Imikhiqizo
I-Panasonic SMT Chip Mounter NPM-W2
Izici
Ukukhiqiza okuphezulu kanye nekhwalithi ngokuphrinta, ukubekwa kanye nokuhlanganiswa kwenqubo yokuhlolaKuye nge-PCB oyikhiqizayo, ungakhetha imodi yesivinini esiphezulu noma imodi yokunemba okuphezulu.
Okwamabhodi amakhulu kanye nezingxenye ezinkuluAma-PCB afika kusayizi ongu-750 x 550 mm anengxenye yobubanzi obufika ku-L150 x W25 x T30 mm
Ukukhiqiza kwendawo ephakeme ngokubeka imizila emibiliKuye nge-PCB oyikhiqizayo, ungakhetha imodi yokubeka elungile – "Izimele" "Alternate" noma "Hybrid"
Ukutholwa kanyekanye kokukhiqiza kwendawo ephezulu kanye nokubekwa okunembayo okuphezulu
Imodi yokukhiqiza ephezulu (Imodi yokukhiqiza ephezulu: VULIWE)
Ubukhulu.isivinini: 77 000 cph *1 (IPC9850(1608):59 200cph *1 ) / Ukunemba kokubekwa: ±40 μm
Imodi yokunemba okuphezulu (Imodi yokukhiqiza ephezulu: IVALIWE)
Ubukhulu.isivinini: 70 000 cph *1 / ukunemba kokubekwa: ±30 μm(Inketho: ±25μm *2)
*1:I-Tact ye-16NH × 2 ikhanda*2:Ngaphansi kwezimo ezicaciswe yi-PSFS
Inhloko entsha yokubeka
 | Ikhanda elilula elingu-16-nozzle |
Isisekelo esisha esiqinile
· Isisekelo sokuqina okuphezulu esisekela ukubekwa kwejubane eliphezulu / ukunemba
Ikhamera yokubona okuningi
· Imisebenzi emithathu yokuqaphela ihlanganiswe ibe yikhamera eyodwa
· Ukuskena kokubonwa okusheshayo okuhlanganisa nokutholwa kobude bezingxenye
· Ingathuthukiswa isuka ku-2D iye kokucaciswayo kwe-3D
Ukucushwa komshini
Isakhiwo Sesiphakeli Sangemuva Nangaphambili
 | Izingxenye ezihlukene ezingama-60 zingafakwa ku-16mm tape feeders. |
Isakhiwo Sethreyi Eyodwa
13 fixed feeder slots ayatholakala.Ukukhweza ithreyi le-PoP kungenzeka ngeyunithi yokudlulisa.
I-Twin Tray Layout
Ngenkathi ithreyi elilodwa lisetshenziselwa ukukhiqiza, elinye ithreyi lingasetshenziswa ngesikhathi esisodwa ukusetha ukukhiqizwa okulandelayo kusenesikhathi.
Ukusebenza okuningi
Ibhodi Elikhulu
Ukucaciswa komzila owodwa (Ukucaciswa kokukhetha.)
Ibhodi Elikhulu kufika ku-750 x 550 mm lingaphathwa
Ukucaciswa kwemizila emibili (Ukucaciswa kokukhetha)
Amabhodi amakhulu (750 x 260 mm) angaphathwa ngokuhlanganyela.Amabhodi (afinyelela kubukhulu obungama-750 x 510 mm) angaphathwa ngokuhlanganyela ngesikhathi sokudlulisa okukodwa.
Izingxenye Ezinkulu
Ihambisana nosayizi bengxenye kufika ku-150 x 25 mm
Ukubekwa kwe-LED
Ukugqama Binning
Gwema ukuxutshwa kokukhanya futhi unciphise ukulahlwa kwengxenye nokuvinjwa.Qapha isibalo sezingxenye ezisele ukuze ugweme ukumosheka kwengxenye phakathi nokusebenza.
*Sicela usibuze imibhobho esekela izingxenye ze-LED zomumo ohlukahlukene
Eminye imisebenzi
· Umsebenzi wokuqashelwa kwamamaki amabi emhlabeni wonke Yehlisa isikhathi sokuhamba/sokubona ukubona izimpawu ezimbi
· I-PCB elindile phakathi kwemishini (enesidluliseli esinwetshiwe sinamathiselwe)Inciphisa isikhathi sokushintsha i-PCB (750 mm)
Ukukhiqiza okuphezulu - Isebenzisa indlela yokufaka kabili
Okunye, Okuzimele & Nokubekwa Okuxubile
Ukukhetha "Okunye" kanye "Nendlela Ezimele" yokubeka kabili ikuvumela ukuthi usebenzise kahle inzuzo ngayinye.
