• Ikhompyutha ehlanganisiwe ye-industrial ejwayelekile kanye ne-programmable controller PLC elawula ngokuzenzakalelayo.

•Ngedizayini ehlanganisiwe ye-software, ukuhlolwa kwe-voltage ephakeme kanye nokuqapha ukukhishwa kwengxenye kuhlanganiswe kusixhumi esisodwa sokusebenza. Ukuboniswa kanyekanye kwedatha embili kulula futhi kusiza ekuthwebuleni ngokunembile ulwazi olubalulekile ngesimo.

• I-voltage ephezulu, i-current ephezulu, i-voltage ephansi, ne-current ephansi ziqoqwa ngokuhambisana futhi zihlukaniswe, kusetshenziswa ama-sensor anemba aphezulu nama-chip okuthola ukusebenza okuphezulu.

• Isekela ukukhushulwa kwesigaba, futhi ingasetha inani lamandla kagesi esigabeni ngasinye ngokuthanda, okwenza kube lula ukuthola izinkinga zomkhiqizo wokuhlola.

• Isikhombimsebenzisi somuntu nomuntu sisebenzisa i-mouse engenazintambo nokhiye wokusebenza, inqubo yokusebenza ehlakaniphile, futhi ingakhetha imodi ezenzakalelayo nemodi yokwenziwa ngesandla.

• Isixhumi esizimele sibonisa amandla kagesi aphezulu, amandla kagesi aphezulu, amandla kagesi aphansi, amandla kagesi aphansi, isikhathi nemiphumela yokumelana namandla kagesi, ukuboniswa okuguquguqukayo kwejika lamandla kagesi aphezulu, okucacile nokucacile.

• Ukuvikelwa okuphelele kwe-overvoltage, ukuvikelwa kwe-overcurrent, nokuvikelwa kwe-flashover, ukuzilungisa kwe-voltage yokuphuma, umkhawulo ophezulu we-high-voltage current, nesikhathi sokubala. Ukuvikelwa kwe-low-voltage current (kusethiwe ku-hardware).

• Ngesikhathi sokuhlola, ungakhetha imiphumela yezinto zokuhlola ezigciniwe noma usethe kabusha imiphumela.

• Inomsebenzi wokuthola ukubuyela kuziro. Ukuhlolwa kungenziwa kuphela ngemva kokuba kubuyele kuziro ngokuzenzakalelayo, okuphumelelayo futhi okuthembekile.

•I-algorithm yokulinganisa amandla kagesi elinganiselwe, imelana ngokuzenzakalelayo nesikhathi samandla kagesi ngemva kokufinyelela kumandla kagesi asethiwe, futhi yehlisa ngokuzenzakalelayo amandla kagesi ibe zero ngemva kokuphela kwesikhathi.

• Uma kweqiwa umsinga wamandla kagesi ophansi obekiwe, ukuphuma kwamandla kagesi kuyanqanyulwa ngokuzenzakalelayo futhi amandla kagesi ehliswa abe zero; uma kweqiwa umsinga wamandla kagesi aphezulu obekiwe, amandla kagesi ehliswa ngokuzenzakalelayo abe zero ukuze kuvikelwe.

• Ngesikhathi senqubo yokukhuphuka nokwehla kwe-voltage elawulwa uhlelo, i-voltage kanye ne-partial discharge zigcinwa ngokuhambisanayo ngesikhathi sangempela.

•Umsebenzi wokugcina umlando unika amandla ukufinyelela, ukudlala kabusha nokukhipha amagrafu aphelele nepharamitha yedatha ngesikhathi sokuhlolwa.

• Ngesikhathi sokuhlolwa, igrafu ye-PRPD (igrafu yesikhathi sangempela negrafu eqoqiwe) kanye nejika le-U-T nezinye izindawo zokuqapha zingabukwa, futhi ukuguquguquka kwedatha kucacile ngokubuka nje, okulula kubasebenzisi ukubuka.

