GE IS200TRLYH1BGE Relay Output Tashar Tashar Tashar Tashar tashar watsa labarai ce ta tashar fitarwa da aka yi amfani da ita a cikin Tsarin Kula da Masana'antu na GE. A matsayin memba na dangin hukumar TRLY, IS200TRLYH1BGE Relay Output Terminal Board yana riƙe da filogi-in magnetic relays 12 kuma yana ba da ƙarewar gefen filin, direban gudu, kariyar fiusi, da matsi na wucin gadi da ake buƙata don siginar fitarwa ta atomatik a cikin Mark VI da Mark VIe gine-ginen sarrafawa. Hukumar tana goyan bayan aikace-aikacen simplex da sau uku modular redundant (TMR) kuma an ƙera shi don sarrafa solenoids na filin, relays interposing, contactors, da sauran na'urorin fitarwa masu hankali.
IS200TRLYH1BGE Relay Output Terminal Board an gano shi ta hanyar yarjejeniyar sashin lambobi na GE da aka yi amfani da ita a duk layin samfurin Sarrafa Masana'antu. Prefix na 'IS200' yana bayyana allon a matsayin samfurin GE Industrial Control Systems, tare da '200' musamman yana nuni da cewa hukumar taro ne na matakin tushe. Gagarawar 'TRLY' tana bayyana aikin hukumar a matsayin allon fitarwa na relay. Nadi na 'H1' yana gano rukunin kayan masarufi da bambance-bambancen aikace-aikacen AC 125 V DC/115V, yayin da ƙaramar 'BGE' ke gano aikin zane da haɗin bita. Duk lambobi suna da mahimmanci yayin yin oda ko maye gurbin kowane allo, saboda allon matakan matakan bita daban-daban bazai ƙunshi na'ura iri ɗaya ba, kuma GE yana tabbatar da dacewa da koma baya na allunan maye yayin lura da cewa matakan bita daban-daban bazai ƙunshi abubuwa iri ɗaya ba.
Iyalin hukumar TRLY sun haɗa da manyan bambance-bambancen aiki guda biyu: kwamitin TRLYH1B, wanda ke ba da fahimtar coil don relays kuma yana goyan bayan busassun abubuwan tuntuɓar Form-C ko tuki na waje don da'irori shida na farko, da kwamitin TRLYH1C, wanda ke ba da ƙimar lamba don relays kuma shine bambancin TRLYH1B tare da bambance-bambance masu mahimmanci. Hukumar TRLYH2C ita ce sigar 24 V DC na TRLYH1C. IS200TRLYH1BGE Relay Output Terminal Board shine nau'in H1B na kwamitin TRLY tare da bita na BGE, yana ba da tsarin daidaitawar coil tare da 125 V DC ko 115/230 V AC solenoid power, wanda ake amfani dashi sosai a aikace-aikace inda jihar relay coil ke buƙatar kulawa da inda ake buƙatar busassun lambobin sadarwa ko fitarwar wutar lantarki.
Wannan gabatarwar samfurin yana ba da cikakkun bayanai na fasaha, kwatancen aiki, ayyukan haɗin haɗin gwiwa, jagorar daidaitawa, da cikakkun bayanai don GE IS200TRLYH1BGE Relay Output Board, yin aiki a matsayin mahimmancin tunani don injiniyoyin tsarin sarrafawa, masu fasaha na kulawa, da masu haɗa tsarin tsarin aiki tare da kayan sarrafa masana'antu na GE.
Gine-gine na Aiki da Gudanar da Sigina
IS200TRLYH1BGE Relay Output Terminal Board an gina shi a kusa da wani sassauƙan kayan aikin fitarwa wanda ke goyan bayan filogin magnetic relays guda 12, kowanne yana da nasa direban sa, kariya ta fuse, da matsi na wucin gadi. Hukumar tana aiwatar da ayyuka daban-daban waɗanda ke tabbatar da amintaccen amintaccen sarrafa na'urorin fitarwa na fili a cikin mahallin masana'antu.
