I-VLF AC Hipot Test Set 80kV
Ukuhlolwa kwamandla kagesi kuyisivivinyo esibalulekile sokuvimbela okokusebenza kukagesi.Ihlukaniswe yaba izingxenye ezimbili: AC kanye DC ukumelana voltage test.Ukuhlolwa kwe-AC kungahlukaniswa futhi kube ifrikhwensi yamandla, imvamisa eguquguqukayo kanye nokuhlolwa kwefrikhwensi okungu-0.1Hz okuphansi kakhulu, phakathi kwayo okokugcina kunconywe kakhulu yi-IEC, ngenxa yezinzuzo zayo ezimangalisayo.
Okulandelayo ukuqhathanisa kwe-DC, Imvamisa Yamandla, Imvamisa Eguquguqukayo, nokuhlolwa okungu-0.1Hz.
| Izici | DC | Imvamisa Yamandla | Imvamisa eguquguqukayo | 0.1Hz |
| Ukulingana | mpofu | kuhle | kuhle | kuhle |
| Ukulimala Kwe-Insulation | eqinile | kancane | kancane | kancane |
| Ukuphepha Kokusebenza | kancane kancane | kancane kancane | kancane kancane | phezulu |
| Ubunzima bezintambo | inkimbinkimbi | inkimbinkimbi | eyinkimbinkimbi kakhulu | elula |
| Ivolumu | encane kunazo zonke | enkulu kunazo zonke | enkulu | encane |
Eqinisweni ukuhlolwa kwe-VLF kungena esikhundleni sokuhlolwa kwefrikhwensi yamandla.Ilungele ukuhlola izinto zikagesi ezinamandla amakhulu (njengekhebula lamandla, i-power capacitor, motor, kanye nejeneretha).
Isizukulwane esisha sochungechunge lwe-VLF i-0.1Hz VLF AC Hipot Test Set eyakhiwe yi-HV Hipot yamukela uhlelo lokuhlola amandla ahlakaniphile lwe-"Smart Quick" (Soft No. 1010215, inombolo yokubhalisa uphawu lokuhweba 14684781), inkampani ye-HV HIPOT yethule izingxenye ze-elekthronikhi zamandla zamazwe ngamazwe zakamuva kanye ubuchwepheshe bakamuva be-ARM7 microcontroller, buqhubeka nokunciphisa usayizi nesisindo semishini.Ukusebenza kulula, futhi ukusebenza kuzinzile.
●Ubuchwepheshe obuthuthukisiwe busebenzisa ubuchwepheshe bokuguqula imvamisa yedijithali, isilawuli se-microcomputer esizenzakalelayo ngokuphelele, i-voltage boost, ukwehla, ukulinganisa, ukuvikela, njll.
●Ingxenye yokulawula kanye nengxenye ye-High-voltage isebenzisa idizayini yesakhiwo esihlanganisiwe, futhi intambo kagesi ephezulu kuphela nentambo yaphansi edingekayo ukuze kuxhunywe kumkhiqizo ohloliwe ngaphandle kwentambo yokuxhuma emaphakathi.
●Idizayini yesitayela setroli ilungele ukuthuthwa ezindaweni ezihlukene zokusebenza, futhi usayizi wayo omncane nesisindo esilula kusiza kakhulu ekusebenzeni kwangaphandle(80kV).
●Ukuvikela i-over-voltage kanye nokuvikelwa kwamanje.Isikhathi sokusebenza asikho ngaphezu kuka-10ms.
●Iyunithi yokulawula kanye ne-booster ixhunywe ku-voltage ephansi, nokulawula ukuhlukaniswa kwe-photoelectric, iphephile futhi inokwethenjelwa ukuyisebenzisa.
●I-Closed-loop negative feedback circuit iyamukelwa.Awekho amandla akhuphukayo ngesikhathi sokukhipha.
●Isikrini sokuthinta esinamandla, isibonisi sesithombe se-LCD, isitoreji esizenzakalelayo, nokuphrinta.
●I-0.1Hz, 0.05Hz kanye ne-0.02Hz ingakhethwa, okuqinisekisa uhla olubanzi lokuhlola.
●Amandla kagesi aphezulu: 80kV
●Imvamisa yokuhlola: 0.1Hz, 0.05Hz kanye no-0.02 Hz (kuyakhetheka)
● Maximum load capacity: 1.1μF@0.1Hz / 2.2μF@0.05Hz / 5.5μF@0.02Hz
●Ukunemba kokulinganisa: 3%.
●Iphutha lenani eliphakeme le-voltage: ≤3%.
●Ukuhlanekezelwa kwe-voltage waveform: ≤5%.
●Indawo yokusebenza: ngaphakathi noma ngaphandle;-10℃-+40℃;85%RH
●I-Fuse: 20A
●Ukunikezwa kwamandla: 220V ±10%, 50Hz ±5% (Uma usebenzisa ijeneretha ephathekayo, qiniseka ukuthi i-voltage ephumayo kanye nefrikhwensi kuzinzile. Amandla >3kW, ifrequency 50Hz, voltage 220V±5%.)
●Amandla ento ehloliwe akumele eqe umkhawulo.umthamo olinganiselwe wensimbi.
