S&A Upholile

Usendaweni efanele ye- S&A Upholile.Okwamanje usuyakwazi lokho, noma ngabe yini oyifunayo, uqinisekile ukuthi uyokuthola kuvuliwe TEYU S&A Chiller.siqinisekisa ukuthi kulapha TEYU S&A Chiller.
Isistimu yokuphatha ikhwalithi eqinile iqinisekisa ukuthi umkhiqizo ugcina izinga elifiswayo lokuphumelela..
Sihlose ukunikeza ikhwalithi ephezulu kakhulu S&A Upholile.kumakhasimende ethu wesikhathi eside futhi sizobambisana namakhasimende ethu ngokunikela ngezixazululo ezisebenzayo nezinzuzo zezindleko.

Amandla Aphezulu Futhi Ultrafast S&A I-Laser Chiller CWUP-40 ±0.1℃ Ukuhlolwa Kokuqina Kwezinga lokushisa
Ngemva kokubuka okwedluleI-CWUP-40 Chiller Temperature Stability Test, umlandeli othile waphawula ukuthi ayinembile ngokwanele futhi wasikisela ukuyihlola ngomlilo ohangulayo. S&A AbakwaChiller Engineers bawamukela ngokushesha lo mbono omuhle futhi bahlela “I-HOT TORREFY ” okwenziwa yi-chiller CWUP-40 ukuze ihlole±0.1℃ ukuzinza kwezinga lokushisa.Okokuqala ukulungisa ipuleti elibandayo bese uxhuma i-chiller water inlet& amapayipi okukhipha amapayipi e-cold plate. 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 lihlehla ngokushesha lifike cishe ku-25℃, umehluko wezinga lokushisa uzinzile phakathi kwebanga elingu-±0.1℃.Ngokusobala, ngisho nangaphansi kwezinga lokushisa eliphezulu elithi “torrefy”, le-chiller isengakwazi ukudlala ikhono layo lokulawula izinga lokushisa elinembile ukuze ligcwale.
S&A I-Ultrafast Laser Chiller CWUP-40 Temperature Stability 0.1℃ Test
Muva nje, umshisekeli we-laser processing uthenge amandla aphezulu kanyengokushesha okukhulu S&A laser chiller CWUP-40. Ngemva kokuvula iphakheji ngemva kokufika kwayo, bakhulula amabakaki agxilile esisekelweni ukuzehlola ukuthi ingabe ukuzinza kwezinga lokushisa kwale chiller 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 kokuthela ibhodwe elikhulu lamanzi abilayo ethangini, singabona izinga lokushisa eliphelele lamanzi likhuphuka ngokuzumayo lifinyelele cishe ku-30℃. Amanzi ajikelezayo e-chiller apholisa amanzi abilayo ngekhoyili, njengoba amanzi ethangini engagelezi, ukudluliswa kwamandla kuhamba kancane. Ngemva kwesikhashana somzamo by S&A I-CWUP-40,izinga lokushisa lamanzi ethangini ligcina lizinzile ku-25.7℃. Umehluko ongu-0.1℃ kuphela ukusuka ku-25.6℃ we-coil inlet.Khona-ke umfana wengeza amagaqa eqhwa ethangini, izinga lokushisa lamanzi liyehla ngokuzumayo, bese kubanda kuqala ukulawula izinga lokushisa. Okokugcina, izinga lokushisa lamanzi ethangini lilawulwa ku-25.1 ℃, izinga lokushisa le-coil inlet lamanzi ligcina ku-25.3 ℃. Ngaphansi kwethonya lokushisa eliyinkimbinkimbi le-ambient, le nkampani ebandayo ebandayo isabonisa ukulawula kwayo okunemba okuphezulu kwezinga lokushisa.
Yini edala amamaki afiphele omshini wokumaka we-laser?
Yiziphi izizathu zokumakwa okufiphele komshini wokumaka we-laser? Kunezizathu ezintathu eziyinhloko: (1) Kunezinkinga ezithile ngokuhlelwa kwesofthiwe yomaka laser; (2) Izingxenyekazi zekhompyutha zomaka laser zisebenza ngendlela engavamile; (3) I-laser marking chiller ayipholi kahle.
I-laser yaqhekeka ngokuzumayo ebusika?