Okunye : Amakhanda angaphambili nangemuva asebenzisa ukubekwa kuma-PCB ngaphambili nangemuva ngokushintshana.
Okuzimele : Ikhanda langaphambili lenza ukubeka ku-PCB emzileni ongaphambili kanye nekhanda elingemuva lenze ukubekwa emzileni ongemuva.
Ukushintsha okuzimele
Kwimodi ezimele, ungakwazi ukushintsha umzila owodwa ngenkathi ukukhiqiza kuqhubeka komunye umzila.Ungashintshanisa inqola ephakelayo ngesikhathi sokukhiqiza futhi neyunithi yokushintsha ezimele (inketho).Isekela ukushintshwa kwephinikhodi yosekelo oluzenzakalelayo (inketho) kanye noshintsho oluzenzakalelayo (inketho) ukuze inikeze uguquko olungcono kakhulu lohlobo lwakho lokukhiqiza.
Ukuncishiswa kwesikhathi sokushintsha kwe-PCB
Ama-PCB amabili angaboshelwa esiteji esisodwa (ubude be-PCB : 350 mm noma ngaphansi).Futhi Ukukhiqiza Okuphezulu kungabonakala ngokunciphisa isikhathi sokushintshisana se-PCB.
Ukushintshwa okuzenzakalelayo kwezikhonkwane zokusekela (inketho)
Shintsha ngokuzenzakalelayo indawo yezikhonkwane zokusekela ukuze unike amandla ukushintsha okunganqamuki futhi usize ukulondoloza amandla omuntu namaphutha okusebenza.
Ukuthuthukiswa kwekhwalithi
Umsebenzi wokulawula ukuphakama kokubeka
Ngokusekelwe kudatha yesimo se-warpage ye-PCB kanye nedatha yokujiya yengxenye ngayinye ezobekwa, ukulawulwa kobude bokubekwa kuthuthukisiwe ukuze kuthuthukiswe ikhwalithi yokukhweza.
Ukuthuthukiswa kwezinga lokusebenza
Indawo yokuphakela mahhala
Ngaphakathi kwethebula elifanayo, okokuphakelayo kungasethwa noma yikuphi.Enye ukwaba kanye nokusetha iziphakeli ezintsha zokukhiqiza okulandelayo kungenziwa ngenkathi umshini usebenza.
Abaphakeli bazodinga ukufakwa kwedatha okungaxhunyiwe ku-inthanethi ngesiteshi sokusekela (inketho).
Ukuhlola I-Solder (SPI) ・ Ukuhlolwa Kwengxenye (AOI) - Inhloko yokuhlola
Ukuhlolwa kwe-Solder
· Ukuhlolwa kokubukeka kwe-solder
Ukuhlolwa kwengxenye ekhweziwe
· Ukuhlolwa kokubukeka kwezingxenye ezifakiwe
Ukukhwezwa kwangaphambili kwento yangaphandle*1 ukuhlolwa
· Ukuhlolwa kwangaphambili kwezinto zangaphandle kwama-BGA
· Ukuhlolwa kwento yangaphandle ngaphambi kokubekwa kwecala elivaliwe
*1: Into yangaphandle iyatholakala ezingxenyeni ze-chip.
I-SPI ne-AOI ukushintsha okuzenzakalelayo
· Ukuhlolwa kwe-Solder nengxenye kushintsha ngokuzenzakalelayo ngokuya ngedatha yokukhiqiza.
Ukuhlanganiswa kwedatha yokuhlola nokubekwa
· Umtapo wolwazi wengxenye ephethwe emaphakathi noma ukuxhumanisa idatha akudingi ukugcinwa kwedatha ezimbili zenqubo ngayinye.
Isixhumanisi esizenzakalelayo solwazi lwekhwalithi
· Ulwazi oluxhumeke ngokuzenzakalelayo lwekhwalithi yenqubo ngayinye lusiza ukuhlaziya imbangela yokukhubazeka kwakho.
