Imikhiqizo
I-SFG Lead Free Wave Soldering Machine SH-350
Ipharamitha
| Imodeli | I-SFG-350 | Uhlobo lwebhodwe le-solder | Isithando somlilo sethayela sesizukulwane sesi-4 |
| Usayizi we-PCB | Ubukhulu.50~350 | Inqubo yokushisisa | Uhlobo lwe-matrix olunamathela ngokuqondile inqubo yokushisa enezinhlangothi ezi-3, ukusebenza kahle kokushisa kungafinyelela ku-95% |
| Ukuphakama kwe-PCB | 750±50mm | I-solder pot tem. | Ithemu yegumbi.~350℃, Ukunemba kokulawula±1-2℃ |
| Isivinini se-Conveyor | 0-2000mm／Min | Lawula ukunemba | ±2℃ |
| I-angle yokushisela | 3~7° | Uhlobo lwezipho | I-FJ claw/L claw/ eyenziwe ngokwezifiso |
| Ukuphakama kwezingxenye | Ubukhulu.120mm | I-Flux | Imanuwali |
| Ukuphakama kwegagasi | 0-18mm | Indlela yokulawula isikhathi | I-PID+SSR |
| Inombolo yamagagasi | 2 | Ukulungiswa kobubanzi | Imanuwali (ejwayelekile)/Ekagesi (Inketho) |
| Ubude bokushisa | 1800MM | Ukungeza i-flux | Okuzenzakalelayo |
| Inombolo yokushisisa | ４ukushisa kwesiteji | Ukugeleza kwe-flux | 10 ~ 100ml/min |
| Isiqondiso | L→R noma R→L | I-spay nozzle | Isinyathelo motor +A-100 |
| Amandla okushisa ngaphambili | 20KW | FLUX kabusha | Ukugaywa kabusha kwephalethi |
| Ukushisa i-Tem. | Ukushisa kwegumbi ~ 250 ℃ | Amandla | I-3Phase 5line 380V/3Phase 220V (Inketho) |
| Indlela yokushisa | Umoya oshisayo | Qala amandla | Ubukhulu.14kw |
| Uhlobo lwe-Solide | LEAD Mahhala | Amandla okusebenza ajwayelekile | Cishe 3-8kw |
| Amandla ebhodwe le-solder | 14kw | Umthombo womoya | 0.4MPa~0.7MPa |
| Isisindo se-solder esiphezulu | Cishe.450kg | Usayizi wobukhulu | 4500*1600*1730(L*W*H) |
| Izinto zebhodwe le-solder | Koqweqwe lwawo lwensimbi | Isisindo | Cishe.1500kg |
Igobolondo Lomshini
| Ukwakheka komzimba | Idizayini yegobolondo elilula, kusetshenziswa uhlaka oluwugqinsi lwephasi yesikwele, ipuleti lensimbi eliwugqinsi elingu-2mm eligobayo ukuze kwenziwe igobolondo, iphansi lomzimba linamasondo ayisiqondiso angu-6, nezinkomishi eziyizinyawo ezingu-6 zokuma nokubeka (izinga lomzimba elilungisekayo nobude);umnyango wangaphambili uyisandiso Ingilazi egobile egobile, idizayini ye-engeli yokubuka ephezulu |
| Isakhiwo somnyango wangaphambili | Isakhiwo somnyango wengilazi oqinile ovalwe ngokuphelele, isicabha sengilazi sifakwe iziphethu zegesi ye-hydraulic embili ukwelula isembozo ukuze kuqinisekiswe indawo enkulu yokusebenza neyokulungisa. |
| Isakhiwo esingemuva | I-Magnet enebhande lesandla isakhiwo esikhiphekayo, isikhala esiphezulu sokulungisa |
| Phezulu komzimba | Isethi yokukhanyisa okungaqhumeki |
| Ukwelashwa kwendawo | Umshini wonke ufuthwe ngomhlophe wekhompyutha (uhlaka lomnyango wengilazi luluhlaza okwesibhakabhaka) |
Spay Izingxenye
| Umbhobho | Ibanga lesifutho liyalungiseka ukusuka ku-20 kuye ku-65mm, ubude benobhobho bungalungiseka ukusuka ku-50 kuye ku-80mm, futhi izinga lokugeleza okuphezulu ngu-100ml/min. |
| Isistimu yomoya | Adopt isihlungi esingenisiwe, ivalvu yokulawula kanye nejoyinti yepayipi, ukucindezela komoya okubonisa idijithali.Ipayipi lomoya elifuthayo lamukela i-asidi ne-alkali ukumelana, ipayipi lomoya le-SMC elilwa nokugqwala |