Siffofin watsa shirye-shirye shida na farko na IS200TRLYH1BGE Relay Output Terminal Board ana saita su ta hanyar masu tsalle don ko dai busassun bayanan lamba-C ko don fitar da solenoids na waje. Madaidaicin 125 V DC ko 115/230 V AC tushen, ko wani zaɓi na 24 V DC na zaɓi tare da fuses-zaɓi mai tsalle-tsalle da kashe kan-jirgin, ana iya bayar da shi don ikon solenoid filin. Relays biyar masu zuwa, relays na 7 zuwa 11, sune keɓantattun lambobi na Form-C, kuma fitarwa 12 keɓaɓɓen lamba ce ta Form-C da ake amfani da ita don aikace-aikace na musamman kamar su wutar lantarki.
Relays ana sarrafa su akan ƙimar firam kuma suna da ƙimar 3.0 A. Ƙididdigar wutar lantarki mai lamba 500 V AC na minti ɗaya, kuma ƙimar ƙarfin coil-to-contact shine 1,500 V AC na minti ɗaya. Yawancin lokaci don aiki shine 10 ms, kuma relays na 1 zuwa 6 suna da varistor oxide na ƙarfe 250 V don ragewa na wucin gadi tsakanin buɗewa na yau da kullun da tashoshi na dawo da wutar lantarki. Abubuwan da ake fitarwa na relay suna da fasalin da ba shi da aminci wanda ke jefa ƙuri'a don kashe kuzarin da ya dace lokacin da aka cire kebul ko kuma sadarwa tare da na'ura mai sarrafa I/O mai alaƙa ta ɓace, yana tabbatar da cewa fitowar filin ta ɗauki yanayi mai aminci a yayin da aka sami gazawar sadarwa.
Direbobi, fuses, da jumpers suna hawa akan IS200TRLYH1BGE Relay Output Terminal Board, kuma don aiki mai sauƙi, masu haɗin nau'in D suna ɗaukar siginar sarrafawa kuma suna lura da ƙarfin amsawa tsakanin masu sarrafa I/O da TRLY ta hanyar haɗin JA1. Don aikace-aikacen TMR, ana kunna siginar sarrafawa ta hanyar TRLY daga na'urori masu sarrafa I/O guda uku R, S, da T ta hanyar matosai JR1, JS1, da JT1, tare da waɗannan sigina waɗanda aka zaɓa kuma sakamakon yana sarrafa direban relay daidai. Ƙarfi don coils na relay ya fito ne daga dukkan na'urori masu sarrafa I/O guda uku kuma ana raba su da diode, suna ba da juriya da rashin haƙuri da ake buƙata don gine-ginen TMR.
Ƙarfin Solenoid da Kariya
IS200TRLYH1BGE Relay Output Terminal Board yana ba da cikakkiyar kariya da rarraba wutar lantarki don solenoids na filin. Ana ba da wutar lantarki ta al'ada ta hanyar haɗin JF1 tare da tushen tushen 7 A, kuma ana iya amfani da mai haɗa JF2 zuwa ikon daisy-sarkar zuwa sauran allunan TRLY. A madadin, ana iya haɗa wutar lantarki kai tsaye zuwa TB3 lokacin da ba a yi amfani da JF1 da JF2 ba. Mai haɗin TB3 yana ba da damar madadin wutar lantarki tare da ƙimar 20 A, yana tallafawa 24 V DC, 125 V DC, 115 V AC, ko 230 V AC tushen wutar lantarki.
Ƙarfin solenoid don fitarwa na 1 ta hanyar 6 an haɗa shi da fuses guda biyu a kowace wutar lantarki, tare da FU1 da FU7 suna ba da fitarwar relay 1, FU2 da FU8 suna ba da fitarwar relay 2, da sauransu ta hanyar FU6 da FU12 suna ba da fitarwar relay 6. An ƙididdige fuses a 3.15 A don jinkirin da'ira ba tare da kariya ba. Ƙarfin solenoid na musamman akan fitarwa 12 yana haɗa zuwa mai haɗa JG1, wanda ke goyan bayan ikon abokin ciniki da haɗin dawo da abokin ciniki, kuma yana samuwa don injin turbin wutar lantarki tare da ƙimar 6 A a 115 V AC ko ƙimar 3 A a 230 V AC.
