GE IS200DTAIH1ABB Simplex Analog Input/Fit Board

The GE IS200DTAIH1ABB Simplex Analog Input Board Output Board ne m, high-performance analog m hukumar tsara don DIN-dogo hawa a cikin masana'antu sarrafa tsarin. A matsayin wani ɓangare na dangin DTAI na simplex analog musaya, IS200DTAIH1ABB yana samar da tashoshi na shigarwa na analog guda goma da tashoshi na fitarwa na analog guda biyu, suna haɗawa da allon sarrafawa na VAIC ta hanyar kebul na 37-pin D-sub mai kariya guda ɗaya. Wannan kebul ɗin yana da cikakkiyar musanyawa tare da waɗanda aka yi amfani da su akan manyan allunan tashar tashar TBAI, yana tabbatar da haɗin kai mara kyau a cikin gine-ginen sarrafa GE da ake da su da kuma rage ƙima.

IS200DTAIH1ABB yana wakiltar takamaiman matakin bita na dandalin DTAI, yana ba da babban aiki iri ɗaya kamar na magabata yayin haɗa duk wani haɓaka masana'anta ko haɓakawa na firmware wanda GE ya aiwatar akan tsarin rayuwar samfur. An ƙera hukumar don aikin simplex (wanda ba a sake shi ba), yana mai da shi zaɓi na tattalin arziki da sarari don daidaita siginar analog a aikace-aikacen da ba a buƙatar sakewa. Ƙarfinsa na tsaye a tsaye akan madaidaicin DIN-dogo na 35 mm yana ba da damar sanya alluna da yawa a cikin ƙaramin tsari a tsaye, yana rage buƙatun sararin majalisar ministoci sosai idan aka kwatanta da hanyoyin ɗorawa na gargajiya.

Ana iya haɗa allunan IS200DTAIH1ABB guda biyu zuwa na'ura mai sarrafa VAIC guda ɗaya, suna faɗaɗa tsarin zuwa abubuwan shigar analog ashirin da abubuwan analog guda huɗu. Wannan scalability yana sa kwamitin ya dace don tsarin sarrafawa na matsakaici na rarraba, kulawa da tsari, da sarrafa kayan aiki a masana'antu kamar samar da wutar lantarki, sarrafa sinadarai, mai da gas, da masana'antu. Hukumar ta ƙunshi ƙaƙƙarfan amo iri ɗaya da fasalulluka masu daidaita sigina kamar manyan allunan tashar tashar TBAI, suna tabbatar da ingantaccen sigina da kwanciyar hankali har ma a cikin mahallin masana'antu na hayaniya.

Manyan tubalan nau'in nau'in yuro-block suna hawa har abada zuwa IS200DTAIH1ABB, suna ba da tashoshi 48 don yin wayoyi. Ana samar da tashoshi biyu da aka keɓe (43 da 44) don haɗin ƙasa na SCOM (siginar gama gari), waɗanda dole ne a haɗa su zuwa ƙasan chassis tare da mafi ƙarancin yuwuwar gubar jagora don rage madaukai na ƙasa da tsangwama na gama-gari. Guntu mai ganowa a kan jirgin ta atomatik yana gano allon zuwa na'urar sarrafa VAIC, yana ba da damar gwajin matakin-tsari, ingantaccen tsari, da bin diddigin ƙira.

Wannan gabatarwar samfurin yana ba da cikakkun bayanan fasaha, jagororin shigarwa, zaɓuɓɓukan sanyi, da cikakkun bayanai na GE IS200DTAIH1ABB Simplex Analog Input Board, yin aiki a matsayin madaidaicin tunani ga masu haɗa tsarin, injiniyoyin kulawa, da ƙwararrun saye.

Gine-gine na Aiki da Yanayin Sigina

IS200DTAIH1ABB Simplex Analog Input Output Board an gina shi ne a kusa da sassauƙan gine-gine na siginar siginar analog wanda ke tallafawa nau'ikan masu watsa filin da nau'ikan firikwensin. Tashoshin shigarwar analog ɗinsa guda goma ana iya daidaita su ta hanyar masu tsalle-tsalle, suna ba da damar saita kowace tashoshi don aiki na yanzu ko ƙarfin lantarki, da takamaiman jeri na shigarwa. Wannan sassauci yana kawar da buƙatar siginar siginar waje a yawancin aikace-aikace, rage tsarin tsarin da farashi.

