Jerin Mai Kula da Hankali Mai Shirye-shirye
Manual mai amfani

IVC3 Series Mai Kula da Logic Mai Shirye

Abu	Babban manufar IVC3
Ƙarfin shirin	64 ktswa
Shigar da sauri-sauri	200 kHz
fitarwa mai sauri	200 kHz
Ikon kutage memory	64 kB
CAN	Ƙa'idar CANopen DS301 (maigida) tana goyan bayan iyakar tashoshi 31, 64 TxPDOs, da 64 RxPDOs. Ƙa'idar CANopen DS301 (bawa) tana goyan bayan 4 TxPDOs da 4 RxPDOs. Resistor Terminal: Sanye take da ginanniyar hanyar sauyawa ta DIP saitin lambar tashar: Saita ta amfani da maɓallin DIP ko shirin
ModCP TCP	Taimakon maigida da tashoshi na bayi Saitin adireshin IP: Saita ta amfani da sauya DIP ko shirin
Serial sadarwa	Yanayin sadarwa: R8485 Max. Adadin baud na PORT1 da PORT2: 115200 Terminal resistor: An sanye shi da ginanniyar maɓallin DIP
Sadarwar USB	Ma'auni: USB2.0 Cikakkun Gudun Gudun da MiniB Aiki: Zazzagewa da saukewa, saka idanu, da haɓaka tsarin da ke ƙasa
Interpolation	Layukan layi na axis guda biyu da haɗin baka (goyan bayan software na allo V2.0 ko kuma daga baya)
Kamara ta lantarki	Goyan bayan software na hukumar V2.0 ko kuma daga baya
Na musamman tsawo module	Max. jimlar adadin abubuwan haɓaka na musamman: 8

Cibiyar sabis na abokin ciniki
Shenzhen INVT Electric Co., Ltd.

Takardun bayanin ingancin samfur

Sunan mai amfani		Waya
Adireshin mai amfani		Lambar gidan waya
Sunan samfuri da samfurin		Ranar shigarwa
Inji No.
Siffar samfur ko tsari
Ayyukan samfur
Kunshin samfur
Kayan samfur
Ingantattun amfani
Inganta sharhi ko shawarwari

Adireshi: INVT Ginin Fasaha na Guangming, Hanyar Songbai, Matian,
Gundumar Guangming, Shenzhen, China _Tel: +86 23535967

Gabatarwar samfur

1.1 Bayanin samfuri
Hoto 1-1 yana kwatanta samfurin samfurin.

1.2 Bayyanar da tsari
Hoto 1-2 yana nuna bayyanar da tsarin babban tsarin IVC3 (ta amfani da IVC3-1616MAT azaman tsohonample).

Ana amfani da soket ɗin bas don haɗa abubuwan haɓakawa. Yanayin zaɓin zaɓi yana ba da zaɓuɓɓuka uku: ON, TM, da KASHE.
1.3 Gabatarwa ta ƙarshe
Alkaluman da ke gaba suna nuna tsarin tashar tashar IVC3-1616MAT.
Matsalolin shigarwa:

Tashoshin fitarwa:

Ƙimar wutar lantarki

Tebur 2-1 yana bayyana ƙayyadaddun ƙayyadaddun abubuwan ginannun wutar lantarki na babban tsarin da na ƙarfin da babban tsarin zai iya bayarwa ga na'urorin haɓakawa.
Tebura 2-1 Bayanin samar da wutar lantarki

Abu		Naúrar	Min. daraja	Na al'ada daraja	Max. daraja	Jawabi
Shigar da kunditage kewayon		V AC	85	220	264	Voltage kewayon don farawa da aiki daidai
Shigar da halin yanzu		A	/	/	2.	90V AC shigarwar, cikakken kayan fitarwa
Ƙididdigar fitarwa na halin yanzu	5V/GND	mA	/	1000	/	Ƙimar ita ce jimlar yawan amfani da ciki na babban tsarin da nauyin kayan haɓakawa. Matsakaicin ikon fitarwa shine jimlar cikakken nauyin duk kayayyaki, wato, 35 W. Yanayin sanyaya yanayi ana ɗaukarsa don ƙirar.
	24V/GND	mA	/	650	/
	24V/COM	mA	/	600	/

