I-VEICHI VC-4PT Imojula Yokufaka Yezinga lokushisa Elingazweli

Siyabonga ngokuthenga imodyuli yokufaka yokumelana nokushisa kwe-vc-4pt eyakhiwe futhi yakhiqizwa yi-Suzhou VEICHI Electric Technology Co., Ltd. Ngaphambi kokusebenzisa imikhiqizo yethu ye-VC series PLC, sicela ufunde le manuwali ngokucophelela, ukuze ubambe kangcono izici zemikhiqizo futhi zifake kahle futhi uzisebenzise. Uhlelo lokusebenza oluvikeleke kakhulu futhi usebenzise ngokugcwele imisebenzi ecebile yalo mkhiqizo.

Ithiphu:
Sicela ufunde imiyalelo yokusebenza, izixwayiso nezixwayiso ngokucophelela ngaphambi kokuqala ukusebenzisa umkhiqizo ukuze unciphise ubungozi bezingozi. Abasebenzi ababhekele ukufakwa nokusebenza komkhiqizo kumele baqeqeshwe ngokuqinile ukuze bahambisane namakhodi okuphepha embonini efanele, bagcine ngokucophelela izinyathelo zokuphepha ezifanele zemishini kanye nemiyalelo yokuphepha ekhethekile ehlinzekwe kule ncwadi, futhi benze yonke imisebenzi yemishini ngokuhambisana. nezindlela zokusebenza ezifanele.

Incazelo yesixhumi esibonakalayo

Isixhumi esibonakalayo esinwebekayo namatheminali omsebenzisi we-VC-4PT ambozwe ngama-flap, futhi isixhumi esibonakalayo esinwebayo namatheminali abasebenzisi ayavezwa lapho iflephu ngalinye livuleka. Ukubukeka namatheminali okusebenza aboniswa ku

Ukubukeka kwesixhumi esibonakalayo semojuli - Umdwebo wetheminali ye-Module

Umkhiqizo
I-VC-4PT ixhunywe ohlelweni nge-interface yokwandisa, esetshenziselwa ukuxhumeka kwamanye amamojula wokunweba wesistimu, njengoba kuchazwe ku-1.4 Ukufinyelela ohlelweni.

Incazelo yetheminali
Amatheminali abasebenzisi aboniswa ku

Cha.	Ukumaka	Isiyalezo	Cha.	Ukumaka	Isiyalezo
1	24V	I-analogue power supply 24V positive	2	COM	Ukunikezwa kwamandla we-analogue 24V negative
3	R1+	Okokufaka okuhle kwesiginali ye-RTD yesiteshi 1	4	I1 +	Isiteshi 1 se-RTD yesiginali yokufakwayo eyisizayo
5	R1-	Isiteshi 1 se-RTD esinegethivu yokufaka isignali	6	I1-	I-axiliary negative input yesiginali ye-RTD yesiteshi 1
7	R2+	Okokufaka okuhle kwesiginali ye-RTD yesiteshi 2	8	I2 +	Isiteshi sesibili se-RTD yesiginali yokufakwayo okuphozithivu
9	R2-	Okokufaka okuhle kwesiginali ye-RTD yesiteshi 2	10	I2-	Isiteshi esingu-2 se-RTD sokufakwayo kwesignali kwe-negative negative
11	R3+	Okokufaka okuhle kwesiginali ye-RTD yesiteshi 3	12	I3 +	Isiteshi sesithathu se-RTD yesiginali yokufakwayo kokuphozithivu
13	R3-	Isiteshi 3 se-RTD esinegethivu yokufaka isignali	14	I3-	Isiteshi sesithathu se-RTD yesiginali yokufakwayo kwe-negative negative
15	R4+	Okokufaka okuhle kwesiginali ye-RTD yesiteshi 4	16	I4 +	Isiteshi 4 se-RTD yesiginali yokufakwayo eyisizayo
17	R4-	Okokufaka okuhle kwesiginali ye-RTD yesiteshi 4	18	I4-	Isiteshi esingu-4 se-RTD sokufakwayo kwesignali kwe-negative negative

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

Imidwebo 1 - 5 ikhombisa izici ezinhlanu okufanele zicatshangelwe lapho kufakwa izintambo.

