Isitshizi seringi se-48VDC esinoxinzelelo oluphezulu
Iimpawu zeBlower
Igama lebhrendi: iWonsmart
Uxinzelelo oluphezulu olune-dc brushless motor
Uhlobo lomvuthelo: Ifeni yeCentrifugal
I-Voltage: 48vdc
Ukuthwala: Ibhereyitha yebhola ye-NMB
Amashishini Afanelekileyo: Isityalo Sokuvelisa
Uhlobo lwangoku lombane: DC
Izinto zeBlade: iplastiki
Ukufakelwa: Ifeni yophahla
Indawo yokuQala: Zhejiang, China
I-Voltage: 24VDC
Isiqinisekiso: ce, RoHS
Iwaranti: Unyaka o-1
Inkonzo Yasemva Kokuthengisa Ebonelelwayo: Inkxaso ekwi-intanethi
Ixesha lobomi (MTTF): >20,000 iiyure (ngaphantsi kwama-25 degrees C)
Ubunzima: 3 kg
Izinto zezindlu: PC
Ubungakanani beyunithi: D110*H107mm
Uhlobo lweemoto: Imoto yeBrushless yeSigaba esithathu yeDC
Umlawuli: wangaphandle
Uxinzelelo oluzinzileyo: 30kPa
Umzobo
Ukusebenza kweBlower
I-WS145110-48-150-X300-SR blower inokufikelela kwi-29m3/h ephezulu kuxinzelelo lwe-0 kpa kunye noxinzelelo oluzinzileyo lwe-30kpa. Inamandla aphezulu omoya xa le blower isebenza kuxinzelelo lwe-18kPa ukuba sibeka i-100% PWM, Isebenza kakuhle xa le blower isebenza kuxinzelelo lwe-16kPa ukuba sibeka i-100% PWM. Eminye imisebenzi ye-load point ibhekisa kwi-PQ curve engezantsi:
Inzuzo ye-DC Brushless Blower
(1) I-WS145110-48-150-x300-SR blower ineemoto ezingenamabhrashi kunye neebheringi zebhola ze-NMB ngaphakathi, nto leyo ebonisa ixesha elide kakhulu lokuphila; i-MTTF yale blower inokufikelela kwiiyure ezingaphezu kwama-30,000 kubushushu bendalo obungama-20°C.
(2) Le blower ayifuni kulungiswa;
(3) Le blower iqhutywa yi-brushless motor controller inemisebenzi emininzi eyahlukeneyo yokulawula efana nokulawula isantya, ukuphuma kwe-speed pulse, ukukhawulezisa ngokukhawuleza, iibhuleki njl.njl. inokulawulwa lula ngoomatshini abakrelekrele kunye nezixhobo.
(4) Iqhutywa ngumqhubi wemoto engenabhrashi, iblower iya kuba nokhuseleko lwe-over current, umbane ongaphantsi/ngaphezulu, kunye ne-stall protections.
Izicelo
Esi sitshizi singasetyenziswa kakhulu kumatshini wokucoca i-vacuum, i-fuel cell.
Indlela yokusebenzisa iBlower ngokuchanekileyo
Le blower ingasebenza kwicala le-CCW kuphela. Ukubuyisela icala elibalekayo le-impeller akunakutshintsha icala lomoya.
Hluza ungene kwindawo yokungena ukuze ukhusele isixhobo sokuvuthela uthuli namanzi.
Gcina ubushushu bokusingqongileyo buphantsi kangangoko ukuze ubomi bomatshini wokuphefumla bube bude.
FAQ
Q: Singayisebenzisa le sixhobo somoya esisebenza nge-centrifugal ukufunxa uthuli ngqo?
A: Le fan yokufutha ayinakusetyenziswa ukufunxa uthuli ngqo. Ukuba ufuna ukufunxa uthuli, ungasicela ukuba sikhethe into efanelekileyo kule meko ikhethekileyo yokusebenza.
Q: Yintoni enokuyenza ukuba imeko yokusebenza ingcolile?
A: Kucetyiswa kakhulu ukuba kuhlanganiswe isihluzo kwindawo yokungena yefeni yokufutha.
Q: Ungawunciphisa njani umsindo we-blower?
A: Uninzi lwabathengi bethu basebenzisa igwebu, i-silicone ukugcwalisa phakathi kwefeni ye-blower kunye nomatshini ukuthintela ingxolo ye-blower.
Ekubeni i-DC motor ene-series-wound iphuhlisa i-torque yayo ephezulu ngesantya esiphantsi, idla ngokusetyenziswa kwizicelo zokudonsa ezifana nee-electric locomotives, kunye neetram. Esinye isicelo zii-starter motors zeenjini zepetroli kunye nedizili ezincinci. Ii-series motors akufuneki zisetyenziswe kwizicelo apho i-drive inokungaphumeleli (ezifana nee-belt drives). Njengoko i-motor ikhawuleza, i-armature (kwaye ngenxa yoko i-field current) iyancipha. Ukuncipha kwentsimi kubangela ukuba i-motor ikhawuleze, kwaye kwiimeko ezigqithisileyo i-motor inokuzitshabalalisa, nangona oku kungengxaki kangako kwii-motors ezipholileyo ngefeni (ezinabalandeli abaziqhubayo). Oku kunokuba yingxaki kwii-motors zikaloliwe xa kukho ukulahleka kokunamathela kuba, ngaphandle kokuba zilawulwa ngokukhawuleza, ii-motors zinokufikelela kwisantya esiphezulu kakhulu kunokuba bezinokwenza phantsi kweemeko eziqhelekileyo. Oku akunakubangela iingxaki kwii-motors ngokwazo kunye neegiya kuphela, kodwa ngenxa yesantya esahlukileyo phakathi kwee-rails kunye namavili kunokubangela umonakalo omkhulu kwii-rails kunye nee-wheel treads njengoko zishushu kwaye ziphola ngokukhawuleza. Ubuthathaka bentsimi kusetyenziswa kwezinye ii-electronic controls ukwandisa isantya esiphezulu sesithuthi sombane. Eyona ndlela ilula isebenzisa i-contactor kunye ne-resistor ebuthathaka; ulawulo lwe-elektroniki lujonga umbane we-motor kwaye lutshintshe i-resistor ebuthathaka ye-field ibe yi-circuit xa umbane we-motor wehla ngaphantsi kwexabiso elimiselweyo (oku kuya kwenzeka xa imoto ikwisantya sayo esipheleleyo soyilo). Nje ukuba i-resistor ikwi-circuit, imoto iya kwandisa isantya sayo esingaphezulu kwesantya sayo esiqhelekileyo kwi-voltage yayo elinganisiweyo. Xa umbane we-motor unyuka, ulawulo luya kuyiqhawula i-resistor kwaye i-torque yesantya esiphantsi yenziwe ifumaneke.
