INVT IVC1L-4AD Analog Input Module Analog Points Relay

Lura
Don rage damar yin haɗari, da fatan za a karanta a hankali umarnin aiki da matakan tsaro kafin amfani. ƙwararrun ma'aikata ne kawai za su girka ko sarrafa wannan samfurin. A cikin aiki, ana buƙatar ƙaƙƙarfan bin ƙa'idodin aminci na masana'antu, umarnin aiki, da matakan tsaro a cikin wannan littafin.

Bayanin tashar jiragen ruwa

Port
Tashar tashar tsawo da tashar mai amfani na IVC1 L-4AD duka suna da kariya ta murfin, kamar yadda aka nuna a Hoto 1-1. Cire murfin yana bayyana tashar tsawo da tashar mai amfani, kamar yadda aka nuna a hoto 1-2.

Kebul na tsawo yana haɗa IVC1L-4AD zuwa tsarin, yayin da tashar tsawo ta haɗa IVC1L-4AD zuwa wani tsarin fadada tsarin. Don cikakkun bayanai kan haɗin kai, duba 1.2 Haɗa zuwa Tsarin.
An kwatanta tashar tashar mai amfani ta IVC1 L-4AD a cikin Tebu 1-1.

Bayanin Sunan Tasha

Lura: tashar shigarwa ba zata iya karɓar duka voltage sigina da sigina na yanzu a lokaci guda. Idan kuna son amfani da tashoshi don auna siginar yanzu, da fatan za a gajarta juzu'in satage tashar shigar da sigina da tashar shigar da siginar na yanzu.

Haɗa Zuwa Tsarin

Ta hanyar kebul na tsawo, za ka iya haɗa IVC1L-4AD zuwa IVC1L jerin asali module ko wasu ƙarin kayayyaki. Duk da yake ta hanyar tsawo tashar jiragen ruwa, za ka iya haɗa sauran IVC1 L jerin tsawo kayayyaki zuwa IVC1L-4AD. Duba Hoto na 1-3.

Waya
Hoto na 1-4 yana nuna wayoyi na tashar mai amfani.

Ƙwararren 1-7 yana tsaye don maki bakwai da za a lura yayin waya.

1. Ana ba da shawarar yin amfani da nau'in murɗaɗɗen garkuwa don shigarwar analog. Keɓance su daban daga igiyoyin wuta da kowane kebul ɗin da zai iya haifar da EMI.
2. Idan siginar shigarwar ta canza ko akwai EMI mai ƙarfi a cikin wayoyi na waje, yana da kyau a yi amfani da capacitor mai laushi (0.1 µF-0.47µF/25V).
3. Idan an yi amfani da tashoshi don shigarwa na yanzu, gajarta voltage tashar shigarwar da tashar shigarwa ta yanzu.
4. Idan akwai EMI mai ƙarfi, haɗa tashar FG da tashar PG.
5. Ƙaddamar da tashar tashar PG ɗin daidai.
6. Za a iya amfani da tushen wutar lantarki na 24Vdc na taimako ko wasu ƙwararrun wutar lantarki na waje azaman tushen wutar lantarki na da'irar analog ɗin module.
7. Kar a yi amfani da tashar NC ta tashar mai amfani.

 Fihirisa

Tushen wutan lantarki

Ayyuka

Ffwaƙwalwar Buffer
IVC1L-4AD yana musayar bayanai tare da ainihin tsarin ta hanyar Buffer Memory (BFM). Bayan an saita IVC1L-4AD ta hanyar software na mai watsa shiri, ainihin ƙirar za ta rubuta bayanai a cikin IVC1 L-4AD BFM don saita yanayin IVC1L-4AD kuma ya nuna bayanan daga IVC1L-4AD akan ƙirar software mai watsa shiri. Duba Hoto 4-2-Hoto 4-6.

Tebur 2-3 yana bayyana abubuwan da ke cikin BFM na IVC1 L-4-AD.

