I-SZ450E CNC I-Vertical Turning Lathe
Ukucushwa okujwayelekile
1. Uhlelo lwe-CNC FANUC 0i-TF Plus
2. Umbhoshongo ovundlile weziteshi eziyi-8
3. Isibambi samathuluzi (izingcezu ezi-2), isibambi samathuluzi sangaphakathi (izingcezu ezi-2)
4. Isivinini esikhulu sokuphotha esinobubanzi obungu-120mm(A2-8)
5. 12" uwoyela wemihlathi emithathu
6. Isilinda esijikelezayo sokucindezela kwamafutha aphakathi
7. Uhlelo lokulinganisa i-nitrogen
8. Isitimela se-X eksisi, umzila wesitimela we-Z
9. Uhlelo lokucindezela kwamafutha
10. Chuck idivayisi yokushintsha ingcindezi ephezulu nephansi
11. Transformer
12. Umshini wokushisa wekhabhinethi kagesi
13. Uhlelo lokuthambisa oluzenzakalelayo
14. I-aron filings conveyor kanye nemoto yokugcwalisa insimbi
15.10.4 "Isikrini sokubonisa umbala we-LCD
16. Iphaneli yokusebenza yamaShayina
17. Ibhokisi lamathuluzi namathuluzi
18. Izibani zokusebenza
19. Izibani eziyisixwayiso
20. Ukushintsha unyawo
21. Insimbi egcwele ikhava yeshidi
22. Ukusika uhlelo lokupholisa uketshezi
23. IZIDLA ezithambile
24. Umbala womshini ojwayelekile (phezulu: RAL 7035 ephansi: RAL 9005)
1. Siemens Control Systems
2. Isihlukanisi samanzi samafutha
3. Umqoqi wenkungu kawoyela
4. I-Hydraulic chuck 15" 18"
5. Uzipho Oluqinile
6. Idivayisi yokulawula i-air conditioning kagesi
7. Iminyango ezenzakalelayo
8. Uhlelo lokulinganisa ithuluzi
9. Uhlelo lokulinganisa ucezu lokusebenza
10. Isibambi sethuluzi le-VDI (imodeli ye-E+C turret)
11. Ukudluliselwa kwezigaba ezimbili
12. Idivayisi yokuvala umnyango wezokuphepha
13. Amaphrojekthi we-Turnkey
14. Cacisa umbala (phezulu: RAL phansi: RAL)
| Imininingwane ye-Module | I-SZ450E | |
| Ubukhulu bobubanzi obujikelezayo | mm | 640 |
| Ubukhulu bokusika ububanzi | mm | 620 |
| Ubude obukhulu bokusika | mm | 460 |
| Imihlathi emithathu ye-hydraulic chuck | intshi | 12" |
| Isivinini se-spindle | rpm | 50 ~ 2500 |
| I-diameter yangaphakathi ye-shaft bearing eyinhloko | mm | 120 |
| Ikhala lokuphotha | A2-8 | |
| Uhlobo lwe-Turret | evundlile | |
| Inani lamathuluzi | ama-pcs | 8 |
| Usayizi wethuluzi | mm | 32,40 |
| Ukuhamba kwe-X-eksisi | mm | 320 |
| Uhambo lwe-Z-eksisi | mm | 500 |
| Ukususwa ngokushesha ku-X-eksisi | m/min | 20 |
| Ukususwa ngokushesha kwe-axis ye-Z | m/min | 24 |
| Amandla e-Spindle motor FANUC | kw | 15/18.5 |
| I-X-axis servo motor amandla | kw | 1.8 |
| I-Z-axis servo motor amandla | kw | 3 |
| Injini yeHydraulic | kw | 2.2 |
| Ukusika uwoyela motor | kw | 1kw*3 |
| Ubude bokubukeka komshini x ububanzi | mm | 3200×1830 |
| Ubude bomshini | mm | 3300 |
| Isisindo somshini Net | kg | 6000 |
| Isamba somthamo kagesi | I-KVA | 45 |
| Cha. | igama | Ukucaciswa kobuchwepheshe nokunemba | Umkhiqizi | Izwe/Isifunda |
| 1 | Uhlelo lokulawula izinombolo | I-FANUC 0i-TF Plus | I-FANUC | Japan |
| 2 | I-spindle motor | 15kw/18.5kw | I-FANUC | Japan |
| 3 | I-X/Z servo motor | 1.8kw/3kw | I-FANUC | Japan |
| 4 | Ukusekelwa kwesikulufa | I-BST25*62-1BP4 | I-NTN/NSK | Japan |
| 5 | Ukuthwala shaft okuyinhloko | 234424M.SP/NN3020KC1NAP4/NN3024TBKRCC1P4 | I-FAG/NSK | Germany/Japan |
| 6 | I-Turret | I-MHT200L-8T-330 | Mai Kun/Xin Xin | I-Taiwan |
| 7 | Isicoci se-chip | Ipuleti eliboshwe ngamaketanga | Fuyang | Shanghai |
| 8 | Uhlelo lweHydraulic | I-SZ450E | Izilwandle eziyisikhombisa | I-Taiwan |
| 9 | Isistimu yokulinganisa i-nitrogen | I-SZ450E | Joaquin | Wuxi |
| 10 | Isilayidi esiwumugqa | I-X-axis 35, i-Z-axis 35 | I-Rexroth | EJalimane |
| 11 | Isikulufu sebhola | I-X eksisi 32*10, i-Z eksisi 32*10 | I-Shanghai Silver/Yintai | I-Taiwan |
| 12 | Iphampu engaphansi kwamanzi | I-CH4V-40 Amandla alinganiselwe 1KW Ukugeleza okulinganiselwe 4m3/h | I-Sanzhong (ngokwesiko) | Suzhou |
| 13 | qhuqha | 3P-12A8 12 | SAMAX/ Kaga/Ikawa | I-Nanjin/Taiwan |
| 14 | Isilinda esijikelezayo | I-RH-125 | SAMAX/ Kaga/Ikawa | I-Nanjin/Taiwan |
| 15 | Isistimu yokugcoba ephakathi | I-BT-C2P3-226 | I-Proton | I-Taiwan |
| 16 | i-transformer | I-SGZLX-45 | Ukunikezwa kwamandla kaJinbao | I-Dongguan |
1. Leli thuluzi lomshini lenziwe nge-high-grade cast iron and box structure design and made, ngemva kokwelashwa okufanele kwe-annealing, ukuqeda ukucindezeleka kwangaphakathi, izinto eziqinile, ezihambisana nomklamo wesakhiwo sebhokisi, isakhiwo somzimba esiqinile, ukuze umshini ube nokuqina okwanele namandla, wonke umshini ubonisa izici zokumelana nokusika okunzima nokunemba okuphezulu kokukhiqiza.
