Umatshini wokusika i-laser ye-CNC Fiber
Umatshini wokusika i-laser we-CNC we-EFC3015 usetyenziswa kakhulu ekusikeni nasekucubunguleni ipleyiti ethe tyaba, ngenkqubo ye-CNC, umgca othe tye kunye negophe elinobume obungacwangciswanga linokusika kwaye liqoshwe kwipleyiti. Ungasika ngokulula ipleyiti yesinyithi yekhabhoni eqhelekileyo, ipleyiti yesinyithi esingenasici, ipleyiti yobhedu, ubhedu olutyheli kunye ne-aluminium, kunye nezinye isinyithi ezingenakusika ngokulula ngendlela eqhelekileyo yokucubungula.
Umatshini wokusika i-laser we-EFC3015 CNC luhlobo olutsha lomatshini wokusika i-laser. Ulwakhiwo luqinile kakhulu, luzinzile, lusebenza kakuhle kwaye luchanekile kakhulu. Iimveliso zinokuguquguquka okuphezulu, zikhuselekile, kulula ukuzisebenzisa kwaye azisebenzisi kakhulu amandla. Zezemveliso yokukhusela okusingqongileyo, ubungakanani bepleyiti ecutshungulwayo: 3000 * 1500mm; kunye nesikhuselo sokhuseleko kunye netafile yeshuttle. Uyilo lulonke luncinci kwaye lufanelekile.
Ukusetyenziswa okuphantsi - i-laser ayifuni igesi;
Ukusetyenziswa kwamandla aphantsi, ukonga amandla, ukhuseleko lokusingqongileyo, ukusetyenziswa kwamandla aphantsi;
Isakhiwo seModular, inkqubo yokupholisa kunye nenkqubo yomthombo wokukhanya kunye nomthombo welaser zidityaniswe kunye;
Inkqubo yokulawula impendulo yempendulo enozinzo oluphezulu - amandla - ixesha kunye namandla e-laser, uzinzo lwamandla yi-1%;
Iindleko zolondolozo ziphantsi - intloko yefayibha isebenzisa iteknoloji yokukhusela isibuko, ukuba ingcolisiwe, kufuneka itshintshe ilensi yokukhusela kuphela;
A. yamkela isikhokelo esichanekileyo somgca ongenisiweyo, ingenise i-drive ye-rack yegiya echanekileyo, iqinisekisa ukuchaneka kwendawo kunye nokuphindaphinda.
B. Ulwakhiwo lwe-gantry type dual motor direct drive lwenza lonke ulwakhiwo lwemveliso lube ncinci, kwaye ukuqina kulungile, kwaye ukuphakama komatshini wonke kuphantsi.
Umzimba oyintloko udityaniswe ngeepleyiti zentsimbi, emva komatshini orhabaxa, ojongene noxinzelelo lokwaluphala lokungcangcazela. Ngokusebenzisa umatshini ochanekileyo, kubonelela ngeqonga eliqinileyo kunye nenqanaba lenkqubo yokuhamba.
Umqadi usebenzisa ulwakhiwo oluguquguqukayo, kunye nomsebenzi wokwandisa ubushushu obuguquguqukayo kunye nokucutheka, ubalwa ngendlela ye-finite element. Iindawo ze-beam zifakelwa ebhedini ngesikhokelo esichanekileyo sokuqengqeleka. Isikhokelo, izixhobo kunye ne-rack zixhotyiswe ngesigqubuthelo esiguquguqukayo sokukhusela, ukuze kuthintelwe ukungcoliswa luthuli.
Le mveliso ixhotyiswe ngetafile yokusebenza yeshuttle, kulula ukuyilayisha nokuyithulula xa isikwa. Ngaphantsi kwetafile yokusebenza ixhotyiswe ngamacandelo okwahlula uthuli kunye nomngxuma wokuqokelela izinto, ohambelana nemoto ekhupha amavili, izinto ezilahliweyo zinokungena ngqo emotweni ekhupha inkunkuma.
I-laser yefayibha ineempawu ezifana ne-spectroscopy ekufutshane ne-infrared, umgangatho ogqibeleleyo we-beam, uthumelo lwefayibha ye-optical, ukusebenza kakuhle kokuguqulwa kwe-electro-optical, njl.
(1) Ngomsebenzi wokubonisa ukukhanya kwelaser ebomvu.