Ana cire Jumpers JP1 zuwa JP6 a cikin masana'anta kuma ana jigilar su a cikin jakar filastik, kuma yakamata a sake sakawa idan ana buƙatar wutar lantarki zuwa filin solenoid. Gudanar da duban kuzarin madauki ɗaya daidai da daidaitattun ayyuka kuma shigar da masu tsalle kamar yadda ake buƙata. Don keɓancewar aikace-aikacen tuntuɓar, cire fis ɗin don tabbatar da cewa an cire ɗigogi daga cikin bas ɗin wutar lantarki, kuma lura cewa waɗannan masu tsalle-tsalle kuma don keɓewar da'irar sa ido ne lokacin amfani da keɓaɓɓen aikace-aikacen tuntuɓar.
Shigarwa da Waya
IS200TRLYH1BGE Relay Output Terminal Board an ƙera shi ne don shigarwa kai tsaye da wayoyi na fili. Wayoyin da za a fitar da su 12 suna haɗa kai tsaye zuwa tubalan I/O guda biyu a kan allon tasha, tare da kowane shingen da ke riƙe da sukurori biyu kuma suna da tashoshi 24 suna karɓar har zuwa #12 AWG wayoyi. Tashar tashar garkuwa da ke haɗe zuwa ƙasan chassis tana gefen hagu na kowane shingen tasha, yana tabbatar da kariya mai kyau da ƙasan wayoyi na filin.
Ƙarfin solenoid don abubuwan fitarwa na 1 zuwa 6 an haɗa shi zuwa mai haɗa JF1, kuma ana iya amfani da mai haɗa JF2 zuwa ikon daisy-sarkar zuwa sauran allunan TRLY. A madadin, ana iya haɗa wutar lantarki kai tsaye zuwa TB3 lokacin da ba a yi amfani da JF1 da JF2 ba. Wutar solenoid na musamman akan fitarwa 12 an haɗa shi zuwa mai haɗa JG1, wanda ke goyan bayan ikon abokin ciniki da haɗin dawo da abokin ciniki.
Zane-zanen wayoyi na hukumar tasha ta TRLYH1B yana ba da dalla-dalla ayyukan tasha don abubuwan da aka fitar 12. Fitowa 01 yana amfani da COM akan tashar 2, SOL akan tashar 4, NC akan tashar 1, da NO akan tashar 3, kuma wannan tsarin yana maimaitawa don fitowar 01 zuwa 06, yana samar da abubuwan da aka kunna, fused solenoid Form-C. Fitowa 07 zuwa 11 suna ba da busassun lamba Form-C fitarwa, tare da COM, NC, da NO tashoshi ga kowane relay, da fitarwa 12 samar da musamman kewaye Form-C fitarwa tare da COM, NC, NO, da SOL tashoshi ga gas turbine ignition transformer.
Girman allon yana da faɗin 17.8 cm da 33.02 cm tsayi (7.0 a x 13 in), kuma shingen garkuwa yana ba da wurin ƙarewa ga garkuwar kebul, yana tabbatar da kariya mai kyau da ƙasa na filaye. Za a iya cire tubalan tashar tasha daga hukumar tasha don kiyayewa, sauƙaƙan filaye da maye gurbin allo.
IS200TRLYH1BGE Relay Output Terminal Board shine bambance-bambancen H1B na hukumar TRLY, wanda ke ba da fahimtar coil ga relays. Aikin gano na'ura yana sa ido kan yanayin ruwan sandar na'ura, yana ba da damar tsarin sarrafawa don tabbatar da cewa kowane relay ya yi aiki daidai da kuma gano abin da ya gaza. Wannan ikon ganowa yana da mahimmanci don aikace-aikacen sarrafawa mai mahimmanci inda gazawar relay zai iya hana na'urar filin aiki lokacin da aka umarce shi.
