I-HSL-YTJ2621 Umshini Wokusika Ingilazi Ozenzakalelayo
Isingeniso Sezisetshenziswa
Lo modeli umshini wokusika ingilazi, ohlanganisa ukulayishwa kwengilazi okuzenzakalelayo, ukulebula okuzenzakalelayo, umsebenzi wengalo ye-telescopic, nomshini wokusika othomathikhi.Ifanele ukusika ingilazi eqondile futhi emise ekwakhiweni, ukuhlobisa, izinto zikagesi zasendlini, izibuko, kanye nemisebenzi yezandla.
| Functions | Imisebenzi ejwayelekile | Ukusika isoftware yokwenza kahle | I-1.Ukusika ingilazi okuphrofeshinali kanye nomsebenzi wokuhlelwa kwe-typesetting owenziwe kahle: kuthuthukisa kakhulu izinga lokusika ingilazi kanye nokusebenza kahle kokukhiqiza. 2.Ihambisana nesofthiwe ye-Italian OPTIMA ethuthukisiwe kanye nekhodi ye-G yesofthiwe yasekhaya ye-GUIYOU: Bona ukuhlukahluka kwamafayela efomethi ehlukene. I-3.Ukuxilongwa kwephutha kanye nomsebenzi we-alamu: Ingakwazi ukurekhoda ngokuzenzakalelayo isimo sokusebenza somshini ohlelweni lokukhiqiza, i-alamu yephutha kanye nezinkinga zokubonisa. |
| I-fiber laser positioning | 1. Ukuthola unqenqema okuzenzakalelayo nokubeka ingilazi: Ukulinganisa okunembile kwendawo yangempela kanye ne-engeli yokuchezuka yengilazi, ukubona ukulungiswa okuzenzakalelayo kwendlela yokusika yensingo, kanye nokwenza ngcono ukusebenza kahle. 2. Ukuskena okumise okuhlakaniphile: Umtshina ungaskena izinto ezinomumo ngobuhlakani futhi ukhiqize ngokuzenzakalelayo imidwebo ukuze ubone ukusika kwekhonta. | ||
| Sika ubuchwepheshe | Ingcindezi yeblade yokusika ilawulwa yi-electromechanical precision precision valve regulating, futhi isilinda siphusha ingcindezi ngendlela efanayo ukuze yenze i-blade ilingane kahle nengaphezulu lengilazi ukuze isike, igweme ukweqa ngenxa yezinkinga zekhwalithi yengilazi. | ||
| Umsebenzi ozikhethela wona | Umsebenzi wengalo ye-Telescopic | Iphinikhodi yokunemba okuphezulu kanye nedrayivu yokubeka iyamukelwa esikhundleni se-screw drive yasekuqaleni, isikhathi ngasinye lapho ukulayisha kuqedwa ukunyakaza kwengalo ye-telescopic, umshini awudingi ukunyakaza. Ingalawulwa yikhompyutha ngokuzenzakalelayo, futhi ukulayisha okuzenzakalelayo nokusika kungaqedwa ngaphandle kokungenelela okwenziwa ngesandla, okuthuthukisa kakhulu ukusebenza kahle; Ngenxa yokuncipha kwenani lokuhamba, ukugqokwa kwemishini kuncipha kakhulu futhi impilo nokuzinza komshini kuyathuthukiswa. | |
| Ukulebula okuzenzakalelayo | Faka esikhundleni sokulebula okwenziwa ngesandla.Ngokwezidingo zekhasimende, iphrinta iphrinta amalebula aqopha ulwazi lwengilazi. Ilebula isetshenziswa endaweni yengilazi ehambisanayo ngesilinda sokulebula. (Sincoma amakhasimende ukuthi alungiselele umsebenzi wokulebula) | ||
| Umsebenzi wokuphuka kwengilazi | Faka induku ye-ejector endaweni yokusika. Isilinda siphusha induku ye-ejector ukuze inqamule ingilazi. | ||
| EzokuthuthaIzici | I-beam yokusika ifakwe i-conveyor sucker.Asikho isidingo sokuhambisa ingilazi ngesandla. Ingilazi esikiwe ingadluliselwa etafuleni eligqekeza ingilazi elintantayo ngokusebenzisa i-sucker yokuthutha, futhi ukuhlinzwa kokuphuka kwenziwa phezu kwetafula lokuphuka kwengilazi. |
| Isigaba | Iphrojekthi | Umyalelo Wephrojekthi | Qaphela | |
| Ukucushwa komkhiqizo | Ingxenye Mechanical | Umshiniifreyimu | Ukwelashwa kokuguga ngemva kokushiselwa kwezingxenye ezijiyile.Ipuleti yokulungisa insimbi eseceleni icutshungulwa yi-gantry milling ukuze kuqinisekiswe ukunemba nokuzinza. | |
| I-flat beam | I-X-eksisi kanye ne-Y-eksisi egijima imishayo eyisicaba isebenzisa amaphrofayili e-aluminium alloy anelungelo lobunikazi ayingqayizivele, anamandla aphezulu nokunemba okuphezulu, futhi ahlala isikhathi eside futhi azinzile. | |||
