Isihluzi se-Oyile ye-4 entsha ye-RO
Intshayelelo yesicelo
1.1. I-4Entsha ineminyaka engaphezulu kwe-30 yamava eshishini, kwaye i-R&D yayo kunye nokuveliswa kwe-RO yoluhlu lwe-oyile yokucoca i-oyile isetyenziswa ikakhulu kucociso lwe-oyile yokuthambisa, ioyile yolwelo, i-oyile yempompo yokucoca, ioyile yomoya, ioyile yomatshini, ifriji. I-oyile, i-oyile ye-extrusion, i-oyile yegiya kunye nezinye iimveliso ze-oyile kwi-petroleum, iikhemikhali, imigodi, isinyithi, amandla, uthutho, ukwenziwa koomatshini, uloliwe kunye amanye amashishini
1.2. Uluhlu lwe-RO lokucoca i-oyile luthatha ubushushu obuphantsi be-vacuum yoxinzelelo olubi kunye nomgaqo we-adsorption ukususa ukungcola, ukufuma, igesi kunye nezinye izinto ezinobungozi kwioyile, ukuze i-oyile ikwazi ukubuyisela ukusebenza kwayo kwenkonzo, iqinisekise isiphumo esifanelekileyo sokuthambisa ioyile kwaye yandise i-oyile yayo. ubomi benkonzo.
1.3. I-RO series vacuum oil filter inokwandisa ubomi benkonzo yamacandelo ezixhobo, ukunciphisa ixesha lokuphumla elingacwangciswanga kunye nexesha lokulondoloza, kunye nokuphucula ukusebenza kakuhle kwemveliso. Kwangaxeshanye, iindleko zokunyanga ulwelo oluyinkunkuma ziyathotywa, kwaye ukurisayikilishwa kobutyebi kuyenziwa.
1.4. I-RO series vacuum oil filter ifaneleka ngokukodwa kwiimeko zokusebenza ezinzima kunye neqondo eliphezulu lokuxuba i-oyile yamanzi kunye nomxholo ophezulu we-slag, kunye nomthamo wokucubungula unokufikelela kwi-15 ~ 100L / min.
Iinzuzo zemveliso
1.1. Indibaniselwano ye-coalescence kunye nokwahlula kunye ne-vacuum ikhompawundi ene-dimensional flash evaporation yenza ukuphelelwa ngamanzi emzimbeni kunye nokukhupha umoya ngokukhawuleza.
1.2. Udibaniso lwe-multi-layer stainless steel mesh filtration kunye nezinto ezithunyelwa ngaphandle kunye nezinto ezidibeneyo ze-polymer adsorption azikwazi ukwenza kuphela into yokucoca i-β3 ≥ 200, kwaye inokwenza ioli icace kwaye ibonakale, kwaye ingaphinda isetyenziswe.
1.3. Ikhuselekile kwaye inokwethenjelwa, kunye nokukhuselwa kwe-quadruple: ukukhuselwa kokulawula uxinzelelo, ukhuseleko lokulawula ubushushu, ukukhuselwa komda weqondo lokushisa, ukukhuselwa kokutshintsha ukuhamba. Ukhuseleko olunxibeleleneyo lwabantu kunye nenkqubo ye-PLC ezenzekelayo ibona ukusebenza okungajongwanga kwi-intanethi.
1.4. Ubume obubambeneyo, ukuhlala ngaphantsi komhlaba kunye nokuhamba kakuhle.
Inkqubo yeTekhnoloji
Imo yokusebenza
1.1. Ukuqulunqwa kwezixhobo
1.1.1. Yenziwe ngesihluzo esirhabaxa, isihluzo sengxowa, itanki yokwahlula amanzi e-oyile, itanki yokwahlula ivacuum, inkqubo yokujiya kunye nesihluzo esihle. Isikhongozeli senziwe ngentsimbi engama-304.