I-Adhesive Dispensing - Ikhanda elikhiphayo
Indlela yokukhipha yohlobo lwe-screw
· I-NPM ye-Panasonic inomshini ojwayelekile wokukhipha i-HDF, oqinisekisa ukukhishwa kwekhwalithi ephezulu.
Isekela amaphethini okusabalalisa amachashazi/umdwebo
· Inzwa yokunemba okuphezulu (inketho) ikala ukuphakama kwe-PCB yendawo ukuze kulinganiswe ukuphakama kokukhipha, okuvumela ukusabalalisa okungaxhunywanga ku-PCB.
I-Self-Alignment Adhesive
Uchungechunge lwethu lwe-ADE 400D luyi-adhesive ye-SMD ephulukisa izinga eliphezulu lokushisa enomphumela omuhle wokuziqondanisa wengxenye.Lokhu okunamathelayo futhi kufanelekile ukusetshenziswa emigqeni ye-SMT ukulungisa izingxenye ezinkulu.
Ngemuva kokuthi i-solder incibilikile, ukuziqondanisa nokucwiliswa kwengxenye kwenzeka.
Ukubekwa kwekhwalithi ephezulu - uhlelo lwe-APC
Ilawula ukuhlukahluka kuma-PCB nezingxenye, njll. ngokomugqa ukuze kuzuzwe ukukhiqizwa kwekhwalithi.
I-APC-FB*1 Impendulo emshinini wokuphrinta
· Ngokusekelwe kudatha yokulinganisa ehlaziyiwe ekuhlolweni kwe-solder, ilungisa izikhundla zokunyathelisa.(X,Y,θ)
I-APC-FF*1 Idlulisele phambili emshinini wokubeka
· Ihlaziya idatha yesilinganiso sokuma kwe-solder, futhi ilungise izindawo zokubeka ingxenye (X, Y, θ) ngokufanele.Izingxenye ze-Chip (0402C/R ~)Ingxenye yephakheji (QFP, BGA, CSP)
I-APC-MFB2 Feedforward ku-AOI/Impendulo emshinini wokubeka
· Ukuhlolwa kwesikhundla ku-APC offset position
· Uhlelo luhlaziya idatha yokulinganisa indawo ye-AOI, lulungise indawo yokubeka (X, Y, θ) , futhi ngaleyo ndlela lugcine ukunemba kokubeka.Ihambisana nezingxenye ze-chip, izingxenye eziphansi zama-electrode kanye nezingxenye zomthofu*2
*1 : I-APC-FB (impendulo) /FF (i-feedforward) : Umshini wokuhlola we-3D wenye inkampani nawo ungaxhunywa.(Sicela ubuze omele abathengisi bendawo ukuze uthole imininingwane.)*2 : APC-MFB2 (i-mounter feedback2) : Izinhlobo zezingxenye ezisebenzayo ziyahlukahluka kumthengisi we-AOI kuya komunye.(Sicela ubuze omele abathengisi bendawo ukuze uthole imininingwane.)
Inketho yokuqinisekisa ingxenye - Isiteshi sokusekela sokusetha ungaxhunyiwe ku-inthanethi
Ivimbela amaphutha okusetha ngesikhathi sokushintsha Inikeza ukwanda kokusebenza kahle kokukhiqiza ngokusebenza okulula
*Izikena ezingenantambo nezinye izesekeli ezizohlinzekwa yikhasimende
· Ivimbela kusengaphambili ukubekwa kabi kwengxenyeIvimbela ukungahambi kahle ngokuqinisekisa idatha yokukhiqiza ngolwazi lwebhakhodi yezingxenye zokushintsha.
· Umsebenzi wokuvumelanisa idatha yokusetha ngokuzenzakalelayoUmshini ngokwawo uyaqinisekisa, ususa isidingo sokukhetha idatha yokusetha ehlukene.
· Umsebenzi we-InterlockNoma yiziphi izinkinga noma ukuphela kwesikhathi ekuqinisekiseni kuzomisa umshini.
· Umsebenzi wokuzulazulaUmsebenzi wokuzulazula ukwenza inqubo yokuqinisekisa iqondakale kalula.
Ngeziteshi zosekelo, ukusethwa kwenqola ephakelayo engaxhunyiwe ku-inthanethi kungenzeka ngisho nangaphandle kwendawo yokukhiqiza.
• Izinhlobo ezimbili zeziteshi zokusekela ziyatholakala.
