I-VEICHI VC-4AD Imojuli yokufaka ye-Analog

Siyabonga ngokuthenga imodyuli yokufaka ye-analog ye-VC-4AD eyakhiwe futhi yakhiqizwa yi-Suzhou VEICHI Electric Technology Co. Ngaphambi kokusebenzisa imikhiqizo yethu ye-VC series PLC, sicela ufunde leli bhukwana ngokucophelela, ukuze ukwazi ukubamba izici zomkhiqizo ngokucacile futhi ufake futhi sebenzisa ngendlela efanele. Ungasebenzisa ngokugcwele imisebenzi ecebile yalo mkhiqizo ukuze uthole isicelo esiphephile.

Ithiphu:
Ngaphambi kokuqala ukusebenzisa, sicela ufunde imiyalelo yokusebenza, izinyathelo ngokucophelela ukuze unciphise ukuvela kwezingozi. Abasebenzi ababhekele ukufakwa nokusebenza komkhiqizo kumele baqeqeshwe ngokuqinile ukuze bahambisane namakhodi okuphepha embonini efanele, bagcine ngokucophelela izinyathelo zokuphepha ezifanele zemishini kanye nemiyalelo ekhethekile yokuphepha enikezwe kule manuwali, futhi benze yonke imisebenzi yemishini ngokuhambisana izindlela zokusebenza ezifanele

Incazelo Yesixhumanisi

Incazelo Yesixhumanisi
I-VC-4AD inesembozo sakho kokubili isixhumi esibonakalayo esinwebekayo kanye netheminali yomsebenzisi, futhi ukubukeka kuboniswe kuMfanekiso 1-1.

Umfanekiso 1-1 Ukubukeka kwesixhumi esibonakalayo semojuli

Incazelo yemodeli

Umfanekiso 1-2 Umdwebo obonisayo wemodeli yomkhiqizo

Incazelo yamatheminali

Cha	Ukumaka	Iziyalezo	Cha	Ukumaka	Iziyalezo
01	24V	I-analogue power supply 24V positive	02	COM	Ukunikezwa kwamandla we-analogue 24V negative
03	I-V1+	Voltagokokufaka kwesignali yesiteshi 1	04	PG	Itheminali ephansi
05	I1 +	Okufakwayo kwesignali yamanje yesiteshi 1	06	VI1–	Isiphetho sesiteshi esingu-1 esivamile
07	I-V2+	Isiteshi 2 voltage okokufaka kwesignali	08	l	Igodliwe
09	I2 +	Okokufaka kwesignali yamanje yesiteshi sesibili	10	VI2-	Isiphetho sesiteshi esingu-2 esivamile
11	I-V3+	Voltagokokufaka kwesignali yesiteshi 3	12	l	Igodliwe
13	I3 +	Okufakwayo kwesignali yamanje yesiteshi 3	14	VI3–	Isiphetho sesiteshi esingu-3 esivamile
15	I-V4+	Isiteshi 4 voltage okokufaka kwesignali	16	l	Igodliwe
17	I4 +	Okufakwayo kwesignali yamanje yesiteshi 4	18	VI4–	Isiphetho sesiteshi esingu-4 esivamile

1-3 Ithebula lencazelo yetheminali

Qaphela: Ngesiteshi ngasinye, voltage kanye namasignali amanje awakwazi ukufakwa ngesikhathi esifanayo. Uma ukala amasignali amanje, sicela ufinyeze umthamo wesiteshitagi-e yokufaka isignali kokokufaka kwesignali yamanje.

Amasistimu okufinyelela
I-interface yokwandisa ivumela i-VC-4AD ukuthi ixhunywe kumojula eyinhloko ye-VC series PLC noma kwamanye amamojula wokunweba. Isixhumi esibonakalayo esinwebekayo singasetshenziswa futhi ukuxhuma amanye amamojula okunweba amamodeli afanayo noma ahlukene ochungechunge lwe-VC. Lokhu kuboniswe kuMfanekiso 1-4.

Umfanekiso 1-4 Umdwebo wohlelo lokuxhuma kwimojula eyinhloko namanye amamojula okunweba

Imiyalo yezintambo
Izidingo zezintambo zetheminali yomsebenzisi, njengoba kukhonjisiwe kuMfanekiso 1-5.

Umfanekiso 1 5 Umdwebo wezintambo zetheminali yomsebenzisi

Imidwebo ① ukuya ku-⑦ ikhombisa izici eziyisikhombisa okufanele zicatshangelwe lapho ufaka izintambo.

