i-diffusion pump induction heater yokonga amandla kanye nesivinini esikhulu
Incazelo
Iphampu ye-Induction Heating diffusion-I-vacuum coating diffusion futha ye-electromagnetic induction heater esikhundleni sepuleti lokushisisa elikwazi ukonga ugesi ongakanani?
Iphampu yokusabalalisa evamile iyashesha ukufudumala, futhi inezintambo eziphukile, ukujikeleza okulula okufushane, ukwethembeka okuphansi, nokwehluleka kalula. Kuletha ukuphazamiseka okuningi ekusebenzeni kwangempela. Ngalesi sizathu, i-HLQ ithuthukise ngokukhethekile okukhethekile i-heater ye-electromagnetic yephampu yokusabalalisa, edla u-7-8 kWh kagesi ngehora ngemva kokuguqulwa. Isikhathi sifinyezwa ngaphezu kwesigamu, futhi ukusebenza kulula, ukufakwa kulula, futhi isitayela sinoveli, okungase kulethe izindaba ezinhle embonini ye-vacuum coating.
Ukushisa kwe-electromagnetic induction kuyindlela yokushisisa umzimba ngokwawo ngokuguqula amandla kagesi abe amandla kazibuthe. Idiski yekhebula lokushisisa lokungeniswa kuka-electromagnetic ACTS ngqo phansi kwepompo ngokungeniswa ukuze ikhiqize insimu kazibuthe, ukuze iphampu izikhiqizele ukushisa ngokwayo. Ipuleti lesithando somlilo we-electromagnetic alikukhiqizi ukushisa, ukusebenza kahle kokuguqula okushisayo kufinyelela ngaphezu kwama-98%, ukulawulwa kwezinga lokushisa kunembile, i-PID ingalungisa ngokuzenzakalelayo amandla.
Izinzuzo zokufudumeza kwephampu ye-electromagnetic induction over resistance wire heat:
(1) ukusebenza kahle okuphezulu nokonga amandla, konga ugesi ongaphezu kuka-30% kunokushisa kwentambo yokumelana.
(2) isivinini sokushisa esisheshayo ngisho nokufudumeza.
(3) ukusebenza okuzinzile nokulawula ukushisa okunembile
(4) ukusebenza okulula nokuphila isikhathi eside
Emazingeni okushisa asekamelweni, kuthatha imizuzu engu-70-90 ukuthi intambo evamile yokumelana ne-15kw iphampu yokusabalalisa enobubanzi obungu-830mm inyuke iye ku-230 degrees futhi ingasakwazi ukushiselwa, kuyilapho ikhoyili yokushisa engu-15kw ithatha imizuzu engu-35-40 kuphela. ukuphakamisa izinga lokushisa libe ngama-degree angu-230, nciphisa kakhulu isikhathi sokushisa, uthuthukise ukusebenza kahle kokukhiqiza, futhi ulondoloze amandla amaningi. Lapho okokusebenza kuvalwa, lapho kusetshenziswa indlela yokushisisa intambo kagesi, ngenxa yokuthi isithando somlilo sikagesi sinokushisa okusalayo, iphampu yokupholisa izosebenza isikhathi eside ngaphambi kokuba ime, futhi ikhoyili esetshenziselwa ukushisa ngogesi ayinakho ukushisa. Ngemva kokuba okokusebenza kuvaliwe, kungenziwa ngokushesha Misa iphampu yokupholisa. Lokhu kuphinda konga ukusetshenziswa kwamandla kwephampu yokupholisa. Kuyabonakala ukuthi ukushisisa kwe-electromagnetic konga okungenani amandla angu-30% -60% kunokushisisa kwentambo evamile yokumelana. I-electromagnetic induction heat evaporation coating ingathuthukisa kakhulu izinga lokuhwamuka, futhi izinga lokushisa lokuhwamuka lizinzile, elingagwema ukwenzeka kwe-splash yento enamathelayo, ifilimu ngeke ibe nomthelela we-pinholes, ithuthukise kakhulu izinga lokufaneleka lomkhiqizo, futhi izidingo zokuhlanzeka kwezinto zokugqoka nazo ziphakeme kunokumelana. Izidingo zesithando somlilo ziphansi. Izinto ezihlanzeke kakhulu ezidingwa isithando somlilo sokumelana (intambo yesithando somlilo kagesi) kufanele ifinyelele ubumsulwa obungama-99.99%, kuyilapho ukuhwamuka kokushisa kwe-electromagnetic kudinga kuphela ukufinyelela ku-99.9%. Kuwo wonke amaphuzu, kungabonakala ukuthi ubuchwepheshe bokufudumeza kwe-electromagnetic bunciphise izindleko zokukhiqiza.
Ukushisisa kwephampu yokusabalalisa kunokushisa okungaguquki okuzenzakalelayo, ukuguquguquka okuzenzakalelayo kanye nemisebenzi elungisekayo, ukonga amandla, ukuvikelwa kwemvelo, ukuqina nokuphila isikhathi eside
Kufika emahoreni angu-50,000 noma ngaphezulu, alikho ilangabi elivulekile, linganciphisa izinga lokushisa langaphakathi futhi lelule ukuphila kwepayipi lamanzi okupholisa.
Ukufakwa kalula nokuhlakazeka, kanye nokugcinwa kwepompo yokusabalalisa.
Ngemuva kokufakwa, akuthinti i-vacuum, ayithinti umkhiqizo, futhi ayithinti isikhathi sokwenza umkhiqizo wesithando somlilo.
umkhiqizo uqinisekisiwe izinyanga eziyi-12 mahhala, futhi ukusekelwa kobuchwepheshe kunikezwa impilo yonke.
Umkhiqizo awulula ukuphuka, futhi ungashintshwa kalula ngesithando somlilo sokumelana.
Uma kunenkinga ngomkhiqizo, umenzi uzothumela umshini oyisipele ukuze uwushintshe kusenesikhathi.
Umshini wokushisa we-induction usetshenziswa kakhulu ekufakeni ukushisa, ukucisha, ukuthulisa, ukuthungatha, ukucisha kanye nezinye izimboni zokwelapha ukushisa, kanye nokushisa, ukushaja okushisayo nezinye izimboni.
Ngakho yiziphi izinzuzo ze-electromagnetic ukufakwa kokushisa uhlelo ezilenza lisetshenziswe kabanzi kuzo zonke izigaba zokuphila?
Namuhla, abasebenzisi abaningi basebenzisa le heater yokungeniswa. Abasebenzisi bayayisebenzisa ngoba inezinzuzo zayo.
Umshini wokushisa we-induction wamukela inqubo yokushisa yokungeniswa kwe-electromagnetic ukuze ushise ngokuqondile ucezu lokusebenza. Inezinzuzo zesivinini esisheshayo sokuvala kanye nemvamisa yokusebenza ephezulu.
- Ukonga amandla nokuvikelwa kwemvelo. Manje ukulawula kukahulumeni ukungcoliswa komoya kuya ngokuya kuba nzima nakakhulu. Lokhu kuyinzuzo yomshini wokushisa we-induction
- Ukusetshenziswa komshini wokushisa wokungenisa induction kunganciphisa izindleko zokukhiqiza.
- Umshini wokushisa we-induction unokuqukethwe okuphezulu kwezobuchwepheshe, ngakho-ke ukusebenza kahle kwawo kwamandla nakho kuhle kakhulu.
- Umshini wokushisa we-induction ungasetshenziswa ngokusebenza okuhle kakhulu nokusebenza kahle okuphezulu.
