Delta Electronics Programmable Logic Controller DVP-EH Series User's Manual
Contents
1. DVP 08HM Bin DVP 08HN Bout 08HM 08HN ujel v DVP 08HP 4in 40ut DVP 16HM 16in 08HP 16HM offe amp s pepe epo up vi ve vio iz vrais DVP 16HP Bin 8out 16HP 32HN DVP 32HN 32out E F qv AC Power IN IE EREREEEEETEDEDEREEEERIE Eee e CN ZT EIEIO EECCA LE LSE LA EE o e a E RTE za XT S X7 TXTITXTSTXTS e E2 X1 X5 X5 X7 XMAS RE T x i DVP 48HP 24in 24out 32HP DVP 32HP 16in 16out 48HP 24i ut AC Power IN DC Signal IN AC Power IN DC Signal IN EERE E E Mounting Arrangements and Wiring Notes DIN Rail Installation The DVP PLC can be secured to a cabinet by using the DIN rail that is 35mm high with a depth of 7 5mm When mounting the PLC on the DIN rail be sure to use the end bracket to stop any side to side motion of the PLC thus to reduce the chance of the wires being pulled loose On the bottom of the PLC is a small retaining clip To secure the PLC to the DIN rail place it onto the rail and gently push up on the clip To remove it pull down on the retaining clip and gently pull the PLC away from the DIN rail Please see the figure on the right2. EE LO DVP 08HM Bin DVP 08HN 8out 08HM 08HN Es Tee spe ET EIE DVP 08HP 4in 4out DVP 16HM 16in 08HP 16HM xp Is EE E E E ehf ee spo pepee Yije cz v7 vii es poaa 2 Ys T vsT vs EM kE EA EE DVP 16HP 8in 8out E 16HP 32HN DVP 32HN 320ut Es spspe s vs vs v7 AC Power IN xpeopopop el rol Tv vral vi velvaslvas lvas vas Tvz Tv KEA 84 vas Ee m atta DD maa oc per DVP 32HP 16in 160ut DVP 48HP 24in 240ut 32HP AC Power IN DC Signal IN 48HP AC Power IN DC Signal IN PT roy PI PERDERE TERE CERA Y2o v22 24 F Ha gu gt n NZR DIN PLC N Lr de 4 E JE 35mm DIN PLC PLC BII RF PLC PLC E Bra ORNA A c Ec M3 L PLC 2
3. DC DC SINK SOURCE Sink S S ZZ a ss pee f eos DC Signal IN SINK DC Signal IN AC 100 DC 24VDC 24V 400mA OO 3A 9 Ne o OG as _ DVPPLC 100Q o 240V AC 50 60Hz Source S S xo IUS ET A SOURCE
4. 1 PLC 5 10 2 PLC 1 o mr O mus O Dr E 2 3 PLC 0 luF 100ohm to 1200hm sj ei fult Lini aD o mm O swr unes kak e vo ci Yr fe E T I O l a9 ot 30 QO g asn ILI pu zS O RER 9 1 PLC
5. 4 PLC 50mm A REG RETE REUS 8177 isl e 1 PLC 2 PLC ter feti gt WE SEE TER E RC IBS ER TR ERRE H PLC REA ERARDI RA e p 3 i A ESSE EE ARE EAE o dn 32 RERO INST REPREHEN PERAJE CHER A EH X20 32 Y20 MPU EXT1 EXT2 EXT3 EXT4 PLC BE HANS MAIER HANER 3077 MPU 16EH 32bEH 64EH 8 16 32 8 16 32 X0 X7 X0 X17 X0 X37 Y0 Y7 Y0 Y17 Y0 Y37 EXTI 32HP 16 16 X20 X37 X20 X37 X40 X57 Y20 Y37 Y20 Y371 Y40 Y57 EXT2 48HP 24 24 X40 X67 X40 X67 X60 X107 Y40 Y67 Y40 Y67 Y60 Y107 EXT3 08HP 4 4 X70 X73 X70 X73 X110 X113 Y70 Y73 Y70 Y73 Y110 Y 113 EXT4 08HN 0 8 Y74 Y103 Y74 Y103 Y114 Y 123 RARE GTP 78 1 MPU FREAR 16
6. r WM E 0 55 C 50 9595 2 ia 25 TEA 5 95 ki j idi nis IECG1131 2 IEC 68 2 6 TEST FcIEC61131 2 amp IEC 68 2 27 TEST Ea 08 9 124 160 130 120 136 116 225 210 660 590 438 398 616 576 Gia C Uus n SINK SOURCE 24V DC 5mA ST Off On 16 5V DC DLE Lai On Off 8V DC EL 4 20ms EREEREER JEEGASILED On EaR miT 55 C0 1A 1 Sk gt 50 C0 15A 1 Sj gt 1 5A 1 SA COM 45 C0 2A 1 gt 40 C 0 3A 1 2A COM SERES 250V AC 30V DC JL F 30V DC 75VA RB 9W SO 90W CEPHE 3 10 ms Off On 15us On Off 25us O ZR RAR Hy E3 VO fT mT AEE DVP 08HM 8in DVP 08HN Bout 08HM 08HN TEL EEE EE ER spe TESTIS ao RED EE DVP 08HP 4in 4out DVP 16H
