Jagoran Fasaha na GE Mark Vle & VleS Mai Gudanarwa: Kanfigareshan, Shigarwa, Aiki, Gyarawa da Kulawa

Jagoran Fasaha na GE Mark Vle & VleS Mai Gudanarwa: Kanfigareshan, Shigarwa, Aiki, Gyarawa da Kulawa

Babi na 1: Gabatarwa – Bayanin Dandamalin Mai Gudanarwa

GE's Mark Vle da Mark VleS tsarin sarrafawa suna wakiltar babban matakin a fagen sarrafa masana'antu. Masu sarrafa su suna aiki azaman 'kwakwalwa' na tsarin, alhakin aiwatar da dabaru masu rikitarwa, sarrafa manyan bayanan I/O, tabbatar da sadarwar cibiyar sadarwa, da kiyaye tsarin babban samuwa da amincin aiki. Wannan jagorar na nufin samar da injiniyoyi da masu fasaha cikakken bayanin fasaha wanda ke rufe duk tsawon rayuwa daga tsarin aikin farko zuwa aiki na dogon lokaci da kiyayewa.

Iyalan Mai Gudanarwa:

1. Jerin UCSC: Ƙarfafa na yau da kullun na yau da kullun, masu sarrafa ayyuka masu girma, da abin da aka mayar da hankali kan wannan takaddar. Samfuran su sun haɗa da:

• UCSCH1x: Quad-core processor, yana goyan bayan Embedded Field Agent (EFA), Ƙofar PROFINET (PPNG), ko Embedded EtherCAT Master.

• UCSCH2x: Dual-core processor, dace da Mark Vle da MarkStat aikace-aikacen canza wutar lantarki.

• UCSCS2x: An tsara shi musamman don tsarin Tsaro na Mark VleS, IEC 61508 bokan, yana goyan bayan matakan SIL 2/3.

• UCECH1x: Mai sarrafawa tare da fadada I/O mai tashar jiragen ruwa 7, wanda ya dace da al'amuran kamar tashin hankali waɗanda ke buƙatar haɗin I/O da yawa.

2. Jerin UCSB: Mai kula da al'ada na ƙarni na baya, wanda aka tura da yawa a cikin injina daban-daban da Balance of Plant (BoP), yana goyan bayan ayyukan aminci na Mark VleS.

3. UCPA Series: Karamin mai sarrafawa tare da haɗaɗɗen asali na I / O, wanda ya dace da ƙarancin sarari, aikace-aikacen simplex masu tsada.

4. UCSA/UCCx Series: Tsofaffin dandamali masu sarrafa ƙarni, a halin yanzu ana amfani da su don takamaiman ayyukan sake fasalin ko tsarin gado.

Tushen Rubuce-rubuce: Duk abubuwan da ke cikin wannan jagorar an fitar da su, haɗe su, kuma an haɗa su daga takaddun hukuma *GEH-6721_Vol_II_BN - Mark Vle da Mark VleS Sarrafa Tsarukan Sarrafa Juzu'i na II*, yana tabbatar da daidaito da iko.

Babi na 2: Kanfigareshan - Tsarin Tsare-tsare da Shirye-shiryen Injiniya

Tsarin sarrafawa shine ginshiƙin tsarin aikin injiniya gabaɗaya, da farko an kammala shi a cikin ToolboxST yanayin software na injiniya.

2.1 Kanfigareshan Hardware

1. Zaɓin Dandalin Mai Gudanarwa:

• A cikin ToolboxST Component Editan, karkashin 'Hardware' tab, dandali mai sarrafawa (misali, IS420UCSCH1B , IS420UCSCS2A ) dole ne a fara zaɓe daidai. Wannan zaɓin yana ƙayyadadden fasalulluka da ke akwai da iyakokin aiki.