BFM #100 #101	Abubuwan da ke ciki Matsakaicin ƙimar CH1 Matsakaicin ƙimar CH2	Default	Dukiya R R
#102	Matsakaicin ƙimar CH3		R
#103	Matsakaicin ƙimar CH4		R
#200	Darajar CH1 a yanzu		R
#201	Darajar CH2 a yanzu		R
#202	Darajar CH3 a yanzu		R
#203	Darajar CH4 a yanzu		R
#300	Matsayin kuskure 0		R
#301	Matsayin kuskure 1		R
#600	Zaɓin yanayin shigarwa	0 x0000	RW
#700	Matsakaicin sampRahoton da aka ƙayyade na CH1	8	RW
#701	Matsakaicin sampling sau	8	RW
	da CH2
#702	Matsakaicin sampling sau	8	RW
	da CH3
#703	Matsakaicin sampling sau	8	RW
	da CH4
#900	Saukewa: CH1-D0	0 (Yanayin shigarwa 0)	RW
#901	Farashin CH1-A0	0 (Yanayin shigarwa 0)	R
#902	Saukewa: CH1-D1	2000 (Yanayin shigarwa 0)	RW
#903	Farashin CH1-A1	10000 (Yanayin shigarwa 0)	R
#904	Saukewa: CH2-D0	0 (Yanayin shigarwa 0)	RW
#905	Farashin CH2-A0	0 (Yanayin shigarwa 0)	R
#906	Saukewa: CH2-D1	2000 (Yanayin shigarwa 0)	RW
#907	Farashin CH2-A1	10000 (Yanayin shigarwa 0)	R
#908	Saukewa: CH3-D0	0 (Yanayin shigarwa 0)	RW
#909	Farashin CH3-A0	0 (Yanayin shigarwa 0)	R
#910	Saukewa: CH3-D1	2000 (Yanayin shigarwa 0)	RW
#911	Farashin CH3-A1	10000 (Yanayin shigarwa 0)	R
#912	Saukewa: CH4-D0	0 (Yanayin shigarwa 0)	RW
#913	Farashin CH4-A0	0 (Yanayin shigarwa 0)	R
#914	Saukewa: CH4-D1	2000 (Yanayin shigarwa 0)	RW
#915	Farashin CH4-A1	10000 (Yanayin shigarwa 0)	R
#2000	Saurin saurin juyawa AD	0 (15ms/CH)	RW
#4094	Module software version	0 x1000	R
#4095	Module ID	0 x1041	R

Bayani

1. CH1 yana nufin tashar 1; CH2, tashar 2; CH3, tashar 3, da sauransu.
2. Bayanin dukiya: R yana nufin karantawa kawai. Ba za a iya rubuta abin R ba. RW yana nufin karatu da rubutu. Karatu daga abin da babu shi zai sami 0.
3. Ana nuna bayanin matsayin BFM#300 a cikin Tebur 2-4.
4. BFM#600: zaɓin yanayin shigarwa, ana amfani da shi don saita hanyoyin shigarwa na CH1-CH4. Dubi Hoto 2-1 don wasiƙun su.

Hoto 2-1 Yanayin saitin yanayin vs. tashar
Tebur 2-5 yana nuna bayanin matsayi na BFM#600.

Don misaliample, idan an rubuta #600 a matsayin '0x0103', saitin zai kasance kamar haka: CH1: rufe.
Kewayon shigarwa na CH3: -5V-5V ko -20mA-20mA (lura da bambancin wayoyi a vol.tage da na yanzu, duba 1.3 wayoyi); Shigarwar CH2, da yanayin CH4: -10V-10V.

BFM#700 - BFM#703: matsakaicin sampling sau saitin; kewayon saiti: 1-4096. Default: 8 (gudun al'ada); zaɓi 1 idan ana buƙatar babban gudun.
BFM#900-BFM#915: saitunan halayen tashar, waɗanda aka saita ta amfani da hanyar maki biyu. DO da D1 suna wakiltar abubuwan dijital na tashar, yayin da AO da A1, a cikin naúrar mV, suna wakiltar ainihin abubuwan da tashar ta samu. Kowane tashoshi ya ƙunshi kalmomi 4. Don sauƙaƙe aikin saitin ba tare da tasiri ayyuka ba, AO da A1 an daidaita su zuwa 0 da matsakaicin ƙimar analog a cikin yanayin yanzu. Bayan canza yanayin tashar (BFM #600), AO da A1 za su canza ta atomatik bisa ga yanayin. Masu amfani ba za su iya canza su ba.
Lura: Idan shigar da tashar tashar sigina ce ta yanzu (-20mA-20mA), yanayin tashar ya kamata a saita zuwa 1. Kamar yadda ma'aunin ciki na tashar ya dogara akan vol.tage sigina, ya kamata a canza sigina na yanzu zuwa voltage sigina (-5V-5V) ta 2500 resistor a tashar shigarwa ta halin yanzu. A1 a cikin saitunan halayen tashar har yanzu yana cikin naúrar mV, watau S000mV (20mAx250O = 5000mV). BFM#2000: AD saitin saurin juyawa. 0: 15ms / tashar (sauri na al'ada); 1: 6ms/tashar (high gudun). Saitin BFM#2000 zai mayar da BFM#700 - #703 zuwa ga tsoffin dabi'u, waɗanda yakamata a lura dasu a cikin shirye-shirye. Idan ya cancanta, zaku iya sake saita BFM#700 - #703 bayan kun canza saurin juyawa.

