I-YY258A iThermal Resistance Tester yeeTelephu
Isetyenziselwa ukuvavanya ukufunxa kokufuma kunye neempawu zokufudumeza iimpahla ezilukiweyo, kunye nolunye uvavanyo lokuhlola ubushushu.
GB/T 29866-2013,FZ/T 73036-2010,FZ/T 73054-2015
1. Uluhlu lovavanyo lwexabiso lokunyuka kobushushu kunye nokuchaneka: 0 ~ 100℃, isisombululo se-0.01 ℃
2. Umgangatho wovavanyo lwexabiso lokunyuka kweqondo lobushushu kunye nokuchaneka: 0 ~ 100℃, isisombululo se-0.01 ℃
3. Ubungakanani beStudio: 350mm×300mm×400mm (ububanzi × ubunzulu × ubude)
4.Ukusetyenziswa kweendlela ezine zokubona, ubushushu 0 ~ 100℃, 0.01 ℃ isisombululo, ukuxhasa iisampuli ezintathu ngexesha lovavanyo olufanayo.Emva kokuba uvavanyo lugqityiwe
Yenza ijika lobushushu, ubale ngokuzenzekelayo isiphumo ukuvelisa ingxelo
5. Uluhlu lokubonisa lobushushu :0 ~ 100℃, isisombululo 0.01 ℃
6. Ukuguquguquka kobushushu: ≤±0.5℃
7. Ulawulo lokufuma okuhambelanayo: 30% ~ 90%±3%
8. Isantya somoya: 0.3m/s ~ 0.5m./s;(iyalungiseka)
9. Ukulawula ixesha lokuvavanya: 0min: 1s ~ 99min: 59s.Isisombululo ngu-1s kwaye impazamo yovavanyo yi-±1s
10.Ibhokisi yovavanyo icala umngxuma cable threading 1, ubungakanani 50mm
11. Ifestile yokujonga iglasi engenanto, ubukhulu: malunga ne-200 × 250mm
12. Umnyango omnye kunye nomtya wokutywina we-silicone ophindwe kabini usetyenziselwa ukutywinwa komnyango.
13. Umzimba webhokisi uxhotyiswe ngokuphuma kwamanzi e-condensate.
14. Isitudiyo sebhokisi yovavanyo yenziwe nge-1mm engqindilili ye-SUS304 ipleyiti yensimbi engenasici, iqokobhe lebhokisi lenziwe ngentsimbi eyi-1mm etyebileyo ekumgangatho ophezulu.
15. Ukufudumala / ukufudumala, i-evaporator yefriji, i-blower motor, i-fan blade kunye nezinye izixhobo zihanjiswa kwi-interlayer ye-air duct kwelinye icala le studio;
I-16.I-insulation material yi-polyamine ester foam, ubukhulu buyi-100mm, i-insulation effect ilungile, umgangatho wangaphandle wegumbi lokuvavanya awukhenkcezi, akukho condensation.
17. Ulungelelwaniso oluqhubekayo lwe-PID, usebenzisa i-SSR i-state solid relay njenge-actuator yokufudumeza, ikhuselekile kwaye inokwethenjelwa, kunye nenkqubo eyahlukileyo yokukhusela ukushisa.
18. I-Compressor: Ingundoqo yenkqubo yefriji yi-compressor.Kulo cwangciso, samkela i-French Taikang evalwe ngokupheleleyo icompressor ukwenza inkqubo yefriji ukuqinisekisa iimfuno zokupholisa zestudiyo.Inkqubo yefriji iquka umjikelo woxinzelelo oluphezulu lwefriji kunye noxinzelelo oluphantsi lwefriji.Isikhongozeli esidibanisayo singumphunga.Umsebenzi we-evaporative condenser kukusebenzisa i-evaporator ye-low pressure circulation njenge-condenser ye-high pressure circulation.
I-19.I-oil separator, i-compressors ineoli efriziwe, iya kuchaphazela ngqo ubomi bayo, ukuba ioli efriziweyo kwinkqubo, ngakumbi i-heat exchanger, iya kunciphisa kakhulu ukusebenza kwayo, ngoko ke, inkqubo kufuneka imise isahluli seoli, ngokutsho Ukusetyenziswa kwenkampani yethu yokwahlula i-oyile evela kumazwe angaphandle isetyenziswa kwixesha elidlulileyo kunye namava, thina kwesi sixhobo sixhotyiswe ngeYurophu kunye ne-United States "iphezulu" isahluli seoli ye-ALCO.
20. Umphunga womphunga: Ipleyiti etshintshiweyo yokutshintsha ubushushu eveliswe yinkampani yaseSweden "Alfalaval" okanye inkampani yaseSweden SWEP, esele ihambele phambili ehlabathini ngoku, yenziwe ngamaqhekeza amaninzi entsimbi ekwaziyo ukumelana nokutyiwa, ecinezela amazinki abantu abadala, iperi ekufutshane. sheet steel stainless steel corrugated direction opposite, corrupted back line intersecting each other ukwenza inani elikhulu loqhagamshelwano lwe-solder joints.Ngenxa yonxibelelwano oluntsonkothileyo lweendlela zonxibelelwano kumacala omabini okuqukuqela kolwelo olunesiphithiphithi, phucula ubushushu bokuhambisa ubushushu, kwangaxeshanye ukuqukuqela okunamandla okuguquguqukayo kunye nobuso obugudileyo bentsimbi engenanto ukwenza ipleyiti yokuthambisa kwindawo yokutshintshiselana kobushushu kumjelo awukho. lula ukukala, usebenzisa umtshintshisi ubushushu ukoyisa elidlulileyo lwasekhaya eliphezulu kunye negumbi lobushushu eliphantsi lovavanyo lwegumbi lo bungakanani bewijethi, ukuhanjiswa kobushushu kunye nokusebenza okuphantsi kweempazamo, Kwangaxeshanye, ukuxhathisa kwenkqubo kuncitshiswe kuncinci.
