Isilinda Series

Ukukhethwa kweisilinda ID

Propulsive force on piston rob ofisilinda: F=π/4xD2xPx β(N)

Ukutsala amandla kwipiston ukuphanga isilinda: Fz=π/4X (D2-d2)Px β(N)

D: I-ID yetyhubhu yesilinda (ububanzi bepiston) d: Ububanzi bepiston rob

P: Uxinzelelo lomthombo womoya β: amandla omthwalo (s/ow β = 65%, ngokukhawuleza β =80%)

Amanqaku okufakwa kunye nokusetyenziswa kwe-cylinder

Ukuqhuba kwangaphambili isilinda phantsi kwemeko yomthwalo ongasebenziyo ngaphambi kokufakwa, yifake emva kokuba yonke into ilungile. Khetha indlela yokufakela ngokwemeko yokusetyenziswa, nikela ingqalelo kula manqaku alandelayo:

a:Amandla aya kusetyenziswa kumphezulu omnye xa kunyuswa ulwimi kunye nephini eliphakathi kwe-asi.

b: Amandla asetyenzisiweyo aya kuba kwi-axis enye kunye neziko elixhasayo xa ufaka i-flange, yenza i-flange ibe nefuthe endaweni ye-bolt yayo yokulungisa xa i-flange idibaniswa nesiseko esixhasayo.

c: I-cylinder piston rob ayivumelekanga ukuba ithwale umthwalo othambekele okanye umthwalo osecaleni, i-cylinder ene-overlength yokuhamba iya kwongeza inkxaso okanye isixhobo esikhokelayo, ikhuphe umbhobho ngaphambi kokudibanisa ukuphepha ukungcola ukungena kumbhobho.

Qwalasela isiqhoboshi rhoqo ukuphepha ukukhulula ukwenzeka.

Ukuba kuyimfuneko, hlengahlengisa ivalve ye-throttle ukuba iqhele ukwenza isithinteli kwaye unqande ipiston ukubetha ngempompo yesilinda ukonakalisa iindawo.

I-Aluminiyam ye-Aluminiyam i-Cylinder Mini

Yamkela i-screw-in okanye isakhiwo sokuqhagamshelwa ngokuthe ngqo, ukukhanya kunye nokuncinci kunye nokubukeka okuhle. Isebenzisa izinto ezintsha zokutywina ezinokuxhathisa okulungileyo kwi-abrasion kunye nobomi benkonzo ende.

Imodeli encinci yesilinda

Ikwisayizi encinci ye-axial kwaye ithatha indawo encinci, kunye nesakhiwo sokukhanya kunye nokumila okuhle. Iyakwazi ukuthwala umthwalo omkhulu onqamlezileyo kwaye ifakwe ngokuthe ngqo kuzo zonke iintlobo zezixhobo kunye noomatshini abakhethekileyo.