BFM#4094: sigar software na module, wanda aka nuna ta atomatik azaman Module Version a cikin IVC1 L-4AD Kanfigareshan akwatin tattaunawa na software mai masaukin baki, kamar yadda aka nuna a Hoto 4-2. 8. BFM#4095 shine ID na module. ID na IVC1L-4AD shine 0x1041. Shirin mai amfani a cikin PLC zai iya amfani da wannan ID don gano ƙirar kafin karɓar bayanai.

Halayen Saita

Siffar tashar shigar da tashar IVC1 L-4-AD ita ce alaƙar layi tsakanin shigarwar analog na tashar A da fitarwa na dijital D. Mai amfani zai iya saita shi. Ana iya ɗaukar kowane tashoshi azaman ƙirar da aka nuna a cikin Hoto 3-1. Kamar yadda yake da sifofi na layi, ana iya siffanta halayen tashar ta maki biyu kawai: PO (AO, DO) da P1 (A1, D1), inda DO shine fitowar dijital ta tashar ta dace da shigarwar analog AO, kuma D1 shine tashar tashoshi. fitarwa na dijital daidai da shigarwar analog A1.

Don sauƙaƙe tsarin aiki ba tare da tasiri ayyuka ba, AO da A1 an daidaita su zuwa 0 da matsakaicin ƙimar analog a cikin yanayin yanzu. Wato a cikin hoto na 3-1, AO shine 0 kuma A1 shine matsakaicin shigarwar analog a yanayin yanzu. AO da A1 za su canza bisa ga yanayin lokacin da aka canza BFM#600. Masu amfani ba za su iya canza ƙimar su ba. Idan kawai ka saita yanayin tashar (BFM # 600) ba tare da canza DO da D1 na tashar da ta dace ba, yanayin tashar ya kamata ya kasance kamar yadda aka nuna a cikin Hoto 3-2. A cikin Hoto 3-2 shine tsoho.

Kuna iya canza halayen tashar ta canza DO da D1. Kewayon saitin DO da D1 shine -10000-10000. Idan saitin yana wajen wannan kewayon, IVC1 L-4AD ba zai karɓa ba, amma yana kula da ingantaccen saitin asali. Hoto na 3-3 yana ba da bayanin ku na tsohonample na canza tashoshi halaye.

A

• Yanayin 0, DO = 0, D1 = 10,000
• Analog shigarwar 10V abubuwan fitarwa 10,000
• Analog shigarwar 0V abubuwan fitarwa 0
• Analog shigarwar -1 0V fitarwa -10,000

B

• Yanayin 1, DO = -500, D1 = 2000
• Shigarwar Analog 5V (ko 20mA)
• Yana fitar da shigarwar Analog 2000 1V (ko 4mA)
• fitarwa 0 shigarwar Analog -5V (ko -20mA)
• fitarwa - 3000

Aikace-aikace Example
Aikace-aikace na asali
An zaɓi IVC1-4AD don duka IVC1L-4AD da IVC1-4AD a cikin toshe tsarin. Example: IVC1 L-4AD module address is 1 (domin yin jawabi na tsawo kayayyaki, duba IVC Series PLC User Manual). Yi amfani da CH1 da CH3 don voltage shigarwar (-10V-10V), yi amfani da CH2 don shigarwa na yanzu (-20-20mA), kusa CH4, saita matsakaicin sampling sau zuwa 8, kuma yi amfani da rajistar bayanan D1, D2, da D3 don karɓar matsakaicin ƙimar, kamar yadda aka nuna a cikin waɗannan alkaluma.