• Interoperability Mai Sarrafa: Farawa tare da ControlST V07.04, haɗawa da masu sarrafa dandamali daban-daban (misali, UCSBH1A tare da UCSCH2A) a cikin tsarin da ba a iya jurewa (kamar Dual ko TMR) ana tallafawa. Lokacin daidaitawa, dole ne a saita nau'in dandamali daidai don masu sarrafa R, S, T daban a cikin Editan Kaya.

2. Kanfigareshan adaftar hanyar sadarwa:

• UDH Network: Wannan ita ce cibiyar sadarwar da ke haɗa ToolboxST, HMI, da cibiyar sadarwar shuka. Dole ne a sanya madaidaicin adireshin IP, abin rufe fuska, da ƙofa ga mai sarrafawa a cikin 'Network Adapter 0'. Wannan adireshin IP ɗin dole ne ya kasance akan hanyar sadarwa ɗaya da katin sadarwar UDH na tashar injiniya da ke aiki da ToolboxST.

• IONet Network: Wannan ita ce hanyar sadarwa mai zaman kanta don sadarwa tsakanin mai sarrafawa da rarrabawar I/O modules. Adireshin IP ɗin sa ana sarrafa ta atomatik ta tsarin, amma yanayin redundancy (Simplex, Dual, TMR) dole ne a daidaita shi daidai a cikin topology na cibiyar sadarwa.

3. Kanfigareshan Module I/O:

• Analog Inputs: Saita kewayon (4-20mA, 0-5V, ± 10V, da dai sauransu), lokacin tacewa, sikelin naúrar injiniya.

• Fitarwa mai hankali: Saita yanayin haɓaka wutar lantarki, yanayin riƙon fitarwa.

• Na'urorin HART: Sanya taswirar taswirar HART.

• Ayyuka na Musamman: Irin su saitunan tacewa don kayan aikin jijjiga, kunna Jeri na Abubuwan da suka faru (SOE), da sauransu.

• Ƙara abubuwan da ake buƙata na I/O (misali, YAIC, YDOA, YHRA) zuwa itacen kayan masarufi.

• Sanya yanayin sakewa (Simplex, Dual, TMR) don kowane tsari. Dole ne wannan yanayin ya dace da yanayin sakewa na mai sarrafawa da hanyar sadarwa.

• Sanya sigogi don kowane tashar I/O daki-daki, misali:

4. Kanfigareshan Ƙofar Sadarwar Rarraba:

• Cire PPNG: Shigo da fayilolin GSDML don na'urorin PROFINET IO, saita ƙimar sabunta na'urar (1ms zuwa 512ms), saita sigogin zoben MRP (idan an yi amfani da su), kuma sanya bayanan I/O ga masu canjin Mark Vle.

• EtherCAT da aka haɗa: Yi amfani da kayan aiki kamar TwinCAT don ƙirƙirar fayil ɗin ENI da shigo da shi cikin ToolboxST. Saita redundancy na USB da firam asarar iyaka.

2.2 Kanfigareshan Kula da Hankali

1. Haɓaka Aikace-aikacen: Yi amfani da ToolboxST Block Diagram Editan don gina dabarun sarrafawa a cikin nau'i na toshe zane-zane. Tsarin yana ba da ingantaccen ɗakin karatu mai mahimmanci wanda ke rufe ayyukan dabaru, sarrafa analog, sarrafa motar, madaukai na kariya, da sauransu.

2. Haɗin Canje-canje: Haɗa maki I/O hardware, masu canjin hanyar sadarwa zuwa shigarwa da fitilun fitattun tubalan sarrafa dabaru don kafa cikakken kwararar bayanai.

3. Kanfigareta Sigar Tsari:

• Tsawon Tsari: Saita ainihin tsarin aiwatar da mai sarrafawa (misali, 10ms, 20ms, 40ms). Mai sarrafa UCPA ba zai iya samun lokacin firam ƙasa da 20ms lokacin amfani da I/O da aka rarraba ba.

• Sabar NTP: Sanya abokin ciniki na Time Protocol don daidaita agogo mai sarrafawa tare da agogon shuka.

