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PUSH Electrical PS-JSB01 Transformer Dielectric Loss Analysis Tan Delta Tester

Umvavanyi welahleko ye-dielectric wamkela itekhnoloji yonikezelo lwamandla ombane oguquguqukayo, i-microcomputer ye-chip enye kunye nethekhnoloji yanamhlanje yokuguqulwa kwamaza ngokuzenzekelayo, ukuguqulwa kwe-analog-to-digital kunye nokusebenza kwedatha; Inamandla okuchasana nokuphazamiseka, isantya sokuvavanya ngokukhawuleza, ukuchaneka okuphezulu, i-digitization ngokuzenzekelayo kunye nokusebenza okulula; Unikezelo lwamandla luthatha umbane ophezulu wokutshintsha amandla, onokunika umbane ophezulu we-10kV; Inokuhluza ngokuzenzekelayo uphazamiseko lwe-50Hz kwaye ilungele uvavanyo lwendawo kunye nokuphazamiseka okukhulu kwe-electromagnetic njengesikhululo. Isetyenziselwa ngokubanzi ukulinganisa ilahleko ye-dielectric ye-transformers, i-inductors, i-bushings, i-capacitors, i-banjwa kunye nezinye izixhobo kwishishini lamandla.

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Intshayelelo yeNdawo yokuThengisa iMveliso

Inkcazo engundoqo
Umvavanyi welahleko ye-dielectric wamkela itekhnoloji yonikezelo lwamandla ombane oguquguqukayo, i-microcomputer ye-chip enye kunye nethekhnoloji yanamhlanje yokuguqulwa kwamaza ngokuzenzekelayo, ukuguqulwa kwe-analog-to-digital kunye nokusebenza kwedatha; Inamandla okuchasana nokuphazamiseka, isantya sokuvavanya ngokukhawuleza, ukuchaneka okuphezulu, i-digitization ngokuzenzekelayo kunye nokusebenza okulula; Unikezelo lwamandla luthatha umbane ophezulu wokutshintsha amandla, onokunika umbane ophezulu we-10kV; Inokuhluza ngokuzenzekelayo uphazamiseko lwe-50Hz kwaye ilungele uvavanyo lwendawo kunye nokuphazamiseka okukhulu kwe-electromagnetic njengesikhululo. Isetyenziselwa ngokubanzi ukulinganisa ilahleko ye-dielectric ye-transformers, i-inductors, i-bushings, i-capacitors, i-banjwa kunye nezinye izixhobo kwishishini lamandla.
Intshayelelo
1. Isixhobo samkela i-Fourier yokuguqula iteknoloji yokucoca idijithali ukulinganisa i-capacitance, ilahleko ye-dielectric kunye nezinye iiparitha. Iziphumo zovavanyo zinokuchaneka okuphezulu kwaye kulula ukuyiqonda imilinganiselo ezenzekelayo.
2. Isixhobo samkela itekhnoloji yokuguqula amaza ukuze kupheliswe uphazamiseko lwamaza ombane angama-50Hz kwindawo, kwaye inokulinganisa idatha ethembekileyo nakwimekobume yokuphazamiseka okunamandla kombane.
3. Ukugcinwa kwedatha: kufakwe ngaphakathi kwi-chip yekhalenda kunye nememori enkulu yamandla, enokugcina iziphumo zovavanyo nanini na, ukujonga iirekhodi zembali nangaliphi na ixesha, kwaye uprinte.
4. Idatha yesixhobo ingathunyelwa ngaphandle nge-USB flash disk.
5. Imodeli edibeneyo kunye ne-standard capacitor kunye nokunikezelwa kwamandla ombane aphezulu, okulungele ukuvavanya intsimi kunye nokunciphisa i-wiring yentsimi.
6. Inomsebenzi we-reverse wiring low-voltage shielding. Ngaphantsi kwemeko ye-220kV CVT yokumisa ibhasi, ilahleko ye-dielectric ye-C11 inokulinganiswa ngaphandle kokuqhawula i-10kV i-wire reverse.
7. Iyakwazi ukuchonga i-frequency ye-high-voltage power supply yangaphandle ukusuka kwi-40Hz ukuya kwi-70Hz, kwaye ivumelekile ukuba isebenzise unikezelo lwamandla ombane ojikelezayo okanye i-resonant resonant power supply yomthamo omkhulu kunye ne-high-voltage dielectric loss loss test.
8. Ngomsebenzi wovavanyo lwe-CVT, inokuqonda uvavanyo lokuzihlaziya lwe-CVT, kwaye inokuseta imida yokhuseleko emine yombane ophezulu / wangoku kunye nophantsi ombane / okwangoku ukuqinisekisa ukhuseleko lomntu kunye nezixhobo.
9. Xa uvavanya i-CVT, ayikwazi nje ukuvavanya ngokuzenzekelayo i-capacitance kunye nokulahleka kwe-dielectric ye-C1 kunye ne-C2, kodwa kwakhona ukuvavanya i-capacitance epheleleyo kunye nokulahlekelwa kwe-dielectric kwezixhobo ze-CVT.
10. Ngeprinta ye-thermal.
11. Ngojongano lwekhompyuter. Ikhompyuter enye inokulawula izixhobo ezingama-32, ezinokudityaniswa kwisithuthi esibanzi sovavanyo lwamandla ombane aphezulu ukuqonda umlinganiselo, ukusetyenzwa kwedatha kunye nesiphumo sengxelo.
12. Umsebenzi wokukhusela umhlaba, umsebenzi wokukhusela umbane.

