IVC1S Series PLC Quick Start
Manual mai amfani
IVC1S Series Mai Kula da dabaru na Shirye-shirye
Wannan jagorar farawa mai sauri shine don ba ku jagora mai sauri ga ƙira, shigarwa, haɗi da kiyaye jerin IVC1S PLC, dacewa don bayanin kan-site. An gabatar da shi a taƙaice a cikin wannan ɗan littafin ƙayyadaddun ƙayyadaddun kayan masarufi, fasali, da amfani da jerin IVC1S PLC, da abubuwan zaɓi da FAQ don bayanin ku. Don yin odar littattafan mai amfani da ke sama, tuntuɓi mai rabawa na INVT ko ofishin tallace-tallace.
Gabatarwa
1.1 Zayyana Samfura
Ana nuna ƙirar ƙirar a cikin adadi mai zuwa.
Zuwa ga Abokan Ciniki:
Na gode da zabar samfuranmu. Don inganta samfurin da samar da mafi kyawun sabis a gare ku, za ku iya cika fom bayan an sarrafa samfurin na wata 1, kuma ku aika wasiku ko fax zuwa Cibiyar Sabis na Abokin Ciniki? Za mu aiko muku da wani abin tunawa mai daɗi bayan karɓar cikakkiyar Form ɗin Sake Mai Kyau. Bugu da ƙari, idan za ku iya ba mu wasu shawarwari kan inganta samfur da ingancin sabis, za a ba ku kyauta ta musamman. Na gode sosai!
Shenzhen INVT Electric Co., Ltd.
| Sunan abokin ciniki | Tele | ||
| Adireshi | Lambar titi | ||
| Samfura | Ranar amfani | ||
| Mashin SN | |||
| Bayyanar ko tsari | |||
| Ayyuka | |||
| Kunshin | |||
| Kayan abu | |||
| Matsalar ingancin lokacin amfani | |||
| Shawara game da ingantawa | |||
Adireshi: INVT Ginin Fasahar Guangming, Hanyar Songbai, Matian, Gundumar Guangming, Shenzhen, China
1.2 Shaci
Ana nuna jigon ainihin tsarin a cikin adadi mai zuwa ta ɗaukar tsohonampSaukewa: IVC1S-1614MAR.
PORTO da PORT1 tashoshin sadarwa ne. PORTO yana amfani da yanayin RS232 tare da Mini DIN8 soket. PORT1 yana da RS485. Yanayin zaɓin zaɓi yana da matsayi biyu:
ON da KASHE.
1.3 Gabatarwar Tasha
Ana nuna shimfidu na tashoshi na maki I/O daban-daban a ƙasa:
1. Maki 14, maki 16, maki 24
Tashar shigarwa:
Tashar fitarwa:
2. 30-maki
Tashar shigarwa:
Tashar fitarwa:
3. 40-maki
Tashar shigarwa:
Tashar fitarwa:
4. 60-maki
Tashar shigarwa:
Tashar fitarwa:
5. 48-maki
Tashar shigarwa:
Tashar fitarwa:
Tushen wutan lantarki
An jera ƙayyadaddun ƙayyadaddun ƙarfi na PLC da aka gina a ciki da wutar lantarki don ƙirar haɓakawa a cikin tebur mai zuwa.