Don abubuwan shigar da madauki na yanzu, IS200DTAIH1ABB yana karɓar siginar masana'antu-misali 4-20 mA, wanda ya mamaye cikin sarrafa tsari don watsa matsa lamba, zazzabi, kwarara, da ma'aunin matakin. Hukumar tana ba da madaidaicin shunt resistor ga kowane tashar da aka saita a halin yanzu, tana mai da na yanzu zuwa ƙarfin lantarki wanda na'ura mai sarrafa VAIC ta ƙididdige shi. Matsakaicin shigarwa yana da ƙasa don yanayin halin yanzu, yana tabbatar da ƙaramin nauyi akan madauki. Don abubuwan shigar da wutar lantarki, allon yana gabatar da babban cikas (> 1 MΩ) zuwa tushen, yana ba da damar ma'auni daidai ba tare da loda firikwensin ba. Matsakaicin wutar lantarki da ake samu sune ± 5 V DC da ± 10 V DC, suna rufe mafi yawan fitowar analog na yau da kullun daga na'urori masu auna firikwensin, transducers, da sauran kayan aiki.

Baya ga madaidaitan tashoshi takwas na farko, IS200DTAIH1ABB yana ba da tashoshi na musamman na shigarwa guda biyu (tashoshi 9 da 10) waɗanda za'a iya saita su don shigarwar 4-20 mA ko ± 1 mA na yanzu. Matsakaicin ± 1 mA yana da amfani musamman ga ƙananan sigina kamar waɗanda daga na'urorin haɓakawa na thermocouple, photodiodes, ko wasu ƙananan na'urori masu auna halin yanzu, suna ba da ƙuduri mafi kyau da mafi kyawun sigina-zuwa amo rabo don ma'auni masu mahimmanci. Waɗannan tashoshi suna amfani da wani nau'i na shunt resistor daban da samun matakin, wanda saitunan tsalle suka zaɓa.

Tashoshin fitarwa na analog guda biyu suna ba da kayan aikin 0-20mA na yanzu wanda ya dace da masu motsa motsa jiki, masu sanya bawul, masu rikodin, da sauran na'urorin sarrafa analog. An kafa tashar fitarwa ta farko a 0-20 mA, yayin da fitarwa ta biyu za a iya saita ta jumper-ko dai 0-20 mA ko 0-200 mA. Babban zaɓi na 0-200 mA na yanzu yana ba IS200DTAIH1ABB damar fitar da na'urorin kai tsaye waɗanda ke buƙatar ƙarin ƙarfi, kamar wasu madaidaitan bawuloli na solenoid ko layin watsa sigina mai nisa, ba tare da buƙatar ƙararrawa ta waje ko ƙara sigina ba.

IS200DTAIH1ABB yana samun ƙarfin aiki daga tsarin samar da tsarin 24 V DC, wanda kuma ana rarraba shi zuwa ga tashar tashar tashar wutar lantarki. Wannan tushen wutar lantarki na kan jirgin yana tallafawa masu watsa wayoyi biyu, sauƙaƙe wayoyi ta hanyar samar da wuta da sigina akan wayoyi guda biyu. An tsara rarraba wutar lantarki ta hukumar don gudanar da zana na yanzu na duk masu fassara da aka haɗa a cikin ƙayyadaddun iyakokinta, kuma na'ura mai sarrafa VAIC tana lura da ƙarfin wutar lantarki don dalilai na bincike.

Ana aiwatar da kashe surutu akan IS200DTAIH1ABB ta hanyar haɗa nau'ikan tacewa na shigarwa daban-daban, ƙiyayya da yanayin gama-gari, da shimfidar PCB a hankali. An ƙera hukumar don saduwa da buƙatun dacewa na lantarki na mahallin masana'antu, tare da rigakafi zuwa radiated da gudanar da tsangwama daga tushe kamar mitar mitoci masu canzawa, masu tuntuɓar juna, da sauya kayan wuta. An raba tsarin ƙasa zuwa sigina gama gari (SCOM) da ƙasan chassis, tare da tashar SCOM tana aiki azaman maƙasudin duk siginar analog. Shawarar don kiyaye haɗin SCOM a takaice yana da mahimmanci don kiyaye ƙarancin ƙarfi zuwa ƙasa da rage ɗaukar hayaniya.

