S&A Teyu chiller

Ukho kwindawo efanelekileyo S&A Teyu chiller.Okwangoku sele uyazi ukuba, nantoni na oyikhangelayo, uqinisekile ukuyifumana TEYU S&A Chiller.siqinisekisa ukuba ilapha TEYU S&A Chiller.
Inkqubo yokulawula umgangatho engqongqo iqinisekisa ukuba imveliso igcina inqanaba elifunwayo lokugqwesa..
Sijonge ukubonelela ngomgangatho ophezulu S&A Teyu chiller.kubathengi bethu bexesha elide kwaye siya kusebenzisana ngokubonakalayo nabathengi bethu ukubonelela ngezisombululo ezifanelekileyo kunye neendleko zeendleko.

Amandla aphezulu kunye ne-Ultrafast S&A I-Laser Chiller CWUP-40 ± 0.1℃ Uvavanyo lokuzinza kobushushu
Ukubukela kwangaphambiliI-CWUP-40 yoVavanyo lokuZinzo loBubushushu beChiller, umlandeli waphawula ukuba ayichanekanga ngokwaneleyo kwaye wacebisa ukuvavanya ngomlilo otshisayo. S&A Iinjineli zeChiller zakhawuleza zayamkela le ngcamango ilungileyo kwaye zalungiselela "I-TORREFY eshushu ” amava ukuba chiller CWUP-40 ukuvavanya yayo±0.1℃ uzinzo lobushushu.Okokuqala ukulungisa ipleyiti ebandayo kwaye udibanise i-chiller yokungena kwamanzi& imibhobho yokuphuma kwimibhobho yepleyiti ebandayo. Layita i-chiller kwaye usete ubushushu bamanzi ku-25℃, emva koko uncamathisele i-2 thermometer probes kwindawo yokungena amanzi kunye nokuphuma kwepleyiti ebandayo, ulumeke umpu wedangatye ukutshisa ipleyiti ebandayo. I-chiller iyasebenza kwaye amanzi ajikelezayo ngokukhawuleza asusa ubushushu kwipleyiti ebandayo. Emva kokutshiswa kwemizuzu emi-5, iqondo lobushushu lamanzi e-chiller linyuka liye kutsho malunga ne-29℃ kwaye alinakuphinda linyuke phantsi komlilo. Emva kwemizuzwana eyi-10 ukucima umlilo, indawo yokupholisa kunye neqondo lobushushu lokuphuma lamanzi likhawuleza lehle liye kutsho malunga ne-25℃, umahluko wobushushu uzinzile phakathi koluhlu oluyi-±0.1℃.Ngokucacileyo, naphantsi kobushushu obuphezulu "torrefy", le chiller isengadlala amandla ayo okulawula ubushushu obuchanekileyo.
S&A I-Ultrafast Laser Chiller CWUP-40 Uzinzo loBushushu 0.1℃ Uvavanyo
Kutshanje, i-laser processing enthusiast uthenge amandla aphezulu kunyengokukhawuleza S&A laser chiller CWUP-40. Emva kokuvula iphakheji emva kokufika kwayo, bakhulula izibiyeli ezisisigxina kwisiseko ukuyavavanya ukuba uzinzo lobushushu beli chiller lingafikelela ±0.1℃.Umfana ukhulula i-cap yokungena kwamanzi kwaye ugcwalise amanzi acocekileyo kuluhlu ngaphakathi kwendawo eluhlaza yesalathisi somgangatho wamanzi. Vula ibhokisi yokudibanisa yombane kwaye udibanise intambo yombane, faka iipayipi kwindawo yokungena kwamanzi kunye ne-outlet port kwaye udibanise kwikhoyili elahliwe. Beka icoil kwitanki yamanzi, beka enye iqondo lobushushu kwitanki yamanzi, kwaye uncamathisele enye kuqhagamshelo phakathi kombhobho wokukhupha amanzi we-coil kunye nechweba lokungena lamanzi ecoil ukubona umahluko wobushushu phakathi kwendawo yokupholisa kunye namanzi aphumayo aphumayo. Vula i-chiller kwaye usete ubushushu bamanzi kwi-25 ℃. Ngokutshintsha ubushushu bamanzi etankini, amandla okulawula ubushushu be-chiller