I-Rotary Sliding Vane Pump

Amaphampu e-Rotary vane ahlukaniswe kakhulu abe amaphampu avalwe uwoyela namaphampu omile.Ngokwedigri ye-vacuum edingekayo, ingabuye ihlukaniswe ibe yiphampu yesiteji esisodwa kanye nephampu yesiteji esikabili.Iphampu ye-Rotary vaneikakhulukazi yakhiwe i-pump rotor, i-turntable, ikhava yokugcina, intwasahlobo nezinye izingxenye.Emgodini, kukhona i-rotor, unqenqema lwangaphandle lwe-rotor lunamathele endaweni engaphakathi ye-cavity, futhi amapuleti amabili okuvunguza aneziphethu afakwe ngokuzenzakalelayo ku-rotor slot.Uma i-rotor isebenza, ingakwazi ukuslayida iye phambili naphambili eduze nemigodi yayo eyi-radial futhi ihlale ixhumene nendawo engaphakathi ye-pump casing.Izungezisa ngerotha ukuze ihlukanise igumbi lepompo levacuum libe yinani lezikhala zevolumu eziguquguqukayo.

I-rotor ye-micromotor yepompo ye-rotary vane ifakwe emzimbeni wephampu ngebanga elithile le-eccentric, futhi iseduze nendawo engashintshi yendawo yangaphakathi yomzimba wepompo.Ama-blade ajikelezayo amathathu noma ngaphezulu afakwe ku-slot ye-motor rotor.Lapho i-rotor ye-motor ijikeleza, ama-blade ajikelezayo angakwazi ukuphindaphinda eduze kwe-axial groove yawo futhi ahlale ethintana nomgodi womzimba wepompo.Le vane ejikelezayo izungeza ne-rotor ye-motor futhi ingahlukanisa umgodi wepompo womshini ube amavolumu ahlukahlukene ahlukahlukene.Naka lezi zindaba ezilandelayo uma empeleni usebenzisa iphampu ye-micro-rotary vane: 1. Hlola ubuningi bamafutha, futhi kuyatuseka ukuconsa uwoyela esikhungweni sokulawula isikali sikawoyela lapho iphampu imiswa.I-valve yokukhipha umoya iphansi kakhulu ukuthi ingavala uwoyela, ibeka engcupheni ivacuum.Ukuphakama kakhulu kuzodala ukuthi umoya uqale iphampu kawoyela.Ngesikhathi sokusebenza, inani lamafutha likhuphuka ngezinga elithile, okuyinto evamile.Khetha uhlobo olufunayo lokuhlanza uwoyela wepompo ye-vacuum bese uyengeza usuka endaweni yokufaka uwoyela.Ngemva kokunikeza uwoyela, isikulufa kupulaki kawoyela.Amafutha kufanele acatshangelwe ngokucophelela ukuze avimbele uthuli ukuthi lungangeni futhi luvimbele indawo yokungena kawoyela.2. Uma izinga lokushisa lokusebenza liphezulu kakhulu, izinga lokushisa lamafutha lizokhula, i-viscosity izokwehla, futhi umfutho we-vapor ogcwele uzokhula, okuholela ekunciphiseni okuthile kwepompo yokugcina ye-vacuum.Iphampu ye-vacuum yokugcina ingumfutho wegesi ophelele okalwa yi-thermocouple.Isibonelo, ukwandisa ukuchithwa kokushisa kwepayipi lokushisa lokuphefumula komoya wemvelo noma ukuthuthukisa izici zepompo likawoyela kungathuthukisa iphampu ye-vacuum eyedlulele.3. Hlola iphampu yokuhlanza yokugcina yephampu engumshini nge-liquid mercury vacuum gauge njengezinga elijwayelekile.Uma imitha igxiliwe ngokugcwele, izinga lokushisa lepompo lizozinza futhi imbobo yepompo kanye nemitha kuzoxhuma ngokushesha.Phakathi nemizuzu engama-30 yokusebenza, umkhawulo wepompo ye-vacuum uzofinyelelwa.Inani elikalwa nge-gauge ephelele yokucindezela ihlobene nokuchezuka kwephampu kawoyela, igeji yevacuum negeji yokucindezela, futhi ngezinye izikhathi ukuchezuka kuba kukhulu kakhulu, okungokwereferensi kuphela.4. Ipompo ingaqalwa ngesikhathi esisodwa ngomoya noma nge-vacuum egcwele.Uma i-relay ixhunywe embotsheni yepompo, kufanele isebenze ngokuhlukana nepompo.5. Uma umswakama womoya uphakeme, noma umusi okhishiwe uqukethe umusi okhuniwe kakhulu, ngemva kokuxhuma esitsheni esikhishiwe, i-valve ye-ballast kufanele ivulwe futhi ivalwe ngemva kwemizuzu engu-20-40 yokunyakaza.Ngaphambi kokumisa iphampu, ungavula i-valve ye-ballast bese ugijima ngomthwalo ogcwele imizuzu engu-30 ukuze welule impilo yesevisi yepompo.