1. Hlola i-slag, hlola ukuthi isithando somlilo sethini ekusebenzeni kokuvula ngaphambi kwenani elithile le-tin slag, ukuze uhlanze ngokushesha i-slag esele ngaphambi komsebenzi wokugcina, ikakhulukazi indawo ye-wave motor kanye ne-wave flow flow channel indawo yomlomo.
2. I-Anti-oxidation wave soldering ku-i-wave solderingumshiniumlomo wombhobho ofakwe isembozo se-anti-oxidation ungalungiswa ngokuya ngendawo yebhodi lesifunda le-wave soldering spray tin endaweni yebhokisi leposi ukuze kuncishiswe i-wave soldering esithandweni sethayela elincibilikisiwe nendawo yokuxhumana komoya ukuze kuncishiswe ukukhiqizwa kwamanyela.
3. Wi-ave soldering imishini isheke lenani lethini, inani lethayela esithandweni somlilo ukuqinisekisa ukuthi ukumisa igagasi eliseduze nendawo yomlilo 0.5-1cm ububanzi kufanelekile, uma inani lethini elincane, nendawo yokuxhumana nomoya inkulu, ithuba le-oxidation nalo likhona. kukhulu, ukuwa kwempophoma yegagasi nakho kukhulu, umthelela wethayela eliwuketshezi nawo uba mkhulu, ukukhuphuka okukhuphukayo, ukwakheka kwamanyela nakho kuzoba ngaphezulu!Kunconywa ukuthi wengeze ama-tin strips esithandweni somlilo ngokushesha.
4. Isampula yezinto zokushisela, amasampula ethayela eliwuketshezi ekuhlaziyweni kwelabhorethri yesithando somlilo, ukuhlolwa kwaselabhorethri kokubunjwa kwayo nokungcola akukashintshi kakhulu, abakhiqizi bamanje bezinto zokushisela baxubile, abakhiqizi abaningi ukuze bonge izindleko, ukusetshenziswa kwethayela lesibili eligaywe kabusha. ukukhiqizwa kwe-slag, umphumela wekhwalithi yokushisela ungaphansi, futhi kungesinye sezizathu ezibalulekile ze-tin slag eyengeziwe.
5. Hlola izinga lokushisa lesithando somlilo wethayela, izinga lokushisa elisebenzayo liphansi, ithini elishisayo eliphuma ku-spout ligeleza libuyela esithandweni lapho kulula ukwakha i-buildup yesikhashana engancibiliki.Phakamisa ukuthi ikhasimende lingavumela umkhiqizo ngaphakathi kwebanga lokubekezelelana, izinga lokushisa elisebenzayo lesithando somlilo wethayela ukuthi lilungise phezulu.
6. Kunconywa ukuthi opharetha ashaye njalo i-slag, nsuku zonke ngaphambi kokuphela kosuku kufanele ashaye i-slag, ashaye i-slag ngaphandle kokuhamba ebhodini, izinga lokushisa lomlilo lizokwenyuka ngo-10 ℃ (izinga lokushisa langempela) bese lishaya. i-slag, ishaya i-slag engcono kakhulu yokusebenzisa i-powder encane yokunciphisa ukusheshisa ukuhlukaniswa kwe-tin ne-slag, okuzonciphisa kakhulu umthamo we-slag.
7. Uma kunesidingo, ungakwazi ukwengeza i-antioxidant ye-solder esithandweni sokushisa samagagasi ngenani elifanele.Ama-Antioxidants angavimbela ngempumelelo ukuvela kwe-oxidation, anciphise ukukhiqizwa kwemfucumfucu.
I-NeoDen I-Wave Soldering Machine
Imodeli: ND250
Igagasi: Duble Wave
PCB Ububanzi: Max 250mm
Umthamo wethangi le-tin: 200KG
Ukushisa ngaphambili: Ubude: 800mm (2 ingxenye)
Ukuphakama kwe-Wave: 12mm
I-PCB Conveyor Height (mm): 750±20mm
Indlela yokulawula: Isikrini sokuthinta
Usayizi womshini: 1800 * 1200 * 1500mm
Usayizi wokupakisha: 2600 * 1200 * 1600mm
Isivinini sokudlulisa: 0-1.2m/min
Izindawo Zokushisa: Izinga lokushisa legumbi-180 ℃
Indlela Yokushisisa: Umoya Oshisayo
Indawo Yokupholisa: 1
Indlela yokupholisa: Ukupholisa abalandeli be-Axial
Izinga lokushisa le-solder: I-Room Temperature—300℃
Dlulisa Isikhombisi-ndlela: Kwesokunxele→ Kwesokudla
Ukulawula izinga lokushisa: PID+SSR
Ukulawula Umshini: I-Mitsubishi PLC+ Isikrini sokuthinta
Umthamo wethangi le-Flux: Max 5.2L
Indlela yokufutha: Isinyathelo Motor+ST-6
Amandla: 3 isigaba 380V, 50HZ
Umthombo womoya: 4-7KG/CM2, 12.5L/Min
Isisindo: 450KG
Isikhathi sokuthumela: Jul-26-2022