7. 2 PLC 39V
8. Model G Length Width Height J DVPS32HNOOR T 90 143 5 82 2 DVP32HPOOR T 90 143 5 82 2 D az DVP48HPOOR T 90 174 82 2 1 Power low voltage indicators 5 Extension wiring 9 Cover 2 I O terminals 6 1 Extension port cover 10 Input indicators i 3 DIN rail clip 7 Direct mounting holes oq Output indicators 4 DIN rail 8 Model name a DVP EH Series Model i n 7 Model Powor input unit 3 Output unit Points Type Points Type DVPO8HM11N 8 0 N A DVP16HM11N 16 0 DVPO8HN11R 0 8 DVP08HP11R 4 DC Type 4 Relay 250V AC 30V DC 2A 1point 24V DC j DVP16HP11R 8 Sink Source 8 DVPO8HN11T 0 8 DVPO8HP11T 4 4 Transistor 5 30V DC 0 3A 1point at 40 C DVP16HP11T 8 8 Model Beer Input unit Output unit Points Type Points Type DVP32HNOOR 0 32 DVP32HP00R 16 16 Relay 250V AC 30V DC 2A 1point DVP48HPOOR 100 240V 24 DC Type 24 DVP32HNOOT AC 0 SinkSouce 32 DVP32HPOOT 16 16 Transistor 5 30V DC 0 3A 1 point at 40 C DVP48HPOOT 24 24 O Specifications a Electrical Specification Model 08HM11N Item 16HM11N Power supply voltage 24V DC 20 4 28 8V DC 15 20 100 240V AC 1596 1096 50 60Hz 5 Power consumption 1W A 5W 1 5W 1 5W 2W 30VA 30VA 30VA 24V DC supply current NA NA NA NA NA 500mA 500mA Power protection 24V DC output with short circuit protection Voltage withstand 1 500V AC Primary secondary 1 500V AC Primary PE 500V AC Secondary PE Insulation resistance 5 MO at 500V DC Between all input output and e
9. 1 PLC 2 PLC 39V A Y V OPENTYPE YO 9 DVP EH PAEA EA EH 8 48 EE EE DVPO8HMIIN DVPI6HMIIN DVPOSHNIIR T DVPIGHPIIR T DVPO8HMIIN DVPI6HMIIN DVPOS8HNIIR DVP08HP11R DVP16HP11R DVPOSHNIIT DVPOSH
10. VO 3 4 10ms Off 1 24V 0 5A 6 7mA 16 PLC ss 1 6mm E PLC PLC On Off PLC PLC PLC 100V AC 240V AC LN 110V AC 220V AC D 100 240VAC zoa A 1 1 1 rd l F 1 i i 1 i i 1 i 1 A
11. 32 X20 PLC m an 60 75 C Y20 MPU EXT1 EXT2 EXT3 EXT4 PLC MPU 16EH 32EH 64EH 8 16 32 8 16 32 X0 X7 X0 X17 X0 X37 EXTI 32HP 16 16 X20 X37 X20 X37 X40 X57 EXT2 48HP 24 24 X40 X67 X40 X61 X60 X107 EXT3 08HP 4 4 X70 X73 X10 X13 X110 X113 EXT4 08HN 0 8 Y0 Y7 Y0 Y17 Y0 Y37 Y20 Y37 Y20 Y37 Y40 Y57 Y40 Y67 Y40 Y67 Y60 Y 107 Y70 Y73 Y70 Y73 Y110 Y 113 Y74 Y103 Y74 Y103 Y114 Y123 1 MPU 16 16 16 16 mi 1 DVP EH PLC 24V 2
12. PLC PLC M4 SR LL 1 O Y 5 8 kg cm 4 3 6 9 in Ibs 2 D PLC T PLC 4 PLC 50mm PLC Les ove meu ee PLC hier
13. 16 REDA FPT AE A RS RURSUS SEE TED ARE FRIRE 16 16 DVP EH PLC 1 Hooy Ae 240V AC LN 110V AC x 220V AC f 2 VO On Off 24V lig ol A Ba PLC JRR gt 3 1 6mm EI 4 10ms PLC REDE gt PLC 5 1 388688 Off Iis ERSTE PLC gt 1 i8 PLC ARRARAS as RUE E dS u EI Ea i 100 240VAC LINO IEJ ss xo Xi x 20A i i gt DC DC 45V AER 91i IET T 24V 6 7mA Mahim