Canza Halaye
Example: Adireshin module na IVC1 L-4AD shine 3 (domin yin magana na ƙarin kayayyaki, duba IVC Series PLC Manual User). Saita matsakaicin sampling sau zuwa 4, saita halaye A da B a cikin Hoto 3-3 bi da bi don CH1 da CH2, kusa da CH3 da CH4, da kuma amfani da rajistar bayanai D1 da D2 don karɓar matsakaicin ƙima, kamar yadda aka nuna a cikin waɗannan adadi. Duba Jagorar Shirye-shiryen IVC Series PLC don cikakkun bayanai.

Binciken Ayyuka

Dubawa na yau da kullun

1. Bincika cewa wayoyi na shigarwar analog ɗin sun cika buƙatun (duba wayoyi 1.3).
2. Bincika cewa an shigar da kebul na IVC1 L-4AD daidai a cikin tashar tsawo.
3. Bincika cewa kayan wutar lantarki na 5V da 24V ba su yi yawa ba. Lura: da'irar dijital na IVC1 L-4AD tana da ƙarfi ta asali ta hanyar kebul na tsawo.
4. Bincika aikace-aikacen kuma tabbatar da hanyar aiki da kewayon ma'auni daidai ne.
5. Saita babban tsarin IVC1 L zuwa jihar RUN.

Dubawa Kan Laifi
Idan akwai rashin daidaituwa, bincika abubuwa masu zuwa:

• Matsayin alamar WUTA
• ON: an haɗa kebul na tsawo da kyau;
• KASHE: duba haɗin kebul na tsawo da ainihin tsarin.
• Wayoyin shigar da analog
• Matsayin alamar 24V
• ON: 24Vdc wutar lantarki na al'ada;
• KASHE: 24Vdc wutar lantarki mai yiwuwa kuskure, ko IVC1 L-4AD kuskure.

Matsayin alamar RUN

• Filashi da sauri: IVC1 L-4AD a cikin aiki na yau da kullun;
• Filanci a hankali ko KASHE: Duba Matsayin Kuskuren a IVC1 L-4AD
• Akwatin tattaunawar daidaitawa ta hanyar software mai masaukin baki.

Sanarwa

1. An keɓe kewayon garanti ga PLC kawai.
2. Lokacin garanti shine watanni 18, a cikin wane lokacin INVT ke gudanar da kulawa kyauta da gyara ga PLC wanda ke da kowane laifi ko lalacewa a ƙarƙashin yanayin aiki na yau da kullun.
3. Lokacin farawa na lokacin garanti shine ranar isar da samfur, wanda samfurin SN shine kawai tushen hukunci. PLC ba tare da samfur SN ba za a yi la'akari da baya garanti.
4. Ko da a cikin watanni 18, za a kuma cajin kulawa a cikin yanayi masu zuwa:
   • Lalacewar da aka samu ga PLC saboda rashin aiki, waɗanda ba su dace da littafin Mai amfani ba;
   • Lalacewar da aka samu ga PLC saboda gobara, ambaliya, voltage, da sauransu;
   • Lalacewar da aka samu ga PLC saboda rashin amfani da ayyukan PLC da bai dace ba.
5. Za a caje kuɗin sabis bisa ga ainihin farashin. Idan akwai wani kwangila, kwangilar ta yi nasara.
6. Da fatan za a ajiye wannan takarda kuma ku nuna wannan takarda ga sashin kulawa lokacin da samfurin ke buƙatar gyarawa.
7. Idan kuna da wasu tambayoyi, tuntuɓi mai rarrabawa ko kamfaninmu kai tsaye.

Shenzhen INVT Electric Co., Ltd.
Adireshi: INVT Ginin Fasaha na Guangming, Hanyar Songbai, Mali,
Gundumar Guangming, Shenzhen, China
Website: www.invt.com
An kiyaye duk haƙƙoƙi. Abubuwan da ke cikin wannan takarda za su iya canzawa ba tare da sanarwa ba.

Takardu / Albarkatu

INVT IVC1L-4AD Analog Input Module Analog Points Relay [pdf] Manual mai amfani IVC1L-4AD Analog Input Module Analog Points Relay, IVC1L-4AD, Analog Input Module Analog Points Relay.

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