•Uhlelo lusekela umsebenzi wokuthumela umbiko ngokuchofoza okukodwa futhi lusekela amafomethi angokwezifiso ukuze kuhlangatshezwane nezidingo ezahlukahlukene.

•Ngemva kokuhlolwa, umshini uzokhipha amandla ngokuzenzakalelayo, ususe ngempumelelo izinsalela zikagesi, futhi uqinisekise ngokugcwele ukuphepha kokusebenza.

•Idizayini yokulwa nokuphazamiseka kwe-software ne-hardware, izindlela eziningi zokulwa nokuphazamiseka, ukuzivumelanisa nemvelo kazibuthe enzima.

1. I-GDYD-A Iyunithi Yokulawula Ukuhlolwa Kwe-Hipot

•I-voltage yokufaka: i-AC380V±10% 50Hz±1 yegesi eyodwa

•I-voltage yokukhiphayo: 0-400V

• I-current yokuphuma: 0-25A

•Amandla okukhiphayo: 100kVA

• Ububanzi besikhathi: 0-999S•

• Izinga lokushisa le-ambient: -20℃ kuya ku-50℃

• Ukunemba kwe-voltage: ≤3% (10%-100% F.S)

•Ukunemba kwamandla kagesi: ≤3% (10%-100% F.S)

•Ukumelana nokufakwa kogesi kwezinto zokusebenza emhlabathini kungaphezu kuka-2MΩ, futhi ugesi ovuzayo ungaphansi kuka-3.5mA.

•Amachweba okuxhumana: USB, RJ45

•Inkinobho yokuqala/yokumisa ephuthumayo

2. I-YDQW-10kVA/100kV i-Transformer Yohlobo Lwegesi Engenayo i-PD

I-transformer ye-YDQW egcwele igesi engenawo ukukhishwa kancane isebenzisa igesi ye-sulfur hexafluoride (SF6) njengendawo yokufaka ugesi.

Ingumkhiqizo ongena esikhundleni se-oyili ecwilisiwe yokuhlola i-transformer ekhanyayo enokusebenza kahle kokucisha umlilo. Ingasetshenziswa kabanzi ekuhloleni endaweni yokusebenza kokuhlola ukungavikeleki kwe-insulation yemishini ehlukahlukene kagesi ephezulu ngabasebenzisi bohlelo lwamandla. Ifaneleka kakhulu ukusetshenziswa endle nasezindaweni eziyizintaba eziphakeme. Ukusetshenziswa kwe-SF6 gas insulation kanye nesakhiwo esikhethekile nobuchwepheshe obunembile kungalawula ukukhishwa kwayo okuyingxenye ngaphakathi kwebanga elincane. Umumo nenqubo kunemba okuphezulu. Ifanele ukusetshenziswa endaweni naselebhu. Ilula futhi iyasebenziseka. Ilula kuneziguquli ezicwilisiwe e-oyili, incane ngosayizi, futhi ilula ukuyihambisa.

• Inani lezigaba: isigaba esisodwa

• I-Frequency: 50Hz

•I-voltage yokufaka elinganiselwe: 400V

• Umsinga wokufaka olinganiselwe: 25A

•Amandla kagesi okukhiphayo alinganiselwe: 100kV

• I-current yokuphumayo elinganiselwe: 100mA

•Umthamo wokukhiphayo olinganiselwe: 10kVA

•Isilinganiso se-voltage yokulinganisa: 1000:1

•Ukukhishwa kwengxenye yohlelo nge-voltage elinganiselwe ≤10pC

3. I-TAWF-300pF/100kV I-Coupling Capacitor

• I-voltage elinganiselwe: 100kV

• Umthamo weNominal: 300pF

• Ukulahleka kwe-dielectric: ≤0.4%

• Izinga lokuvikeleka: Akukho okungajwayelekile imizuzu emi-1 ngamandla kagesi angu-110% alinganisiwe.