Halayen shigarwa/fitarwa na dijital

3.1 Halayen shigarwa da ƙayyadaddun sigina
Tebur 3-1 yana bayyana halayen shigarwa da ƙayyadaddun sigina.
Tebur 3-1 Halayen shigarwa da ƙayyadaddun sigina

Abu		Shigar da sauri-sauri tashoshi XO zuwa X7	Tashar shigarwa ta gama gari
Yanayin shigar da sigina		Nau'in tushen ko yanayin yanayin nutsewa. Kuna iya zaɓar yanayin ta hanyar "S/S".
Lantarki siga rs	Ganewa voltage	24V DC
	Shigarwa	1 kf)	5.7 k0
	Shigarwa kunna	Juriya na kewayen waje yana ƙasa da 400 0.	Juriya na kewayen waje yana ƙasa da 400 0.
	Shigarwa a kashe	Juriya na kewayen waje ya fi 24 ka	Juriya na kewayen waje ya fi 24 kf2.
Tace aiki	Dijital tace	X0—X7: Ana iya saita lokacin tacewa ta hanyar shirye-shirye, kuma iyakar da aka yarda shine 0 zuwa 60 ms.
	Hardware tace	Ana ɗaukar tace kayan aikin don tashoshin jiragen ruwa ban da XO zuwa X7, kuma lokacin tacewa kusan ms 10 ne.
Babban aiki mai sauri		Tashar jiragen ruwa XO zuwa X7 na iya aiwatar da ayyuka da yawa da suka haɗa da ƙidayar sauri, katsewa, da ɗaukar bugun jini. Matsakaicin mitar motsi na XO zuwa X7 shine 200 kHz.

Matsakaicin mitar tashar shigar da sauri mai sauri yana iyakance. Idan mitar shigarwar ta wuce iyaka, ƙidayar ƙidayar na iya zama kuskure ko tsarin ya gaza yin aiki da kyau. Kuna buƙatar zaɓar firikwensin waje mai dacewa.
PLC tana ba da tashar "S/S" don zaɓar yanayin shigar da sigina. Kuna iya zaɓar nau'in tushen ko yanayin nau'in nutsewa. Haɗa "S/S" zuwa "+24V" yana nuna cewa ka zaɓi yanayin shigar da nau'in nutsewa, sannan ana iya haɗa firikwensin nau'in NPN. Idan ba a haɗa "S/S" zuwa "+24V", yana nuna cewa an zaɓi yanayin shigar da nau'in tushe. Duba Hoto na 3-1 da Hoto na 3-2.

Hoto 3-1 Tsarin shigar da nau'in tushen tushen

Hoto 3-2 Tsarin shigar da nau'in sink

3.2 Halayen fitarwa da ƙayyadaddun sigina
Tebu na 3-2 yana bayyana ƙayyadaddun kayan lantarki na fitarwa.
Tebur 3-2 Fitar da ƙayyadaddun lantarki

Abu	Fitarwa bayani
Yanayin fitarwa	Fitar transistor Ana haɗa abin da ake fitarwa lokacin da yanayin fitarwa ke ON, kuma ana katse shi lokacin da yanayin fitarwa ya KASHE.
Rufin kewaye	Optocoupler rufi
Alamar aiki	Alamar tana kunne lokacin da ake tuƙi na'urar gani da ido.
Matsakaicin wutar lantarki voltage	5-24 V DC An bambanta polarities.
Bude-zage-zage na halin yanzu	Kasa da 0.1mA/30V DC

