IVC1-2AD Analog Input Module User Manual
Contents
1. Suonipuo5 uonesado jewou y apun Beuupp Jo yne Aue sey yeu Td 34 o Buuied i pue soueUS UIeEW 314 S ONPUOD py OD ABojouyose O4JU09 O NY LANI POled YoIyM uym SYJUOW gp SI poled AjueeM Z AJUO Od 24 0 p uljJuo2 si eHues AjUeWeM U S9lJON Jem yos sou y uBnoiu xoq nBo jeip uoljejnBijJuoO GVZ LOAI U sn1e S JOU 94 X99490 440 JO Ajmojs yse 4 uoneJsado euuou ul GYZ LOAI Apyoinb use j JOJESIPU I NNY 9y JO SNjejs eu Ane GVZ LOAI 10 Ane Ajqissod Ajddns semod op Ayz 440 Jewuou Ajddns samod Op Arz NO JOJEDIPU APTS 94 JO Sn e s SUL jndul Bojeue jo Punim oul npouu S iseq y pue UOIOBUUOD l qe2 UOISUS X9 y Y29492 44O p o uuoo AjJedoud s jqe uoisu x y NO JOJESIPU YAMOd 8u JO SNjejs sul suu 1 i BUIMO JOJ BY Y29349 Ayjeunouqe JO ased ul yne4 uodn uonosedsu Z s S JEYS NNY O jNpow UleW LOAI 8u 19S G 4991109 ose SHues JO OWWeIed pue poujew uoljeJado y suns yew pue uonesijdde ay Y29349 r qe5 uoirsu x y uBnoiu jnpow sIseq ay Aq p s mod si AYZ LOAI JO Ini Ie IBIp y OJON D pEo i Ao JOU de s l ddns Jamod AtZ pue AG 34 Jeu Y29949 uod uolisu x y u p l sul lu 9doid sI GYZ LOAI JO lqe9 uoisu x y JEY YOOUD Z BULIM g s syu w nb y sz w zndu Hoyeue zo Bum y zey YOOUD uolo dsu unoy S uolo dsu uoljBJ9doO G o2. poui jauUeYd y Jos 1sn noA J s n B A slay BHueYS JoUUeD si sn p BuEeu2 s 009 W49 u ym pow y o Buipio55 e BuEuD2 IIIA LV pue OV pouu 1u s id y ul jndul Hoyeue wnwxew y SI V pue 0 SI OV p aniy ul Aes 0 si Jeu powW Ju s id y Ul njea Hoyeue wnwxew y pue 0 o p xiJ AJ AI OedsSeaL ae LV pue oy suolounj Bulo ji ynoyyim ss ooid uonei do y Jli duuis o AYZ LOAI JO sonsuajoeseyo jauueyD L aunbi4 Bun s sonsuejoeseyo jouueyyD x x j pow jauueUuD w ov J Indyno renea yndul Bojeuv lt lt jouueug lt q V
3. 1nBij Buimojjo y Ul UMOUS Se anjer BbeJene y AI9591 O ZG pue G sJejsiBbey eyep sn pue p o Sow Hulj dwes aHesare au JOS WWOZ 0Z Ndu Ju Jino 10 ZHO SN A0L A0 yndul BHeyOA 10 HD sn enue JASN 2 Td SAAS LIAI S s npoui UOISUS X9 JO HulSSeuppe y 104 SI SSouppe jnpow GYZ LOA a dwexy uoHeolddy siseq pt duiexd uoneojddy sonsuajoeseyo jauueyo jndul BulbueyD inBi j 0008 s ndino vuu0z JO AGS ndul Bo euv 0 s ndjno yup 10 A yndul Bo euv 000z s ndjno vuu0 10 AS ndu Bojeuy 000Z Ld 00S 0d Epon 000 OL s Ndyno AOL Indu Bojeuy 0 sindjno A0 ndul Bo euv 000 0l slndino A0 1ndu Bojeuy 000 0l LA 0 0d 0 9PON 00004 sollsu 5o5 eieuo jouueyo Hulbueyo Jo duiex ue Su 1J J li INOA JO s piAoid ni Buinas pea jeulBiuo y uigzuiew nq y d 52e Jou m GYZ LOA ebues SIU pis no s Bun s y JI 00004 OOOOL S LG pue oq Jo Bue i Buljjes ul LG pue oq Bu ueguo Aq sonsiajoeseyo jauueyo y Hueyo ued no A Lg pue og BuIBupu2 jnoyjim apow sA So3I JSI9 9PIpUuO Z aunble suyas Ayoj0e pow g acct 000S 00001 lt Au v 00001 ynejap si Z aunbi4 ul v SUL Z nBijg u umoys Se q pjnoys pow SA SOI SWE JOeJEYO BUUeYO y Jauueyo Buipuods uioo y JO d pue oq 3y BuiBueuo noul A 009 Ad48
4. IVC1 2AD Analog Input Module User Manual Note To reduce the chance of accident please carefully read the operating instructions and safety precautions prior to use Only adequately trained personnel shall install or operate this product In operation strict compliance with applicable safety rules in the industry the operating instructions and safety precautions in this book is required 1 Port Description 1 1 Port The extension port and user port of IVC1 2AD are both protected by a cover as shown in Figure 1 1 Extension port cover IVC1 2AD User port cover Extension cable Figure 1 1 IVC1 2AD appearance Removing the covers reveals the extension port and user port as shown in Figure 1 2 Extension port Extension cable