Ikhono lokushintsha - Inketho yokushintsha ngokuzenzakalelayo
Ukusekela ukushintsha (idatha yokukhiqiza nokulungiswa kobubanzi besitimela) kunganciphisa ukulahleka kwesikhathi
• I-PCB ID yokufunda ngohlobo lomsebenzi wokufunda ngaphakathi kwe-ID ye-PCB iyakhetheka phakathi kwezinhlobo ezi-3 zesikena sangaphandle, ikhamera yekhanda noma ifomu lokuhlela
Ikhono lokushintsha - Inketho yokusetha i-Feeder navigator
Kuyithuluzi lokusekela lokuzulazula kwinqubo yokusetha ephumelelayo.Ithuluzi lifaka phakathi inani lesikhathi elisithathayo ukwenza nokuqedela imisebenzi yokusetha lapho ilinganisa isikhathi esidingekayo sokukhiqiza futhi inikeze isisebenzisi imiyalelo yokusetha.Lokhu kuzobonisa ngeso lengqondo futhi kuqondise imisebenzi yokusetha phakathi nokusetha ulayini wokukhiqiza.
Ukuthuthukiswa kwezinga lokusebenza - Izingxenye zinikeza inketho ye-navigator
Ithuluzi lokusekela ukunikezwa kwengxenye elizulazula okubalulekile kokunikezwa kwengxenye okusebenzayo.Icabangela isikhathi esisele kuze kuphele ingxenye nendlela ephumelelayo yokunyakaza komsebenzisi ukuze ithumele imiyalelo yokunikezwa kwengxenye ku-opharetha ngamunye.Lokhu kuzuza ukunikezwa kwengxenye esebenza kahle kakhulu.
*I-PanaCIM idingeka ukuthi ibe nabaqhubi abaphethe ukuhlinzeka ngezingxenye emigqeni eminingi yokukhiqiza.
Umsebenzi wokuxhumana wolwazi we-PCB
Ulwazi lokuqashelwa kwamamaki olwenziwa emshinini wokuqala we-NPM emgqeni ludluliselwa emishinini ye-NPM eyehla nomfula. Okunganciphisa isikhathi somjikelezo kusetshenziswa ulwazi oludlulisiwe.
Uhlelo Lokudala Idatha – NPM-DGS (Imodeli No.NM-EJS9A)
Iphakheji yesofthiwe isiza ukuzuza ukukhiqiza okuphezulu ngokuphatha okuhlangene kokudala, ukuhlela kanye nokulingisa idatha yokukhiqiza nomtapo wolwazi.
*1:Ikhompuyutha kufanele ithengwe ngokuhlukana.*2:I-NPM-DGS inemisebenzi emibili yokuphatha yezinga lephansi nelayini.
Ukungenisa kwe-Multi-CAD
Cishe yonke idatha ye-CAD ingatholwa ngokubhaliswa kwencazelo enkulu.Izakhiwo, ezifana ne-polarity, nazo zingaqinisekiswa esikrinini kusengaphambili.
Ukulingisa
Ukulingisa okuhlakaniphile kungaqinisekiswa esikrinini kusengaphambili ukuze isilinganiso sokusebenza komugqa sikhuphuke.
Umhleli we-PPD
Ngokuhlanganisa ngokushesha futhi kalula ukubekwa kanye nedatha yekhanda lokuhlola kusibonisi se-PC ngesikhathi sokusebenza, ukulahlekelwa isikhathi kungancishiswa.
Umtapo wezincwadi
Ilabhulali yengxenye yayo yonke imishini yokubeka kuhlanganise nochungechunge lwe-CM phansi ingabhaliswa ukuze kuhlanganiswe ukuphathwa kwedatha.
Hlanganisa i-Job Setter (MJS)
Ukwenziwa ngcono kwedatha yokukhiqiza kuvumela i-NPM-D2 ukuthi ijwayele ukuhlela okuphakelayo.Ukunciphisa isikhathi sokushintshwa kwesiphakeli sokushintsha kungathuthukisa ukukhiqiza.
Ukudalwa kwedatha yengxenye engaxhunyiwe ku-inthanethiinketho
Ngokwenza idatha yengxenye engaxhunyiwe ku-inthanethi kusetshenziswa isithwebuli esithengwe esitolo, ukukhiqiza kanye nekhwalithi kungathuthukiswa.
