Ungayikhetha njani inkqubo efanelekileyo yokunyanga i-UV?

Ngenxa yokucoca iintsholongwane okusemgangathweni ophezulu, i-UVC iyaziwa kakhulu lishishini lezonyango kwihlabathi liphela. Oku kukhokelele ekwandeni kwenani labavelisi boomatshini bokunyanga i-UV, nto leyo ebonisa ukuba izicelo ezifuna ubuchwepheshe bokunyanga i-UV LED nazo ziyanda. Ngoko ke ungayikhetha njani umatshini ofanelekileyo wokunyanga i-UV? Yintoni ekufuneka iqwalaselwe?

1. Ubude begagasi

Ubude be-UV LED obuqhelekileyo bokunyanga i-UV buquka i-365nm, i-385nm, i-395nm kunye ne-405nm. Ubude be-wavelength yomatshini wokunyanga i-UV kufuneka bufane nobo beglu ye-UV. Kumashishini amaninzi afuna iglu ye-UV, i-365nm lolona khetho lokuqala kwaye uninzi loomatshini bokunyanga i-UV abaveliswa ngabavelisi nabo banobude be-wavelength ye-365nm. Ukhetho lwesibini lungaba yi-395nm. Xa kuthelekiswa nobude be-wavelength obunye, imfuneko ingenziwa ngokwezifiso.

2. Ubunzulu bokukhanya kwe-UV

Ikwaziwa ngokuba lubukhali bokukhanya (Wcm2 okanye mWcm2). Idibanisa enye into ukwenza umgangatho wokukhanya kwaye loo nto yixabiso lamandla okukhanya (Jcm2 okanye mJcm2). Kukho into enye ekufuneka iqatshelwe ukuba ayiphezulu kobukhali bokukhanya, kokukhona isiphumo sokukhanya siphezulu. Iglu ye-UV, ioyile ye-UV okanye ipeyinti ye-UV inokufezekisa isiphumo esihle sokukhanya phantsi koluhlu oluthile lobukhali bokukhanya. Ubukhali bokukhanya obuphantsi kakhulu buya kukhokelela ekungoneli kokukhanya kodwa ubukhali bokukhanya obuphezulu kakhulu abuyi kukhokelela kwisiphumo sokukhanya esingcono. Umatshini okrelekrele ngokubanzi we-UV ophathwayo unokukwazi ukulungisa ubukhali bokukhanya obuphumayo. Kwaye ukutshintsha iglu ye-UV akuyi kwenza mahluko kwiimfuno zokukhanya. Ngokuphathelele oomatshini abangenalo olu hlengahlengiso, abasebenzisi banokutshintsha umgama wokukhanya ukuze balungise ubukhali bokukhanya. Okukhona umgama wokukhanya umfutshane, kokukhona ubukhali bokukhanya kwe-UV buphezulu.

3. Indlela yokupholisa

Umatshini wokunyanga i-UV uneendlela ezi-3 zokuphelisa ubushushu, kuquka ukuphelisa ubushushu ngokuzenzekelayo, ukupholisa umoya kunye nokupholisa amanzi. Iindlela zokuphelisa ubushushu zomatshini wokunyanga i-UV zigqitywa ngamandla okukhanya kwe-UV LED, amandla ombane kunye nobukhulu. Ukuphelisa ubushushu ngokuzenzekelayo, oqhelekileyo ngumthombo wokukhanya wenqaku ngaphandle kwefeni yokupholisa. Ngokuphathelele ukupholisa umoya, kudla ngokusetyenziswa kwizicelo zokuncamathisela i-UV. Ngokuphathelele ukupholisa amanzi, kudla ngokufuneka kwinkqubo yokunyanga i-UV enamandla aphezulu. Ezo nkqubo ze-UV LED ezisebenzisa ukupholisa umoya zingasebenzisa ukupholisa amanzi ukuphelisa ubushushu, nto leyo ebangela ukuba ingxolo iphantsi kwaye ihlale ixesha elide kwiinkqubo ze-UV LED.

Ukupholisa amanzi okusetyenziswa ngoomatshini bokunyanga i-UV okanye ezinye iinkqubo ze-UV LED kudla ngokubhekisa kuko i-industrial process chiller Ukujikeleza kwamanzi rhoqo nangokungaguquguqukiyo kunokunceda ukususa ubushushu ngokufanelekileyo kwicandelo eliphambili laloo matshini - isibane se-UV LED.

Ii-S&A CW series industrial process chillers zisetyenziswa kakhulu ekupholiseni izibane ze-UV ze-LED ezinamandla aphezulu kwaye zinika amandla okupholisa ukuya kuthi ga kwi-30kW. Kulula ukuzisebenzisa kwaye ziyilwe ngolawulo lobushushu olukrelekrele kunye nemisebenzi yokukhusela i-alamu ukuze iinkqubo zakho ze-UV LED zikwazi ukufumana ukusebenza okungcono rhoqo. Njengesixhobo esithembekileyo umenzi wesixhobo sokupholisa amanzi kwimizi-mveliso , sinikezela ngewaranti yeminyaka emi-2 ukuze abasebenzisi baqiniseke ngokusebenzisa ii-chillers zethu.