I-BGMJ Low Voltage Shunt Capacitor yohlobo lokuziphilisa

Iimeko zokusebenza

1. I-Capacitor yamandla kufuneka iqinisekise ukunciphisa i-voltage ekhohlo ukuya kwi-voltage elinganisiweyo ye-10% ukufaka kwakhona emva kokuba umbane ucinyiwe, ngokuqhelekileyo uya kufuna i-200s phantse.ngoko iyakukhetha isilawuli samandla esinegalelo kunye nomsebenzi wexesha lokutshixa emva kokunqunyulwa kwamandla.Ukuba ukhetha isilawuli samandla esiqhelekileyo, kufuneka sifakele izixhobo zombane zokukhupha isantya.ayinakuthintelwa ukuba kusetyenziswe ntoni na ukwamkela igalelo lombane kunye nokutshintsha kwetshiphu.
2. Inqanaba lokuphakama alikho ngaphezu kwe-2000m.
3. Uhlobo lobushushu: -25/C ubushushu obuphantsi, ubushushu obuphezulu luhlobo C (alunakudlula 50℃ umyinge weqondo lobushushu alikho ngaphezu kwama-40℃ kwiiyure ezingama-24, umyinge wonyaka omnye wobushushu awukho ngaphezulu kwe-30℃ ), i-capacitor yamandla iya kusebenza ngaphakathi kwimeko ye-ventilate elungileyo.Ayinakuvumela ngaphakathi kokutywinwa kunye nemeko yofakelo

Iimpawu zeSakhiwo

1. Ukuthatha i-cylinder aluminium case.
2. Gxininisa ulwelo: akukho ziphumo zentlalo zongcoliseko lweoyile yedielectric.
3. Ukufakela izixhobo zokuqhawula i-press kunye nokukhupha isixhasi sombane.
4. I-Capacitor core iphilisa ifilimu esemgangathweni yensimbi.
5. Umphezulu weCapacitor yibhloko yeterminal yombane echukumisayo.
6. Ngaphantsi yi-M12 okanye i-M16 yokufaka i-bolt yomhlaba.
7. Isigaba sesithathu se-capacitor singaphakathi Δ indlela yoqhagamshelwano.

Iinkcukacha ezingundoqo zobuGcisa

1. I-voltage elinganisiweyo: 0.23kV, 0.25kV, 0.4kV, 0.415kV, 0.45kV, 0.48kV, 0.525kV njalo njalo.
2. Rated umthamo: 1 ~ 30kvar
3. Ukunyamezela amandla: -5%~+10%
4. Ilahleko yamandla δ≤0.1%
5. Phakathi kombane wepali: 2. Amaxesha e-15 ombane olinganisiweyo yi-5 yesibini, akukho gqobhoza ngokusisigxina okanye ukukhanya.
6. Inqanaba le-Dielectric: phakathi kwekhava yongeza i-voltage: amaxesha e-2 alinganiswe amandla ombane kunye ne-2kV okanye i-3kV, nceda uthathe ubude buqhubeke i-10 isibini, akukho puncture kwaye ukhanye.
7. Imvume yombane obuninzi: 1.1 amaxesha ombane, rhoqo kwiiyure ezingama-24 azikho ngaphezu kweeyure ezi-8, amaxesha angama-1.15 ombane, rhoqo iiyure ezingama-24 azikho ngaphezu kwemizuzu engama-30 amaxesha ombane 1.2, bekungayi kuba ngaphezu kwe-5 yesibini (qhubeka) amaxesha angama-1.3 ombane , hayi ngaphezulu kwemizuzu eyi-1.
8. Umbane ophezulu wemvume yombane: uvumelekile ukuba usebenze ngaphantsi kwe-1.3 amaxesha alinganiselwe ngoku, njengoko kukho ukutenxa ngaphezulu kwamandla ombane kunye ne-capacitor elungileyo kunye ne-harmonic i-over yangoku ayikho ngaphezu kwe-1.43 yamaxesha angoku.
9. Icandelo lokukhupha: ngaphakathi faka irejista yokukhupha, i-capacitor inqunyulwe amandla, kunokukhupha imizuzu emi-3 yombane, ngoko ke amandla ombane ayancipha ukuya kwi-50V.
10. Umgangatho: GB/T12747-2004, IEC60831-2002