| Isistimu yokuhambisa umlomo wombhobho | I-stepping motor drive, isilawuli esihlakaniphile se-PLC, isilawuli esihlanganisiwe esinomkhawulo wokushintsha ukusondela kanye neso lokukhanya kwepuleti lokungena, ukutholwa okuzenzakalelayo kwesifutho sokungeniswa ngokuya ngejubane nobubanzi be-PCB. |
| Isistimu yokubuyisela i-Flux | Iphansi lombhobho lenziwe ngensimbi engagqwali egobile futhi yakhiwe njengethreyi equkethe amanzi angcolile kanye ne-flux, engakhishwa futhi ihlanzwe ngokuthanda kwakho. |
| Isistimu yesihlungi se-Flux exhaust | Uhlelo lokungenisa umoya: ifreyimu yesikrini sensimbi engagqwali kanye nesikrini sesihlungi esinezendlalelo ezimbili, kusetshenziswa izici zoketshezi ukuhlunga futhi kubuyise ukugeleza okweqile. |
| Ikhethini lomoya elingalodwa | Ummese womoya womoya uphephetha ukugeleza okwedlulele ngesikhathi sokufafaza ebhokisini lokutakula ukuze uvimbele ukugeleza kungangeni endaweni yokushisa kuqala.Qinisekisa ukuphepha kokukhiqiza. |
| Isakhiwo sebhokisi le-spray | Zonke izakhiwo zensimbi engagqwali, kulula ukuzihlanza nokuyinakekela.Izinga eliphezulu le-anti-corrosion futhi lihlala isikhathi eside. |
Ukushisa izingxenye
| Indawo yokushisa enezigaba ezine | Izingxenye ezingu-1800mm/4 zezindawo zokushisa ezizimele zokulawula ukushisa zinganikeza isikhala esanele sokulungiswa kokushisa, zingashisa kuqala amanye ama-PCB amakhulu ngokuqhathaniswa, imikhiqizo eyinkimbinkimbi kakhulu, izinsalela eziqinile eziguquguqukayo ezingaguquguquki ezingena-rosin ehlanzekile;ukunciphisa ukushaqeka okushisayo kwe-PCB Board, ibhodi le-PCB lishiswa ngokulinganayo, elingathuthukisa ukusebenza kahle kokukhiqiza. |
| Indlela yokulawula izinga lokushisa | Imojula yokutholwa kwezinga lokushisa le-Mitsubishi, ukulawulwa kwezinga lokushisa kwe-PID kunembile futhi kunokwethenjelwa, uhlelo lokubona lwe-thermocouple olungenisiwe, olunomsebenzi we-alamu ongavamile we-thermocouple. |
| Izingxenye zokushisisa | Ukwamukela i-Taiwan Taiwan Exhibition heat element, ukufudumeza okusheshayo, impilo ende, inertia ephansi eshisayo;ukushisa okufanayo endaweni yokushisa. |
| Amandla okushisa ngaphambili | Isamba esingu-22kw |
| Imodi yokufaka | Isistimu yokushisa kuqala yamukela umklamo we-modular wokudonsa oqondile, olungele ukulungiswa nokuhlanza. |
| Preheat ibhokisi ikhava | Yamukela ukubukeka kwe-arc streamline, futhi igcwaliswe nge-Cissr high-density rock wool engenisiwe ukuze ithuthukise umphumela wokulondoloza ukushisa. |
Izingxenye zokuthutha
| Umzila wesitimela ongagugi amandla aphezulu | Isitimela se-aluminium esikhethekile se-SFG sisebenzisa izinga lokushisa eliphezulu nokumelana nokugqokwa, futhi isakhiwo esikhethekile se-thermal compensation anti-deformation telescopic siqinisekisa ukuthi umzila wesitimela awukhubazeki futhi awuwi ebhodini. |
| Ukufana kwesitimela | Idivayisi yokulungisa ububanzi besitimela enamaphuzu amabili okuvumelanisa, ukulungiswa kobubanzi benduku yokunemba okuphezulu, ukunemba kokulungiswa kobubanzi kungaphansi kuka-0.2mm, ukusekelwa kwamaphoyinti angu-6, ukuze ama-rails omhlahlandlela ahambisane futhi ahambisane, alikho ikhanda elikhulu noma elincane. , ukufakwa kwesitimela somhlahlandlela, akudingi ukunqanyulwa, |