Mhlawumbe ukhohlwe ukwengeza isinqanda-qhwa. Okokuqala, ake sibone imfuneko yokusebenza ku-antifreeze ye-chiller futhi siqhathanise izinhlobo ezahlukene ze-antifreeze emakethe. Ngokusobala, lezi 2 zifaneleka kakhulu. Ukwengeza i-antifreeze, kufanele siqale siqonde isilinganiso. Ngokuvamile, lapho wengeza i-antifreeze eyengeziwe, yilapho amanzi eyancipha khona indawo yokubanda, futhi mancane amathuba okuba abe yiqhwa. Kodwa uma ungeza kakhulu, ukusebenza kwayo kwe-antifreezing kuzokwehla, futhi iyagqwala kahle. Isidingo sakho sokulungiselela isisombululo ngesilinganiso esifanele ngokusekelwe kuzinga lokushisa lasebusika esifundeni sakho.Thatha i-fiber laser chiller engu-15000W njengesibonelo, isilinganiso sokuxuba singu-3:7(I-antifreeze: Amanzi Ahlanzekile) uma sisetshenziswa endaweni lapho izinga lokushisa lingekho ngaphansi kuka -15℃. Okokuqala thatha u-1.5L we-antifreeze esitsheni, bese wengeza u-3.5L wamanzi ahlanzekile ukuze uthole isisombululo sokuxuba esingu-5L. Kodwa umthamo wethangi lale makhaza cishe u-200L, empeleni udinga cishe u-60L we-antifreeze kanye no-140L wamanzi ahlanzekile ukuze ugcwalise ngemva kokuxutshwa okujulile. Bala futhi uzokwazi ukuthi ukwengeza isinqandi-qhwa kubiza kakhulu kunokulungisa i-laser.Qinisekisa ukuthi indawo ebandayo ingaphansi kwesimo sokucisha ugesi, khumula isivalo sokungena kwamanzi, vula umpompi wokudonsa amanzi, khipha amanzi asele bese uvala umpompi wokudonsa amanzi, uthele isixazululo esilungisiwe sokuxuba kumshini obandayo. Isixazululo se-antifreezing esisetshenziswe isikhathi eside sizoba nokuwohloka okuthile futhi sonakale kakhulu. I-viscosity yayo nayo izoshintsha. Ungakhohlwa ukufaka isixazululo sokuxuba namanzi ahlanzekile ngemva kokuthi amakhaza angasekho.
Ungathuthukisa kanjani ukusebenza kahle kokupholisa kwe-industrial chiller?
I-Industrial chiller ingathuthukisa ukusebenza kahle kwamadivayisi amaningi okucubungula i-Industrial, kodwa ingathuthukisa kanjani ukusebenza kahle kwayo kokupholisa? Amathiphu akho yilawa: hlola isiqandisi nsuku zonke, gcina isiqandisi esanele, gcina ikamelo lingena umoya futhi lomile, futhi uhlole izintambo zokuxhuma.
Hlobo luni lwe-industrial chiller olulungiselwe ijeneretha ye-plasma spectrometry ehlanganisiwe?
UMnu. Zhong wayefuna ukuhlomisa ijeneretha yakhe ye-ICP spectrometry ngesiqandisi samanzi sezimboni. Uncamele i-industrial chiller CW 5200, kodwa i-chiller CW 6000 ingahlangabezana kangcono nezidingo zayo zokupholisa. Okokugcina, uMnu. Zhong wayekholelwa esincomweni sochwepheshe se S&A unjiniyela futhi wakhetha umshini wokushisa amanzi wezimboni ofanelekile.
3000W Laser Welding Chiller Vibration Test
Kuyinselelo enkulu uma S&A ama-chiller ezimboni angaphansi kwamazinga ahlukahlukene okushayisana kwezokuthutha. Ukuqinisekisa ikhwalithi yomkhiqizo, njalo S&A I-chiller ihlolwe ukudlidliza ngaphambi kokuthengiswa. Namuhla, sizolingisa ukuhlolwa kokudlidliza kwezokuthutha kwe-3000W laser welder chiller ngawe.Ukuvikela ifemu epholile endaweni yesikhulumi sokudlidliza, yethu S&A unjiniyela uza endaweni yokusebenza, avule iswishi yamandla bese usetha isivinini esiphendukayo siye ku-150. Singabona inkundla iqala kancane ukukhiqiza ukudlidliza okuphindaphindayo. Futhi umzimba opholile uyavevezela kancane, okulingisa ukudlidliza kweloli elidlula emgwaqeni omubi kancane. Uma isivinini esiphendukayo siya ku-180, i-chiller ngokwayo idlidliza ngokusobala nakakhulu, okulingisa iloli eligijimayo ukuze lidlule emgwaqeni onamabhampa. Ngejubane elibekwe ku-210, inkundla iqala ukuhamba kakhulu, elingisa iloli eligijima ngesivinini endaweni yomgwaqo eyinkimbinkimbi. Umzimba we-chiller uyanyakaza ngokufanayo. Ngaphandle kokuwa kwensimbi yeshidi elikhiphekayo, ingxenye ehlangene yeshidi lensimbi idlidliza ngokusobala. Ukudlidliza okunodlame nakho kubangela ukunyakaza okubonakalayo kwezingxenye ezihlukene, kodwa igobolondo leshidi lensimbi lihlala liqinile futhi linjalo. Futhi i-chiller isasebenza ngokujwayelekile.Ngenxa yokuqina kokuhlolwa kokudlidliza okuqinile, i-chiller ngeke iphinde ingene emakethe. Izosetshenziswa njengomshini wokuhlola we-R&D wokuthuthukisa izinkomba zama-chiller, okusizayo S&A abasebenzisi be-chiller ukusebenzisa imikhiqizo ye-premium eyengeziwe.
