Amavidiyo
Zitholele umtapo wezincwadi wevidiyo we-TEYU ogxile kokupholile, onezinhlobonhlobo zemibukiso yohlelo lokusebenza kanye nezifundo zokulungisa. Lawa mavidiyo abonisa ukuthi ama-chillers embonini e-TEYU aletha kanjani ukupholisa okuthembekile kwama-lasers, amaphrinta e-3D, amasistimu aselabhorethri, nokunye, kuyilapho esiza abasebenzisi ukuthi basebenzise futhi bagcine ukupholisa kwabo ngokuzethemba.
Uma usebenzisa i-industrial chiller CW 5200, abasebenzisi kufanele banake ukuhlanza uthuli njalo futhi bamisele amanzi ajikelezayo ngesikhathi. Ukuhlanza uthuli okuvamile kungathuthukisa ukusebenza kahle kokupholisa kwe-chiller, futhi ukushintshwa okufika ngesikhathi kwamanzi ajikelezayo nokuyigcina esezingeni elifanele lamanzi (ngaphakathi kwebanga eliluhlaza) kungandisa impilo yesevisi ye-chiller.Okokuqala, cindezela inkinobho, vula amapuleti angangenisi uthuli ohlangothini lwesobunxele nakwesokudla se-chiller, sebenzisa isibhamu somoya ukuze uhlanze indawo enqwabelanisa uthuli. Ingemuva le-chiller lingahlola izinga lamanzi, Amanzi ajikelezayo kufanele alawulwe phakathi kwezindawo ezibomvu neziphuzi(ngaphakathi kwebanga eliluhlaza).
2022
09
22
Imoto yamandla entsha iluhlaza futhi ayinakungcola, futhi izothuthuka ngokushesha eminyakeni embalwa ezayo. Isakhiwo sebhethri lamandla emoto sihlanganisa izinto ezihlukahlukene, futhi izidingo zokushisela ziphezulu kakhulu. Ibhethri lamandla elihlanganisiwe lidinga ukuphumelela ukuhlolwa kokuvuza, futhi ibhethri elinezinga lokuvuza elingafanelekile lizonqatshwa. I-laser welding inganciphisa kakhulu izinga lesici ekukhiqizeni ibhethri lamandla.Imikhiqizo yebhethri esetshenziswa kakhulu ithusi ne-aluminium. Kokubili ukushisa kokudlulisa ithusi ne-aluminium ngokushesha, ukubonakaliswa kwe-laser kuphezulu kakhulu futhi ubukhulu besiqephu sokuxhuma bukhulu ngokuqhathaniswa, i-laser yezinga eliphezulu le-kilowatt ivame ukusetshenziswa. I-laser ye-kilowatt-class idinga ukufeza ukushisela okunemba okuphezulu, futhi ukusebenza kwesikhathi eside kudinga ukuchithwa kokushisa okuphezulu kakhulu nokulawula izinga lokushisa. S&A i-fiber laser chiller isebenzisa izinga lokushisa elikabili kanye
2022
09
15
Yini okufanele siyenze uma i-CW-5200 chiller ine-alamu yokugeleza? Imizuzwana engu-10 ukukufundisa ukuxazulula leli phutha elipholile. Okokuqala, cisha i-chiller, unciphise i-inlet yamanzi kanye ne-outlet. Bese uvule iswishi yamandla futhi. Ncinza ipayipi ukuze uzwe umfutho wamanzi ukuze uhlole ukuthi ukugeleza kwamanzi kujwayelekile yini. Vula isihlungi sothuli ohlangothini lwesokudla ngesikhathi esifanayo, Uma iphampu idlidliza, kusho ukuthi isebenza ngokujwayelekile. Uma kungenjalo, sicela uthinte abasebenzi bangemva kokuthengisa ngokushesha okukhulu.
2022
09
08
Emsebenzini wokuphrinta wesikhathi eside wephrinta ye-inkjet ye-UV, izinga lokushisa eliphezulu likayinki lizobangela umswakama ukuthi uhwamuke futhi unciphise uketshezi, bese kubangele ukuphuka kukayinki noma ukuvaleka kwenobhothi. S&A i-chiller ingafinyelela ukulawulwa kwezinga lokushisa okunembe okuphezulu ukupholisa iphrinta ye-inkjet ye-UV futhi ilawule ngokunembile izinga layo lokushisa lokusebenza. Ukuxazulula ngempumelelo izinkinga ze-inkjet engazinzile ezibangelwa izinga lokushisa eliphezulu ngesikhathi sokusebenzisa isikhathi eside amaphrinta we-inkjet we-UV.
2022
09
06
Okhiye bekhibhodi abaphrinte ngoyinki kulula ukufiphala. Kodwa okhiye bekhibhodi abamakwe nge-laser bangamakwa unaphakade. Umshini wokumaka we-laser kanye S&A ne-UV laser chiller ingamaka unomphela ilogo yesithombe enhle kakhulu yekhibhodi.
2022
09
06
Ukumakwa kwe-laser kuvame kakhulu ekucutshungulweni kwezimboni. Inekhwalithi ephezulu, ukusebenza kahle okuphezulu, akukho ukungcola kanye nezindleko eziphansi, futhi iye yasetshenziswa kabanzi emikhakheni eminingi yokuphila. Imishini yokumaka ye-laser evamile ihlanganisa imishini yokumaka i-fiber laser, ukumaka i-CO2 laser, ukumakwa kwe-semiconductor laser kanye nokumaka kwe-UV laser, njll. Ngesipiliyoni esicebile seminyaka engu-20, S&A isistimu yokumaka i-laser yokumaka isikhulile. I-CWUL ne-RMUP series laser chillers zingasetshenziswa emishinini yokumaka ye-UV laser epholile, ama-laser chiller ochungechunge lwe-CWFL angasetshenziswa emishinini yokupholisa i-fiber laser yokupholisa, futhi ama-laser chiller ochungechunge lwe-CW angasetshenziswa emikhakheni eminingi yokumaka nge-laser. Ngokunemba kokulawula izinga lokushisa ±0.1℃~...