| Abu | Naúrar | Min. | An ƙididdige shi | Max. | Lura | |
| Wutar lantarki voltage | Vac | 85 | 220 | 264 | Farawa na al'ada da aiki | |
| Shigar da halin yanzu | A | / | / | 2. | Shigarwa: 90Vac, 100% fitarwa | |
| Fitowa halin yanzu |
5V/GND | mA | / | 600 | / | Jimlar ƙarfin fitarwa 5V/GND da 24V/GND |
| 24V/GND | mA | / | 250 | / | ||
| 10.4W. Max. Ƙarfin fitarwa: 15W ( jimlar duk rassan) | ||||||
| 24V/COM | mA | / | 250 | / | ||
Abubuwan Shiga na Dijital & Fitarwa
3.1 Halayen shigarwa da Ƙayyadaddun bayanai
Ana nuna halayen shigarwa da ƙayyadaddun bayanai kamar haka:
| Abu | Shigar da sauri-sauri tashoshi X0-X7 |
Gaba ɗaya tashar shigarwa | |
| Yanayin shigarwa | Yanayin tushe ko yanayin nutsewa, saita ta tashar s/s | ||
| Sigar lantarki | Shigar da kunditage | 24Vdc | |
| Input impedance | 4k ku | 4k ku | |
| Shigarwa ON | Juriya na kewaye na waje <400 Ω | ||
| KASHE shigarwar | Juriya na kewaye na waje> 24k Ω | ||
| Aikin tacewa | Tace ta dijital | X0-X7 suna da aikin tace dijital. Lokacin tacewa: 0, 8, 16, 32 ko 64ms (wanda aka zaɓa ta tsarin mai amfani) | |
| Hardware tace | Tashoshin shigarwa banda X0-X7 na tace kayan aiki ne. Lokacin tacewa: kusan 10ms | ||
| Babban aiki mai sauri | X0- X7: ƙidayar sauri, katsewa, da kama bugun bugun jini X0— X5: har zuwa mitar ƙidayar 10kHz Adadin mitar shigarwa yakamata ya zama ƙasa da 60kHz |
||
| Tashar gama gari | Tasha gama gari ɗaya kawai: COM | ||
Matsakaicin shigarwa yana aiki azaman counter yana da iyaka akan matsakaicin mitar. Duk wani mita sama da hakan na iya haifar da ƙidayar da ba daidai ba ko aiki mara kyau. Tabbatar cewa tsarin shigarwar tasha yana da ma'ana kuma na'urorin firikwensin waje da aka yi amfani da su sun dace.
Haɗin shigarwa example
Zane mai zuwa yana nuna tsohonample na IVC1S-1614MAR, wanda ya gane sauƙin sakawa iko. Sigina na sakawa daga PG ana shigar da su ta hanyar manyan ƙidayar ƙidayar XO da Xt, siginar ƙayyadaddun ƙayyadaddun siginar da ke buƙatar amsa mai sauri na iya zama shigarwa ta hanyar tashoshi masu sauri X2-X7. Sauran siginar mai amfani za a iya shigar da su ta kowace tashar shigarwa.
3.2 Halayen Fitarwa da Ƙayyadaddun Bayanai
Tebu mai zuwa yana nuna fitarwar relay da fitarwar transistor.
| Abu | fitarwa fitarwa | Fitar transistor |
| Yanayin fitarwa | Lokacin da yanayin fitarwa ya ON, ana rufe kewaye; KASHE, bude | |
| Tashar gama gari | Rarraba zuwa ƙungiyoyi da yawa, kowanne tare da tasha gama gari COMn, wanda ya dace da da'irori masu sarrafawa tare da iyakoki daban-daban. Duk tashoshi gama gari sun keɓe daga juna | |
| Voltage | 220Vac; 24Vdc, babu buƙatar polarity | 24Vdc, daidai polarity ake bukata |
| A halin yanzu | Daidai da ƙayyadaddun bayanai na lantarki (duba Tebur mai zuwa) | |
| Bambanci | Babban tuƙi voltage, babban halin yanzu | Ƙananan tuƙi na yanzu, babban mita, tsawon rayuwa |
| Aikace-aikace | Maɗaukaki tare da ƙananan mitar ayyuka kamar gudun ba da sanda na tsaka-tsaki, coil coil, da LEDs | Loads tare da babban mita da tsawon rai, kamar servo mai sarrafawa ampmai kunna wuta da electromagnet wanda ke aiki akai-akai |
Ana nuna ƙayyadaddun bayanan lantarki na abubuwan fitarwa a cikin tebur mai zuwa.
