Incwadi yemiyalelo ye-capacitor epholile ngamanzi yokusetshenziswa kokushisa kokungeniswa
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1. Ububanzi Bokusetshenziswa:
I-capacitor ifaneleka ohlelweni lwe-AC voltage olulawulwayo noma olulungisekayo, futhi inikezelwe ngqo ekuthuthukiseni amandla kanye nempahla yesekethe kuzinhlelo zokusebenza ezifana nokushisa kwe-induction, ukuncibilika, ukushukumisa, ukusakaza njll. - 2
2. Ukubaluleka Kwemodeli:
Idatha ivela embikweni wokuhlola wakamuva ohlolwe yizinhlangano zangaphandle ezizimele.
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3. Ifomula Kagesi:
Amaqembu amahle ku-Design, ahlinzeka ngemidwebo ye-3D zingakapheli amahora angama-24. Amakhasimende angasithumelela uhlaka noma izithombe ezidingekayo futhi ithimba lethu lokuklama lingasebenza kumafayela e-CAD ukuze liqinisekiswe.
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4. Izici Zobuchwepheshe Bomkhiqizo
4.1 Isakhiwo sonke se-membrane esine-foil ye-aluminium egoqekayo ngokuzenzakalelayo.4.2 I-biobolid futhi i-dielectric ephezulu efakwa uwoyela wokuvikela (ongeyona i-PCB).4.3 Igobolondo lingaba yi-insulation kanye ne-non-insulation yezinketho. - 5
5. Ukusebenza Okuyinhloko Kobuchwepheshe:
5.1 Izinga Lomkhiqizo: GB/T3984.1-2004/IEC60110-1:19985.2 Amandla aphezulu e-dielectric: 2* AC(noma 4* DC) ahlala imizuzwana eyi-10.5.3 Ukuhlolwa kokuqhekeka kwe-shell okumelana ne-2.5* AC (okungenani i-2000V) okuhlala imizuzwana eyi-10.5.4 Ububanzi Bokubekezelela Umthamo: ngaphansi kuka -5%～+10% wenani elilinganiselwe.5.5 Inani le-tangent lokulahlekelwa yi-capacitor (tgδ) lingaphansi kuka-0.0008 ngaphansi kwe-voltage AC elinganisiwe.5.6 Ukuhlolwa kokuvalwa kwepayipi lokupholisa: umfutho womoya ongu-1Mpa ohlala imizuzu emi-2.
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6. Imfuneko yokusebenza
| Izindawo Ezifakiwe | Ngaphakathi |
| Ukuphakama Kuyasebenza | Ngaphansi kuka-1000m |
| Izinga Lokushisa Elizungezile | -20 /+50℃ |
| Ukubekezelelana Kwamandla | -5/+10% |
| I-Voltage Ephezulu Evumelekile | I-Voltage Elinganiselwe × 1.05 |
| Isilinganiso Esiphezulu Samanje Esivumelekile | Isilinganiso samanje × 1.15 |
| Izinto Zokusebenza Ngogesi | ifilimu ye-polypropylene |
| Uwoyela Wokuvikela | IPHEPHA (Akuyona i-PCB) |
| Imodi Yokupholisa | Ukupholisa ngamanzi noma ukupholisa umoya (ukupholisa umoya okuphoqelelwe kufanele kuqaliswe ngesivinini somoya esingaphansi kwama-4m/s.) |
| Ikhwalithi Yamanzi Okupholisa | Amanzi athambile angenazo izinto ezingcolile kufanele asetshenziswe ngenani le-PH elisukela ku-6 kuya ku-9 |
| Isidingo Sezinga Lokugeleza Kwamanzi Okupholisa Ngokuphathelene Nomthamo | Izinga Lokugeleza Eliphansi (L/min) Umthamo (KVAR) 3 ngaphansi kuka-500 6 500 kuya ku-800 8 800 kuya ku-1500 10 ngaphezu kuka-2000 |
| Kudingeka Ukucindezela Kwamanzi | Cishe 2.5〜3.5kg/cm2 (ubuningi obungu-10kg/cm22) |
| Kudingeka izinga lokushisa lamanzi okungena | ≥ 35℃ |
| Kudingeka Izinga Lokushisa Lamanzi Esitolo | ≥ 45℃ |
| Izinto Zekesi | Ishidi le-Aluminium Alloy elinobukhulu obungu-3mm |
| Ukushintsha Ukucindezela | Ngokuvamile ivaliwe (NC) thayipha i-OFF 0.08Mpa KU-0.05Mpa |
| Imodi Yokufaka | Kufakwe Ngokuqondile |
| I-Torque Eqinisayo Kakhulu | 15N·m |
| Isikhala Esincane Esidingekayo Phakathi Kwama-Capacitor noma Amanye Ama-Capacitor | Okungenani amasentimitha angu-5 |
| Uxhumano Lomholi | Akukho ukucindezeleka okukhulu kwemishini kuma-terminal ngesikhathi sokufakwa nokuthuthwa. |
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7. Ukugcinwa kwe-Capacitor:
7.1 Uma udinga ukulungisa i-capacitor ngemva kokucima, kufanele ukhiphe i-capacitor kuqala ukuzevimbela umonakalo obangelwa yi-voltage esele.7.2 Ukuqandisa amanzi epayipini lokupholisa kuzoholela ekulimaleni kwe-capacitor. Ngakho-ke uma izinga lokushisa lingaphansi kuka-0 ℃, kufanele uthathe izinyathelo ezifanele zokuvimbela ukuqandisa kwamanzi.7.3 Hlanza njalo isivikelo se-porcelain se-capacitor ukuze uvimbele ukuvuza noma ukujikeleza okufushane.7.4 I-nut izokhululeka ngenxa yokwanda kokushisa kanye nokubanda okunciphile. Ngakho-ke hlola i-nut ukuze ubonenoma ngabe kuqiniswe ngemva kwesikhathi sokungasebenzi njalo.7.5 Isivikelo se-porcelain kufanele sigcinwe singathintekile futhi asinakusetshenziselwa ukuthutha.
