Umkhethi wegiya yendlela ye-XCMG ye-role yendlela

Umkhethi wegiya yendlela i-XCMG yendlela yokuqengqeleka yamalungu oMfanekiso ofakiweyo

Inkcazelo emfutshane:

Umkhethi weGear yamaTshayina, umkhethi weGear yamaTshayina, umkhethi weGear wamaTshayina, umkhethi weGear yamaTshayina, umkhethi weGear yamaTshayina, umkhethi weGear yamaTshayina, umkhethi weGear wamaTshayina, umkhethi weGear wamaTshayina, umkhethi weGear wamaTshayina, umkhethi weGear waseTshayina, SHANTUI XI395 XS225JS Umkhethi weGear, umkhethi weGear waseTshayina SHANTUI XD143S.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Umkhethi wegiya

Kuba zininzi iintlobo zeendawo ezisecaleni, asikwazi ukuzibonisa zonke kwiwebhusayithi. Nceda uzive ukhululekile ukuqhagamshelana nathi ukuze ufumane ezinye.

Inzuzo

1. Sinikezela ngeemveliso zoqobo kunye nezasemva kwentengiso kuwe
2. Ukusuka kumvelisi ukuya kumthengi ngokuthe ngqo, ukugcina iindleko zakho
3. Isitokhwe esizinzileyo seendawo eziqhelekileyo
4. Ngexesha lokuHanjiswa kweXesha, kunye neendleko zokuthumela ezikhuphisanayo
5. Ubungcali kunye nexesha emva kwenkonzo

Ukupakisha

Iibhokisi zeebhokisi, okanye ngokwesicelo sabathengi.

inkcazelo

Ubume bomkhethi wegiya bukwimo yokulawula ukubamba. Ibhodi yesekethe yangaphakathi ixhotyiswe nge-coupler ye-photoelectric. Xa isibambo sikwizikhundla ezahlukeneyo, isignali yokulawula ehambelanayo igwetywa ngokudibanisa okunengqiqo kunye nokuphuma kwi-valve ye-solenoid. Iindidi ezahlukeneyo zeevalvu ze-solenoid zivelisa iigiya ezahlukeneyo. Kancinci. Ukudibanisa igiya yevalve ye-solenoid kunye ne-clutch ehambelanayo.
Umgaqo wokusebenza womkhethi wegiya ngokwawo awunzima, kodwa kutheni uhlala usilela? Kwaye nanini na xa isikhethi segiya esitsha sitshintshwa, ukuhamba kubuyela kwesiqhelo. Ngamanye amaxesha emva kokutshintsha umkhethi wegiya entsha, ukusilela okufanayo kwenzeka kungekudala emva kokusetyenziswa.
Ngexesha le-anatomy kunye nokuhlalutya komkhethi wegiya engasebenzi kakuhle, kwafunyaniswa ukuba uninzi lwabakhethi bezixhobo zilungile, kwaye zisenokusetyenziswa ngokuqhelekileyo emva kokuhlanganiswa kwakhona emotweni. Yintoni ingxaki? Ngexesha lovavanyo lokunika amandla, i-electromagnetic edibeneyo efakwe kwibhodi yesekethe ishushu kakhulu. Siyabona ukuba i-electromagnetic iqala ukusebenza xa amandla evuliwe, kwaye i-coil iyatshisa xa inikwe amandla ixesha elide. Isithuba sangaphakathi somkhethi wegiya ngokwawo sincinci, ngenxa yesidingo sokungangeni kwamanzi kunye nothuli, luvalwe ngokupheleleyo ngeenxa zonke, kunye nomngxuma omncinci wokungena. Ngoko umphumo wokutshatyalaliswa kobushushu ubi kakhulu. Emva kovavanyo, phantsi kobushushu obuqhelekileyo be-ambient, ubushushu bangaphakathi bufikelela malunga ne-60 ℃ xa amandla evuliwe iiyure ezili-10, kwaye ubushushu obukufutshane ne-electromagnetic buphezulu. Nangona kunjalo, amanye amacandelo e-elektroniki, anje nge-optical couples kunye ne-restorable fuses, azinzanga kakhulu kumaqondo obushushu aphezulu ngolo hlobo. Oku kukhokelela ekusebenzeni okungazinzanga komkhethi wegiya ngokwayo.
I-XP261 yevili roller ikwaxhotyiswe ngebhokisi yegiya yokutshintsha amandla. Umkhethi wegiya osetyenzisiweyo ngokusisiseko uyafana nowangaphambili. Umahluko kuphela kukuba ayinayo i-clutch yokukhusela i-electromagnetic edibeneyo (ibhokisi ine-torque converter, kwaye inokusetyenziswa ngokuthe ngqo ngaphandle kokunyathela kwi-clutch. Shift). Kodwa izinga layo lokungaphumeleli liphantsi kakhulu.
Inokugwetywa kule nto ukuba ukufudumeza kwe-electromagnet yeyona nto ibangela ukuba umkhethi wegiya asebenze ngokungaqhelekanga.