Sinotruk howo iinxalenye generator FTD2532N for Alternator
Ulwazi olusisiseko
I-JCHHR ibonelela ngoluhlu olupheleleyo lwe-SINOTRUK, HOWO, HOWO PART, HOWO SPARE PARTS, STEYR, WEICHAI, WABCO, WABCO valves, WABCO BRAKE PART, SHACMAN, SHACMAN F2000 PARTS, SHACMAN F3000 PARTS, SINOTRUCK service, ixabiso le-SITRAK
Amalungu elori e-HOWO, iindawo zokulahla iilori ze-HOWO, iindawo zelori ze-HOWO, iindawo zelori ze-HOWO, ii-HOWO A7 zelori, iinxalenye zelori ze-HOWO, iindawo zangaphambili ze-HOWO, ii-HOWO 371 zelori ezishiyekileyo,
Inxalenye ye-HOWO, ilori ye-HOWO tipper, i-HOWO 336, i-HOWO 371, i-HOWO i-concrete mixer, i-HOWO 70T, i-HOWO 70T iinxalenye zelori yemigodi, i-HOVA, i-HOVA 60, i-HOVA ilori yemigodi, ii-HOVA, ii-HOVA 60T, i-STEYR WD615 91 series, STEYR ilori yokulahla, STEYR WD618, WEICHAI，Amalungu Original WEICHAI, Genuine WEICHAI inxalenye, WEICHAI spare parts, WEICHAI WD615, WEICHAI WP10, WEICHAI WP12, WD615, WD615 iinxalenye injini, WD.65p 65D W315 WD. WD615 371hp, WD618 iinxalenye injini diesel, WD618 420hp, D10 iinxalenye injini, D12 iinxalenye injini.
Iinkcukacha
| IGAMA LEMVELISO | FTD2532N | OE NO. | FTD2532N | IGAMA LEBRAND | SINOTRUK Howo |
| INOMBOLO YOMfanekiso | FTD2532N | UMZEKELO WETRICK | WP10, WP12, WP6, WP7, WP5, WP4, WP3, WD615, WD618 | INDAWO EVELA KUYO | eShandong, eTshayina |
| SIZE | Ubungakanani obusemgangathweni | ISIQINISEKISO | CCC | ESEBENZAYO | Howo |
| FACTORY | CNHTC SINOTRUK | UHLOBO | IBHATHI | MOQ | 1pc |
| ISICELO | INKQUBO YENJINI | UMGANGATHO | Ukwenza okuphezulu | MATERUAK | Irabha |
| UKUPAKISHA | Ipakethe esemgangathweni | UKUHAMBISA NGENQANAWE | Ngolwandle, Ngomoya | INTLAWULO | T/T |
Ulwazi Olufanelekileyo
Umsebenzi womlawuli kukukhusela ibhetri, esisixhobo sokukhusela ibhetri, ukuze ugweme ukutshaja ngokugqithiseleyo kunye nokuchaphazela ubomi benkonzo.Umgaqo-siseko kukuba kukho isiphaluka sokufumanisa ngaphakathi komlawuli.Xa i-voltage yebhetri iphezulu kunexabiso elimiselweyo (ngokuqhelekileyo i-14v okanye i-28v), ityhubhu yokutshintsha iya kunqunyulwa kwaye unikezelo lwamandla kwi-coil yokuvuselela i-generator luya kumiswa.Ijenereyitha inokungenzi nto ngaphandle kovuselelo lwangoku [yeka ukuvelisa].
Ngenxa yokuba isantya se-injini sitshintsha kuluhlu olukhulu xa isithuthi sisebenza ngokuqhelekileyo, ngokuqinisekileyo siya kuba nefuthe elikhulu kumbane ophumayo wejenereyitha, kwaye umlawuli wemoto udlala indima ebaluleke kakhulu ekugcineni amandla ombane ngaphakathi kuluhlu oluthile njengoko umbane olawulayo.