angavavanywa. Emva kokugalela imbiza enkulu yamanzi abilayo kwitanki, sinokubona ubushushu bamanzi bubonke bunyuka ngesiquphe ukuya malunga ne-30℃. Amanzi ajikelezayo e-chiller apholisa amanzi abilayo nge-coil, ekubeni amanzi e-tank ayiqhubeki, ukuhanjiswa kwamandla kuncinci. Emva kwexesha elifutshane lokuzama nge S&A CWUP-40,iqondo lobushushu lamanzi etankini lizinza kuma-25.7℃. Kuphela yi-0.1℃ umahluko ukusuka kwi-25.6℃ ye-coil inlet.Emva koko umfana wongeza iityhubhu zomkhenkce kwitanki, ubushushu bamanzi buyehla ngokukhawuleza, kwaye i-chiller iqalisa ukulawula ubushushu. Ekugqibeleni, ubushushu bamanzi etankini bulawulwa kwi-25.1 ℃, ubushushu bamanzi okungena kwi-coil bugcina kwi-25.3 ℃. Phantsi kweempembelelo ezintsonkothileyo zobushushu be-ambient, le mveliso ye-chiller isabonisa ulawulo lwayo oluchanekileyo lobushushu.
Yintoni ebangela ukuba amanqaku amnyama omatshini wokumakisha welaser?
Zeziphi izizathu zokumakishwa okumfiliba komatshini wokumakisha welaser? Kukho izizathu ezithathu eziphambili: (1) Kukho ezinye iingxaki kunye nokusetwa kwesoftware ye-laser marker; (2) Ihardware yesiphawuli selaser isebenza ngokungaqhelekanga; (3) I-laser marking chiller ayipholisi kakuhle.
I-laser yaqhekeka ngokukhawuleza ebusika?
Mhlawumbi ulibele ukongeza isinqanda-kuqhwala. Okokuqala, makhe sibone imfuneko yokusebenza kwi-antifreeze ye-chiller kwaye sithelekise iintlobo ezahlukeneyo ze-antifreeze kwimarike. Ngokucacileyo, ezi zi-2 zifanelekile ngakumbi. Ukongeza i-antifreeze, kufuneka siqale siqonde umlinganiselo. Ngokubanzi, okukhona usongeza isithinteli-mkhenkce, kokukhona isezantsi indawo yokukhenkceza yamanzi, kwaye kuya kuba lula ukuba ngumkhenkce. Kodwa ukuba wongeza kakhulu, ukusebenza kwayo kokunqanda ukukhenkceza kuya kuncipha, kwaye idleka kakuhle. Isidingo sakho sokulungiselela isisombululo ngokufanelekileyo ngokusekelwe kwiqondo lokushisa lasebusika kummandla wakho.Thatha i-15000W i-fiber laser chiller njengomzekelo, umlinganiselo wokuxuba ngu-3: 7 (I-Antifreeze: Amanzi acocekileyo) xa isetyenziswe kummandla apho ubushushu bungekho ngaphantsi kwe -15℃. Okokuqala thatha i-1.5L ye-antifreeze kwisikhongozeli, emva koko wongeze i-3.5L yamanzi acocekileyo kwi-5L yomxube wokuxuba. Kodwa umthamo wetanki wale chiller umalunga nama-200L, eneneni ifuna malunga ne-60L yokunqanda umkhenkce kunye ne-140L yamanzi acocekileyo ukuze igcwalise emva kokuxuba okunzulu. Bala kwaye uya kwazi ukuba ukongeza i-antifreeze kunendleko ngakumbi kunokulungisa i-laser.Qinisekisa ukuba i-chiller iphantsi kwemeko yokucima umbane, khulula i-cap yokuhambisa amanzi, uvule itephu yokukhupha amanzi, ukhuphe amanzi ashiyekileyo kwaye ucime itephu yokukhupha amanzi, ugalele isisombululo sokuxuba esilungisiweyo kwi-chiller. Isicombululo se-antifreezing esisetyenziswe ixesha elide siya kuba nokonakala okuthile kwaye sidleke ngakumbi. I-viscosity yayo nayo iya kutshintsha. Ungalibali ukutshintsha isisombululo sokuxuba ngamanzi acocekileyo emva kokuba imozulu ebandayo ihambile.
