Ngexesha lokugqibela, sazisa ngokufutshane itekhnoloji yokuphelisa ubushushu ye-laser welder eyaziwayo ephathwayo.Abahlobo abaninzi banomdla kakhulu kwitekhnoloji yethu yokuphelisa ubushushu obupholileyo.Namhlanje siza kuyichaza ngokweenkcukacha.
Ngaphambili, xa sisebenzisa i-laser ye-laser epholileyo epholileyo i-A1500W kwindawo yobushushu obuphantsi ebusika, icompressor yayihlala isilela ukuqalisa.Ukuze kusonjululwe lo mba, i-GW Laser isebenzise ngobuchule itekhnoloji emnyama yempompo yobushushu ephindwe kabini kumbhobho wobushushu weLaser, ukuze ikwazi ukugcina ukusebenza okuzinzileyo kwi- -10 ℃ yobushushu kunye ne +50 ℃ indawo yobushushu.
01, impompo yobushushu ephindwe kabini
Sonke siyazi ukuba yintoni impompo, oko kukuthi, ukuthutha ulwelo olwahlukeneyo olunjengamanzi, ngoko ke "impompo yokufudumala" njengoko igama libonisa ukumpompa ubushushu.
Ngokomthetho wesibini we-thermodynamics: ubushushu abudalwanga kwaye abulahlekile, buhlala budluliswa kuphela.Umgaqo-siseko wokusebenza wempompo yobushushu ye-bidirectional kukudlulisa ubushushu emva naphambili kunye nesikhenkcisi njengomphathi:
Ngexesha lokupholisa, i-refrigerant ihambisa ukushisa kwi-laser ukuya ngaphandle komatshini, ukunciphisa ukushisa kwangaphakathi kwe-laser;
Ngethuba lokufudumala, i-refrigerant idlulisela ukushisa ukusuka kwindawo engqongileyo ukuya kwi-laser, eyandisa ukushisa kwe-laser.
Inkqubo yolawulo lwe-thermal ye-GW yomoya opholileyo we-laser ephathwayo iquka ezi zinto zine zilandelayo: i-compressor, i-condenser, i-valve yokwandisa kunye ne-evaporator.
Imisebenzi yile ingezantsi:
Ø ICompressor: Cindezela isikhenkcezisi segesi, ujike irhasi enoxinzelelo oluphantsi ibe yigesi yoxinzelelo oluphezulu, unikeze ifriji amandla okufunxa ubushushu obusuka kwindawo yobushushu obuphezulu kwaye ukhulule ubushushu bufikelele kwindawo yobushushu obuphantsi, kwaye uncede umjikelo wefriji uqhubeke kakuhle.
Ø Icondenser: Ijiya isikhenkcisi ukusuka kwirhasi ukuya kulwelo kwaye sikhuphe ubushushu
Ø Umphunga: Phumeza isikhenkcisi ukusuka kulwelo ukuya kwirhasi kwaye ufunxe ubushushu.
Ø Ivalve yokwandisa: Guqula ulwelo olunoxinzelelo oluphezulu lube lulwelo olunoxinzelelo oluphantsi.Ukunciphisa uxinzelelo lwefriji, iyancipha indawo yokubilisa.Umsebenzi wevalve yokwandisa kukunciphisa uxinzelelo lwefriji ukuya kwindawo yokubilisa ehambelanayo: iphantsi kweqondo lokushisa eliphantsi ngexesha lokupholisa (linokuthatha ubushushu obuvela kwindawo engqongileyo), kunye nobushushu obuphakathi ngexesha lokufudumala liphezulu ( Khupha ukushisa. kwindawo engqongileyo).
02. Isikhenkcisi
Isikhenkcezisi yinto ephakathi kwinkqubo yefriji.Kulula ukufunxa ubushushu kwaye bujike bube yirhasi, kwaye kulula ukukhulula ubushushu kunye nokujiya bube lulwelo.Kwinkqubo yokulawula ubushushu, idlulisela ubushushu ngokunyuka kwe-evaporation kunye ne-condensation ukufezekisa umphumo wokufudumeza kunye nokupholisa.
