IP68 PC Material Waje A tsaye Rufe AC Adafta
Ma'aunin Fasaha
Max Watts | Ref. Bayanai | Girma | |
Wutar lantarki | A halin yanzu | ||
6W | 3-24V DC | 10-1000mA | 65*35*25 |
6W | 3-24V DC | 10-1000mA | 106*47*33 |
9W | 3-40V DC | 10-1500mA | 106*47*33 |
9W | 3-40V DC | 10-1500mA | |
10W | 3-36V DC | 10-1200mA | 74*41*32 |
10W | 3-36V DC | 10-1200mA | 106*47*33 |
12W | 3-60V DC | 10-2000mA | 106*47*33 |
15W | 3-56V DC | 10-1400mA | 74*41*32 |
15W | 3-56V DC | 10-1400mA | 106*47*33 |
18W | 3-60V DC | 10-3000mA | 106*47*33 |
24W | 12-60V DC | 10-2000mA | 106*47*33 |
36W | 5-36V DC | 10-3000mA | 140-52*36 |
36W | 16-92V DC | 10-1500mA | 176**49*40 |
36W | 5-48V DC | 10-6000mA | 106*47*33 |
60W | 5-48V DC | 10-5000mA | 163w50w36 |
60W | 14-92V DC | 10-3000mA | 194*54*42 |
72W | 5-48V DC | 10-8000mA | 194*54*42 |
Bayani: Max. 30VDC don kasuwar Amurka azaman Buƙatun Class 2 |
Abũbuwan amfãni da rarraba wutar lantarki
Amfanin adaftar wutar lantarki
Adaftar wutar lantarki shine madaidaiciyar mitar sauya wutar lantarki wanda ya ƙunshi abubuwan haɗin semiconductor. Fasaha ce mai jujjuyawa a tsaye wacce ke canza mitar wuta (50Hz) zuwa matsakaicin mitar (400Hz ~ 200kHz) ta hanyar thyristor. Yana da jujjuya mitoci iri biyu: AC - DC - jujjuya mitar AC da AC - canjin mitar AC. Idan aka kwatanta da saitin janareta na gargajiya na gargajiya, yana da fa'idodi na yanayin sarrafawa mai sassauƙa, babban ƙarfin fitarwa, ingantaccen aiki, canjin canji mai dacewa na mitar aiki, ƙaramin ƙara, ƙaramin ƙara, nauyi mai sauƙi, shigarwa mai sauƙi, aiki mai sauƙi da kiyayewa, kuma ya kasance. ana amfani da su sosai a kayan gini, ƙarfe, tsaro na ƙasa, layin dogo, man fetur da sauran masana'antu. Adaftar wutar lantarki yana da babban inganci da jujjuya mitoci. Babban fasaha da fa'idodin adaftar wutar lantarki na zamani sune kamar haka.
(1) AMFANI da tsarin kunnawa na zamani don adaftar wutar lantarki ya juya a cikin nau'i mai jin daɗin sharar mitar nau'in sifili mai taushin farawa, a cikin duka tsarin ƙaddamarwa, tsarin daidaita mitar da na yanzu, lokacin daidaita wutar lantarki tsarin rufe-madauki zuwa tsarin. biye da canji na kaya, cimma farawa mai laushi, wannan hanyar fara wani karamin tasiri akan thyristor, kuma yana da amfani don tsawaita rayuwar thyristor, A lokaci guda, yana da amfani mai sauƙi don farawa a ƙarƙashin duka haske da haske. nauyi lodi, musamman lokacin da tanderun karfe ya cika da sanyi.
(2) na adaftar wutar lantarki na zamani na da'irar sarrafa wutar lantarki akai-akai, da'irar sarrafawa tare da microprocessor tare da inverter Ф Angle atomatik kula da kewaye, a cikin aiwatar da aiki, ta atomatik a kowane lokaci don saka idanu da canjin wutar lantarki, halin yanzu, mita, don haka ƙayyadewa. da canji na kaya, atomatik daidaita load impedance matching, m ikon fitarwa, don cimma kwata, ikon ceton, da manufar tada ikon factor, Energy ceton ne a fili da ikon grid gurbatawa ne kananan.
(3) na zamani kula da kewaye rungumi dabi'ar CPLD software zane na ikon adaftan, da shirin shigar da kwamfuta don kammala bugun jini na high madaidaici, anti-jamming, sauri mayar da martani, dace debugging, kogin ƙulli, yankan matsa lamba, kan-a halin yanzu, over-voltage, under-voltage, rashin daidaitaccen aikin kariya, saboda kowane sassan da'irar koyaushe suna aiki a cikin iyakokin tsaro, Don haka, rayuwar sabis na adaftar wutar lantarki yana ƙaruwa sosai.
(4) Adaftar wutar lantarki na zamani na iya yin hukunci ta atomatik akan jerin lokaci na layin mai shigowa mai hawa uku, ba tare da buƙatar bambance tsarin lokaci na A, B, C ba, lalata yana da dacewa sosai.
(5) allon kewayawa na adaftar wutar lantarki na zamani duk an yi shi da igiyar igiyar ruwa ta atomatik, babu wani abin al'ajabi na walda, kowane nau'in tsarin daidaitawa yana ɗaukar daidaitawar lantarki mara lamba, babu ma'anar gazawa, ƙarancin gazawar yana da ƙasa kaɗan, aikin. ya dace sosai.
Rarraba adaftan wutar lantarki
Ana iya raba adaftar wutar zuwa nau'in halin yanzu da nau'in ƙarfin lantarki gwargwadon nau'in tacewa da aka yi amfani da su. Nau'in na yanzu ana tace shi ta dc flat wave reactor, wanda zai iya samun madaidaiciyar halin yanzu na DC. Nauyin nauyin da ake amfani da shi shine taguwar ruwa na rectangular, kuma ƙarfin nauyin nauyin ya kai kusan sine. Nau'in wutar lantarki yana ɗaukar tace capacitor, wanda zai iya samun madaidaiciyar wutar lantarki ta DC. Wutar lantarki a bangarorin biyu na lodin kalaman ne na rectangular, kuma nauyin wutar lantarki ya kai kusan sine.
Dangane da yanayin rawan kaya, ana iya raba adaftar wutar zuwa sautin layi daya, resonance na silsilar da jerin layi daya. Ana amfani da nau'in na yanzu a cikin layi ɗaya da jerin layi ɗaya na resonant inverter; Nau'in wutar lantarki galibi ana amfani dashi a cikin da'irar resonant inverter.