Zane na Jiki da Hauwa

IS200DTAIH1ABB Simplex Analog Input Output Board an inganta shi da injina don manyan akwatunan masana'antu. Tsarin hawan dogo na DIN yana amfani da mariƙin filastik wanda ke kan daidaitaccen layin dogo na mm 35, kuma allon yana zamewa cikin mariƙin tare da madaidaicin latch. Matsakaicin tsayin daka yana ba da damar allunan da za a jera su sama da juna, tare da tubalan tasha masu fuskantar gaba suna ba da sauƙin shiga wayoyi, magance matsala, da kiyayewa. Faɗin gabaɗaya yana kusan mm 45 (daidaitaccen ramin ramuka ɗaya), kuma tsayin yana ɗaukar shingen tashar tashar 48-matsayi da mai haɗin 37-pin D-sub.

Katangar tasha shine nau'in katanga mai girma na Yuro tare da dunƙule dunƙule waɗanda ke karɓar ƙwaƙƙwaran wayoyi masu ƙarfi ko maƙera har zuwa #18 AWG. Kebul na murɗaɗɗen garkuwa ana ba da shawarar don siginar analog don rage ɗaukar hayaniya da magana. Ana siyar da toshe tasha zuwa allon har abada, yana tabbatar da amintaccen haɗin kai tsawon rayuwar samfurin. Kowane matsayi na tasha yana da ƙididdigewa a fili, kuma zane-zane na wayoyi yana ba da daidaitattun ayyukan sigina don kowane tsari.

Mai haɗin haɗin 37-pin D-sub yana gefen hagu na allon (idan an duba shi daga gaba) kuma yana fasallan latching fasteners (makullin dunƙule) don amintar da kebul ɗin da kuma hana cire haɗin kai tsaye saboda girgiza. Kebul ɗin yayi kama da wanda aka yi amfani da shi akan allunan tasha na TBAI, yana ba da damar yin amfani da madaidaicin majalissar kebul na waje. Haɗin kebul guda ɗaya shine zaɓin ƙira da gangan don aikin simplex; allon baya goyan bayan haɗin haɗin kebul da yawa da ake buƙata don aikace-aikacen sau uku-modular redundant (TMR).

Babu wani keɓaɓɓen tashar garkuwa akan IS200DTAIH1ABB. Dole ne a dakatar da garkuwar igiyoyi a waje, yawanci a na'urar filin ko ta hanyar mashaya ta gama gari. Wannan hanya ta zama ruwan dare a yawancin kayan aikin masana'antu kuma yana buƙatar kulawa da hankali ga ayyukan ƙasa don tabbatar da amincin sigina.

Hanyoyin Shigarwa da Waya

Shigar da kyau na IS200DTAIH1ABB Simplex Analog Input Board yana da mahimmanci don ingantaccen tsarin aiki. Jagoran mataki-mataki mai zuwa ya ƙunshi mahimman abubuwan hawa injiniyoyi, wayoyi na lantarki, da haɗin tsarin.

Hawan Injini: Fara ta hanyar kiyaye mariƙin dogo na filastik DIN zuwa daidaitaccen layin dogo na mm 35. Mai mariƙin yana ɗaukar kan dogo tare da dannawa mai ji. Sannan, daidaita allon IS200DTAIH1ABB tare da ramukan jagora a cikin mariƙin kuma zame shi ƙasa har sai ya kulle wuri. Tabbatar cewa allon yana zaune da ƙarfi kuma ana samun damar tashar tashar tashar da haɗin haɗin D-sub don yin wayoyi. Lokacin tara allunan da yawa, kiyaye isasshiyar sharewa a tsaye don lankwasa kebul da samun ƙarewa.