Abu		Fitarwa bayani
Min. kaya		5mA (5-24V DC)
Max. fitarwa halin yanzu	lodi mai juriya	Jimlar nauyin tashoshi gama gari: Matsakaicin gama gari na rukunin maki 0.3 A/1 Matsakaicin gama gari na rukunin 0.8 N4-point Matsakaicin gama gari na rukunin 1.6 N8-point
	Nauyin inductive	7.2 W/24V DC
	lodin rago'	0.9 W/24V DC
Respo nse lokaci	KASHE-00N	YO — Y7: 5.1 ps/fiye da 10mA Wasu: 50.5 ms/mafi girma fiye da 100mA
	ON-) KASHE
Matsakaicin mitar fitarwa		Y0—Y7: 200 kHz (mafi girman)
Tashar fitarwa ta gama gari		Za'a iya raba tashar gama gari ɗaya ta iyakar tashoshi 8, kuma duk tashoshi na gama gari sun keɓanta da juna. Don cikakkun bayanai game da tashoshi gama gari na samfura daban-daban, duba tsarin tasha.
Fuse kariya		A'a

1. Na'urar fitarwa ta transistor tana sanye take da ginanniyar voltage-stabilizing bututu don hana counter-electromotive karfi da aka haifar lokacin da inductive load aka katse. Idan ƙarfin nauyin nauyi ya wuce ƙayyadaddun buƙatun, kuna buƙatar ƙara diode mai motsa jiki na waje.
2. Fitowar transistor mai sauri ya ƙunshi ƙarfin da aka rarraba. Sabili da haka, idan na'urar tana aiki a 200 kHz, kuna buƙatar tabbatar da cewa halin yanzu da aka gudanar ya fi girma fiye da 15 mA don inganta yanayin fitarwa na halayen halayen, kuma na'urar da aka haɗa da ita za'a iya haɗa ta da resistor a cikin yanayin layi ɗaya don ƙara ƙarfin halin yanzu. .

3.3 Abubuwan haɗin shigarwa/fitarwa
Misalin haɗin shigarwa
Hoto 3-3 yana nuna haɗin IVC3-1616MAT da IVC-EH-O808ENR, wanda shine misali na aiwatar da sarrafawa mai sauƙi. Za'a iya gano siginar matsayi da mai rikodin ya samu ta tashoshi masu saurin kirgawa na XO da X1. Ana iya haɗa siginar sauyawar matsayi wanda ke buƙatar amsa mai sauri zuwa manyan tashoshi masu sauri X2 zuwa X7. Za'a iya rarraba sauran siginar mai amfani a tsakanin tashoshin shigarwa.

Misalin haɗin kai
Hoto 3-4 yana nuna haɗin IVC3-1616MAT da IVC-EH-O808ENR. Ƙungiyoyin fitarwa za a iya haɗa su zuwa sigina daban-daban voltage da'irori, wato ƙungiyoyin fitarwa na iya aiki a cikin da'irori na voltage darussa. Ana iya haɗa su zuwa da'irori na DC kawai. Kula da jagorancin halin yanzu lokacin haɗa su.

Jagorar sadarwa

4.1 Serial sadarwa
Babban tsarin IVC3 yana ba da tashoshin sadarwa na serial guda uku asynchronous, wato PORTO, PORT1, da PORT2. Suna tallafawa ƙimar baud na 115200, 57600, 38400, 19200, 9600, 4800, 2400, da 1200 bps. PORTO ta ɗauki matakin RS232 da Mini DIN8 soket. Hoto 4-1 yana bayyana ma'anar fil na PORTO.

Hoto 4-1 Matsayin canjin zaɓin yanayin da ma'anar fil ɗin PORTO
A matsayin keɓantaccen keɓancewa don shirye-shiryen mai amfani, PORTO za a iya jujjuya shi da ƙarfi zuwa ƙa'idar tashar tashar shirye-shirye ta hanyar canza yanayin zaɓi. Tebu na 4-1 yana bayyana taswira tsakanin jihohin da ke tafiyar da PLC da ka'idojin tafiyar da PORTO.
Tebur 4-1 Taswira tsakanin Jihohin da PLC ke gudana da ka'idojin tafiyar PORTO

Saitin zaɓin zaɓi	Jiha	PORTO tsarin aiki
ON	Gudu	Ya dogara da shirin mai amfani da tsarin tsarin sa. Yana iya zama tashar tashar shirye-shirye, Modbus, tashar jiragen ruwa kyauta, ko yarjejeniyar hanyar sadarwar N: N.
TM (ON→TM)	Gudu	Tilas a canza zuwa ka'idar tashar tashar shirye-shirye.
TM (KASHE→TM)	Tsaya
KASHE	Tsaya	Idan an yi amfani da ka'idar tashar jiragen ruwa ta kyauta a cikin tsarin tsarin tsarin mai amfani, PORTO yana canzawa ta atomatik zuwa yarjejeniyar tashar tashar shirye-shirye bayan an dakatar da PLC. In ba haka ba, ƙa'idar da aka saita a cikin tsarin ba ta canza ba.