1. Kutuswa ukuthi okokufaka kwe-analogue kuxhunywe ngekhebula eliyisivikelo elisontekile. Ikhebula kufanele lihanjiswe kude nezintambo zikagesi noma ezinye izintambo ezingase zibangele ukuphazamiseka kukagesi.
2. Uma kukhona ukushintshashintsha kwesignali yokufaka, noma uma kukhona ukuphazamiseka kukagesi kuzintambo zangaphandle, kunconywa ukuxhuma i-capacitor ebushelelezi (0.1μF kuya ku-0.47μF/25V).
3. Uma isiteshi samanje sisebenzisa okokufaka kwamanje, finyeza ivolumutagi-e kanye nokokufaka kwamanje kwaleso siteshi.
4. Uma kukhona ukuphazamiseka kukagesi okweqile, xhuma indawo evikelayo i-FG kutheminali yomhlaba engu-PG.
5. Gcoba kahle itheminali yomhlaba yemojuli PG.
6. Amandla kagesi e-analogue angasebenzisa amandla kagesi angama-24 Vdc aphuma kokuphumayo kwemojula eyinhloko, noma yimuphi omunye ugesi ohlangabezana nezimfuneko.
7. Ungasebenzisi izikhonkwane ezingenalutho kumatheminali abasebenzisi.

Imiyalo yokusetshenziswa

Izinkomba zamandla

Ithebula 2 1 Izinkomba zokuphakela amandla

Amaphrojekthi	Incazelo
Izifunda ze-analog	I-24Vdc (-10% ukuya ku-+10%), umthamo omkhulu ovumelekile we-rippletage 2%, 50mA (kusuka kumojula ye-mains noma ukunikezwa kwamandla kwangaphandle)
Digital Circuits	5Vdc, 70mA (kusuka kumojula eyinhloko)

Izinkomba zokusebenza

Ithebula 2-2 Izinkomba zokusebenza

Amaphrojekthi		Izinkomba
Isivinini sokuguqulwa		2ms/isiteshi
Ububanzi bokufakwa kwe-analogue	Voltage input	-10Vdc kuya ku-+10Vdc, i-impedance yokufaka 1MΩ	4 iziteshi zingasetshenziswa kanyekanye.
	Okokufaka kwamanje	-20mA ukuya ku-+20mA, impedance yokufaka i-250Ω
Okukhiphayo kwedijithali		Ibanga lamanje lesilungiselelo: -2000 kuya ku-+2000 Voltagi-e yokusetha ububanzi: -10000 kuya ku-+10000
Ultimate voltage		±12V
Ultimate current		± 24mA
Isixazululo	Voltage input	I-1mV
	Okokufaka kwamanje	10μA
Ukunemba		±0.5% esikalini esigcwele
Ukuzihlukanisa		I-analogue circuitry ihlukanisiwe kumjikelezo wedijithali yi-opto-coupler. I-analogue circuitry ihlukaniswe ngaphakathi kokunikezwa kwemojula ye-24Vdc. Akukho ukuhlukaniswa phakathi iziteshi ze-analogue

Incazelo yokukhanya kwenkomba

Amaphrojekthi	Incazelo
Inkomba yesignali	Isikhombi sesimo se-RUN, ngokucwayiza lapho kuvamile Isikhombi sesimo sephutha se-ERR, esikhanyiswe ngokwehluleka
Imojula yokwandisa ngemuva stagisikhombimsebenzisi	Ukuxhumeka kwamamojula angemuva, okushintshwayo okushisayo akusekelwe
Isixhumanisi sangaphambili semojuli yokwandisa	Ukuxhumeka kwamamojula angaphambili, okushintshwayo okushisayo akusekelwe

Izilungiselelo zesici

Izici zeshaneli zokufakwayo ze-VC-4AD ziwubudlelwano bomugqa phakathi komthamo wokufakwayo kwe-analogue yesiteshi kanye nomthamo wokukhipha kwedijithali wesiteshi, okungasethwa umsebenzisi. Isiteshi ngasinye singaqondwa njengemodeli ekhonjiswe kuMfanekiso 3-1, futhi njengoba kuyisici esiwumugqa, izici zesiteshi zinganqunywa ngokunquma amaphuzu amabili P0 (A0, D0) kanye ne-P1 (A1, D1), lapho I-D0 ikhombisa ukuthi uma okokufaka kwe-analogue kungu-A0 D0 kubonisa umthamo wedijithali ophumayo wesiteshi lapho okokufaka kwe-analogue kungu-A0 futhi i-D1 ikhombisa umthamo wedijithali ophumayo lapho okokufaka kwe-analogue kungu-A1.

