Uqwalaselo lomatshini kunye neempawu zeThree-piece can zezi zilandelayo:
1, ingalo yokuwelda (i-forging H62 copper) ububanzi obuyi- 86mm; Ivili lokuwelda (i-beryllium cobalt copper alloy) – 116mm ubomi benkonzo yeenkonkxa ezi-5 yezigidi; Ivili lokuwelda elisezantsi (i-beryllium cobalt copper alloy) – 90mm, ubomi benkonzo: 1 yezigidi zeenkonkxa; I-Lap rod (i-Cr12Mov engeniswe kwamanye amazwe) ubomi benkonzo be-5 yezigidi (ubomi benkonzo bubalwa ngokokuphakama kwetanki eyi-400mm, kwaye bunxulumene namanzi okupholisa, ipleyiti, ucingo lwekopolo, i-lap rod inxulumene nepleyiti, ukulungiswa kwe-caliper)
2, ucingo lobhedu oluthambileyo, uthumelo, lunqunyulwe lulawulwa ngokwahlukeneyo.
3, uxinzelelo oluthambileyo lwentambo yobhedu (uxinzelelo), ukusika uxinzelelo kusetyenziswa uxinzelelo lwesilinda, kwaye uxinzelelo luyakwazi ukuhlengahlengiswa.
4. Ukuze kuthintelwe ukuguquka kocingo lobhedu ekuchaphazeleni ukuwelda kwetanki elandelayo, ivili lesibini eliyila i-flatting wheel lifakwa phakathi kwamavili okuwelda aphezulu naphantsi kunye namandla esibini ocingo lobhedu phakathi kwamavili okuwelda aphezulu. Xa isantya sokuwelda siphezulu, akukho mfuneko yokusebenzisa ucingo lobhedu olukhulu, oko konga iindleko zocingo lobhedu.
5, ukuze kuthintelwe ukuwelda ngesantya esiphezulu ngenxa yokushisa kakhulu kwentambo yobhedu okubangelwa kukuthatha ixesha elide kakhulu kwaye kuchaphazele umgangatho wokuwelda kwaye kulula ukuphula ingxaki, kwivili lokuwelda eliphezulu nelisezantsi phakathi kokubumba kwesibini kunye noyilo oluthambileyo lokupholisa amanzi.
6, ukusebenza ngocingo lobhedu kusetyenziswa ukuvumelanisa ezimbini zesivamvo sesantya sokufuduka sase-Itali, ukuqinisekisa ukuba ukusebenza ngokuzenzekelayo ngocingo lobhedu akumisi isiganeko.
7, omabini amacala ohlobo lomzobo anokutya, itafile efanayo yokutya inokulungiswa ububanzi be-50 mm.
8. Xa kutshintshwa isantya sekhani, izenzo zesangqa esijikelezayo ziya kulungelelaniswa ngokuzenzekelayo.
9. Injini etyhala itoti ayiyeki ukuhamba, kwaye ithumela iipulses ukulawula isantya sokondla itoti, ukuqinisekisa ukusebenza kwayo ngaxeshanye.
10, isiguquli sokufaka i-welding sokupholisa amanzi, umthamo we-150KVA, ukuqinisekisa uzinzo lokufaka i-welding ye-welder.
11. Ivili elingaphezulu lokuwelda, ivili elisezantsi lokuwelda kunye ne-transformer yokuwelda ziyapholiswa ngokwahlukeneyo.
12, iinxalenye ze-pneumatic ze-SMC zaseJapan.
13, iJapan Mitsubishi PLC kunye nomlawuli wokuguqulwa kwamaza.
14, isikrini sokuchukumisa saseTaiwan Willuntong, zonke iimpazamo kwaye kulula ukuyisebenzisa ngokujonga nje.
15, imveliso ye-inverter yokuwelda isebenzisa umqhubi we-Japan Mitsubishi IGBT, i-Japan Fuji power module,.
16. Isixhobo seSchneider esine-voltage ephantsi.
17, Taiwan Chenggang deceleration motor.
18. Imoto yokondla itanki isebenzisa imoto ye-servo yeMitsubishi
19, umatshini wonke wamkela iibheringi zaseJapan ze-NSK ezingenisiweyo.
20, ulawulo olupheleleyo lwe-elektroniki, akukho mfuneko ye-clutch.
