I-Transformer Capacity kanye ne-Inductance Tester/Imitha
Amapharamitha wobuchwepheshe we-Transformer Short Circuit Impedance Tester
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I-Voltage (ububanzi obuzenzakalelayo) |
15~400V ±(Ukufunda×0.2%+3digit) ± 0.04%(ibanga lokulinganisa) |
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Okwamanje (Ibanga elizenzakalelayo) |
0.10～20A ±(Ukufunda×0.2%+3digit) ±0.04%(ibanga lokulinganisa) |
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Amandla |
COSΦ ＞0.15 ± (Ukufunda×0.5% +3digit) |
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Imvamisa |
45～65(Hz) ukunemba:±0.1% |
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I-Impedans ye-Short-circuit |
0～100% ukunemba:±0.5% |
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Ukuphindaphinda nokuzinza |
Iphutha lesilinganiso ＜0.2%, iphutha le-engeli ＜0.02° |
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Bonisa |
5 izinombolo |
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Izinga Lokushisa Lokusebenza |
-10℃～40℃ |
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Umswakama Ohlobene |
≤85%RH |
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Ukunikezwa kwamandla kagesi |
I-AC 220V±10% 50Hz±1Hz |
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Ubukhulu |
Insimbi:360*290*170(mm)Wire box:360*290*170(mm) |
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Isisindo |
Insimbi: 4.85 KG, Ibhokisi Locingo: 5.15 KG |
Izici eziyinhloko zethuluzi lokuhlola i-Power Transformer Impendence
1. 3 isigaba esifushane sokuhlolwa kwe-impedance yesifunda esifushane, bonisa i-voltage yesigaba esi-3, isigaba samanje esingu-3 namandla esigaba esi-3, iphesenti lokuguqula okuzenzakalelayo le-impedance voltage ye-transformer ngaphansi kwezinga lokushisa elilinganiselwe kanye nelamanje
2. Hlola ngokuzenzakalelayo umehluko wephesenti phakathi kwevelu yangempela yokuphazamiseka kanye nenani lepuleti ledatha.
3. Isikrini sokuthinta i-LCD sombala omkhulu.
4. Iphrinta encane eyakhelwe ngaphakathi.
5. Kufika kumasethi angu-200 wokuhlola ukugcinwa kwedatha
6. Imbobo ye-USB yokugcina idatha.
7. Ukunemba okuphezulu, ukuzinza okuhle usayizi omncane nesisindo esilula, ububanzi obubanzi bokulinganisa.