Bambancin TRLYH1C, akasin haka, yana ba da fahimtar lamba don relays maimakon gano na'ura. TRLYH1C da H2C iri ɗaya ne da daidaitaccen allon TRLYH1B ban da bambance-bambance masu mahimmanci: ana cire masu tsalle shida don canza abubuwan solenoid zuwa nau'in lamba mai bushe, an cire waɗannan masu tsalle-tsalle tare da saka idanu na fuse, an cire saka idanu na na'urar shigar da na'urar daga relays na 12, ana ƙara sa ido kan wutar lantarki ta hanyar sadarwa zuwa relays 12, ana iya cire ma'aunin wutar lantarki ta kowane nau'in wutar lantarki da ke da alaƙa da keɓaɓɓun lantarki. Ana shigar da snubbers masu girma a cikin tashoshi na NO da SOL akan da'irorin direban solenoid guda shida da kuma kan fitarwa ta musamman 12.
Zaɓin tsakanin TRLYH1B mai ji da coil da TRLYH1C mai gano lamba ya dogara da takamaiman buƙatun aikace-aikacen. Siffar jin daɗin coil tana da amfani lokacin da tsarin sarrafawa ke buƙatar tabbatar da yanayin jujjuyawar, yayin da sigar jin lamba yana da amfani lokacin da tsarin sarrafawa yana buƙatar tabbatar da ainihin yanayin tuntuɓar da kuma lokacin da ake amfani da abubuwan solenoid azaman lambobi bushe.
Bincike da Gano Laifi
IS200TRLYH1BGE Relay Output Terminal Board yana ba da cikakkiyar damar bincike wanda ke taimakawa tare da tabbatar da tsarin da keɓewar kuskure. Aikin gano na'ura yana sa ido kan yanayin ruwan sandar na'ura, yana ba da damar tsarin sarrafawa don tabbatar da cewa kowane relay ya yi aiki daidai da kuma gano abin da ya gaza. Abubuwan da ake fitarwa na relay suna da fasalin da ba shi da aminci wanda ke jefa ƙuri'a don kashe kuzarin da ya dace lokacin da aka cire kebul ko kuma sadarwa tare da na'ura mai sarrafa I/O mai alaƙa ta ɓace, yana tabbatar da cewa fitowar filin ta ɗauki yanayi mai aminci a yayin da aka sami gazawar sadarwa.
A cikin aikace-aikacen TMR, ana zaɓin siginar sarrafa siginar daga na'urori masu sarrafa I/O guda uku, kuma sakamakon yana sarrafa direban da ya dace, yana samar da sakewa da rashin haƙuri da ake buƙata don gine-ginen TMR. Ƙarfin na'urorin relay ɗin yana fitowa daga dukkan na'urori masu sarrafa I/O guda uku kuma ana raba su da diode, yana tabbatar da cewa gazawar da ke cikin na'ura mai sarrafa I/O ɗaya baya haifar da asarar wutar lantarki.
Kwamitin ya haɗa da kariyar fuse don da'irorin wutar lantarki na solenoid, tare da fis guda biyu a kowane da'irar wutar lantarki don fitowar 1 zuwa 6, kuma ana ƙididdige fis ɗin a 3.15 A jinkirin busawa. Idan fiusi ya buɗe, za a daina samar da wutar lantarki mai dacewa, yana kare filin solenoid daga yanayin da ya wuce kima. Ƙarfin bincike na hukumar, gami da na'urar gano na'ura da kariyar fuse, suna tabbatar da cewa an gano kurakuran da'irorin fitarwa na relay da kuma ba da rahoto.
Kanfigareshan
IS200TRLYH1BGE Relay Output Terminal Board an saita shi ta masu tsalle da fuses. Ana cire Jumpers JP1 zuwa JP6 a cikin masana'anta kuma ana jigilar su a cikin jakar filastik, kuma yakamata a sake sakawa idan ana buƙatar wutar lantarki zuwa filin solenoid. Don keɓancewar aikace-aikacen tuntuɓar, cire fis ɗin don tabbatar da cewa an cire ɗigogi daga cikin bas ɗin wutar lantarki, kuma waɗannan masu tsalle-tsalle kuma don keɓewar da'irar dubawa ne lokacin amfani da keɓaɓɓen aikace-aikacen tuntuɓar.
