IVC1 Series DC PLC Quick Start User Manual
Contents
1. YO Y1 Y2 Y4 COM O COM 1 2 Y3 Y5 Ye 10 12 Y14 Y16 Y7 COM 3 Y11 Y13 Y15 Y17 5 60 piont Input terminal sis xo x4 xs x10 x12 x14 X46 xt x xs x7 x13 x15 x17 Output terminal YO Y1 Y2 Y4 Y6 Y10 COM 3 Y11 2 Y12 Y14 Y16 Y 20 Y22 Y24 Y26 Y13 Y 15 Y17 ICOM 4 Y21 Y23 Y25 Y27 COM 01COM 1 COM 2 Y3 Y5 Y7 2 Power Supply The specification of PLC built in power source is listed in the following table Power suppl For normal startup and voltage Ppiy Vac 119 24 30 loperation Enhanced or double 9 insulation is required Output 5V GND mA ooo The total power of two outputs lt 3 Digital nputs amp Outputs 3 1 Input Characteristic And Specification The input characteristic and specs are shown as follows High speed input terminals XO X7 Input mode Source mode or sink mode set through s s terminal Mpu 24Vdc voltage 3 3kO 4 3kQ impedance Input ON External circuit resistance 4000 Input OFF External circuit resistance gt 24 Digital fitr SOS have digital filtering function Filtering time 0 8 16 32 or 64ms selected through user programme Hardware lnput terminals other2. 0 Ul JOU 31 64016 911 o np Od 8u panou m SuoneEnis y ul pebieyo aq osye SUJUOW g UIYJIM U A3 Aueue JO no SE aq IlEUS NS onpoid d jlu uBpni jo siseq los v SI NS 19npoid y uoluM Jo 353npoid y JO 3Ep l SI p ll d AJUCIIEM JO 9 1 Suollipuo uone s do jewsou y 10 yne Aue sey 184 O 1d 34 o Buuied i pue 6 S JONPUOD LANI ponad U lUA ulU IA SU Uuoul 9 SI ponad AJUCLIE A Z A UO 214 v o peuyuod si S9lJON Vuu G uey 6 5 SI JUBIIND BY u UA SoO 2 o ACW opluoo y JEU SION r 1 JO 51061400 eui x sn SPEO Jeb Je Hoddns o VZ uey H EU S speoj Hoddns ued 51061 00 ef l S uu uoe si uo spu d p 5126 02 ef l Jo ueds lil y sne q Aqess u U UM juo S 551U02 El l v Z D AO IE 51 Ju JIno I AO JO DENOA I AO OU pue SJa OWWeIed 3117989 Jo sju uui uib i y Aq p qe snw INDIO indino v Jo ubis p ul 22 M n sn v ue indino JO SISUCJ v JOOUUOD BuluJe M x enue JASN 2 d S M S LOAI O Aq 3091 2484S O I 8
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6. s poyy 0 LYOd 0 LYOd JO 090 01d UONEDIUNLULUOD y S uluui9 9D 5 UOHO S pow yL sdqoozl sdqoorc sdq0089r sdq0096 sdq00z61 sdq00r8 sdq00929 580400201 pnyoul pneq p lioddns ql LHOd pue 0 1MOd sHod uORPOlunuluo snouoJyoudse jenas OM sey npoui Xlseq 214 DOC S H S Hod uoNedIUNWWOD S INDJIO 1402 DE 0A MO SDOLEA peo 041002 9PA022 S EU LL UOLULUOD 99uuo02 o YO01q 801 SN Y m M sss saus AS WOO LLA OLA INOO 9A SA TA EX CA IQINPI9TI IOAI 4 OLX VX X CX IX OX SHSHSHSHS
7. than XO X17 are of hardware X0 X7 high speed counting interrupt and pulse catching X0 and X1 up to 50kHz counting frequency X2 X5 up to 10kHz counting frequency The sum of input frequency should be less than 60kHz Common terminal Only one common terminal COM The input terminal acting as a counter has a limit over the maximum frequency Any frequency higher than that may result in incorrect counting or abnormal system operation Make sure that the input terminal arrangement is reasonable and the external sensors used are proper Item General input terminal Electric parameters High speed function Input connection example The following diagram shows an example of IVC1 1614MDR in connection with an IVC1 0808ENR which realizes simple positioning control The positioning signals from the PG are input through high speed counting terminals X0 and X1 the limit switch signals that require high speed response can be input through high speed terminals X2 X7 Other user signals can be input through any other input terminals Use terminal block to connect common terminals m n q YO COMO Y1 COM1 3 2 Output Characteristic And Specification The following table shows the relay output and transistor output When output state is ON the circuit is closed OFF open Common Divided into multiple groups each with a common terminal COMn suitable for control circuits with different potentials All common te
8. IVC1 Series DC PLC Quick Start User Manual Thank you for using INVT programmable logic controller PLC Before using the product please carefully read this booklet so as to better understand it fully use it and ensure safety This quick start manual is to offer you a quick guide to the design installation connection and maintenance of IVC1 series DC povvered PLC or DC PLC convenient for on site reference This booklet briefly introduces the hardware specs features and usage of IVC1 series DC PLC plus the optional parts and FAQ for your reference For detailed product information please refer to our VC7 Series PLC User Manual Auto Station Programming Software User Manual and IVC Series Micro PLC Programming Manual For ordering the above user manuals contact your INVT distributor or sales office You can also download the PLC technical documents or feed back PLC related problems by visiting our web site at www invt com cn To Customers Thank you for choosing our products To improve the product and provide better service for you could you please fill in the form after the product has been operated for 1 month and mail or fax it to our Customer Service Center Thank you very much Invt Control Technology Co Ltd Product Quality Feedback Form Address Model Machine SN Appearance or structure Performance Package Material Quality problem during usage Suggestion about improvement U Address Gaofa I