4.2 RS485 sadarwa
Dukansu PORT1 da PORT2 sune tashoshin jiragen ruwa na RS485 waɗanda za'a iya haɗa su da na'urori masu aikin sadarwa, kamar inverters ko HMIs. Ana iya amfani da waɗannan tashoshin jiragen ruwa don sarrafa na'urori da yawa a yanayin sadarwar ta hanyar Modbus, N: N, ko ka'idar tashar jiragen ruwa kyauta. Tashoshi ne da aka ɗaure da sukurori. Kuna iya yin igiyoyin siginar sadarwa da kanku. Ana ba da shawarar ku yi amfani da garkuwa masu murƙushe nau'i-nau'i (STPs) don haɗa tashoshin jiragen ruwa.

Table 4-2 RS485 halaye sadarwa

	Abu	Halaye
Saukewa: RS485 sadarwa	tashar sadarwa	2
	Yanayin soket	PORT1, PORT2
	Baud darajar	115200, 57600, 38400, 19200, 9600, 4800, 2400, 1200bps
	Matakan sigina	RS485, rabin duplex, rashin kadaici
	Protocol mai goyan baya	Modbus master/protocol tashar bawa, ka'idar sadarwar kyauta, yarjejeniya N: N
	Tasha resistor	An sanye shi tare da ginanniyar maɓallin DIP

4.3 CAN Buɗe sadarwa
Teburin 4-3 halayen sadarwa na CAN

Abu	Halaye
Yarjejeniya	Daidaitaccen yarjejeniyar CANopen DS301v4.02 wanda za'a iya amfani da shi don mashahurai da tashoshin bayi, suna goyan bayan sabis na NMT, ka'idar Kula da Kuskure, ka'idar SDO, SYNC, Gaggawa, da EDS file daidaitawa
Babban tashar	Taimakawa 64 TxPDOs, 64 RxPDOs, da iyakar tashoshi 31. Yankin musayar bayanai (bangaren D) ana iya daidaita shi.
Tashar bayi	Taimakawa 4 TxPDOs da 4 RxPDOs Yankin musayar bayanai: SD500-SD531
Yanayin soket	Pluggable m na 3.81 mm

Tasha resistor		An sanye shi tare da ginanniyar maɓallin DIP
Saitin tasha	A'a.	Saita ta hanyar ragowa 1 zuwa 6 na sauya DIP ko ta cikin shirin
Baud darajar		Saita ta hanyar ragowa 7 zuwa 8 na sauya DIP ko ta cikin shirin

Yi amfani da STPs don sadarwar CAN. Idan na'urori da yawa suna cikin sadarwa, tabbatar da cewa an haɗa tashoshin GND na duk na'urorin kuma an saita masu tsayayyar tasha zuwa ON.
4.4 Sadarwar Ethernet

Tebur 4-4 Halayen sadarwar Ethernet

	Abu	Halaye
Ethernet	Yarjejeniya	Taimakawa Modbus TCP da ka'idojin tashar tashar jiragen ruwa
	Saitin adireshin IP	Za'a iya saita ɓangaren ƙarshe na adireshin IP ta hanyar sauya DIP ko kwamfuta ta sama
	Haɗin tashar bayi	Ana iya haɗa iyakar tashoshin bayi 16 a lokaci guda.
	Haɗin tashar Jagora	Ana iya haɗa iyakar manyan tashoshi 4 a lokaci guda.
	Yanayin soket	RJ45
	Aiki	Loda/zazzage shirin, saka idanu, da haɓaka shirin mai amfani
	Adireshin IP na asali	192.168.1.10
	MAC address	Saita a masana'anta. Duba SD565 zuwa SD570.