Uhlelo Lokudala Idatha - Iyunithi Yekhamera Engaxhunyiwe Ku-inthanethi (inketho)
Inciphisa isikhathi emshinini wokuhlelwa kwezingxenye zemtapo wezincwadi futhi isiza ukutholakala kwemishini nekhwalithi.
Idatha yelabhulali yezingxenye ikhiqizwa kusetshenziswa ikhamera yolayiniIzimo ezingenakwenzeka kusikena njengezimo zokukhanya, nezivinini zokuqashelwa, zingahlolwa ungaxhunyiwe ku-inthanethi kuqinisekisa izithuthukisi zekhwalithi nokutholakala kwezinto zokusebenza.
Ukuthuthukiswa kwekhwalithi - Isibukeli solwazi lwekhwalithi
Lena isofthiwe eklanyelwe ukusekela ukuqonda amaphuzu aguqukayo nokuhlaziywa kwezinto ezingalungile ngokuboniswa kolwazi oluhlobene nekhwalithi (isb., izindawo zokuphakela ezisetshenzisiwe, amanani okushintshaniswa okubonwayo kanye nedatha yezingxenye) nge-PCB ngayinye noma indawo yokubeka.Uma kwenzeka kwethulwa inhloko yethu yokuhlola, izindawo ezinokukhubazeka zingaboniswa ngokuhambisana nolwazi oluhlobene nekhwalithi
*I-PC iyadingeka kuwo wonke ulayini.
Iwindi lokubuka ulwazi lwekhwalithi
Isibonelo sokusebenzisa isibukeli solwazi lwekhwalithi
Ihlonza okokuphakelayo okusetshenziselwa ukukhweza amabhodi esekethe anesici.Futhi uma, ngokwesibonelo, unokungalungi kahle okuningi ngemva kokuhlanganisa, izici zokukhubazeka zingacatshangwa ukuthi zibangelwa;
1.amaphutha okuhlanganisa (ukuchezuka kwephimbo kuvezwa amanani okushintshana okubonwa)
2.ushintsho ekubunjweni kwengxenye (inqwaba ye-reel engalungile noma abathengisi)
Ngakho ungathatha isinyathelo esisheshayo ekulungiseni ukungaqondi kahle.
Ukucaciswa
| I-ID yemodeli | I-NPM-W2 | |||||
| Ikhanda elingemuva Ikhanda elingaphambili | Ikhanda elingasindi elingu-16-nozzle | 12-nozzle ikhanda | Ikhanda le-nozzle elilula elingu-8 | 3-nozzle ikhanda V2 | Ikhanda elikhiphayo | Alikho ikhanda |
| Ikhanda elilula elingu-16-nozzle | I-NM-EJM7D | I-NM-EJM7D-MD | I-NM-EJM7D | |||
| 12-nozzle ikhanda | I-NM-EJM7D-MD | |||||
| Ikhanda elilula elingu-8-nozzle | ||||||
| 3-nozzle ikhanda V2 | ||||||
| Ikhanda elikhiphayo | I-NM-EJM7D-MD | I-NM-EJM7D-D | ||||
| Inhloko yokuhlola | I-NM-EJM7D-MA | I-NM-EJM7D-A | ||||
| Alikho ikhanda | I-NM-EJM7D | I-NM-EJM7D-D | ||||
| Ubukhulu be-PCB(mm) | Umzila owodwa*1 | Ukufakwa kwenqwaba | L 50 x W 50 ~ L 750 x W 550 |
| 2-positin ukukhweza | L 50 x W 50 ~ L 350 x W 550 | ||
| Izindlela ezimbili*1 | Ukudluliswa okukabili (Iqoqo) | L 50 × W 50 ~ L 750 × W 260 | |
| Ukudluliswa okukabili (2-positin) | L 50 × W 50 ~ L 350 × W 260 | ||
| Ukudlulisa okukodwa (Iqoqo) | L 50 × W 50 ~ L 750 × W 510 | ||
| Ukudlulisa okukodwa (2-positin) | L 50 × W 50 ~ L 350 × W 510 | ||
| Umthombo kagesi | 3-isigaba AC 200, 220, 380, 400, 420, 480 V 2.8 kVA | ||
| Umthombo we-pneumatic *2 | 0.5 MPa, 200 L/min (ANR) | ||