14. Direct Mounting Use the specified dimensions and install with M4 screws 1 Please use O type or Y type terminals for l O wiring terminals The Wiring specification for the terminals is as shown on the left PLC terminal screws should be tightened to between 5 8 kg cm 4 3 6 9 in Ibs Use copper conductor only 60 C 75 C t mo 2 DO NOT wire to the No Function terminals I O signal wires or power n supply should not run through the same multi wire cable or conduit 3 When tightening the screws and performing wiring please avoid that metallic particles fall into PLC After completing wiring please remove the label which is used to obstruct the metallic particles on the ventilation hole for well heat dissipation 4 There should be a 50mm or more distance between the PLC and other control component Also keep the PLC away from high voltage line and power equipment For heat dissipation Make sure to provide a minimum clearance of 50mm between the unit and all sides of the cabinet shown as below To suit M3 5 screw terminal Below 6 2 00 n Environment 1 DO NOT store the PLC in an airborne dust smoky metallic particles corrosive or flammable gases 2 DO NOT store the PLC in a location where temperatures and humidity will exceed specification 3 DO NOT mount the PLC in a location where vibration and shock will exceed specifica
15. 0 5A A 168585 AE Eu Hisl A EGER 100mA t b 24V la HA 400mA jw di rds E etin uec T r Rm ttc Beet m AET i E x O auri Gat RI GA o gami BEE RHEE O RER DERA THERE PETEGOS NUR WEIRRHESSE TD LEER REED RETE RE T E AER RIIE ED Gi 2 UE HAE Fb ABE OR 9 DVP PLC zi l 100Q DLF AO 100 240V AC 50 60Hz DC 24V DC DC DC SINK SOURCE Sink S S ss n d sinha ka xo Source S S Sm 9 l DC Signal IN ES jF f SE Bes wT i k DENEN X I E
16. Relay output wiring 2 co Yo C1 Y1 DEI S ae Fuse Diode in reverse direction to protect the relay 1 Ya vsT Mutually exclusive outputs 2 Emergency stop use an external switch E Surge absorber 3 Conductive loading E Incandescent lamp resistive loading DC supply eeoeeeeoeeee AC supply 1 There is no protection circuit for the Relay output in the PLC If DC conductive loading is on add a diode in reverse direction in parallel to extend the life of the Relay The diode in reverse direction should correspond to the following specification The diode is able to withstand 5 10 times loading voltage as maximum The forward current of the diode must be greater than loading current 2 Use external hardware interlock and those in the PLC program to secure any emergent errors with safety protection 3 There is no protection circuit for the Relay in the PLC If AC conductive loading is on connect a surge absorber 0 1uF 100ohm to 1200hm to reduce interference and extend the life of the Relay DO NOT wire to the No Function terminals Transistor output wiring Emergency stop Fuse vr Ys Mutually exclusive output 1 DC apply incandescent lamp resistive loading Diode i in reverse direction to protect the transistor 2 Conductive lo
17. terminal or input points will permanently damage the PLC 2 The AC power inputs for the MPU and the I O Extension Unit should be ON or OFF at the same time 3 Please use wires of 1 6mm or above for the grounding of the MPU 4 If the power cut time is less than 10ms the PLC still operates unaffectedly If the power cut time is too long or the power voltage drops the PLC will stop operation and all outputs will be off Once power is on again the PLC will resume automatically There are latched auxiliary relays and registers inside of the PLC please be aware when programming i eT 7 Fu ul 100 240VAC B 24v 246 ss xo x X AC Input 2d BERG sov Type 1 IETT