umshini wokufutha we-turbo omncane weseli likaphethiloli elingu-5kw
Izici Zomshini Wokubhoboza
Igama lomkhiqizo: i-Wonsmart
Umfutho ophezulu onenjini engenamabhulashi ye-dc
Uhlobo lomshini wokuqhuma: Umlandeli we-Centrifugal
I-Voltage: 24vdc
Ukuthwala: Ukuthwala ibhola le-NMB
Uhlobo: Fan ye-Centrifugal
Izimboni Ezisebenzayo: Indawo Yokukhiqiza
Uhlobo Lwamanje Lukagesi: DC
Izinto ze-blade: ipulasitiki
Ukufakwa: Umlandeli Wophahla
Indawo Yomsuka: Zhejiang, China
Isitifiketi: ce, RoHS, ETL
Iwaranti: Unyaka ongu-1
Isevisi Yangemva Kokuthengisa Enikeziwe: Usekelo oluku-inthanethi
Isikhathi sokuphila (MTTF): >20,000hours (ngaphansi kwama-degrees Celsius angu-25)
Isisindo: 490 amagremu
Izinto zezindlu: PC
Usayizi weyunithi: D90*L114
Uhlobo lwemoto: Imoto Engenamabhulashi Ezintathu ze-DC
Isilawuli: sangaphandle
Ukucindezela okuqinile: 13kPa
Umdwebo
Ukusebenza Komshini Wokubhoboza
I-WS9290B-24-220-X300 blower ingafinyelela ukuhamba komoya okuphezulu okungu-38m3/h ngokucindezela okungu-0 kpa kanye nokucindezela okungaguquki okungu-13kpa. Inamandla omoya aphezulu okukhipha uma le blower isebenza ngokumelana okungu-7kPa uma sibeka i-100% PWM, Isebenza kahle kakhulu uma le blower isebenza ngokumelana okungu-7kPa uma sibeka i-100% PWM. Okunye ukusebenza kwe-load point kubhekisela ku-PQ curve engezansi:
Inzuzo ye-DC Brushless Blower
(1) I-WS9290B-24-220-X300blower inama-motor angenamabhulashi kanye nama-bearings e-NMB ngaphakathi okubonisa isikhathi eside kakhulu sokuphila; i-MTTF yale blower ingafinyelela amahora angaphezu kuka-20,000 ekushiseni kwemvelo okungu-20°C.
(2) Lo mshini wokufutha awudingi ukulungiswa
(3) Lo mshini wokufaka umoya oqhutshwa yisilawuli semoto esingenamabhulashi unemisebenzi eminingi yokulawula ehlukene njengokulawula isivinini, ukuphuma kwe-speed pulse, ukusheshisa okusheshayo, ukubopha njll. ungalawulwa kalula ngomshini ohlakaniphile nemishini.
(4) Uma iqhutshwa ngumshayeli wemoto engenamabhulashi, i-blower izoba nokuvikelwa kwe-over current, i-voltage engaphansi/ngaphezulu, kanye ne-stall.
Izicelo
Lo mshini wokuphefumula ungasetshenziswa kabanzi ekutholeni ukungcola komoya, embhedeni womoya, emshinini womoya kanye naseziphepheni zomoya.
Indlela Yokusebenzisa I-Blower Ngokufanele
Imibuzo Evame Ukubuzwa
U: Ingabe unayo isevisi yokuhlola nokuhlola?
A: Yebo, singasiza ekutholeni umbiko wokuhlola oqokiwe womkhiqizo kanye nombiko wokuhlolwa kwemboni oqokiwe.
U: Ngingayithola nini ikhotheshini?
A: Sivame ukucaphuna zingakapheli amahora angama-24 ngemuva kokuthola umbuzo wakho. Uma uphuthuma kakhulu ukuthola intengo, sicela usitshele ukuze sibheke umbuzo wakho njengobalulekile.
U: Singathola amasampula? Ingabe kukhona izindleko?