Umfanekiso 3-1 Umdwebo weSikimu wezimpawu zesiteshi ze-VC-4AD
Uma kucatshangelwa ukusebenziseka kalula komsebenzisi nangaphandle kokuthinta ukugcwaliseka komsebenzi, kumodi yamanje, i-A0 kanye ne-A1 zihambisana ne-[Inani Langempela 1] kanye [Nenani Langempela 2] ngokulandelana, futhi i-D0 kanye ne-D1 zihambisana ne-[Inani Elijwayelekile 1. ] kanye [Inani Elijwayelekile 2] ngokulandelana, njengoba kukhonjisiwe kuMfanekiso 3-1, umsebenzisi angashintsha izici zesiteshi ngokulungisa (A0,D0) kanye (A1,D1), okumisiwe kwasembonini (A0,D0) okwangaphandle okuzenzakalelayo kwasembonini (A0,D0) inani elingu-0 lokokufaka kwe-analogu yangaphandle, (A1,D1) inani eliphakeme lokokufaka kwe-analogu yangaphandle. Lokhu kuboniswe kuMfanekiso 3-2.

Umfanekiso 3-2 woshintsho lwesici se-VC-4AD
Uma ushintsha inani le-D0 ne-D1 lesiteshi, ungashintsha izici zesiteshi, i-D0 ne-D1 ingasethwa noma yikuphi phakathi kuka--10000 no-+10000, uma inani elimisiwe lingaphandle kwalobu bubanzi, i-VC-4AD ngeke ithole. futhi ugcine isilungiselelo sokuqala esivumelekile, Umfanekiso 3-3 ubonisa i-exampizici ezishintshayo, sicela ubhekisele kukho.

Ukuhlela isbampLes

Ukuhlela isbample yochungechunge lwe-VC + imojuli ye-VC-4AD
Example: Ikheli lemojula ye-VC-4AD ngu-1, sebenzisa umthamo wayo wokuqala wokufakwa kwesiteshitagisignali ye-e (-10V ukuya ku-+10V), isignali yamanje yokokufaka kwesiteshi sesibili (-2mA ukuya ku-+20mA), vala isiteshi sesithathu, usethe isilinganiso senani lamaphuzu ku-20, futhi usebenzise amarejista edatha i-D3 ne-D8 ukuze uthole umphumela wokuguqulwa omaphakathi. .

1. Dala iphrojekthi entsha futhi ulungiselele ihadiwe yephrojekthi, njengoba kuboniswe ngezansi
   Umfanekiso 4-1 Ukucushwa kwe-Hardware
2. Chofoza kabili kumojula "VC-4AD" kujantshi ukuze ufake imingcele yokucushwa kwe-4AD
   4.2 Uhlelo lokusebenza oluyisisekelo isethaphu eyodwa.
3. Chofoza ku-“▼” ukuze ulungiselele imodi yesiteshi sesibili
   4.3 Ukusetha Ishaneli Yesicelo Esiyisisekelo 2
4. Chofoza ku-“▼” ukuze ulungiselele imodi yesiteshi sesithathu bese uchofoza okuthi “Qinisekisa” lapho usuqedile.
   4.4 Ukusethwa kweshaneli yesithathu eyisisekelo

Ukufakwa

Ukucaciswa kosayizi

Umfanekiso 5-1 Ubukhulu bangaphandle kanye nobukhulu bembobo ekhuphukayo (iyunithi: mm)

Indlela yokufaka
Indlela yokufaka iyafana naleyo yemojuli eyinhloko, sicela ubhekisele ku-VC Series Programmable Controllers User Manual ukuze uthole imininingwane. Umfanekiso wokufakwa uboniswa kuMfanekiso 5-2

Umfanekiso 5-2 Ukulungisa nge-DIN slot

Amasheke okusebenza

Ukuhlola okujwayelekile

1. Hlola ukuthi izintambo zokufaka i-analogue ziyahlangabezana yini nezidingo (bona 1.5 imiyalelo yezintambo).
2. Hlola ukuthi isixhumi sokunweba se-VC-4AD sixhunywe ngokuthembekile yini kusixhumi esinwebisayo.
3. Hlola ukuthi izinsiza zamandla ze-5V ne-24V azilayishwanga ngokweqile. Qaphela: Ukunikezwa kwamandla kwengxenye yedijithali ye-VC-4AD kuvela kumojula eyinhloko futhi kunikezwa ngesixhumi esibonakalayo esinwetshiwe.
4. Hlola uhlelo lokusebenza ukuze uqinisekise ukuthi indlela yokusebenza efanele kanye nobubanzi bepharamitha bukhethelwe uhlelo lokusebenza.
5. Setha imojuli eyinhloko ye-VC ukuthi I-RUN.