The 24V supply output is rated at 0 5A as max from MPU DO NOT connect external power supply to this termianl Moreover it takes 6 7mA to drive each input point so total of 100mA is needed for 16 input points As a result the output load of 24V should not exceed 400mA Since the PLC is in control of numerous devices operation of either one device could affect the operation of other devices therefore the breakdown of either one device would consequently be detrimental to the whole auto control system and danger will thus be resulted Please use the recommended wiring below for the power input Power supply for AC loads Q Fuse for cir it pro
18. 2008 04 25 5011670800 HD00 A MELTA DELTA ELECTRONICS INC ZB WUD INSTRUCTION SHEET A Digital l O Extension Unit A BORAH A IO www delta com tw industrialautomation HTA Y Always read this instruction sheet thoroughly before using DVP EH digital I O extension unit Y This is an OPEN TYPE extension unit The extension unit should be kept in an enclosure away from airborne dust high humidity electric shock risk and vibration Also it is equipped with protective methods such as special tools or keys to open the enclosure so as to avoid the hazard to users and damage the extension unit Y DO NOT connect AC main circuit power supply to any of the input output terminals as it will damage the extension unit Check all the wiring prior to power up DO NOT touch terminals when power on 9 Introduction Thank you for choosing Delta DVP EH series PLC The main processing units offer 8 48 points and the maximum input output can be extended up to 256 points Product Froni and Outline AHA ji ji in e 40 O Model Dimension mm Length Width Height DVPO8HM11N 90 40 82 DVP16HM11N 90 55 82 DVPO8HN11R T 90 40 82 DVP16HP11R T 90 55 82 Dimension mm
19. M 16in 08HP 16HM EON EOE CRETA KAA AA KA KAEA RET DVP 16HP Bin Bout DVP 32HN 320ut oup sspapepepo Tap va wef 32HN AC Power IN xo x1 x2 cof vof vif vay 4L a s RE 3 RENEA EAE OEKE z e DVP 32HP 16in 160ut DVP 48HP 24in 240ut 32HP AC Power IN DC Signal IN 48HP AC Power IN DC Signal IN o IYiTYspva vsTv7 Ivio vi1 vi3 Y12 V15 v17 Yo KANI sal Yaj y5 Y7 Ico KAKI n via V15 v 17 Y20 v22 KEZ KE co Yz Pe Tei Ye 2 T62 KAE T63 Yisp 199 eiLvsp Tcz v Tena EEE n fs ZI BOR DIN GERTE PLC ERRUA SA 35mm DIN 4L HG ts Zo PLC KERER EZ FJ SERERE FHE PLC t 1518 EHE PLC PLC PLC A X EAECERATIBE f EEDIT REVERSUS Ma am E PHG PLC DVPMPU e TERARI MA SR m l BLA BUS FH O PLC hi TIRATE 5 8 kg cm 4 3 6 9 in lbs 60 75 C AISR t Om I 3 2 ser A RCRUM HORAS RR TELA ERIS MSEE 3 gift HC HERD MU NT ESRA PLC rp ERRER 82 m PLC
20. PIIT DVPI6HPIIT 256 90 90 90 90 mm 9 Qn 3E w DVP32HNOOR T 90 143 5 82 2 il DVP32HPOOR T 90 143 5 82 2 DVPA48HPOOR T 90 174 822 __5 9 Es 6 Ex 0 7 8 8 0 16 0 0 8 4 4 ki Relay 250V AC 30V DC 2A 1 24V DC s ee 3 Relay 0 8 4 4 Transistor5 30V DC 0 3A 1 40 C s bbs aio ERO d ER DVP32HNOOR 0 32 DVP32HPO0R 16 16 8 Relay250V AC 30V DC 2A 1 DVP48HPOOR 100 240V 24 DC Type 24 DVP32HNOOT AC O SinkSouce 32 Transistor 5 Li DVP32HPO0T 16 16 40 C DVP48HPOOT 24 24 OFig a OSHMIN OSHNIIR T O8HPIIR T 16HPIIR T 32HNOOR T 32HPOOR T 48HPOOR T 16HMIIN 24V DC 204V DC 28 8V DC 15 2096 nn 240V AC 1556 10 50 60Hz IW LSW L5W 15W 2W 30VA 30VA 30VA 24V DC NA NA NA NA NA 500mA 500mA 24V DC DC24V 1 500V AC Primary secondary 1 500V AC Primary PE 500V AC Se