• Ƙararrawa da Abubuwan da ke faruwa: Sanya tsananin ƙararrawa, dabarun adanawa, da hanyoyin sanarwa.

2.3 Tsaro da Kanfigareshan Shiga

1. Kariyar kalmar sirri:

• Farawa tare da firmware V06.00.00C, saita kalmar sirri mai lamba 8 don mai sarrafawa ana tallafawa.

• An saita kalmar wucewa ta ToolboxST don hana saukewar sanyi mara izini da gyare-gyare akan layi.

• Muhimmiyar Bayani: Ga wasu allunan tashar I/O kamar TRLY 1D, da zarar an saita kalmar wucewa, ba za a iya sake saita shi zuwa maƙasudin masana'anta ba kuma dole ne a kiyaye shi.

2. Haɗin kai na TsaroST: Idan an saka SecurityST a cikin tsarin, ana iya sanya mai sarrafawa a cikin 'Yanayin Tsaro,' ɓoyewa da tabbatar da duk hanyoyin sadarwa. Kulawa da ake yi yayin wannan yanayin yana buƙatar fita na ɗan lokaci Amintaccen Yanayin.

Babi na 3: Shigarwa - Aikin Injini da Wutar Lantarki

Madaidaicin shigarwa shine abin da ake buƙata don tabbatar da kwanciyar hankali na dogon lokaci na mai sarrafawa.

3.1 Shigar Injiniya

1. Wuri da Muhalli:

• Ya kamata majalisar kulawa ta kasance mai tsabta, bushe, kuma ba ta da iskar iskar gas.

• Tabbatar cewa wurin shigarwa ya nisa daga tushen girgiza mai ƙarfi da tushen zafi.

2. Hawan UCSC/UCSB/UCPA:

• Dole ne a kiyaye mafi ƙarancin sarari mara shinge na 100mm sama da ƙasa da mai sarrafawa don kwararar iska.

• Lokacin da aka ɗora gefe-da-gefe, ana buƙatar mafi ƙarancin tazara na 50mm tsakanin masu sarrafawa don cikakken aiki na 70°C. Idan tazarar ta kasance 20mm, matsakaicin zafin aiki shine 65 ° C.

• Yi amfani da sukurori da aka bayar don ɗaga shi kai tsaye zuwa farantin tushe ta ramukan maɓalli.

• UCSC: An haɗe shi a tsaye, yana amfani da fin zafin zafinsa don sanyaya convection na halitta.

• UCSB/UCSA: Hakanan ana hawa a tsaye, yana tabbatar da fayyace hanyoyin kwararar iska.

• UCPA: Base-saka, ta amfani da 4 # 6-32 ko M3.5 sukurori. Bada kusan inch 1 na sarari kusa da shi don yin wayoyi da ɓarkewar zafi.

3. Shigar da UCCx (CPCI):

• Dole ne a saka mai sarrafawa a cikin ramin da aka keɓance na CPCI chassis (babban mai sarrafawa yawanci yana cikin Ramin 1).

• Kafin sakawa, tabbatar da saman da na kasa injector/jector levers suna cikin wurin budewa.

• Matsa allo har sai mai haɗin haɗin haɗin gwiwa tare da jirgin baya, sa'an nan kuma a lokaci guda danna lever na sama ƙasa kuma ja ledar ƙasa sama har sai ya zauna cikakke. A ƙarshe, ƙara ƙarfafa ƙugiya don samar da tsaro na inji da ƙasan chassis.

• Lura: Rashin kulle levers zai hana mai sarrafawa daga taya.

3.2 Wutar Lantarki

1. Bukatun Wuta:

• UCSC: 18-30V dc, mai lamba 24/28V dc. Yi amfani da filogi mai lamba 3-pin Phoenix (Pin1: GND, Pin2: -, Pin3: +). Ma'aunin waya: 28-16 AWG.

• UCSB/UCSA: 28V dc.

