CS258435B1 - Method of condenser heating and drying - Google Patents

Abstract

The method of drying the condenser is used in the heat vacuum processing process mg-dimensional conjugators, especially with foil and paper-foil dielectric. The method includes placing the capacitor in drying chambers, heating the condenser through heating the chamber walls afterwards condensation of the residual heat carrier heating the walls of the drying chamber is realized to a temperature above the drying temperature 50 to 150 03, with the current checking the condenser heating temperature while heating the condenser to the drying temperature Be reduces the temperature of the chamber walls to above said drying temperature.

Description

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HaHConee 6jih3khm no TexHinecxoft cymHocrb HBJweTca cnocoB cynixn KOHneHca-τοροΒ, BKJHoqa »mnft ycTaHOBxy KOHfleHcaTopoB b aqeftKH, pa3MemeHHbie xaMepecymKH b * c n'fjcneny» mhm narpeBOM hx it TeMnepaTypw cymKH xoHfleHcaTopoB nocpen-ctbom HarpeBa οτθηοκ xaMepu c ^ nocneflywmeň KOH eHcanHeň npoMexyTouHoro τέπηο- HOCHTejlH f2]. 258435 2 3τοτ cnoco6 πο3ΒοπΗβτ HarpeeaTb H3.qe.nHH paBHOMepHo h c bwcokhm τημπομ, oflHaKO OH HH3Kyw 3φφεττοοτ & npH HeoSxoqHMocTH MaccoBofi cymKH H3qe-πηη H3-3a TexHHwecKoň cnoxHocTH ero peanH3aqHH npn oqHOBpeMeHHoň TepMooSpa-6οτκβ 6ojibinoro KojnmecTBa H3qenHn.

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TexHoqorHH cnocoSa coctoht b cqeqyiomeM. ΙΙπετφορΜβ c ycTaHOBJíeHHbíMH b HueňKax KOHqeHcaTopaMH 3aKaTbiBaeTcn b Ká-Mepy, BKjiiouaioTCH cncTeMW HarpeBa h BaKyyMHpoBaHHH. HauaqbHbn pa3orpeB mox-ho npon3BoqnTb h npn ετΜοεφερΗΟΜ qaBJieHHH, ecjiH MaTepnan η3οηηηη KOHqeH — caTopoB (HanpHMep, qHaneKTpHK) cna6o uyscTBHTeqeH κ KHCJiopoqHoon cpeqe. flnHΗΗτεΗόκφΗΚΗΗΗΗ npoqecca b nepHoq pa3orpeBa TeMnepaHa CTeHKax KaMepwnoqqepxHBaiOT Ha 50–150 ° C Bbnne TeMnepaTypw cymKH (qoBoqHT qo 15O-25O ° C). HpeHCHBHoe HcnapeHHeTenqoHocHTeqn H3 φπτκπείί, npHKpenqeHHwx κ sthm CTeHKaM. ypoBěHb noBbuneHHHTeMnepaTypbi οτεΗοκ onpeqeqneTCH bo3mo> khocthmh CHCTeMbi HcnapeHHH npoMeacyTOu · Horo TeiuioHocHTejiH h oCecneueHHeM KaneqbHoň KoHqeHcaqHH Ha CTeHKax nueeK.

Ilocne ποβμπιθηηη qaBJíeHHH napoB TeruioHocHTeqH b κορο6β Bbfflie paBHOBecHo — ro Ha hx xojioqHbix noBepxHOCTHX BHyTpH nojioeTH Kopo6a 6yqeř npoHcxoqHtb hh- 1TeHCHBHan KoHqeHcaqHH. IIpnueM stot npoqecc ηβηηθτοη caMoperyqHpywmnMCH,, οο ecTb SoJibme Bcero napoB 6yqeT KOHqeHCHpoBaTbCH Ha noeepxHocTH.caMoň xo-qoqHoft. CTeHKH, uto 6yqeT ποβμπηιτβ ee ycKopeHHbift nporpeB;

CneqoBaTeqbHo, with npeqnaraeMOM cnocoóe Bce KOHqeHcaTopu, He3aBHCHMo οτhx pacnonoaceHHH b KaMepe, 6yqyT nporpeBaTbCH paBHOMepHo. nighttime οκοημθηηηnporpeea TeMnepaTypes οτβΗοκ cHHxa »T qo TeMneparypbi npoqecca cymKH (100-135 ° C). Πρκ Hcnojib3OBaHHH b KauecTBe TenqoHocHTeqq Kepocnna h TeMnepaTypecymKH 110-120 ° MaKCHManbHoe qaBJieHHe napoB TennoHocHTenH BHyTpH Kopo6a eoc-TaBHT okojio 13 Kila.