21. I-evaporator yefriji: i-evaporator ifumaneka kwi-interlayer ye-air duct kwelinye icala lebhokisi lokuvavanya.Ifakwa umoya ngenkani yimoto eqhumayo kunye nokutshintshana kobushushu obukhawulezayo.
22. Amanyathelo olawulo lwamandla: Phantsi kwesiseko sebhokisi yovavanyo lwesiqinisekiso kwizalathisi eziphambili zobugcisa, ngokwesantya sokupholisa esahlukileyo kunye noluhlu lobushushu lwenkqubo elungelelanisiweyo yefriji yefriji iyimfuneko, thina ukongeza koku kungasentla sithathela ingqalelo ukwamkela ohambelanayo ukongeza uhlengahlengiso lwamandla. amanyathelo, afana nokulungiswa kobushushu bokufudumala, ukulawulwa kwamandla, ukulungelelaniswa kwegesi eshushu ukuze kuqinisekiswe ukuba izibonakaliso eziphambili zobugcisa zidibana nendawo, ukunciphisa ukusetyenziswa kwamandla kwezixhobo.
I-23.Inkqubo ye-Duct: ukwenzela ukuba kuqinisekiswe i-informity index ephezulu, igumbi lokuvavanya lixhotyiswe ngenkqubo yokubonelela ngomoya ojikelezayo wangaphakathi;I-interlayer ye-air duct kwelinye icala le-studio ixhotyiswe ngee-heaters, i-evaporators yefriji, ii-air blades kunye nezinye izixhobo.Umoya osebhokisini ujikeleziswa yi fan.Xa i-fan ijikeleza ngesantya esiphezulu, umoya okwi-studio ufakwe kwi-duct yomoya ukusuka kwindawo engezantsi kwaye uvuthelwe ukusuka kwindawo ephezulu yombhobho womoya emva kokufudumeza kunye nefriji.Umoya otshintshiweyo kunye nemveliso yokuvavanya kwi-studio ifakwe kwi-air duct kunye nokujikeleza ngokuphindaphindiweyo, ukwenzela ukuba uhlangabezane neemfuno zokumisela ubushushu.
24. Isikhenkcisi: R404A
25. Amandla: malunga ne-3.5KW
26. Ubungakanani ngokubanzi malunga 510×950×1310mm (ububanzi × ubunzulu × ukuphakama)
27. Ukunikezelwa kwamandla: 220V + 10% V;50Hz
Ukwakhiwa kwenkqubo yokulawula:
1. Umlinganiselo wobushushu: PT100 ukumelana neplatinam;
2.Isixhobo sokulawula: ubushushu obucwangcisiweyo kunye nesilawuli sokufuma TEMI580.Ingabonisa iiparamitha zokucwangcisa, ixesha, isifudumezi kunye nezinye iimeko ezisebenzayo, kwangaxeshanye unovavanyo oluzenzekelayo kunye ne-PID parameter self-tuning function.Ukusebenza ngokuzenzekelayo kwefriji kunokufezekiswa kuphela ngokumisela ubushushu.Inkqubo yolawulo isebenzisa inkqubo yesoftware yolawulo olukrelekrele, kunye nokudibanisa okuzenzekelayo kwefriji, ukufudumeza, kunye nezinye iinkqubo ezingaphantsi, ukwenzela ukuba kuqinisekiswe ulawulo oluchanekileyo oluphezulu kulo lonke uluhlu lobushushu kunye nomswakama, ukufezekisa injongo yokonga amandla kunye nokunciphisa ukusetyenziswa.Isixhobo sokufumanisa esigqibeleleyo sinokwenza ngokuzenzekelayo umboniso oneenkcukacha, i-alamu, njengaxa igumbi lokuvavanya lingaqhelekanga, umlawuli ubonisa ngokuzenzekelayo isimo sesiphoso.
3. Umboniso weskrini: seta ubushushu;Umlinganiselo wobushushu;Ukufudumeza, ixesha, ijika lobushushu kunye nezinye iimeko zokusebenza kunye neentlobo ezahlukeneyo zokubonisa i-alarm.
4. Ukucwangcisa ukuchaneka: ubushushu: 0.1℃
5. Umthamo weprogram: 100, inani leprogram lilonke lamacandelo angama-1000, inyathelo leprogram elona xesha liphezulu: iiyure ezingama-99 kunye nemizuzu engama-59;Inkqubo inokuhamba, inkqubo inokudityaniswa;
I-6.Imodi yokusebenza: ukusebenza rhoqo, ukusebenza kweprogram;
7. Ezinye izinto eziphambili zombane eziphantsi kwe-voltage zisetyenziswa kwiimpawu ezidumileyo: ezifana ne-Schneider AC contactor, i-thermal overload relay, i-OMRON encinci ye-intermediate relay, i-Delici i-circuit breaker, i-Taiwan Fangyi level level float switch, njl.
1. Ukukhuselwa kobushushu obungaphezulu kwestudiyo;
2.Ukhuseleko lwesiphaluka esifutshane;
3.Ukhuseleko lokugcwala kweeFan;
4. Ukhuseleko loxinzelelo lweCompressor;
5. Ukhuseleko lomthwalo weCompressor;
6. Ukhuseleko lokuvuza;
7. Isixhobo esisisiseko esikhuselekileyo nesithembekileyo;
