I-SZ450E CNC I-Lathe Yokujika Eqondile
Ukucushwa okujwayelekile
1. Uhlelo lwe-CNC FANUC 0i-TF Plus
2. Umbhoshongo wokusika oneziteshi ezingu-8 ovundlile
3. Isibambi samathuluzi okugcina (izingcezu ezi-2), isibambi samathuluzi sobubanzi obungaphakathi (izingcezu ezi-2)
4. Ububanzi bangaphakathi obuthwala i-spindle yesivinini esiphezulu obuyi-120mm (A2-8)
5. I-chuck yamafutha enama-jaw amathathu angu-12"
6. Isilinda esijikelezayo esinomfutho ophakathi kawoyela
7. Uhlelo lokulinganisela i-nitrogen
8. Isitimela se-X axis, isitimela se-Z axis
9. Uhlelo lokucindezela uwoyela
10. Idivayisi yokushintsha umfutho ophezulu nophansi we-Chuck
11. I-Transformer
12. Isishintshi sokushisa sekhabhinethi kagesi
13. Uhlelo lokuthambisa oluzenzakalelayo
14. Imoto yokuthutha amafayili ensimbi kanye namafayili ensimbi
Isikrini sokubonisa umbala se-LCD esingu-15.10.4 "
16. Iphaneli yokusebenza yesiShayina
17. Ibhokisi lamathuluzi namathuluzi
18. Izibani zokusebenza
19. Izibani zokuxwayisa
20. Ukushintsha unyawo
21. Insimbi egcwele isembozo
22. Ukusika uhlelo lokupholisa oluwuketshezi
23. IZIMPANDE EZINTO ...
24. Umbala womshini ojwayelekile (phezulu: RAL 7035 ngezansi: RAL 9005)
1. Izinhlelo Zokulawula ze-Siemens
2. Isihlukanisi samanzi namafutha
3. Umqoqi wenkungu yamafutha
4. I-Hydraulic chuck engu-15" 18"
5. Uzipho Oluqinile
6. Idivayisi yokupholisa umoya yebhokisi lokulawula kagesi
7. Iminyango ezenzakalelayo
8. Uhlelo lokulinganisa amathuluzi
9. Uhlelo lokulinganisa umsebenzi
10. Isibambi samathuluzi se-VDI (imodeli ye-E+C turret)
11. Ukudluliselwa kwezigaba ezimbili
12. Idivayisi yokuvala umnyango wokuphepha
13. Amaphrojekthi e-Turnkey
14. Cacisa umbala (phezulu: RAL phansi: RAL)
| Imininingwane Yemodeli | I-SZ450E | |
| Ububanzi obukhulu obujikelezayo | mm | 640 |
| Ububanzi obukhulu bokusika | mm | 620 |
| Ukuphakama okuphezulu kokusika | mm | 460 |
| I-chuck ye-hydraulic yemihlathi emithathu | intshi | 12" |
| Isivinini se-spindle | i-rpm | 50~2500 |
| Ububanzi bangaphakathi bebhereyi yomgodi oyinhloko | mm | 120 |
| Impumulo yespindle | A2-8 | |
| Uhlobo lwe-Turret | okuvundlile | |
| Inani lamathuluzi | ama-pcs | 8 |
| Usayizi wethuluzi | mm | 32,40 |
| Ukuhamba kwe-X-axis | mm | 320 |
| Ukuhamba kwe-Z-axis | mm | 500 |
| Ukufuduka okusheshayo ku-X-axis | m/min | 20 |
| Ukufuduka okusheshayo kwe-Z-axis | m/min | 24 |
| Amandla enjini ye-spindle FANUC | kw | 15/18.5 |
| Amandla enjini ye-servo ye-X-axis | kw | 1.8 |
| Amandla enjini ye-servo ye-Z-axis | kw | 3 |
| Injini ye-hydraulic | kw | 2.2 |
| Ukusika imoto kawoyela | kw | 1kw*3 |
| Ubude bokubonakala komshini x ububanzi | mm | 3200×1830 |
| Ukuphakama komshini | mm | 3300 |
| Isisindo somshini ophelele | kg | 6000 |
| Umthamo kagesi ophelele | I-KVA | 45 |
| Cha. | igama | Imininingwane yobuchwepheshe kanye nokunemba | Umkhiqizi | Izwe/Isifunda |
| 1 | Uhlelo lokulawula izinombolo | I-FANUC 0i-TF Plus | I-FANUC | I-Japan |
| 2 | Injini ye-spindle | 15kw/18.5kw | I-FANUC | I-Japan |
| 3 | Injini ye-servo ye-X/Z | 1.8kw/3kw | I-FANUC | I-Japan |
| 4 | Ukusekela kwesikulufo | I-BST25*62-1BP4 | I-NTN/NSK | I-Japan |
| 5 | Ukuthwala umgodi oyinhloko | 234424M.SP/NN3020KC1NAP4/NN3024TBKRCC1P4 | I-FAG/NSK | IJalimane/iJapani |
| 6 | I-Turret | I-MHT200L-8T-330 | Mai Kun/Xin Xin | I-Taiwan |
| 7 | Isihlanzi sezitshiphusi | Ipuleti eliboshwe ngamaketanga | Fuyang | IShanghai |
| 8 | Uhlelo lwe-hydraulic | I-SZ450E | Izilwandle eziyisikhombisa | I-Taiwan |
| 9 | Uhlelo lokulinganisela i-nitrogen | I-SZ450E | UJoaquin | I-Wuxi |
| 10 | Isilayidi esiqondile | I-X-axis 35, i-Z-axis 35 | I-Rexroth | IJalimane |
| 11 | Isikulufu sebhola | I-axis X 32*10, i-axis Z 32*10 | I-Shanghai Silver/Yintai | I-Taiwan |
| 12 | Iphampu ecwiliswe emanzini | Amandla alinganisiwe e-CH4V-40 1KW Ukugeleza okulinganisiwe 4m3/h | I-Sanzhong (ngokwezifiso) | Suzhou |
| 13 | i-chuck | 3P-12A8 12 | I-SAMAX/ Kaga/Ikawa | I-Nanjin/Taiwan |
| 14 | Isilinda esijikelezayo | I-RH-125 | I-SAMAX/ Kaga/Ikawa | I-Nanjin/Taiwan |
| 15 | Uhlelo lokuthambisa oluphakathi | I-BT-C2P3-226 | I-Proton | I-Taiwan |
| 16 | i-transformer | I-SGZLX-45 | Ukunikezwa kukagesi kwe-Jinbao | I-Dongguan |
1. Leli thuluzi lomshini lenziwe ngomklamo wensimbi ephothiweyo kanye nokwakhiwa kwesakhiwo sebhokisi okusezingeni eliphezulu, ngemva kokwelashwa okufanele kokufakelwa, kususa ukucindezeleka kwangaphakathi, izinto eziqinile, kuhlanganiswe nomklamo wesakhiwo sebhokisi, isakhiwo somzimba esiqinile kakhulu, ukuze umshini ube nokuqina namandla anele, wonke umshini ubonisa izici zokumelana nokusika okunzima kanye nokunemba okuphezulu kokukhiqiza.
