Iindaba zeshishini
Ulawulo lobushushu obuchanekileyo kwiiNkqubo zeLaser kunye nezicelo zoShishino ukusukela ngo-2002
Ulwimi
Itekhnoloji yokunyanga ukukhanya kwe-UV-LED ifumana usetyenziso lwayo oluphambili kwiinkalo ezifana nokunyangwa kwe-ultraviolet, ushicilelo lwe-UV, kunye nezicelo ezahlukeneyo zokuprinta, ezinosetyenziso oluphantsi lwamandla, ubomi obude, ubungakanani obubambeneyo, ubunzima, impendulo ekhawulezileyo, ukuphuma okuphezulu, kunye nendalo engenamekhyuri. Ukuqinisekisa uzinzo kunye nokusebenza kwenkqubo yokunyanga ye-UV LED, kubalulekile ukuyixhobisa ngesixokelelwano sokupholisa esifanelekileyo.
Iinkqubo zokunyanga ze-UV ze-LED ngokuyintloko zibandakanya amacandelo amathathu: umzimba ophambili, inkqubo yokupholisa, kunye nentloko yokukhanya kwe-LED, kunye nentloko yokukhanya kwe-LED yeyona nto ibalulekileyo ejongene ngqo nesiphumo sokuphilisa ukukhanya.
Itekhnoloji yokunyanga ukukhanya kwe-UV-LED isebenzisa ukukhanya okukhutshwa yimithombo ye-LED ukuguqula ulwelo olufana ne-inki, ipeyinti, icoatings, intlama, kunye nokuncamathelisa kwizinto eziqinileyo. Obu buchule bufumana usetyenziso oluphambili kwimimandla efana nokunyanga i-ultraviolet, ushicilelo lwe-UV, kunye neenkqubo ezahlukeneyo zoshicilelo.
Itekhnoloji yokuphilisa i-LED ivela kwitekhnoloji yokunyanga ye-UV kwaye isebenza kumgaqo wokuguqulwa kwefotoelectric. Iququzelela ukungqubana kunye nokuguqulwa kwee-electron kunye neentlawulo ezilungileyo ngaphakathi kwe-chip zibe amandla okukhanya ngexesha lokuhamba kwazo. Ngenxa yeenzuzo zayo ezifana nokusetyenziswa kwamandla aphantsi, ixesha elide lokuphila, ubungakanani be-compact, ukukhanya, ukuphendula ngokukhawuleza, ukuphuma okuphezulu, i-mercury-free nature, kunye nokungabikho kwe-ozone, iteknoloji ye-LED idunyiswa njenge "ikhadi lexilongo ekujonganeni nemiba yokusingqongileyo."
Kutheni iNkqubo yokuNyanga ye-UV LED ifuna iNkqubo yokuPholisa?
Ngexesha lenkqubo yokunyanga ye-UV ye-LED, i-chip ye-LED ikhupha ubushushu obuninzi. Ukuba obu bushushu abulawulwa ngokufanelekileyo kwaye buchithwa, bunokukhokelela kwimiba efana nokuqhwala okanye ukuqhekeka kwengubo, oko kube nefuthe kubulunga kunye nokusebenza kwemveliso. Ke ngoko, ukuqinisekisa uzinzo kunye nokusebenza kwenkqubo yokunyanga ye-UV LED, kubalulekile ukuyixhobisa ngokufanelekileyo.inkqubo yokupholisa.
Indlela yokukhetha iInkqubo yokupholisa ngoomatshini wokunyanga i-UV LED?
Ngokusekwe kwiimpawu kunye nokusetyenziswa kokunyanga kwe-UV LED, inkqubo yokupholisa kufuneka ibe nezinto eziluncedo ezifana nokusebenza kakuhle, ukuzinza, kunye nokusebenza kakuhle kweendleko. Iinkqubo zokupholisa ezisetyenziswa ngokuqhelekileyo ziquka iindlela zokupholisa umoya kunye ne-liquid-cooled. Indlela yokupholisa umoya ixhomekeke ekuhambeni komoya ukuthwala ubushushu, ngelixa indlela yokupholisa ulwelo isebenzisa ulwelo olujikelezayo (njengamanzi) ukutshabalalisa ubushushu. Phakathi kwezi, iinkqubo zokupholisa ulwelo zibonelela ngokusebenza okuphezulu kokupholisa kunye neziphumo ezizinzileyo zokulahla ubushushu, kodwa zifuna iindleko eziphezulu kunye nezixhobo ezinzima ngakumbi.
Kwizicelo eziphathekayo, amashishini kufuneka akhethe inkqubo yokupholisa efanelekileyo ngokusekelwe kwiimfuno zabo zemveliso kunye neempawu zemveliso. Ngokubanzi, kumandla aphezulu, ukukhanya okuphezulu kwemithombo ye-UV ye-LED, i-liquid-cooled chiller yeshishini ifanelekile ngakumbi. Ngokwahlukileyo, kumandla aphantsi, ukukhanya okuphantsi kwemithombo ye-UV ye-UV, i-chiller ye-industrial epholileyo emoyeni ithande ukuba neendleko ezingaphezulu. Ngokwenene, ukukhetha inkqubo yokupholisa efanelekileyo iqinisekisa ukuzinza kunye nokusebenza kwenkqubo yokunyanga ye-UV LED, kwaye iphucula umgangatho wemveliso kunye nokusebenza, ngelixa ikwaxhasa kakhulu amashishini ekunciphiseni iindleko zemveliso kunye nokuphucula ukusebenza kakuhle.
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Nceda ugcwalise ifomu ukuze uqhagamshelane nathi, kwaye siya kukuvuyela ukukunceda.
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I-TEYU S&A Chiller yasekwa ngo-2002 ineminyaka engama-23 yamava okwenziwa kwe-chiller, kwaye ngoku yamkelwa njengovulindlela wobuchwephesha bokupholisa kunye neqabane elithembekileyo kushishino lwelaser.
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