GE Fanuc IC693MDL660 Katin Shigar 32-Tashoshi Mai Kyakkyawan/Marar Kyakkyawan Sigina

Takaitaccen Bayanin Samfuri

IC693MDL660 module ne na shigarwa na discrete mai yawa guda 32 daga amintacciyar iyalin Series 90-30 Programmable Logic Controller (PLC), wanda asali GE Fanuc (yanzu Emerson Automation Solutions) ta ƙera. An ƙera shi don haɗa na'urorin siginar gefen fili kai tsaye da sashin sarrafawa na tsakiya, wannan module ɗin yana aiki a ƙarfin wutar 24V DC na al'ada a cikin faffadan taga 0 zuwa 30V DC. Tare da tsarin ciki mai sassauci da aka raba zuwa kungiyoyi 4 masu keɓewa na tashoshi 8 kowanne, wannan ƙaramin katin kayan aiki mai nauyin 0.28 kg (0.62 lbs) yana ba injiniyoyi damar sa ido kan adadi mai yawa na firikwensin, maɓallan sauya wuta, da maƙallan tsaro yayin da yake ɗaukar tazara ɗaya kacal na rami a kan baseplate.

Manyan Fa'idodin Fasaha

• Zaɓin Mantiki Mai Kyau/Mara Kyau Mai Sassauci: Yana tallafawa duka tsarin wayoyi na sinking da sourcing (mantiki mai kyau ko mara kyau). Wannan yana sauƙaƙa daidaitawa da ƙa'idodin yankuna daban‑daban ko tsarin firikwensin da aka rigaya ba tare da ƙara ƙarin kayan aiki ko relays na keɓewa ba.
• Kariya Mai Ƙarfi ta Dielectric: Abubuwan optoelectronic da aka gina a ciki suna samar da keɓewar lantarki har zuwa 1500V AC tsakanin layukan filin da ke da hayaniya da bus ɗin mantikin ciki mai matuƙar hankali, don hana tasirin tashin wutar lantarki ya lalata bayanan PLC a bayan katanga.
• Matsayin Sarrafa Siginar Sauri: Yana samar da matsakaicin lokacin sauyawar sigina mai matuƙar sauri (daga kunnawa zuwa kashewa) na kusan ms 2 kaɗai, yana ba da bin diddigi madaidaiciya da ake buƙata don hanyoyin samarwa ta atomatik masu saurin gaske.
• Tsarin Ƙungiyoyin Yawa Mai Ƙarfi: Yana tsara layukan shigarwa guda 32 na kansu zuwa kungiyoyi guda huɗu masu keɓewa. Kowane rukuni yana ɗauke da tashoshi takwas tare da nasa maɗaurin dawowa na gama gari, yana ba ka damar amfani da tushe daban‑daban na wuta a kan katin module ɗaya na jiki.

Ƙayyadaddun Fasaha

Maganganun Masana’antu

• Layukan Masana’antu Masu Yawan Ƙarfin Ƙera Kaya: Yana daidaita manyan tarin na’urorin firikwensin filɗi, ciki har da maɓallan kusanci, fitilun lantarki masu gano abu, da na’urorin gano kasancewar sassa, yana mayar da su zuwa madauki na bibiyar tsakiya.
• Makullai na Kayan Aikin Inji: Yana sa ido kan maɓallan ƙofofin tsaro, lefar iyaka na na’ura, da iyakokin matsin lamba na na’urar ruwa don tabbatar da yanayin aiki mai aminci kafin a bar injina su yi zagaye.
• Saka idon Tsarin Aiki da aka Bazawa: Yana tattara siginar filɗi na nesa a kan layukan taro masu matakai da dama zuwa cibiyoyin kwamitin sarrafawa na tsakiya, yana rage tsawon layukan igiyoyi da girman tsari na ginin.
• Amfanin Jama’a & Gudanar da Ruwa: Yana sarrafa bin diddigin matsayin amsa daga toshe-tsayawar famfo da aka baza, hatimin iyakar bawulolin mota, da matrix na ma’aunin matakin ruwa a muhallin masana’antu masu wahala.

Waya & Shigarwa

Keɓance Ƙarfin Wutar Tsari

Keɓe dukkan manyan hanyoyin ƙarfin wutar layi da na’urar taimako ta sakandare 24V DC na filɗi kafin saka ko cire module na shigarwa. Yin aiki a kan kayan aiki da ke da rai na iya haɗa tashoshi ba da gangan ba, ya tayar da alamomin shigarwa marasa niyya a cikin jere-jeren lissafin mantiki da ke aiki, ko ya jawo lahani na lantarki ga mahaɗan backplane.

Daidaita Ramin Chassis

Za a iya shigar da module IC693MDL660 a kowane daidaitaccen ramin I/O na GE Fanuc Series 90-30 baseplate mai ramuka 5 ko 10. Daidaita dogayen katin da ƙaramin jagorar filastik a cikin chassis, ka tura na’urar kai tsaye ciki har sai mahaɗin baya ya zauna daure a backplane, sannan ka tabbata ƙugiyoyin riƙe na sama da na ƙasa sun rufe gaba ɗaya.