Shigarwa

IVC3 Series PLCs sun dace da yanayin yanayi tare da yanayin shigarwa na daidaitaccen Il da matakin gurɓatawa na 2.
5.1 Girma da ƙayyadaddun bayanai
Tebu na 5-1 yana bayyana girma da ƙayyadaddun abubuwan IVC3 jerin manyan kayayyaki.
Tebur 5-1 Girma da ƙayyadaddun bayanai

Samfura	Nisa	Zurfin	Tsayi	Cikakken nauyi
Saukewa: IVC3-1616MAT	mm167 ku	mm90 ku	mm90 ku	740g ku
Saukewa: IVC3-1616MAR

5.2 Hanyoyin shigarwa
Yin amfani da DIN ramummuka
Gabaɗaya, ana shigar da PLCs ta hanyar amfani da ramukan DIN tare da faɗin 35 mm, kamar yadda aka nuna a hoto 5-1.

Matakan shigarwa na musamman sune kamar haka:

1. Gyara ramin DIN a kwance akan farantin baya na shigarwa.
2. Fitar da ramin DIN clamping zare daga kasan module.
3. Dutsen module akan ramin DIN.
4. Danna clampmayar da baya zuwa inda yake don kulle gyara module.
5. Yi amfani da madaidaitan ramin DIN don gyara ƙusoshin biyu na module, hana shi zamewa.

Hakanan ana iya amfani da waɗannan matakan don shigar da wasu PLC na jerin IVC3 ta amfani da DIN ramummuka.
Amfani da sukurori
Don al'amuran inda babban tasiri zai iya faruwa, zaku iya shigar da PLC ta amfani da sukurori. Saka sukurori (M3) ta cikin ramukan dunƙule guda biyu a kan gidaje na PLC kuma gyara su a kan farantin baya na majalisar lantarki, kamar yadda aka nuna a hoto 5-2.

5.3 Haɗin kebul da ƙayyadaddun bayanai
Kebul na wuta da haɗin kebul na ƙasa
Hoto na 5-3 yana nuna haɗin haɗin AC da kayan wutar lantarki.

Ana iya inganta ƙarfin tsoma baki na PLC ta hanyar daidaita igiyoyin ƙasa masu dogaro. Lokacin shigar da PLC, haɗa tashar samar da wutar lantarki zuwa kasa. Ana ba da shawarar ku yi amfani da wayoyi masu haɗawa na AWG12 zuwa AWG16 kuma kuyi ƙoƙarin rage wayoyi, kuma ku saita ƙasa mai zaman kanta kuma ku kiyaye igiyoyin ƙasa daga na sauran na'urori (musamman waɗanda ke haifar da tsangwama mai ƙarfi), kamar yadda aka nuna a hoto na 5- 4.

Bayanin kebul
Don wiring na PLC, ana ba da shawarar cewa ku yi amfani da waya ta jan ƙarfe da yawa kuma ku shirya tashoshi masu ɓoye don tabbatar da ingancin wayoyi. Tebur 5-2 yana bayyana wuraren da aka ba da shawarar wayoyi da samfura.

Tebura 5-2 An ba da shawarar wuraren giciye da samfura

Kebul	Coss-bangaren waya	Samfurin waya da aka ba da shawarar	Tashoshin wayoyi masu dacewa da kuma bututun da za a iya rage zafi
AC Power, N) waya (L	1-0mm2.0	AWG12, 18	H1.5/14 preinsulated tube-kamar m, ko zafi tin-rufi na USB m.
Kebul na ƙasa	2•Omm2	Saukewa: AWG12	H2.0/14 preinsulated tube-kamar m, ko zafi tin-rufi na USB m.
Siginar shigarwa kebul (X)	0.8-1.0mm2	AWG18, 20	UT1-3 ko OT1-3 sanyi matsa lamba, 03 ko (D4 zafi-shrinkable tubing
Kebul na siginar fitarwa (Y)	0.8-1.0mm2	AWG18, 20

Gyara tashoshin kebul ɗin da aka sarrafa akan tashoshin wayoyi na PLC ta amfani da sukurori. Kula da matsayi na sukurori. Ƙunƙarar ƙarfi don sukurori shine 0.5 zuwa 0.8 Nm, wanda za'a iya amfani dashi don kammala haɗin haɗin gwiwa ba tare da lalata skru ba.
Hoto na 5-5 yana nuna yanayin shirye-shiryen USB da aka ba da shawarar.

