I-invt IVC1L-2AD Imodyuli yoNgeniso yeAnalog

Phawula:

Ukunciphisa amathuba engozi, nceda ufunde ngononophelo imiyalelo yokusebenza kunye nokhuseleko lokhuseleko phambi kokusetyenziswa. Ngabasebenzi abaqeqeshwe ngokwaneleyo kuphela abaya kufakela okanye basebenzise le mveliso. Ukusebenza, ukuthotyelwa okungqongqo kunye nemithetho yokhuseleko esebenzayo kwishishini, imiyalelo yokusebenza kunye nezilumkiso zokhuseleko kule ncwadi ziyafuneka.

Inkcazo yePort

Izibuko

I-port yokwandisa kunye ne-port yomsebenzisi ye-IVG 1 L-2AD zombini ikhuselwe yikhava, njengoko kuboniswe kuMfanekiso 1-1.

Ukususa iikhava kuveza i-port yokwandisa kunye ne-port yomsebenzisi, njengoko kubonisiwe kwi-Figure 1-2.

Intambo yokwandisa idibanisa i-IVC1L-2AD kwinkqubo, ngelixa i-port yokwandisa idibanisa i-IVC1 L-2AD kwenye imodyuli yokwandisa inkqubo. Ngeenkcukacha ngoqhagamshelo, jonga 1.2 UkuQhagamshela KwiSistim.
I-port yomsebenzisi ye-IVC1L-2AD ichazwe kwiThebhile 1-1.

Phawula: ijelo legalelo alinakuzifumana zombini iivolthitagIimpawu ze-e kunye neempawu zangoku ngaxeshanye. Ukuba ujonge ukusebenzisa isitishi kumlinganiselo wesignali yangoku, nceda ufutshane umthamo walotagi-terminal yegalelo lomqondiso kunye netheminali yegalelo lophawu lwangoku.

Ukuqhagamshela KwiNkqubo

Ngokusebenzisa intambo yolwandiso, unokudibanisa i-IVC1 L-2AD kwi-IVC1 L yochungechunge lwemodyuli esisiseko okanye ezinye iimodyuli ezongezelelweyo. Ngelixa usebenzisa i-port yolwandiso, ungaqhagamshela ezinye iimodyuli zolwandiso lwe-IVC1 L kwi-IVC1 L-2AD. Jonga uMfanekiso 1-3.

Iintambo

Umzobo 1-4 ubonisa i-wiring ye-port yomsebenzisi.

I-1-7 isangqa imele amanqaku asixhenxe ekufuneka ajongwe ngexesha locingo.

1. Kucetyiswa ukuba usebenzise isibini esijijekileyo esikhuselekileyo kwigalelo le-analog. Zihambise ngokwahlukeneyo kwiintambo zombane kunye nayo nayiphi na intambo enokuvelisa i-EMI.
2. Ukuba isignali yegalelo iyaguquguquka okanye kukho i-EMI eyomeleleyo kwiingcingo zangaphandle, kuyacetyiswa ukuba kusetyenziswe i-capacitor egudileyo (0.1µF-0.47µF/25V).
3. Ukuba itshaneli isetyenziselwa igalelo langoku, mfutshane umthamo wayotagi-terminal yegalelo kunye ne-terminal yegalelo langoku.
4. Ukuba i-EMI eyomeleleyo ikhona, qhagamshela i-terminal ye-FG kunye ne-PG terminal.
5. NONE
6. Imodyuli esisiseko ye-24Vdc amandla ancedisayo okanye olunye unikezelo lwamandla lwangaphandle olufanelekileyo lunokusetyenziswa njengomthombo wamandla wesekethe ye-analog yemodyuli.
7. Musa ukusebenzisa i-terminal ye-NC yezibuko lomsebenzisi.

Izalathisi

Ukunikezwa Amandla

Ukusebenza

Imemori yeBuffer

I-IVC1 L-2AD itshintshiselana ngedatha kunye nemodyuli esisiseko ngeBuffer Memory (BFM). Emva kokuba i-IVC1 L-2AD isetwe nge-software yomkhosi, imodyuli esisiseko iya kubhala idatha kwi-IVC1 L-2AD BFM ukuseta imo ye-IVC1 L-2AD, kwaye ibonise idatha esuka kwi-IVC1 L-2AD kwi-interface ye-software yomninimzi. Jonga amanani 4-2-4-6.
Itheyibhile 2-3 ichaza imixholo ye-BFM ye-IVC1L-2AD.