| Abu | Relay fitarwa tasha | Tashar fitarwa ta transistor | |
| Jujjuyawar juzu'itage | Kasa da 250Vac, 30Vdc | Saukewa: 5-24V | |
| Warewa kewaye | By Relay | Mai daukar hoto | |
| Alamar aiki | An rufe lambobi masu fitarwa, LED a kunne | LED yana kunne lokacin da aka kunna mahaɗar gani | |
| Yayyo halin yanzu na bude da'ira | / | Kasa da 0.1mA/30Vdc | |
| Mafi ƙarancin kaya | 2mA/5Vdc | 5mA (5-24Vdc) | |
| Max. fitarwa halin yanzu | lodi mai juriya | maki 2A/1; maki 84/4, ta amfani da COM maki 84/8, ta amfani da COM |
YO/Y1: 0.3A/1 maki. Sauran: maki 0.3A/1, maki 0.8A/4, maki 1.24/6, maki 1.64/8. Sama da maki 8, jimlar halin yanzu yana ƙaruwa 0.1A a kowane karuwa |
| Nauyin inductive | 220VAC, 80VAC | YO/Y1: 7.2W/24Vdc Sauran: 12W/24Vdc |
|
| Nauyin haske | 220Vac, 100W | YO/Y1: 0.9W/24Vdc Wasu: 1.5W/24Vdc | |
| Lokacin amsawa | KASHE → KUNNA | 20ms Max | YO/Y1: 10us Wasu: 0.5ms |
| AKAN → KASHE | 20ms Max | ||
| Y0, Y1 max. fitarwa mita | / | Kowane tashar: 100kHz | |
| Fitar gama gari | YO/ Y1-COMO; Y2/Y3-COM1. Bayan Y4, Max 8 tashoshi suna amfani da keɓantaccen tasha na gama gari | ||
| Fuse kariya | A'a | ||
Haɗin fitarwa example
Zane mai zuwa yana nuna tsohonampSaukewa: IVC1S-1614MAR. Ƙungiyoyin fitarwa daban-daban za a iya haɗa su zuwa nau'ikan sigina daban-daban tare da nau'i daban-dabantage. Wasu (kamar YO-COMO) ana haɗa su zuwa 24Vdc da'irar da ake amfani da su ta gida 24V-COM, wasu (kamar Y2-COM1) ana haɗa su zuwa 5Vdc low vol.tage siginar da'ira, da sauransu (kamar Y4 —Y7) an haɗa su zuwa 220Vac voltage sigina kewaye.
Tashar Sadarwa
IVC1S jerin PLC asali module yana da serial asynchronous sadarwa tashar jiragen ruwa guda uku: PORTO da PORT1. Adadin baud masu goyan baya:
| 115200 bps | 57600 bps | 38400 bps | 19200 bps |
| 9600 bps | 4800 bps | 2400 bps | 1200 bps |
Canjin zaɓin yanayin yana ƙayyade ƙa'idar sadarwa.
| Fil A'a | Suna | Bayani |
| 3 | GND | Kasa |
| 4 | RXD | Serial data karba fil (daga RS232 zuwa PLC) |
| 5 | TXD | Serial data watsa fil (daga PLC zuwa RS232) |
| 1, 2, 6, 7, 8 | Ajiye | Fitin da ba a bayyana ba, bar shi a dakatar |
A matsayin tasha da aka keɓe don shirye-shiryen mai amfani, PORTO za a iya canza shi zuwa ƙa'idar shirye-shirye ta hanyar sauya yanayin zaɓi. Ana nuna alaƙa tsakanin matsayin aiki na PLC da ka'idar da PORTO ke amfani da shi a cikin tebur mai zuwa.
