Ka'idar gwajin aikin rufewa da zubewa don fakitin sassauƙa

Ka'idar gwajin aikin rufewa don marufi mai sassauƙa ta ƙunshi ƙirƙirar bambancin matsin lamba na ciki da na waje ta hanyar sharewa da lura ko iskar gas ta fita daga samfurin ko kuma idan akwai canjin siffa don tantance aikin rufewa. Musamman, ana sanya samfurin marufi mai sassauƙa a cikin ɗakin injin, kuma ana samun bambancin matsin lamba tsakanin ciki da waje na samfurin ta hanyar sharewa. Idan samfurin yana da lahani na rufewa, iskar gas da ke cikin samfurin za ta fita waje a ƙarƙashin tasirin bambancin matsin lamba, ko kuma samfurin zai faɗaɗa saboda bambancin matsin lamba na ciki da na waje. Ta hanyar lura ko an samar da kumfa mai ci gaba a cikin samfurin ko kuma idan siffar samfurin za ta iya murmurewa gaba ɗaya bayan an saki injin, ana iya ɗaukar aikin rufe samfurin a matsayin wanda ya cancanta ko a'a. Wannan hanyar ta shafi kayan marufi masu yadudduka na waje da aka yi da fim ɗin filastik ko kayan takarda.

Mai gwajin zubewar YYP134Bya dace da gwajin zubewar marufi mai sassauƙa a cikin abinci, magunguna, sinadarai na yau da kullun, kayan lantarki da sauran masana'antu. Gwajin zai iya kwatantawa da kimanta tsarin rufewa da aikin rufewa na marufi mai sassauƙa yadda ya kamata, kuma ya samar da tushen kimiyya don tantance ma'aunin fasaha masu dacewa. Hakanan ana iya amfani da shi don gwada aikin rufewa na samfuran bayan gwajin faɗuwa da matsin lamba. Idan aka kwatanta da ƙirar gargajiya, an cimma gwajin mai hankali: saitin sigogin gwaji da yawa na iya inganta ingancin ganowa sosai; ana iya amfani da yanayin gwajin ƙara matsin lamba don samun sigogin zubar da samfurin cikin sauri da kuma lura da rarrafe, karyewa da zubewar samfurin a ƙarƙashin yanayin matsin lamba mai matakai da lokacin riƙewa daban-daban. Yanayin rage iska ya dace da gano hatimi ta atomatik na marufi mai mahimmanci a cikin yanayin injin. Sigogi masu bugawa da sakamakon gwaji (zaɓi ne don firinta).

Ana iya tsara girman da siffar ɗakin injin ɗin bisa ga buƙatar abokin ciniki, yawanci ana iya zaɓar silinda da girman ta hanyar masu zuwa:

Φ270 mmx210 mm (H),

Φ360 mmx585mm (H),

Φ460 mmx330mm (H)

Idan akwai wani takamaiman buƙata, don Allah a tuntube mu!