KonnuecTBO TeruiOHocHTeriH BHyTpH Kopo6a qonxHo Gwtb tskobo, uto6w npH Max-CHMaqbHOM ero HcnapeHHH npoHCxoqHqo HaqextHoe cMauHBaHHe φΗΤκπβή no ecen bw-, coTe CTeHKH. Πο οκοηηβηηη npoqecca cymKH cHcTeMy HarpeBa KaMepw OTKJnouaioT; flocTOHHCTBOM cnočoóa HBJíeeTCH ποβμπιθηηθ 3 φεκτηΒΗθθτΗ npoqecca πρκ Mac-cobom npoH3BoqcTBe H3qeqHn is céTheroHH npoqeccoe aarpysKH - BwrpysxHh sa cneT neperpeea ctchok KaMepw on HauanbHOM 3Táne. 258435 3 ΗΠΑ Η30ΒΡΕΤΕΗΗΗ

CnocoG cyniKH KOHfleHcaTopoB, BKjnoqamnHíi ycTaHOBKy KOHfleHcaTopoB b κηβϋκΗ, paaMemenHbie b KaMepe cymKH c nocnenynniHM HarpeBOM KOH / jeHcaTopoB ro TeMnepa -type cymKH nocpencTBOM HarpeBa οτβΗοκ KaMepu c nocneaywqeft KOHneHcaipieft προ-MexyroMHoro TennoHocHTena, OTnHuatontHAca ΤβΜ, ητο c nenbio noeu-meHHfl 3φφβκτΗΒΗοετΗ nponecca , Harpee ctchok KaMepu cymKH ocymecTBnsioT roTeMnepaTypu, npeBbmawineft TeMnepaTypy cymKH KOHneHcaTopoe at 5O ... 15O ° C conHOBpeMeHHhiM κοΗτροπβΜ TeMnepaTypu HarpeBa KOHfleHcaTopoB, η πρη HarpeBeKOHfleHcaTopoB ro TeMnepaTypu cymKH cHrošaioT TeMnepaTypy ctchok KaMepw ro-yno MHHyToft TeMneparypu cymKH.

HcTOMHHKH HH <}) OpMaHHH, npHHHTUe BO ΒΗΗΜΒΗΗβ npH 3KCnepTH3e * 1. SU, A, 658611. 2. JP, B, 55-50270.

P E Φ E P A T

CI10C0B CyfflKH KOHflEHCATOPOB

CnocoG npHMeHaeTca b npoyecce TepMOBaxyyMHoň oGpaGoTKH η3οπηηηη Manora-OapHTHbix KOHfleHcaTopoB npeHMyntecTBeHHO c nneHoHHUM h CyMaxHo — nneHOHHUM flH-3ΠβΚΤρΗΚΟΜ.

CnocoG BKroonaeT ycTanoBKy KonneHcaTopoB b KaMepe cymKH, HarpeB KoHnenca-τοροΒ nocpencTBOM HarpeBa creHOK KaMepu c nocnenywmeň KonneHcanHeň npoMejcy-TOHHoro TeonoHocHTena, πρκ 3tom Harpee CTeHOK KaMepu cymKH ocymecTBJíjnoT floTeMnepaTypu, npeBumaiotqeň TeMnepaTypy cymKH KOHfleHcaropoB Ha 50-150 ° C c.HOBpeMeHHbíM κοΗτροηβΜ TeMnepaTypu HarpeBa KOHneHcaTopoB, η πρκ HarpeBe κοκ-, neHcaTopoB «o TeMnepaTypu 'cymKH cmncaioT TeMnepaCtchok Types KaMepu ro ynoMH'HyToft TeMnepaTypu cymKH. ΠρΗ3ΗβΗθ Η3θ6ρβτβΗΗβΜ no pesynbTaTaM 3KcnepTH3U, ocymecTBneHo TocynapcT-ΒβΗΗΜΜ CPοΜΗΤβΤΟΜ CCCP ΠΟ Renan H3O6peTeHHft H OTKpUTHft. 258435

Claims (1)

BACKGROUND OF THE INVENTION A method for drying a condenser, comprising placing a condenser in a container, placing it in a drying chamber followed by heating the condenser to a drying temperature via the chamber heating walls with subsequent condensation condenser condensation characterized in that the walls are heated to increase process efficiency. the drying chamber has a temperature exceeding the condenser drying temperature of 50 to 150 ° 0, with simultaneous control of the condenser heating temperature and when the condenser is heated to the drying temperature, the chamber wall temperature is reduced to the already stated drying temperature · 258435