Iividiyo
Fumanisa ithala levidiyo le-TEYU eligxile kwi-chiller, elinoluhlu olubanzi lwemiboniso yesicelo kunye nezifundo zolondolozo. Ezi vidiyo zibonisa indlela i-TEYU ye-chillers yemizi-mveliso ehambisa ngayo ukupholisa okuthembekileyo kwee-lasers, iiprinta ze-3D, iinkqubo zelabhoratri, kunye nokunye, ngelixa benceda abasebenzisi ukuba basebenze kwaye bagcine ii-chiller zabo ngokuzithemba.
Xa usebenzisa i-industrial chiller CW 5200, abasebenzisi kufuneka banikele ingqalelo ekucoceni uthuli rhoqo kwaye batshintshe amanzi ajikelezayo ngexesha. Ukucocwa rhoqo kothuli kunokuphucula ukusebenza kakuhle kokupholisa kwe-chiller, kunye nokutshintshwa ngexesha elifanelekileyo lamanzi ajikelezayo kunye nokugcina kwinqanaba elifanelekileyo lamanzi (ngaphakathi koluhlu oluluhlaza) kunokwandisa ubomi benkonzo ye-chiller.Okokuqala, cinezela iqhosha, vula iipleyiti ezinothuli kwicala lasekhohlo nasekunene le-chiller, sebenzisa umpu womoya ukucoca indawo yokuqokelela uthuli. Umva we-chiller unokujonga umgangatho wamanzi, Amanzi ajikelezayo kufuneka alawulwe phakathi kweendawo ezibomvu kunye nephuzi (ngaphakathi koluhlu oluluhlaza).
2022
09
22
Inqwelo yamandla entsha iluhlaza kwaye ayinangcoliseko, kwaye iya kukhula ngokukhawuleza kwiminyaka embalwa ezayo. Ubume bebhetri yamandla emoto bugubungela izinto ezahlukeneyo, kwaye iimfuno ze-welding ziphezulu kakhulu. Ibhetri yamandla edityanisiweyo kufuneka iphumelele uvavanyo lokuvuza, kwaye ibhetri enezinga elivuzayo elingafanelekanga liya kwaliwa. I-laser welding inokunciphisa kakhulu izinga lesiphako kwimveliso yebhetri yamandla.Isetyenziswa kakhulu kwiimveliso zebhetri zibhedu kunye ne-aluminium. Bobabini ubhedu kunye ne-aluminium yokudlulisa ukushisa ngokukhawuleza, ukubonakaliswa kwe-laser kuphezulu kakhulu kwaye ubukhulu beqhekeza lokudibanisa bukhulu kakhulu, i-kilowatt-level high-power laser isoloko isetyenziswa. I-laser yeklasi ye-kilowatt idinga ukufezekisa i-welding ephezulu, kwaye ukusebenza kwexesha elide kufuna ukutshatyalaliswa kokushisa okuphezulu kakhulu kunye nokulawula ukushisa. S&A i-fiber laser chiller ithatha ubushushu obumbini kunye nendlela yokulawula
2022
09
15
Yintoni esimele siyenze ukuba i-CW-5200 chiller ine-alam yokuhamba? Imizuzwana eli-10 ukukufundisa ukusombulula le fault yokuphola. Okokuqala, cima i-chiller, i-short-circuit i-inlet yamanzi kunye ne-outlet. Emva koko vula isitshixo sombane kwakhona. Gcoba umbhobho wokuva uxinzelelo lwamanzi ukujonga ukuba ukuhamba kwamanzi kuqhelekile. Vula icala lokucoca uthuli kwicala lasekunene ngaxeshanye, Ukuba impompo iyangcangcazela, oko kuthetha ukuba isebenza ngokuqhelekileyo. Kungenjalo, nceda uqhagamshelane nabasebenzi emva kokuthengisa ngokukhawuleza.
2022
09
08
Kumsebenzi woshicilelo lwexesha elide lomshicileli we-inkjet we-UV, ubushushu obuphezulu be-inki buya kubangela ukufuma ukuba bube ngumphunga kwaye bunciphise ubumanzi, kwaye emva koko bubangele ukwaphuka kwe-inki okanye ukuvala umlomo. S&A i-chiller inokufikelela kulawulo oluchanekileyo oluphezulu lobushushu ukupholisa umshicileli we-inkjet we-UV kwaye ulawule ngokuchanekileyo ubushushu bayo bokusebenza. Ukusombulula ngokufanelekileyo iingxaki ze-inkjet ezingazinzanga ezibangelwa kubushushu obuphezulu ngexesha elide lokusetyenziswa kweeprinta ze-inkjet ze-UV.
2022
09
06
Izitshixo zekhibhodi eziprintiweyo nge-inki zilula ukucima. Kodwa izitshixo zekhibhodi eziphawulwe ngelaser zinokuphawulwa ngokusisigxina. Umatshini wokuphawula ngelaser kunye S&A UV laser chiller unokuphawula ngokusisigxina ilogo yegraphic egqwesileyo yebhodi.
2022
09
06
Ukumakishwa kweLaser kuxhaphake kakhulu ekusetyenzweni kwamashishini. Inomgangatho ophezulu, ukusebenza kakuhle, akukho ngcoliseko kunye neendleko eziphantsi, kwaye isetyenziswe ngokubanzi kwiinkalo ezininzi zobomi. Izixhobo zokumakishwa kwe-laser eziqhelekileyo ziquka oomatshini bokuphawula ifayibha laser, ukuphawula kwe-laser ye-CO2, ukuphawula kwe-semiconductor laser kunye ne-UV laser yokumakishwa, njl njl. Ngeminyaka engama-20 yamava atyebileyo, S&A inkqubo yokumakisha i-laser ye-chiller ivuthiwe. I-CWUL kunye ne-RMUP series laser chillers zingasetyenziswa kumatshini wokumakisha we-UV laser, i-CWFL series laser chillers ingasetyenziswa kumatshini wokumakisha ifayibha laser, kunye ne-CW series laser chillers ingasetyenziswa kwiindawo ezininzi zokumakisha laser. Ngokuchaneka kolawulo lobushushu ±0.1℃ ~...