| Ubukhulu *2 (mm) | W 1 280*3 × D 2 332 *4 × H 1 444 *5 | ||
| IMisa | 2 470 kg (Ngomzimba omkhulu kuphela : Lokhu kuyahluka kuye ngokucushwa kwenketho.) | ||
| Inhloko yokubeka | Ikhanda elingasindi elingu-16-nozzle (Ikhanda ngalinye) | 12-nozzle ikhanda (Ikhanda ngalinye) | Ikhanda lenozili engu-8 engasindi (Ikhanda ngalinye) | 3-nozzle ikhanda V2(Ikhanda ngalinye) | |||
| Imodi yokukhiqiza ephezulu[ON] | Imodi yokukhiqiza ephezulu[OFF] | Imodi yokukhiqiza ephezulu[ON] | Imodi yokukhiqiza ephezulu[OFF] | ||||
| Ubukhulu.uchame | 38 500cph(0.094 s/ chip) | 35 000cph(0.103 s/ chip) | 32 250cph(0.112 s/ chip) | 31 250cph(0.115 s/ chip) | 20 800cph(0.173 s/ chip) | 8 320cph(0.433 s/ chip)6 500cph(0.554 s/QFP) | |
| Ukunemba kokubeka(Cpk □1) | ±40 μm / chip | ±30 μm / chip (±25μm / chip)*6 | ±40 μm / chip | ±30 μm / chip | ± 30 µm/chip± 30 µm/QFP □12mm ukuya □ □32mm± 50 µm/QFP □12mm Ngaphansi | ± 30 µm/QFP | |
| Ubukhulu bezingxenye (mm) | 0402*7 chip ~ L 6 x W 6 x T 3 | 03015*7 *8/0402*7 chip ~ L 6 x W 6 x T 3 | 0402*7 chip ~ L 12 x W 12 x T 6.5 | 0402*7 chip ~ L 32 x W 32 x T 12 | 0603 chip kuya ku-L 150 x W 25 (diagonal152) x T 30 | ||
| Ukunikezwa kwengxenye | Ukuthepha | Itheyiphu: 4/8/12/16/24/32/44/56 mm | Itheyiphu: 4 kuya ku-56 mm | inkawu: 4 kuya ku-56 / 72 / 88 / 104 mm | |||
| I-Max.120 (Itheyiphu: 4, 8 mm) | Ukucaciswa kwenqola ephakelayo yangaphambili/engemuva : I-Max.120( Ububanzi betheyiphu nesiphakeli kungaphansi kwezimo ezingakwesokunxele)Izicaciso zethreyi elilodwa : I-Max.86( Ububanzi betheyiphu nesiphakeli kungaphansi kwezimo ezingakwesokunxele)Izicaciso zethreyi elingamawele : Ubukhulu .60( Ububanzi betheyiphu kanye nesiphakeli kungaphansi kwemibandela engakwesokunxele) | ||||||
| Induku | Izicaciso zenqola ephakelayo yangaphambili/engemuva :Ubukhulu | ||||||
| Ithreyi | Ukucaciswa kwethreyi elilodwa : Ukucaciswa kwethreyi eyi-Max.20Twin : Max.40 | ||||||
| Ikhanda elikhiphayo | Ukukhipha ichashazi | Ukukhipha imidwebo |
| Isivinini sokukhipha | 0.16 s/chashazi (Isimo : XY=10 mm, Z=ngaphansi kuka-4 mm ukunyakaza, Akukho θ ukuzungezisa | 4.25 s/ingxenye (Isimo : 30 mm x 30 mm ekhona lokukhipha)*9 |
| Ukunemba kwendawo yokunamathela (Cpk □1) | ± 75 μ m / ichashazi | ± 100 μ m /ingxenye |
| Izingxenye ezisebenzayo | 1608 chip ku-SOP, PLCC, QFP, Isixhumi, BGA, CSP | BGA, CSP |
| Inhloko yokuhlola | Ikhanda lokuhlola le-2D (A) | Ikhanda lokuhlola le-2D (B) | |
| Isixazululo | 18µm | 9 µm | |
| Buka usayizi (mm) | 44.4 x 37.2 | 21.1 x 17.6 | |
| Isikhathi sokucubungula sokuhlola | Ukuhlola I-Solder *10 | 0.35s/ Buka usayizi | |
| Ukuhlolwa Kwengxenye *10 | 0.5s/ Usayizi wokubuka | ||
