Injin Cika Ruwa na 200ml Zuwa 2l

1) Injin yana da tsari mai ƙanƙanta, tsarin sarrafawa mai kyau, aiki mai dacewa da kuma babban aiki da kansa.
2) Sassan da ke hulɗa da kayan an yi su ne da ƙarfe mai inganci na bakin ƙarfe da aka shigo da shi, babu wani tsari mai rauni, mai sauƙin tsaftacewa.
3) Babban daidaito, babban bawul ɗin cikawa mai sauri, daidaitaccen matakin ruwa ba tare da asarar ruwa ba, don tabbatar da ingantaccen ingancin cikawa.
4) Kan murfin yana amfani da na'urar juyi mai ɗorewa don tabbatar da ingancin murfin.
5) Ɗauki ingantaccen tsarin sarrafa murfin, tare da cikakkiyar fasahar ɗora murfin da na'urar kariya.
6) Ba lallai ba ne a daidaita tsayin kayan aikin don canza girman kwalbar. Ana iya cimma hakan ta hanyar maye gurbin tauraruwar kwalbar, wanda yake da sauƙi kuma mai sauƙin amfani.
7) Tsarin cika kwalbar ya rungumi fasahar kwalbar - kwalbar don guje wa gurɓataccen bakin kwalbar.
8) Tsarin sarrafawa yana da ayyukan sarrafa matakin ruwa ta atomatik, gano murfin da ya ɓace, dakatar da zubar da kwalba ta atomatik da ƙidaya fitarwa.
9) Tsarin wanke kwalba ya rungumi ingantaccen bututun feshi na tsaftacewa wanda fasahar Kamfanin feshi na Amurka ta samar, wanda za'a iya tsaftace shi zuwa kowane wuri a cikin kwalbar.
10) Manyan sassan lantarki, bawuloli na sarrafa lantarki, masu sauya mita da sauransu sassa ne da aka shigo da su don tabbatar da kyakkyawan aikin dukkan na'urar.
11) Duk sassan tsarin iska suna ɗaukar samfuran da suka shahara a duniya.
Wannan injin ya haɗa ayyuka uku: 1. Kurkura kwalbar dabbobin da babu komai a ciki, 2. cika kwalaben da aka wanke, 3. rufe kwalaben da aka cika.

	(1) An yi amfani da fasahar haɗi kai tsaye tsakanin na'urar jigilar iska da kuma ƙafafun ciyar da kwalba, wanda ke kawar da sukurori da sarkar jigilar kwalba, wanda hakan ke sauƙaƙa canza nau'in kwalbar. Bayan kwalbar ta shiga injin ta hanyar na'urar jigilar iska, ana aika ta kai tsaye zuwa na'urar wanke kwalbar ta hanyar dabarar ƙarfe mai ciyar da kwalbar (hanyar ƙulle kwalba). (2) Kafin kwalbar ta kasance sanye da abin toshe kwalba ta atomatik. Babban aikin shine tsayawa ba tare da kwalba ba, fara da kwalba (don hana aiki mara kyau da kuma adana kuzari mai kyau da kuma hana kwalbar matse kwalbar.)
