Ixabiso leFektri leTshayina le-Electrical DC Transformer Winding Resistance Ohmmeter Epwt

Yindlela elungileyo yokuphucula iimveliso zethu kunye nezisombululo kunye nokulungiswa. Injongo yethu kufuneka ibe kukuvelisa iimveliso kunye nezisombululo ezinobuchule kubathengi sisebenzisa amava okusebenza amangalisayo kwiFactory Price For China Electrical DC Transformer Winding Resistance Ohmmeter Epwt, Ukuba unomdla phantse kuyo nayiphi na imveliso yethu okanye ungathanda ukuxoxa ngokuthenga ngokwezifiso, akufuneki uzive ukhululekile ukuqhagamshelana nathi.
Yindlela elungileyo yokuphucula iimveliso zethu kunye nezisombululo kunye nokulungiswa. Injongo yethu kufuneka ibe kukuvelisa iimveliso kunye nezisombululo ezinobuchule kubathengi sisebenzisa amava okusebenza amangalisayo kubo bonke.Isivavanyeli sokuchasana neTransformer Winding yaseTshayina, Ikhithi yoVavanyo lokuxhathisa ukuPhinda kweTransformer, Imisebenzi yethu yeshishini kunye neenkqubo zethu zenzelwe ukuqinisekisa ukuba abathengi bethu banokufikelela kuluhlu olubanzi lweemveliso kunye nezisombululo ezinexesha elifutshane kakhulu. Le mpumelelo yenziwe liqela lethu elinobuchule namava. Sikhangela abantu abafuna ukukhula nathi kwihlabathi liphela kwaye bahluke kwabanye. Ngoku sinabantu abamkela ikamva, abanombono, abathanda ukolula iingqondo zabo kwaye benze okungaphaya koko babecinga ukuba kuya kwenzeka.
Isetyenziselwa ukuvavanya ukufunxwa komswakama kunye neempawu zokufudumeza kwempahla, kunye nezinye iimvavanyo zokuhlola ubushushu.

