80Kv Imvamisa ephansi kakhulu Ijeneretha yamandla kagesi ephezulu ye-AC Hipot Generator
I-High Voltage Vlf AC Hipot Tester Ithuluzi Lokuhlola Ikhebula Lemvamisa Ephansi Kakhulu I-Vlf High Voltage Generator Vlf Hipot Test Kit
Umklamo ogcwele we-elekthronikhi uqinisekisa usayizi omncane nesisindo esincane.
Ukucaciswa Kwesihloli Semvamisa Esiphansi Kakhulu
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Ukuvama kokuphumayo
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0.1Hz, 0.05Hz, 0.02Hz
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Layisha umthamo
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0.1Hz umkhawulo 1.1µF
0.05Hz ubuningi 2.2µF 0.02Hz esiphezulu 5.5µF |
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Ukunemba kokulinganisa
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3%
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Iphutha lokuphakama kwe-voltage ephozithivu nenegethivu
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≤3%
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Ukuhlanekezela kwe-voltage waveform
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≤5%
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Imibandela yokusebenzisa
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ngaphakathi nangaphandle;
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Izinga lokushisa lokusebenza
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-10℃∽+40℃
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Umswakama ohlobene
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≤85％RH
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Ukunikezwa kwamandla kagesi
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imvamisa 50Hz, voltage 220V±5%.
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Imodeli
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Ama-Voltage alinganiselwe
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Layisha umthamo
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Fuse
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Isisindo
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Iwusizo
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30KV
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30kV
(isiqongo) |
0.1Hz,≤1.1µF
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20A
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Isilawuli: 6Kg
I-Booster: 20Kg |
Izintambo ezingu-10KV, Ijeneretha
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0.05Hz,≤2.2µF
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0.02Hz,≤5.5µF
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I-VLF50KV
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50kV
(isiqongo) |
0.1Hz,≤1.1µF
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20A
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Isilawuli: 6Kg
I-Booster I: 40Kg I-Booster II: 60Kg |
15.75KV Amakhebuli,Ijeneretha
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0.05Hz,≤2.2µF
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0.02Hz,≤5.5µF
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Idatha ye-VLF60KV
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60kV
(isiqongo) |
0.1Hz,≤0.5µF
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20A
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Isilawuli: 6Kg
I-Booster I: 40Kg I-Booster II: 65Kg |
18KV nangaphansi kwekhebula,Ijeneretha
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0.05Hz,≤1.1µF
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0.02Hz,≤2.5µF
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I-VLF80KV
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80kV
(isiqongo) |
0.1Hz,≤0.5µF
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30A
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Isilawuli: 6Kg
I-Booster I: 45Kg I-Booster II: 70Kg |
35KV nangaphansi kwekhebula,Ijeneretha
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0.05Hz,≤1.1µF
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0.02Hz,≤2.5µF
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Izici eziyinhloko zale Vlf Generator
1. I-voltage elinganiselwe ye-VLF ingaphansi noma ilingana no-50kV isebenzisa isakhiwo sokuxhuma okukodwa (i-booster eyodwa); i-voltage elinganiselwe ye-VLF inkulu kuno-50kV yamukela isakhiwo sochungechunge (ama-booster amabili axhunywe ochungechungeni), okwehlisa kakhulu isisindo sisonke futhi athuthukise umthamo womthwalo. Ama-booster amabili angasetshenziswa ngokuhlukene ku-VLF yezinga eliphansi le-voltage.
2. Idatha yamanje, i-voltage, ne-waveform konke kusampula ngokuqondile ohlangothini lwe-high-voltage, ngakho idatha inembile.
3. Ngomsebenzi wokuvikela i-over-voltage, lapho okukhiphayo kudlula inani elibekiwe le-voltage elibekiwe, ithuluzi lizoma, isikhathi sesenzo singaphansi kuka-20ms.
4. Ngomsebenzi wokuvikela wamanje: iklanywe njengokuvikela okukabili kwamandla kagesi aphezulu naphansi, uhlangothi lwamandla kagesi aphezulu lungavalwa ngokunembile ngokwenani elibekiwe; lapho i-current ohlangothini lwe-voltage ephansi idlula okwamanje okulinganiselwe, ukuvikela ukuvala shaqa kuzokwenziwa, futhi isikhathi sesenzo singaphansi kwama-20ms.
5. I-high-voltage output resistance resistor yakhiwe emzimbeni we-booster, ngakho-ke asikho isidingo sokuxhuma i-resistor yokuvikela ngaphandle.
6. Ngenxa yesekethe yokulawula impendulo ephezulu nephansi ye-voltage evaliwe, okukhiphayo akunawo umphumela wokukhulisa umthamo.