1. Isignali ye-RTD ixhunywe ngentambo evikelekile. Ikhebula kufanele lihanjiswe kude nezintambo zikagesi noma ezinye izintambo ezingase zibangele ukuphazamiseka kukagesi. Izintambo ezizoxhunywa ku-RTD zichazwe kanje.
   1. Izinzwa ze-RTD (uhlobo Pt100, Cu100, Cu50) zingaxhunywa kusetshenziswa isistimu yezintambo ezingu-2, 3 noma 4, ngoxhumo lwesistimu enezintambo ezi-4 lunembe kakhulu, uhlelo lwezintambo ezi-3 lungolwesibili olunembe kakhulu kanye nesistimu yezintambo ezi-2 ezimbi kakhulu. Uma ubude bezintambo bukhulu kuno-10m, kutuswa ukusebenzisa uxhumano lwezintambo ezi-4 ukuze kuqedwe iphutha lokumelana nocingo.
   2. Ukuze unciphise iphutha lokulinganisa, futhi ugweme ukuphazamiseka komsindo, kunconywa ukusebenzisa ubude obungaphansi kwekhebula lokuxhuma elingu-100m. Iphutha lokulinganisa libangelwa ukuvinjelwa kwekhebula lokuxhuma futhi lingase lingahambisani neziteshi ezahlukene kumojula efanayo, ngakho-ke kuyadingeka ukulungisa izici zesiteshi ngasinye, njengoba kuchazwe ku-3 Characteristics setting. 2.
2. Uma kukhona ukuphazamiseka kukagesi okweqile, xhuma itheminali yehawu.
3. Xhuma i-PE yangaphandle yamandla kagesi emhlabeni omuhle.
4. Amandla kagesi e-analogue angalethwa kusukela kokuphumayo kwe-24 Vdc kwemojuli eyinhloko noma komunye umthombo ohlangabezana nezimfuneko.
5. Fushanisa amatheminali esiteshi avumayo noma angalungile angasetshenziselwa ukuvimbela ukutholwa kwedatha engamanga kulesi siteshi.

Umyalelo wokusetshenziswa

Inkomba yamandla
Izinkomba zokuphakela amandla

Iphrojekthi	Inkomba
Izifunda ze-analog	24Vdc (-10 % kuya +10 %) Ivolumu ephezulu evumelekile ye-rippletage 2 % 50mA (kusuka kumojula ye-mains noma ukunikezwa kwamandla kwangaphandle)
Isifunda Sedijithali	5Vdc, 70mA (kusuka kumojula eyinhloko)

Izinkomba zokusebenza

Iphrojekthi	Inkomba
	I-Celsius (°C)		Fahrenheit (°F)
Isignali yokokufaka	Uhlobo lwe-RTD: Pt100, Cu100, Cu50 Inani lamashaneli: 4
Isivinini sokuguqulwa	(15±2%) ms × 4 amashaneli (amashaneli angasetshenzisiwe awaguqulwa)
Ibanga lokushisa elilinganiselwe	I-Pt100	-150℃～+600℃	I-Pt100	-238°F ～+1112°F
	Ku100	-30℃～+120℃	Ku100	-22°F ～+248°F
	Ku50	-30℃～+120℃	Ku50	-22°F ～+248°F
Okukhiphayo kwedijithali	12-bit A/D ukuguqulwa; amanani okushisa agcinwe kumphelelisi kanambambili ongu-16-bit
	I-Pt100	-1500+6000	I-Pt100	-2380+11120
	Ku100	-300+1200	Ku100	-220+2480
	Ku50	-300+1200	Ku50	-220+2480
Ukulungiswa okuncane	I-Pt100	0.2℃	I-Pt100	0.36°F
	Ku100	0.2℃	Ku100	0.36°F
	Ku50	0.2℃	Ku50	0.36°F
Ukunemba	±0.5% esikalini esigcwele
Ukuzihlukanisa	I-analogue circuitry ihlukanisiwe kumjikelezo wedijithali yi-opto-coupler. I-analogue circuitry i ihlukaniswe ngaphakathi kokunikezwa kwemojula engu-24Vdc. Akukho ukuhlukaniswa phakathi kwamashaneli e-analogue