GB/T 29866-2013,FZ/T 73036-2010,FZ/T 73054-2015

1. Uluhlu lovavanyo lokunyuka kobushushu kunye nokuchaneka: 0 ~ 100℃, isisombululo se-0.01 ℃
2. Uluhlu lovavanyo lokunyuka kobushushu oluphakathi kunye nokuchaneka: 0 ~ 100℃, isisombululo se-0.01 ℃
3. Ubungakanani besitudiyo: 350mm×300mm×400mm (ububanzi × ubunzulu × ukuphakama)
4. Ukusetyenziswa kweendlela ezine zokuchonga, ubushushu obuyi-0 ~ 100℃, isisombululo se-0.01℃, xhasa iisampulu ezintathu ngexesha elinye lovavanyo. Emva kokuba uvavanyo lugqityiwe
Yenza ijika lobushushu, ubale ngokuzenzekelayo isiphumo ukuze uvelise ingxelo
5. Uluhlu lokubonisa ubushushu: 0 ~ 100℃, isisombululo 0.01 ℃
6. Ukutshintshatshintsha kobushushu: ≤±0.5℃
7. Ulawulo lokufuma oluhambelanayo: 30% ~ 90%±3%
8. Isantya somoya: 0.3m/s ~ 0.5m./s; (iyalungiseka)
9. Ulawulo lwexesha lovavanyo: 0min: 1s ~ 99min: 59s. Isisombululo yi-1s kwaye impazamo yovavanyo yi-±1s
10. Umngxuma wokufaka intambo ecaleni kwebhokisi yovavanyo 1, ubungakanani yi-50mm
11. Ifestile yokujonga iglasi engenanto, ubungakanani: malunga ne-200×250mm
12. Ucango olunye kunye nomcu wokutywina irabha yesilicone ephindwe kabini zisetyenziselwa ukutywina ucango.
13. Umzimba webhokisi uxhotyiswe ngesixhobo sokukhupha amanzi esinomswakama.
14. Istudiyo yebhokisi yovavanyo yenziwe ngepleyiti yentsimbi engagqwaliyo ye-SUS304 enobukhulu obuyi-1mm, iqokobhe lebhokisi lenziwe ngentsimbi engagqwaliyo yomgangatho ophezulu enobukhulu obuyi-1mm
15. Ukufudumala/ukufumisa, i-evaporator yefriji, i-blower motor, i-fan blade kunye nezinye izixhobo zisasazwa kumaleko ophakathi kombhobho womoya kwelinye icala lestudiyo;
16. Izinto zokwambathisa yi-polyamine ester foam, ubukhulu bayo yi-100mm, isiphumo sokwambathisa silungile, umphezulu wangaphandle wegumbi lovavanyo awukhenkcezi, akukho kufuma
17. Uhlengahlengiso oluqhubekayo lwe-PID, kusetyenziswa i-SSR solid state relay njenge-heating actuator, ekhuselekileyo nethembekileyo, enenkqubo yokukhusela ubushushu obugqithisileyo eyahlukileyo.
18. I-Compressor: Eyona nto iphambili kwinkqubo yokukhenkcisa yi-compressor. Kule nkqubo, samkela i-compressor yaseFransi iTaikang evalekileyo ngokupheleleyo ukwenza inkqubo yokukhenkcisa ukuqinisekisa iimfuno zokuphola kwesitudiyo. Inkqubo yokukhenkcisa ibandakanya umjikelo wokukhenkcisa oxinzelelo oluphezulu kunye nomjikelo wokukhenkcisa oxinzelelo oluphantsi. Isikhongozeli esidibanisayo yi-evaporator. Umsebenzi we-evaporative condenser kukusebenzisa i-evaporator yomjikelezo woxinzelelo oluphantsi njenge-condenser yomjikelezo woxinzelelo oluphezulu.
19. I-oyile yokwahlulahlula, ii-compressors zine-oyile eqandisiweyo, ziya kuchaphazela ngqo ubomi bayo, ukuba i-oyile eqandisiweyo ingene kwinkqubo, ingakumbi i-heat exchanger, iya kunciphisa kakhulu ukusebenza kwayo, ngoko ke, inkqubo kufuneka imisele i-oyile yokwahlulahlula, ngokwendlela inkampani yethu eyisebenzisa ngayo i-oyile engeniswe kwamanye amazwe, sixhotyiswe nge-oyile yokwahlulahlula i-ALCO eYurophu nase-United States.
20. I-Condensation evaporator: I-brazed plate heat exchanger eyenziwe yinkampani yaseSweden “Alfalaval” okanye inkampani yaseSweden SWEP, okwangoku ephucukileyo kwihlabathi liphela, yenziwe ngamaqhekeza aliqela e-stainless steel stainless sheet acinezela i-corrugated yabantu abadala, isibini se-stainless steel sheet esisecaleni, umgca ongasemva odibeneyo odibanisa omnye nomnye ukwenza inani elikhulu lamalungu e-contact solder. Ngenxa yeendlela ezintsonkothileyo zenethiwekhi ye-contact crossover kumacala omabini okwakhiwa kolwelo olujikelezayo olujikelezayo, ukuphucula ubushushu obugqithisileyo, kwangaxeshanye ukuhamba okunamandla okuguquguqukayo kunye nomphezulu ogudileyo wentsimbi engagqwali ukwenza i-soldering plate kumphezulu wotshintshiselwano lobushushu wetshaneli akulula ukuyilinganisa, kusetyenziswa i-heat exchanger ukoyisa igumbi lovavanyo lwasekhaya oluphezulu noluphantsi olu bungakanani bewijethi, utshintshiselwano lobushushu kunye nokusebenza okuphantsi kweziphene, Kwangaxeshanye, ukumelana kwenkqubo nako kuncitshiswa kube ncinci.
21. I-evaporator yefriji: i-evaporator ikwindawo ephakathi kombhobho womoya kwelinye icala lebhokisi yovavanyo. Ingeniswa umoya ngamandla yimoto yokuqhuma kunye notshintsho lobushushu olukhawulezayo.
22. Amanyathelo okulawula amandla: Phantsi kwesiseko sebhokisi yovavanyo lwesiqinisekiso kwizalathisi eziphambili zobugcisa, ngokwesantya sokupholisa esahlukileyo kunye noluhlu lobushushu benkqubo, amandla okufriji ahlengahlengisiweyo ayimfuneko, ukongeza koku kungentla sicinga ukwamkela amanyathelo okulungisa amandla ahambelanayo, njengohlengahlengiso lobushushu bokufuma, ulawulo lwamandla, uhlengahlengiso lwegesi eshushu ukuqinisekisa ukuba izalathisi eziphambili zobugcisa ziyahlangabezana nesiseko, ukunciphisa ukusetyenziswa kwamandla kwezixhobo.
23. Inkqubo yemibhobho: ukuqinisekisa ukuba ilingana kakuhle, igumbi lovavanyo lixhotyiswe ngenkqubo yokuhambisa umoya ejikelezayo yangaphakathi; Umaleko wemibhobho yomoya kwelinye icala lestudiyo uxhotyiswe ngezifudumezi, ii-evaporators zefriji, ii-air blades kunye nezinye izixhobo. Umoya osebhokisini ujikeleziswa yifeni. Xa ifeni ijikeleza ngesantya esiphezulu, umoya osestudiyo uphefumlelwa kwimibhobho yomoya ukusuka kwinxalenye esezantsi kwaye uvuthuzwe usuka kwinxalenye ephezulu yombhobho womoya emva kokufudumeza nokufudumeza. Umoya otshintshiselwe nemveliso yovavanyo estudiyo uphefumlelwa kwimibhobho yomoya kwaye ujikelezwe ngokuphindaphindiweyo, ukuze kuhlangatyezwane neemfuno zokuseta ubushushu.
24. Isiqandisi: R404A
25. Amandla: malunga ne-3.5KW
26. Ubungakanani obupheleleyo bumalunga ne-510×950×1310mm (ububanzi × ubunzulu × ukuphakama)
27. Umbane: 220V + 10%V; 50Hz

