Sine wave inverter magetsi ekupa
1. Hunhu hunokosha hwe sine wave inverter magetsi
■ Kushandisa CPU kutonga, dunhu riri nyore uye rakavimbika;
■ Uchishandisa tekinoroji yeSPWM pulse wide modulation tekinoroji, iyo inopinza ndeye yakachena sine wave ine yakagadzikana frequency uye voltage regulation, kusefa kunze ruzha uye kushoma kukanganisa;
■ Switch-in bypass switch, kukurumidza kuchinja pakati pema mains ne inverter;
■ Rudzi rwemagetsi makuru uye bhatiri hombe yekugovera mhando:
A) Mains magetsi emhando yemagetsi: kana paine mains simba, iri mune mains inobuda, uye otomatiki inochinja kune inverter inobuda kana mains yekuisa yatadza;
B) Main bhatiri rekupa mhando: Inverter inobuda kana paine mains simba, otomatiki kana iyo DC inopinza yatadza
■ chinja kune mains inobuda;
Inotenderwa kutema iyo DC mune simba-panyika, uye otomatiki chinja kune mains bypass, pasina kukanganisa simba rekutakura mutoro, uye zviri nyore kuchengetedza uye kutsiva bhatiri;
■ Kana simba rebhatiri rakanyanyisa kana kuti rakaderera, inverter magetsi inodzima zvinobuda.Kana bhatiri remagetsi richidzokera kune yakajairika, magetsi anozobuda otomatiki;
■ Kana mutoro waremerwa, inverter magetsi inodzima inobuda.Mushure memasekonzi makumi mashanu ekubvisa kuwandisa, magetsi anozotangazve kubuda.Iri basa rakanyatsokodzera kune isina kutarisirwa yekutaurirana base nhepfenyuro;
■ Kutsigira kutaurirana basa, kupa RS232 interface (PIN2, 3, 5), shandisa kuongorora software kuti unzwisise mamiriro ekushanda emagetsi munguva chaiyo;(Cherechedza: 500VA modhi mune ino nhevedzano haina basa iri parizvino)
■ Ipa maseti maviri easina kuomeswa node yeDC yekukanganisa kukanganisa (RS232PIN6, 7) uye AC yekubuda kukanganisa alarm (RS232PIN8, 9)
■ Inotsigira no-DC simba-pabasa, uye inogona kumhanya nemagetsi emagetsi chete.Iri basa rinobvumira inverter magetsi kuti atange kushandiswa, uye ipapo bhatiri rinoiswa.(Cherechedza: 500VA modhi mune ino nhevedzano haina basa iri parizvino)
2.Technical zviratidzo zve sine wave inverter simba rekupa
| AC bypass input | Yakatemerwa yekupinda ikozvino (A) | 500VC | 1000VA | 2000VA | 3000VA | 4000VA | 5000VA | 600VA | |
| 1.8 | 3.6 | 7.2 | 10.8 | 14.5 | 15.9 | 19.1 | |||
| Bypass Transition Time (ms) | ≤5ms | ||||||||
| AC kubuda | Yakayerwa kugona (VA) | 500VA | 1000VA | 2000VA | 3000VA | 4000VA | 5000VA | 6000VA | |
| Rated kubuda simba (W) | 400W | 800W | 1600W | 2400W | 3200W | 3500W | 4200W | ||
| Rated goho voltage uye frequency | 220VAC, 50Hz | ||||||||
| Yakatemerwa kubuda ikozvino (A) | 1.8 | 3.6 | 7.2 | 10.8 | 14.5 | 15.9 | 19.1 | ||
| Output Voltage Accuracy (V) | 220±1.5% | ||||||||
| Kurongeka kwemafambiro ekubuda (Hz) | 50±0.1% | ||||||||
| Waveform Distortion Rate (THD) | ≤3% (Mutsetse wemutsetse) | ||||||||
| dynamic mhinduro nguva | 5% (Road 0--100%) | ||||||||
| Simba Factor (PF) | 0.8 | 0.7 | |||||||
| overload capacity | 110%,30 Chechipiri | ||||||||
| Inverter kunyatsoshanda | ≥85% (80% Resistive load) | ||||||||
| Bypass Transition Time (ms) | ≤5ms | ||||||||