2. Isisekelo nebhokisi lokuphotha liyisakhiwo sebhokisi elihlanganisiwe, elinodonga oluqinile oluqinisiwe kanye nomklamo wodonga wokuqinisa ungqimba oluningi, olungavimbela ngokuphumelelayo ukuguqulwa kokushisa, futhi kungaba ngaphansi kokuhlanekezela okumile nokuguquguqukayo kanye nokucindezeleka kokuguqulwa, ukuze kuqinisekiswe ukuqina nokuzinza okuphezulu kokuphakama kombhede.
3. Ikholomu yamukela ukwakheka kwebhokisi lekhekheba lezinyosi, futhi yamukela ukuqina kodonga oluwugqinsi kanye nomklamo wokuqinisa imbobo eyindilinga ukuze kuqedwe ukucindezeleka kwangaphakathi, okunganikeza ukusekelwa okuqinile kwetafula lesilayidi ngesikhathi sokusika okunzima ukuze kuqinisekiswe ukuboniswa okuqinile nokunemba okuphezulu kobude bombhede.
4. Ukunemba okuphezulu, ikhanda lokuphotha eliqinile: Umshini wamukela i-FANUC high-horsepower spindle servo motor (amandla angu-15kw/18.5kw).
5. I-shaft bearing eyinhloko ithatha i-FAG NSK series bearings, ehlinzeka ngemithwalo eqinile ye-axial ne-radial ukuze kuqinisekiswe ukusika okusindayo isikhathi eside, ngokunemba okuhle kakhulu, ukuzinza, ukungqubuzana okuphansi, ukuchithwa okuhle kokushisa kanye nokuqina kokusekelwa kwe-shaft main.
6. I-axis ye-X/Z: I-FANUC AC servo motor kanye nesikulufu esikhulu sebhola lobubanzi (ukunemba kwe-C3, imodi yokudweba ngaphambilini, ingaqeda ukwanda okushisayo, ithuthukise ukuqina) ukudluliselwa okuqondile, akukho iphutha eliqoqiwe lokushayela ibhande, ukuphindaphinda nokunemba kokumisa,ama-bearings asekela usebenzisa ama-angular ball bearings anembayo.
7. I-eksisi ye-X/Z yamukela ukuqina okuphezulu kanye ne-coefficient yokungqubuzana okuphansi kwesilayidi esiwumugqa osindayo, esingafinyelela okuphakelayo kwesivinini esikhulu, ukunciphisa ukuguga komhlahlandlela nokwelula ukunemba komshini. Isilayidi esiwumugqa sinezinzuzo ze-coefficient ephansi yokungqubuzana, impendulo esheshayo ephezulu, ukunemba okuphezulu komshini kanye nokusika umthwalo omkhulu.
8. Uhlelo lokugcoba: Umshini wokuqoqa uwoyela othomathikhi we-othomathikhi we-othomathikhi, nohlelo oluthuthukisiwe lokunikezela uwoyela ocindezelweyo, olunesikhathi, ubuningi, ingcindezi eqhubekayo, indlela ngayinye yokuhlinzeka ngenani elifika ngesikhathi nelifanele lamafutha endaweni ngayinye yokugcoba, ukuqinisekisa ukuthi indawo yokugcoba ngayinye ithola uwoyela wokugcoba, ukuze umsebenzi wesikhathi eside wemishini ngaphandle kokukhathazeka.
9. Ikhava yensimbi yeshidi eligcwele: Ngaphansi kwezimfuneko eziqinile zokucatshangelwa kokuvikelwa kwemvelo kwanamuhla kanye nokucatshangelwa kokuphepha kwabaqhubi, idizayini yeshidi lensimbi igxile ekubukekeni, ukuvikelwa kwemvelo kanye ne-ergonomics. Idizayini yensimbi yeshidi evalwe ngokugcwele, ivimbela ngokuphelele ukusika uketshezi kanye nama-chips okusika ukuthi angachaphazeli ngaphandle kwethuluzi lomshini, ukuze ithuluzi lomshini elizungezile lihlale lihlanzekile. Futhi ezinhlangothini zombili zethuluzi lomshini, uketshezi lokusika lwenzelwe ukugeza umbhede ophansi, ukuze ama-chips okusika angagcinwa embhedeni ongezansi ngangokunokwenzeka.
