Izixhobo Zokuvelisa i-HY-20 Zeolite Molecular Sieve Oxygen Plant Mobile Oxygen Generator yokuzalisa kwakhona iCyliner

Inkampani yethu igxile ekwenzeni iintlobo ezahlukeneyo zeecompressor, ezinje ngezi:Isixinizeli se-diaphragm,Pi-iston compressor, Iicompressor zomoya,Umvelisi wenitrogen,Umatshini wokuvelisa ioksijini,Isilinda segesi,njl. Zonke iimveliso zingenziwa ngokwezifiso ngokweeparameters zakho kunye nezinye iimfuno.

Umgaqo wokusebenza
Emva kokucinezelwa yi-air compressor, umoya oluhlaza ungena kwitanki yokugcina umoya emva kokususwa kothuli, ukususwa kweoyile nokomiswa, uze ungene kwi-A adsorption tower nge-A intake valve. Ngeli xesha, uxinzelelo lwetower luyanyuka, iimolekyuli ze-nitrogen emoyeni ocinezelweyo zifunxwa yi-zeolite molecular sieve, kwaye ioksijini engafunxwayo idlula kwi-adsorption bed ize ingene kwi-oxygen buffer tank nge-outlet valve. Le nkqubo ibizwa ngokuba yi-adsorption. Emva kokuba inkqubo ye-adsorption iphelile, i-adsorption tower A kunye ne-adsorption tower B ziqhagamshelwe nge-pressure equalizing valve ukuze zilinganise uxinzelelo lwee-tower ezimbini. Le nkqubo ibizwa ngokuba yi-equalizing pressure pressure pressure pressure. Emva kokuba i-pressure equalization iphelile, umoya ocinezelweyo udlula kwi-B intake valve uze ungene kwi-B adsorption tower, kwaye inkqubo ye-adsorption engentla iyaphindwa. Kwangaxeshanye, ioksijini efunxwa yi-molecular seeve kwi-adsorption tower A iyasuswa kwaye ikhutshwe emoyeni nge-exhaust valve A. Le nkqubo ibizwa ngokuba yi-desorption, kwaye i-saturated molecular seeve iyasuswa kwaye ivuselelwe. Ngokufanayo, i-right tower nayo iyasuswa xa i-tower A ifunxwa. Emva kokuba i-adsorption ye-Tower B igqityiwe, iya kungena kwinkqubo yokulinganisa uxinzelelo, ize itshintshele kwi-adsorption ye-Tower A, ukuze umjikelo utshintshe kwaye uvelise ioksijini rhoqo. Amanyathelo enkqubo asisiseko akhankanyiweyo apha ngasentla onke alawulwa ngokuzenzekelayo yi-PLC kunye ne-automatic switching valve.

Iimpawu zobugcisa
1. Ixhotyiswe ngezixhobo zokucoca umoya ezifana nomatshini wokomisa ifriji, oqinisekisa ubomi benkonzo yesihluzo semolekyuli.
2. Ukusebenzisa ivalvu yomoya esemgangathweni ophezulu, ixesha elifutshane lokuvula nokuvala, akukho kuvuza, ubomi benkonzo bungaphezulu kwezihlandlo ezi-3 zezigidi, ukuhlangabezana neemfuno zokusetyenziswa rhoqo kwenkqubo yokufunxa uxinzelelo, kunye nokuthembeka okuphezulu.
3. Ukusebenzisa ulawulo lwe-PLC, inokuphumeza ukusebenza ngokuzenzekelayo ngokupheleleyo, ukugcinwa okulula, ukusebenza okuzinzileyo kunye nesantya esiphantsi sokusilela.
4. Ukuveliswa kwegesi kunye nobunyulu bunokulungiswa ngaphakathi koluhlu olufanelekileyo.
5. Uyilo lwenkqubo oluqhubekekayo noluphuculiweyo, kunye nokukhethwa kwezihluzo ezintsha zemolekyuli, kunciphisa ukusetyenziswa kwamandla kunye notyalo-mali lwemali.
6. Isixhobo sihlanganiswe ngokupheleleyo ukuze kuncitshiswe ixesha lokufakwa kwindawo kwaye kuqinisekiswe ukuba sifakwa kwindawo ngokukhawuleza nangokulula.
7. Uyilo lwesakhiwo esincinci, indawo encinci yomgangatho.
Ipharamitha yeModeli

Ipoko yokuvelisa ioksijini

Ungayifumana njani ikowuteshini? --- Ukuze sikunike ikowuteshini echanekileyo, kufuneka ulwazi olungezantsi:

1.Izinga lokuhamba kwe-O2 :______Nm3/h (ingaba ufuna ukuzalisa ii-cylinders ezingaphi ngosuku (iiyure ezingama-24)
2.O2 ubunyulu :_______%
Uxinzelelo lokukhupha i-3.O2 :______ Ibha
4. IiVolthi kunye neFrequency: ______ V/PH/HZ
5. Isicelo: _______