Ungakhetha kanjani uhlelo olufanele lokwelapha i-UV?

Ngokuhlanza i-UVC kwekhwalithi ephezulu, imboni yezokwelapha yomhlaba wonke iyaziwa kahle. Lokhu kuholele ekwandeni kwenani labakhiqizi bemishini yokwelapha i-UV, okuphakamisa ukuthi izinhlelo zokusebenza ezidinga ubuchwepheshe bokwelapha i-UV LED nazo ziyanda. Ngakho-ke ungayikhetha kanjani imishini yokwelapha i-UV efanelekile? Yini okufanele icatshangelwe?

1. Ubude begagasi

Ubude be-wavelength obuvamile bokupholisha i-UV LED buhlanganisa i-365nm, i-385nm, i-395nm kanye ne-405nm. Ubude be-wavelength bomshini wokupholisha i-UV kufanele bufane nobokupholisha i-UV. Ezimbonini eziningi ezidinga i-UV glue, i-365nm iyisinqumo sokuqala futhi iningi lemishini yokupholisha i-UV ekhiqizwa abakhiqizi nayo inobude be-wavelength obuyi-365nm. Isinqumo sesibili singaba yi-395nm. Uma kuqhathaniswa nezinye ubude be-wavelength, isidingo singenziwa ngezifiso.

2. Ukuqina kwemisebe ye-UV

Kwaziwa nangokuthi ukuqina kokukhanyisa (i-Wcm2 noma i-mWcm2). Kuhlanganisa esinye isici ukwakha indinganiso yokukhanyisa futhi leso sici yinani lamandla okukhanyisa (i-Jcm2 noma i-mJcm2). Kukhona into eyodwa okufanele iqashelwe ukuthi asikho ukuphakama kokuqina kokukhanya, umphumela wokukhanyisa uphakeme. I-UV glue, uwoyela we-UV noma upende we-UV kungafeza umphumela omuhle kakhulu wokukhanyisa ngaphansi kobubanzi obuthile bokuqina kokukhanyisa. Ukuqina kokukhanyisa okuphansi kakhulu kuzoholela ekunganeli kokukhanya kodwa ukuqina kokukhanya okuphezulu kakhulu ngeke kuholele emphumeleni wokukhanyisa ongcono. Umshini wokwelapha we-UV ohlakaniphile ojwayelekile ophathekayo unamandla okulungisa ukuqina kokukhanyisa okukhiphayo. Futhi ukushintsha kwe-UV glue ngeke kwenze mehluko ezidingweni zokukhanyisa. Ngokuphathelene nemishini engenalo lolu hlobo lomsebenzi wokulungisa, abasebenzisi bangashintsha ibanga lokukhanyisa ukuze balungise ukuqina kokukhanyisa. Uma ibanga lokukhanya lifushane, ukuqina kokukhanya kwe-UV kuphakeme.

3. Indlela yokupholisa

Umshini wokupholisa i-UV unezindlela ezintathu zokususa ukushisa, okuhlanganisa ukucisha ukushisa okuzenzakalelayo, ukupholisa umoya kanye nokupholisa amanzi. Izindlela zokususa ukushisa zomshini wokupholisa i-UV zinqunywa amandla okukhanya kwe-UV LED, amandla kagesi kanye nobukhulu. Ukuze kususwe ukushisa okuzenzakalelayo, okuvamile umthombo wokukhanya ongaphandle kwefeni yokupholisa. Ngokuphathelene nokupholisa umoya, uvame ukusetshenziswa ezinhlelweni zokupholisa nge-UV. Ngokuphathelene nokupholisa amanzi, kuvame ukudingeka ohlelweni lokupholisa i-UV olunamandla aphezulu. Lezo zinhlelo ze-UV LED ezisebenzisa ukupholisa umoya zingasebenzisa futhi ukupholisa amanzi ukuze kususwe ukushisa, okuholela ezingeni eliphansi lomsindo kanye nokuphila isikhathi eside kwezinhlelo ze-UV LED.

Ukupholisa amanzi okusetshenziswa yimishini yokwelapha i-UV noma ezinye izinhlelo ze-UV LED kuvame ukubhekisela kukho i-industrial process chiller Ukujikeleza kwamanzi okuqhubekayo nokungaguquguquki kungasiza ekususeni ukushisa ngempumelelo engxenyeni eyinhloko yaleyo mishini - ukukhanya kwe-UV LED.

Ama-S&A CW series industrial process chillers asetshenziswa kabanzi ekupholiseni izibani ze-UV LED ezinamandla aphezulu futhi anikeza amandla okupholisa afinyelela ku-30kW. Kulula ukuwasebenzisa futhi aklanywe ngokulawula izinga lokushisa okuhlakaniphile kanye nemisebenzi yokuvikela i-alamu ukuze izinhlelo zakho ze-UV LED zikwazi njalo ukuthola ukusebenza okuhle kakhulu. Njengesisetshenziswa esithembekile umenzi we-chiller yamanzi ezimbonini , siphinde sinikeze iwaranti yeminyaka emibili ukuze abasebenzisi baqiniseke ngokusebenzisa ama-chiller ethu.