21. Ibhodi yesekethe ye-elektroniki yenziwe nge-Hitachi electrolytic capacitor, i-Toshiba CBB capacitor, i-MOTOROLA COMS ceramic package (umgangatho womkhosi) isekethe edibeneyo, kunye ne-Japan five-ring precision resistor.
22. Itanki yokukhusela yangaphakathi ye-caliper isebenzisa imiqolo emininzi yeerola zentsimbi engagqwaliyo, kwaye ivili ngalinye lijikeleziswa ziibheringi ukuqinisekisa ukuba umzimba wetanki odibeneyo awunabo ububovu obucacileyo; Ixhotyiswe rhoqo ngesikhokelo sokuthatha, kulula ukuyilungisa.
23. Umatshini wokujika uneeshafti ezili-12 (umatshini ngamnye wamandla uxhotyiswe ngokulinganayo ngeebheringi zokugqibela kuzo zombini iziphelo) kunye neemela ezintathu zokwenza umjelo wokujika. Ukujika kwetanki nganye kugqitywa emva kokujika ii-axes ezintathu, ii-axes ezintandathu kunye neemela ezintathu zokuxova isinyithi, kunye nokujika kwee-axes ezintathu ezijikelezayo. Iyayisoyisa ingxaki yobukhulu obahlukeneyo besangqa somzimba obubangelwa zizinto ezahlukeneyo. Emva kolu nyango, i-can body iqengqelwe ngaphandle kwemiphetho ecacileyo kunye nemikrwelo (intsimbi egqunyiweyo yeyona ibonakalayo).
24, ishaft nganye yomatshini ojikelezayo isebenzisa imo yokuzalisa amafutha ephakathi, ilula kwaye igcina ixesha lokulungisa.
25. Ukuze kuthintelwe ukondliwa ngesantya esiphezulu kwengxaki yokukhuhlana komzimba wetanki, iziqwenga ezininzi zeglasi eqinisiweyo zisetyenziswa njengepleyiti yokuthwala itanki phantsi kokuqengqeleka kwendlela yetanki, kwaye iibheringi ze-PVC zenylon ezingenisiweyo zisetyenziselwa ukukhusela indlela yetanki.
26. Ukuqinisekisa ukuba umzimba wetanki uthunyelwa ngokuchanekileyo kwikheyiji yokukhusela emva komjikelo, ipleyiti yokukhusela itanki yoxinzelelo lwesilinda icinezelwa phambili xa itanki ithunyelwa.
27, imela yokusika ucingo lobhedu isebenzisa izinto ze-alloy, ubomi bayo buhlala ixesha elide.
28, ujongano lokusebenza kwesikrini sokuchukumisa lulula kwaye lucacile. Lo matshini uxhotyiswe ngeendlela ezahlukeneyo zokukhusela, xa kukho impazamo kwisikrini sokuchukumisa uya kubonisa ngokuzenzekelayo kwaye ukhuthaze indlela yokuphatha. Jonga isenzo somatshini, indawo yokufaka/yokukhupha ecwangcisiweyo yokulawula (PLC) ngqo kwisikrini sokuchukumisa.
29. Iphaneli ye-fuselage kunye neqonga letanki zenziwe nge-alloy ye-aluminiyam yeenqwelo-moya ukunciphisa imeko yokufudumeza okubangelwa ngumsinga we-eddy ngexesha lokuwelda.
30. Izibane ze-LED zifakelwe phambi komatshini nangaphezulu kwesangqa sekhoyili, nto leyo elula ukujonga imeko yokusebenza komatshini.
31. Irakhi yokubeka imithwalo phantsi (uhlobo lweenyawo zefolokhwe) ilungele ukulayisha.
32. Ukuwelda ngaphandle kokuyeka ukondla: xa ishiti yesinyithi kwirakhi yokutya iphezulu nge-50-80MM kuphela, umatshini uya kunika i-alamu, kwaye ishiti yesinyithi iya kuhlala phezulu, irakhi yokutya iya kuwa, ilinde ukuba ipleyiti yesinyithi entsha ithuthwe, kwaye iya kuphakama ngokuzenzekelayo, ukuze kuthintelwe ukuyeka xa ukondla.
Ixesha leposi: Matshi 17-2023