umshini wokufutha we-turbo omncane we-10kw fuel cell
Izici Zomshini Wokubhoboza
Igama lomkhiqizo: i-Wonsmart
Umfutho ophezulu onenjini engenamabhulashi ye-dc
Uhlobo lomshini wokuqhuma: Umlandeli we-Centrifugal
I-Voltage: 48vdc
Ukuthwala: Ukuthwala ibhola le-NMB
Izimboni Ezisebenzayo: Indawo Yokukhiqiza
Uhlobo Lwamanje Lukagesi: DC
Izinto ze-blade: ipulasitiki
Ukufakwa: Umlandeli Wophahla
Indawo Yomsuka: Zhejiang, China
I-Voltage: 24VDC
Isitifiketi: ce, RoHS
Iwaranti: Unyaka ongu-1
Isevisi Yangemva Kokuthengisa Enikeziwe: Usekelo oluku-inthanethi
Isikhathi sokuphila (MTTF): >20,000hours (ngaphansi kwama-degrees Celsius angu-25)
Isisindo: 3 Amakhilogremu
Izinto zezindlu: PC
Usayizi weyunithi: D110*H107mm
Uhlobo lwemoto: Imoto Engenamabhulashi Ezintathu ze-DC
Isilawuli: sangaphandle
Ingcindezi engaguquki: 30kPa
Umdwebo
Ukusebenza Komshini Wokubhoboza
I-WS145110-48-150-X300-SR blower ingafinyelela ukuhamba komoya okuphezulu okungu-29m3/h ngokucindezela okungu-0 kpa kanye nokucindezela okungaguquki okungu-30kpa okuphezulu. Inamandla omoya aphezulu okukhipha uma le blower isebenza ngokumelana okungu-18kPa uma sibeka i-100% PWM, Isebenza kahle kakhulu uma le blower isebenza ngokumelana okungu-16kPa uma sibeka i-100% PWM. Okunye ukusebenza kwe-load point kubhekisela ku-PQ curve engezansi:
Inzuzo ye-DC Brushless Blower
(1) I-WS145110-48-150-X300-SR blower inama-motor angenamabhulashi kanye nama-bearings e-NMB ball ngaphakathi okubonisa isikhathi eside kakhulu sokuphila; i-MTTF yale blower ingafinyelela amahora angaphezu kuka-30,000 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 wokushisa ungasetshenziswa kabanzi emshinini wokuhlanza, kumaseli kaphethiloli.
Indlela Yokusebenzisa I-Blower Ngokufanele
Lo mshini wokufutha ungasebenza ngendlela ye-CCW kuphela. Ukubuyela emuva kwendlela yokusebenza kwe-impeller akukwazi ukushintsha indlela yomoya.
Hlunga ungene endaweni yokungena ukuze uvikele umshini wokuphefumula othulini nasemanzini.
Gcina izinga lokushisa lemvelo liphansi ngangokunokwenzeka ukuze wenze isikhathi sokuphila kwe-blower sibe side.
Imibuzo Evame Ukubuzwa
Q: Singakwazi yini ukuxhuma lo mshini womoya ohamba nge-centrifugal ngqo emthonjeni wamandla?
A: Le fan yokufutha inenjini ye-BLDC ngaphakathi futhi idinga ibhodi yokulawula ukuze isebenze.
Q: Hlobo luni lomthombo wamandla esizowusebenzisa ukushayela le fan yokufutha?
A: Ngokuvamile, amakhasimende ethu asebenzisa ugesi wokushintsha ongu-24vdc noma ibhethri le-Li-on.
U: Ingabe niphinde nithengise ibhodi lokulawula lale fan yokufutha?
A: Yebo, singanikeza ibhodi yokulawula eguquliwe yale fan yokufutha.
Lapho ubuchwepheshe bezimoto zikagesi neze-DC buqala ukuthuthukiswa, iningi lemishini lalinakekelwa njalo ngumuntu oqeqeshwe ekuphathweni kwezinhlelo zezimoto. Izinhlelo zokuqala zokuphatha izimoto zazicishe zibe ngesandla ngokuphelele, zinomsizi oqala futhi amise izimoto, ahlanze imishini, alungise noma yikuphi ukwehluleka kwemishini, njalo njalo.
Ama-DC motor-starter okuqala nawo ayesebenza ngesandla ngokuphelele, njengoba kuboniswe kulesi sithombe. Ngokuvamile kwakuthatha umqhubi cishe imizuzwana eyishumi ukuqhubekisela phambili i-rheostat kancane kancane kuwo wonke ama-contact ukuze andise kancane kancane amandla okufaka kuze kufike esivinini sokusebenza. Kwakukhona izinhlobo ezimbili ezahlukene zala ma-rheostat, elilodwa elisetshenziselwa ukuqala kuphela, kanye nelinye lokuqalisa kanye nokulawula isivinini. I-rheostat yokuqala yayingabizi kakhulu, kodwa yayinezici ezincane zokumelana ezazingasha uma kudingeka ukuze kusetshenziswe imoto ngesivinini esincishisiwe njalo.
Lesi siqalisi sihlanganisa isici sokubamba amandla kagesi esingenawo ugesi, esibangela ukuthi i-rheostat isuke iye endaweni yokucima uma amandla elahlekile, ukuze injini ingazami ukuqala kabusha kamuva endaweni yokucima amandla. Iphinde ibe nesivikelo sokushisa ngokweqile esiphazamisa i-lever iye endaweni yokucima uma kutholakala amandla kagesi amaningi ngaphezu kwenani elibekiwe.