IParameter yeMveliso

Ukuchaneka	Cx	± (ukufunda) × 1%+1pF）
	tg δ	± (ukufunda) × 1%+0.00040)
Isalathiso sokuchasana nokuphazamiseka	i-frequency conversion anti-interference, esenokufikelela ukuchaneka okungentla phantsi kwe-200% yokuphazamiseka
Uluhlu lwamandla	Ukusetyenziswa kwangaphakathi uxinzelelo oluphezulu	3pF～60000pF/10kV 60pF～1 μ F/0.5kV
	Ukusetyenziswa kwamandla ombane aphezulu ngaphandle	3pF～1.5 μ F/10kV 60pF～30 μ F/0.5kV
	amandla okusombulula	Ukuya kuthi ga kwi-0.001pf, amanani ama-4 abalulekileyo
tg δ Uluhlu	Umda, isisombululo se-0.001%, ukuchongwa ngokuzenzekelayo kwe-capacitance, inductance kunye nokuchasana.
Vavanya uluhlu lwangoku	10µ A～5A
Ukusetyenziswa kwangaphakathi uxinzelelo oluphezulu	Seta uluhlu lombane	0.5 ~ 10KV
	Ubuninzi bemveliso yangoku	200mA
	Imowudi yokunyuka nokuwa kwe-voltage	i-voltage ibekwe ngokuthanda. Umzekelo, 5123v.
	Uvavanyo rhoqo	I-40-70HZ, i-frequency eyodwa iseti ngokuthanda. Umzekelo, 48.7hz
		Ukuguqulwa okuzenzekelayo kabini ukusuka kwi-50 ± 0.1Hz ukuya kwi-50 ± 10Hz kunokusetwa ngokuthanda.
		Ukuguqulwa okuzenzekelayo kabini ukusuka kwi-60 ± 0.1Hz ukuya kwi-60 ± 10Hz kunokusetwa ngokuthanda.
	Ukuchaneka rhoqo	±0.01Hz
Ukusetyenziswa kwamandla ombane aphezulu ngaphandle	Uvavanyo oluphezulu lwangoku ngexesha loxhulumaniso oluhle luyi-5a, i-frequency yamandla okanye i-frequency conversion yi-40-70HZ.
	Olona vavanyo luphezulu lwangoku ngexesha le-wiring ebuyela umva yi-10kV / 5A, i-frequency yamandla okanye i-frequency conversion yi-40-70HZ.
CVT self excitation output ombane ophantsi	imveliso yombane 3 ~ 50V, imveliso yangoku 3 ~ 30A
Ixesha lomlinganiselo	Malunga ne-40s, enxulumene nendlela yokulinganisa
Igalelo lombane	180V ~ 270vac, 50Hz ± 1%, amandla amakhulu okanye unikezelo lwamandla ejenereyitha
Ujongano lwekhompyuter	ujongano oluqhelekileyo lwe-RS232, i-USB flash disk socket (ugcino lwedatha ye-USB flash disk oluzenzekelayo).
Umshicileli	umshicileli omncinci we-thermal
ubushushu obugciniwe	– 10 ℃ ~ 50 ℃
Ubuntu bezizalwane	< 90%
Umyinge jikelele	460 × 360× 350mm
ubunzima besixhobo	28KG

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