Ngokuthandwa kwe-air cooler ekusetshenzisweni kwamabhizinisi, abathengi abaningi babonisa ukuthi umsindo obangelwa i-air cooler yokonga uphezulu kakhulu, osekuyinkinga enkulu ebhekene nemboni. Okulandelayo, ake sibheke izimbangela nezisombululo zomsindo omkhulu we-air cooler.

Imithombo yomsindo eyenziwe nguumoya opholilezimi kanje:

1. Umsindo obangelwa enye into ngaphandle kwe-air cooler

2. Umsindo obangelwa ukuxokozela

3, umsindo ukhiqizwa ngenxa yokujikeleza kwe-blade

4. Ihambisana negobolondo lamapayipi futhi idala umsindo

5. Umsindo uzophinde udalwe lapho ama-blades ekhiqiza ama-eddy currents

Lapho sithola umthombo womsindo opholile womoya, singawulawula kangcono umsindo. Yabelana ngezixazululo zomsindo opholile emoyeni.

1. Uma kungenzeka, yehlisa isivinini se-cooler yomoya ngendlela efanele. Umsindo ojikelezayo we-air cooler ulingana namandla we-10 wejubane lokuzungeza le-impeller, futhi umsindo wamanje we-eddy ulingana namandla wesi-6 (noma wesi-5) wejubane lokuzungeza le-impeller, ngakho ukwehlisa isivinini kunganciphisa umsindo.

2. Naka indlela yokudlulisela yesipholile somoya kanye nenjini kagesi. I-air cooler ene-direct drive inomsindo omncane, ilandelwa ama-couplings, futhi idrayivu ye-V-belt engenawo amalunga iba yimbi kakhulu.

3. Indawo yokusebenza yesipholile somoya kufanele ibe seduze nendawo yokusebenza kahle kakhulu. Uma uphezulu ukusebenza kahle kohlobo olufanayo lwe-air cooler, umsindo uyancipha. Ukuze kugcinwe indawo yokusebenza yesipholile somoya endaweni esebenza kahle kakhulu yesipholile emoyeni, ukusetshenziswa kwamavalvu ukulungisa isimo sokusebenza kufanele kugwenywe ngangokunokwenzeka. Uma kudingekile ukufaka ivalvu endaweni yokucindezela yesipholile somoya, indawo engcono kakhulu kuyo ikude nge-1m ukusuka lapho kuphuma khona isipholile somoya, esinganciphisa umsindo ongaphansi kuka-2000Hz.

4. Khetha ngokunengqondo amamodeli weumoya opholile. Ezikhathini ezinezidingo eziphezulu zokulawula umsindo, isipholile somoya ophansi kufanele sisetshenziswe. Ngaphansi kwevolumu yomoya efanayo nokucindezela kwamamodeli ahlukene e-air cooler, isipholile somoya esiyicentrifugal esinamablade e-airfoil sinomsindo ophansi, futhi isipholile somoya esiyi-centrifugal esinama-blade abheke phambili sinomsindo omkhulu.

5. Isivinini sokugeleza kokugeleza komoya epayipini akufanele sibe phezulu kakhulu, ukuze singabangi umsindo wokuvuselela. Ukunquma isivinini sokugeleza komoya epayipini kufanele kukhethwe ngokuya ngezidingo ezahlukahlukene ngokuya ngemithethonqubo efanele.

6. Izinga lomsindo we-inlet nokuphuma kwe-umoya opholileiyanda ngenxa yokungena komoya kanye nomfutho womoya. Ngakho-ke, lapho uklama uhlelo lokungenisa umoya, ukulahlekelwa kwengcindezi yesistimu kufanele kuncishiswe. Lapho umthamo ophelele nokulahlekelwa kwengcindezi yesistimu yokukhipha umoya kukhulu, ingahlukaniswa ngamasistimu amancane.

Okokugcina, khumbuza ukuthi isipholile somoya sekuyisikhathi eside sisetshenziswa, futhi ukuvaleka kwesihlungi kanye ne-chassis okubangelwa uthuli nama-grit nakho kuzoba esinye sezizathu zomsindo we-umoya opholile. Ngakho-ke, ukuhlanzwa okufanele nokugcinwa kwe-cooler emoyeni kunganciphisa umsindo futhi kwandise isikhathi sokusebenzisa isipholile somoya.