	An ƙera silinda mai siffar kwano don ya zama mai sauƙin tsaftacewa, madaidaici, kuma mai saurin cikawa, matakin ruwa daidai ne kuma babu asarar ruwa, yana tabbatar da ingancin cikawa mai kyau; idan babu kwalba, ba za a buɗe bawul ɗin ba, don kada ruwan ya ɓace, yana tabbatar da ingancin cikawa mai kyau; An yi bawul ɗin cikawa da ƙarfe mai inganci, kuma rufewar ta ɗauki hanyar saman mazugi, wacce take da sauƙin tsaftacewa kuma ba ta da sikelin da ba ta da matsi. Bayan bakin kwalbar ya taɓa bawul ɗin cikawa, yana buɗewa don kammala aikin cikawa. Bawul ɗin cikawa yana da tsarin sarrafa kwarara, kuma ana iya saita ƙimar kwarara a cikin wani takamaiman iyaka bisa ga ainihin buƙatun. An yi gasket ɗin cikawa da rufewa da kayan EDPN, wanda ke jure wa acid, alkali da ozone. Cikawa da aikin injin da kayan da suka wuce gona da iri (wannan aikin ya dace da CIP)
	Bayan kwalbar ta shiga injin mai masaukin baki, sai ta shiga injin wanke kwalbar ta hanyar tayar tauraron watsawa, kuma maƙallin kwalbar ya matse bakin kwalbar ya juya sama da digiri 180 tare da jagorar wanke kwalbar, ta yadda bakin kwalbar ya koma ƙasa. A wani yanki na musamman na injin wanke kwalbar (wanda aka ƙayyade ta hanyar farantin rarraba ruwa - ana tura ruwan wankewa cikin farantin rarraba ruwa ta hanyar famfon ruwan wankewa, sannan a rarraba shi zuwa maƙallin wankewa ta hanyar farantin rarraba ruwa ta hanyar bututu 24), ana fesa bututun maƙallin wankewa. A wanke kwalbar da ruwa don wankewa a cikin kwalbar. Bayan an wanke ta an kuma tace ta, ana juya kwalbar zuwa ƙasa da digiri 180 tare da layin jagora a ƙarƙashin maƙallin kwalbar, don bakin kwalbar ya kasance sama. Ana fitar da kwalaben da aka wanke daga injin wankewa ta hanyar maƙallin ƙarfe na canzawa (ruwan wankewa mai tsabta) sannan a aika zuwa tsari na gaba - cikawa.
	Kan murfin yana amfani da na'urar juyi mai juyi ta maganadisu. Lokacin da kan murfin ya ɗauki murfin ta cikin tiren murfin, murfin saman zai riƙe murfin kuma ya miƙe murfin don tabbatar da daidaitaccen matsayin murfin a cikin murfin murfin kuma ya tabbatar da ingancin murfin. Lokacin da aka kammala murfin, kan murfin zai zame akan ƙarfin maganadisu kuma ba zai lalata murfin ba, kuma sandar murfin za ta tura murfin daga cikin murfin lokacin da kan murfin ya tashi.
	Akwai na'urar ɗagawa ta injiniya don cikewa. Ana ɗaga na'urar ɗagawa ta hannun riga mai zamiya a ƙarƙashin aikin kyamarar bakin ƙarfe. An yi na'urar da aka yi da kayan nailan mai na MC, kuma tsawon lokacin sabis ɗin zai iya kaiwa shekaru 5-7.
	Kabad ɗin lantarki mai zaman kansa na bakin ƙarfe 304. Tsarin lantarki: PLC: Mitsubishi/Siemens. Injin juyawa: Mitsubishi/Siemens. Allon taɓawa: Mitsubishi/Siemens/Weinview. Mai hulɗa: Schneider. Na'urar daukar hoto: Omron. Makullin kusanci: Omron. Babban injin: ABB.
	Wannan tsarin ɗaukar murfin ya soke hanyar ɗaukar murfin, wanda hakan ya inganta ƙimar murfin kamawa sosai. Faifan rufewa yana aika wuta zuwa kan murfin ta cikin ƙafafun fil don tabbatar da cewa motsinsa ya daidaita da injin rufewa. Murfin yana shiga faifai na rufewa ta hanyar tashar rufewa, sannan tauraron canja wurin murfin yana canja murfin zuwa kan murfin daban bisa ga tashar. A murfin, lokacin da kan rufewa, tsakiyar murfin, da tsakiyar murfin suna cikin layi, ana amfani da fim ɗin rufewa don riƙe murfin a ƙarƙashin aikin kyamarar injin rufewa. Matsakaicin wucewa na wannan hanyar don riƙe murfin shine 100%.
	Tsarin sake mai ta atomatik: Alamar Jianhe. Kamfanin PLC ne ke sarrafa tsarin, kuma ana iya saita lokacin sake mai ta atomatik da zagayowarsa akan allon taɓawa don cimma cika mai ta atomatik da kulawa yayin samarwa, wanda hakan ke adana kuɗin aiki sosai. Man: No. 0 man shanu.