12V dc isantya esiphezulu sokuvuthela
Iimpawu zeBlower
Igama lebrand: Wonsmart
Uxinzelelo oluphezulu kunye ne-dc brushless motor
Uhlobo lokuvuthela: Ifeni ye-Centrifugal
Umbane:12 VDC
Ukuthwala: Ukuthwala ibhola ye-NMB
Imizi-mveliso eSebenzayo:Iplanti yokuVelisa
Uhlobo lwangoku loMbane: DC
Blade Material: iplastiki
Ukunyuka: Ifeni yeSilingi
Indawo yemvelaphi: eZhejiang, eTshayina
Isiqinisekiso: ce, RoHS
Iwaranti: 1 Unyaka
Emva kokuthengisa Inkonzo ebonelelweyo: Inkxaso ye-Intanethi
Ixesha lokuphila (MTTF): >20,000hours (ngaphantsi kwama-25 degrees C)
Ubunzima: 80grams
Izinto zendlu:PC
Uhlobo lweMoto:ISigaba sesithathu se-DC Brushless Motor
Umlawuli: ngaphandle
Umzobo
Ukusebenza kweBlowwer
I-12V dc i-high speed blower inokufikelela kwi-16m3 / h ukuhamba komoya okuphezulu kwi-0 kpa yoxinzelelo kunye ne-6kpa ephezulu yoxinzelelo olusisigxina. misela i-100% ye-PWM. Enye indawo yomthwalo wokusebenza ibhekisa kwigophe le-PQ elingezantsi:
Usetyenziso
Esi sivuthelo sinokusetyenziswa ngokubanzi kumatshini we-cushion womoya, umatshini we-CPAP, isikhululo sokuphinda sisebenze i-SMD soldering.
DC Brushless Blower Advantage
(1) .12V dc high speed blower inebrushless motors kunye neebheringi zebhola zeNMB ngaphakathi ezibonisa ixesha elide kakhulu lobomi; I-MTTF yale nto yokuvuthela inokufikelela ngaphezu kweeyure ezingama-20,000 kwiqondo lobushushu le-20 degree C.
(2).Le nto yokuvuthela ayifuni sondlo
(3) .Le blower eqhutywa yi-brushless motor controller inemisebenzi emininzi yokulawula eyahlukeneyo efana nokulawulwa kwesantya, ukuphuma kwe-speed pulse, ukukhawuleza okukhawulezayo, i-brake etc.inokulawulwa ngumatshini ohlakaniphile kunye nezixhobo ngokulula.
(3)
Indlela yokusebenzisa iBlowwer ngokuchanekileyo
FAQ
Q: Ngaba nawe uyayithengisa ibhodi yokulawula le fan yokuvuthela?
A: Ewe, sinokubonelela ngebhodi yokulawula elungelelanisiweyo kule fan yokuvuthela.
Kwii-ventilators zonyango, uxinzelelo lwenkqubo (ukuchasana nokuhamba) luyahluka kakhulu ngexesha lokungena komoya.Ngenxa yoko, kunzima ukulawula izinga lokuhamba ukuba ubungakanani bezinga lokuhamba kwangoku kunye noxinzelelo lwenkqubo elindelekileyo awaziwa kwangaphambili ngokufanelekileyo ngokwaneleyo. ukuchaneka. Uxinzelelo lwenkqubo yangoku lunokulinganiswa kwaye lusetyenziswe kwi-loop yokulawula impendulo ukulawula i-blower ngokusebenzisa i-electronic control circuitry. Nangona kunjalo, uxinzelelo lwenkqubo lutshintsha ngokuxhomekeka kwinqanaba lokuhamba langempela, kwaye indawo yokusebenza ye-blower iya kutshintsha ngokunjalo, iphendule kuxinzelelo lwenkqubo eguquguqukayo.Oku kuya kubangela ukungazinzi kwi-ventilator yonyango, ngenxa yemida yokuchaneka. yenzwa yoxinzelelo, ukuziphatha okuguquguqukayo kwe-sensor, njl., Okukhokelela ekuzinzeni nasekulawuleni izinga lokuhamba okungachanekanga.
Iinkqubo ezahlukeneyo ziyaziwa kubugcisa obulawula ukuhamba. Ngokwesiqhelo, izinga lokuhamba kwerhasi lilawulwa ngokusetyenziswa kwevalve yegesi. Kunye nendibaniselwano yecandelo lenzuzo yolawulo lokuqukuqela phambili kunye/okanye ukulungiswa kwempazamo yengxelo (umzekelo, ulandelelwano, oludityanisiweyo nolawulo lwengxelo yempazamo), oku kuvelisa impendulo efunekayo.
Enye indlela eyaziwayo yokulawula izinga lokuhamba kwerhasi kukusebenzisa ngokucacileyo iimpawu zesivutheli. Ukutshintsha ngokulawulekayo isantya sombhobho kungasetyenziselwa ukulawula ukuhamba, ngokusekelwe kubudlelwane obumiselweyo phakathi koxinzelelo lwenkqubo kunye nesantya sokuhamba. Kule meko, umlawuli wempendulo unokusetyenziswa kunye nokulawula ukuhamba kwegesi. Nangona kunjalo, iinguqu kuxinzelelo lwenkqubo zinokutshintsha isantya sokuhamba, nakwisantya sokuvuthela rhoqo. Le ngxaki ayinakusonjululwa ngokupheleleyo ngolawulo lwengxelo. Uxinzelelo lwenkqubo oluqhubekayo lukhokelela kwinkqubo engazinzanga okanye i-oscillations malunga nokuhamba okujoliswe kuyo.