(2) Ukusebenza kakuhle kokuguqulwa kwe-electro-optic: ukusebenza kakuhle kokuguqulwa kwe-electro-optic ye-fiber laser kumalunga ne-33%.
(3) Umthombo wempompo yelaser yefayibha wenziwe ngemodyuli ye-semiconductor ye-single core enamandla aphezulu, kwaye ixesha eliqhelekileyo lokusilela lincinci.
(4) Ukusebenza kakuhle okuphezulu, into yokufudumeza yangaphakathi iphantsi kakhulu xa ithelekiswa ne-laser yendabuko, imfuno yamandla ombane kunye nokupholisa inciphile kakhulu.
(5) Ijenereyitha yelaser ayidingi petroli esebenzayo, ikhona kwilensi ngaphakathi kwaye ayidingi kunyangwa, ayidingi xesha lokuqala.
(1) Inkqubo yolawulo lwe-CNC isebenzisa inkqubo yeWindows 7, ukusebenza kwayo kuzinzile kwaye kuthembekile.
(2) I-motor enkulu ye-AC yedijithali ye-servo ukuqinisekisa ukuchaneka kokubekwa kwemveliso kunye nokusebenza kwayo okuguquguqukayo.
(3) Ukulinganisa iigrafikhi.
(4) umsebenzi wokulawula amandla.
(5) Umsebenzi weLeapfrog.
(6) Umsebenzi wokuskena wokusika.
(7) Umsebenzi wokucubungula ngokukhawuleza.
(8) Umsebenzi wokumisa, urekhoda ngokuzenzekelayo icandelo lenkqubo.
(9) Ukujonga kwangaphambili inkqubo ye-NC kunokutshintshwa ngexesha langempela ukuze kutshintshwe inkqubo yokuhlela.
(10) Hlela, lungisa nayiphi na imiyalelo kwinkqubo yenkqubo yokukhangela ukuze.
(11) umsebenzi wokuzixilonga, i-alamu engaphandle iboniswa kwi-interface yokusebenza.
(12) Ubungakanani besixhobo somsebenzi bunokwandiswa kwaye buncitshiswe.
(13) Umsebenzi wokucubungula umfanekiso wesixhobo somsebenzi.
(14) Umsebenzi wokukhangela umphetho ngokuzenzekelayo.
(15) Emva kokucima umbane, ii-coordinates zangoku zinokurekhodwa kwaye ziphinde zisetwe ngokuzenzekelayo emva kokuba umbane uvuliwe.
Umqadi welaser wenziwe ngefayibha ye-optical, kwaye umqadi welaser uhambelana nelensi yokugxila. Ilensi ekhuselayo efakwe kwisitulo sesipili "sohlobo lokutsala", ixesha lokugcinwa kunye nokutshintshwa lifutshane kakhulu. Khetha intloko yokusika yelaser ene-sensor engenakho ukunxibelelana, ukusebenza kuzinzile kwaye kuthembekile, kulula ukuyisebenzisa.
Iimpawu zezi zilandelayo:
(1) Ukusetyenziswa kweelensi zokukhusela ezifana needrowa ukuze kube lula ukutshintsha ngokukhawuleza iilensi zokukhusela ezibonakalayo ukuze kukhuselwe ilensi ye-collimator kunye nelensi yokugxila.
(2) Intloko yokusika ixhotyiswe ngesixhobo sokulandelela esizenzekelayo sokuphakama kwe-Z axis esilawulwa yi-sensor ye-capacitive engadibaniyo. Kwinkqubo yokusika, indawo ephakathi kwe-laser focus kunye nepleyiti inokulungiswa ngokuzenzekelayo ngumgama ophakathi komphezulu we-workpiece kunye ne-nozzle.
(3) Intloko yokusika nge-laser inokubonelela inkqubo ye-CNC ngesignali yokuvulwa kwentambo kunye nokungqubana kwentloko yokusika, njl.njl.
(4) Uxinzelelo lwegesi lwe-2.5 MPa lunokunqunyulwa kwizinto ezisetyenziswayo ezifana nentsimbi engagqwaliyo.
(5) Amanzi abandayo, ukusika igesi encedisayo, izinzwa, njl.njl. zonke zidibene entlokweni yokusika, zinciphisa ngempumelelo umonakalo kwiindawo ezingentla kwinkqubo yokusika, ziphucula uzinzo lwemveliso.
