impompo yokusasaza ukufudumeza kwe-induction ene-electromagnetic heater

impompo yokusasaza ukufudumeza kwe-induction ene-electromagnetic heater

Impompo yokufudumeza yokusasazwa kwempompo-Impompo yokufunxa yokusasazwa kwempompo ye-electromagnetic induction heater endaweni yokumelana nepleyiti yokufudumeza inokonga umbane ongakanani?

Impompo yokusasazwa kwesiqhelo iyacotha ukufudumala, kwaye ineengcingo ezaphukileyo, kulula ukuya kwisekethe emfutshane, ukuthembeka okuphantsi, kunye nokusilela ngokulula. Izisa inkxwaleko enkulu kumsebenzi wokwenene. Ngesi sizathu, i-HLQ iye yaphuhlisa ngokukodwa i-heater ye-electromagnetic induction kwimpompo yokusasaza, esebenzisa i-7-8 kWh yombane ngeyure emva kokuguqulwa. Ixesha lifinyezwa ngaphezu kwesiqingatha, kwaye ukusebenza kukulungele, ukufakela kulula, kwaye isitayile sinoveli, esinokuzisa iindaba ezilungileyo kwishishini le-vacuum coating.

Ukuchithwa kwe-electromagnetic heating yindlela yokufudumeza umzimba ngokwawo ngokuguqula amandla ombane abe ngamandla emagnethi. I-Electromagnetic induction heat cable disk ngqo I-ACTS ezantsi kwempompo ngokungeniswa ukuvelisa umhlaba wemagnethi, ukuze impompo ivelise ubushushu ngokwayo. Ipleyiti yomlilo we-electromagnetic ayivelisi bushushu, ukusebenza kakuhle kokuguqulwa kwe-thermal kufikelela ngaphezulu kwe-98%, ulawulo lobushushu luchanekile, i-PID inokulungelelanisa ngokuzenzekelayo amandla.

Izinto ezilungileyo zokufudumeza kwempompo ye-electromagnetic induction over resistance heat heat:

(1) ukusebenza kakuhle okuphezulu kunye nokonga amandla, ukonga ngaphezu kwe-30% yombane kunokumelana nokufudumeza kwecingo.

(2) isantya sokufudumeza ngokukhawuleza kunye nokufudumeza.

(3) ukusebenza okuzinzileyo kunye nolawulo oluchanekileyo lobushushu

(4) ukusebenza lula kunye nobomi benkonzo ende

Kwiqondo lobushushu begumbi, kuthatha imizuzu engama-70-90 ukuba ucingo lwemveli oluyi-15kw lokuxhathisa lwempompo yokusasaza olunobubanzi obuyi-830mm lunyuke luye kumaqondo angama-230 kwaye alunakuphinda lufudunyezwe, lo gama i-15kw i-coil yokufudumeza nge-electromagnetic ithatha kuphela imizuzu engama-35-40. ukunyusa izinga lokushisa ukuya kuma-degrees angama-230, unciphise kakhulu ixesha lokufudumala, ukuphucula ukusebenza kakuhle kwemveliso, kunye nokugcina amandla amaninzi. Xa izixhobo zivaliwe, xa kusetyenziswa indlela yokufudumala yocingo, ngenxa yokuba isithando sombane sinobushushu obuseleyo, ipompo yokupholisa iya kusebenza ixesha elide ngaphambi kokuba ime, kwaye i-coil esetyenziselwa ukufudumeza kwe-electromagnetic ayinayo ukushisa. Emva kokuba isixhobo sivaliwe, sinokukhawuleza Misa ipompo yokupholisa. Oku kugcina ukusetyenziswa kwamandla epompo yokupholisa. Inokubonwa ukuba ukufudumeza kwe-electromagnetic konga ubuncikane be-30% -60% yamandla kunokufudumala kweengcingo eziqhelekileyo. I-Electromagnetic induction heat evaporation coating inokuphucula kakhulu isantya sokuphuma komphunga, kwaye iqondo lobushushu lokuphuma ngumphunga lizinzile, elinokuthi lithintele isenzeko se-splash sezinto zokugquma, ifilimu ayisayi kuba nefuthe lemibhobho, iphucule kakhulu izinga lesiqinisekiso semveliso, kwaye iimfuno zokucoceka kwezinto zokugquma nazo ziphezulu kunokumelana. Iimfuno zesithando somlilo ziphantsi. Izinto ezicocekileyo ezifunwa yi-furnace yokumelana (intambo yesithando sombane) kufuneka ifikelele kwi-99.99% yobunyulu, ngelixa i-electromagnetic heat evaporation ifuna kuphela ukufikelela kwi-99.9%. Ukusuka kuyo yonke indawo, kunokubonwa ukuba itekhnoloji yokufudumeza kwe-electromagnetic evaporation inciphise iindleko zokuvelisa.