2. Ibhokisi lesisekelo nele-spindle kuyisakhiwo sebhokisi esihlanganisiwe, esinodonga oluqinile lokuqinisa kanye nomklamo wodonga lokuqinisa olunezingqimba eziningi, okungavimbela ngempumelelo ukuguqulwa kokushisa, futhi kungabhekana nokuphazamiseka okungaguquki kanye nokuguquguquka kanye nokucindezeleka kokuguquguquka, ukuqinisekisa ukuqina kanye nokuqina okuphezulu kokuphakama kombhede.
3. Ikholomu isebenzisa isakhiwo sebhokisi elilinganayo lezinyosi, futhi isebenzisa ukuqinisa udonga okujiyile kanye nomklamo wokuqinisa imbobo eyindilinga ukuze kuqedwe ukucindezeleka kwangaphakathi, okunganikeza ukwesekwa okuqinile kwetafula lesilayidi ngesikhathi sokusika okunzima ukuqinisekisa ukuboniswa okuqinile nokunembile kokuphakama kombhede.
4. Ikhanda le-spindle elinokunemba okuphezulu neliqinile: Umshini usebenzisa i-FANUC high-horsepower spindle servo motor (amandla angu-15kw/18.5kw).
5. I-main shaft bearing isebenzisa ama-FAG NSK series bearing, ahlinzeka ngemithwalo eqinile ye-axial kanye ne-radial ukuqinisekisa ukusika okusindayo isikhathi eside, ngokunemba okuhle kakhulu, ukuzinza, ukungqubuzana okuphansi, ukushabalalisa ukushisa okuhle kanye nokuqina kokusekelwa kwe-main shaft.
6. I-axis ye-X/Z: I-FANUC AC servo motor kanye ne-large diameter ball screw (ukunemba kwe-C3, imodi yokudweba ngaphambi kokudweba, ingaqeda ukwanda kokushisa, ithuthukise ukuqina) ukudluliswa okuqondile, akukho phutha eliqoqiwe le-drive yebhande, ukuphindaphinda kanye nokunemba kokubeka,amabheringi asekelayo asebenzisa amabheringi ebhola angular anokunemba okuphezulu.
7. I-axis ye-X/Z isebenzisa ukuqina okuphezulu kanye ne-coefficient ephansi yokungqubuzana kweslayidi esinomthwalo osindayo, okungafeza ukuphakelwa okusheshayo, kunciphise ukuguguleka komhlahlandlela futhi kwandise ukunemba komshini. Islayidi esinomugqa sinezinzuzo ze-coefficient ephansi yokungqubuzana, impendulo esheshayo ephezulu, ukunemba okuphezulu komshini kanye nokusika umthwalo omkhulu.
8. Uhlelo Lokugcoba: Uhlelo lokugcoba oluzenzakalelayo lomshini oluqoqwe ngokuzenzakalelayo lwamafutha, olunohlelo oluthuthukisiwe lokuhlinzeka ngamafutha oluphuthumayo oluphuthumayo, olunesikhathi, ubuningi, ingcindezi engaguquki, indlela ngayinye yokuhlinzeka ngenani lamafutha ngesikhathi esifanele nelifanele endaweni ngayinye yokugcoba, ukuqinisekisa ukuthi indawo ngayinye yokugcoba ithola uwoyela wokugcoba, ukuze ukusebenza kwesikhathi eside kwemishini kungabi nokukhathazeka.
9. Insimbi egcwele isembozo: Ngaphansi kwezidingo eziqinile zokuvikelwa kwemvelo nokuphepha kwanamuhla kwabasebenzi, ukwakheka kwensimbi yeshidi kugxile ekubukekeni, ukuvikelwa kwemvelo kanye ne-ergonomics. Ukwakhiwa kwensimbi yeshidi evalwe ngokuphelele, kuvimbela ngokuphelele ukusika uketshezi kanye nokusika ama-chips ekuchithekeni ngaphandle kwethuluzi lomshini, ukuze ithuluzi lomshini lihlale lihlanzekile. Futhi kuzo zombili izinhlangothi zethuluzi lomshini, uketshezi lokusika lwenzelwe ukugeza umbhede ongezansi, ukuze ama-chips okusika angagcinwa embhedeni ongezansi ngangokunokwenzeka.
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