Wayar da Abubuwan shigar Analog: Hukumar tana goyan bayan nau'ikan watsawa guda huɗu: waya biyu, waya uku, waya huɗu, da wutar lantarki ta waje. Don masu watsa wayoyi biyu, ingantaccen gubar yana haɗi zuwa tashar samar da wutar lantarki ta hukumar (misali, tasha 1 don tashar 1), kuma mummunan gubar yana haɗi zuwa tashar shigarwa (misali, tasha 2). Madauki na yanzu yana dawowa ta cikin shunt resistor na ciki. Don masu watsa wayoyi uku, ana buƙatar ƙarin haɗin gwiwa don mummunan dawowar wadata. Masu watsa wayoyi huɗu suna da iko daban-daban da nau'ikan sigina; kawai siginar da ke jagorantar haɗawa zuwa tashoshin shigarwa, yayin da ake ba da wutar lantarki daga tushen waje. Masu watsa wutar lantarki daga waje suna kama da waya hudu, amma tushen wutar lantarki ba ya cikin masu watsawa; Wayoyin siginar suna haɗa kai tsaye zuwa tashoshin shigarwa.

Don abubuwan shigar da wutar lantarki, haɗa sigina mai tsayi zuwa ingantacciyar tashar shigarwa da ƙaramar siginar zuwa tashar shigarwa mara kyau (ko zuwa SCOM don haɗin kai-ɗaya). Tabbatar cewa ƙarfin shigarwar bai wuce kewayon da aka zaɓa don gujewa jikewa ko lalacewa ba.

Wayar da Fitar Analog: Ana ƙare tashoshin fitarwa guda biyu akan tashoshi na dunƙulewa. Don daidaitaccen fitarwa na 0-20 mA, haɗa kaya tsakanin tashar fitarwa da dawowa (SCOM). Don babban fitarwa na 0-200 mA na yanzu (tashar 2 lokacin da aka yi tsalle daidai), tabbatar da cewa juriya na lodi yana cikin ƙayyadaddun iyaka (yawanci 60 Ω max) don guje wa ƙetare ƙarfin ƙarfin yarda na direban fitarwa. Dogayen tafiyar kebul na iya buƙatar ma'aunin waya mafi girma don rage raguwar ƙarfin lantarki.

Ƙasa: Dole ne a haɗa tashar SCOM (tasha 43) zuwa ƙasan chassis ta amfani da mafi guntu mai yuwuwar waya. Dukkanin sukurori 43 da 44 an ba su don wannan dalili; Ana iya amfani da ko dai ko duka biyu don ƙirƙirar hanyar ƙasa mara ƙarfi. Wannan haɗin yana kafa yuwuwar nuni ga duk siginar analog kuma yana da mahimmanci ga rigakafin amo. Hukumar ba ta samar da wata tashar garkuwa ta daban; Ya kamata a dakatar da garkuwar kebul a gefe ɗaya (yawanci na'urar filin) ​​kuma a haɗa su zuwa ƙasa a wannan lokacin, ko kuma ana iya tura su zuwa mashaya na gama gari.

Haɗin Kebul: Bayan an gama duk wayoyi na filin, haɗa kebul na 37-pin D-sub ɗin tsakanin IS200DTAIH1ABB da allon processor na VAIC. Danne skru don tabbatar da haɗin haɗin. VAIC za ta gane allon ta atomatik ta guntuwar ID na onboard lokacin da aka kunna wuta.

Ƙarfin Ƙarfafawa da Tabbatarwa: Aiwatar da wutar lantarki zuwa tsarin kuma kula da binciken VAIC. Yakamata a gano IS200DTAIH1ABB daidai, kuma karatun tashoshi yakamata ya nuna na'urorin filin da aka haɗa. Idan kowace tashar ta karanta ba daidai ba, tabbatar da saitunan jumper da wayoyi.

Kanfigareshan da Saitunan Jumper

IS200DTAIH1ABB Simplex Analog Input Output Board yana ba da zaɓuɓɓukan daidaitawa masu yawa ta hanyar tsalle-tsalle. An haɗa masu tsalle-tsalle ta hanyar tashar kuma an yi musu alama a fili akan allon da'irar da aka buga. Tebur mai zuwa yana taƙaita abubuwan da ake da su:

• Tashoshi 1-8: Kowane ana iya saita kansa don ± 10 V DC, ± 5 V DC, ko 4-20 mA. Jumper guda ɗaya a kowane tashoshi yana zaɓar yanayin. Lokacin da aka saita zuwa ƙarfin lantarki, ƙarfin shigarwa yana da girma; lokacin saita zuwa halin yanzu, ainihin shunt resistor yana aiki.