Ingcaciso:

1. I-CH 1 imele itshaneli 1; I-CH2 imele itshaneli yesi-2.
2. Ingcaciso yePropati: R ithetha ukufunda kuphela. Isiqalelo esingu-R asinakubhalwa. I-RW ithetha ukufunda nokubhala. Ukufunda kwinto engekhoyo uya kufumana u-0.
3. Ulwazi ngobume be-BFM#300 luboniswe kwiThebhile 2-4.
4. BFM#600: ukhetho lwendlela yokufaka, esetyenziselwa ukuseta iindlela zongeniso ze-CH1-CH2. Jonga uMfanekiso 2-1 ngembalelwano yabo.

Umzobo 2-1 Imo yokumisela isiqalelo vs

Itheyibhile 2-5 ibonisa ulwazi lobume be-BFM#600.

UmzekeloampLe, ukuba #600 ibhalwe njenge '0x0001', isicwangciso sizakuba ngolu hlobo:

1. Uluhlu lwegalelo lwe-CH1: -5V-5V okanye -20mA-20mA (qaphela umahluko we-wiring kwi-voltage kunye ne-current, bona i-1.3 i-wiring);
2. Uluhlu lwegalelo lwe-CH2: -1 0V-1 0V.
3. BFM#700-BFM#701: umndilili sampukumiselwa kwamaxesha okuhlala; uluhlu lokumisela: 1-4096. Ukungagqibeki: 8 (isantya esiqhelekileyo); khetha i-1 ukuba isantya esiphezulu siyafuneka.
4. BFM#900-BFM#907: useto lweempawu zetshaneli, ezicwangcisiweyo kusetyenziswa indlela yamanqaku amabini. I-DO kunye ne-D1 imele iziphumo zedijithali zetshaneli, ngelixa i-AO kunye ne-A 1, kwiyunithi ye-mV, imele igalelo lokwenene letshaneli. Itshaneli ngalinye linamagama ama-4. Ukwenza lula umsebenzi wokumisela ngaphandle kokuchaphazela imisebenzi, i-AO kunye ne-A1 zilungiswe ngokulandelanayo kwi-0 kunye nexabiso eliphezulu le-analog kwimodi yangoku. Emva kokutshintsha indlela yesitishi (BFM #600), i-AO kunye ne-A1 iya kutshintsha ngokuzenzekelayo ngokwemo. Abasebenzisi abanako ukuzitshintsha.
   Phawula: Ukuba igalelo lejelo liyisignali yangoku (-20mA-20mA), imo yeshaneli kufuneka imiselwe kwi-1. Njengoko umlinganiselo wangaphakathi wesiteshi usekelwe kwi-vol.tage, imiqondiso yangoku kufuneka iguqulwe ibe yi-voltagIimpawu ze-e (-5V-5V) nge-resistor ye-2500 kwi-terminal igalelo langoku lomjelo. I-A1 kwisethingi yeempawu zetshaneli isekwiyunithi ye-mV, okt, 5000mV (20mAx250O =5000mV).
5. BFM#2000: AD uguqulelo isantya setting. 0: 15ms / umjelo (isantya esiqhelekileyo); 1: 6ms/channel (isantya esiphezulu). Ukucwangcisa i-BFM#2000 kuya kubuyisela i-BFM#700–#701 kumaxabiso angagqibekanga, ekufuneka aqatshelwe kudweliso lwenkqubo. Ukuba kuyimfuneko, unokuseta kwakhona i-BFM#700–#701 emva kokuba utshintshe isantya sokuguqula.
6. BFM#4094: uguqulelo lwesoftware yemodyuli, eboniswa ngokuzenzekelayo njengeNguqulelo yeModyuli kwi-IVC1 L-2AD Uqwalaselo ibhokisi yencoko yababini yesoftware engumamkeli, njengoko kubonisiwe kuMfanekiso 4
7. 8. I-BFM#4095 sisazisi semodyuli. I-ID ye-IVC1 L-2AD yi-0x1021. Inkqubo yomsebenzisi kwi-PLC inokusebenzisa le ID ukuchonga imodyuli ngaphambi kokudlulisela idatha.

