Iindaba

A. Indawo yokuphambuka yokubambisana kwentambo kunye neempawu ezithambileyo zensimbi engenasici kulula ukubangela ukutshixaiibholiti zentsimbi

1. Intsebenziswano yeebholiti zensimbi ezingenasici kunye namantongomane ensimbi angenasiphelo yeyentsebenziswano engenanto, kwaye kukho izicwangciso zeenkonzo zoluntu ezisemgangathweni eziphunyezwe ngokwabo. Ngoko ke, i-axis yeziko lemicu yangaphakathi nangaphandle ayikho kumgca ofanayo xa bebambisana, kwaye ukudibanisa phakathi kweentambo zangaphakathi nangaphandle kufuneka kuncitshiswe ngenxa ye-skewness. Noodle.

2. Inkulu i-angle ye-deflection yebholithi yensimbi engenasici kunye ne-nut yensimbi engenasici, incinci indawo yokunyanzeliswa kwentsebenziswano yentambo, kwaye kulula ukuba ipateni yezinyo yonakaliswe.

3. Amandla ngexesha lenkqubo yokutshixa ayilingani okanye i-skewed, kwaye i-axis ephakathi ye-bolt yensimbi engenasici kunye ne-nut yensimbi engenasici igxininiswe ukuya kwinqanaba eliphezulu, ukwenzela ukuba indawo yokusebenza yebholiti yensimbi engenasici kunye nentambo yensimbi engenasici. ayichukunyiswanga ngokupheleleyo, kwaye amandla angaphezulu aguqulwa abe ngamandla akhomba. Amandla okanye amandla kwiyunithi nganye ayanda.

4. Ibholithi yensimbi engenasici ithambile kune-carbon steel screw. Ukuba iintsimbi zentsimbi ziyawa ngexesha lokutshixa, ziya kubambelela kwaye zingawi, kwaye umsonto uya kungena kwaye uphume kakuhle, ubangele ukuba umzantsi wezinyo ufe phezu kwezinyo.

B. Amandla okutshixa okugqithisileyo kunye ne-low conductivity ye-thermal yensimbi engenasici kunokukhokelela ngokulula kwi-thread locking

1. Ngethuba lokujikeleza kwe-screw kunye ne-nut, ngenxa yokushisa okwenziwa yingxabano, i-thermal conductivity yensimbi engenasici iphantsi. Xa uxinzelelo kunye nobushushu obuveliswayo butshabalalisa umaleko we-chromium oxide (umaleko we-oxide owenza isinyithi esingenasici singabi lula ukurusa), ipateni yezinyo letsimbi yenzeka ngokuthe ngqo. Ukuvalwa, kunye neempawu ezithambileyo zensimbi engenasici, kwaye emva koko kwenzeka into yokunamathela. Ukuba mkhulu amandla okutshixa, kokukhona ubushushu buvela, kwaye kuba lula ukuba intsimbi engatyiwayo yamazinyo eskrufu ibambelele.

2. Xa utshixa i-nut yensimbi engenasici, i-torque (i-locking force) kufuneka ibe mkhulu kunamandla aphikisanayo kwi-bolt yensimbi engenasici kunye ne-stainless steel nut ngokwayo ngaphambi kokuba i-nut ijikelezwe. Xa i-nut ijikeleza kwaye ihla kunye nomgca wentambo, i-bolt yensimbi engenasici iya kwandiswa ngenxa yesenzo samandla okuphendula. Xa itorque (amandla okutshixa) idlula indawo yesivuno (oko kukuthi itorque ekhuselekileyo) yesikrufu, isikrufu siyakuvelisa intsalela yoxinzelelo kwaye sigcine imeko yobude. . Xa i-screw isolula ngaphaya koyilo lwaso olulastiki, i-deformation esisigxina eyenzekayo kwaye intambo iyatshixa

Indlela yonyango yeibholiti yentsimbi engenasiciukutshixa

1. Gcina i-axis esembindini yebholiti yensimbi engenasici kunye nentsimbi yensimbi engenasici ngokuthe ngqo kunye nomgangatho otshixiweyo ukunciphisa i-angle yokuphambuka.

2. Zama ukusebenzisa i-wrench manual ukuze unciphise isantya sokuvala, ugcine imicu ecocekileyo, sebenzisa ioli yokuthambisa ukunciphisa i-coefficient ye-friction, ukunciphisa amandla okushisa, kwaye emva koko unciphise ukunamathela.

3. Sebenzisa i-torque wrench okanye i-socket wrench kangangoko kunokwenzeka ukuze ugweme amandla amaninzi kwaye ulawule i-torque ngaphakathi kweplani ye-torque ekhuselekileyo.

4. Khetha iimveliso ezinobunzima obuphezulu ngokwentelekiso ukunciphisa ukucheba intambo.

5. Ukusetyenziswa kwe-agent ye-anti-locking yensimbi engenasici kunempembelelo ebalulekileyo ekunciphiseni isabelo sokutshixa.

Funda ngakumbi malunga nentsimbi engatyiwa ungaqhagamshelana nathi:/