i-turbo blower encane ye-10kw fuel cell
Izici ze-Blower
Igama lomkhiqizo: Wonsmart
Ukucindezela okuphezulu nge-dc brushless motor
Uhlobo lwe-blower: Ifeni ye-Centrifugal
Amandla kagesi: 48vdc
I-Bearing: I-NMB ibhola eliphethe
Izimboni Ezisebenzayo: Imboni Yokukhiqiza
Uhlobo Lwamanje Logesi: DC
I-Blade Material: ipulasitiki
Ukukhweza: I-Ceiling Fan
Indawo yomsuka: Zhejiang, China
Amandla kagesi: 24VDC
Isitifiketi: ce, RoHS
Iwaranti: Unyaka ongu-1
Isevisi yangemuva kokuthengisa Inikeziwe: Ukusekelwa ku-inthanethi
Isikhathi sokuphila(MTTF): >20,000hours (ngaphansi kuka-25 degree C)
Isisindo: 3 Kgs
Impahla yezindlu: PC
Usayizi weyunithi: D110*H107mm
Uhlobo lweMoto:I-Three Phase DC Brushless Motor
Isilawuli: sangaphandle
Ingcindezi engashintshi: 30kPa
Umdwebo
Ukusebenza kweBlower
I-WS145110-48-150-X300-SR blower ingafinyelela ukugeleza komoya okuphezulu okungu-29m3/h ngengcindezi engu-0 kpa kanye nokucindezela okukhulu okungama-30kpa. Inamandla amakhulu okukhipha umoya uma lesi siphephetha sisebenza ngo-18kPa uma sisetha u-100% PWM, Inomkhawulo omkhulu ukusebenza kahle uma lesi siphephetha sisebenza ngo-16kPa ukumelana uma simisa u-100% we-PWM. Okunye ukusebenza kwephoyinti lokulayisha ukuya ngaphansi kwejika le-PQ:
I-DC Brushless Blower Advantage
(1) I-WS145110-48-150-X300-SR blower inama-brushless motors nama-NMB amabhola ngaphakathi abonisa isikhathi eside kakhulu sempilo; I-MTTF yalesi siphephetha-moya ingafinyelela ngaphezu kwamahora angu-30,000 ekushiseni kwemvelo okungu-20degree C.
(2) Lesi siphephetha-moya asidingi ukunakekelwa;
(3) Lesi sifutho esishayelwa isilawuli semoto esine-brushless sinemisebenzi eminingi yokulawula ehlukene efana nokulawula isivinini, ukuphuma kwe-speed pulse, ukusheshisa ngokushesha, ukubhuleka njll kungalawulwa umshini ohlakaniphile nemishini kalula.
(4) Njengoba ishayelwa umshayeli wemoto engena-brushless isifutha sizoba nokuvikela okungaphezu kwamandla amanje, angaphansi/ngaphezulu, kanye nesitendi.
Izinhlelo zokusebenza
Lesi sifutho singasetshenziswa kakhulu emshinini we-vacuum, i-fuel cell.
Ungalisebenzisa Kanjani I-Blower Kahle
Lesi sifutho singasebenza endaweni ye-CCW kuphela.Ukuhlehlisa isiqondiso esigijimayo asikwazi ukushintsha isiqondiso somoya.
Hlunga endaweni yokungena ukuze uvikele isiphephetha-moya othulini namanzi.
Gcina izinga lokushisa lemvelo liphansi ngangokunokwenzeka ukuze wenze impilo ye-blower ibe yinde.
FAQ
Q: Singasixhuma lesi siphephetha-moya esiyi-centrifugal ngqo emthonjeni wamandla?
A: Le fan ye-blower ine-BLDC motor ngaphakathi futhi idinga ibhodi yesilawuli ukuze isebenze.
Umbuzo: Hlobo luni lomthombo wamandla esizowusebenzisa ukushayela lesi siphephetha-moya?
A: Ngokuvamile, amakhasimende ethu asebenzisa i-24vdc switching power supply noma i-Li-on battery.
Q: Ingabe uyalithengisa futhi ibhodi lesilawuli sale fan ye-blower?
A: Yebo, singanikezela ngebhodi lesilawuli eliguquliwe lale fan ye-blower.
Ngenkathi ubuchwepheshe bezimoto zikagesi neze-DC buqala ukuthuthukiswa, izinto eziningi zokusebenza zazihlale zinakekelwa umuntu oqeqeshelwe ukuphatha amasistimu ezimoto. Izimiso zokuqala zokuphatha izinjini zazicishe zenziwe ngesandla ngokuphelele, kunomsizi oqala futhi amise izinjini, ukuhlanza okokusebenza, ukulungisa noma yikuphi ukwehluleka kwemishini, njalonjalo.
Ama-motor-starter okuqala e-DC nawo ayenziwe ngesandla ngokuphelele, njengoba kukhonjisiwe kulesi sithombe. Ngokuvamile kuthathe u-opharetha cishe imizuzwana eyishumi ukuqhubekisela phambili kancane kancane i-rheostat kubo bonke abathintwayo ukuze kancane kancane andise amandla okufaka aze afike kusivinini sokusebenza. Kwakukhona amakilasi amabili ahlukene alawa ma-rheostats, eyodwa esetshenziselwa ukuqala kuphela, neyodwa eyokuqala nokulawula isivinini. I-rheostat yokuqala yayingabizi kakhulu, kodwa inezici ezincane zokumelana ezazizosha uma kudingekile ukusebenzisa injini ngesivinini esincishisiwe njalo.
Lesi siqalisi sihlanganisa isici sokubamba kazibuthe esingenayo i-voltage, esibangela ukuthi i-rheostat ikhuphuke iye endaweni evaliwe uma amandla elahlekile, ukuze injini ingazami kamuva ukuqalisa kabusha endaweni ye-voltage egcwele. Iphinde ibe nesivikelo se-overcurrent esigibelisa i-lever endaweni yokucisha uma kutholwa amandla amaningi ngaphezu kwenani elimisiwe.
