Izizathu zokuncoma i-oxygen compressor

Uchungechunge lwenkampani yethu lwama-compressor e-oxygen anomfutho ophezulu wonke akhiwe nge-piston engenawo uwoyela, futhi asebenza kahle.

Iyini i-compressor ye-oxygen?

I-compressor ye-oxygen iyi-compressor esetshenziselwa ukucindezela i-oxygen nokuyinikeza. I-oxygen iyi-accelerant enamandla engabangela kalula imililo nokuqhuma.

Uma uklama futhi usebenzisa i-oxygen compressor ngokucophelela, kufanele kucatshangelwe lokhu okulandelayo:

1. Ingxenye yegesi ecindezelwe ayivunyelwe ngokuphelele ukungena nokuxhumana namafutha. Isilinda ayigcotshwanga ngamanzi kanye ne-glycerin noma ukugcotshwa okungenawoyela. Akukho ukungcola ngesikhathi sokulungiswa kwamafutha. Kumele ihlanzwe nge-solvent ngaphambi kokuhlanganiswa.

2. Ngenxa yomswakama ophezulu ohambisana nokugcotshwa kwamanzi, izinga lokushisa liyakhuphuka ngesikhathi sokucindezelwa, umoya-mpilo ovela ekhabetheni lomswakama uyagqwala, ngakho-ke izinto ezivezwe kumoya-mpilo kufanele zingagqwali futhi zidinga ukuhanjiswa okuhle kokushisa kanye nokuhanjiswa kukagesi. Isilinda ngokuvamile senziwe ngethusi le-phosphor, i-piston yenziwe nge-aluminium alloy, kanti i-intercooler iyipayipi elenziwe ngethusi noma insimbi engagqwali;

3. Isivinini esimaphakathi sepiston kufanele sibe phansi, futhi isivinini segesi epayipini kufanele sibe ngaphansi kunese-air compressor;

4. Izinga lokushisa lokukhipha umoya akufanele libe phezulu kakhulu, kungabi ngaphezu kuka-100 ~ 120 ℃ uma kugcotshwa ngamanzi, futhi kungabi ngaphezu kuka-160 ℃ uma kusetshenziswa isakhiwo esigcwele ukugcotshwa okungenawo uwoyela we-poly-4. Isilinganiso sokucindezela esigabeni ngasinye akufanele sibe phezulu kakhulu.

Kwezokwelapha, i-oxygen compressor iyithuluzi elisetshenziselwa ukusiza ukuphakelwa komoya-mpilo esigulini. Umsebenzi walo ukucindezela ivolumu yesilinda yomoya-mpilo ukuze kugcinwe umoya-mpilo owengeziwe ozosetshenziswa.

Indlela I-Piston Oxygen Compressor Esebenza Ngayo

Uma i-oxygen ye-compressor ye-piston ijikeleza i-piston, induku yokuxhuma iqhuba ukunyakaza okuphindaphindayo kwe-piston. Umthamo wokusebenza owakhiwe yizindonga zangaphakathi zesilinda, ikhanda lesilinda kanye nobuso obuphezulu be-piston kuyahlukahluka ngezikhathi ezithile. Lapho i-piston ye-oxygen ye-compressor ye-piston iqala ukuhamba isuka ekhanda lesilinda, umthamo wokusebenza wesilinda uyanda kancane kancane. Ngalesi sikhathi, igesi iyipayipi lokungenisa, futhi i-valve yokungenisa icindezelwa ivuleke kuze kube yilapho umthamo wokusebenza uba mkhulu kwisilinda. I-valve ivaliwe; lapho i-piston ye-oxygen ye-compressor ye-piston ihamba ngakolunye uhlangothi, umthamo wokusebenza kusilinda uyancipha futhi umfutho wegesi uyanda. Lapho umfutho esilinda ufinyelelwa futhi uphakeme kancane kunomfutho wokukhipha, i-valve yokukhipha igesi iyavuleka bese igesi ikhishwa isilinda kuze kube yilapho i-piston ifika ku-valve yokukhipha igesi futhi ivala kuze kube umkhawulo. Inqubo engenhla iphinda lapho i-piston ye-compressor ye-piston ihambisa umoya-mpilo ngakolunye uhlangothi. Ngamafuphi, ku-compressor yohlobo lwe-piston, i-oxygen crankshaft ijikeleza kanye, i-piston iphinda kanye, isilinda enkambisweni yokungenisa, ukucindezela kanye nokukhipha umoya, okungukuthi, umjikelezo owodwa wokusebenza uqedwa ngokulandelana.

Izinzuzo ze-Piston Oxygen Compressor

1. I-piston compressor inobubanzi bokucindezela futhi izinga lokugeleza lingafinyelela ingcindezi edingekayo;

2. I-compressor ye-piston inamandla aphezulu okushisa kanye nokusetshenziswa kwamandla aphansi ngeyunithi ngayinye;

3. Ukuzivumelanisa nezimo okunamandla, okungukuthi, ububanzi bokukhipha umoya bubanzi futhi ngeke bube ngaphansi kwamazinga okucindezela, okungazivumelanisa nezidingo eziningi zokucindezela kanye namandla okupholisa;

4. Ukugcinwa kahle kwama-compressor e-piston;

5. Ama-compressor e-piston anezidingo eziphansi zezinto zokwakha, kanye nezinto zensimbi ezivame kakhulu, kulula ukuzicubungula futhi zibiza kancane;

6. I-compressor ye-piston inobuchwepheshe obuvuthiwe, futhi iqoqe ulwazi olucebile ekukhiqizeni nasekusebenziseni;

7. Uhlelo lweyunithi ye-compressor ye-piston lulula kakhulu.