Fuses FU1 ta hanyar FU12 suna ba da kariya ga da'irorin wutar lantarki na solenoid, kuma idan ana buƙatar wutar lantarki don relays 1 zuwa 6, ya kamata a sanya fiusi biyu a cikin kowane da'irar wutar lantarki da ke ba da waɗannan relays. Alal misali, FU1 da FU7 samar da kayan aiki na 1, FU2 da FU8 suna samar da kayan aiki na 2, da sauransu ta hanyar FU6 da FU12 suna ba da fitarwa na relay 6. Ya kamata a daidaita masu tsalle da fuses bisa ga ƙayyadaddun bukatun aikace-aikacen, kuma ya kamata a tuntubi zane-zane don tabbatar da daidaitaccen tsari.
Dacewar Aikace-aikacen da Haɗin Tsarin
IS200TRLYH1BGE Relay Output Terminal Board shine keɓaɓɓen kayan aikin fitarwa wanda za'a iya amfani dashi a cikin aikace-aikacen tsarin sarrafa masana'antu iri-iri na GE. Its 12 plug-in Magnetic relays, tare da na farko shida configurable don ko dai busassun Form-C lamba fitarwa ko waje solenoid tuki, da na gaba biyar da fitarwa 12 samar da keɓaɓɓen Form-C lambobin sadarwa, ba da damar hukumar don yin mu'amala tare da fadi da kewayon filin fitarwa na'urorin, ciki har da matukin jirgi relays, interposing relays, contactors, solenoid bawuloli, da fitulun nuna alama.
A cikin tsarin Mark VI, TRLY ana sarrafa shi ta hanyar VCCC, VCRC, ko VGEN board kuma yana goyan bayan aikace-aikacen simplex da TMR, tare da igiyoyi tare da gyare-gyaren gyare-gyaren da ke haɗa tashar tashar tashar zuwa tashar VME inda aka ɗora allon I / O. Ana amfani da Connector JA1 akan tsarin simplex, kuma ana amfani da masu haɗin JR1, JS1, da JT1 don tsarin TMR. A cikin tsarin Mark VIe, TRLY yana aiki tare da fakitin PDOA I/O kuma yana goyan bayan aikace-aikacen simplex da TMR, tare da PDOA mai haɗawa da masu haɗin fil ɗin DC-37 akan tashar tashar.
Taimakon kwamitin don aikace-aikacen simplex da TMR ya sa ya dace da kewayon tsarin gine-ginen tsarin, daga shigarwa mai sauƙi mai tsada mai mahimmanci zuwa shigarwar TMR mai mahimmanci inda ake buƙatar samun dama. A cikin aikace-aikacen TMR, zaɓen hukumar na siginar sarrafawa na relay daga na'urori na I/O guda uku da na'ura mai ba da hanya tsakanin hanyoyin sadarwa na diode suna ba da haƙurin kuskure da amincin da ake buƙata don aikace-aikacen sarrafawa masu buƙata.
Cikakken fasalin kariya na hukumar, gami da fis guda biyu a kowane da'irar wutar lantarki don relays 1 zuwa 6, damtsewar MOV na wucin gadi akan relays 1 zuwa 6, da yanayin rashin aminci wanda ke ba da kuzarin gudun ba da sanda a kan cirewar kebul ko asarar sadarwa, tabbatar da cewa na'urorin filin da tsarin an kiyaye su daga yanayin kuskure. Ayyukan gano coil na hukumar yana ba da damar tsarin sarrafawa don tabbatar da cewa kowane relay ɗin ya yi aiki daidai da kuma gano abin da ya gaza, yana ba da damar ganowa da ake buƙata don aikace-aikacen sarrafawa mai mahimmanci.