• UCPA: 9-16V dc, mai lamba 12V dc. Yi amfani da filogin wutar lantarki irin na Turawa 2 da aka bayar. Gargaɗi: Wucewa 16 V dc na iya lalata naúrar. Tsawon wutar lantarki ba zai wuce mita 30 ba.

• UCCx: Ƙaddamar da tsarin samar da wutar lantarki a cikin CPCI chassis, yana samar da ± 12V, 5V, 3.3V dc.

2. Garkuwa da kasa:

• Bibiyar ƙa'idar ƙaddamar da maki ɗaya.

• Duk igiyoyin siginar analog da igiyoyin sadarwa (misali, Ethernet) dole ne su yi amfani da igiyoyin kariya.

• Ya kamata a haɗa garkuwar zuwa tashar saukar garkuwa da aka bayar a ƙarshen mai sarrafawa, tare da sauran ƙarshen hagu yana iyo kuma a rufe.

• Dole ne a haɗe chassis ɗin abin dogaro da tsarin tsarin ƙasa ta hanyar sukurori ko ƙaƙƙarfan tashar ƙasa.

3. Hanyar sadarwa:

• Yi amfani da igiyoyi na Cat 5e ko mafi girma na Garkuwar Twisted Pair (STP).

• IONet: Yi amfani da takamaiman igiyoyi masu launi (misali, ja, baƙar fata, shuɗi) don bambanta hanyoyin sadarwar R, S, T.

• PROFINET: Ana ba da shawarar amfani da igiyoyin kore don bambanta su da IONet.

• Duk masu haɗin RJ-45 yakamata a saka su da ƙarfi, tare da tabbatar da kyakkyawar hulɗa tsakanin garkuwa da harsashin ƙarfe na mai haɗawa.

Babi na 4: Aiki - Tsari Lokacin Gudu da Kulawa

Da zarar tsarin ya yi ƙarfi kuma ya fara aiki, aiki na yau da kullun da saka idanu sune mahimmanci don tabbatar da samarwa.

4.1 Kula da Matsayi

1. Fassarar Ma'anar LED:

• ONL (Green): Solid yana nuna mai sarrafawa yana kan layi kuma yana gudanar da aikace-aikacen.

• Diag (Ja): walƙiya yana nuna ƙararrawar bincike mai aiki.

• OT (Yellow): M yana nuna matsanancin zafin jiki na ciki, yana haifar da ƙararrawa; idan ya tsananta, mai sarrafawa zai rufe ta atomatik don kariya.

• VDC (Green/Amber/Ja): Yana nuna matsayin iko. Green yana nuna cikakken aikin wutar lantarki.

• Boot (Red): M a lokacin aikin taya; walƙiya a takamaiman mitoci akan gazawar taya, daidai da kurakurai daban-daban (misali, gazawar DRAM, gazawar kayan aikin firmware).

• FAOK (Green): Yana Nuna matsayin Haɗin Wakilin Filin Haɗin zuwa gajimare.

• LEDs na yau da kullun na UCSC:

• UCSB/UCSA LEDs Na Hannu: Power , OnLine , DC (Mai Gudanar da Zane), Diag.

2. ToolboxST Kulawa Kan Layi:

• Editan Na'ura: A zane-zane yana nuna matsayin ainihin-lokaci (OK, Hankali, Laifi) na mai sarrafawa da duk samfuran I/O.

• Ƙimar Rayuwa: Duba ku canza ƙima mai ma'ana a ainihin lokacin don aiki da gyara kuskure.

• Mai duba ƙararrawa: Duba tsakiya na duk ƙararrawar gano tsarin, gami da kwatance, tambura, matakan tsanani, da matsayi na yarda.

4.2 Sadarwar Bayanai

1. Sadarwa tare da HMI/Masanin Tarihi: Ta hanyar hanyar sadarwa ta UDH, ta amfani da Modbus TCP, OPC UA, ko EGD ladabi, don canja wurin masu canjin tsari, ƙararrawa, da bayanan tarihi zuwa manyan matakai.