21. ading Resistive loading S e aS lelele 1 Use external hardware interlock and those in the PLC program to secure any emergent errors with safety protection 2 Use Zener diode 39V inside the PLC to protect the transistor If conductive loading is on adding a diode in reverse direction in parallel is recommended V Y OPENTYPE o DVP EH EH 8 48 Ries 256 x T DVPO8HMIIN 90 40 82 DVPI6HMIIN 90 55 82 DVPOSHNIIR T 90 40 82 DVPIGHPIIR T 90 55 82 a 7 909 9 6 06 E
22. arth ESD 8KV Air Discharge EFT Power Line 2KV Digital VO 1KV Analog amp Communication l O 250V Digital VO 1KV RS 26MHz 1GHz 10V m The diameter of grounding wire cannot be smaller than the wire diameter of the terminals Land N All DVP units should be grounded directly to the ground pole Operation 0C 55 C temperature 50 95 humidity Pollution degree 2 Storage 25 C 70 C temperature 5 95 humidity 08HN11R T OBHPT1R T 16HP11R T 32HNOOR T 32HPOOR T 48HPOOR T Noise immunity Grounding Environment Vibration shock 3 T 24 id 2 Tesistanos Standard IEC61131 2 IEC 68 2 6 TEST Fc IEC61131 2 amp IEC 68 2 27 TEST Ea Weight g 124 160 130 120 136 116 225 210 660 590 438 398 616 576 Approvals C us 9 O Terminal Specification Input point Input point type DC Input type DC SINK or SOURCE Input current 24V DC 5mA dive deus Off On above 16 5V DC On Off below 8V DC Reaction time About 20ms Circuit isolation Photocoupler LED On operation indicator Output point Output point type Relay R Transistor T 55 C 0 1A 1point 50 C 0 15A 1point 45 C 0 2A 1point 40 C 0 3A 1point 2A COM Voltage specification Below 250V AC 30V DC 30V DC 75VA inductive 90W resistive Reaction time About 10ms Current specification 1 5A 1point BA COM Maximum load 9w Off On 15us On Off 25us 9 Installation and Wiring 1 Digital I O Terminal Wiring
23. condary PE 5MO 500V DC ESD 8KV Air Discharge EFT Power Line 2KV Digital I O 1KV Analog amp Communication I O 250V Digital I O IKV RS 26MHz 1GHz 10V m L N PLC 2H 0 C 55 C 50 95 2 29C T C 5 95 IEC61131 2 IEC 68 2 6 TEST Fcy IEC61131 2 amp IEC 68 2 27 TEST Ea e 124 160 130 120 136 116 225 210 660 590 438 398 616 576 Wi CCo C a SINK SOURCE 24V DC 5mA PP Off On 16 5V DC a On Off 8V DC 20ms LED On R T z 55 C 0 1A 1 50 C 0 15A 1 L5A 1 SAICOM 45 C 0 2A 1 40 C 0 3A 1 2A COM 250V AC 30V DC 30V DC 75VA 9W BARN 90W 10 ms Off On 15us On gt Off 25us
24. dc BEER nien j X30 B DVP32HNOOR T 90 143 5 822 DVP32HPOOR T 90 143 5 822 DVP48HPOOR T 90 174 822 y RAR 3 Sew DVPO8HMIIN 8 0 DVP16HMIIN 16 0 f DVPOSHNIIR 0 8 DVPOSHPIIR 4 DC Type 4 Relay 250V AC 30V DC 2A 1 24V DC DVP16HP11R 8 Sink Source 8 DVPO8HN11T 0 8 DVPOSHPIIT 4 4 sd Transistor 5 30V DC 0 3A 1 DVP16HP1IT 8 8 m DVP32HNOOR 0 32 DVP32HPO0R 16 16 Relay 250V AC 30V DC 2A 1 DVP48HPOOR 100 240V 24 DC Type 24 DVP32HNO0T AC 0 Sink Source 32 DVP32HPO0T 16 16 Ta Transistor 5 30V DC 0 3A 1 DVP48HPOOT 24 24 e E OSHNIIR T OSHPIIR T IGHPIIR T 32HNOOR T 32HPOOR T 48HPOOR T 24V DC 20 4V DC 28 8V DC 15 20 a 15 10 IW LSW L5W 15W 2W 30VA 30 VA 30 VA 24V DC NA NA NA NA NA 500mA 500mA 24V DC 24V DC 1 500V AC Primary secondary 1 500V AC Primary PE 500V AC Secondary PE ASESOR 5 MQ 500v DC ESD 8KV Air Discharge EFT Power Line 2KV Digital I O 1KV Analog amp HEN EJ Communication I O 250V Digital I O IKV RS 26MHz 1GHz 10V m L N PLC