Indlela yokuphucula ukusebenza kakuhle kokupholisa kwe-industrial chiller?
I-industrial chiller inokuphucula ukusebenza kakuhle kwezixhobo ezininzi zokusetyenzwa kweShishini, kodwa ungayiphucula njani impumelelo yayo yokupholisa? Iingcebiso zakho zezi: jonga i-chiller yonke imihla, gcina ifriji eyaneleyo, yenza ugcino lwesiqhelo, gcina igumbi lingena umoya kwaye lomile, kwaye ukhangele iingcingo ezidibanisayo.
Loluphi uhlobo lwe-chiller yoshishino olulungiselelwe ijenereyitha edityanisiweyo yeplasma spectrometry?
UMnu. Zhong wayefuna ukuxhobisa i-ICP spectrometry generator yakhe ngesixhobo sokupholisa amanzi kwimizi-mveliso. Wakhetha i-industrial chiller CW 5200, kodwa i-CW 6000 ye-chiller inokuhlangabezana ngcono neemfuno zayo zokupholisa. Okokugqibela, uMnu. Zhong wayekholelwa kwingcebiso yobuchwephesha S&A injineli kwaye yakhetha i-chiller yamanzi yoshishino efanelekileyo.
3000W Laser Welding Chiller Vibration Uvavanyo
Ngumngeni omkhulu xa S&A i-industrial chillers ixhomekeke kumanqanaba ahlukeneyo okungqubana kuhambo. Ukuqinisekisa umgangatho wemveliso, zonke S&A i-chiller ivavanywa ukungcangcazela phambi kokuba ithengiswe. Namhlanje, siyakulinganisa uvavanyo lokungcangcazela kwezithuthi ze-3000W laser welder chiller kuwe.Ukukhusela i-chiller eqinile kwiqonga lokungcangcazela, yethu S&A injineli iza kwiqonga lokusebenza, ivula iswitshi yamandla kwaye isete isantya esijikelezayo ukuya kwi-150. Siyabona iqonga ngokucothayo liqala ukuvelisa ukungcangcazela okubuyelayo. Kwaye umzimba opholileyo ungcangcazela kancinane, nto leyo elinganisa ukungcangcazela kwelori edlula kwindlela erhabaxa kancinane. Xa isantya esijikelezayo sisiya ku-180, i-chiller ngokwayo iyangcangcazela ngokucacileyo, nto leyo elinganisa ilori ekhawulezayo ukudlula kwindlela enamagingxigingxi. Ngesantya esisetwe kwi-210, iqonga liqala ukuhamba kakhulu, elilinganisa ilori ebalekayo kwindlela entsonkothileyo. Umzimba we-chiller uyangcangcazela ngokuhambelanayo. Ngaphandle kokwehla kwentsimbi, indawo edityanisiweyo yentsimbi iyangcangcazela. Ukungcangcazela okunobundlobongela kukwabangela intshukumo ebonakalayo yamalungu awohlukeneyo, kodwa iqokobhe lentsimbi lihlala lomelele kwaye linjalo. Kwaye i-chiller isasebenza ngokuqhelekileyo.Ngenxa yokuqina kovavanyo lokungcangcazela, i-chiller ayiyi kuphinda ingene kwimarike. Iya kusetyenziswa njengomatshini wovavanyo weR&Isebe le-D lokuphucula izalathisi ze-chiller, ezincedayo S&A abasebenzisi chiller ukusebenzisa iimveliso premium ngaphezulu.