Umsebenzi womlawuli wejenereyitha
I-voltage regulator yinxalenye ebalulekileyo yokuncedisa i-generator.Ngenxa yokuba i-rotor ye-alternator iqhutywe kwaye ijikelezwe yi-injini ngebhanti xa isithuthi sisebenza ngokuqhelekileyo, isantya se-injini sitshintsha ukusuka malunga ne-800 rpm kwinqanaba elisezantsi ukuya kwi-6000 rpm phezulu.Isantya se-injini sitshintsha kuluhlu olubanzi, oluya kuthi ngokuqinisekileyo lube nempembelelo enkulu kwi-voltage ephumayo yejeneretha, ibangele utshintsho olukhulu kwi-voltage ephumayo yejeneretha, engenako ukuhlangabezana neemfuno zokusebenza zezixhobo zombane zemoto.Ukuqinisekisa ukuba i-voltage ye-generator inokugcinwa kwixabiso elithile kwizantya ezahlukeneyo, kwaye inokulungelelaniswa ngokuzenzekelayo kunye nokutshintsha kwesantya sejeneretha, ukuze ixabiso lombane ligcinwe kuluhlu oluthile, kuyimfuneko ukufakela. isilawuli sombane ukugcina amandla ombane aphumayo ngokuthe gqolo phantsi kwazo zonke iimeko zokusebenza ze-injini.Ukusebenza okuqhelekileyo kwe-voltage regulator kubaluleke kakhulu ukuqinisekisa ukusebenza okuqhelekileyo kwenkqubo yombane yesithuthi kunye nokwandisa ubomi benkonzo yezixhobo zombane zesithuthi.I-voltage ephumayo (okanye i-voltage yokutshaja) ye-automobile generator regulator inempembelelo enkulu kubomi benkonzo yebhetri.Umsebenzi wayo kukukhusela ibhetri, eyisixhobo sokukhusela ukutshaja kwebhetri, ukuze ugweme ukugqithisa kunye nokuchaphazela ubomi benkonzo.Kwiinkqubo zombane zeemoto ze-12V, umlawuli ulawula umbane ophumayo wejeneretha phakathi kwe-13.8 kunye ne-14.4 volts.
Uhlobo kunye nomgaqo we-generator regulator
Ukususela kumbono wophuhliso lomlawuli we-generator, uye wafumana iintlobo ezintathu: uhlobo loqhagamshelwano, uhlobo lwe-elektroniki kunye nohlobo lolawulo lwe-microcomputer.Uhlobo loqhagamshelwano lusebenzisa oomatshini bokuqhagamshelana noomatshini ukulawula ukudibanisa kunye nokuqhawula i-coil ye-rotor;I-electronic voltage regulator isebenzisa i-triode okanye isiphaluka esidibeneyo ukulawula ukujika kunye nokucima i-coil ye-rotor;Kwimo yokulawula i-microcomputer, iyunithi yokulawula injini okanye inkqubo yolawulo lwamandla eyahlukileyo ilawula uxhulumaniso kunye nokuqhawulwa kwekhoyili ye-rotor.Xa kuziwa kwi-voltage regulator, kuyafuneka ukuba ukhankanye isilawuli sombane esisezantsi sangaphandle kunye nesilawuli sombane esisezantsi.I-internal grounding voltage regulator ilawula indawo yokumisa i-coil ye-rotor ngaphakathi kwe-generator;Indawo yokumisa i-coil ye-rotor yokulawula i-voltage yangaphandle ingaphandle kwejenereyitha.Ngeli xesha lenkcazo, umlawuli we-voltage ye-generator wamkela uyilo lwangaphandle, ngoko ke undoqo kukuba: i-internal grounding voltage regulator ilawula ukunikezelwa kwamandla kwi-coil ye-rotor;Isilawuli sombane esisezantsi sangaphandle silawula ukusekwa kwekhoyili yerotor.
