Kwishishini lokuthwala, i-ring fracture ayiyona nje ingxaki yomgangatho we-spherical roller bearings, kodwa enye yeengxaki zekhwalithi yazo zonke iintlobo zeebheringi. Ikwayeyona ndlela iphambili yokuqhawuka komsesane wokuzala. Isizathu sinxulumene ikakhulu nezinto eziluhlaza zokuthwala. Ubudlelwane, kunye nokusebenza okungafanelekanga kwinqanaba elizayo, kuya kubangela iingxaki ezifana nokuphulwa kwe-ferrule ngexesha lokusebenza kwezixhobo. Indlela yokuthintela? Makhe sijonge kunye:
1. Okokuqala, lawula ngokungqongqo izinto eziluhlaza zokwenziwa kweebheringi ze-spherical roller, ngokukodwa ngexesha lokucubungula, kufuneka siphelise izinto ezinqabileyo, ukwahlukana kwe-carbide liquid, i-mesh, ibhanti, kunye nezinye izinto eziqulethwe kwizinto eziluhlaza. Ezi zinto zinje ngokuba ukuba ayipheliswanga, iya kubangela uxinzelelo loxinzelelo, kancinci kancinci amandla asisiseko weringi, kwaye kwiimeko ezinzima kuya kubangela ukuba i-ring ye-spherical bear bearing iphuke ngokuthe ngqo. Apha, abavelisi be-spherical roller bearing bacebisa ukuba wonke umntu azame ukuthenga intsimbi ezinzileyo nethembekileyo, kwaye ajonge rhoqo ukugcinwa kwentsimbi, kunye nolawulo oluvela kumthombo, ukwenzela ukuba kuqinisekiswe ukusetyenziswa kamva.
2. Ukuba iingxaki ezifana nokutshisa, ukufudumala kunye nokuqhekeka kwangaphakathi kwenzeka kwinkqubo yokuvelisa i-spherical roller bearings, ngokuqhelekileyo ngenxa yokuba ulawulo lokushisa ngexesha lokuqulunqa ngexesha lokucubungula aluzinzile ngokwaneleyo, okubangelwa ukunciphisa ukuqina kunye namandla e-ferrule. . Ngoko ke, ukuze ugweme kwaye uthintele izinto ezinjalo, kuyimfuneko ukulawula ngokuthe ngqo ubushushu bokucubungula, ukufudumeza kwe-cyclic kunye neemeko zokutshatyalaliswa kobushushu emva kokubumba. Apha, abavelisi be-spherical roller bearing bacebisa ukuba ukupholisa isitshizi kungasetyenziselwa ukuphelisa ubushushu, ngakumbi kwiibheringi ezinkulu ezizilungelelanisayo. Amakhonkco okuthwala i-roller aneempembelelo ezicacileyo. Apha, kuyimfuneko ukunikela ingqalelo ekulawuleni iqondo lobushushu ngaphezu 700 ℃ kangangoko kunokwenzeka, kwaye akukho zinto kufuneka zigcinwe ngeenxa zonke.
3. Kubaluleke kakhulu ukwenza unyango lobushushu ngexesha lenkqubo yokucubungula. Nika ingqalelo ukuthembeka kwezixhobo zokuvavanya. Kufuneka ihlolwe kwangaphambili phambi kokuba iqhutywe. Uvavanyo olungqongqo lwenziwa ngexesha lokuvavanya ukuqinisekisa ukuthembeka kwedatha yokulinganisa. Iirekhodi zobuxoki kunye nokungakhethi, oku kukwangenxa yesiqinisekiso somgangatho we-spherical roller ngaphandle kwe-ferrule ngexesha lenkqubo yonke yonyango lokushisa. Ukongeza ekuhloleni, iimeko zenkqubo yokucima kufuneka ziphuculwe ngakumbi. Oku kukusombulula iziphene zeringi ezinkulu zokuthwala i-roller. Ukubunjwa kunye nokusebenza kweoli yokucima kufuneka kunqunywe kwangaphambili, kwaye kufuneka isetyenziswe ngokuhambelana ngokungqongqo kunye neemfuno kwaye ithathelwe indawo yioli yokucima ngokukhawuleza. Ukuphucula indlela yokucima ukuphucula iimeko zokucima.
4. Kuba ogqityiweyo spherical roller ring yokuzala, ukutshisa ukugalela kunye neentanda akuvumelekanga, ingakumbi ehambelana umphezulu ring yangaphakathi screwdriver akuvumelekanga ukuba ukutsha, ngoko ke ngokubanzi kuyimfuneko emva pickling. Ukuhlolwa okungqongqo kufuneka kuqhutywe, kwaye iimveliso ezineziphene kufuneka zichongwe. Ukutshisa okumandundu okungenakulungiseka kufuneka kucinywe ngoko nangoko. Iiferuli ezitshisiweyo mazingafakwa kwisixhobo.
5. Kwakhona kukho imigangatho engqongqo yokuchongwa kweebheringi ze-spherical roller. Xa intsimbi ethengiweyo ifakwe kwindawo yokugcina, kufuneka yahlulwe ngokungqongqo phakathi kwe-GCr15 kunye ne-GCr15SiMn, izinto ezimbini ezahlukeneyo kunye neemveliso.
Inxalenye yolu lwazi iphuma kwi-Intanethi, kwaye izama ukuba ikhuseleke, ifike ngexesha kwaye ichane. Injongo kukudlulisela inkcazelo engakumbi, yaye oko akuthethi ukuba iyavumelana neembono zayo okanye inoxanduva lokunyaniseka kwayo. Ukuba ulwazi olushicilelweyo kule webhusayithi lubandakanya ilungelo lokushicilela kunye neminye imiba, nceda uqhagamshelane nale webhusayithi kwangethuba ukuze uyicime.
Ixesha lokuposa: Jul-25-2022