• Tashoshi 9-10: Ana iya saita waɗannan tashoshi biyu don 4-20 mA ko ± 1 mA. Yanayin ± 1 mA yana ba da mafi girman hankali don ƙananan sigina kuma yana amfani da ƙima na shunt daban-daban.

• Tashar fitarwa 1: Kafaffen 0-20 mA; babu zabin tsalle.

• Tashar fitarwa 2: Jumper-zaɓi don 0-20 mA ko 0-200 mA. Tabbatar cewa kaya da kebul sun dace da kewayon da aka zaɓa.

An kwatanta wuraren tsalle-tsalle a cikin zane na wayoyi da aka haɗa a cikin takaddun samfur. Yana da mahimmanci a saita masu tsalle daidai kafin amfani da wuta, saboda saitunan da ba daidai ba zasu iya haifar da rashin karantawa ko lalacewa ga tsarin shigarwa. Bayan canza masu tsalle-tsalle, tabbatar da cewa an saita software na tsarin (VAIC) tare da nau'ikan tashoshi masu dacewa don daidaitaccen ma'auni da sassan injiniya.

Guntuwar ID guntu na'urar ƙwaƙwalwar ajiya ce mara ƙarfi wacce ke adana takamaiman bayanai, gami da lambar ɓangaren (IS200DTAIH1ABB), matakin bita, da lambar serial. VAIC yana karanta wannan bayanin yayin farawa kuma zai iya amfani da shi don aiwatar da daidaitaccen tsari ko don faɗakar da mai aiki idan an shigar da nau'in allo mara kyau. Wannan fasalin yana da mahimmanci musamman a cikin manyan tsarin tare da allunan tasha masu yawa.

Bincike da Kula da Tsarin

IS200DTAIH1ABB Simplex Analog Input Output Board yana haɗawa ba tare da matsala ba tare da tsarin bincike na VAIC. Ita kanta hukumar ba ta da alamomin matsayi na gani, amma VAIC tana ba da cikakkiyar matakin matakin tashoshi ta hanyar haɗin software. Ana samun bayanan bincike yawanci:

• Bayanan Tashoshi: Raw ADC ƙidaya da ma'auni na injiniyanci ga kowane shigarwa.

• Matsayin Tashoshi: Alamun buɗewa (don madaukai na yanzu), ƙarancin iyaka, sama-sama, ko kuskuren firikwensin.

• Shaida ta allo: Lambar ɓangaren, bita, da lambar serial da aka karanta daga guntun ID.

• Lafiyar Sadarwa: Matsayin haɗin kebul tsakanin IS200DTAIH1ABB da VAIC; asarar sadarwa yana haifar da ƙararrawa.

• Kulawar Samar da Wutar Lantarki: VAIC na iya saka idanu akan ƙarfin samar da wutar lantarki na 24 V don tabbatar da ya kasance cikin iyakoki karɓuwa.

Idan akwai laifi, ana iya saita VAIC don ɗaukar matakin da ya dace, kamar samar da ƙararrawa, daskare abubuwan da aka sani na ƙarshe, ko ba da umarnin yanayi mai aminci. Halin rashin aminci yana da shirye-shirye a cikin software na tsarin kuma yakamata a keɓance shi da takamaiman buƙatun tsari.

Don magance matsala, allon bincike na VAIC yana ba da bayanan ainihin lokaci waɗanda za a iya kwatanta su da ƙimar da ake tsammani daga na'urorin filin. Idan tashar tana karantawa ba daidai ba, mataki na farko shine duba saitunan jumper da ci gaban wayoyi. Guntuwar ID na iya tabbatar da cewa an shigar da madaidaicin allo. Idan matsalar ta ci gaba, yakamata a bincika kebul da VAIC kanta.

Ƙididdiga na Fasaha

Tebur mai zuwa yana ba da cikakkun bayanai na fasaha don GE IS200DTAIH1ABB Simplex Analog Input Board. Duk dabi'u na yau da kullun sai in an lura da su.