Ukuhlola iphutha
Uma i-VC-4AD ingasebenzi kahle, hlola izinto ezilandelayo.

• Ihlola isimo senkomba yemojuli eyinhloko “ERR”.
  ukucwayiza: hlola ukuthi imojula yokwandisa ixhunyiwe yini nokuthi imodeli yokumisa yemojula ekhethekile iyafana yini nemodeli yemojula exhunyiwe yangempela.
  kucishiwe: isixhumi esibonakalayo esinwetshiwe sixhunywe ngendlela efanele.
• Hlola izintambo ze-analogue.
  Qinisekisa ukuthi izintambo zinembile futhi zingafakwa izintambo njengoba kuboniswe kuMfanekiso 1-5.
• Hlola isimo senkomba yemojuli ethi “ERR”
  Lit: Ukunikezwa kwamandla kagesi we-24Vdc kungase kube nephutha; uma ugesi we-24Vdc ujwayelekile, i-VC-4AD inephutha.
  Valiwe: Ukunikezwa kwamandla ka-24Vdc kujwayelekile.
• Hlola isimo senkomba ethi "RUN".
  ukucwayiza: i-VC-4AD isebenza ngokujwayelekile.

Imininingwane yabasebenzisi

1. Ububanzi bewaranti bubhekisela kumzimba wesilawuli ohlelekayo.
2. Isikhathi sewaranti yizinyanga eziyishumi nesishiyagalombili. Uma umkhiqizo wehluleka noma ulimala ngesikhathi sewaranti ngaphansi kokusetshenziswa okujwayelekile, sizowulungisa mahhala.
3. Ukuqala kwesikhathi sewaranti usuku lokwenziwa komkhiqizo, ikhodi yomshini iyona kuphela isisekelo sokunquma isikhathi sewaranti, imishini ngaphandle kwekhodi yomshini ibhekwa njengengaphandle kwewaranti.
4. Ngisho nangaphakathi kwesikhathi sewaranti, kuzokhokhiswa imali yokulungisa amacala alandelayo.
   ukwehluleka komshini ngenxa yokungasebenzi ngokuhambisana nebhukwana lomsebenzisi.
   Ukulimala komshini okudalwe umlilo, izikhukhula, ivolumu engavamiletage, njll.
   Umonakalo udalwa uma usebenzisa isilawuli esilungisekayo sokwenza umsebenzi ongewona ojwayelekile.
5. Inkokhelo yesevisi izobalwa ngesisekelo sezindleko zangempela, futhi uma kunenye inkontileka, inkontileka izoza kuqala.
6. Sicela uqiniseke ukuthi uyaligcina leli khadi futhi uyethula eyunithi yesevisi ngesikhathi sewaranti.
7. Uma unemibuzo, ungaxhumana ne-ejenti noma usithinte mathupha.

I-Suzhou VEICHI Electric Technology Co.ltd
China Customer Service Centre
Ikheli: No.1000 Song Jia Road, Wuzhong Economic & Technological Development Zone
Ucingo: 0512-66171988
Ifeksi: 0512-6617-3610
Inombolo Yocingo Yensiza: 400-600-0303
Webindawo: www.veichi.com
Inguqulo Yedatha V1.0 Ifakwe kungobo yomlando 2021-07-30
Wonke Amalungelo Agodliwe. Okuqukethwe kungashintsha ngaphandle kwesaziso sangaphambili.

Iwaranti

Ulwazi Lwekhasimende	Ikheli leyunithi.
	Igama leyunithi.	Umuntu othintwayo.
		Izinombolo zocingo.
Ulwazi lomkhiqizo	Uhlobo lomkhiqizo.
	Ibhakhodi ye-Fuselage.
	Igama le-ejenti.
Ulwazi lwephutha	Isikhathi sokulungisa nokuqukethwe:. Abantu besondlo：
Ikheli leposi	Inkampani engu-Suzhou VEICHI Electric Technology Co., Ltd. Ikheli: No. 1000, Songjia Road, Wuzhong Economic and Technological Development Zone

Amadokhumenti / Izinsiza

	I-VEICHI VC-4AD Imojuli yokufaka ye-Analog [pdf] Imaniwali yosebenzisayo Imojula yokufaka ye-VC-4AD ye-Analog, i-VC-4AD, imojula yokufaka ye-Analog, imojula yokufaka, imojula
	I-VEICHI VC-4AD Imojuli yokufaka ye-Analog [pdf] Imaniwali yosebenzisayo Imojula yokufaka ye-VC-4AD ye-Analog, i-VC-4AD, imojula yokufaka ye-Analog, imojula yokufaka

Izithenjwa

• Imaniwali yosebenzisayo