4. Isixhobo sokhuseleko:
Indawo yokucubungula ivalwe ngesigqubuthelo sokukhusela kwaye inikwe ifestile yokukhusela umqhubi kwimitha yelaser.
5. Ukuqokelelwa kothuli:
Indawo yokusika ixhotyiswe ngombhobho wokufunxa uthuli, kwaye kusetyenziswa isixhobo esinamandla sokuqokelela uthuli se-centrifugal ukususa uthuli nothuli. Nika isixhobo sokufunxa umoya kunye nobukhulu bomdibaniso kunye nepayipi yeemitha ezi-3, ityhubhu yolwandiso yenziwe ngumsebenzisi ngokwendawo, ubude bombhobho womoya bungaphantsi kweemitha ezili-10, isixhobo sokufunxa umoya singaphandle;
6. Amandla okulwa nokuphazamiseka:
Ngenkqubo yolawulo lwedijithali ephucukileyo, inamandla okumelana nokuphazamiseka. Inkqubo yombane isebenzisa uyilo oluchasene nokuxinana, ikhabhinethi yolawulo lombane yahlulwe yangamacandelo aqinileyo nabuthathaka, anokuthintela ngempumelelo ukuphazamiseka phakathi kwamacandelo ombane, ukuze iqinisekise ukusebenza okuthembekileyo nokuzinzileyo kweemveliso.
7. Ukukhanyisa:
Indawo yokusika ixhotyiswe ngezibane ezimbini zokhuseleko ze-voltage, ezinokubonelela ngokukhanya xa ukukhanya kunganele okanye kungagcinwanga kakuhle, nto leyo eyenza kube lula ukusebenza.
8. Izixhobo zombane:
Izixhobo zombane ezisebenzisa iSchneider kunye nezinye iimveliso zeNkampani yoRhwebo lwaMazwe ngaMazwe eyaziwayo, ziphucula kakhulu ukuthembeka kokusebenza. Ikhabhathi yombane isebenzisa isakhiwo esizimeleyo esivaliweyo, kwaye umbala wocingo usetyenziselwa ukwahlula ucingo lwe-AC, DC, amandla kunye nolwe-grounding olukhuselayo.
Imveliso ixhotyiswe ngesoftware yenkqubo ezenzekelayo ye-CNCKAD, ayipheleli nje ekuqhagamshelweni netekhnoloji ye-CAD/CAM yefektri, kodwa ikwanciphisa umthwalo womsebenzi wenkqubo kunye nokuba nokwenzeka kwempazamo, inkqubo elungileyo inokulinganisa ukusika. Ixhotyiswe ngemodyuli yoyilo lokusika, ukulungiswa ngokuzenzekelayo kunye noyilo lwamacandelo aza kusetyenziswa. Zombini imizobo yomsebenzi elula neyinkimbinkimbi inokuguqulwa ngokuzenzekelayo ibe yinkqubo yokucubungula.
Umsebenzi wesoftware yokuhlela inkqubo yokusika i-laser ye-NC:
(1) Lonke ujongano lokusebenza lwesiTshayina.
(2) Inkxaso yeefomathi zokufaka ze-DWG, DXF kunye neziphumo.
(3) Ukusebenza kokuzijonga ngokwakho kulungile, ungavumi ukwenza umsebenzi wempazamo
(4) Umsebenzi wokwakha iindlwane ngokuzenzekelayo, ukugcina izinto.
(5) Umsebenzi wokusika ngokuzenzekelayo oneeleya ezininzi.
(6) Umsebenzi wokukrola.
(7) Iindidi ngeendidi zefonti zase-UK naseTshayina.
(8) Ubude bepateni yokusika bungabalwa.
(9) Umsebenzi oqhelekileyo wokusika umphetho.
(10) Imisebenzi yolawulo lweendleko.
(11) Ukusika isiseko sedatha.
(12) Ukutshintshiselana ngedatha kungenziwa nge-USB okanye i-RS232 interface.
