Kwinkqubo yokunxibelelana nabathengi malunga nokukhethwa kweiimpompo vacuumkwi-Super Q, kufuneka siqonde inqanaba apho iqondo lokusebenza le-vacuum yenkqubo kufuneka ligcinwe kwizicelo ze-vacuum.Ekugqibeleni, ukusebenza kweqondo lokugqibela le-vacuum yempompo ekhethiweyo yokucoca iya kuba yi-odolo enye okanye ngaphezulu kobukhulu obuphezulu kunedigri yokusebenza ye-vacuum yenkqubo.Kutheni kunje?
Kwiiparamitha ze-aimpompo yokufunxa, iqondo lokuvala umda wempompo ye-vacuum iboniswa ngokuthe ngqo.Iqondo lokugqibela le-vacuum limele ubuncinci boxinzelelo oluzinzileyo olunokuthi ekugqibeleni lufike kwisixhobo.Kwimpompo ye-vacuum, yi-degree ye-vacuum ehambelanayo enokufezekiswa emva kwexesha elide lokusebenza, xa igesi ingasayi kuphinda ikhutshwe.Kodwa kwimveliso yokwenyani, ngokuqhelekileyo akukho mntu uya kuvumela impompo ukuba iqhube kuxinzelelo olunzima.Ngenxa yokuba xa ipompo yokucoca ibaleka kufutshane ne-vacuum egqithisileyo, ukusebenza kwayo kubi kakhulu, kwaye ngelo xesha, isantya sokumpompa sempompo yokucoca sele sincinci kakhulu, nokuba i-zero.Ukuba uxinzelelo lwe-vacuum lwenkqubo lusondele kumda woxinzelelo lwempompo ye-vacuum, akukho santya sokupompa xa usebenzisa le mpompo yokucoca, kwaye umphumo kukuba i-degree ye-vacuum ehambelanayo ayikwazi ukugcinwa, ekhokelela ekunyuseni koxinzelelo lokusebenza.
Nokuba loluphi uhloboimpompo yokufunxa, kuya kubakho uluhlu olufanelekileyo lokusebenza koxinzelelo ngaphambi kokuba lufikelele kwiqondo eliphezulu le-vacuum.Eli khefu liyahluka ngokuxhomekeke kumgaqo wesakhiwo sempompo yokufunxa.Oko kukuthi, ngaphakathi koluhlu oluthile loxinzelelo, ukusebenza kwayo kakuhle kuya kuba phezulu, kwaye olu xinzelelo luphezulu ngokuqinisekileyo kunenqanaba lokugqibela lokucoca lempompo yokucoca.Ngoko ke, kwinkqubo yokukhetha iimpompo zokucoca, i-Super Q ibeka ugxininiso olungakumbi kwisidanga sokutshiza sokusebenza somsebenzisi, nokuba singaphakathi kwesantya sokumpompa sempompo, nokuba uxinzelelo lokugqibela alunakwenzeka kangako.Kodwa ukuba impompo yokucoca inokusebenza kakuhle ngaphakathi koluhlu loxinzelelo, inokumiselwa ukuba uxinzelelo lwayo lokugqibela lwe-vacuum ngokuqinisekileyo lusezantsi kunolu luhlu loxinzelelo olusebenzayo.
Ngokomzekelo, ipompo yokucoca enokuthi isebenze kakuhle kuxinzelelo olusebenzayo lwe-10Pa kufuneka ibe noxinzelelo lomda ongaphantsi kwe-10Pa, njengoko kukhankanywe ngaphambili kwi-oda enye okanye ngaphezulu yobukhulu, enokuthi ibe malunga ne-1Pa okanye i-0.1Pa.
Kubasebenzisi, i-Super Q icebisa ukuba ugxininiso oluphambili kufuneka lube kwi-curve yeparameter yokusebenza yeimpompo yokufunxa, ingaba uluhlu oluchanekileyo lwe-vacuum yesantya sokumpompa lubandakanya i-vacuum yokusebenza efunekayo.Ukuba iimfuno zevacuum yokusebenza zifezekisiwe, ivacuum yokugqibela ayiyongxaki ngokubanzi.
I-Beijing Super Q igxile kwimveliso kunye nophando lwe-vacuum fittings, i-vacuum vacuum, iimpompo ze-vacuum, kunye namagumbi okucoca asetyenziswa kwintsimi yokucoca iminyaka engaphezu kweshumi.Ngokhetho olungqongqo lwemathiriyeli, ubugcisa obugqwesileyo, kunye nokuqina, iimveliso zayo zithunyelwa kumazwe angaphezu kwe-100 kunye nemimandla yehlabathi jikelele.
Ixesha lokuposa: Aug-11-2023