I-Othomathikhi ye-DIP Soldering Machine TY-4530DPF

Indlela ye-soldering:

Uma nje i-substrate ene-flux enhle ibekwe esibambi senaliti, bese unyathela unyawo lokushintsha, izingcezu eziningi zama-substrates ahlukahlukene zingathengiswa ngesikhathi esisodwa.Ama-engeli wonke alawulwa yi-microcomputer, alingisa ngokuphelele isimiso sokusebenza kwe-dip soldering, ukuqeqeshwa kwabasebenzi akudingeki, noma ubani angakwazi ukucwilisa ukusebenza kwe-soldering, azikho izandla ezinekhono ezidingekayo, izinga lokushisela lizinzile, nokusebenza kahle kokukhiqiza kungathuthukiswa.

Umsebenzi:

1. Ifanele amabhodi wesifunda kanye nemikhiqizo yokudambisa evamile

2. Thuthukisa izinga lokushisela futhi ulingise ukushisela okwenziwa ngesandla

3. Thuthukisa ukusebenza kahle kokukhiqiza, imikhiqizo ye-batch ingashiselwa ngesikhathi esifanayo, ephakeme izikhathi ezi-4 kune-manual.

Isici:

1. I-steping motor isetshenziselwa ukushayela isikulufu sebhola sokunyakaza okuya phezulu naphansi.Ukunemba kwenjini kungu-0.1mm, futhi ukujula kwe-solder kunembile.

2. Ibhodi lesifunda lintanta phezu kwethini ukuze licwiliswe ithini, elingaphazanyiswa ukujula kwe-solder.

3. Ijubane eliphakamisayo lomkhiqizo ozocwiliswa liyalungiseka, futhi i-angle yokucwilisa yebhodi lesifunda iyalungiseka ukuze kuncishiswe ukungezwani kwendawo futhi kuhlangabezane nezidingo zenqubo.

4. Ingakwazi ukukhuhla ngokuzenzakalelayo i-oxide engaphezulu iye ethangini le-tin slag emjikelezweni ngamunye wokusebenza ukuze kuthuthukiswe ikhwalithi yokushisela.

5. Ingakwazi ukushisa kuqala ubuso bebhodi lesifunda kanye ne-flux ukuthuthukisa umsebenzi kanye nekhwalithi ye-welding.

6. Isikhathi se-solder singashintshwa ngokuzenzakalelayo kusuka kusekhondi elingu-1 kuye kweyi-10

7. Amashubhu okushisa angenisiwe asetshenziswa, afakwe insulated futhi abe nempilo ende yesevisi.Ukulawulwa kwezinga lokushisa kusebenzisa ukulawula kwe-PID ngokunemba okungu-±2°.Isithando somlilo sethayela senziwa nge-titanium ehlanzekile yezimboni i-TA1, futhi ukutholwa kwezinga lokushisa kusebenzisa ama-thermocouples ohlobo lwe-K.

Izici zesakhiwo se-flux spray furnace:

Umbhobho ungeniswa usuka e-Taiwan.Ingaphakathi le-nozzle lenziwe ngethusi, futhi udonga lwangaphakathi lwenziwe ngenqubo eyingqayizivele epholishwe ngesandla, engeke idliwe yi-flux.Umphumela we-atomization muhle, i-spray flux ifana futhi i-flux inokumanzisa okuhle, okungasusa ngokuphelele ama-oxide ebusweni bebhodi lesifunda kanye ne-plug-in ngayinye, futhi ngesikhathi esifanayo yakha ifilimu ephikisana ne-oxidation efanayo. ibhodi lesifunda elinengcindezi ephansi.Ukuze uthole umphumela omuhle kakhulu wokucwiliswa kwe-tin soldering.

Isimiso sesithando somlilo sokufutha ukuthi ipompo kagesi i-atomize ukugeleza kwe-liquid ibe yizinhlayiya ezincane ngokusebenzisa i-nozzle, futhi igqoke phezu kwebhodi lesifunda ukuze kuthuthukiswe ikhwalithi yokushisela futhi yonge ngaphezu kwengxenye yokusetshenziswa kwe-flux.

Isingeniso sokufutha:

1,Ukucaciswa kwethangi langaphakathi:300*300*140mm

2,Imodeli yeNozzle: Danfoss

3,Ifomu lokushayela: ugesi

SpImingcele yezobuchwepheshe ye-ray furnace:

1. Ububanzi bombhobho: 1.3mm

2. Ivolumu yokukhishwa kwamanzi: 0-360ml/min

3. Ukusetshenziswa komoya (ukuvunguza okuyisicaba okuqhubekayo): 100l/min

4. Ububanzi obuvuthela phansi: 200mm ukuphakama 200mm;300mm ukuphakama 320mm

5. Ububanzi bobubanzi besifutho esiyindilinga: 70mm ububanzi ngo-200mm ukuphakama;80mm ububanzi ngo-300mm ukuphakama

6. Isilinganiso se-atomized usayizi wezinhlayiyana: 100um

7. I-Compressor yomoya: 0.75-1.5KW

8. Umfutho womoya omkhulu: 5kg/cm²

9. Ibanga phakathi kwe-nozzle nomkhiqizo: 20-30cm

Izinzuzo uma ziqhathaniswa nokucwiliswa ngesandla kanye nokukhipha amagwebu:

1. Yonga ukuguquguquka, gwema ukuguquguquka, futhi wehlise izindleko

2. Khulisa umsebenzi we-flux futhi uthuthukise ikhwalithi yokushisela

3. Ukusebenza okulula, kungalawulwa ngokunyathela inkinobho yonyawo

4. Faka i-flux ngokulinganayo