| Matsayin zaɓin zaɓi | matsayi | PORTO tsarin aiki |
| ON | Gudu | Protocol na shirye-shirye, ko ka'idar Modbus, ko ka'idar tashar jiragen ruwa kyauta, ko yarjejeniyar hanyar sadarwa N: N, kamar yadda shirin mai amfani da tsarin tsarin ya ƙaddara. |
| KASHE | Tsaya | Juya zuwa ka'idar shirye-shirye |
PORT1 ya dace don haɗi tare da kayan aiki waɗanda zasu iya sadarwa (kamar inverters). Tare da ka'idar Modbus ko RS485 ƙa'idar kyauta ta tashar, tana iya sarrafa na'urori da yawa ta hanyar sadarwar. An gyara tashoshinsa tare da sukurori. Zaka iya amfani da garkuwar murɗaɗɗen-biyu azaman kebul na sigina don haɗa tashoshin sadarwa da kanka.
Shigarwa
PLC ana amfani da shi zuwa nau'in shigarwa na II, digiri na 2 na gurɓatawa.
5.1 Girman Shigarwa
| Samfura | Tsawon | Nisa | Tsayi | Nauyi |
| Saukewa: IVC1 S-0806MAR | 135mm ku | 90mm ku | 71.2mm ku | 440 g |
| Saukewa: IVC1S-1006MAR | 440 g | |||
| Saukewa: IVC1S-1208MAR | 455 g | |||
| Saukewa: IVC1S-1410MAR | 470 g | |||
| Saukewa: IVC1S-1614MAR | 150mm ku | 90mm ku | 71.2mm ku | 650 g |
| Saukewa: IVC1S-2416MAR | 182mm ku | 90mm ku | 71.2mm ku | 750 g |
| Saukewa: IVC1S-3624MAR | 224.5mm ku | 90mm ku | 71.2mm ku | 950 g |
| Saukewa: IVC1S-2424MAR | 224.5mm ku | 90mm ku | 71.2mm ku | 950 g |
5.2 Hanyar Shigarwa
DIN dogo hawa
Gabaɗaya zaka iya hawa PLC akan layin dogo mai faɗin 35mm (DIN), kamar yadda aka nuna a cikin adadi mai zuwa.
Gyaran dunƙulewa
Gyara PLC tare da sukurori na iya tsayawa firgita fiye da hawan dogo na DIN. Yi amfani da sukurori na M3 ta cikin ramukan hawa akan shingen PLC don gyara PLC akan allon baya na majalisar lantarki, kamar yadda aka nuna a adadi mai zuwa.
5.3. Haɗin Kebul Da Ƙididdiga
Haɗin wutar lantarki da kebul na ƙasa
Ana nuna haɗin ikon AC da ƙarfin taimako a cikin adadi mai zuwa.
Muna ba ku shawarar yin waya da kewayen kariya a tashar shigar da wutar lantarki. Duba hoton da ke ƙasa.
Haɗa PLC
m zuwa grounding lantarki. Don tabbatar da ingantaccen haɗin kebul na ƙasa, wanda ke sanya kayan aiki mafi aminci kuma yana kare shi daga EMI. yi amfani da kebul na AWG12 – 16, kuma sanya kebul ɗin ya zama gajere gwargwadon yiwuwa. Yi amfani da ƙasa mai zaman kanta. Ka guji raba hanya tare da kebul na ƙasa na wasu kayan aiki (musamman waɗanda ke da EMI mai ƙarfi). Dubi adadi mai zuwa.