•Isilinganiso esilinganiselwe sokuhlukanisa amandla kagesi: 1000:1

• Ukukhishwa kwe-partial: ≤10pC nge-voltage elinganiselwe engu-100%, ≤5pC nge-voltage elinganiselwe engu-80%

• Uhlobo lwesakhiwo: Isakhiwo se-capacitor se-oyili sephepha esifakwe insimbi. Sakhiwe ngesembozo esingaphezulu, iringi yokuhlukanisa, umzimba we-capacitor, isisekelo esihambayo, ingalo yamandla kagesi aphansi, njll.

4.LBQ-10kVA Isihlungi Sokuhlukanisa

Isakhiwo esiyinhloko i-transformer yokwehlukanisa kanye nesisetshenziswa sokuhlunga, okungaqeda ngempumelelo ukungcola kanye nokuphazamiseka okuhlukahlukene kukagesi.

•Umthamo olinganiselwe: 10kVA

•Amandla kagesi alinganiselwe: 400V

•Amandla kagesi alinganiselwe: 25A

•I-frequency eyisisekelo: 50Hz

•Ukulahlekelwa okungenamthwalo: ≤5%

• Amandla kagesi we-impedance: ≤5%

•Izici zokunciphisa: 40kHz～100kHz≥40dB

                                                    100kHz～1.5MHz≥60dB

• Isikhathi sokusebenza: siyafana ne-transformer

5. I-GR-100kV I-Resistor Evikelayo

•Amandla kagesi alinganiselwe: 100kV

• Ukumelana: 5000Ω

• Amandla kagesi alinganiselwe: 0.1A

• Uhlobo lwesakhiwo: I-resistor isebenzisa ucingo lokumelana ne-enamel olusongwe epulangini le-epoxy resin, futhi isebenzisa isakhiwo se-honeycomb ukuze ishintshisane ngokugcwele ukushisa okukhishwa ucingo lokushisa nomoya, kwehlise izinga lokushisa le-resistor uma isetshenziswa, futhi iqinisekise ukuthi amandla wezinto eziyisisekelo ze-resistor awehli uma eshisiswa. Izinhlangothi zombili zixhunywe ku-transformer kanye ne-voltage divider ngamapayipi axhumeneyo.

6.GDJF-2007 Ithuluzi lokuthola ukukhishwa kwesigaba (Ihlanganiswe ku-console)

I-GDJF-2007 Ithuluzi lokuthola ukukhishwa kwesigaba ngedijithali isetshenziswa kabanzi ukuthola ukukhishwa kwesigaba kwezinto zikagesi eziphezulu njengama-transformer kagesi, ama-instrument transformer, i-HV circuit breaker, i-GIS, i-Zinc oxide surge arrester, kanye nezintambo zikagesi. Iphinde ikwazi ukwenza izivivinyo zohlobo nokuqapha ukusebenza kokufakwa kogesi.

 Ihlanganisa iyunithi eyinhloko, isofthiwe ye-PD, i-current transformer, iyunithi yokufaka, i-calibration pulse generator, i-adapter yokufaka, i-antenna amplifier kanye nezintambo zokuxhuma, njll.

• Umshini we-11.6-inch we-industrial all-in-one osebenza kahle kakhulu, onomklamo ophathwayo, oqinile futhi ohlala isikhathi eside, olula ukusetshenziswa.

•Amandla amakhulu okumelana nokuphazamiseka, anembile. Kusetshenziswa ubuchwepheshe bokuhlunga kwedijithali, ukuphazamiseka kwensimu kungasuswa ngempumelelo, futhi ukukala kokukhipha ingxenye kungatholakala endaweni enokuphazamiseka okukhulu.

• Uhlelo lusebenzisa ukutholwa kwedatha kwesiteshi esisodwa, olungahlaziya futhi lucubungule ngokuphelele amasignali afana namaza kagesi nama-ultrasonic wave akhiqizwa ukukhishwa kwesigaba ngesikhathi esisodwa.