Dace da aikace-aikace

IS200DTAIH1ABB Simplex Analog Input Output Board ya dace da aikace-aikacen masana'antu da yawa inda ake buƙatar kwandishan siginar analog amma sakewa ba dole ba ne. Ƙaƙƙarfan girmansa da iyawar tari a tsaye ya sa ya zama mai ban sha'awa musamman don ayyukan sake fasalin da sabbin kayan aiki inda sararin majalisar ministoci ya iyakance.

A cikin sarrafa tsari, kwamitin yana mu'amala da ma'auni na 4-20 mA don matsa lamba, zazzabi, kwarara, da ma'aunin matakin. Abubuwan shigar da wutar lantarki mai daidaitawa suna ba da damar haɗi zuwa na'urori masu auna firikwensin tare da fitattun ƙarfin lantarki na analog, kamar wasu na'urori masu accelerometers, firikwensin matsayi, da masu watsa ma'aunin zafi da sanyio tare da ginannun amplifiers. Abubuwan shigarwar ± 1 mA suna da mahimmanci ga ƙananan sigina na halin yanzu daga photodiodes ko na musamman-masu fassara.

A cikin samar da wutar lantarki, ana iya amfani da IS200DTAIH1ABB don sa ido kan ma'auni na taimakon janareta, kamar yanayin zafi, kwararar ruwa, da matsa lamba hydrogen. Abubuwan analog ɗin na iya fitar da masu rikodin taswira ko alamomi masu nisa, suna ba da rikodin tarihi na sigogi masu mahimmanci. A cikin tsarin sarrafa tuƙi, hukumar zata iya samar da siginar saurin gudu da jujjuyawar sigina, da kuma martani daga tachometers da sel masu ɗaukar nauyi.

Zaɓin fitarwa na 0-200 mA yana da amfani musamman don tuki manyan injina na yanzu, kamar daidaitattun bawul ɗin hydraulic ko masu kunna wutar lantarki tare da babban abin shigar da bayanai, ba tare da buƙatar amplifier mai tsaka-tsaki ba. Wannan yana rage farashin tsarin da rikitarwa yayin inganta aminci.

Don tsarin da ke buƙatar abubuwan shigarwa sama da 10 ko fitarwa guda biyu, ana iya ƙara IS200DTAIH1ABB na biyu zuwa na'ura mai sarrafa VAIC iri ɗaya, yana samar da jimillar abubuwan shigarwa 20 da fitarwa 4. Wannan ƙwanƙwasa yana ba da damar hukumar ta girma tare da aikace-aikacen, daga ƙananan raka'a na tsaye zuwa manyan tsarin sarrafawa da aka rarraba.

Maintenance da Rayuwa

IS200DTAIH1ABB Simplex Analog Input Output Board an tsara shi don tsawon rayuwar sabis tare da ƙaramin kulawa. A m-state yi, ba tare da motsi sassa ko daidaitacce potentiometers, tabbatar da babban aminci a ci gaba da masana'antu aiki. Kulawa na yau da kullun ya ƙunshi duban gani na lokaci-lokaci na haɗin tasha, amincin kebul, da tsaftar allo. A cikin yanayi mai ƙura ko ɓarna, tsaftacewa lokaci-lokaci tare da goga mai laushi ko iska mai ƙarancin ƙarfi na iya zama dole don kiyaye juriya da amincin lamba.

Idan allon yana buƙatar sauyawa, tsarin yana da sauƙi: rage ƙarfin tsarin, cire haɗin filin wiwi (bayan sanya alamar aiki), cire kebul na D-sub, saki mariƙin jirgin ƙasa na DIN, sannan zame allon a kashe. Shigar da sabon allon IS200DTAIH1ABB a cikin tsarin baya, tabbatar da cewa duk masu tsalle-tsalle an saita su iri ɗaya zuwa ainihin allo. VAIC za ta gane sabon hukumar ta atomatik ta guntun ID; babu sake fasalin software da ake buƙata idan nau'ikan tashoshi sun kasance iri ɗaya.

GE yana kula da ingantacciyar ƙira don IS200DTAIH1ABB, kuma ana tabbatar da dacewa da baya a duk bita. Lokacin yin odar canji, samar da cikakken lambar ɓangaren, lambar serial ɗin tsarin da ke da alaƙa, da lambar Jerin kayan aiki idan akwai. Masana'anta na iya musanya bita-bita na baya dangane da samuwa, amma an tabbatar da dacewa da aiki.