2022
09
05
Ngesikhathi sokusetshenziswa kwe-chiller yamanzi yezimboni, i-voltage ephezulu kakhulu noma ephansi kakhulu izodala umonakalo ongenakulungiseka ezingxenyeni ze-chiller, bese ithinta ukusebenza okuvamile komshini wokupholisa kanye ne-laser. Kubaluleke kakhulu ukufunda ukuthola i-voltage nokusebenzisa i-voltage ecacisiwe. Masilandele S&A unjiniyela we-chiller ukuze sifunde ukuthi ungathola kanjani amandla kagesi, futhi sibone ukuthi ingabe i-voltage oyisebenzisayo iyahlangabezana yini nemiyalelo ye-chiller edingekayo.
2022
08
31
S&A iyunithi yokupholisa amanzi embonini encane engu-CW 3000 iyi-chiller eqeda ukushisa, ayinakho ukuminyanisa futhi ayinasiqandisi. Isebenzisa amafeni anesivinini esikhulu ukuqeda ukushisa ngokushesha ukupholisa okokusebenza kwe-laser. Umthamo wayo wokukhipha ukushisa ungu-50W/℃, okusho ukuthi ingakwazi ukumunca ukushisa okungu-50W ngokukhuphuka kwezinga lokushisa lamanzi elingu-1°C. Ngesakhiwo esilula, ukusebenza okulula, ukonga isikhala, ukonga amandla nokuvikelwa kwemvelo, i-mini laser chiller CW 3000 isetshenziswa kabanzi emshinini wokupholisa we-CO2 laser oqoshiwe nokusika.
2022
08
30
Lapho i-compressor yamanzi yasezimbonini isetshenziswa isikhathi eside, umthamo wokuqala we-capacitor we-compressor uzokwehla kancane kancane, okuzoholela ekulimazeni komphumela wokupholisa we-compressor, futhi kumise ngisho ne-compressor ukuthi ingasebenzi, ngaleyo ndlela kuthinte umphumela wokupholisa we-laser chiller nokusebenza okuvamile kwemishini yokucubungula yezimboni. ukusebenza ngokujwayelekile, futhi iphutha lingaqedwa uma kunephutha; uma kungenaphutha, ingahlolwa njalo ukuze kuvikelwe isibali se-laser nesisetshenziswa sokucubungula i-laser kusenesikhathi.S&A umenzi we-chiller uqophe ngokukhethekile ividiyo yokubonisa yokusebenza yokulinganisa umthamo wokuqala we-capacitor kanye namanje we-laser chiller compressor ukusiza abasebenzisi baqonde futhi bafunde ukuxazulula inkinga yokwehluleka kwe-compressor, ukuvikela kangcono i-las...
2022
08
15
Isikhathi sokuqala sokujova amanzi okuhamba ngebhayisikili apholile, noma ngemva kokufaka amanzi, uma kuvela i-alamu yokugeleza, kungase kube umoya othile epayipini lokupholisa odinga ukuthululwa. Kuvidiyo kukhona umsebenzi wokuthulula amakhaza oboniswe unjiniyela S&A womkhiqizi we-laser chiller. Ngethemba ukukusiza ukuthi ubhekane nenkinga ye-alamu yomjovo wamanzi.
2022
07
26
Amanzi ajikelezayo ama-chillers embonini ngokuvamile amanzi acwengekile noma amanzi ahlanzekile (Ungawasebenzisi amanzi aphuma empompini ngoba kunokungcola okuningi kakhulu), futhi kufanele ashintshwe njalo. Ukuvama kokushintshwa kwamanzi okujikelezayo kunqunywa ngokusho kwemvamisa yokusebenza kanye nemvelo yokusebenzisa, indawo esezingeni eliphansi ishintshwa kanye ngesigamu senyanga kuya enyangeni. indawo evamile ishintshwa kanye ezinyangeni ezintathu, futhi indawo esezingeni eliphezulu ingashintsha kanye ngonyaka. Enqubweni yokushintsha amanzi ajikelezayo e-chiller, ukunemba kwenqubo yokusebenza kubaluleke kakhulu. Ividiyo iyinqubo yokusebenza yokushintsha amanzi azungezayo abandayo aboniswa unjiniyela we- S&A. Woza uzobona ukuthi ukusebenza kwakho esikhundleni kulungile yini!
2022
07
23
Ngemuva kokuthi i-chiller igijima isikhathi esithile, uthuli oluningi luzonqwabelana ku-condenser kanye nenethi yothuli. Uma uthuli oluqoqiwe lungaphathwa ngesikhathi noma luphathwa ngendlela engafanele, luzobangela ukuthi izinga lokushisa langaphakathi lomshini likhuphuke kanye namandla okupholisa ehle, okuzoholela ngokungathi sína ekuhlulekeni komshini kanye nempilo yesevisi efinyeziwe. Ngakho-ke, singayikhipha kanjani ngempumelelo i-chiller? Masilandele onjiniyela abangu- S&A ukuze sifunde indlela elungile yokususa uthuli olupholile kuvidiyo.
2022
07
18
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