 4 none use Output mode setting CH5 CH6 Mode 0 output voltage mode 10V Mode 1 output voltage mode 2V 10V Mode 2 output current mode 4mA 20mA Mode 3 output current mode OMA 20mA CR b11 bO are used to set 4 internal channels working mode of analog input
22. ill save output setting in the internal memory before power loss kibica o i oiean ai Display software version in hexadecimal Example H 010A version 35 48 System used Symbols O means latched R means can read data by using FROM instruction or RS 485 means non latched W means can write data by using TO instruction RS 485 LSB Least Significant Bit 1 Voltage input 1 sa 10V 2 000 5mV 2 Current input 1ss 20mA 1 000 1 Voltage output 1 E The corresponding parameters address 4008 H 40EA of CR 0 CR 34 will allow user to read write data via RS 485 Function code 03 H read data from register 06 H write one word into register 10 H write multiple words into register O Temperature Digital Curve m Adjust A D Conversion Curve of CH1 CH4 Voltage input mode GAIN GV 1 2005 OFFSET 2V 400 5 Voltage input value when digital output is K4 000 Setting range is 800 5 44 0001ss Voltage input value when digital output is 0 Setting range is 1 000 se 1 000 Setting range is 200 ss 3 000 Current input mode GAIN 20mA 1 000 OFFSET 4mA 200 ss GAIN 20mA 1 000 s OFFSET 0MA 0s9 Current input value when digital output is K4000 Setting range is 800 ss 42 600 ss Mode 3 of CR GAIN quem g Current input value when digital output value is 0 22 Setting range is 1 000 ss 100015 zw
23. rt displaying error 2 Communication 95 485 communication address address setting Setting range is K1 K254 and factory setting is K1 Communication baud rate 4 800 9 600 19 200 38 400 57 600 115 200 bps For ASCII mode date format is 7 bits even 1 stop bit 7 E 1 For RTU mode date format is 8 bits even 1 stop bit 8 E 1 b0 4 800 bps bil sec b1 9 600 bps bit sec factory setting 19 200 bps bit sec 8 400 bps bi sec b4 57 600 bps bi sec b5 115 200 bps bit sec b6 b13 reserved b14 switch between low bit and high bit of CRC code only for RTU mode 515 RTU mode Example Setting of CH1 1 When b0 0 user can set OFFSET and GAIN value of CH1 CR 18 CR 24 When b0 1 inhibit user to adjust OFFSET and GAIN value of CH1 CR 18 CR 24 2 b1 means if characteristic register is latched b1 0 factory setting latched 51 1 not latched 3 b2 Set to 1 and PLC will be reset to factory settings The setting of CH5 CH6 give CH5 setting for example b13 b12 00 can be adjusted latched 01 can be adjusted non latched 10 inhibit adjust 11 reset to factory settings and clear b12 b13 to 0 831 H40E7 Communication baud 32 H 40E8 O RW rate setting g Reset to factory setting 33 40 9 RAW and set characteristics adjustable priority CR 33 is used to set the internal function priority For example characteristic register Output latched function w
24. sg EGER A AEE 1 00015 00015 CHS CH6 f ff OFFSET 19285 FIE SERIE 2 000 2 000 H BOE d LSB RS485 5 bl4 b2 bll b9 b8 b7 b6 b5 b4 b3 b0 CH6 CH5 CH4 CH2 304 H 40E0 R W CHI i GAIN E XC CHI 85 07 GAIN 1905 H EEA KL000 55 LSB HERAN ABEN E 001 5 K4 000 ss EPA AUGE HI iE K 8001ss K2 6001 s 325 H 40E1 R W CH2 18 GAIN 26 H 40E2 O R W CH3 At GAIN 27 H 40E3 R W CH4 18 GAIN CR 24 CR 27 GAIN E OFFSET 20015 3 00015 8 20015 1 60015 CEH Hieft B CARR HTAA SAREE NEE GERR ITAAS S TRU ER B PETERU NRE 28 H A0E4 R W CH5 8 GAIN H W CHS CH6 4 E 7 GAIN io DWGETSIE KO K4 000 409 H 40E5 GAIN 7 2000 3 LSB 28 29 F ANE GAIN E OFFSET 4001ss 46 000ss CHEREHE Sithi ARR HFE MOPAESRULEDK SERR GERR SOT LEUR 30 406 R TERN AARS IRSE ECC RS PEE bl5 b8 b7 56 bs b2 o o o 0 o o o 1 K2 H 2 0 0 0 0 0 0 1 0 ARERR K4 T4 0 0 0 0 0 1 0 o O G iR K8 H 8 0 0 0 0 1 0 0 0 K16 110 0 0 0 1 0 o 9 0 K32 720 0 o 1 0 o o o o PARUE K64 H40 0 1 0 0 0 o 0 o uod K128 H 80 1 0 0 0 0 0 0 0 b ub ATERA ER C OLAGER
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