* Indawo yokusebenza kwesoftware (cebisa umsebenzisi ukuba axhase i-hardware)
(1) Imemori 256M
(2) I-Hard drive engama-80G
(3) Inkqubo yokusebenza yeWindows ye-XP
(4) Isiboniso se-LCD se-TFT 17 "
(5) I-DVD CD-ROM eyi-16X
| Into | Ubungakanani. | Ingxelo/Umboneleli |
| Inkqubo ye-CNC | Iseti e-1 | UBeck Hoff |
| Qhuba | Iseti e-1 | I-LUST Drive (i-X/Y axis) + i-PHASE motor (i-X/Y axis) + i-Delta drive kunye ne-motor (i-Z axis) |
| Ijeneretha yeLaser | Iseti e-1 | ISIKHIWO SETRUFIBER |
| Izixhobo ezichanekileyo ze-axis ye-X/Y | Iseti e-1 | IGUDEL/ATLANTA/GAMBINI |
| I-Z axis echanekileyo yebhola screw | Iseti e-1 | THK |
| Isikhokelo se-X/Y/Z esichanekileyo sebhola ethe ngqo | Iseti e-1 | THK |
| Injini yetafile yeshuttle | Iseti e-1 | THUNGELA |
| Izixhobo zomoya | Iseti e-1 | I-SMC, i-GENTEC |
| Intloko yokusika | Iseti e-1 | I-PRECITEC |
| Isoftware yenkqubo ezenzekelayo | Iseti e-1 | I-CNCKAD |
| Izixhobo zombane | Iseti e-1 | USchneider |
| ITowline | Iseti e-1 | I-IGUS |
| Isipholisi Samanzi | Iseti e-1 | TONGFEI |
| Hayi. | Into | Inkcazo | Iyunithi |
| 1 | Amandla | 380/50 | I-V/Hz |
| 2 | Ukusasazwa kwamandla okufunekayo | 40 | i-kVA |
| 3 | Uzinzo lwaMandla | ± 10% | |
| 4 | Ikhompyutha | I-RAM 256M/idiski enzima 80G, iDVD | |
| 5 | Ioksijini yokusika intsimbi yekhabhoni | Ubumsulwa kufuneka bube ngaphezulu kwe-99 .9% | |
| 6 | I-nitrogen yokusika intsimbi engagqwaliyo | Ubumsulwa kufuneka bube ngaphezulu kwe-99 .9% | |
| 7 | Amanzi okupholisa amanzi (amanzi anyibilikisiweyo) | 100 | L |
| Ukuqhuba: >25μS/cm | ii-μs | ||
| 8 | Amanzi acocekileyo | 150 | L |
| 9 | Ukumelana nokusila | ≤4 | Ω |
| 10 | Ubushushu bendawo yokufakelwa kwejenereyitha yelaser | 5-40 | ℃ |
| 11 | Ukufakwa kwendawo yokufuma kwejenereyitha yelaser | Ngaphantsi kwe-70% | |
| 12 | Imfuneko yendawo yokufakela (iinkcukacha zingabhekiswa kumzobo wesiseko) | Ubukhulu bekhonkrithi yesiseko kufuneka bube bukhulu kune-250mm, ubuthe tyaba bube ngaphantsi kwe-10mm rhoqo emva kwe-3m. Akufuneki kubekho ukungcangcazela kwindawo yokufakela. | |
| Into | Ubungakanani. | Iyunithi |
| Ilensi yokukhusela | 5 | Ikhompyutha. |
| Indandatho yeseramikhi | 1 | Hayi. |
| Ukusika umlomo | 6 | Hayi. |
| I-Spanner | 1 | Hayi. |
Nika onke amaxwebhu obuchwephesha afunekayo naneenkcukacha zokufakelwa, ukusetyenziswa kunye nokugcinwa
(1) Imiyalelo yeeMatshini zokusika ngeLaser
(2) Idatha yeNkqubo ye-CNC
(3) Umzobo womgaqo wombane
(4) Imiyalelo yee-Water Coolers
(5) Uyilo loFakelo
(6) Umzobo wesiseko
(7) Isiqinisekiso sokufaneleka
(8) Ukufakelwa, ukugunyaziswa kunye nokwamkelwa
Emva kokuba imveliso ifikile kwindawo yokufaka umsebenzisi, inkampani yethu iya kulungiselela abasebenzi abanamava kwindawo yomsebenzisi ukuze bayifake, bayinike umyalelo kwaye bayinqumle kwaye bayilungise. Ukwamkelwa kokugqibela kwenziwa kwindawo yomsebenzisi ngokwemigangatho yokwamkelwa yenkampani yethu. Izinto zokwamkelwa ziquka: umgangatho wembonakalo, uqwalaselo lwenxalenye nganye, ukuchaneka kokusika kunye nomgangatho, iiparameter zokusebenza, uzinzo, uvavanyo lokusebenza, njl.