2. Sadarwar Mai Gudanar da Tsare-tsare: A cikin saitunan da ba su da yawa, masu sarrafawa suna aiki tare da matsayi da musayar bayanan ƙirƙira ta hanyar cibiyoyin sadarwar IONet da/ko CDH don cimma canji mara nauyi.

3. Haɗin Haɗin Gajimare: Ta hanyar Wakilin Filin Embedded (EFA), mai sarrafawa zai iya amintaccen watsa bayanan jeri na lokaci zuwa ga dandalin girgije na GE Predix don saka idanu mai nisa da nazarin bayanai.

4.3 Aiki na asali

1. Tilasta Canje-canje: Lokacin gyarawa ko kiyayewa, mai canzawa (misali, DI, DO) ana iya tilasta shi na ɗan lokaci zuwa ƙayyadaddun ƙima, yana ƙetare sakamakon lissafin dabaru. Yi taka tsantsan lokacin tilastawa, kiyaye bayanan da suka dace, da sakin sojojin da sauri bayan amfani.

2. Yanayin Sauke:

• Zazzagewar layi: Yana dakatar da shirin mai sarrafawa a halin yanzu don zazzage sabon tsari da dabaru. Wannan yana haifar da taƙaitaccen katse ayyukan sarrafawa.

• Zazzagewar kan layi: Yana ba da damar saukar da ƙananan gyare-gyare zuwa dabaru na sarrafawa ba tare da dakatar da mai sarrafawa ba, yana ba da damar ɗaukakawa marasa ƙarfi.

Babi na 5: Gyarawa - Tabbatar da Tsarin da Gwajin Aiki

Debugging shine tsarin tabbatar da cewa tsarin tsarin daidai ne kuma ayyuka sun cika buƙatun ƙira.

5.1 Ƙarfin Ƙarfafawa da Binciken Farko

1. Kafin amfani da wuta, duba sau biyu duk wayoyi na wutar lantarki, haɗin yanar gizo, da ƙasa.

2. Lokacin kunna wutar farko, kula da jerin LED ɗin a hankali. Boot ; LEDs LED yakamata ya kasance mai ƙarfi sannan a kashe ONL DC da . (idan an zartar) yakamata su zama kore

3. Yi amfani da ToolboxST don ƙoƙarin ping mai sarrafawa don tabbatar da haɗin cibiyar sadarwa.

5.2 Ayyukan Adireshin IP da Mayar da Mai Gudanarwa

Idan mai sarrafawa sabo ne ko ba a daidaita shi ba, dole ne a sanya adireshin IP na UDH.

1. Amfani da Kebul Flash Drive (An shawarta):

• A cikin ToolboxST, kaddamar da 'Mayen Saitin Mai Gudanarwa' ta Na'ura -> Zazzagewa -> Saitin Mai Gudanarwa.

• Zaɓi mara rufaffen, mafi ƙarancin ƙarfin 4GB USB 2.0 flash drive.

• Mayen yana rubuta saitunan cibiyar sadarwa zuwa filasha.

• Saka filasha a cikin tashar USB ta gaban mai sarrafawa.

• Don UCSC: Danna kuma ka riƙe maɓallin PHY PRES yayin da ake amfani da wuta. Riƙe na kusan daƙiƙa 15 har sai USB Akan LED ya haskaka, sannan a saki. Jira LED ya kashe, yana nuna an gama dawo da shi.

• Don UCSB: Latsa ka riƙe maɓallin wariyar ajiya/mayar a ƙasa yayin da ake amfani da wuta har sai USB A kan LED ya haskaka.

2. Amfani da tashar COM:

• Yi amfani da keɓaɓɓen kebul na adaftar tashar tashar COM don haɗa tashar COM mai sarrafawa zuwa tashar injiniya.

• A cikin ToolboxST Controller Setup Wizard, zaɓi zaɓi don canja wurin adireshin IP ta tashar tashar jiragen ruwa.