A: Sinikeza amasampula, kodwa akumahhala.
Ukuze kwandiswe impilo yesevisi yemoto ye-DC, kusetshenziswa amadivayisi okuvikela kanye nabalawuli bemoto ukuyivikela ekulimaleni komshini, umswakama owedlulele, ukucindezeleka okuphezulu kwe-dielectric kanye nokushisa okuphezulu noma ukulayisha ngokweqile kwe-thermal. Lawa madivayisi okuvikela azwa izimo zamaphutha emoto futhi angase amemezele i-alamu yokwazisa umqhubi noma aqede amandla ngokuzenzakalelayo imoto uma kwenzeka isimo esingalungile. Ezimweni ezigcwele ngokweqile, ama-motor avikelwe ngama-relay okulayisha ngokweqile kwe-thermal. Ama-protector okushisa ngokweqile kwe-Bi-metal afakwe kuma-windings emoto futhi enziwe ngezinsimbi ezimbili ezingafani. Aklanywe ngendlela yokuthi imichilo ye-bimetallic izogoba ngezindlela eziphambene lapho kufinyelelwa iphuzu lokushisa elibekiwe ukuvula isekethe yokulawula nokuqeda amandla emoto. Ama-heater ayizivikeli zokushisa ngokweqile zangaphandle ezixhunywe ngokulandelana nama-windings emoto futhi zifakwe ku-contactor yemoto. Ama-heater ebhodweni le-solder ayancibilika esimweni sokulayisha ngokweqile, okubangela ukuthi isekethe yokulawula imoto iqede amandla emoto. Ama-heater e-bimetallic asebenza ngendlela efanayo nama-protector e-bimetallic afakiwe. Ama-fuse nama-circuit breaker angama-overcurrent noma ama-short circuit protectors.
Ama-relay amaphutha omhlaba ahlinzeka ngokuvikelwa kokusebenzisa ugesi ngokweqile. Aqapha ugesi phakathi kwama-windings emoto kanye nomhlabathi wohlelo lomhlaba. Kuma-motor-generator, ama-relay wamanje abuyela emuva avimbela ibhethri ekukhipheni nasekuhambiseni ijeneretha. Njengoba ukulahlekelwa yinsimu yemoto ye-DC kungabangela isimo esiyingozi sokubaleka noma isivinini esikhulu, ukulahlekelwa kwama-relay ensimu kuxhunywe ngokuhambisana nensimu yemoto ukuzwa ugesi wensimu. Lapho ugesi wensimu wehla ngaphansi kwephuzu elibekiwe, i-relay izosusa amandla e-armature yemoto. Isimo se-rotor ekhiyiwe sivimbela imoto ukuthi isheshise ngemva kokuba iqalile ukulandelana kwayo kokuqala. Ama-relay ebanga avikela ama-motor emaphutheni e-rotor ekhiyiwe. Ukuvikelwa kwemoto engaphansi kwamandla kagesi kuvame ukufakwa kubalawuli bezimoto noma iziqalisi. Ngaphezu kwalokho, ama-motor angavikelwa kuma-overvoltage noma ukukhuphuka ngama-transformer okuzihlukanisa, imishini yokulungisa amandla, ama-MOV, ama-arresters kanye nezihlungi ze-harmonic. Izimo zemvelo, njengothuli, umhwamuko oqhumayo, amanzi, kanye namazinga okushisa aphezulu, kungathinta kabi ukusebenza kwemoto ye-DC. Ukuze kuvikelwe injini kulezi zimo zemvelo, i-National Electrical Manufacturers Association (NEMA) kanye ne-International Electrotechnical Commission (IEC) banemiklamo ejwayelekile yokuvala injini ngokusekelwe ekuvikelweni kwemvelo abayinikezayo ezintweni ezingcolisayo. Isofthiwe yesimanje ingasetshenziswa futhi esigabeni sokuklama, njenge-Motor-CAD, ukusiza ukwandisa ukusebenza kahle kokushisa kwenjini.