| I-Rack | Ukwamukela i-helical rack kanye ne-pinion structure ukuze kuthuthukiswe amandla angaphezulu kwamazinyo futhi kunciphise ngempumelelo umsindo | |||
| Ukunikezwa kwamafutha | Ukunikezwa kwamafutha kwe-blade yokusika kusebenzisa indlela yokugcwalisa uwoyela othomathikhi we-pneumatic, ngaphandle kokungenelela okwenziwa ngesandla. | |||
| Umlandeli | Ifeni yamandla aphezulu eyenziwe ngokwezifiso, umfutho womoya ophezulu nokugeleza okukhulu, qinisekisa ukuntanta kwengilazi okubushelelezi. | |||
| Ukusika i-drive motor | 2 setha ukusebenza okuphezulu kokulawulwa kwezimboni okuzinikele kwe-servo motor yokulawula okunembile nokusebenza kahle. | |||
| Mesa | Ibhodi elingenawo amanzi elinomthamo omkhulu liyi-substrate, futhi ingaphezulu limbozwe nge-anti-static industrial feel.Qinisekisa ukusetshenziswa okuzinzile ezindaweni ezinomswakama. | |||
| Izingxenye zikagesi | Ikhompyutha yokusingatha | Umphathi wekhompyutha osebenza kahle kakhulu wokulawula izimboni;isibonisi esinokulungiswa okuphezulu komkhiqizo. | ||
| Isilawuli | Ikhadi lebhodi elikhethekile le-Huashil, uhlelo lokulawula oluphelele lwe-Toshiba PLC. | |||
| I-Optical fiber | Isebenzisa imitshina ye-laser ye-Panasonic engeniswe ivela e-Japan. | |||
| Isici | Kungeniswe izingxenye zokulawula umkhiqizo womugqa wokuqala wamazwe ngamazwe njenge-OMRON, i-Panasonic. | |||
| Imingcele Yezobuchwepheshe | Imingcele yomshini | Ubukhulu | Ubude * ububanzi * ukuphakama: 3000mm * 4700mm * 1420mm | |
| Ubude betafula | 880±30mm(Izinyawo eziguquguqukayo) | |||
| Izidingo zamandla | 3P, 380V, 50Hz | |||
| Amandla afakiwe | 13kW (Sebenzisa amandla3KW) | |||
| Umoya ocindezelwe | 0.6Mpa | |||
| Icubungula amapharamitha | Sika usayizi wengilazi | MAX.2440*2000mm | ||
| Sika ingilazi ukujiya | 2 ~ 19mm | |||
| Isivinini se-head beam | I-X eksisi 0 ～ 200m / min (ingasethwa) | |||
| Isivinini sekhanda | I-eksisi engu-Y 0 ～ 200m / min (ingasethwa) | |||
| Ukunciphisa ukusheshisa | ≥6m/s² | |||
| Ukusika isihlalo sommese | Ukusika ikhanda kungazungeza amadigri angu-360 (ukusika okunembile kwemigqa eqondile kanye nokubunjwa okukhethekile) | |||
| Ukusika ukunemba | ≤± 0.2mm/m (Ngokusekelwe kusayizi womugqa wokusika ngaphambi kokuphuka kwengilazi) | |||
Uhlu Lokucushwa
| Name | Ibhrendi | Isizwe | Isici | Qaphela |
| Isofthiwe yokuthuthukisa | Guiyou | China | ||
| Isofthiwe yokusika | Weihong | China | Ukunemba okuqinisekisiwe | |
| Isitimela esiyisikwele esiwumugqa | T-win | I-Taiwan | ||
| Izingxenye zikagesi | I-AirTAC | I-Taiwan | ||
| I-valve ye-Solenoid | I-AirTAC | I-Taiwan | ||
| I-Photoelectric switch | u-Omron | Japan | ||
| Isifaki khodi | u-Omron | Japan | ||
| Ukusika ummese | Bohle | EJalimane | ||
| Ulayini othambile ophezulu | Kangerde | China | ||
| Uqhoqhoqho | Ukuphuma kwelanga | I-Taiwan | ||
| I-XX axis servo motor | DEAOUR | China | 1.8KW*2 | Intel chips |
| Y axis servo motor | DEAOUR | China | 2.2KW | |
| Imoto yokunyathela | EKP | China | 1kw | |
| Isistimu yokulawula | Toshiba | Japan | ||
| Oxhumana naye | Schneider | France | ||
| I-Inverter | JRACDRIVE | China | ||
| Umaphuli | I-AirTAC | I-Taiwan | ||
| Ukuzala okuyinhloko | I-NSK | Japan | ||
| Ukudluliselwa okuphakathi | I-AirTAC | I-Taiwan | ||
| Idivayisi ye-air flotation | Ukwenza ngokwezifiso | China | Ukwenza ngokwezifiso | 3KW |
| I-Proximity switch | u-Omron | Japan | ||
| Iskena | I-Panasonic | Japan | ||
| Isistimu yokuthola amaphutha | HUASHIL | China | ||
| Indawo yokubeka igiya | T-win | I-Taiwan | ||
| Qaphela:Ngenxa yokuthuthukiswa okuqhubekayo kwezisetshenziswa, eminye imininingwane izoshintshwa, futhi abasebenzi bebhizinisi ababonisanayo bayosebenzisa imodeli yakamuva. | ||||
