I-80Kv I-Frequency ePhantsi kakhulu i-Votege Generator ye-AC ye-Hipot Generator
IVoltage ephezulu yeVlf AC Hipot Tester iPhantsi kakhulu kwiCable Frequency Testing Isixhobo seVlf High Voltage Generator Vlf Hipot Test Kit
Uyilo olupheleleyo lwe-elektroniki luqinisekisa ubungakanani obuncinci kunye nobunzima obulula.
Inkcazo yoMvavanyi weFrekhwensi ePhantsi kakhulu
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Imveliso rhoqo
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0.1Hz, 0.05Hz, 0.02Hz
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Umthamo womthwalo
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0.1Hz ubuninzi 1.1µF
0.05Hz max 2.2µF 0.02Hz ubuninzi 5.5µF |
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Ukuchaneka komlinganiselo
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3%
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Voltage positive kunye nepeak engalunganga impazamo
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≤3%
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Ukugqwethwa komgangatho wamaza ombane
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≤5%
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Iimeko zokusetyenziswa
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ngaphakathi nangaphandle;
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Ubushushu bokusebenza
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-10℃∽+40℃
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Ubuntu bezizalwane
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≤85％RH
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Ukunikezwa amandla
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frequency 50Hz, amandla ombane 220V±5%.
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Umzekelo
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IiVoltage ezilinganisiwe
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Umthamo womthwalo
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Fuse
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Ubunzima
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Iluncedo
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30KV
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30kV
(incopho) |
0.1Hz,≤1.1µF
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20A
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Umlawuli: 6Kg
Ukunyusa: 20Kg |
Iintambo ze-10KV, iJenereyitha
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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
(incopho) |
0.1Hz,≤1.1µF
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20A
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Umlawuli: 6Kg
I-Booster I: 40Kg I-Booster II: 60Kg |
IiCables ze-15.75KV, iJenereyitha
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0.05Hz,≤2.2µF
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0.02Hz,≤5.5µF
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I-VLF60KV
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60kV
(incopho) |
0.1Hz,≤0.5µF
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20A
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Umlawuli: 6Kg
I-Booster I: 40Kg I-Booster II: 65Kg |
18KV nangaphantsi kwentambo, iJenereyitha
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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
(incopho) |
0.1Hz,≤0.5µF
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30A
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Umlawuli: 6Kg
I-Booster I: 45Kg I-Booster II: 70Kg |
35KV kwaye ngaphantsi kwentambo, iJenereyitha
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0.05Hz,≤1.1µF
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0.02Hz,≤2.5µF
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Iimpawu eziphambili zale Vlf Generator
1. I-voltage elinganisiweyo ye-VLF ingaphantsi okanye ilingana ne-50kV ithatha isakhiwo soqhagamshelo olulodwa (i-booster enye); i-voltage elinganisiweyo ye-VLF inkulu kune-50kV ithatha isakhiwo sochungechunge (i-boosters ezimbini zixhunyiwe kuthotho), okunciphisa kakhulu ubunzima kunye nokunyusa umthamo womthwalo. I-boosters ezimbini zinokusetyenziswa ngokwahlukeneyo kwi-VLF yezinga lombane ophantsi.
2. Okwangoku, i-voltage, kunye nedatha ye-waveform zonke zithathwa ngokuthe ngqo kwicala le-high-voltage, ngoko ke idatha ichanekile.
3. Ngomsebenzi wokukhusela i-voltage over-voltage, xa imveliso idlula ixabiso le-voltage ebekiweyo, isixhobo siya kumisa, ixesha lesenzo lingaphantsi kwe-20ms.
4. Ngomsebenzi wokukhusela ngokugqithisileyo: eyilwe njengokhuseleko oluphezulu kunye noluphantsi lwe-voltage, i-high voltage side inokuvalwa ngokuchanekileyo ngokwexabiso elimiselweyo; xa umbane kwicala eliphantsi le-voltage lidlula i-current rated current, ukukhuselwa kokuvalwa kuya kwenziwa, kwaye ixesha lesenzo lingaphantsi kwama-20ms.
5. I-high-voltage output protection resistor yakhiwe kumzimba we-booster, ngoko akukho mfuneko yokudibanisa i-resistor yokukhusela ngaphandle.
6. Ngenxa ye-voltage ephezulu kunye nesezantsi evaliweyo-loop negative control control circuit, i-output ayinayo isiphumo sokwandisa umthamo.