Bayanin kebul
Lokacin yin waya da PLC, yi amfani da waya ta jan ƙarfe mai nau'i-nau'i da yawa da madaidaitan tashoshi don tabbatar da inganci. Ana nuna samfurin da aka ba da shawarar da yanki na kebul na kebul a cikin tebur mai zuwa.
| Waya | Wurin ƙetarewa | Samfurin da aka ba da shawarar | Cable lug da zafi-ƙasa tube |
| Wutar wutar lantarki ta AC (L, N) | 1.0-2.0mm² | AWG12, 18 | H1.5/14 zagaye mai rufi lug, ko tinned na USB lug |
| Kebul na Duniya () |
2.0mm2 ku | Saukewa: AWG12 | H2.0/14 zagaye mai rufe lug, ko ƙarshen kebul na tinned |
| Kebul na siginar shigarwa (X) | 0.8-1.0mm² | AWG18, 20 | UT1-3 ko OT1-3 maras solder lug Φ3 ko Φ4 bututu mai rage zafi |
| Kebul na siginar fitarwa (Y) | 0.8-1.0mm² | AWG18, 20 |
Gyara kan kebul ɗin da aka shirya akan tashoshin PLC tare da sukurori. karfin juyi: 0.5-0.8Nm.
Ana nuna hanyar sarrafa kebul da aka ba da shawarar a cikin adadi mai zuwa.
Aiki-Aiki da Kulawa
6.1 Farawa
Duba haɗin kebul a hankali. Tabbatar cewa PLC ya fita daga baƙon abubuwa kuma tashar watsar da zafi a bayyane take.
- Wuta akan PLC, alamar PLC POWER ya kamata a kunna.
- Fara software ta tashar Auto akan mai masaukin kuma zazzage shirin mai amfani da aka haɗa zuwa PLC.
- Bayan duba shirin zazzagewa, canza yanayin zaɓin yanayin zuwa matsayin ON, alamar RUN yakamata ya kasance a kunne. Idan alamar ERR tana kunne, shirin mai amfani ko tsarin ba daidai ba ne. Sanya a cikin [V2/IVC1S jerin PLC Programming Manual kuma cire kuskuren.
- Ƙarfi akan tsarin waje na PLC don fara gyara tsarin.
6.2 Kulawa na yau da kullun
Yi abubuwa masu zuwa:
- Tabbatar da PLC tsabtataccen muhalli. Kare shi daga baki da kura.
- Ajiye iskar iska da zafi na PLC cikin yanayi mai kyau.
- Tabbatar cewa haɗin kebul ɗin abin dogaro ne kuma yana cikin yanayi mai kyau.
Gargadi
- Kar a taɓa haɗa fitarwar transistor zuwa da'irar AC (kamar 220Vac). Zane na da'irar fitarwa dole ne ya bi ka'idodin sigogin lantarki, kuma babu ƙaritage ko fiye da halin yanzu an yarda.
- Yi amfani da lambobin sadarwa na relay kawai idan ya cancanta, saboda tsawon rayuwar lambobin sadarwa ya dogara da yawa akan lokutan aikin sa.
- Lambobin sadarwa na relay na iya tallafawa lodin ƙasa da 2A. Don goyan bayan manyan lodi, yi amfani da lambobi na waje ko tsakiyar relay.
- Lura cewa lambar sadarwa na iya kasa rufewa lokacin da halin yanzu ya fi 5mA.
Sanarwa
- An keɓe kewayon garanti ga PLC kawai.
- Lokacin garanti shine watanni 18, a cikin lokacin INVT ke gudanar da kulawa kyauta da gyara ga PLC wanda ke da wani laifi ko lalacewa a ƙarƙashin yanayin aiki na yau da kullun.
- 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.
- 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. - Za a caje kuɗin sabis bisa ga ainihin farashin. Idan akwai wani kwangila, kwangilar ta yi nasara.
- Da fatan za a ajiye wannan takarda kuma ku nuna wannan takarda ga sashin kulawa lokacin da samfurin ke buƙatar gyarawa.
- Idan kuna da kowace tambaya, tuntuɓi mai rarrabawa ko kamfaninmu kai tsaye.
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 ba.
Shafin: V1.0 202212
Takardu / Albarkatu
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Invt IVC1S Series Promable Logic Controller [pdf] Manual mai amfani IVC1S, IVC1S Series Programmable Logic Controller, IVC1S Series, Programmable Logic Controller, Logic Controller, Controller |
