Ubuningiipuletiusayizi | Ubude x ububanzi | 7000x3000mm |
Tukukhuphuka | 200mm | |
Ithebula lomsebenzi | Usayizi we-T-groove | 22 mm |
Ikhanda lamandla okumba | Ubuningi | 2 |
Ukubhobozaumgodiububanzi bobubanzi | Φ12-Φ50mm | |
RPM(imvamisa eguquguqukayo) | 120-560r/min | |
I-Morse taper ye-spindle | No.4 | |
Amandla e-spindle motor | 2X7.5kW | |
Ukunyakaza kwe-Gantry longitudinal (x-axis) | I-X-axis stroke | 10000mm |
Isivinini esihambayo se-X-eksisi | 0-8m/min | |
I-X-axis servo motor amandla | 2x2.0kW | |
Ukunyakaza kwe-lateral kwekhanda lamandla (I-eksisi ka-Y) | I-Y-eksisi yokuhamba | 3000mm |
Isivinini esihambayo se-Y-eksisi | 0-8m/min | |
I-Y-axis servo motor amandla | 2X1.5kW | |
Ukunyakaza kwesiphakeli sekhanda lamandla (I-axis Z) | I-Z-axis stroke | 350mm |
Izinga lokuphakelayo kwe-Z-axis | 0-4000mm/min | |
I-Z-axis servo motor amandla | 2X1.5kW | |
I-chip conveyor kanye nokupholisa | Amandla we-Chip conveyor motor | 0.75kW |
Iphampu yokupholisa amandla enjini | 0.45kW | |
Euhlelo lwe-lectrical | Isistimu yokulawula | PLC+ ikhompuyutha ephezulu |
Inombolo yezimbazo ze-CNC | 4 |
1. Isikhundla sokuxhumanisa somgodi singama ngokushesha ngesivinini esingu-8m/min, futhi isikhathi esiyisizayo sifushane.
2. Umshini ufakwe i-servo feed eshelelayo yetafula lokumba ikhanda lamandla.I-spindle motor yekhanda lamandla okubhola isebenzisa ukulawulwa kwesivinini esishintshashintshayo esingenasinyathelo, futhi isivinini sokuphakela sisebenzisa ukulawulwa kwesivinini esingenasinyathelo se-servo, esilungele ukusebenza.
3. Ngemuva kokuthi i-drilling feed stroke isethiwe, inomsebenzi wokulawula okuzenzakalelayo.
4. Imbobo ye-taper ye-spindle i-Morse No.4 futhi ifakwe umkhono wokunciphisa i-Morse no.4/3, ongasetshenziswa ukufaka izinsimbi zokubhoboza ezinobubanzi obuhlukene.
5. Isakhiwo seselula se-gantry siyamukelwa, umshini uhlanganisa indawo encane futhi isakhiwo sesakhiwo sinengqondo.
6. Ukunyakaza kwe-X-axis ye-gantry kuqondiswa amapheya amabili omugqa wokugoqa we-linear umthamo wokuthwala okuphezulu, okuguquguqukayo.
7. Ukunyakaza kwe-Y-axis kwesihlalo esislayidayo sekhanda lamandla kuqondiswa amapheya amabili alayini womhlahlandlela, futhi ishayelwa yi-AC servo motor kanye ne-precision ball screw pair, okuqinisekisa ukunemba okuphezulu kwendawo yokumba.
9. Umshini ufakwe idivayisi yokusetha ithuluzi le-spring center, engakwazi ukucacisa kalula indawo ye-flange.
10. Ifakwe isikhiphi se-chip kanye ne-coolant tank.Iphampu yokupholisa izungeza okokupholisa ukuze kubholwe ukupholisa ukuze kuthuthukiswe ukusebenza kokubhola kanye nempilo yesevisi yokubhoboza.
11. Uhlelo lokulawula lwamukela i-PLC futhi lufakwe ikhompuyutha ephezulu ukuze kube lula ukugcinwa kanye nokufaka uhlelo lokucubungula amapuleti, futhi ukusebenza kulula.I-software yesikhulumi iwuhlelo lwamafasitela, olunokuxhumana okusebenzayo okunobungane, ukuphathwa kwezinsiza okucacile nokuphumelelayo, nomsebenzi wokuhlela onamandla;usayizi wepuleti ungafakwa ngekhibhodi ngesandla noma ngokufaka isixhumi esibonakalayo se-U-disk.
CHA. | Igama | Ibhrendi | Izwe |
1 | Lumzila wesitimela ongenalutho | HIWIN/CSK | Taiwan, China |
2 | I-PLC | I-Mitsubishi | Japan |
3 | Servo motor kanye nomshayeli | I-Mitsubishi | Japan |
4 | Hudula iketango | JFLO | China |
5 | Inkinobho, ukukhanya kwenkomba | Schneider | France |
6 | Isikulufu sebhola | I-PMI | Taiwan, China |
Qaphela: Okungenhla umphakeli wethu ojwayelekile.Kungaphansi kokushintshwa izingxenye zekhwalithi ezifanayo zolunye uhlobo uma umphakeli ongenhla engakwazi ukuhlinzeka ngezingxenye uma kwenzeka kuba nodaba olukhethekile.
Iphrofayela Kafushane Yenkampani Ulwazi Lwemboni Ikhono Lokukhiqiza Lonyaka Ikhono Lokuhweba