Uhlalutyo lwenkqubo yokukhupha i-picleser

Njengenxalenye ephambili yefriji kunye nomoya {{0} {{0} {0 {0} {0 {0}-} -}} Inkqubo yayo yokwenziwayo idibanisa iSayensi yeZakhiwo, umatshini, kunye noYilo lweMildimics, efuna ibhalansi phakathi kolawulo oluchanekileyo kunye nolawulo lweendleko. Oku kulandelayo kuchaza inkqubo evela kwiimbono ezintathu: Ukukhetha izinto ezibonakalayo, amanyathelo aphambili okubumba, kunye nokwenziwa kwenkqubo.

1. Ukukhetha izinto kunye nokwamkela

Owona mzimba uphambili we-propitoference thestorser uqhelene iityhubhu zobhedu, i-aluminium fird, kunye ne-corrosion {0} {0} {0 Iityhubhu zobhedu zilukhetho olukhethiweyo kwi-tubessers ye-condenser ngenxa yokuqhutywa kwe-401 ye-401 w / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k / (m · k) I-Aluminium his, ixhomekeke kwi-237 ye-237 w / (m · k / (m · k) kunye neepropathi ezilula, zidityaniswe kwiityhubhu zobhedu ngolwandiso lomatshini okanye ibrazi. Isakhelo siqhele kwenziwe ngentsimbi ye-galvanyity okanye intsimbi engenasimo ukumelana nokufuma kunye nokuthuka kwemichiza yeemeko zangaphandle.

Ngexesha lokuphumla, iityhubhu zobhedu ziyaqhubeka (ngokufudumeza ukuya kuthi ga kwi-500-600 idigri ilandelwa kukuphola kancinci) ukuphelisa uxinzelelo lwangaphakathi kunye nokuphucula ukunganyangeki kwangaphakathi kunye ne-welding. I-Aluminium Fieds ifuna ukucocwa komgangatho (umz.

II. Inkqubo yokwakha inkqubo
I-1. Ukuqulunqwa kwetyhubhu kunye nendibano

I-Tournser's Sublern's Burle Tundele igobile kwimo ethile (njengenyoka okanye inyoka) ngokweemfuno zoyilo. I-CNC ye-CNC ye-CNC ilawula ngokuchanekileyo i-radius (ihlala ingaphezulu okanye ilingana namaxesha ama-3 ububanzi betyhubhu) ukuthintela uxinzelelo olunokubangela ukuba i-tube inciphile okanye ikhutshiwe. Emva kokuyilwa, iityhubhu zobhedu zivavanywa ukuvuza okuncinci kusetyenziswa i-heausium spectrometer yokuqinisekisa itywina eliqinileyo.

I-2. I-Fin kunye ne-tube rundetion

I-Aluminium Fieds ifakwe kwi-tubs yobhedu usebenzisa "umtya- ngenkqubo". I-tube ye-tube yomatshini emva koko isebenza ngoxinzelelo (malunga ne-8 -}}} i-12 MPA) yokwandisa ububanzi be-tube (malunga ne-0.3 mm) Emva kokwanda, uvavanyo lomoya (umzekelo, uxinzelelo lwe-witrogen ukuya kwi-0.5 MPA ngemizuzwana engama-30 ngaphandle kokuqinisekisa ukuvuza {{14} uqhagamshelo lwasimahla. Ezinye iimveliso zokuphela zisebenzisa iinkqubo ze-brazing (umz.

I-3. I-Shell kunye neNkqubo yeNkqubo yokutshiza

Isakhelo sensimbi senziwa yi-laser yokusika kunye ne-welding, kwaye umphezulu uthathwe nge-Epoxy Zinc - i-primorion yokhuseleko. Ukuthathwa kwamanzi kwenkqubo yokutshiza kwakhiwe nge-upvc okanye intsimbi engenanto kwaye iqhagamshelwe bubushushu {{2} - ukuqinisekisa ukuvuza - ukusebenza. Ubeko lwe-nozzle luyenzelwe nge-CFD (i-Complecal Flamics fynamics) Ukulinganisa ukuqinisekisa ukugubungela iyunifomu ye-tube yeTube ngokutshiza ngamanzi.

III. Inkqubo yenkqubo kunye nolawulo lomgangatho

Kwimveliso yanamhlanje yokukhuphela i-professeres, itekhnoloji yedijithali iphuculwe kakhulu ukubumba. Umzekelo, iskenari ye-3D ye-3D isetyenziselwa ukufumana ukuphambuka kwe-pitch ecocekileyo (kunye nokunganyamezelwa kwe-0.5 mm), kunye ne-upotic welding kunciphisa impazamo yomntu. Ngokuphathelele izinto, abavelisi abazimeleyo basebenzisa iityhubhu zobhedu ze-rouncal Oku kunyusa indawo yokutshintshiselana ngobushushu kwaye kunciphisa ukusetyenziswa kwamandla, kodwa ukubumba kwabo kufuna ukuphuma ngokuthe ngqo kunye neenkqubo ezigqibeleleyo.

Ukongeza, iimfuno zoKhuselo lweNkcubeko kukuqhuba inkqubo yokuqhuba Kwaye inkqubo ye-welding itshintshele ezantsi

Ukuqukumbela

Inkqubo yokubumba yokukhuthazeka kukhuthazwe kukubonakalisa okubanzi kwezinto ezibonakalayo, oomatshini, kunye netekhnoloji. Ukusuka kwi-teusis efanelekileyo kwindibano ethembekileyo yamaxesha athembekileyo, inyathelo ngalinye lifuna ulawulo lweparamitha olungqongqo ukuze lifezekise ubushushu obufanelekileyo kunye nobomi obude. Njengoko ishishini lefrijini lifudukela kulondolozo lwamandla kunye nengqungquthela, iinkqubo zokubumba zexesha elizayo ziya kuqhubeka zingaphambili (ezinjenge-AI {{2} {{3} {{3} {{3}]