Waming
Kar a haɗa fitarwar transistor zuwa da'irori na AC, kamar kewayen 220V AC. A bi madaidaicin wutar lantarki don tsara hanyoyin fitarwa. Tabbatar cewa babu overvoltage ko overcurrent yana faruwa.

Ƙaddamarwa, aiki, da kiyayewa na yau da kullum

6.1 Kunnawa da aiki
Bayan an gama wayoyi, duba duk haɗin gwiwa. Tabbatar cewa babu wani al'amuran waje da suka ragu a cikin gidaje kuma zafi yana cikin yanayi mai kyau.

1. Power a kan PLC.
   Alamar POWER na PLC tana kunne.
2. Fara software ta tashar Auto akan PC kuma zazzage shirin mai amfani da aka haɗa zuwa PLC.
3. Bayan an zazzage shirin kuma an tabbatar da shi, saita canjin yanayin yanayin zuwa ON.
   Alamar RUN tana kunne. Idan alamar ERR tana kunne, yana nuna cewa kurakurai suna faruwa akan shirin mai amfani ko tsarin. A wannan yanayin, gyara kurakurai ta hanyar komawa zuwa umarni a cikin /VC Series Small-Sized PLC Programming Manual.
4. Ƙarfi akan tsarin waje na PLC don yin aiki akan tsarin.

6.2 Kulawa na yau da kullun
Kula da abubuwa masu zuwa yayin aiwatar da kulawa da dubawa na yau da kullun:

1. Tabbatar cewa PLC tana aiki a cikin yanayi mai tsabta, yana hana abubuwan waje ko ƙura daga faɗuwa cikin injin.
2. Ajiye PLC a cikin kyakkyawan yanayin samun iska da yanayin zafi.
3. Tabbatar cewa an yi aikin wayoyi yadda ya kamata kuma duk tashoshi na wayoyi an ɗaure su da kyau.

Sanarwa

1. Garanti ya ƙunshi injin PLC kawai.
2. Lokacin garanti shine _ watanni 18. Muna ba da kulawa kyauta da gyare-gyare don samfurin idan ya yi kuskure ko ya lalace yayin aiki da ya dace a cikin lokacin garanti.
3. Lokacin garanti yana farawa daga tsohuwar ranar masana'anta na samfurin.
   Injin No. shine kawai tushe don tantance ko injin ɗin yana cikin lokacin garanti. Na'urar da ba ta da injin No. ana ganin ba ta da garanti.
4. Ana cajin kuɗaɗen kulawa da gyarawa a cikin yanayi masu zuwa hatta samfurin yana cikin lokacin garanti: Ana haifar da kurakurai saboda rashin aiki. Ba a yin ayyukan bin umarnin da aka bayar a cikin jagorar.
   Injin ya lalace saboda dalilai kamar gobara, ambaliya, ko voltage banda.
   Injin ya lalace saboda rashin amfani da shi. Kuna amfani da injin don yin wasu ayyuka marasa tallafi.
5. Ana ƙididdige kuɗin sabis bisa ainihin kuɗin. Idan akwai kwangila, tanade-tanaden da aka bayyana a cikin kwangilar sun yi nasara.
6. Ajiye wannan katin garanti. Nuna shi ga sashin kulawa lokacin da kake neman sabis na kulawa.
7. Tuntuɓi dillalin gida ko tuntuɓi kamfaninmu kai tsaye idan kuna da tambayoyi.

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

Takardu / Albarkatu

Invt IVC3 Series Programmable Logic Controller [pdf] Manual mai amfani Jerin IVC3, Mai sarrafa dabaru na shirye-shirye, IVC3 Series Mai sarrafa dabaru, Mai sarrafa dabaru, Mai sarrafawa

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