Ifriji efanelekileyo kufuneka ibe nezi mpawu zilandelayo:
| Iimpawu ezibonakalayo | Iimpawu zeMichiza |
| Uxinzelelo oluphezulu lobushushu kunye nobushushu obufihlakeleyo: Xa ubushushu bomoya bungaphantsi kunoxinzelelo lwe-atmospheric, kulula ukungena komoya: okukhona ubushushu obufihliweyo bomphunga, kusetyenziswa isikhenkcezisi esincinci, kwaye ubushushu obukhulu bunokufunxwa. | Uzinzile ngokwamachiza: Qinisekisa ukuba ifriji ayiboli ngexesha lokujikeleza |
| Ubushushu obuphezulu bokujiya kunye noxinzelelo oluphantsi: Ukuphakama kweqondo lokushisa lokunyuka, kulula ukudibanisa, kwaye iyancipha iimfuno zendawo engqongileyo: i-condensing pressure ephantsi, oko kuthetha ukuba ifriji inokunyibilika ngoxinzelelo oluphantsi, olunokugcina ukusetyenziswa kwamandla. | Ayinakonakala: Qinisekisa ukuba i-refrigerant ayikhuphi iindawo zangaphakathi ngexesha lokujikeleza |
| Iqondo lomkhenkce elisezantsi: Ngaphandle koko, amalahle abandayo aya kubanda kwaye akakwazi ukujikeleza | Akukho ngcoliseko: Ayinabungozi kwindawo yendalo, ayibhubhisi i-ozone layer, kwaye ayivelisi i-greenhouse effect |
| Umthamo othile wonyibiliko wefriji yegesi incinci: Ukucinezela umatshini, umthamo we-trachea unokuncitshiswa | Ayinatyhefu: Ayiyi kubeka engozini impilo yabantu |
| Ubuninzi befriji yolwelo buphezulu: Imibhobho yolwelo inokunciphisa umthamo | Ukhuseleko: Akukho qhushumbo, umlilo kunye nezinye iingozi ziya kwenzeka ngexesha lokusetyenziswa |
03. Umgaqo wefriji
01. Icompressor icinezela ifriji, ijika ifriji ibe yiqondo lokushisa eliphezulu kunye noxinzelelo oluphezulu lwegesi, kwaye igeleza kwi-heater yangaphandle.
02. Umtshintshi wokushisa wangaphandle usebenza njenge-condenser, i-gas ephezulu yokushisa iyancipha ibe ngumbane obushushu obuphantsi, kwaye ubushushu obuveliswa yi-liquefaction bukhutshwa kumatshini kunye ne-fan.
03. Ubushushu obuphantsi kunye noxinzelelo oluphezulu lwe-refrigerant ye-high-pressure liquide igxininiswe yi-valve yokwandisa kwaye ibe ngubushushu obuphantsi, uxinzelelo oluphantsi, olulula ukukhupha i-evaporate state, kwaye igeleza kwi-interest exchanger yangaphakathi.
04. Ngeli xesha, umtshintshi wokushisa wangaphakathi usebenza njenge-evaporator, ethatha ubushushu obujikelezileyo, ukunciphisa ukushisa kwangaphakathi kwe-laser ukufezekisa umphumo wokupholisa, kwaye ke ifriji ifakwe kwiqondo lokushisa eliphezulu kunye negesi ephantsi yoxinzelelo.
05. I-gas refrigerant ephuhliweyo yi-evaporator ixinzelelwe yi-compressor kwakhona, kunye nomjikelo wokubuyisela.
04. Umgaqo wokufudumeza
01. Icompressor icinezela ifriji, iyiguqule ibe ngubushushu obuphezulu kunye negesi ephezulu yoxinzelelo, kwaye igeleza kwi-interest exchanger yangaphakathi.
02. Ngeli xesha, umtshintshi wokushisa wangaphakathi usebenza njenge-condenser, unciphisa ubushushu obuphezulu kunye noxinzelelo oluphezulu lwe-gas efrijini kwiqondo lokushisa eliphantsi kunye nolwelo oluphezulu, kwaye ukushisa okukhutshiweyo kwandisa ukushisa kwangaphakathi kwelaser ukufezekisa injongo yokufudumeza.
03. Ubushushu obuphantsi kunye noxinzelelo oluphezulu lwelwelo luhamba ngevalve yokwandisa ukunciphisa uxinzelelo kunye nokugeleza kwi-exchange exchanger yangaphandle.
04. Ngeli xesha, umtshintshi wokushisa wangaphandle usebenza njenge-evaporator, kwaye i-refrigerant ye-liquid ithatha ubushushu obuvela ngaphandle komatshini kwaye ikhuphe kwi-gas state.
05. I-refrigerant yegesi iyafunxwa kwaye ixinzelelwe yi-compressor ukwenza ubushushu obuphezulu kunye negesi yoxinzelelo oluphezulu, kunye nomjikelezo wokubuyisela.