• Uhlelo lusebenzisa izinhlobo ezahlukene zokuxhuma, futhi indlela yokuxhuma ye-BNC ikhethwa phakathi kwenzwa nomsingathi, okulula ukuyisebenzisa.

•Umsebenzi we-software onamandla. Ngokulinganisa kwe-PD, ukuhlaziya, ukulinganisa izikhathi zokuphinda kukhishwe i-PD N, ukuhlaziya kanye nokulwa nokuphazamiseka okungaguquki, ukulwa nokuphazamiseka okuguqukayo. Ukukhetha ngokukhululeka kwe-ellipse, umugqa oqondile kanye nemodi yokubonisa ye-sinusoidal. Linganisa futhi ubone ukukhishwa kwe-pulse ngefasitela, futhi uhlole i-voltage ne-current, ukukhishwa kwe-partial kungalinganiswa ngasikhathi sinye. Yonke idatha yokuhlola yama-channel angu-2 ingagcinwa ngesikhathi. I-waveform yokuhlola ingagcinwa, iboniswe kabusha futhi ihlaziywe. Ububanzi be-gain be-channel ngayinye bungalungiswa kancane noma kancane kakhulu. Ubuchwepheshe bokuvula ifasitela ngedijithali, ukugwema umthelela wokuphazamiseka ekulinganiseni. Ukuvula kwefasitela le-phase, ifasitela elilodwa kanye nefasitela elikabili kungakhethwa. Ifasitela lingavuleka ngokukhululeka ngaphakathi kuka-360degree, ukulinganisa kwe-channel ezine kucindezela ngempumelelo amasignali e-pulse aphazamisayo, futhi ngasikhathi sinye kulinganisa amasignali okukhishwa kwe-partial wezibonelo ezimbili noma amaphoyinti amaningi okulinganisa esibonelwa esisodwa, futhi kuhlaziywe kalula umthombo wamasignali okukhishwa kwe-partial, ukusynchronize kwangaphakathi nangaphandle kungakhethwa ngokungahleliwe;

• Umphumela wokuboniswa kokukhishwa okuyingxenye uhambisana nezinga le-IEC60270.

• Idivayisi isebenzisa indlela yamandla angaphandle, futhi idinga nje ukunikezwa kwe-AC220V±10% yamandla e-AC.

Imininingwane

• Isiteshi sokulinganisa: iziteshi ezimbili ezizimele

•Ukunemba kokuthatha amasampula: 12Bit

• Izinga lokuthatha amasampula: 25MSa/s

•Ukuzwela kokulinganisa: 0.1pC

• Ububanzi bokulinganisa: 0.1pC-10000nC

•Ububanzi obuguquguqukayo: >80dB.

• Ububanzi bokukhulisa: -20dB kuya ku-80dB

•Ububanzi bomthamo wezinto zokuhlola: 6pF-250μF

•Ibhendi yokulinganisa frequency: 10kHz-1MHz ku-3dB

• Ububanzi befrikhwensi yamandla okuhlola: 30-600Hz

• I-voltage ehambisanayo: 10–220V

• Isihlungi esihlelekayo

I-frequency ephansi: 10K, 20K, 40K, 80K;

I-frequency ephezulu: 100K, 200K, 300K, 1000K.

Iphutha elingaqondile lalolu hlu: 5%

• Ububanzi: X1, X10, X100, X1000, X10000, X100000 (>120dB)

• Izinga lokushisa le-ambient: -15℃--50℃

•Umswakama ohlobene: ≤95%(20℃)

•Ukuphakama: ≤3000m.

• Amandla omthelela: 5000V esikhunjaneni ngasinye sokufaka kanye nesikhunjaneni samandla (positive, negative kanye ne-AC)

•Ukufakwa kwamandla: AC220V±10%, 45-65Hz, amandla <500W.