Jerin Silinda

Zaɓinsilinda ID

Ƙarfin da ke fitowa daga silinda na piston: F=π/4xD2xPx β(N)

Jawo ƙarfin piston rob na silinda: Fz=π/4X (D2-d2)Px β(N)

D: ID na bututun silinda (diamita na piston) d:Diamita na piston rob

P: Matsalolin iska β: Ƙarfin nauyi (s/ow β = 65%, sauri β = 80%)

Maki don shigarwa da amfani da silinda

Kafin a fara amfani da silinda, a sanya shi a cikin yanayin aiki ba tare da aiki ba kafin a saka shi, a sanya shi bayan komai ya yi kyau. Zaɓi hanyar shigarwa bisa ga yanayin amfani, a kula da waɗannan abubuwan:

a: Za a yi amfani da ƙarfin a kan saman ɗaya lokacin da ake ɗora harshen da fil ɗin aksali na tsakiya.

b: Ƙarfin da aka yi amfani da shi zai kasance a kan ginshiƙi ɗaya tare da cibiyar tallafi lokacin da aka ɗora flange, yana sa flange ɗin ya ɗauki tasirin maimakon maƙallin gyarawa lokacin da aka haɗa flange ɗin da tushen tallafi.

c: Ba a yarda da bututun piston na silinda ya ɗauki kaya ko kayan gefe ba, silinda mai tsawon tafiya zai ƙara tallafi ko na'urar jagora, share bututun kafin haɗawa don guje wa datti shiga cikin bututun.

A riƙa duba maƙallin akai-akai don kada ya sassauta.

Idan ya zama dole, daidaita bawul ɗin maƙulli zuwa ga tasirin buffer na yau da kullun kuma ku guji piston ɗin ya buga da famfon silinda don lalata sassan.

Ƙaramin Silinda na Aluminum Alloy

Yana amfani da tsarin haɗin da aka haɗa da sukurori ko birgima kai tsaye, mai sauƙi kuma ƙarami tare da kyakkyawan siffa. Yana amfani da sabon kayan hatimi mai juriya ga gogewa da tsawon rai.

Silinda mai siriri irinta

Yana da ƙaramin girman axial kuma yana ɗauke da ƙaramin sarari, tare da tsari mai sauƙi da kyakkyawan siffa. Yana iya ɗaukar babban kaya mai juyawa kuma ana sanya shi kai tsaye akan kowane nau'in kayan aiki da injuna na musamman.