Incazelo yokukhanya kwenkomba

Iphrojekthi	Isiyalezo
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

Isilungiselelo sesici

Izici zeshaneli zokufakwayo ze-VC-4PT ziwubudlelwano bomugqa phakathi kwezinga lokushisa lokufakwa kwe-analogue yesiteshi kanye nokukhishwa kwedijithali kwesiteshi D, okungasethwa umsebenzisi. Isiteshi ngasinye singahunyushwa njengemodeli eboniswe kuMfanekiso 3-

1. Njengoba iwumugqa, izici zesiteshi zinganqunywa ngokunquma amaphuzu amabili u-P0 (A0, D0) no-P1 (A1, D1). Lapho i-D0 ikhombisa ukuthi isiteshi sikhipha idijithali lapho okokufaka kwe-analogue kungu-A0 futhi i-D1 ikhombisa ukuthi isiteshi sikhipha idijithali uma okokufaka kwe-analogue kungu-A1.
2. Iphutha lokulinganisa libangelwa ukuvinjelwa kwekhebula lokuxhuma, elingaqedwa ngokubeka izici zesiteshi.
3. Uma kucatshangelwa ukusebenziseka kalula komsebenzisi nangaphandle kokuthinta umsebenzi, kumodi yamanje, i-A0 kanye ne-A1 zihambisana ne-[Inani Langempela 1] kanye [Nenani Langempela 2] ngokulandelana, futhi i-D0 kanye ne-D1 ihambisana 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) Njengoba kubonisiwe kuMfanekiso 3-2. , A0 ithi 0, A1 ithi 6000 (iyunithi ithi 0.1℃)
4. Uma inani lesilinganiso se-VC-4PT lingu-5°C (41°F) liphakeme ekusebenziseni kwangempela, iphutha lingasuswa ngokusetha amaphuzu amabili.

Ukuhlela isbample

Ukuhlela isbample yochungechunge lwe-VC + imojula ye-VC-4PT
Njengoba kuboniswe ku-example ngezansi, i-VC-4PT ixhunywe ku-position 1 yemojula yokwandisa futhi isebenzisa isiteshi 1 ukuxhuma ku-Pt100 RTD ekukhipheni izinga lokushisa kwe-Celsius, isiteshi 2 ukuxhuma ku-Cu100 RTD ukuze kukhishwe izinga lokushisa le-Celsius kanye nesiteshi 3 ukuxhuma I-Cu50 RTD yokukhipha izinga lokushisa lika-Fahrenheit, isiteshi esingu-4 sicinyiwe kanye nenani lamaphoyinti amaphakathi asethwe ku-8 futhi idatha ibhalisa u-D0, i-D1 ne-D2 ukuze ithole umphumela wokuguqulwa kwenani elimaphakathi. Amasethingi aboniswa kuMfanekiso 4-1 kuya kuMfanekiso 4-3. Bona i-VC Series Programmable Controllers Reference Manual ukuze uthole imininingwane eyengeziwe.

1. Dala iphrojekthi entsha futhi ulungiselele ihadiwe yephrojekthi njengoba kukhonjisiwe esithombeni esingezansi.
2. Chofoza kabili kumojula ye-“4PT” ukuze ufake isikrini sokusetha i-4PT - njengoba kukhonjisiwe ngezansi
3. Chofoza ku-“▼” ukuze uthole ukulungiselelwa kwemodi yesiteshi yesibili.
4. Chofoza ku-“▼” ukuze ulungiselele imodi yesiteshi sesithathu bese uchofoza okuthi “Qinisekisa” lapho usuqedile

Ushintsho lwesici
Uma kuleli qophelo isiteshi esingu-1 sikhipha u-6000 lapho izinga lokushisa elilinganisiwe langempela lingu-600°C, umzila 2 ukhipha u-1200 lapho izinga lokushisa elilinganisiwe langempela lingu-120°C kanye ne-channel 3 imiphumela engu-2480 lapho izinga lokushisa langempela elikaliwe lingu-248°F. Thola umphumela wokuguqulwa omaphakathi namarejista edatha D1, D2 kanye ne-D3. Izinguquko ziboniswa kuMfanekiso 4-4. Qaphela ukuthi izinguquko zesici zonke ziku-degree Celsius. Ububanzi bokusetha inani lokushintsha bungaphakathi kuka-±1000 (±100°C).