Xa upholisa kwaye ufudumeza, ifriji ihamba ngeendlela ezahlukeneyo.Xa ipholisa, iqala ukugeleza kwi-interest exchanger yangaphakathi.Ngeli xesha, umshicileli wobushushu wangaphandle uyi-condenser kwaye umtshintshi wobushushu wangaphakathi yi-evaporator.Xa ukufudumala, ifriji iqala ukuhamba ngokutshintshiselana kokushisa kwangaphakathi.Kule meko, umshicileli wobushushu wangaphakathi yi-condenser kunye ne-external heat exchanger yi-evaporator.Xa ukupholisa kunye nokufudumeza kwiindawo ezahlukeneyo, inkqubo iya kutshintsha indlela yokuhamba kwefriji.
Ukuphumelela kweGW Laser kwiTekhnoloji yokupholisa umoya
Uyilo lwesakhiwo olugqwesileyo:
I-GW Laser ithatha i-design egqwesileyo yesakhiwo kunye nezinto ezilula, ipakisha i-laser ye-1500W kunye nenkqubo yokulawula i-thermal kwi-chassis, kwaye idibanisa inkqubo yokulawula intloko ye-laser, umthamo wokugqibela ngu <0.2m³, ubunzima <60kg, akukho zixhobo ezongezelelweyo zamanzi abandayo, amandla ombane angama-220V, anokusetyenziswa nawe naphi na apho uya khona, ukunciphisa iindleko kunye nokwandisa ukuguquguquka kunye nokuphatheka.
Inkqubo yokulawula ubushushu obuchanekileyo:
Ubushushu buya kuchaphazela ukufunxwa kokukhanya kwempompo ngefayibha yokuzuza, ngaloo ndlela ichaphazela amandla aphumayo e-laser, ngakumbi ipompo ye-976nm, enomdla kakhulu kutshintsho lobushushu.I-Guanghui Laser yenkqubo yokulawula ubushushu obuzenzekelayo ngokusekwe kwi-algorithm ye-PID inokubona ngokuchanekileyo ukuguquguquka kobushushu besixhobo ngasinye esibonakalayo ngaphakathi kwe-laser, kubandakanya indawo yokuzuza kunye ne-laser diode nganye, ukufezekisa ukunyuka kobushushu kunye nokuwa, ukuze iqondo lobushushu lizinze kwindawo epholileyo. inqanaba lelaser elililo.Uluhlu olusebenzayo lokunciphisa impembelelo yokugqithisa okanye ukufudumala kumandla ophumayo.Okwangoku, iilaser ezipholileyo zomoya zeGuanghui Laser zinokusebenza ngokuqhubekayo kwaye zizinzile kumandla apheleleyo ngaphezulu kweeyure ezingama-48 kwindawo ye--10 ℃ ~ 50 ℃, kwaye ukuguquguquka kwamandla ngeyure kungaphantsi kwe-5%.
Ifomula yesikhenkcisi esebenzayo:
I-refrigerant idlulisa ubushushu ngokunyuka kwe-evaporation kunye ne-condensation, kunye ne-refrigerant substances kunye ne-formulation esetyenziswe kwiimeko ezahlukeneyo nazo zihluke.Ifomula yesikhenkcisi ephuhliswe ngokuzimeleyo yiGuanghui Laser inobushushu obukhulu obufihliweyo bokuphuma komphunga kunye nobushushu obuphezulu be-condensation, obunokufikelela kwiziphumo ezibalaseleyo zokufudumeza kunye nokupholisa.Inokuqinisekisa ukusebenza okuzinzileyo komatshini kwindawo engqongileyo -10 ~ 50 °C;kwangaxeshanye, ikhuselekile kwaye ayinayo ityhefu.Akukho monakalo kumzimba womntu okanye kumatshini.
05. Isiphelo
Kwi-GW Laser, umatshini we-welding we-welding owenziwe ngomoya ohlakaniphileyo uyimpumelelo entsha kwindlela yokuvuselela iteknoloji.Kwixesha elizayo, i-GW Laser iya kuqhubeka nokuphonononga kwintsimi yokupholisa umoya kunye nokutshatyalaliswa kobushushu, ukuphucula ukusebenza, ukwandisa iinkqubo, kunye nokuhlangabezana neemfuno ezinkulu zemarike.
Umbhali: GW Laser Tech isicelo injineli Jiaxing.Gu
Ixesha lokuposa: Mar-24-2022