5.3 Zazzagewa da Tabbatarwa

1. Yi Gina kan gabaɗayan aikin a ToolboxST don bincika kurakuran daidaitawa.

2. Yi Zazzagewa zuwa Mai Gudanarwa. Don ƙarin tsarin, zazzagewa zuwa masu sarrafa R, S, T a jere.

3. Bayan an gama zazzagewa, tabbatar da mai sarrafa ya shiga cikin yanayin 'Controlling'.

4. Gwajin Madauki na I/O:

• Analog Inputs: Aiwatar da sanannen sigina (misali, 4mA, 12mA, 20mA) a firikwensin kuma duba idan madaidaicin ƙima a ToolboxST daidai.

• Abubuwan Analog: Ƙaddamar da ƙimar fitarwa (misali, 50%) a cikin ToolboxST kuma auna abin fitarwa na halin yanzu ko ƙarfin lantarki a allon tasha tare da multimeter don daidaito.

• Abubuwan shigar da hankali: Gajere ko buɗe lambar sadarwar filin kuma lura da canjin yanayi mai canzawa.

• Sakamako Mai Hankali: Tilasta fitarwa zuwa Gaskiya ko Ƙarya , auna yanayin ci gaba a tashoshin fitarwa na hukumar, kuma tabbatar da siginar amsa daidai.

5.4 Gwajin Aikin Tsari

1. Gwajin Sauyawa Mai Ragewa:

• Canja wurin da aka keɓe (DC) zuwa mai kula da ajiyar waje, tabbatar da cewa canja wurin sarrafawa yana da santsi kuma mara nauyi.

• Yi kwaikwayon kuskure (misali, cire haɗin wutar lantarki na farko ko kebul na cibiyar sadarwa) kuma duba idan tsarin yana canzawa ta atomatik kuma daidai ya canza zuwa mai sarrafa madadin.

2. Gwajin žararrawa da kutse: Kwatanta ƙararrawar ƙararrawa da yanayin kulle-kulle, tabbatar da cewa ana aiwatar da daidaitattun ƙararrawar ji/ gani, fafutukan allo, da ayyukan na'ura daidai.

Babi na 6: Kulawa - Ayyukan Rigakafi da Gyara

Kulawa na tsari shine hanyar rayuwa don tabbatar da dogaro na dogon lokaci da samuwa.

6.1 Kulawa na yau da kullun

1. Dubawa na lokaci-lokaci:

• Duba yanayin LED mai sarrafawa da gani don tabbatar da rashin ƙararrawa mara kyau.

• Bincika yanayin zafin ɗakin majalisar kulawa, zafi, da tsabta.

• Bincika idan magoya bayan sanyaya (misali, na USBH3A ko CPCI chassis) suna aiki akai-akai kuma idan masu tacewa sun toshe.

2. Ajiyayyen:

• UCSB: Saka kebul na filasha, latsa ka riƙe maballin madadin/dawowa har sai On LED ya haskaka, wanda ke adana abun ciki na NAND Flash na mai sarrafawa zuwa kebul na USB.

• UCSC: Ana adana tsarin sa a cikin fayil ɗin aikin; babu buƙatar adana filasha mai sarrafawa daban, amma ana iya ƙirƙirar fayil ɗin dawo da tsarin ta USB.

• Ajiyayyen Aikin: Yi amfani da aikin Archive Project akai-akai a cikin ToolboxST don adana duk tsarin aikin injiniya.

• Ajiyayyen Mai Gudanarwa:

6.2 Bincike da Shirya matsala

1. Amfani da Ƙararrawar Ganewa: Duk wani laifi mai aiki yana haifar da ƙararrawa tare da lamba da kwatance a cikin Akwatin Kayan aikiST Mai Duba Ƙararrawa. Misali:

• Ƙararrawa na Sadarwa: Bincika haɗin yanar gizon jiki, matsayi na canzawa, daidaitawar IP.

