I-GDTL AC Resonant Test System yamaGeneretha
Uchungechunge lwe-GDTL I-AC Resonant Test System yamaGeneretha ingasetshenziswa ngokulungisa i-inductance ye-reactor, noma ukulungisa indlela yokusebenza yemvamisa yokukhala kwesistimu ukuze kuzuzwe ukuzwakala kwe-resonance.Zombili izindlela zingasetshenziswa ukuthola i-resonance.Enqubweni yokuthuthukisa i-voltage, uma iphoyinti le-resonant lichezuka, lingatholwa ncamashi ngendlela yefrikhwensi yokushuna kahle, eqinisekisa inani eliphakeme le-Q nokunciphisa umthamo wamandla nesisindo sevolumu yemishini yokuhlola.
●Usayizi omncane, isisindo esilula uma siqhathaniswa nezinga le-voltage efanayo, ijeneretha yomthamo ofanayo we-AC imelana nemishini yokuhlola i-voltage.Imishini eyodwa ayidluli ku-60kg, kulula ukuyihambisa.
●Isimiso esithuthukisiwe sesethi ephelele yedivayisi kanye nobuchwepheshe obusha bokushintshwa kwefrikhwensi & inductance, iqinisekisa ngokuqinile imvamisa yamandla egenerator ukumelana nezidingo zokuhlolwa kwe-voltage.Ububanzi bohlelo lokusebenza.
●Ifakwe nomthombo wokulawula oguquguqukayo we-20Hz-300Hz.Ukuvikeleka okuhle nokuphuma kwe-waveform, ukuzinza okuphezulu.Ngemodi yokusebenza eminingi, kulula ukuyisebenzisa.
●Amandla kagesi angu-220V noma angu-380V, alungele ukutholakala kwamandla esizeni.
●Iphoyinti le-Max.Q lingatholwa ncamashi ngemodi yokuguquguquka kwe-inductance yokuqala kanye nokuguqulwa kwemvamisa yakamuva, ukugwema ukuchezuka kwe-resonance ngenxa yokukhulisa amandla kagesi;
●Ukucushwa okuguquguqukayo nesandiso esiqinile.Hlangana nazo zonke izimfuneko zokuhlola into enamandla kusistimu yamandla.
●Imodi yokuhlola ifrikhwensi yamandla noma Imodi yokuhlola ifrikhwensi eguquguqukayo.
●Ukusetshenziswa okuningi, kuyabiza.
●I-voltage elinganiselwe yokuphumayo: 0 ~ 50kV (RMS) noma ngaphansi.
●Imvamisa yokuphuma: 45 - 300Hz.
●I-Waveform: i-sine wave ehlanzekile, i-THD ≤ 1%.
●Ubukhulu.umthamo: 2000kVA noma ngaphansi.
●Umjikelezo womsebenzi: ukusebenza okuqhubekayo 15mins ngesikhathi esisodwa ekuphumeni kwamandla agcwele.
●Isici sekhwalithi: 10 - 40.
●Ukuzwela kokulungiswa kwemvamisa: 0.1HZ, ukungazinzi kwe-<0.05%.
●Ukunikezwa kwamandla: 220V noma 380V ± 15%, 50HZ ± 5%.
| GDTF- 100/50 | |
| I-voltage yokufaka (V) | 380 |
| I-voltage ephumayo (kV) | 0-50 |
| Amandla (kVA) | 100 |
| Ububanzi bohlelo lokusebenza | Ijeneretha--umthamo phansi 0.07-0.13 μF |
| 10 kV (300 mm² ) ikhebula ≤ 1 km | |
| Ukucushwa okuyinhloko | 50kV/1A I-reactor engaguquki isethi engu-1 |
| 50kV/1A Isetha engu-1 elungisekayo | |
| I-Capacitive divider 50kV | |
| GDTF-150/50 | |
| I-voltage yokufaka (V) | 380 |
| I-voltage ephumayo (kV) | 0-50 |
| Amandla (kVA) | 150 |
| Ububanzi bohlelo lokusebenza | Ijeneretha--umthamo phansi 0.13-0.2 μF |
| 10 kV (300 mm² ) ikhebula ≤ 1.5 km | |
| Ukucushwa okuyinhloko | 50kV/1.5A Isetha engu-1 yereactor engashintshi |
| 50kV/1.5A Isetha engu-1 elungisekayo | |
| Isihlukanisi se-Capacitive 50 kV | |
| GDTF- 225/50 | |
| I-voltage yokufaka (V) | 380 |
| I-voltage ephumayo (kV) | 0-50 |
| Amandla (kVA) | 225 |
| Ububanzi bohlelo lokusebenza | Ijeneretha--umthamo phansi 0.2-0.27 μF |
| 10 kV (300 mm ² ) ikhebula ≤ 2.5 km | |
| Ukucushwa okuyinhloko | 50kV/1.5A Amasethi ama-2 wereactor engaguquki |
| 50kV/1.5A Isetha engu-1 elungisekayo | |
| Isihlukanisi se-Capacitive 50 kV | |
| GDTF- 360/60 | |
| I-voltage yokufaka (V) | 380 |
| I-voltage ephumayo (kV) | 0- 60 |
| Amandla (kVA) | 360 |
| Ububanzi bohlelo lokusebenza | Ijeneretha--umthamo phansi 0.27-0.33 μF |
| Ukucushwa okuyinhloko | 60kV/2A I-reactor engaguquki isethi engu-1 |
| 60kV/2A Isetha engu-1 elungisekayo | |
| I-Capacitive divider 60kV | |
