Motor makamashi ajiya:

Biyu core DC fitarwa layi haɗi da kyau, mummunan fitarwa soket zuwa injin makamashi ajiya zagaye (wasu tsari rufi bukatar makamashi ajiya).

Kula da fitarwa:

Uku core DC fitarwa layi haɗi raba, haɗuwa, mummunan fitarwa soket zuwa mai kashe kewaye iko zagaye;

Bayan tashi, daidaita wutar lantarki zuwa darajar da ake so;

Matsa min (x) button don sarrafa ikon fitarwa

Low ƙarfin lantarki aiki gwaji:

Haɗa DC fitarwa layi da dai sauransu;

Saita aiki ƙarfin lantarki bisa ga gwajin bukatun (misali 30% ko 65% na rated ƙarfin lantarki ko wasu);

Matsa "min, kara" aiki wutar lantarki samar da maɓallin, duba ko sauya aiki.

Amfani da millisecond:

Haɗa DC fitarwa layi da dai sauransu;

samun damar samun siginar duk hanyar bushe node zuwa shigarwar siginar ja da baƙar fata na millimeter;

Saita aiki ƙarfin lantarki bisa ga gwajin bukatun (misali 30% ko 65% na rated ƙarfin lantarki ko wasu);

Matsa "min, da" aiki da ikon samar da key; Millisecond Counter ta atomatik ne triggered da kuma refresh ƙididdigar da kashewa siginar bisa ga abin da shi ne shutdown ko splitting aiki har sai kashewa tsalle, dakatar da ƙididdiga da kuma nuna karshe sakamakon.

Idan ana buƙatar sake ƙidaya aiki, za a iya danna maɓallin Multi-Zero, milliseconds za a sake dawowa zuwa yanayin jiran kunna;

1, nau'in: ABS akwatin; Girman girman: 415 × 319 × 168 mm; Nauyi: 6kg;

2, amfani da wutar lantarki wutar lantarki: AC220V; mita: 50Hz;

3, amfani da muhalli bukatun:

zafin jiki: -10 ℃ ~ 40 ℃;

dangi zafi: ≤ 80%;

4, rufi juriya: > 2MΩ; leakage halin yanzu: < 10mA;

5, dielectric ƙarfi: wutar lantarki samar da wayar zuwa shell iya jure 1500V (50Hz ingantaccen darajar) 1 minti matsin lamba juriya;

6, DC ikon samar da aiki hanya: katsewa aiki. Cikakken aiki na minti 2 (babu iska sanyaya), katsewa na minti 2;

7, fitarwa ƙarfin lantarki: 5 ~ 270V ci gaba da daidaitawa;

8, Rated halin yanzu: 10A ci gaba; Babban halin yanzu: 20A nan da nan;

9, nauyin canji kudi: ≤1%;

10, millisecond gauge: m: 1 ~ 100,000,000ms; ƙuduri: 1ms; digiri <= 1ms;