Ukumisela iimpawu

1. Uphawu lwegalelo lomjelo we-IVC1 L-2AD lubudlelwane bomgca phakathi kwegalelo le-analog yesiteshi A kunye nemveliso yedijithali D. Inokusekwa ngumsebenzisi. Ishaneli nganye inokuqwalaselwa njengemodeli eboniswe kuMzobo 3-1. Njengoko ineempawu zomgca, iimpawu zejelo zinokuchazwa ngamanqaku amabini nje: PO (AO, DO) kunye ne-P1 (A 1, D1), apho i-DO yimveliso yedijithali yejelo ehambelana negalelo le-analog AO, kunye ne-D1 imveliso yedijithali yetshaneli ehambelana negalelo le-analog A1.

Umzobo we-3-1 iimpawu zeChaneli ze-IVC1L-2AD

Ukwenza lula inkqubo yokusebenza ngaphandle kokuchaphazela imisebenzi, i-AO kunye ne-A1 zilungiswe ngokulandelanayo kwi-O kunye nexabiso eliphezulu le-analog kwimodi yangoku. Oko kukuthi, kwi-Figure 3-1, i-AO yi-O kunye ne-A1 yigalelo eliphezulu le-analog kwimodi yangoku. I-AO kunye ne-A1 iya kutshintsha ngokwendlela xa i-BFM # 600 itshintshiwe. Abasebenzisi abanako ukutshintsha amaxabiso abo.
Ukuba ubeka nje imo yetshaneli (BFM # 600) ngaphandle kokutshintsha i-DO kunye ne-D1 yesitishi esihambelanayo, iimpawu zetshaneli vs. indlela kufuneka ziboniswe kuMfanekiso 3-2. I-A kuMfanekiso 3-2 ayigqibekanga.

Unokutshintsha iimpawu zetshaneli ngokutshintsha i-DO kunye ne-D1. Uluhlu lokumisela lwe-DO kunye ne-D1 yi -10000-10000. Ukuba useto lungaphandle kolu luhlu, i-IVC1 L-2AD ayisayi kuyamkela, kodwa gcina useto lwentsusa olusebenzayo. Umfanekiso 3-3 ubonelela ngereferensi yakho i-example yokutshintsha iimpawu zesitishi.

Isicelo Example

Isicelo esiSiseko

Example: I-IVC1L-2AD idilesi yemodyuli yi-1 (ukwenzela idilesi yeemodyuli zolwandiso, bona i-JVC1L Series PLC Incwadi Yomsebenzisi). Sebenzisa i-CH1 kwi-voltagigalelo e (-10V-10V), sebenzisa i-CH2 kwigalelo langoku (-20 -20mA), seta umndilili sampamaxesha e-ling ukuya ku-4, kwaye usebenzise iirejista zedatha i-D1 kunye ne-D2 ukufumana ixabiso eliphakathi, njengoko kubonisiwe kula manani alandelayo.

Ukutshintsha kweempawu

Example: Idilesi yemodyuli ye-IVC1L-2AD yi-3 (ukwenzela idilesi yeemodyuli zolwandiso, bona / VG Series PLC Manual User). Cwangcisa umndilili sampamaxesha e-ling ukuya kwi-4, misela iimpawu ze-A kunye ne-B kwi-Figure 3-3 ngokulandelanayo kwi-CH1 kunye ne-CH2, kwaye usebenzise iirejista zedatha i-D1 kunye ne-D2 ukufumana ixabiso eliqhelekileyo, njengoko kuboniswe kula manani alandelayo.