Ukwakhiwa kwenkqubo yokulawula:
1. Umlinganiselo wobushushu: Ukumelana kweplatinum ye-PT100;
2. Isixhobo sokulawula: isilawuli sobushushu kunye nokufuma esicwangcisiweyo i-TEMI580. Ingabonisa iiparameter zokuseta, ixesha, i-heater kunye nezinye iimeko zokusebenza, ngaxeshanye inomsebenzi wokuvavanya ngokuzenzekelayo kunye nomsebenzi wokuzilungisa we-PID parameter. Ukusebenza ngokuzenzekelayo kwefriji kunokwenziwa kuphela ngokuseta ubushushu. Inkqubo yokulawula isebenzisa inkqubo yesoftware yokulawula ekrelekrele, kunye nokudibanisa ngokuzenzekelayo i-friji, ukufudumeza, kunye nezinye iinkqubo ezingaphantsi, ukuqinisekisa ulawulo oluchanekileyo kulo lonke uluhlu lobushushu kunye nokufuma, ukufezekisa injongo yokonga amandla kunye nokunciphisa ukusetyenziswa. Isixhobo sokufumanisa esigqibeleleyo sinokwenza ngokuzenzekelayo umboniso wempazamo oneenkcukacha, i-alamu, njengaxa igumbi lovavanyo lingaqhelekanga, isilawuli sibonakalisa ngokuzenzekelayo imeko yempazamo.

3. Isibonisi sesikrini: seta ubushushu; Ubushushu obulinganisiweyo; Ubushushu, ixesha, ijika lobushushu kunye nezinye iimeko zokusebenza kunye neempawu ezahlukeneyo ze-alamu.
4. Ukuchaneka kokuseta: ubushushu: 0.1℃
5. Umthamo wenkqubo: 100, inani lilonke lenkqubo liziqendu ezili-1000, ixesha eliphezulu lenyathelo lenkqubo: iiyure ezingama-99 kunye nemizuzu engama-59; Inkqubo ingajikeleza, inkqubo inokudityaniswa;
6. Imo yokusebenza: ukusebenza rhoqo, ukusebenza kwenkqubo;
7. Ezinye izinto eziphambili zombane ezine-voltage ephantsi zisetyenziswa kwiimpawu ezidumileyo: ezifana ne-Schneider AC contactor, i-thermal overload relay, i-OMRON small intermediate relay, i-Delici circuit breaker, i-Taiwan Fangyi water level float switch, njl.

1. Ukhuseleko olugqithisileyo lwesitudiyo;
2. Ukhuseleko lwe-heater short circuit;
3. Ukhuseleko lokugqithisa kwefeni;
4. Ukhuseleko loxinzelelo olugqithisileyo lwecompressor;
5. Ukhuseleko lokugqithisa kwecompressor;
6. Ukhuseleko lokuvuza;
7. Isixhobo sokuxhasa umhlaba esikhuselekileyo nesinokuthenjwa; Yindlela elungileyo yokuphucula iimveliso zethu kunye nezisombululo kunye nokulungiswa. Injongo yethu kufuneka ibe kukuvelisa iimveliso kunye nezisombululo ezinobuchule kubathengi sisebenzisa amava okusebenza amangalisayo kwiFactory Price For China Electrical DC Transformer Winding Resistance Ohmmeter Epwt, Ukuba unomdla phantse kuyo nayiphi na imveliso yethu okanye ungathanda ukuxoxa ngokuthenga ngokwezifiso, akufuneki uzive ukhululekile ukusifumana.
Ixabiso leFektriIsivavanyeli sokuchasana neTransformer Winding yaseTshayina, Ikhithi yoVavanyo lokuxhathisa ukuPhinda kweTransformer, Imisebenzi yethu yeshishini kunye neenkqubo zethu zenzelwe ukuqinisekisa ukuba abathengi bethu banokufikelela kuluhlu olubanzi lweemveliso kunye nezisombululo ezinexesha elifutshane kakhulu. Le mpumelelo yenziwe liqela lethu elinobuchule namava. Sikhangela abantu abafuna ukukhula nathi kwihlabathi liphela kwaye bahluke kwabanye. Ngoku sinabantu abamkela ikamva, abanombono, abathanda ukolula iingqondo zabo kwaye benze okungaphaya koko babecinga ukuba kuya kwenzeka.