1.1.2. Ukuhluzwa okurhabaxa + ukuhluzwa kwengxowa: thintela amasuntswana amakhulu okungcola.
1.1.3. Itanki yokwahlula amanzi e-oyile: yahlula i-stratified cutting fluid kunye neoli kube kanye, kwaye uvumele ioli ingene kwisinyathelo esilandelayo sonyango.
1.1.4. Itanki yokuhlukanisa i-vacuum: ukususa ngokufanelekileyo amanzi kwioli.
1.1.5. Inkqubo yokujiya: qokelela amanzi ahlukeneyo.
1.1.6. Ukuhluzwa okucokisekileyo: hluza ukungcola kwi-oyile ukwenza i-oyile icoceke kwaye iphinde isetyenziswe
1.2. Umgaqo wokusebenza
1.2.1. Yenzelwe ngokweendawo ezahlukeneyo zokubilisa zamanzi kunye neoli. Yenziwe ngetanki yokufudumeza, itanki yokucoca, i-condenser, isihluzo sokuqala, itanki yamanzi, impompo yokucoca, impompo yokukhupha kunye nekhabhinethi yombane.
1.2.2. Impompo yokufunxa itsala umoya kwitanki yokufunxa ukwenza ivacuum. Ngaphantsi kwesenzo soxinzelelo lwe-atmospheric, i-oyile yangaphandle ingena kwi-filter primary ngokusebenzisa umbhobho wokungena ukuze isuse amaqhekeza amakhulu, kwaye ingena kwi-tank yokufudumala.
1.2.3. Emva kokufudumeza i-oyile kwi-45 ~ 85 ℃, idlula kwi-valve ye-oyile ezenzekelayo, elawula ngokuzenzekelayo ibhalansi ye-oyile engena kwi-vacuum tank. Emva kokufudumeza, i-oyile iya kwahlulwa ibe yi-semi-mist ngokujikeleza ngokukhawuleza kwephiko lokutshiza, kwaye amanzi kwi-oyile aya kunyuka ngokukhawuleza abe ngumphunga wamanzi, oya kuthi ngokuqhubekayo afunxe kwi-condenser ngepompo yokucoca.
1.2.4. Umphunga wamanzi ongena kwi-condenser uyapholiswa uze uncitshiswe emanzini ukuze ukhutshwe. I-oyile kwi-vacuum yokufudumeza itanki ikhutshwe kwi-fine filter ngepompo yokukhupha i-oyile kwaye ihluzwe ngephepha lokucoca i-oyile okanye into yokucoca.
1.2.5. Ngethuba lenkqubo yonke, ukungcola, amanzi kunye negesi kwioli inokususwa ngokukhawuleza, ukwenzela ukuba ioli ecocekileyo ikhutshwe kwi-oyile.
1.2.6. Inkqubo yokufudumala kunye nenkqubo yokucoca izimeleyo enye kwenye. Ukuphelelwa ngamanzi emzimbeni, ukususwa kokungcola okanye zombini zinokukhethwa njengoko zifunwa.
Iiparamitha eziphambili zobuGcisa
| Umzekelo | RO 2 30 50 100 |
| Ukusetyenzwa kwamandla | 2~100L/min |
| Ucoceko | ≤NAS iNqanaba 7 |
| I-granularity | ≤3μm |
| Umxholo wokufuma | ≤10 ppm |
| Umxholo womoya | ≤0.1% |
| Ikhatriji yokucoca | SS304 |
| Isidanga seVacuum | 60~95KPa |
| Uxinzelelo lokusebenza | ≤5ibar |
| Ujongano lolwelo | DN32 |
| Amandla | 15–33kW |
| Umyinge jikelele | 1300*960*1900(H)mm |
| Isihluzo sesiqalelo | Φ180x114mm, 4pcs, Ubomi benkonzo: iinyanga ezi-3-6 |
| Ubunzima | 250Kg |
| Umthombo womoya | 4~7 ibha |
| Ukunikezwa Amandla | 3PH, 380VAC, 50HZ |
| Inqanaba lengxolo | ≤76dB(A) |
Amatyala oMthengi