Figure 1 2 IVC1 2AD ports The extension cable connects IVC1 2AD to the system while the extension port connects IVC1 2AD to another extension module of the system For details on connection see 7 2 Connecting Into System The user port of IVC1 2AD is described in Table 1 1 Table 1 1 User port description Terminal Name 1 Vr Analog power supply 24V a wer sup 26 GND s s Voltage input of CH1 CH2 Description 6 10 FG Shielding ground 11 12 Current input of CH1 CH2 VI1 VI2 Common GND of CH1 CH2 Note an input channel cannot receive both voltage signals and current signals at the same time If you intend to use a channel for current signal
5. M After IVC1 2AD is set through the host software the basic module will write data into IVC1 2AD BFM to set the state of IVC1 2AD and display the data from IVC1 2AD on the host software interface See figures 4 2 4 6 Table 2 3 describes the contents of the BFM of IVC1 2AD Table 2 3 BFM Contents 100 veragevalue of HT TOR FiO Average value A 200 CurentvaueorCHF R 201 CurentvaueofCH2 R M CdR 700 Average sampling times of RW CH1 Average sampling times of CH2 en jonm en omo oe 8 903 CH1 A1 10000 input mode 0 R e o0 oe R 2000 nputmode 0 eor onen 10000 input mode oy R AD i d 2000 s ee eA 0 15ms CH RW switchover 4094 Module software version 0x1000 R 4095 Module ID 0x1021 R Explanation 1 CH1 stands for channel 1 CH2 channel 2 2 Property explanation R means read only An R element cannot be written RW means read and write Reading from a non existent element will get 0 3 Status information of BFM 300 is shown in Table 2 4 701 RW Table 2 4 Status information of BFM 300 Bit status of N 1 FF b1 or b2 is ON AD conversion of b0 error No error all channels stopped b1 channel Channel characteristics settin h teristics 9 error in BFM ee error setting normal b2 P ieee 24Vdc power supply failed S 59 failure normal Channel characteristics setting Bit status of N 1 OFF 0 AD rt ther h ee eee te oo er or other hardwar
6. NSUaJIeJeEYO ZHD bulBbueyD G p nbl npouu ulew Bulpuodse 03 au 40 Ssauppe 13451531 Q atp sueaW JELA uo ALR ur JEW Q SIBLA JI Z ONY JO NU 0 way Burpuodsa u0 gt atp 1 s se jd anpow L u NJeA 1 neJ p aly sn o p u NO JI T 310N F spp Y ouaz 4e joya edd anama a T puue apow F puueyp 1nchnO Ja i a anjer a zal Z a scar sae JAY kaw anjer jey5ip oJaz 4e 0002 yo wy saddn O05 oos anjen jepiqg AOT OT apow qI anpow UOISJ AU02 V SMES 10113 la agewony uot eIn3tzuo dyZ IO2AT S jeIiey LHD BbulBbueyD p p In Dij npoui ulgui Buipuods 1Jjo2 JO SsaJppe 13451531 q L sue u eLp Hg Ap SS Q ps asap ji z Qn JO NU 0 wag Bulpuods uuo3 ayy jas aseaid ainpow ayy u anjen yneyap ayy sn 0 pa u no JI T 3 0N Ao 77 x njgA1nmno jauueYy PON ly jauueLp 1nchno ja ajaj XE ote anea jepp p FT ouaz 4e 0000F ga oon Of anemia awg Buydwes b abesaay Jal qt lnpow SMES JONI fal 3neuonv U0ISJ AU02 qY uorygznarjuo3 dyZ I2AT s 1nBi Buimojjo y u UMOUS Se anjeA SHeJOAC y AI9591 0 ZG pue q si sIB 1 eyep sn pue ZHD pue LHD JO Ajanyoedsas ainbi4 u g pue v sosuepeeyo zas y 0 saw Hul dwes aHesane y 8S Jene JASN 2 Td SAUAS JAI 88s s npoui uoisu x Jo Buiss ippEe y 104 SI SSeuppe jnpow QYZ LOAI SOUL e dwexy son
