Iplagi yokukhanya ikwabizwa ngokuba yiplagi yokufudumeza kwangaphambili. Xa injini yedizili ipholile ngexesha lemozulu ebandayo, iplagi inika ubushushu ukuphucula ukusebenza kokuqalisa. Kwangaxeshanye, iplagi yombane iyadingeka ukuba ibe neempawu zokunyuka ngokukhawuleza kobushushu kunye nemeko yobushushu obuphezulu obuhlala buhleli.
Iimpawu zeplagi yombane eyahlukeneyo Iimpawu zeplagi yombane yesinyithi · Ixesha lokufudumeza isantya: imizuzwana emi-3 ubushushu bunokufikelela ngaphezulu kwama-850 degrees Celsius · Ixesha lokufudumeza emva kokuqalisa injini: Emva kokuba injini iqalile, iplagi igcina ubushushu (850 ° C) imizuzwana eli-180 ukunciphisa izinto ezingcolisayo. · Ubushushu bokusebenza: malunga nama-1000 degrees Celsius. Iimpawu zeplagi yombane yeseramikhi · Ixesha lokufudumeza: ubushushu bunokufikelela ngaphezulu kwama-900 degrees Celsius kwimizuzwana emi-3 · Ixesha emva kokuqalisa ukufudumala: Emva kokuba injini iqalile, iplagi igcina ubushushu (900 ° C) imizuzwana engama-600 ukunciphisa izinto ezingcolisayo. Umzobo weskimu wesakhiwo seplagi yombane eqhelekileyo · Ubushushu bokusebenza: malunga. 1150 degrees Celsius. Iimpawu zokufudumeza ngokukhawuleza kweplagi yesinyithi · Ixesha lokufudumeza: ubushushu bungafikelela ngaphezulu kwe-1000 degrees Celsius kwimizuzwana emi-3 · Ixesha lokufudumeza emva kokuqalisa injini: Emva kokuba injini iqalile, iplagi igcina ubushushu (1000 ° C) imizuzwana eli-180 ukunciphisa ungcoliseko. · Ubushushu bokusebenza: malunga ne-1000 degrees Celsius · Ulawulo lwesignali ye-PWM Iimpawu zeplagi yeseramikhi yokufudumeza ngokukhawuleza · Ixesha lokufudumeza: ubushushu bungafikelela ngaphezulu kwe-1000 degrees Celsius kwimizuzwana emi-2 · Ixesha lokufudumeza emva kokuqalisa injini: Emva kokuba injini iqalile, iplagi igcina ubushushu (1000 ° C) imizuzwana engama-600 ukunciphisa ungcoliseko. · Ubushushu bokusebenza: malunga ne-1150 degrees Celsius · Ulawulo lwesignali ye-PWM Iplagi yokufudumeza kwangaphambili yokuqalisa injini yedizili Kukho iintlobo ezahlukeneyo zeeplagi zokufudumeza kwangaphambili, ezona zisetyenziswa kakhulu zezi zintathu zilandelayo: eziqhelekileyo; Uhlobo lolawulo lobushushu (kubandakanya iplagi yokufudumeza kwangaphambili yesixhobo sokufudumeza kwangaphambili esiqhelekileyo kunye nesixhobo esitsha sokufudumeza kwangaphambili esishushu); Uhlobo lwevolthi ephantsi yesixhobo sokufudumeza kwangaphambili esiqhelekileyo esishushu kakhulu. Iplagi yokufudumeza ifakwa kwiikrufu kudonga ngalunye lwegumbi lokutsha lwenjini. Iplagi yokufudumeza inendawo yokumelana neplagi yokufudumeza efakwe kwityhubhu. Umbane udlula kwikhoyili yokuxhathisa, ufudumeza ityhubhu. Ityhubhu inendawo enkulu kwaye inokuvelisa ubushushu obuninzi. Ityhubhu izaliswe zizinto zokuthintela i-coil yokuxhathisa ukuba ingadibani nodonga lwangaphakathi lwetyhubhu ngenxa yokungcangcazela. I-voltage elinganisiweyo yeeplagi zokufudumeza ezahlukeneyo iyahluka ngokuxhomekeke kwi-voltage yebhetri