i-turbo blower encinci ye-10kw yeseli yamafutha
Iimpawu zeBlower
Igama lebrand: Wonsmart
Uxinzelelo oluphezulu kunye ne-dc brushless motor
Uhlobo lokuvuthela: Ifeni ye-Centrifugal
Amandla ombane: 48vdc
Ukuthwala: Ukuthwala ibhola ye-NMB
Imizi-mveliso eSebenzayo: Iplanti yokuVelisa
Uhlobo lwangoku loMbane: DC
Blade Material: iplastiki
Ukunyuka: Ifeni yeSilingi
Indawo yemvelaphi: eZhejiang, eTshayina
Umbane:24VDC
Isiqinisekiso: ce, RoHS
Iwaranti: 1 Unyaka
Emva kokuthengisa Inkonzo ebonelelweyo: Inkxaso ye-Intanethi
Ixesha lokuphila (MTTF): >20,000hours (ngaphantsi kwama-25 degrees C)
Ubunzima: 3 Kgs
Izinto zendlu:PC
Ubungakanani beyunithi: D110 * H107mm
Uhlobo lweMoto:ISigaba sesithathu se-DC Brushless Motor
Umlawuli: ngaphandle
Uxinzelelo oluzinzileyo: 30kPa
Umzobo
Ukusebenza kweBlowwer
I-WS145110-48-150-X300-SR blower inokufikelela kwi-29m3 / h ephezulu yomoya kwi-0 kpa yoxinzelelo kunye ne-30kpa ephezulu yoxinzelelo lwe-static. Inamandla omoya aphezulu ophumayo xa le blower ibaleka kwi-18kPa ukumelana ukuba sibeka i-100% ye-PWM, Inobuninzi bomoya. ukusebenza kakuhle xa esi sivuthelo sisebenza kwi-16kPa ukuxhathisa ukuba sibeka i-100% ye-PWM.Enye indawo yokusebenza yomthwalo ibhekisela ukuya ngaphantsi kwegophe le-PQ:
DC Brushless Blower Advantage
(1) WS145110-48-150-X300-SR blower inebrushless motors kunye neebheringi zebhola ye-NMB ngaphakathi ebonisa ixesha elide kakhulu lobomi; I-MTTF yesi sivuthelo inokufikelela ngaphezu kwe-30,000hours kwi-20degree C yobushushu bendalo.
(2) Esi sivuthela asifuni sondlo;
(3) Esi siqhumiso esiqhutywa sisilawuli se-brushless motor sinemisebenzi emininzi yolawulo eyahlukeneyo efana nokulawulwa kwesantya, ukuphuma kwesantya se-pulse, ukukhawuleza, ukukhawuleza, i-brake etc.inokulawulwa ngumatshini onengqondo kunye nezixhobo ngokulula.
(4) Iqhutywa yibrushless motor isivutheli iya kuba nokhuseleko lwangoku, ngaphantsi/ngaphezulu kwamandla ombane, ukhuseleko lokuhlala.
Usetyenziso
Esi sivuthela sinokusetyenziswa ngokubanzi kumatshini wokutshayela, iseli yamafutha.
Indlela yokusebenzisa iBlowwer ngokuchanekileyo
Esi sivuthelo singabaleka kwicala le-CCW kuphela.Reverse i-impeller ebalekayo isalathiso asikwazi ukutshintsha i-air direction.
Hluza kwindawo yokungena ukukhusela isivutheli kuthuli namanzi.
Gcina iqondo lobushushu lokusingqongileyo lisezantsi kangangoko ukwenza ubomi bokuvuthela ixesha elide.
FAQ
Umbuzo: Ngaba singakwazi ukudibanisa esi sivutheli-moya sisentabeni ngqo kumthombo wamandla?
A: Le fan yokuvuthela ine-BLDC motor ngaphakathi kwaye idinga ibhodi yokulawula ukuze iqhube.
Q: Loluphi uhlobo lomthombo wamandla esiya kuwusebenzisa ukuqhuba le fan yokuvuthela?
A: Ngokubanzi, abathengi bethu basebenzisa i-24vdc yokutshintsha umbane okanye i-Li-on ibhetri.
Q: Ngaba nawe uyayithengisa ibhodi yokulawula le fan yokuvuthela?
A: Ewe, sinokubonelela ngebhodi yokulawula elungelelanisiweyo kule fan yokuvuthela.
Xa ubuchwephesha bombane kunye nemoto ye-DC yayiphuhliswa okokuqala, uninzi lwezixhobo zazijongwa rhoqo ngumsebenzisi oqeqeshwe kulawulo lweenkqubo zeemoto. Iisistim zokuqala zolawulo lweemoto zaziphantse zabhalwa ngesandla, kunye nomlindi oqala kwaye amise iimotor, ukucoca izixhobo, ukulungisa nakuphi na ukusilela koomatshini, njalo njalo.
Eyokuqala DC motor-abaqalayo kwakhona manual ngokupheleleyo, njengoko kubonisiwe kulo mfanekiso. Ngokuqhelekileyo kuthathe umqhubi malunga nemizuzwana elishumi ukuqhubela phambili ngokucothayo i-rheostat kuwo wonke abafowunelwa ukwandisa ngokuthe ngcembe amandla egalelo ukuya kwisantya sokusebenza. Kwakukho iiklasi ezimbini ezahlukeneyo zezi rheostats, enye isetyenziselwa ukuqalisa kuphela, kunye neyokuqala kunye nokulawulwa kwesantya. I-rheostat yokuqala yayingabizi kakhulu, kodwa inezinto ezincinci zokuxhathisa eziya kutshisa ukuba zifunwa ukuqhuba imoto ngesantya esincitshisiweyo esiqhubekayo.
Esi siqalisi siquka into yokubamba i-no-voltage magnetic, ebangela ukuba i-rheostat iphume kwindawo yokucima ukuba amandla alahlekile, ukuze i-motor ingazami kamva ukuphinda iqalise kwi-voltage epheleleyo. Ikwanalo nokhuseleko oludlulayo olukhukula i-lever ukuya kwindawo yokucima ukuba i-current egqithisileyo ngaphezu kwexabiso elimiselweyo lifunyenwe.