Ukufakwa

Usayizi wokufaka

Indlela yokukhweza
Umfanekiso wokufakwa uboniswa kuMfanekiso 5-2

 

Isheke lokusebenza

Ukuhlola okujwayelekile

1. Hlola ukuthi izintambo zokufaka ze-analogue ziyahlangabezana yini nezidingo (bheka imiyalelo yezintambo ezingu-1.5).
2. Hlola ukuthi imojuli yokunwebisa ye-VC-4PT ixhunywe ngokuthembekile yini kusixhumi sokunweba.
3. Hlola ukuthi ugesi we-5V awulayishwanga kakhulu yini. Qaphela: Ukunikezwa kwamandla kwengxenye yedijithali ye-VC-4PT 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-VC1 lapho imojuli exhunywe khona kusimo se-RUN.

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

Hlola isimo senkomba yemojuli eyinhloko “ERR”.
Hlola ngokucwayiza ukuthi ingabe imojula yokunweba ixhunyiwe nokuthi imodeli yokumisa yemojuli ekhethekile iyafana yini nemodeli yemojuli exhunyiwe yangempela. icishiwe: i-interface yokwandisa ixhunywe ngendlela efanele.

Hlola izintambo ze-analog.

• Hlola ukuthi izintambo zinembile, bheka uMdwebo 1-5.
• Hlola isimo senkomba yemojuli ethi “ERR”
• Uma ugesi we-24Vdc ujwayelekile, kusho ukuthi i-VC-4PT inephutha.
• Valiwe: Ukunikezwa kwamandla ka-24Vdc kujwayelekile.
• Hlola isimo senkomba ethi "RUN".
• Ukucwayiza: I-VC-4PT isebenza ngokujwayelekile.

Okwabasebenzisi

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 odalwe uma usebenzisa isilawuli esihlelekayo kumsebenzi 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 unenkinga, ungathinta umenzeli wakho noma ungasithinta mathupha.

I-Suzhou VEICHI Electric Technology Co., Ltd Isikhungo Senkonzo Yamakhasimende SaseChina

• Ikheli: No. 1000, Songjia Road, Wuzhong Economic and Technological Development Zone
• Ucingo: 0512-66171988
• Ifeksi: 0512-6617-3610
• Inombolo yocingo yesevisi: 400-600-0303
• webindawo: www.veichi.com
• Inguqulo yedatha v1 0 filed ngoJulayi 30, 2021
• Wonke Amalungelo Agodliwe. Okuqukethwe kungashintsha ngaphandle kwesaziso.

Ikhadi Lewaranti Yomkhiqizo

Ikhasimende ulwazi	Ikheli lenkampani:
	Inkampani igama:	abathintwayo:
		izinombolo zocingo:
Umkhiqizo ulwazi	Imodeli yomkhiqizo:
	Ibhakhodi yomzimba:
	Igama le-ejenti:
Iphutha ulwazi	Isikhathi sokulungisa nokuqukethwe: Isilungisi:
Ukuposa ikheli	I-Suzhou VEICHI Electric Technology Co., Ltd Ikheli: No. 1000, Songjia Road, Wuzhong Economic and Technological Development Zone

Amadokhumenti / Izinsiza

	I-VEICHI VC-4PT Imojula Yokufaka Yezinga lokushisa Elingazweli [pdf] Imaniwali yosebenzisayo I-VC-4PT Resistive Temperature Input Module, VC-4PT, Imojula Yokufaka Yezinga Eliqinile Elingazweli, Imojula Yokufaka Izinga lokushisa, Imojula Yokokufaka, Imojula
	I-VEICHI VC-4PT Imojula Yokufaka Yezinga lokushisa Elingazweli [pdf] Imaniwali yosebenzisayo I-VC-4PT, i-VC-4PT Resistive Temperature Input Module, Imojula Yokufaka Yezinga Eliqinile Elingazweli, Imojula Yokufaka Izinga lokushisa, Imojula Yokufaka

Izithenjwa

• Imaniwali yosebenzisayo