7. cteristics the channel characteristics can be defined by just two points PO AO DO and P1 A1 D1 where DO is the channel s digital output corresponding to analog input AO and D1 is the channel s digital output corresponding to analog input A1 Sl ou nou A aBueyod o o qns ase JUBWINDOP s y Ul SJUB JUOD BU p A48S 1 syfu V ZLOZ GL Aueniqa4 a ep UOIs AaY OLA UOISI9 LUO9 OJJUOD AUI MMM obedewoy eulud u uzu us GG09 S 19ll1siq UeysUeN BullBUO7 Yed Azsnpuj ejoes ssaippy py oo ABojouyos Jolnluo5S5 o ny LANI UeyZUeUS Allo uip ueduuoo Jno JO jo nqii sip 34 JOe UOD se ld uons nb Aue sAey noA J Z p lied 1 q o sp u 159npoid y UBUM yun sueuazyuiew y o J9ded siy MOUS pue Jaded silu d y se d 9 SIIPA 1d J oe juo2o y Joe1zuoo AUe SI 3194 J s so5 jenjoe y o Buipio55 8 p Bieu2 aq IIA 99 9I AJ S OU G suonounj O Td JO sn 1 doidulii Sy o np Od 8u o pawinoul sobeweg oye aHeYOA jewouqe pool a114 0 BNP Od 24 o panou sobeweg enuen JOS 24 UM 5u i duio5 ul JOU Sue yorym Suol J do siui o SNP Td 34 0 panou sebeweg suolneniis BuiAxo io y u pebseyo q osiIB m S2ueu luigui SUJUOLW g UUM u A3 AjUeIIEM JO no se p pieB 1 q leys NS onpoid e noy m O1d lu uiBpni jo siseq los u s NS onpoid By YDYM JO 35npoid 3y JO ayep A39A1l p 94 S pon d AJue eA JO uun 1He sS OY
8. current input short its voltage input terminal and Current input terminal 4 If strong EMI exists connect the FG terminal and PG terminal 5 Properly ground the module s PG terminal 6 The basic module s 24Vdc auxiliary power or other qualified external power supply can be used as the power source of the module s analog circuit 7 Do not use the NC terminal of the user port 2 Indices 2 1 Power Supply Table 2 1 Power supply Description 24Vdc 15 20 maximum allowable ripple voltage 5 50mA from basic module or external power supply Digital circuit 5Vdc 7OmA from basic module Analog circuit 2 2 Performance Table 2 2 Performance Item Specifications 15ms channel normal speed 6ms channel high Conversion speed l peed nig speed 10Vdc 10Vdc Two channels can be Voltage input impedance 1MO used at the same time Analog input ee Do eGR E input range can be Current NPU Selected by setting BFM impedance 2500 see Table 2 5 Beaton Default 2000 2000 g P Setting range 10000 10000 i input Table 2 Resolution Voltage input Depending on the input range see Table 2 5 Current input 10uA 1 of full range Between analog circuit and digital circuit oaio photocoupler Between analog circuit and input 24Vdc power DC DC converter Between analog channels none 2 3 Buffer Memory IVC1 2AD exchanges data with the basic module through Buffer Memory BF
9. e Digital output after AD an foe conversion less than 2048 or ee greater than 2047 Setting outside normal range in Setting within this case the previous valid normal range setting will be restored 1 4096 b10 digital range b11 average sampling times setting error 4 BFM 600 input mode selection used to set the input modes of CH1 CH2 See Figure 2 1 for their correspondence 600 0x Input mode for CH1 Input mode for CH2 Reserved Reserved Figure 2 1 Mode setting element vs channel Table 2 5 shows the status information of BFM 600 Table 2 5 BFM 600 information table Value of X Status information Plan T 10V 10V voltage input mode 5V 5V voltage input or 20mA 20mA current input mode Channel closed For example if 600 is written as Ox0001 the setting will be like this 1 Input range of CH1 5V 5V or 20mA 20mA note the wiring difference in voltage and current see 1 3 wiring 2 Input range of CH2 10V 10V 5 BFM 700 BFM 701 average sampling times setting setting range 1 4096 Default 8 normal speed choose 1 if high speed is needed 6 BFM 900 BFM 907 channel characteristics settings which are set using two point method DO and D1 represent the channel s digital outputs while AO and A1 in mV unit represent the channel s actual inputs Each channel occupies 4 words To simplify the setting operation without affecting functions AO and A1 are respectivel
