I-exhaust manifold licandelo eliphambili eliqokelela iigesi zokukhupha kwiisilinda ze-injini kwaye zikhuphe ngaphandle kwemoto. Ukusebenza kakuhle kwenkqubo yokukhupha yonke into kuxhomekeke kuyilo lobuninzi bokukhupha.
I-exhaust manifold iquka i-exhaust port mount, umbhobho ophindaphindiweyo, i-joint edibeneyo, kunye ne-joint mount. Ngokuqhelekileyo, i-exhaust manifold yemodeli yesithuthi yenziwe ngentsimbi. I-drawback encinci yincinci encinci. , Ukuqina okuncinci, iipayipi azilingani ngobude Ukuphazamiseka kokukhupha kuncinci, ukunciphisa kakhulu ukusebenza kakuhle kwenkqubo yokukhupha.
Okwesibini, elona nyathelo libalulekileyo lokuphucula ukusebenza kakuhle kwenkqubo yokukhupha umoya kukutshintsha indlela yokukhupha intsebenzo ephantsi. Into ebizwa ngokuba yi-high-performance exhaust manifold yi-exhaust manifold eyenziwe ngensimbi engenasici kunye nokuxhatshazwa kwe-corrosion kunye ne-corrosion resistance. I-exoust port intaba yomgangatho ophantsi we-manifold yokukhupha isikwa yi-CNC lathe. Ubuninzi obuphantsi bunokuthintela ukwenzeka kokuvuza komoya.
Kukho iindlela ezimbini zokulungisa imibhobho. Ngokuqhelekileyo, yonke imodeli yesithuthi yenziwa ngokugoba yonke ipayipi. Ukuwelda umbhobho kwisihlalo sokunyusela kwakhona kunenzuzo yokuba udonga lwangaphakathi lugudileyo ngokwentelekiso, ukuxhathisa kombhobho kuphezulu, ubunzima buyacotha, kunye nobubi kukuba ubunzima bombhobho kunzima ukugoba. Amaqhina afileyo aveliswa ngexesha lenkqubo yokwenziwa, kwaye kulula kakhulu ukufikelela kwiindlela ezimfutshane zokukhupha izinto ezinobude obushiyekileyo kunye nokugoba. Ke ngoko, umbhobho odityanisiweyo usekwe kubumba obuyilwe kwangaphambili njengesalathiso, usike imibhobho enama-engile ahlukeneyo kunye nobude obahlukeneyo, weld umbhobho ngamnye ngamnye, kwaye wenze eyona ndawo iphakamileyo yokupolisha kumanqaku e-weld kunye nodonga lwangaphakathi lwe-weld. umbhobho. Nangona umbhobho odityanisiweyo unokwenziwa ukuba ube mfutshane nje, kodwa itekhnoloji yokuwelda kunye nendawo yeemfuno zoyilo lwemibhobho iphantsi kakhulu, ngoko ke kufuneka ingene kunyango lwangaphakathi lokupholisha eludongeni ukufikelela ekudibaneni kodonga lokukhanya lombhobho ogobileyo. . . Ke ngoko, umbhobho odityanisiweyo okumgangatho ophantsi wokukhupha imibhobho ephumayo ibiza kakhulu kuneendlela zokuphuma ezigobileyo.
Ukudibanisa okuninzi kukwahlulahlulwe kwiindidi ezimbini: I-Yuhe 1 kunye nemizuzu emininzi ye-2 kwi-1. Eyokuqala yenzelwe ukugxila kwi-low-speed power output, kwaye le yokugqibela yenzelwe ukugxila kwi-high-speed torque output. Eyona ndlela iphantsi yokukhupha iyiyo yonke into uyilo. Iimveliso eziqhelekileyo ezidityanisiweyo zinobume obucacileyo. Ukungalungi kukuba i-gas exhaust evela kwii-manifolds kufuneka ingaxutywa ngokulinganayo ngaphambi kokuba ikhutshwe, okunzima ukubangela ukuphazamiseka kokukhupha. kwenzeka. Ke ngoko, udibaniso lwendlela yokukhupha exhaust ephuhliswe kwinkqubo yokukhupha umdyarho isetyenziswa njengesakhiwo segumbi lokwandisa elingqukuva, ukuze irhasi yokukhupha ekhutshiweyo kwindawo nganye eninzi inokukhutshelwa ngokufanayo nangokutyibilikayo, ukuthintela ukwenzeka kokuphazamiseka kokuphuma, kunye nokuphucula kakhulu ukusebenza kakuhle.
Kwiminyaka yakutshanje, kukwakho iindlela zokukhupha izinto ezisebenza kancinci ezenziwe ngezinto ze-titanium alloy. Izibonelelo ezincinci ze-titanium alloy materials zinamandla aphantsi kunye nobunzima obucothayo. Ukusebenzisa ubungqingqwa obukhulu kakhulu kunokufikelela amandla amancinci kwaye amancinci kunemathiriyeli yentsimbi. Ubunzima buya bucotha kwaye bucotha, ngoko ke ukuxhathisa kwezixhobo ze-titanium alloy kuya kusiba buthathaka kwaye buthathaka, okunokuthi kufezekiseke ngcono kwaye kuphuculwe ukusebenza kwe-thermal yokwandisa, okunokunyusa ngakumbi ubushushu bokukhupha kunye nokuphucula kakhulu ukusebenza kakuhle kokukhupha.
Ixesha lokuposa: Apr-16-2021