Inkampani yethu inoxanduva lokufakela nokufaka izixhobo. Abasebenzisi kufuneka balungiselele abasebenzi kunye neemveliso zokuphakamisa ezifunekayo. Abasebenzisi balungiselela izixhobo ezisetyenziswayo kunye nezixhobo zesampulu zokufaka izixhobo.
Inyathelo lokuqala
(1) Ukwamkelwa kwangaphambili kweemveliso kwenziwa kwinkampani yethu.
(2) Ukwamkelwa kweemveliso kuya kwenziwa ngokuhambelana nesivumelwano sobugcisa esisayinwe ngamaqela omabini.
(3) Ukuhlolwa kwembonakalo yemveliso: uyilo lwemibhobho kufuneka lube nengqiqo, lucoceke kwaye luhle, luqhagamshele ngokuthembekileyo; umphezulu wepeyinti ufana kwaye uhombise kakuhle; imbonakalo yemveliso ngaphandle kokungqongqoza kunye nezinye iziphene.
(4) Ukuhlolwa koqwalaselo lwemveliso.
(5) Ukuhlolwa komgangatho wesampulu yokusika kwindawo leyo.
Inyathelo lesi-2 Ukwamkelwa
(1) Ukwamkelwa kokugqibela kwemveliso kwenziwa kwindawo yomsebenzisi.
(2) Ukwamkelwa kweemveliso kuya kwenziwa ngokwesivumelwano sobugcisa esisayiniweyo kunye nomyalelo wokunikezelwa kweemveliso, kwaye izinto zovavanyo ziya kubonelelwa ngumsebenzisi. Ukuba umsebenzisi ufuna ukwamkela imizobo eqhelekileyo yomsebenzi, nceda unikezele ngemizobo eqhelekileyo (uhlobo lwe-elektroniki) kwangaphambili.
(3) Emva kokugqitywa kokufakelwa kunye nokuqaliswa, ukuba imveliso isebenza ngokuqhelekileyo, iya kupasa uvavanyo lokwamkelwa. Uvavanyo lokugqibela lokwamkelwa luya kuthathwa njengolufanelekileyo kwaye ixesha lokuqinisekisa umgangatho liya kuqala.
(1) Kufuneka abafundi babe nesikolo samabanga aphakamileyo okanye imfundo ephakamileyo (ubuchwephesha bombane yeyona nto ilungileyo), kwangaxeshanye, babe nolwazi olusisiseko lwekhompyutha, kwaye babe nobuchule ekusebenziseni ikhompyutha.
(2) Emva kokufakelwa nokuqaliswa kokusebenza, inkampani yethu inoxanduva lokubonelela ngoqeqesho lwasimahla kwindawo yokusebenza kubasebenzisi kangangeentsuku ezisi-7, ukuqeqesha umsebenzi omnye wolondolozo lombane, abaqhubi ababini kunye nomnye umsebenzi omnye wolondolozo loomatshini. Kwaye baqinisekise ukuba abaqhubi babasebenzisi bayakwazi ngokuyintloko ukusebenza kakuhle kwemveliso, izakhono zokusebenza ezichanekileyo kunye nolondolozo.
(3) Umxholo woqeqesho: ulwakhiwo lwemveliso kunye nokusebenza kwayo, ukusebenza kwayo nge-laser, ukusebenza kwayo, ucwangciso lwe-NC, iteknoloji yokucubungula nge-laser, ukugcinwa kwayo yonke imihla kunye nezinye izinto.
(4) Inkxaso yoqeqesho olukhethekileyo: Abasebenzisi banokulungiselela abasebenzi aba-2-3 kunye nabasebenzi bokulungisa ukuba beze kwinkampani yethu nangaliphi na ixesha.
Uqeqesho aluhlawuliswa mali yoqeqesho.
Iindleko ezifunyenwe ngexesha lewaranti ziya kuthwalwa yinkampani yethu, ngaphandle kwezo zifunyenwe ngenxa yokusetyenziswa gwenxa kunye nokusebenza ngabasebenzisi.
Inkampani yethu ibonelela ngeenkonzo zolondolozo kunye nezixhobo ezingasetyenziswanga ubomi bonke.