Izinyathelo zokuphepha zokukhethwa kwe-industrial water chiller antifreeze
Kwamanye amazwe noma izifunda, izinga lokushisa ebusika lizofinyelela ngaphansi kuka-0°C, okuzokwenza ukuthi amanzi okupholisa abandayo embonini abe yiqhwa futhi angasebenzi ngendlela evamile. Kunezimiso ezintathu zokusetshenziswa kwe-chiller antifreeze futhi isinqandi-qhwa esikhethiwe esikhethiwe kufanele sibe nezici ezinhlanu.
Ukwakhiwa kwesistimu yokusebenza ye-chiller yamanzi yezimboni
I-chiller yamanzi yezimboni ipholisa ama-lasers ngomgomo wokusebenza wokupholisa ukushintshanisa okujikelezayo. Uhlelo lwayo lokusebenza ikakhulukazi luhlanganisa uhlelo lokujikeleza kwamanzi, uhlelo lokujikeleza kwesiqandisi kanye nesistimu yokulawula okuzenzakalelayo kagesi.
Ungabhekana kanjani nokuvuza kwamanzi echwebeni lokudonsa amanzi embonini?
Ngemva kokuvala i-valve yokukhipha amanzi e-chiller, kodwa amanziisaqhubeka nokugijima phakathi kwamabili...Ukuvuza kwamanzi kusavela ngemva kokuvalwa kwevalvu yokukhipha umshini wokupholisa.Lokhu kungase kube ukuthi i-valve core of thei-mini valve ivulekile.Lungiselela ukhiye we-allen, uqondise kumongo wevalvu bese uyiqinisa ngokwewashi, bese uhlola imbobo yokukhipha amanzi. Ukungavuzi kwamanzi kusho ukuthi inkinga isixazululiwe. Uma kungenjalo, sicela uxhumane nethimba lethu langemva kokuthengisa ngokushesha.
Umgomo wokusebenza we-laser chiller
I-laser chiller yakhiwe nge-compressor, i-condenser, i-throttling device (i-valve yokwandisa noma i-capillary tube), i-evaporator kanye nepompo yamanzi. Ngemva kokufaka izinto ezidinga ukupholiswa, amanzi okupholisa asusa ukushisa, afudumeze, abuyele kumshini wokupholisa i-laser, abese ewupholisa futhi futhi awubuyisele emshinini.
Indlela yokuhlola izinga lokushisa lekamelo nokugeleza kwe-chiller yamanzi yezimboni?
Izinga lokushisa legumbi nokugeleza yizici ezimbili ezithinta kakhulu umthamo wokupholisa we-industrial chiller. Izinga lokushisa elisezingeni eliphezulu kakhulu kanye nokugeleza okuphansi kakhulu kuzothinta umthamo wokupholisa opholile. I-chiller isebenza ekamelweni lokushisa elingaphezu kuka-40 ℃ isikhathi eside izodala umonakalo ezingxenyeni. Ngakho-ke sidinga ukubheka le mingcele emibili ngesikhathi sangempela.Okokuqala, uma i-chiller ivuliwe, thatha isilawuli sezinga lokushisa le-T-607 njengesibonelo, cindezela inkinobho yomcibisholo ongakwesokudla kusilawuli, bese ufaka imenyu yokubonisa isimo. I-"T1" imele izinga lokushisa lokuhlola izinga lokushisa legumbi, lapho izinga lokushisa legumbi liphezulu kakhulu, i-alamu yezinga lokushisa legumbi izokhala. Khumbula ukuhlanza uthuli ukuze uthuthukise umoya wokungena komoya endaweni.Qhubeka ucindezela inkinobho ethi "►", "T2" imele ukuhamba kwesekethe ye-laser. Cindezela inkinobho futhi, "T3" imele ukugeleza kwesekethe ye-optics. Uma kutholwa ukwehla kwethrafikhi, i-alamu yokugeleza izokhala. Sekuyisikhathi sokushintsha amanzi ajikelezayo, futhi uhlanze isikrini sokuhlunga.

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S&amp;A Upholile

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S&A Upholile