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10. le 2A 1 point 8A 4 points using a 2 o o 5 gt The following diagram shows an example of I1VC1 1614MDR in connection with an IVC1 0808ENR Different output groups can be connected to different signal circuits with different voltages Some like YO COMO are connected to the 24Vdc circuit some like Y1 COM1 are connected to the 5Vdc low voltage signal circuit others like Y2 Y7 are connected to the 220Vac voltage signal circuit onou 1nOU1 44 aBueud o o qns sue 1u uunoop Si u 514 2 D AH S L S U DL V 02 Ionuoo yu Aq LL0z 1uBu doo 11 04 9 das UOISIADY O LA UOISI A UD WO OJJUOD AUI MMM BEd uloH Oud u uzu us GG081G JOUISIG ueusueN Bull6uo1 Yed jenzsnpuj ejoeg ssaippy o ABojouyse 0 11402 LANI Apno ip Auedwoo Jno JO 401 01 151 v 1 61400 sp ld ons nb Aue ABU noA Jl Z o sp u JONpOJd y U UM yun 1 v o Jaded siv MOUS pue 1 ded siy d y 4 9 S JIPA 1d JOCIJUOD y 19E nuo2 Aue 51 1 U J SISO y o Bulpsoooe pabieyo OU G suonounJ 14 JO sn s doldul v o np Od 8u o p nou s eweq m jewouqe 0 np 214 8u x m enue JOSA v
11. ndustrial Park Longjing Nanshan District 518055 Shenzhen PRC Tel 86 755 1 Introduction 1 1 Model Designation The model designation is shovvn in the follovving figure MD R IVC 1 16 14 Output mode R relay output T transistor output N no output Power input mode A 220ac input D 24Vdc input N no external power input Module type M Basic module E Extension module Output points In this example 14 Input points In this example 16 Sub version number indicating functional or structural change changing by the order of A B C Z When empty it indicates no sub version change Series number 1 mini 2 small 3 mid 4 large INVT Controller module 1 2 Outline The outline of the basic module is shown in the following figure by taking the example of IVC1 1614MDR Power supply terminals Input terminals Mode selection O OO PORT 0 Input status indicators switch Ao oot 290 eee e e e 1016 System status indicators Extension port Output status indicators 2e L lelelelelelelelelelel PORT 1 Variable analog Output terminals po
12. rminals are isolated from each other Voltage 257 0 eg 24Vdc correct polarity required polarity requirement Current Accord with output electric specs see following Table Difference High driving voltage Small driving current high frequency large current long lifespan Loads with low action Loads with high frequency and long Application frequency such as life such as control servoamplifier intermediate relay and electromagnet that action contactor coil and LEDs frequently The following table shows the electric specs of output terminals Relay output terminal Transistor output terminal Switched voltage Below 250Vac 30Vdc 5 24Vdc Circuit isolation By Relay PhotoCoupler output contacts LED is on when optical Operation indication 20 closed LED on coupler is driven 0 Less than 0 1mA 30Vdc circuit YO Y1 0 3A 1 point Others 0 3A 1 point 0 8A 4 point 1 2A 6 point Resistive load COM 1 6A 8 point Above 8 8A 8 points using a points total current COM increases 0 1A at each point increase YO Y1 7 2VV 24Vdc Inductive load 220Vac 80VA Others 12W 24Vde mn YO Y1 0 9VV 24Vdc Illumination load 220Vac 100W Others 1 5W 24Vdc Response OFF ON 20msMax Y Y1 10us time ON OFF Others 0 5ms Y Y1 max output Each channel 100kHz frequency Output common YO COMO Y1 COM1 After Y2 every 8 terminals terminal use one isolated common terminal Fuse protection Output connection examp
13. tentiometer PORT 0 and PORT 1 are communication terminals PORT 0 uses RS232 mode with Mini DIN8 socket PORT 1 uses RS485 or RS232 mode The busbar socket is for connecting the extension module The mode selection svvitch has three positions ON TM and OFF 1 3 Terminal Introduction The layouts of terminals of different 1 O points are shovvn belovv 1 16 point Input terminal sis Xo x2 x4 x6 10 s 1 x3 x5 x7 X1 Output terminal vo Yt v Ts Y5 COM O COM T eoma Y4 2 24 point Input terminal xi x3 xs x7 xr xe xis Output terminal Yo yt v2 Y4 Y6 YD com ojcom 1 coM 21 vs vs v7 YT 3 30 point Input terminal sis xo x4 xe x10 x12 x14 X16 pe xt xs x x13 x15 x17 Output terminal yo yt v2 v4 y vo vi2 via 4 40 point Input terminal S S XO X2 X4 X6 X10 X12 X1 X3 X5 X7 X11 X13 2 X 14 X 16 X20 X 22 X 24 X 26 X15 X17 X21 X23 X25 X27 Output terminal
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