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I-YY258A I-Thermal Resistance Tester Yezindwangu

Incazelo emfushane:

Isetshenziselwa ukuhlola ukumelana nokushisa kwazo zonke izinhlobo zezindwangu ngaphansi kwezimo ezijwayelekile kanye nokunethezeka komzimba.


Imininingwane Yomkhiqizo

Omaka bomkhiqizo

Izinhlelo zokusebenza

Isetshenziselwa ukuhlola ukumuncwa komswakama kanye nezakhiwo zokushisisa zezindwangu, kanye nakwezinye izivivinyo zokuhlola izinga lokushisa.

Umhlangano Ojwayelekile

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

Imingcele Yezobuchwepheshe

1. Ibanga lokuhlola inani lokukhuphuka kwezinga lokushisa nokunemba: 0 ~ 100℃, ukulungiswa okungu-0.01 ℃
2. Isilinganiso sokuhlola inani lokwenyuka kwezinga lokushisa nokunemba: 0 ~ 100℃, ukulungiswa kuka-0.01 ℃
3. Usayizi wesitudiyo: 350mm×300mm×400mm (ububanzi × ukujula × ukuphakama)
4.Ukusetshenziswa kokutholwa kweziteshi ezine, izinga lokushisa 0 ~ 100℃, ukulungiswa kwe-0.01 ℃, ukusekela amasampula amathathu ngesikhathi sokuhlolwa okufanayo.Ngemva kokuhlolwa sekuqediwe
Khiqiza ijika lokushisa, ubale ngokuzenzakalelayo umphumela ukuze ukhiqize umbiko
5. Ibanga lokubonisa izinga lokushisa :0 ~ 100℃, ukulungiswa 0.01 ℃
6. Ukushintshashintsha kwezinga lokushisa: ≤±0.5℃
7. Ukulawula ukuswakama okuhlobene: 30% ~ 90%±3%
8. Isivinini somoya: 0.3m/s ~ 0.5m./s;(kuyalungiseka)
9. Ukulawula isikhathi sokuhlola: 0min: 1s ~ 99min: 59s.Ukulungiswa ngu-1s futhi iphutha lokuhlola ngu-±1s
I-10.Ibhokisi lokuhlola ikhebula eseceleni elihlanganisa imbobo engu-1, ubukhulu bungama-50mm
11. Iwindi lokubuka ingilazi elingenalutho, usayizi: mayelana ne-200 × 250mm
12. Umnyango owodwa kanye ne-double silicone rubber sealing strip isetshenziselwa ukuvala umnyango.
13. Umzimba webhokisi ufakwe indawo yokukhipha amanzi e-condensate.
14. Isitudiyo sebhokisi lokuhlola senziwe ngepuleti lensimbi engagqwali elingu-1mm elingu-1mm elingu-SUS304, igobolondo lebhokisi lenziwe ngensimbi engagqwali engu-1mm ewugqinsi.
15. I-Heating/humidifier, i-evaporator yesiqandisi, i-blower motor, i-fan blade namanye amadivaysi asatshalaliswa ku-interlayer ye-air duct ekupheleni kwe-studio;
I-16.I-insulation material yi-polyamine ester foam, ukujiya buyi-100mm, umphumela wokushisa muhle, indawo yangaphandle yegumbi lokuhlola ayiqhwa, akukho ukufingqa.
17. Ukulungiswa okuqhubekayo kwe-PID, kusetshenziswa i-SSR solid state relay njenge-actuator yokushisisa, iphephile futhi inokwethenjelwa, enohlelo oluhlukile lokuvikela izinga lokushisa elingaphezu kwamandla.
18. I-Compressor: Ingqikithi yesistimu yesiqandisi yi-compressor.Kulolu hlelo, samukela i-French Taikang compressor evalwe ngokugcwele ukuze sakhe uhlelo lwesiqandisi ukuze kuqinisekiswe izidingo zokupholisa zestudiyo.Isistimu yesiqandisi ihlanganisa umjikelezo wokucindezela okuphezulu kwesiqandisi kanye nomjikelezo ophansi wefriji.Isiqukathi esixhumayo yi-evaporator.Umsebenzi we-condenser ehwamukayo ukusebenzisa i-evaporator ye-low pressure circulation njenge-condenser yokujikeleza komfutho ophezulu.