10. measurement please short its voltage signal input terminal and current signal input terminal 1 2 Connecting Into System Through the extension cable you can connect IVC1 2AD to IVC1 series basic module or other extension modules While through the extension port you can connect other IVC1 series extension modules to IVC1 2AD See Figure 1 3 Removing extension port cover before connection A 7 a gt f r ende j I Us B E A Wk ltr AK K A AN SSS z Sey Extension module Main module Extension cable Figure 1 3 Connecting into system 1 3 Wiring Figure 1 4 shows the wiring of the user port Voltage input 6 e 5 X Current input NEE Ciel i H 3 DC DC converter Se IVC1 2AD DC24V 10 60mA Figure 1 4 Wiring of IVC1 2AD user port The circled 1 7 stands for the seven points to be observed during wiring 1 It is recommended to use shielded twisted pair for the analog input Route them separate from power cables and any cable that may generate EMI 2 If input signal fluctuates or there is strong EMI in external wiring it is advisable to use a smoothing capacitor 0 1uF 0 47uF 25V 3 If a channel is used for
11. suejejeyuy BuibueuDy Zr eoepajul Bulyjes ZH E F eunbl4 ulew Buipuodsa1403 lnpou aif 40 ssauppe J qsl6 Q LA SULU JELA UOY ILA UI YEW Q E S 2491p JI Z ony JO NU o Way Buipuodsa 0 gt t jas aseajd pom ong a yen papap a Sen 4 pasu NOA jl T ON ja Tea i i a anjen nqno Puueup 1ndhnO ge ry jal es be Av x oooe joan aaan o ones 00 0 or A vuogzs0Z JASsS PON Y Z fauuetp ynduy o oao O o are B ane mi a age w ony Uu0 SJ AU02 Jy uorygan2rguo 3 yZ I2AI eoepajul Bul 9s LH Z t enbl4 D ee ajnpow urew Burpuodsa03 un JO ssauppe 33451531 q IL sue u Jeug peg ag ge G 8 s IJI Z yn JO nu o Wey Buipuods uio2 au jas se d ppou sup u aren 1pejop L FSN O4 ps u NOA J T ZON neA eop Je lej wep Y puuerp ndino a aja k l al A 0002 PA Bote 0 anpa tn AOT OT apow g Guydwes R abeusay ha T puueyp ynduy ee ee Jal saasina A sgewony UOISI AU02 qY uor eIn3tzuo qyZ I2AT ss lIppe jnpoul 9U 9S L p INBIJ x IR 1 l pp 0 fay el ssaud anpow ay yo opui peyap a4 728 oluolnq 1 Bu apop 40 asnow aypa ajqnop ad ajnpow ay Bunoajas Jayy 213409 ION saTnpo uote rumuuoj aU JO T8437 Apong 3404 01389 nmuwoy S2U1 3S paoweapy lt 95 2 TIAT 2 EA al lt 15 W2 TAT 0 adoag aTpoy add apoy ppe 2ur yas wa J201 wa sds s
12. y fixed to 0 and the maximum analog value in the present mode After changing the channel mode BFM 600 AO and A1 will change automatically according to the mode Users cannot change them Note If the channel input is current signal 2OmMA 20mA the channel mode should be set to 1 As the channel s internal measurement is based on voltage signal current signals should be converted into voltage signals 5V 5V by the 2500 resistor at the current input terminal of the channel A1 in the channel s characteristics setting is still in mV unit i e 5000mV 20MAx2500 5000mV 7 BFM 2000 AD conversion speed setting 0 15ms channel normal speed 1 6ms channel high speed Setting BFM 2000 will restore BFM 7 700 701 to the default values which should be noted in programming If necessary you can re set BFM 700 701 after you change the conversion speed 8 BFM 4094 module software version displayed automatically as Module Version in IVC1 2AD Configuration dialogue box of the host software as shown in Figure 4 2 8 BFM 4095 is module ID ID of IVC1 2AD is 0x1021 The user program in PLC can use this ID to identify the module before transceiving data 3 Setting Characteristics The input channel characteristic of IVC1 2AD is the linear relationship between the channel s analog input A and digital output D It can be set by the user Each channel can be considered as the model shown in Figure 3 1 As it is of linear chara
Download Pdf Manuals
Related Search