1 Ukushisela kwesigaba esisodwa

Ngemva kokuvula, umshini wokushisela ungena ngokuzenzakalelayo ku-interface yokushisela njengoba kuboniswe ngezansi, hambisa i-cursor ngokushintsha kwesobunxele nakwesokudla, ucindezela inkinobho ethi “Kulungile” ngemuva kokuthi i-cursor isuke iye kumapharamitha ahambisanayo, bese amapharamitha esesimweni sokufiphaza.

Ngokusebenzisa izinkinobho eziphezulu neziphansi ukuze ushintshe inani lepharamitha, cindezela inkinobho ethi “Kulungile” ukuze ulondoloze inani ledatha. Uma ucindezela inkinobho ethi “ESC” ukuze ulahle ukuguqulwa, idatha izobuyela enanini ledatha ngaphambi kokuguqulwa. Ukusetha inani elithi “1.03 pipe resistance” kulingana nokumelana okuhambisanayo kwephayiphi.

Ngemva kokuthi amapharamitha okushisela asethiwe, hambisa ikhesa liye ku-“RUN” bese ucindezela u-“OK” ukuze ufake inqubo yokushisela.

Qaphela: Setha “ukumelana kwepayipi elingu-1.03” ku-0 uma ungawazi ukumelana kwepayipi, kutholakala iphutha lesekhethi elivulekile kuphela (ukumelana kwepayipi kungaphezu kwama-ohm angu-20 noma ugesi wokukhipha ongu-0) ngesikhathi sokutholwa kwepayipi. Kodwa lokhu kulungiselelwa kuzokhubaza umsebenzi “we-alamu yokuhlonza ukumelana kwepayipi”, ngakho-ke ngeke isethwe lapho kudingeka.

2 Ukushisela ngezigaba eziningi

Uma inqubo yepayipi idinga ukushintshwa kwezigaba eziningi, kuyadingeka ukushintsha "amapharamitha okusetha" → inani lepharamitha elilingana nenani lesigaba elifunwayo "lokushintshwa kwenombolo yokushintshwa kwe-1.02".

Isibonelo: ukumelana kwamapayipi angu-0.4Ω, imodi ye-voltage engaguquki, ukushisela okungu-3, ​​isigaba sokuqala: imizuzwana engu-35V /150, esesibili: imizuzwana engu-40V /250, esesithathu: imizuzwana engu-40V /280, isikhathi sokupholisa singamasekhondi ayi-100.

Okokuqala, sidinga ukuguqula inani lesethi yenombolo yesigaba sokushisela engu-1.02 libe ngu-3, ​​setha inani le-"1.03 pipe resistance" libe ngu-0.4Ω, setha inani le-"1.04 welding parameters" libe ngu-35V, bese sibeka inani le-"1.05 1".^stisikhathi sokushisela” sibe yimizuzwana eyi-150. Lokhu kuqeda isigaba sokuqala sezilungiselelo zokushisela. Okokugcina, udinga ukusetha inani lesikhathi sokupholisa ipayipi esingu-1.16 libe yimizuzwana eyi-100. Bese kuqedwa ukusethwa kwamapharamitha okushisela. Cindezela inkinobho ethi “ESC” ukuze ubuyele esibonakalayo sokushisela esilindile, ungabona ukuthi inani lamapharamitha kanye nenani lesikhathi kufana nezilungiselelo zangaphambilini. Hambisa ikhesa ku-“RUN” bese ucindezela u-“Kulungile” ukuze ufake inqubo yokushisela. Izinyathelo zokusebenza ziboniswe ngezansi:

3 Ukushisela isikenaUma ipayipi lixhunywe nekhodi yebha njengoba kuboniswe ngezansi, ungalifunda ngesikena. Amapharamitha okushisela ikhodi yebha alandelayo yile: i-voltage engaguquki: 39.5V, isikhathi sokushisela: imizuzwana engu-200, isikhathi sokupholisa: imizuzu eyi-15. Ngemva kokuba umsebenzisi exhume kahle, ukusebenzisa isikena ukuskena ibhakhodi kanye nesikena kuzokwenza umsindo othi “beep”, futhi ungabona inani lamapharamitha okushisela elihlaziywe yikhodi yebha esibonakalayo sokulinda ukushisela.： 1、Kuphelauhlobo lomshini wokushisela luqukethe u-“S” onomsebenzi wokusekela umsebenzi wokuskena; 2、Ikhodi yebha kufanele ihambisane nohlobo lwekhodi yebha"Uhlobo lwekhodi yebha engu-3.06"; 3、Kumelwe usebenzise iskena esikhethekileIfakwe yinkampani yethu. Icebiso: i-laser nekhodi yebha ayiwona ama-degree angu-90 ngokuphelele, umphumela wokuskena ungcono kakhulu, i-engeli yokuthambekela ephumelelayo phezulu naphansi ingu-±65°, i-engeli yokuthambekela ephumelelayo phezulu naphansi ingu-±60°, i-engeli yokuthambekela ephumelelayo ngokujikeleza ingu-±42°. Uma uskena ikhodi yebha, sicela uvumele i-laser imboze yonke ikhodi yebha, ngaphandle kwalokho ungase ungakwazi ukufunda idatha efanele.

Lo mkhiqizo uyidivayisi yokuxhuma ehlukile esetshenziselwa ukuxhuma i-polythene pressure kanye ne-electrofusion yamapayipi angenawo umfutho noma i-soket.