Uvavanyo lokungena kwegesi. Ifanelekile kwi-O2, i-CO2, i-N2 kunye nezinye iimvavanyo zegesi ezingenayo ityhefu kwiifilimu zeplastiki, iifilimu ezihlanganisiweyo, izixhobo eziphezulu zokuthintela, amashiti, iifoyile zetsimbi, irabha kunye nezinye izinto.
Indlela yoxinzelelo eyohlukileyo yovavanyo lokungena kwerhasi:
Beka isampuli esele ibekwe ngaphambili phakathi kwegumbi elinoxinzelelo oluphezulu kunye negumbi eliphantsi loxinzelelo, i-compress kunye ne-seal, kwaye emva koko ucoce amagumbi aphezulu kunye noxinzelelo oluphantsi ngexesha elifanayo; emva kokucoca ixesha elithile kwaye idigri ye-vacuum yehla kwixabiso elifunekayo, vala igumbi eliphantsi loxinzelelo kwaye uhambe kwindawo yoxinzelelo oluphezulu. Gcwalisa igumbi ngegesi yokuvavanya kwaye ulungelelanise uxinzelelo kwi-high-pressure ekamelweni ukuze ugcine ukuhluka koxinzelelo rhoqo kumacala omabini esampuli; igesi ingena ukusuka kwicala eliphezulu loxinzelelo lwesampulu ukuya kwicala eliphantsi loxinzelelo phantsi kwesenzo sokwahlukana koxinzelelo; ukulinganisa ngokuchanekileyo utshintsho loxinzelelo kwigumbi eliphantsi loxinzelelo kwaye ubale Iiparameters zegesi permeability yesampuli.
Umvavanyi wokungena kwerhasi uhambelana nomgangatho:
YBB 00082003, GB/T 1038, ASTM D1434, ISO 2556, ISO 15105-1, JIS K7126-A.
Iimpawu zobuGcisa
Isivamvo sevacuum esithathwe ngaphandle, inzwa yoxinzelelo, ukuchaneka kovavanyo oluphezulu;
Ibhafu ye-thermostatic ineendlela ezimbini zokulawula ukushisa, ukudibanisa okufanayo, ukuthembeka okuphezulu;
Ivalve echanekileyo kunye neenxalenye zemibhobho, ukutywinwa ngokucokisekileyo, i-vacuum enesantya esiphezulu, i-desorption ngokucokisekileyo, ukunciphisa iimpazamo zovavanyo;
Isampulu yenzelwe ukuthintela ukuvuza kwecala ukunciphisa ukuvuza kofakelo lwesampulu;
Ukulawulwa koxinzelelo oluchanekileyo ukugcina ukuhluka koxinzelelo phakathi kwamagumbi aphezulu kunye noxinzelelo oluphantsi kuluhlu olubanzi;
Itekhnoloji yesiseko selungelo elilodwa lomenzi wechiza isusa ukuvuza kwenkqubo yangasemva kwaye inciphisa iimpazamo zovavanyo;
I-Auto Intelligent: Ukuzivavanya kwamandla, ukuphepha ukusilela ukuqhubeka novavanyo; isiqalo seqhosha elinye, ukuphunyezwa kovavanyo oluzenzekelayo ngokupheleleyo.
Ukurekhoda kwedatha: I-Graphical, inkqubo epheleleyo kunye nokurekhoda kwento epheleleyo, idatha ayiyi kulahleka emva kokungaphumeleli kwamandla.
Ukhuseleko lwedatha: imodyuli yesoftware ye "GMP yekhompyuter" ekhethiweyo, enolawulo lomsebenzisi, ulawulo lwegunya, umkhondo wophicotho lwedatha kunye neminye imisebenzi.
Indawo yokusebenza: ngaphakathi. Akukho mfuneko yendawo yokushisa kunye nokufuma rhoqo (ukunciphisa iindleko zokusetyenziswa), kwaye idatha yokuvavanya ayichatshazelwa ngubushushu bendalo kunye nokufuma.
Igama | Ipharamitha | Igama | Ipharamitha |
Imposiso yoVavanyo | 0.01 cm3/m2•usuku•0.1MPa | Indlela Yokulungisa | Ifilimu eqhelekileyo |
Impazamo yeVacuum | 0.1Pa | Uluhlu lweVacuum | 1333.33 Pa |
Vacuum | <10 Pa | Ukusebenza kakuhle kweVacuum | Ngaphantsi kwe-27Pa kwimizuzu engama-20 |
Uluhlu lobushushu | 15℃~50℃ | Imposiso yokulawula ubushushu | ±0.1℃ |
Isampulu Ukutyeba | ≤3mm | Indawo yoVavanyo | 50cm2 (umjikelo) |
Irhasi yoVavanyo | O2, N2, CO2, igesi engeyiyo ityhefu | Uvavanyo loxinzelelo | 0.1 ~ 0.2 MPa |
Ujongano lwegesi | 1/8″ | Uxinzelelo Lomoya | 0.1 ~ 0.8 MPa |
Uhlobo lwamandla | I-AC220V 50Hz | Amandla | <1500 W |
Umahluko weModeli | Umzekelo |
DRK310 | |
Uluhlu lokulinganisa | 0.1-50,000 |
Inani leeSampulu | 1 |
Inani leeSensors zeVacuum | 1 |
Imo yovavanyo | I-Single Chamber Independent |
Ubungakanani bomamkeli (L×B×H) | 585×640×380mm |
Ubunzima bomamkeli | 50Kg |
Ulungelelwaniso olusemgangathweni
Umsingathi wovavanyo, impompo yokufunxa, isoftware yovavanyo, i-vacuum bellows, ivalve yegesi yokunciphisa uxinzelelo lwegesi kunye nokufakelwa kombhobho, igrisi yokutywina, umboniso we-21.5-intshi we-DELL, kunye nomgcini wekhompyuter yakhelwe kumsingathi wovavanyo.
Izincedisi ozikhethelayo: ukulungiswa kovavanyo lwesikhongozeli, iyunithi yokulawula ukufuma.
Iinxalenye ezizilungiseleleyo: igesi yokuvavanya kunye ne-cylinder