I-19.Isihlukanisi samafutha, ama-compressors anamafutha afriziwe, azothinta ngqo impilo yawo, uma amafutha afriziwe ohlelweni, ikakhulukazi i-heater exchanger, azonciphisa kakhulu ukusebenza kwawo, ngakho-ke, uhlelo ludinga ukusetha isihlukanisi samafutha, ngokusho kwe ukusetshenziswa kwenkampani yethu isihlukanisi sikawoyela esingenisiwe sisetshenziswa esikhathini esidlule kanye nesipiliyoni, thina kule divayisi ifakwe i-Europe kanye ne-United States "high" ALCO isihlukanisi sikawoyela.
20. I-condensation evaporator: I-brazed plate heat exchanger ekhiqizwe yinkampani yase-Sweden "Alfalaval" noma inkampani yase-Sweden SWEP, okuyinkampani ethuthuke kakhulu emhlabeni njengamanje, yakhiwe ngezingcezu ezimbalwa zeshidi lensimbi engagqwali elingagqwali elicindezela uthayela wabantu abadala, ipheya eseduze. insimbi engagqwali ishidi lukathayela isiqondiso okuphambene, ulayini emuva kukathayela uyaphambana ukwakha inqwaba contact solder amalunga.Ngenxa yokuxhumana okuyinkimbinkimbi kwamashaneli enethiwekhi ye-crossover ezinhlangothini zombili zokugeleza kwesiphithiphithi sokwakheka, ukuthuthukisa amandla okudlulisa ukushisa, ngasikhathi sinye ukugeleza kwesiyaluyalu okunamandla kanye nobuso obushelelezi bensimbi engagqwali ukwenza ipuleti le-soldering endaweni yokushintshanisa ukushisa kwesiteshi akuyona. kulula ukukala, usebenzisa isishintshi sokushisa ukuze unqobe ikamelo elidlule lokuhlola izinga lokushisa lasekhaya eliphezulu neliphansi lobukhulu bewijethi, ukudluliswa kokushisa nokusebenza kahle okuphansi kwamaphutha, Ngesikhathi esifanayo, ukumelana kwesistimu nakho kuncishiswa kube kuncane.
21. I-evaporator yesiqandisi: i-evaporator itholakala ku-interlayer ye-air duct ekupheleni kwebhokisi lokuhlola.Ifakwa umoya ngenkani yi-blast motor kanye nokushintshashintsha kokushisa okusheshayo.
22. Izinyathelo zokulawula amandla: Ngaphansi kwesisekelo sebhokisi lokuhlola isiqinisekiso ezinkomba zobuchwepheshe eziyinhloko, ngokuya ngesivinini esihlukile sokupholisa kanye nebanga lokushisa lomthamo wesiqandisi olungisiwe wesistimu ubalulekile, thina ngaphezu kwalokhu okungenhla sicabangela ukwamukela okuhambisanayo ukwengeza ukulungiswa kwayo kwamandla. izinyathelo, ezifana nokulungiswa kwezinga lokushisa lokuhwamuka, ukulawulwa kwamandla, ukulungiswa kwegesi eshisayo ukuze kuqinisekiswe ukuthi izinkomba zobuchwepheshe eziyinhloko zihlangabezana nesisekelo, ukunciphisa ukusetshenziswa kwamandla kwemishini.
I-23.Isistimu ye-Duct: ukuze kuqinisekiswe inkomba ephakeme yokufana, igumbi lokuhlola lifakwe uhlelo lwangaphakathi olujikelezayo lokuhambisa umoya;I-interlayer ye-air duct engxenyeni eyodwa yesitudiyo ifakwe ama-heaters, ama-evaporators efrijini, ama-air blades namanye amadivaysi.Umoya osebhokisini usakazwa yi-fan.Lapho isiphephetha-moya siphenduka ngesivinini esikhulu, umoya osestudio udonselwa emgudwini womoya osuka engxenyeni engezansi bese uphuma engxenyeni engenhla yomgudu womoya ngemva kokushisa nesiqandisi.Umoya oshintshiwe nomkhiqizo wokuhlola ku-studio udonswa emgudwini womoya futhi ujikeleze ngokuphindaphindiwe, ukuze uhlangabezane nezidingo zokusetha izinga lokushisa.
24. Isiqandisi: R404A
25. Amandla: cishe 3.5KW
26. Ubukhulu obuphelele obungaba ngu-510×950×1310mm (ububanzi × ukujula × ukuphakama)
27. Ukunikezwa kwamandla: 220V + 10%V;50Hz