Ukufudumeza kwempompo yokusasazwa kwempompo kunobushushu obuzenzekelayo obuzenzekelayo, ukutshintshwa ngokuzenzekelayo kunye nemisebenzi ehlengahlengiswayo, ukonga amandla, ukhuseleko lokusingqongileyo, ukuqina kunye nokuphila ixesha elide.

Ukuya kuthi ga kwiiyure ezingama-50,000 okanye ngaphezulu, akukho mlilo uvulekileyo, unokunciphisa ubushushu bangaphakathi kunye nokwandisa ubomi bombhobho wamanzi okupholisa.

Ufakelo olulula kunye nokuchithwa, kunye nokugcinwa kwempompo yokusabalalisa.

Emva kokufakela, ayichaphazeli i-vacuum, ayichaphazeli imveliso, kwaye ayichaphazeli ixesha lokwenza imveliso yesithando somlilo.

imveliso iqinisekisiwe 12 iinyanga simahla, kunye nenkxaso yobugcisa inikezelwa ubomi.

Imveliso ayilula ukuphuka, kwaye inokutshintshwa ngokulula kwisithando somlilo sokumelana.

Nje ukuba kukho ingxaki ngemveliso, umenzi uya kuthumela umatshini osecaleni ukuze uwubuyisele kwangethuba.

Umatshini wokufudumeza we-Induction usetyenziswa ngokubanzi ekutshintsheni ubushushu, ukucima, ukufudumala, ukucima, ukucima kunye namanye amashishini onyango lokushisa, kunye nokushisa kwangaphambili, ukutshaja okushushu kunye namanye amashishini.

Ke zithini izibonelelo ze-electromagnetic inkqubo yokufudumala eziwenza asetyenziswe ngokubanzi kuzo zonke iinkalo zobomi?

Namhlanje, abasebenzisi abaninzi basebenzisa le heater. Abasebenzisi bayayisebenzisa kuba ineenzuzo zayo.

Umatshini wokufudumeza we-induction wamkela inkqubo yokufudumeza kwe-electromagnetic ukufudumeza ngokuthe ngqo i-workpiece. Ineenzuzo zesantya esikhawulezayo sokuvala kunye nesantya esiphezulu sokusebenza.

  1. Ukonga amandla kunye nokukhuselwa kwendalo. Ngoku ulawulo lukarhulumente lokungcoliswa komoya luya lusiba ngqongqo ngakumbi. Le yinzuzo yomatshini wokufudumeza we-induction
  2. Ukusetyenziswa komatshini wokufudumeza kwe-induction kunokunciphisa iindleko zokuvelisa.
  3. Umatshini wokufudumeza we-Induction unomxholo ophezulu wezobugcisa, ngoko ke ukusebenza kwawo kwamandla kukuhle kakhulu.
  4. Umatshini wokufudumala we-Induction unokusetyenziswa ngokusebenza kakuhle kakhulu kunye nokusebenza okuphezulu.