Transformer Tan Delta and Capacitance Measuring & Dissipation Factor Tester Featured Image

ITransformer yeTan Delta kunye neCapacitance Measure & Dissipation Factor Tester

Inkcazelo emfutshane:

INTO: RUN-ZC8820

I-Transformer capacitance kunye ne-tan delta isetyenziselwa ukulinganisa ilahleko ye-dielectric kwi-site anti-interference, okanye ukulinganisa okuchanekileyo kwelahleko ye-dielectric kwilabhoratri. Isixhobo sisakhiwo esidibeneyo kunye nebhuloho yokulahleka kwe-dielectric eyakhelwe-ngaphakathi, ukunikezelwa kwamandla okuguquguqukayo, i-transformer yokuvavanya kunye ne-capacitors eqhelekileyo.

Ukusebenzisa i-frequency conversion anti-interference kunye ne-Fourier iguqule iteknoloji yokucoca idijithali, umlinganiselo ozenzekelayo kunye nobukrelekrele, idatha yokulinganisa izinzile kakhulu phantsi kokuphazamiseka okunamandla.

imeyile

Iinkcukacha zeMveliso

Iithegi zeMveliso

I-Auto Transformer Power Factor Tester

Ngaphandle kwemisebenzi edweliswe apha ngasentla, i-Run-ZC8820 inomsebenzi wokulinganisa ukumelana nobushushu. Indlela yokufaka i-wiring yokulinganisa ukunyanzeliswa kwe-insulation ifana ncam naleyo yokulinganisa ilahleko ye-dielectric. Ilahleko ye-dielectric kunye nokumelana nokufakwa kwe-insulation kunokulinganiswa kumdibaniso omnye ophucula kakhulu isantya sovavanyo kunye nokunciphisa umthwalo wovavanyo.

Iiparamitha zobuchwephesha beCapacitance kunye neTan Delta Tester

Ukuchaneka	Cx: ± (ukufunda×1%+1pF)Tgδ: ± (ukufunda×1%+0.00040)
Ukuchasana nokuphazamiseka	Ukuchaneka okuguquguqukayo okuchasene nokuphazamiseka, ukuchaneka okungasentla kunokufikelelwa naphantsi kokuphazamiseka kwe-200%.
Uluhlu lwamandla	I-HV yangaphakathi: 3pF～60000pF/12kV 60pF～1.2μF/0.5kVEI-HV yangaphandle: 3pF～1.5μF/12kV 60pF～30μF/0.5kVBest Isisombululo: 0.001p esebenzayo.
tgδ uluhlu	Ukungenamkhawulo, isisombululo se-0.001%, ukuchongwa ngokuzenzekelayo kwi-capacitance, inductance kunye nokuchasana kwamanqaku amathathu avavanyiweyo.
Vavanya uluhlu lwangoku	10μA～5A
I-HV yangaphakathi	Seta uluhlu lwamandla ombane: 0.5～10kVEsona siphumo sikhoyo ngoku: 200mABuck-boost indlela: ummiselo oqhubekayo ogudileyoUkuchaneka: ±(1.5%x ukufunda+10V)Isisombululo soMbane: 1V
Uvavanyo rhoqo	I-45 ~ 65Hz i-frequency ye-integer49/51 Hz, 45/55Hz ngokuzenzekelayo ukuguquguquka okuphindwe kabini Ukuchaneka kwefrikhwensi: ±0.01Hz
I-HV yangaphandle	I-UST, uvavanyo oluphezulu lwangoku yi-5A/ 40 ~ 70HzGST, uvavanyo oluphezulu lwangoku yi-10kV/5A/40-70Hz

CVT self-excitation output ombane ophantsi	Imveliso yombane 3～50V, imveliso yangoku 3～30A
Ubungakanani bexesha	Malunga ne-30s, iyahluka kwindlela yokulinganisa
Igalelo lombane	180V～270VAC, 50Hz/60Hz±1%, enikezelwa ngokutshintshana ngoku okanye ijenereyitha
Ujongano lwekhompyuter	Ujongano olusemgangathweni lweRS232
Umshicileli	Eyakhelwe ngaphakathi Micro-printer
Ubushushu bokusebenza	-10℃～50℃
Ubuntu bezizalwane	<90%, Non-condensing
Umyinge jikelele	470×340×35mm
Ubunzima	27.5kg isixhobo, 5 kg izincedisi

Iimpawu zale Transformer Capacitance kunye neLoss Factor Tester

1. Ukusebenzisa iteknoloji ye-frequency conversion anti-interference, ukulinganisa ngokuchanekileyo nangaphantsi kwe-200% yokuphazamiseka, kwaye idatha yokuvavanya izinzile, ifanelekile kwi-site anti-interference dielectric loss loss test.

2. Ukwamkela i-frequency floating, uhlalutyo lwe-digital waveform, kunye ne-bridge self-calibration technologies, edityaniswe ne-high-precision high-terminal standard capacitors, ukuqinisekisa umlinganiselo ophezulu we-dielectric loss loss, kunye nokuchaneka kunye nokuzinza kwemilinganiselo ye-wiring echanekileyo kunye nembi. iyahambelana.

3. Ukuchasana kwegalelo kuzo zonke iindidi zesixhobo kuphantsi kwe-2Ω, ephelisa impembelelo ye-capacitance eyongezelelweyo yomgca wokuvavanya. Inokudityaniswa nekomityi ye-oyile yovavanyo oluchanekileyo lwelahleko ye-dielectric ye-oyile yokugquma, kwaye inokudityaniswa kwisixhobo esiqinileyo sokulinganisa i-electrode yovavanyo oluchanekileyo lwelahleko ye-dielectric yezinto zokugquma.

4. Ukuchonga ngokuzenzekelayo i-50Hz / 60Hz unikezelo lwamandla ombane, inkxaso yejeneretha yenkxaso, nokuba i-frequency iguquguquka kakhulu, inokulinganiswa ngokuqhelekileyo. Uluhlu olwakhiweyo kunye neemodeli zokulinganisa ukulahleka kwe-dielectric ezihambelanayo zihambelana ngokupheleleyo netafile yokulinganisa kunye nomgangatho wokulahleka kwe-dielectric, ekulungele ukuqinisekiswa kwesixhobo.

5. Isixhobo sixhotyiswe nge-CVT yokuvavanya umsebenzi, onokufikelela kwi-CVT yokuvavanya ukuzithokozisa ngaphandle kwezixhobo zangaphandle kunye nokulinganisa i-capacitance kunye nokulahleka kwe-dielectric ye-C1 kunye ne-C2 ngexesha.

6. Nge-interface ye-capacitor esemgangathweni yangaphandle, inokulandelela ngokuzenzekelayo ukuphindaphinda konikezelo lwamandla ovavanyo lwangaphandle ukusuka kwi-40Hz ukuya kwi-70Hz, kunye nokuxhasa unikezelo lwamandla ombane we-industrial frequency kunye ne-series resonance power supply kwi-high-voltage high-voltage loss loss test.

7. Ukhuseleko oluninzi lokuqinisekisa ukhuseleko lwabantu kunye nezixhobo.

8. Iprinta encinci eyakhelweyo

9. Ukugcinwa kwangaphakathi ukuya kuthi ga kwiiseti ezili-100.