Ixesha lesiqinisekiso somgangatho wemveliso ngunyaka omnye kwaye ixesha lesiqinisekiso somgangatho welensi ye-optical ziintsuku ezingama-90. Ukusika umlomo, ukusika ipleyiti yamazinyo exhasayo, into yesihluzo, umzimba we-ceramic kunye nelensi ye-optical zizinto ezilula ukuzophuka.
Qaphela: I-EFC inomsebenzi wokusika umoya (i-10 kg ye-air compressor), kodwa umthengi kufuneka azixhobisele ezi ndawo zilandelayo.
Umatshini wokusika i-CNC Fiber Laser ； umatshini wokusika i-laser ye-cnc fiber ； i-laser ye-cnc fiber ； umsiki we-laser ye-cnc fiber ； abavelisi be-cnc turret punch press
| Into | Igama | Uphawu | Imodeli | I-OTY |
| 1 | I-air compressor engenawoyela | IMfazwe Yehlabathi-0.9/1.0 | 1 | |
| 2 | Umatshini wokomisa | UPARKER | SPL012 | 1 |
| 3 | Isahluli samanzi | udomnick | WS020CBFX | 1 |
| 4 | Isihluzi | udomnick | AO015CBFX | 1 |
| 5 | Isihluzi | udomnick | AA015CBFX | 1 |
| 6 | Isihluzi | udomnick | ACS015CBMX | 1 |
| 7 | Ukudibanisa | UPARKER | I-FXKE2 | 2 |
| 8 | Ukudibanisa | UPARKER | NJ015LG | 1 |
| 9 | Ivalvu yokunceda uxinzelelo | I-FESTO | I-LR-1/2-D-MIDI | 1 |
| 10 | Idibanisi | I-SMC | I-KQ2H12-04AS | 1 |
| 11 | Idibanisi | I-SMC | I-KQ2L12-04AS | 6 |
| 12 | Idibanisi | I-SMC | I-KQ2P-12 | 1 |
| 13 | Umbhobho wegesi | I-SMC | T1209B | 15m |
| 14 | Idibanisi | I-EMB | I-VADKO 15-RL/WD | 1 |
| 15 | Idibanisi | I-EMB | X A15-RL/WD | 1 |
1. Inkcazelo ephambili
| Into | Inkcazo | Iyunithi | |
| 1 | Ubungakanani bokusika amaphepha | 3000×1500 | mm |
| 2 | Istroke se-X Axis | 3000 | mm |
| 3 | Istroke se-Y Axis | 1500 | mm |
| 4 | Istroke se-Z Axis | 280 | mm |
| 5 | Isantya Sokondla Esiphezulu | 140 | m/ngomzuzu |
| 6 | Ukuchaneka kokusika | ± 0.1 | mm/m |
| 7 | Amandla eLaser alinganisiweyo | 1000 | W |
| 8 | Ubukhulu bokusika (xa imeko yokusika efunekayo ifezekisiwe) | Intsimbi yeCarbon 0.5-12 | mm |
| Intsimbi Engagqwaliyo 0.5-5 | mm | ||
| 9 | Ubukhulu bokusika obuzinzileyo | Intsimbi yeCarbon 10 | mm |
| Intsimbi Engagqwaliyo 4 | mm | ||
| 10 | Amandla Okufaka | 31 | i-kVA |
| 11 | Ixesha lokutshintshiselana ngeetafile zeShuttle | 10 | S |
| 12 | Ubunzima bomatshini | 8 | t |
2. I-SPI Laser Resonator
| Imodeli | I-TruFiber -1000 |
| Amandla Okufaka | 3000W |
| Amandla okuphuma | 1000W |
| Uzinzo lwaMandla eLaser | <1% |
| Ubude begagasi lelaser | 1075nm |
Inkqubo ye-3.CNC
| Into | Inkcazo |
| Inkqubo ye-CNC | UBeckhoff |
| Iprosesa | I-Dual-core 1.9 GHz |
| Umthamo wememori yenkqubo | I4GB |
| Umthamo wememori yehardware | 8GB |
| Bonisa uhlobo lwesikrini kunye nobukhulu | Ikristale yolwelo enemibala eyi-19″ |
| Izibuko lonxibelelwano eliqhelekileyo | I-USB2.0, i-Ethernet |