Izinzuzo zemishini yokushisa yokungeniswa ngamafrikhwensi ahlukene we imishini yokuqeda imvamisa ephezulu

1) Indlela yokushisa yokungenisa imvamisa emaphakathi

Ibanga lemvamisa: okuvamile 1KHZ ukuya cishe ku-20KHZ, inani elijwayelekile licishe libe ngu-8KHZ. Ukujula kokushisa nokuqina kumayelana no-3-10mm. Isetshenziselwa kakhulu ukufudumeza, ukuthungatha, ukufudumeza, ukucisha kanye nokucisha indawo yokusebenza enkulu, amashafu amakhulu amakhulu, amapayipi amakhulu anezindonga ezinkulu, amagiya amakhulu e-modulus nezinye izinto zokusebenza, kanye nokubhoboza okubomvu, ukucindezelwa kwe-forging nokuncibilikisa ububanzi obuncane. imigoqo. Linda.

2) Indlela yokushisa yokungeniswa kwe-Ultrasonic

Ibanga lefrikhwensi: Okuvamile 20KHZ ukuya ku-40KHZ (ngoba imvamisa yomsindo ingu-20HZ ukuya ku-20KHZ, ngakho ibizwa ngokuthi umsindo omkhulu). Ukujula kokushisa nokuqina, mayelana ne-2-3mm. Isetshenziselwa kakhulu ukufudumeza okujulile, ukuthungatha, ukuthulisa, ukucisha kanye nokushisa kwezinto zokusebenza ezinobubanzi obuphakathi, ukufudumeza, ukushisela, nokuhlanganisa okushisayo kwamapayipi anodonga oluncane olunobubanzi obukhulu, nokucisha igiya eliphakathi, njll.

3) Indlela yokushisa yokungenisa imvamisa ephezulu

Ibanga lemvamisa: okuvamile 30KHZ ukuya ku-100KHZ, evamise ukusetshenziswa 40KHZ ukuya ku-80KHZ. Ukujula kokushisa, ukujiya, mayelana ne-1-2mm. Imishini yokucisha i-induction heat surface quenching isetshenziswa kakhulu ekushiseni okujulile, ukubhoboza okubomvu, ukucindezela kwe-forging, annealing, tempering, quenching and tempering, surface quenching, ukushisisa kwepayipi elinobubanzi obumaphakathi nokushisela, ukuhlanganisa okushisayo, ukucisha iphinikhodi, njll. ezintweni ezincane zokusebenza.

4) Indlela yokushisa yokungeniswa kwemishini yokucisha i-UHF

Imvamisa iphakeme uma kuqhathaniswa, ibanga lemvamisa: okuvamile okungu-200KHZ noma ngaphezulu, kufika ku-1.1MHZ. Ukujula kokushisa nokuqina kuncane, cishe ku-0.1-1mm. Isetshenziselwa kakhulu ukucisha kanye nokushisela izingxenye zasendaweni ezincane kakhulu noma imigoqo emincane kakhulu, ukucisha ama-workpiece amancane, njll.

Ngesikhathi esifanayo, lezi zinhlobo ezinhlanu zemishini yokushisa yokungeniswa zinezinzuzo ezithile. Bonke basebenzisa i-IGBT yokufudumeza ugesi wokungenisa, okuwumshini wokushisisa owonga kakhulu futhi ovumela imvelo ekhulwini lama-21.

① Izici eziyinhloko: usayizi omncane, amandla aphezulu, ukushisisa okusheshayo, umgogodla obonakalayo, ukusetshenziswa kwamandla okuphansi.

② Isimo sokonga amandla: Uma kuqhathaniswa nefrikhwensi yakudala ye-thyristor emaphakathi, i-thyristor intermediate frequency heat idla cishe amadigri angu-500 kagesi ngethani ngalinye lesiqephu sokusebenza. Ukusetshenziswa kwamandla okusha kwefrikhwensi yenkampani yethu cishe kungama-degree angama-300. Ithani ngalinye elishisiwe longa ugesi ongaphezu kuka-200 kWh, ongamandla ngo-30% ngaphezu kokuhlolwa okudala.

③ Izici zesifunda: Idivayisi eyinhloko isebenzisa imojula ye-IGBT, isekethe ayilawuli ukulungiswa kwebhuloho eligcwele, ukuhlunga kwe-capacitor, inverter yebhuloho, kanye nokuphumayo kwe-resonance yochungechunge. Ihluke kakhulu kumafrikhwensi aphakathi nendawo esebenzisa i-thyristor parallel resonance.

④Umgomo wokonga amandla: Ukulungisa okungalawuleki, isifunda sokulungisa sivulwa ngokugcwele. Isici samandla aphezulu, i-voltage yochungechunge lwe-resonance, njll., inquma ukonga amandla okukhulu kwale mishini. Ubuchwepheshe bokulandela umkhondo obuzenzakalelayo bemishini, okokusebenza kuzolungisa ngokuzenzakalelayo amandla okukhiphayo ngokuya ngomsebenzi wakho. Ubukhulu bemishini bunqunywa ngokusho kwe-workpiece eshisayo. Umthwalo womsebenzi onzima kakhulu, amandla aphezulu, futhi umthwalo ulula, amandla ayancipha.