Sigogin Ƙare Tashar Filɗi

Wannan module mai babban ƙarfi yana buƙatar daidaitaccen taron toshe tashoshi 32-point, kamar IC694TBB032 (irin akwati mai matse sukurori) ko IC694TBS032 (zaɓin matse wayoyi na bazara). A bare wayoyin filɗin ka zuwa zurfin da aka ƙayyade, ka ninka su cikin tsari ka haɗa su da rukunin shigarwa na daidai, sannan ka haɗa na kowa (common) na kowane rukuni zuwa ko dai layin ƙarfin lantarki mai kyau (positive rail) ko mara kyau (negative rail) bisa tsarin sinking ko sourcing ɗinka.

Taya Farawa da Tabbatar da LED

Ka ba da wutar 5V DC daga backplane sannan ka kunna zagayen wutar firikwensin filin na 24V DC a waje. Ka lura da jerin fitilun LED na bincike a gaban module lokacin gwajin tsarin: fitilar alamar kore mai haske a kowane tashoshi tana tabbatar da cewa da'irar gefen filin tana aiki, tana bai wa ƙungiyoyin gyara damar tabbatar da hanyar wayoyi da warware matsalar dabarar firikwensin kai tsaye ba tare da amfani da kwamfutar tafi‑da‑gidanka ba.

Fa'idodin Injiniya (Engineering Advantages)

• Rage Girman Kabad (Reduced Cabinet Footprint): Haɗa maki shigarwa 32 masu zaman kansu a cikin ramin slot guda ɗaya yana rage adadin racks na faɗaɗa da ake buƙata sosai, yana ajiye sarari kuma yana rage kuɗin kayan aiki.
• Tsarukan Allon da Ba su da Nauyi (Lightweight Panel Configurations): Tare da nauyin kusan 0.28 kg kadai a kowace na'ura, za a iya shigar da modules da yawa a kan ƙananan alluna ko kan allunan da ake iya jujjuya su ba tare da sanya wani nauyi mai yawa a kan sassan gini ko backplane na chassis ba.
• Dacewa da Tsarukan Daban‑daban (Cross-Generation Compatibility): Yana aiki da tabbaci a tsofaffin tsarin GE Fanuc Series 90-30, kuma ƙirar sa tana sauƙaƙa canjawa zuwa sababbin cibiyoyin sarrafawa na PACSystems RX3i ta amfani da toshe tashoshi (terminal blocks) iri ɗaya.
• Binciken Rukuni da aka Raba (Segmented Group Diagnostics): An raba module ɗin zuwa rukuni huɗu na tashoshi takwas‑takwas, wanda ke sauƙaƙa ware matsalolin lantarki a filin. Idan gajeren kewayawa ya faru a kan layin firikwensin guda ɗaya, ba zai kashe sauran tashoshi 24 ba.

Tambayoyin Fasaha (Technical FAQs)

Q1: Menene zai faru idan wutar shigarwa ta sauka ta faɗi tsakanin 5V DC da 11V DC?
A1: Wutar shigar da ta faɗi ƙasa da 11.5V DC tana shiga wani yankin dabarar da ba a fayyace ba. Module ɗin na iya karɓarta a matsayin ON ko OFF yadda rai ya so, wanda zai haifar da halayya marar tabbas. Don samun aiki mai dogaro, dole ne wutar kulawa ta kasance ƙasa da 5V DC domin a tabbatar da OFF, ko kuma ta kasance a tsakanin 11.5 zuwa 30V DC domin ON mai ƙarfi.

Q2: Shin zan iya gauraya na'urorin firikwensin sinking (positive logic) da sourcing (negative logic) a cikin module ɗin IC693MDL660 ɗaya?
A2: Eh, za ka iya haɗa nau'ikan dabarar (logic types) daban‑daban, amma sai a tsakanin rukuni (groups) dabam‑dabam. Domin an raba wannan module zuwa rukuni huɗu masu zaman kansu, kowanne yana da tashoshi takwas, za ka iya ɗaure rukuni na 1 a matsayin “sinking” (common an ɗaure shi zuwa mara kyau/negative), sannan rukuni na 2 a matsayin “sourcing” (common an ɗaure shi zuwa mai kyau/positive). Ba za ka iya gauraya nau'ikan dabarar a cikin rukuni guda ɗaya na tashoshi 8 ba.

Q3: Shin wannan nauyin 0.28 kg na jikin kati ya riga ya haɗa da kayan aikin toshe tashar filin (field terminal block) da ake buƙata?
A3: A'a, bayanin 0.28 kg (0.62 lbs) yana nufin nauyin net na katin ainihin na'urar lantarki ne kawai. Lokacin da ake ƙididdige jimillar nauyin maƙulli na kabad da rabon nauyin dogayen rails, ka tuna ka ƙara nauyin toshe tashar filin (external terminal block) da kuma nauyin igiyoyin jan ƙarfe masu kauri da aka haɗa da shi.