2022
09
05
Ngexesha lokusetyenziswa kwe-chiller yamanzi kwimizi-mveliso, amandla ombane aphezulu kakhulu okanye aphantsi kakhulu aya kubangela umonakalo ongenakulungiseka kwiindawo ze-chiller, kwaye emva koko kuchaphazele ukusebenza okuqhelekileyo kwe-chiller kunye nomatshini we-laser. Kubaluleke kakhulu ukufunda ukufumanisa i-voltage kunye nokusebenzisa i-voltage echaziweyo. Masilandele S&A i-chiller engineer ukufunda indlela yokukhangela amandla ombane, kwaye sibone ukuba amandla ombane owasebenzisayo ayadibana nemiyalelo ye-chiller efunekayo.
2022
08
31
S&A iyunithi encinci yokupholisa amanzi kwimizi-mveliso CW 3000 sisibandisi esikhupha ubushushu, asinaso isicinezeli kwaye akukho nesibandisi. Isebenzisa abalandeli besantya esiphezulu ukukhupha ngokukhawuleza ubushushu ukupholisa izixhobo ze-laser. Umthamo wayo wokuphelisa ubushushu ngama-50W/℃, oku kuthetha ukuba inokufunxa ubushushu obungama-50W ngokunyuka nge-1°C yobushushu bamanzi. Ngesakhiwo esilula, ukusebenza kakuhle, ukugcina indawo, ukonga amandla kunye nokukhuselwa kwendalo, i-mini laser chiller CW 3000 isetyenziswa ngokubanzi ekupholiseni i-CO2 laser engraving kunye noomatshini bokusika.
2022
08
30
Xa i-chiller yamanzi yemizi-mveliso isetyenziselwa ixesha elide, umthamo wokuqala we-capacitor wecompressor uya kuncipha ngokuthe ngcembe, nto leyo eya kukhokelela ekonakaleni kwesiphumo sokupholisa secompressor, kwaye nokuyekisa icompressor ekusebenzeni, ngaloo ndlela ichaphazela isiphumo sokupholisa se-laser chiller kunye nokusebenza okuqhelekileyo kwezixhobo zokusetyenzwa kweshishini. ukusebenza ngokuqhelekileyo, kwaye iphoso inokupheliswa ukuba kukho impazamo; ukuba akukho siphoso, inokutshekishwa rhoqo ukukhusela i-laser chiller kunye nezixhobo zokusetyenzwa kwelaser kwangaphambili.S&A umenzi we-chiller urekhode ngokukodwa ividiyo yomboniso wokusebenza wokulinganisa umthamo wokuqalisa we-capacitor kunye nokukhoyo kwe-laser chiller compressor ukunceda abasebenzisi baqonde kwaye bafunde ukusombulula ingxaki yokusilela kwecompressor, ukukhusela ngcono...
2022
08
15
Ixesha lokuqala utofa amanzi okuhamba ngebhayisekile apholileyo, okanye emva kokutshintsha amanzi, ukuba i-alam yokuqukuqela iyenzeka, isenokuba ngumoya othile kumbhobho we-chiller ekufuneka ucinywe. Kwividiyo kukho umsebenzi wokukhupha i-chiller oboniswe yinjineli ye S&A umenzi we-laser chiller. Ndiyathemba ukukunceda ukuba ujongane nengxaki ye-alam yesitofu samanzi.
2022
07
26
Amanzi ajikelezayo ee-industrial chillers ngokubanzi ngamanzi adiyiweyo okanye amanzi acocekileyo (Musa ukusebenzisa amanzi etephu kuba kukho ukungcola okuninzi kuwo), kwaye kufuneka itshintshwe rhoqo. I-frequency yokutshintshwa kwamanzi okujikelezayo inqunywe ngokuhambelana nokusebenza rhoqo kunye nokusetyenziswa kwendawo, indawo ephantsi yomgangatho ophantsi iguqulwa kanye ngesiqingatha senyanga ukuya kwinyanga. indawo eqhelekileyo itshintshwa kube kanye ngeenyanga ezintathu, kwaye indawo ekumgangatho ophezulu inokutshintsha kube kanye ngonyaka. Kwinkqubo yokutshintsha i-chiller ejikelezayo amanzi, ukuchaneka kwenkqubo yokusebenza kubaluleke kakhulu. Ividiyo yinkqubo yokusebenza yokutshintsha i-chiller ejikeleza amanzi eboniswe yi- S&A injineli yokupholisa. Yiza ubone ukuba ngaba ukutshintshwa kwakho kuchanekile na!
2022
07
23
Emva kokuba i-chiller ibaleka ixesha elithile, uthuli oluninzi luya kuqokelelana kwi-condenser kunye nomnatha wothuli. Ukuba uthuli oluqokelelweyo aluphathwanga ngexesha okanye luphathwa ngendlela engafanelekanga, luya kubangela ukuba ukushisa kwangaphakathi komatshini kunyuke kwaye amandla okupholisa ahla, okuya kubangela ukusilela komatshini kunye nobomi benkonzo obufutshane. Ke, sinokuyikhupha njani ngempumelelo i-chiller? Masilandele iinjineli S&A ukufunda indlela echanekileyo yokususa uthuli kwividiyo.
2022
07
18
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