| Indlela yokulungisa | Imanuwali |
| Hook kabili | I-SFG ekhethekile engu-1.5MM i-double hook claw (akukho ukuguquguquka, ithini elinganamatheli), ukujiya kwe-splint≦2.5mm (ipuleti elingenayo lixhunywe ngeketango elivumelanisiwe) |
| Iyunithi encane yokusetha isivinini se-C/V | 1mm／min 0-1800mm／min |
| Ibanga lokuchezuka kwesivinini se-C/V | Ukulawulwa kwe-loop kagesi evaliwe ngaphakathi kuka-0-10mm/min |
| I-chain tensioner | Ukungezwani kokulungiswa kwe-Sprocket |
| I-Conveyor motor | I-Taiwan TCG frequency conversion 90W motor, enedivayisi yokuvikela i-overload limiter |
Ibhodwe le-solder
| Izici zesithando somlilo sikathayela | I-nozzle ye-wettability ehlelwe ngokukhethekile (50-400mm), i-flat wave design, indlela yokondla ithini yindlela yokwehlisa ithini, enganciphisa i-oxidation yamalunga e-solder, i-oxide slag iqoqa ngokuzenzakalelayo, kulula ukuyigcina, futhi ayikhiqizi i-tin slag powder emnyama |
| Idizayini ye-oxidation ephansi kakhulu | Isithando somlilo sikathayela esisezingeni eliphakeme, ukuzinza okuhle kokushisa, sisebenzisa isimiso sokuklama ukugeleza kwe-liquid tin, sinciphisa umthelela we-oxidation we-tin, futhi kunciphisa kakhulu i-oxidation ye-tin lapho kushiselwa amabhodi amancane e-PCB. |
| Ukusebenza kwezomnotho | Ilawulwa yi-PLC kanye ne-photoelectric switch to spray wave function, yehlisa imfucuza engadingekile |
| Ngena nangaphandle ebhodweni le-solder | Ugesi |
| Ukuphakama kwegagasi | 0-18mm |
| Wave motor | I-Taiwan TCG high lokushisa motor, ukuguqulwa kwemvamisa ukulungisa ngokunembile ukuphakama kokuphakama, ukulungiswa kwedijithali |
| Izingxenye zokushisisa | Ukwamukela ishubhu yokushisa yensimbi engenasici eyomile eshisiwe eTaiwan, impilo ende yesevisi;Isistimu yokushisa ye-matrix yangaphandle, ukushisa okuphezulu nangaphansi kwesithando somlilo kunembe kakhudlwana, akukho kuqhuma kwethayela, kanye nezimbambo eziningi eziqinisayo ukumelana nokuguquguquka.Yonga u-40% kagesi, cishe ama-kilowatts angama-30 kagesi ngosuku |
Isistimu yokupholisa
| Indlela yokupholisa | Ukusetshenziswa kwefeni ye-centrifugal enamandla amakhulu ukuvuthela phezulu ukuze kuphole kungathuthukisa kakhulu izinkinga ze-cavitation ne-pad peeling ezibangelwa ukwakhiwa kwe-lead-free solder eutectic. |
Lawula isistimu yesofthiwe
| ★ Umsebenzi we-alamu wephutha ozenzakalelayo: kukhona umsebenzi we-alamu ongavamile we-thermocouple, i-alamu yokushisa ephezulu kakhulu futhi ephansi;lapho ukushisa kuqala noma ukwehluleka kwesithando somlilo, ukushisisa kuzomiswa |
| ★ Izinga lokushisa lendawo yokushisa, izinga lokushisa lethayela, isivinini sokuthutha, isenzo sokufafaza, kanye nokupholisa okuphoqelekile kungalawulwa ngokuhlukana. |
| ★ Isilungiselelo sesikhathi seviki elilodwa (Ungasetha amandla okuzenzakalelayo uvule futhi uvale isikhathi kathathu ngosuku, izinsuku eziyisikhombisa ngesonto) |
| ★ Kunezinhlelo ezimbili eziphuthumayo ekhaleni nasemsila womshini, sicela ucindezele ezimweni ezikhethekile neziphuthumayo |