| Into yokuhlola | Ukuhlola I-Solder *10 | Ingxenye ye-chip : 100 μm × 150 μm noma ngaphezulu (0603 noma ngaphezulu)Ingxenye yephakheji : φ150 μm noma ngaphezulu | Ingxenye ye-chip : 80 μm × 120 μm noma ngaphezulu (0402 noma ngaphezulu)Ingxenye yephakheji : φ120 μm noma ngaphezulu |
| Ukuhlolwa Kwengxenye *10 | I-square chip (0603 noma ngaphezulu), i-SOP, i-QFP (i-pitch engu-0.4mm noma ngaphezulu), i-CSP, i-BGA, i-Aluminium electrolysis capacitor, i-Volume, i-Trimmer, i-Coil, i-Connector*11 | I-square chip (0402 noma ngaphezulu), i-SOP, i-QFP (i-pitch engu-0.3mm noma ngaphezulu), i-CSP, i-BGA, i-Aluminium electrolysis capacitor, i-Volume, i-Trimmer, i-Coil, i-Connector*11 | |
| Izinto zokuhlola | Ukuhlola I-Solder *10 | Ukuguquguquka, ukufiphala, ukungaqondi kahle, umumo ongajwayelekile, ibhuloho | |
| Ukuhlolwa Kwengxenye *10 | Akukho, shintsha, ukupheqa, i-polarity, ukuhlolwa kwento yangaphandle *12 | ||
| Ukunemba kwendawo yokuhlola *13( Cpk □1) | ± 20 μm | ± 10 μm | |
| Inombolo yokuhlola | Ukuhlola I-Solder *10 | Ubukhulu.30 000 pcs./umshini (Inombolo yezingxenye: Ubukhulu. 10 000 pcs./umshini) | |
| Ukuhlolwa Kwengxenye *10 | Ubukhulu.10 000 ama-pcs./umshini | ||
| *1 | : | Sicela usithinte ngokwehlukana uma ungayixhuma ku-NPM-D3/D2/D.Ayikwazi ukuxhunywa ku-NPM-TT kanye ne-NPM. |
| *2 | : | Okomzimba oyinhloko kuphela |
| *3 | : | 1 880 mm ububanzi uma ama-extension conveyors (300 mm) ebekwe nhlangothi zombili. |
| *4 | : | Ubukhulu D kufaka phakathi okokuphakelayo kwethreyi : 2 570 mmUbukhulu D kufaka phakathi inqola yokuphakelayo : 2 465 mm |
| *5 | : | Ngaphandle kwemonitha, umbhoshongo wesignali kanye nekhava yefeni yesilingi. |
| *6 | : | ±25 μm inketho yokusekela yokubeka.(Ngaphansi kwezimo ezishiwo i-PSFS) |
| *7 | : | I-chip 03015/0402 idinga umlomo/isiphakeli esithile. |
| *8 | : | Usekelo lokubekwa kwe-chip engu-03015 mm luyakhethwa.(Ngaphansi kwezimo ezicaciswe yi-PSFS:Ukunemba kokubekwa ±30 μm / chip) |
| *9 | : | Isikhathi sesilinganiso sobude be-PCB esingu-0.5s sifakiwe. |
| *10 | : | Ikhanda elilodwa alikwazi ukusingatha ukuhlolwa kwe-solder nokuhlolwa kwengxenye ngesikhathi esifanayo. |
| *11 | : | Sicela ubheke ibhukwana lemininingwane ukuze uthole imininingwane. |
| *12 | : | Into yangaphandle iyatholakala ezingxenyeni ze-chip.(Ngaphandle kwe-chip engu-03015 mm) |
| *13 | : | Lokhu ukunemba kwesikhundla sokuhlola i-solder kukalwa yisithenjwa sethu sisebenzisa ingilazi yethu ye-PCB ukulinganisa indiza.Ingase ithintwe ukushintsha okungazelelwe kwezinga lokushisa elizungezile. |
*Isikhathi sobuhlakani bokubeka, isikhathi sokuhlola kanye namanani okunemba kungase kwehluke kancane kuye ngezimo.
*Sicela ubheke ibhukwana lemininingwane ukuze uthole imininingwane.
Hot Tags: panasonic smt chip mounter npm-w2, china,abakhiqizi, abahlinzeki, i-wholesale, thenga,imboni