Maintenance da Rayuwa
IS200TRLYH1BGE Relay Output Terminal Board an tsara shi don tsawon rayuwar sabis tare da ƙaramin kulawa. Allon yana ƙunshe da filogi na magnetic relays azaman sassa masu motsi kawai, kuma ƙaƙƙarfan gininsa yana tabbatar da babban dogaro a ci gaba da ayyukan masana'antu. Kulawa na yau da kullun ya ƙunshi duban gani na allo na lokaci-lokaci, tubalan tasha, da wayoyi, tabbatar da cewa coils ɗin na'urar tana aiki daidai, da tabbatar da cewa fis ɗin ba su da kyau kuma an saita masu tsalle daidai don aikace-aikacen.
Fasalolin binciken hukumar, gami da na'urar gano na'ura da yanayin rashin lafiya, suna sauƙaƙa matsala da tabbatar da cewa an shigar da madaidaicin allo a kowane wuri. Idan coil na relay ya gaza, aikin gano na'urar yana gano gazawar kuma ya haifar da bincike, yana baiwa ma'aikacin kulawa damar maye gurbin relay ko allon da ya gaza. Idan fiusi ya buɗe, za a daina samar da wutar lantarki mai dacewa, yana kare filin solenoid daga yanayin da ya wuce kima.
Idan allon yana buƙatar sauyawa, tsarin yana da sauƙi. Bayan cire kuzarin kayan aikin da ke da alaƙa da kuma tabbatar da cewa babu wutar lantarki, yakamata a sanya maƙallan tashoshi masu toshewa da cirewa, sannan a cire allon daga hawansa. Ya kamata a shigar da allon maye gurbin a wuri ɗaya, masu tsalle-tsalle da fuses saita don dacewa da tsarin asali, kuma tubalan tashar ta sake haɗawa kamar yadda aka lakafta kafin dawo da tsarin zuwa sabis.
GE Industrial Control Systems yana tabbatar da dacewa da allunan maye gurbinsa, duk da cewa allunan matakan bita daban-daban bazai ƙunshi kayan aiki iri ɗaya ba. Lokacin yin odar sauyawa IS200TRLYH1BGE Relay Output Terminal Board, samar da cikakken lambar ɓangaren da bayanin, lambar siriyal ɗin tuƙi ko tsarin, da lambar Jerin Material (ML). Masana'anta na iya musanya nau'ikan daga baya bisa samuwa da kayan haɓaka ƙira, amma an tabbatar da dacewa da koma baya na allunan maye gurbin.
Kammalawa
GE IS200TRLYH1BGE Relay Output Terminal Board abin dogaro ne, mai ƙarfi, da ingantaccen tsarin fitarwa na GE Masana'antu na GE. Its 12 plug-in Magnetic Relays, tare da na farko shida daidaitacce don ko dai bushe Form-C lamba fitarwa ko waje solenoid tuki, da m fis kariya da MOV wucin gadi danniya, ta coil ji aiki, da ta goyon bayan duka biyu simplex da TMR aikace-aikace samar da sassauci, AMINCI, da kuma bincike iya aiki da ake bukata don faffadan fitarwa na masana'antu aikace-aikace.
Tare da tubalan tasha masu toshewa, masu haɗin kai a sarari, cikakken bincike, da dacewa tare da gine-ginen Mark VI da Mark VIe, IS200TRLYH1BGE Relay Output Board an tsara shi don sauƙin shigarwa, tabbatarwa, da kiyayewa. An goyi bayan ingantaccen masana'anta na GE, cibiyar sadarwar tallafi ta duniya, da sadaukar da kai don dacewa da baya, IS200TRLYH1BGE Relay Output Terminal Board yana ci gaba da sadar da aiki, dorewa, da amincin da masu amfani da masana'antu ke tsammanin daga GE. Ko an yi amfani da shi a cikin sabon shigarwa ko a matsayin maye gurbin hukumar da ta kasance, IS200TRLYH1BGE Relay Output Terminal Board yana ba da aikin fitarwa da aka buƙata don ingantaccen aiki na tsarin sarrafawa.