Izilumkiso zokukhethwa kwe-industrial water chiller antifreeze
Kwamanye amazwe okanye imimandla, iqondo lobushushu ebusika liya kufikelela ngaphantsi kwe-0°C, okuya kubangela ukuba amanzi okupholisa akwi-industrial chiller ukuba abe ngumkhenkce kwaye angasebenzi ngokuqhelekileyo. Kukho imigaqo emithathu yokusetyenziswa kwe-chiller antifreeze kunye ne-antifreeze ekhethiweyo ekhethiweyo kufuneka ibe neempawu ezintlanu.
Ukuqulunqwa kwenkqubo yokusebenza ye-chiller yamanzi yoshishino
I-chiller yamanzi yoshishino ipholisa ii-lasers ngomgaqo wokusebenza wokujikeleza ukupholisa utshintshiselwano. Inkqubo yayo yokusebenza ikakhulu ibandakanya inkqubo yokujikeleza kwamanzi, inkqubo yokujikeleza kwefriji kunye nenkqubo yokulawula ngokuzenzekelayo yombane.
Indlela yokujongana nokuvuza kwamanzi kwi-industrial chiller's drain port?
Emva kokuvala ivalve yokukhupha amanzi kwi-chiller, kodwa amanziisaqhuba ezinzulwini zobusuku...Ukuvuza kwamanzi kusenzeka emva kokuba ivalve yokukhupha i-chiller ivaliwe.Oku kunokuba ngundoqo wevalve yeivalve encinci ikhululekile.Lungiselela isitshixo se-allen, sijolise kumbindi wevalve kwaye uyiqinise ngokwewotshi, emva koko ujonge indawo yokukhupha amanzi. Ukungavuzi kwamanzi kuthetha ukuba ingxaki isonjululwe. Ukuba akunjalo, nceda uqhagamshelane neqela lethu emva kokuthengisa ngokukhawuleza.
Umgaqo osebenzayo we-laser chiller
I-laser chiller yenziwe nge-compressor, i-condenser, i-throttling device (i-valve yokwandisa okanye i-capillary tube), i-evaporator kunye nempompo yamanzi. Emva kokungena kwizixhobo ezifuna ukupholisa, amanzi okupholisa athatha ubushushu, afudumale, abuyele kwi-laser chiller, aze aphinde apholise kwaye ayibuyisele kwisixhobo.
Indlela yokujonga ubushushu begumbi kunye nokuhamba kwe-chiller yamanzi kwimizi-mveliso?
Ubushushu begumbi kunye nokuhamba zizinto ezimbini ezichaphazela kakhulu umthamo wokupholisa we-industrial chiller. Ubushushu begumbi obuphezulu kunye nokuhamba kwe-ultralow kuya kuchaphazela umthamo wokupholisa we-chiller. I-chiller isebenza kwiqondo lokushisa elingaphezulu kwe-40 ℃ ixesha elide liya kubangela umonakalo kwiindawo. Ke kufuneka siqwalasele ezi parameters zimbini ngexesha lokwenyani.Okokuqala, xa i-chiller ivuliwe, thatha i-T-607 isilawuli sokushisa njengomzekelo, cofa iqhosha elisekunene lotolo kumlawuli, kwaye ufake imenyu yokubonisa isimo. "T1" imele ubushushu beprobe yeqondo lokushisa, xa ubushushu begumbi buphezulu kakhulu, i-alamu yobushushu begumbi iya kuqalisa. Khumbula ukucoca uthuli ukuze uphucule umoya we-ambient.Qhubeka ucofa iqhosha elithi "►", "T2" limele ukuhamba kwesekethe ye-laser. Cinezela iqhosha kwakhona, "T3" imele ukuhamba kwesekethe ye-optics. Xa kufunyaniswe ukuhla kwetrafikhi, i-alam yokuqukuqela iya kuqalisa. Lixesha lokutshintsha amanzi ajikelezayo, kwaye ucoce isikrini sokucoca.

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S&A Teyu chiller