Sawubona bangane, nali ithuba lokusondela ku-S&I-Chiller~S&Umkhiqizi weChiller uzothamela i-SPIE PhotonicsWest 2023, i-optics enethonya emhlabeni & Umcimbi we-photonics technologies, lapho ungahlangana khona nethimba lethu mathupha ukuze uhlole ubuchwepheshe obusha, izibuyekezo ezintsha ze-S&Imishini yokupholisa amanzi yezimboni, thola izeluleko zochwepheshe, futhi uthole isisombululo sokupholisa esifanelekile semishini yakho ye-laser. S&I-Ultrafast Laser & I-UV Laser Chiller CWUP-20 kanye ne-RMUP-500 lawa ma-chiller amabili angasindi azokhonjiswa e-#SPIE #PhotonicsWest ngo-Jan. 31- Feb. 2. Sanibona eBOOTH #5436!

Ngemva kokubuka i-CWUP-40 Chiller Temperature Stability Test yangaphambilini, umlandeli waphawula ukuthi ayinembile ngokwanele futhi wasikisela ukuyihlola ngomlilo ohangulayo. S&I-Chiller Engineers yawamukela ngokushesha lo mbono omuhle futhi yahlela ukuzizwisa kwe-“HOT TORREFY ” ukuze i-CWUP-40 ye-chiller ihlole ukuzinza kwayo kwezinga lokushisa elingu-±0.1℃. Okokuqala ukulungisa ipuleti elibandayo bese uxhuma i-chiller water inlet & amapayipi okukhipha amapayipi amapayipi abandayo. Vula i-chiller bese usetha izinga lokushisa lamanzi ku-25℃, bese unamathisela ama-thermometer angu-2 endaweni yokufaka amanzi kanye nokuphumayo kwepuleti elibandayo, ubase isibhamu somlilo ukuze ushise ipuleti elibandayo. I-chiller iyasebenza futhi amanzi ajikelezayo akususa ngokushesha ukushisa epuleti elibandayo. Ngemuva kokushiswa kwemizuzu emi-5, izinga lokushisa lamanzi e-chiller inlet liyenyuka lifinyelele cishe ku-29℃ futhi alisakwazi ukunyuka ngaphansi komlilo. Ngemuva kwemizuzwana eyi-10 ucishile emlilweni, izinga lokushisa lokungenisa elipholile kanye nokukhipha amanzi lehla ngokushesha lifinyelele cishe ku-25 ℃, umehluko wezinga lokushisa uzinzile.

Muva nje, umthandi wokucubungula i-laser uthenge amandla aphezulu kanye ne-ultrafast S&I-laser chiller CWUP-40. Ngemva kokuvula iphakheji ngemva kokufika kwayo, bakhulula amabakaki agxilile esisekelweni ukuze bahlole ukuthi ingabe ukuzinza kwezinga lokushisa kwale makhaza kungafinyelela ku-±0.1℃. Umfana ukhulula ikepisi lokungena kwamanzi bese egcwalisa amanzi ahlanzekile ebangeni elingaphakathi kwendawo eluhlaza yenkomba yezinga lamanzi. Vula ibhokisi lokuxhuma likagesi bese uxhuma intambo kagesi, faka amapayipi endaweni yokungena amanzi kanye nembobo yokuphuma bese uwaxhuma kukhoyili elahliwe. Faka ikhoyili ethangini lamanzi, beka i-temperature eyodwa ethangini lamanzi, bese unamathisele enye ekuxhumekeni phakathi kwepayipi lokuphuma lamanzi elipholile kanye nembobo yokufaka amanzi ekhoyili ukuze ubone umehluko wokushisa phakathi kwendawo yokupholisa kanye namanzi aphuma e-chiller. Vula i-chiller bese usetha izinga lokushisa lamanzi libe ngu-25 ℃. Ngokushintsha izinga lokushisa lamanzi ethangini, ikhono lokulawula izinga lokushisa elibandayo lingahlolwa. Ngemva

I-Industrial chiller systems ingelinye lamadivayisi asetshenziswa kakhulu kuzicelo zezimboni naselabhorethri. Kodwa kungakanani okwaziyo ngabo? Namuhla, sizokhuluma ngezisekelo zezinhlelo zokupholisa izimboni.

Isiqandisi singesinye sezici ezibalulekile ohlelweni lwesiqandisi se-industrial closed loop water chiller. Kuyinto eshintsha isigaba ukusuka oketshezini ukuya kugesi futhi ibuyele futhi ukuze ibone isiqandisi.

Njengamanje, abakhiqizi bemishini yokusika amanzi asezimbonini apholile sebengaphezu kwabakhiqizi bemishini yokusika i-fiber laser.

Ukuze kugcinwe izingxenye ezibalulekile ngaphakathi kwemishini yokubumba umjovo ekushiseni ngokweqile, kwakudingeka athenge ishumi nambili lezimboni zokupholisa amanzi ezipholile ukuze ziphole.

UMnu. Jackson ungumphathi wokuthenga wenkampani ekhiqiza amabhethri ezimoto zikagesi ezinze eMelika futhi inkampani yakhe isebenzisa amayunithi angama-20 emishini yokushisela i-laser ekukhiqizeni. Muva nje ubedinga ukuthola umphakeli omusha weyunithi yesiqandisi yamanzi esiqandisini.

Namuhla, imishini yokusika i-fiber laser ithuthuka ngokushesha. Kusukela kuphenyo lwenyanga kuya ku-elekthronikhi yabathengi, inqubo yokusika i-laser igxiliswe kakhulu kuzo zonke izici zempilo yethu.

Enye yezingxenye eziyinhloko zefomethi encane yephrinta ye-UV umthombo wokukhanya we-UV LED. Njengoba umthombo wokukhanya we-UV LED ubaluleke kangaka, abakhiqizi bephrinta ye-UV yefomethi encane kufanele baqhathanise abahlinzeki abaningi bomthombo wokukhanya we-UV LED ngaphambi kokwenza isinqumo sokuthenga.

Imishini ye-laser yezokwelapha isebenzisa i-picosecond laser njengomthombo we-laser futhi njengoba sonke sazi, i-picosecond laser ingeye-ultra-fast solid-state laser futhi idinga ukulawulwa kwezinga lokushisa okuzinzile kakhulu.