Ukuhlolwa koMsebenzi

UHlolo Lwesiqhelo

1. Khangela ukuba i-wiring ye-analog input ihlangabezana neemfuno (jonga i-1.3 i-wiring).
2. Khangela ukuba intambo yolwandiso lwe-IVC1L-2AD ifakwe ngokufanelekileyo kwindawo yokwandisa.
3. Khangela ukuba umbane we-5V kunye ne-24V awulayishwanga kakhulu. Qaphela: isekethe yedijithali ye-IVC1 L-2AD inikwe amandla yimodyuli esisiseko ngentambo yolwandiso.
4. Jonga usetyenziso kwaye uqinisekise ukuba indlela yokusebenza kunye noluhlu lwepharamitha ichanekile.
5. Cwangcisa imodyuli ye-IVC1 L engundoqo kwi-RUN state.

Ukuhlolwa kweFault

Kwimeko engaqhelekanga, khangela ezi zinto zilandelayo:

• Ubume besalathisi AMANDLA
  • VULA: Intambo yokwandisa idibaniswe ngokufanelekileyo;
  • CIMA: Jonga udibaniso lwentambo yolwandiso kunye nemodyuli esisiseko.
• I-wiring yegalelo le-analog
• Ubume besalathisi se-24V
  • VULA: 24Vdc umbane oqhelekileyo;
  • CIMA: Ubonelelo lwamandla lwe-24Vdc lunokusilela, okanye i-IVC1 L-2AD inempazamo.
• Ubume besalathisi se-RUN
  • Flash ngokukhawuleza: IVC1 L-2AD ekusebenzeni okuqhelekileyo;
  • Idanyaza kancinane okanye IVIMA: Jonga iSimo semposiso kwi-IVC1L-2AD Configurationv ibhokisi yencoko yababini ngesoftware engumamkeli.

Qaphela

1. Uluhlu lwewaranti luvalelwe kuphela kwi-PLC.
2. Ixesha lewaranti ziinyanga ezili-18, ngelo xesha i-INVT iqhuba ulondolozo lwasimahla kunye nokulungiswa kwe-PLC enayo nayiphi na impazamo okanye umonakalo phantsi kweemeko zokusebenza eziqhelekileyo.
3. Ixesha lokuqala kwexesha lewaranti ngumhla wokuhanjiswa kwemveliso, apho imveliso yeSN isisiseko somgwebo. I-PLC ngaphandle kwemveliso yeSN iya kuthathwa njengengaphandle kwewaranti.
4. Kwanangaphakathi kweenyanga ezili-18, isondlo siya kuhlawuliswa kwezi meko zilandelayo:
   Umonakalo owenziwe kwi-PLC ngenxa yokungasebenzi kakuhle, okungahambelaniyo neNcwadana yoMsebenzisi; Umonakalo owenziwe kwi-PLC ngenxa yomlilo, izikhukula, umthamo ongaqhelekangatage, njl. Umonakalo owenziwe kwi-PLC ngenxa yokusetyenziswa ngokungafanelekanga kwemisebenzi ye-PLC.
5. Intlawulo yenkonzo iya kubizwa ngokweendleko kanye. Ukuba kukho nayiphi na ikhontrakthi, ikhontrakthi iyaphumelela.
6. Nceda ugcine eli phepha kwaye ubonise eli phepha kwiyunithi yokugcina xa imveliso ifuna ukulungiswa.
7. Ukuba unombuzo, nceda uqhagamshelane nomthengisi okanye inkampani yethu ngokuthe ngqo.

IShenzhen INVT Electric Co., Ltd.
Idilesi: ISakhiwo seTekhnoloji ye-INVT iGuangming, iSongbai Road, iMali,
Isithili se-Guangming, Shenzhen, China
Webindawo: www.invt.com
Onke Amalungelo Agciniwe. Imixholo yolu xwebhu ingatshintsha ngaphandle kwesaziso.

Amaxwebhu / Izibonelelo

I-invt IVC1L-2AD Imodyuli yoNgeniso yeAnalog [pdf] Incwadi yokusebenzisa Imodyuli ye-IVC1L-2AD ye-Analog Input, IVC1L-2AD, IVC1L-2AD Imodyuli, imodyuli yoNgeniso ye-Analog, imodyuli yoNgeniso, imodyuli ye-Analog, imodyuli

Iimbekiselo

• Incwadi yokusebenzisa