Ungayikhetha Kanjani Umpompi Womshini

1. Khetha ngokuya nge-Tap Nomplemerance Zone
Ompompi bezilwane ezifuywayo bamakwe ngekhodi yokubekezelela indawo ye-pitch ububanzi: H1, H2, kanye ne-H3 ngokulandelana bakhombisa izikhundla ezahlukahlukene zendawo yokubekezelela, kepha inani lokubekezelela liyefana. I-Reference Zone Code of Hand Ompompi yi-H4, inani lokubekezelela, iphutha le-angle ne-angle likhulu kunezimpondo zomshini, kanye nokwelashwa kokushisa nenqubo yokukhiqiza akulungile njengezimpompi zomshini.

I-H4 kungenzeka ingamakwa njengoba kudingeka. Amabanga we-Local Reference Eangaphakathi akwazi ukucutshungulwa yi-Tap Pitch Ukubekezelelana Kwendawo ngokulandelayo: Ikhodi yokubekezelela yeTap Refererance Zone isebenza kumabanga ezindawo angaphakathi wokubekezelela amamaki H1 4h, 5h; H2 5g, 6h; H3 6g, 7h, 7g; H4 6h, 7h Ezinye izinkampani zisebenzisa ompompi ezingenisiwe zivame ukumakwa ngabakhiqizi baseJalimane njenge-ISO1 4H; ISO2 6H; I-ISO3 6G (I-International Standard Iso1-3 ilingana ne-National Standard H1-3), ukuze ikhodi yokubekezelela yethempeli kanye nendawo yokubekezelela intambo yangaphakathi yentambo yokwakheka.

Ukukhetha izinga lentambo Kumanje kukhona amazinga amathathu ajwayelekile emicu evamile: Metric, Imperial, kanye nobunyezwe (owaziwa nangokuthi asmerican). Uhlelo lwe-metric luyintambo ene-angle yephrofayili yezinyo zamazinyo angama-60 ama-degrees angama-millimeters.

2. Khetha ngohlobo lweTapha
Esivame ukusisebenzisa yilezi: ompompi abanombozo oqondile, ompompi be-Spiral Flue, ompompi be-Spiral Point, ompompi be-Extrusion, ngamunye anezinzuzo zawo.
Ompompi abanongwe obuqondile banokuhlobisa okunamandla kakhulu, ngokusebenzisa umgodi noma okungekho-kwensimbi, insimbi engeyona eyokudla noma i-ferrous ingacutshungulwa, futhi intengo ishibhile. Kodwa-ke, ubuhlakani bumpofu futhi, konke kungenziwa, akukho okungcono kakhulu. Ingxenye yesigaxa sokusika ingaba namazinyo amabili, 4, nama-6. Isigaxa esifushane sisetshenziselwa izimbobo ezingezona-ngokusebenzisa izimbobo, kanti isigaxa eside sisetshenziselwa izimbobo. Uma nje umgodi ongezansi ujule ngokwanele, isigaxa sokusika kufanele sibe isikhathi eside ngangokunokwenzeka, ukuze kunamazinyo amaningi abelana ngomthwalo wokusika futhi impilo yenkonzo yinde.

Ompompi bezingonda ze-spiral fluam balungele kakhulu ukucubungula imicu ye-hole engenzi-ngokusebenzisa imigodi, futhi ama-chip akhishwa emuva ngesikhathi sokucubungula. Ngenxa ye-angle ye-helix, i-engela yangempela yokusika ye-tap izokwanda ngokwanda kwe-helix angle. Isipiliyoni siyasitshela: Ukucubungula izinsimbi ezi-Ferrous, i-helix angle kufanele ibe yincane, ngokuvamile cishe ama-30 degrees, ukuqinisekisa amandla amazinyo alula. Ukucutshungulwa kwezinsimbi ezingezona ezi-Ferrous, i-helix angle kufanele ibe nkulu, ebanga cishe ama-degree angama-45, futhi ukusikwa kufanele kube nzima.

I-chip ikhishwa phambili lapho intambo icutshungulwa ngompompi wamaphoyinti. Idizayini yayo yobukhulu obukhulu ayikukhulu, amandla angcono, futhi angamelana nemikhosi emikhulu yokusika. Umphumela wokucubungula izinsimbi ezingewona ama-ferrous, insimbi engenasici, futhi izinsimbi ze-ferrous zihle kakhulu, futhi ompompi be-screw-point kufanele bahlolwe ngokukhethekile ngemicu ye-hole.

Ompompi be-Extrusion balungele kakhulu ukucubungula izinsimbi ezingezona ezi-Ferrous. Ehlukile kwimigomo esebenzayo yokuthopha okungokwengeziwe okungenhla, ikhipha insimbi ukuze ikwenze kube nzima futhi yakha imicu yangaphakathi. Ifayibha yensimbi yangaphakathi ekhishwe yi-Extredy Kodwa-ke, izidingo zomgodi ongezansi kampompi we-extrusion ziphakeme kakhulu: zikhulu kakhulu, futhi inani lensimbi eyisisekelo lincane, eliphumela ngaphakathi ububanzi bentambo bukhulu kakhulu futhi amandla awanele. Uma incane kakhulu, insimbi ebiyelwe futhi ekhishwe kuyongena ndawo yokuhamba, okwenza ukuthi ithempeli liphule.