esetyenzisiweyo (12V okanye 24V) kunye nesixhobo sokufudumeza. Ke ngoko, kubalulekile ukusebenzisa uhlobo oluchanekileyo lweplagi yokufudumeza, ukusetyenziswa kweplagi yokufudumeza engalunganga kuya kuba kukutsha kwangaphambi kwexesha okanye ubushushu obaneleyo. Ubushushu - iplagi yokufudumeza elawulwayo isetyenziswa kwiinjini ezininzi zedizili. Iplagi yokufudumeza ixhotyiswe nge-coil yokufudumeza, eneneni eyenziwe ngeekhoyili ezintathu - i-coil yebhloko, i-coil yokulinganisa kunye ne-coil yocingo olushushu - ngokulandelelana. Xa umbane udlula kwiplagi yokufudumeza, ubushushu beringi yentambo eshushu ekwincam yeplagi yokufudumeza kuqala bunyuka kuqala, nto leyo eyenza iplagi yokufudumeza ikhanye. Njengoko ukumelana kwe-equalizing coil kunye ne-arresting coil kusanda kakhulu kunye nobushushu be-quench coil, umbane ohamba kwi-quench coil uyancipha. Ngoko ke iplagi yokufudumeza ilawula ubushushu bayo. Ezinye iiplagi zokufudumeza azinazo ii-equalization coils ngenxa yeempawu zazo zokunyuka kobushushu. Uhlobo olutsha lweplagi yokufudumeza elawulwa bubushushu ayidingi sensor yangoku, nto leyo eyenza kube lula inkqubo yokufudumeza. [2]Isixhobo sokufudumeza uhlobo lweplagi yokufudumeza uhlobo lwe-preheating plug Isixhobo sokufudumeza uhlobo lwe-preheating plug monitor siqulathe iplagi yokufudumeza kwangaphambili, i-preheating plug monitor, i-preheating plug relay kunye nezinye izinto. Xa iplagi yokufudumeza kwangaphambili ishushu, i-preheating plug monitor kwiphaneli yesixhobo iya kuboniswa. I-preheating plug monitor ifakwe kwiphaneli yesixhobo ukujonga inkqubo yokufudumeza yeplagi yokufudumeza kwangaphambili. Iplagi yokufudumeza kwangaphambili ine-resistor eqhagamshelwe kumbane ofanayo. Xa iplagi yepreheater ijika ibe bomvu, le resistor ijika ibe bomvu (ngesiqhelo, ipreheater plug monitor kufuneka ikhanye ibe bomvu kangangemizuzwana eli-15 ukuya kwengama-20 emva kokuba isekethe ivuliwe). Iimonitha ezininzi zepreheat plug ziqhagamshelwe ngaxeshanye. Ke ngoko, ukuba iplagi yepreheat ifinyeziwe, ipreheat plug monitor iya kuba bomvu ngaphambi kwexesha eliqhelekileyo. Kwelinye icala, ukuba ipreheater plug ayicinywanga, kuthatha ixesha elide ukuba ipreheat plug monitor ibe bomvu. Ukufudumeza iplagi yepreheater ixesha elide kunexesha elichaziweyo kuya konakalisa ipreheat plug monitor. Ipreheat plug relay ithintela umbane ogqithisileyo ukuba ungadluli kwi-starter switch kwaye iqinisekisa ukuba ipreheat plug ayizukuchaphazeleka kukuhla kwevolthi okubangelwa yipreheat plug monitor. Ipreheat plug relay inee-relay ezimbini: xa i-starter switch ikwindawo ye-G (preheating), umbane we-relay enye udlula kwi-preheating plug monitor ukuya kwi-preheating plug; Xa iswitshi ikwindawo ye-START, enye i-relay ithumela umbane ngqo kwi-preheat plug ngaphandle kokudlula kwi-preheat plug monitor. Oku kuthintela ukwehla kombane ngenxa yokuxhathisa kwesixhobo sokujonga iplagi yokufudumeza ngexesha lokuqalisa esiza kuchaphazela iplagi yokufudumeza.