• Laifin Module na I/O: Bincika samar da wutar lantarki, haɗin allon tasha, filaye.

• Ƙararrawar Zazzabi Mai Sarrafa: Bincika zafin yanayi, ko an toshe kwararar iska mai sanyaya, idan magoya baya suna aiki.

2. Binciken Code na LED: Kamar yadda aka ambata a baya, ƙirar filashin filashin Boot LED shine kayan aiki na farko don gano gazawar taya.

3. Binciken Log: Mai sarrafawa da ToolboxST rikodin abubuwan da suka faru na tsarin da rajistar kurakurai, waɗanda ke da mahimmanci don nazarin batutuwa masu rikitarwa.

6.3 Maye gurbin sashi

Ƙa'idar Ƙa'idar: A cikin saitunan da ba su da yawa, ana iya maye gurbin abubuwan da ba daidai ba yayin da tsarin ke gudana, yana ba da damar kiyayewa ba tare da raguwa ba.

1. Sauya Mai Gudanarwa:

• Yi la'akari da matsayi na duk haɗin kebul akan mai sarrafawa mara kyau.

• Cire haɗin mai haɗin wuta da duk igiyoyin cibiyar sadarwa.

• Sake skru masu hawa kuma cire kuskuren mai sarrafawa.

• Shigar da sabon mai sarrafawa kuma haɗa igiyoyi.

• Kar a yi amfani da wuta nan da nan. Da farko, aiwatar da tsarin Mayar da Mai Gudanarwa (duba sashe 5.2) ta amfani da kebul na filasha don loda adireshin IP da ainihin tsarin tsarin akan sabon mai sarrafawa.

• Bayan an gama maidowa, yi amfani da wuta.

• Yi amfani da ToolboxST don aiwatar da Zazzagewar Kan layi, zazzage sabuwar aikace-aikacen da daidaitawa zuwa sabon mai sarrafawa, daidaita shi da shigar da shi cikin rukunin da ba a saba ba.

• Shiri: Tabbatar da sabon sabuntawar kayan aikin mai sarrafawa ya dace da tsohuwar. Shirya kebul na filasha mai dawowa.

• Canjin Canjin:

• Don UCCx: Ƙaddamar da chassis na CPCI, sassauta levers, cire tsohuwar allo, saka sabon allo, da kulle levers.

2. Sauya Module I/O:

• Idan an kunna sake daidaitawa ta atomatik, tsarin yana gano sabon tsarin ta atomatik kuma ya zazzage tsarin da ake buƙata.

• Idan an kashe, ko kuma idan an maye gurbin allon tasha, dole ne a fara zazzagewa da hannu zuwa wancan tsarin daga cikin ToolboxST.

• Lura: Don nau'in S-(Safety) I/O, ƙayyadaddun musanya da 'hanyoyi masu alama' sun wanzu; koma zuwa GEH-6723 Jagoran Tsaro.

3. Maye gurbin Kayayyakin Wuta da Magoya baya:

• Kayan wutar lantarki na CPCI suna da zafi-swappable. Sake sukurori, danna lever na saki, sannan a ciro naúrar. Saka sabon wutar lantarki, tura shi baya, sannan ku kulle shi.

• Ana iya maye gurbin fan ɗin sanyaya CPCI ta hanyar zame shi kai tsaye daga ƙofar ɗakin da ke ƙasan chassis.

6.4 Software da Sabunta Firmware

1. ToolboxST Software Haɓaka: Sanya sabbin nau'ikan software na ControlST kamar yadda GE ya fitar.

2. Mai sarrafawa da haɓaka I/O Firmware: Ana yin wannan yawanci ta atomatik ta hanyar zazzagewar Akwatin Kayan aiki. Lokacin zazzage sabon aikin, ToolboxST yana kwatanta sigogin kuma yana sabunta firmware da ake buƙata ta atomatik (Baseload, Firmware) zuwa masu sarrafawa da samfuran I/O.