Isistimu yokulawula

Lawula ukwakheka kwesistimu:
1. Ukulinganisa izinga lokushisa: PT100 ukumelana neplatinamu;
I-2.Idivayisi yokulawula: isilawuli sokushisa esihlelekayo kanye nomswakama TEMI580.Ingabonisa amapharamitha wokusetha, isikhathi, i-heater kanye nezinye izimo zokusebenza, ngesikhathi esifanayo inokuhlola ukusebenza okuzenzakalelayo kanye nomsebenzi wokuzihlela wepharamitha we-PID.Ukusebenza okuzenzakalelayo kwesiqandisi kungenziwa kuphela ngokubeka izinga lokushisa.Uhlelo lokulawula lusebenzisa isistimu yesofthiwe yokulawula ehlakaniphile, enenhlanganisela ezenzakalelayo yesiqandisi, ukufudumeza, nezinye izinhlelo ezincane, ukuze kuqinisekiswe ukulawula okunembayo okuphezulu kulo lonke uhla lokushisa nomswakama, ukufeza inhloso yokonga amandla nokunciphisa ukusetshenziswa.Idivayisi yokuthola ephelele ingakwazi ukwenza ngokuzenzakalelayo isibonisi sephutha esinemininingwane, i-alamu, njengalapho igumbi lokuhlola lingajwayelekile, isilawuli sibonisa ngokuzenzakalelayo isimo sephutha.

3. Isibonisi sesikrini: setha izinga lokushisa;Izinga lokushisa elilinganisiwe;Ukushisa, isikhathi, ijika lokushisa nezinye izimo zokusebenza kanye nenhlobonhlobo yenkomba ye-alamu.
4. Ukunemba kokusetha: izinga lokushisa: 0.1℃
5. Umthamo wohlelo: 100, isamba senani lohlelo lamasegimenti ayi-1000, isikhathi esiphezulu sesinyathelo sohlelo: amahora angama-99 nemizuzu engama-59;Uhlelo lungangena, uhlelo lungaxhunyaniswa;
6.Imodi yokusebenza: ukusebenza njalo, ukusebenza kohlelo;
7. Ezinye izingxenye eziyinhloko zikagesi ezine-voltage ephansi zisetshenziswa kumikhiqizo edumile: njenge-Schneider AC contactor, i-thermal overload relay, i-OMRON encane edluliselwe phakathi, i-Delici circuit breaker, i-Taiwan Fangyi level water float switch, njll.

Idivayisi Yokuvikela Ukuphepha

1. Ukuvikelwa kwezinga lokushisa ngokweqile kwestudiyo;
I-2.Isivikelo esifushane se-heater;
3.Ukuvikela ukugcwala kwabalandeli;
4. Ukuvikelwa kwe-Compressor overpressure;
5. Ukuvikelwa kwe-compressor overload;
6. Ukuvikelwa kokuvuza;
7. Ithuluzi eliyisisekelo eliphephile nelinokwethenjelwa;


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