25. s TEET SINK cma BEES Ma A RECIPE AERE S DC Signal IN Hm E49 c b s SOURCE POZAR TEE EADE KE ARE Z mih T vo ci v c2 v2 va e vs EJ pns mn OER e LJ O senti BOTE o 3o Q mmo 93 wct Mc2 93 o o OL Ue fuss UERR e LO ences PLC D 1 5 10 fhe 2 PLC 3 PLC Je IIBER SD 100ohm to 120ohm LECHE HB aaaea ipt E t iie co Yo C2 Y4 YS ot 3o eo d Ao isse i e nil HE 2 0 luF mr liom L EL CTUM Cor S HU
26. tection 3A limi 9 Power on pilot indicator OE Emergency stop a manual stop button i is provided Tor emergency to disconnect system power Ne Circuit isolation device System Power Disconnect use electromagnetic contactor and the relay to be the isolation unit of m the power circuit to prevent the possible instability of the system when the power is supplied on and off 7 7 ds T Class three grounding I No RE AC 100 240V AC 50 60Hz DC 24V DC u Input Output Point Wiring Input Point Wiring There are SINK and SOURCE types for the input signal of the input point with DC input Definition as follows Sink Current flow into common terminal S S Source Current flows out of common terminal S S sis x pua Eo 3 gt guo DC Type nput point loop equivalent circuit Wiring loop DC Signal IN 4 I miy M i SINK Mode e fig 1 T Current flows into the IX i REST RE common terminal S S Hi Sink Type nput point loop equivalent circuit Wiring loo DC Type put pt p eq i ig loop DC Signal IN h th ol SOURCE Mode 4 Current flows out of i ETATE common terminal S S Output Point Wiring DO NOT wire to the No Function terminals
27. tion u O Point Serial Sequence When connecting MPU with less than 32 points to extension unit the input number of 1 extension unit is started from X20 in sequence and the output number is started from Y20 in sequence If connecting MPU with more than 32 points to extension unit the input number of the 1s extension unit is started from the last input number of the MPU in sequence and the output number is started form the last output number of the MPU in sequence MPU j EXT1 EXT2 EXT3 EXT4 Input Output points points MPU 16EH 32EH 64EH 8 16 32 8 16 32 X0 X7 X0 X17 X0 X37 PLC Model Input number Output number Y0 Y7 YO Y17 YO Y37 EXT1 32HP 16 16 X20 X37 X20 X37 X40 X57 Y20 Y37 Y20 Y37 Y40 Y57 EXT2 48HP 24 24 X40 X67 X40 X67 X60 X107 Y40 Y67 Y40 Y67 Y60 Y107 EXT3 08HP 4 4 X70 X73 X70 X73 X110 X113 Y70 Y73 Y70 Y73 Y110 Y113 EXT4 08HN 0 8 Y74 Y103 Y74 Y103 Y114 Y123 In system application example if the input output of the 1 MPU are less than 16 its input output will be defined as 16 and thus there are no corresponding input output for higher numbers The input output number of extension number is the sequential number from the last number of the MPU a Power Input Wiring and Specification The power input for DVP EH series PLC is AC input Please pay particular attention to the following notes 1 Connect the AC input 100 240V to terminals L and N Any 110V AC or 220V AC connected to the 24V
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