Fitowar lokaci guda ɗaya (RMS) | 0 -- 30A / lokaci, daidaito: 0.2% ± 5mA |
Guda shida a layi daya (RMS) | 0 - 180A/6 fitowar layi ɗaya lokaci ɗaya |
Zagayen aiki | 10A ci gaba |
Matsakaicin ƙarfin fitarwa kowane lokaci | 300VA |
Max. ikon fitarwa na lokaci guda uku a layi daya | 1000VA |
Max. fitar da izinin aiki lokacin aiki na sau uku a layi daya | 10s |
Kewayon mitar | 0 -- 1000Hz, daidaito 0.01Hz |
Lambar masu jituwa | 2-20 sau |
Mataki | 0-360o daidaito: 0.1o |
1.Voltage da gwajin halin yanzu
Zaɓi ƙarfin lantarki na lokaci ko halin yanzu a matsayin mai canzawa, zaɓi canjin yanayin gwaji ta atomatik ko na hannu, har sai abin da ya faru ya yi aiki. Lokacin da ƙarfin lantarki ya fi 125V kuma na yanzu ya fi 40a, ana iya amfani da fitowar wutar lantarki ta layi, kamar UAB, UBC da UCA. Za'a iya fitar da na yanzu a cikin layi daya mai hawa biyu ko kuma mai hawa uku. Lura cewa lokaci na yanzu ya kamata ya kasance a cikin lokaci ɗaya. Babban lokacin fitarwa na yanzu ya kamata ya zama gajere gwargwadon yiwuwa, kuma ana iya saita ƙimar farko azaman 90% na ƙimar saiti don rage lokacin gwaji. Lokacin yin kariyar matakan matakai da yawa, zai iya fitar da kai tsaye sau 1.2 na ƙimar saitin yanzu, ta yadda lokacin aikin da aka auna ya zama daidai.
2.Frequency gwajin
Matsakaicin ƙimar mitar farko shine 50 Hz, wanda mai amfani zai iya canza shi. Zaɓi mitar mai canzawa, shigar da matakin mitar da ya dace, sannan danna gwajin farawa. Duk mitocin halin yanzu da ƙarfin lantarki suna canzawa.
3.Power shugabanci gwajin
Na'urar kariya gabaɗaya tana ɗaukar yanayin wayoyi na digiri 90, kuma ƙaramin ƙarfin wutar lantarki shine 60V. A lokacin gwajin, UA = 60V kuma lokaci shine digiri 0; UB = 0V kuma lokaci shine digiri 0; ta wannan hanyar, wutar lantarki ta layin UAB = 60V kuma lokaci shine digiri 0, sannan an daidaita wutar lantarki. Girman girman IC yana gyarawa (gaba ɗaya 5A), kuma an canza lokacin IC don auna kusurwoyi biyu na iyakoki. Yanayin wiring na digiri 90 yana fitowa ta hanyar "UAB, IC", "UBC, IA" da "UCA, IB" ana fitar da wayoyi ta hanyar "UAB, IA", "UBC, IB" da "UCA, IC". Hannun hankali = (kusurwar iyaka 1 + iyakar iyaka 2) /
1.6 ƙarfin lantarki da tashar fitarwa na yanzu. Yana iya gwada ba kawai na'urar relays na gargajiya da na'urorin kariya ba, har ma da na'urorin kariya na micro-kwamfuta na zamani, musamman don kariyar bambancin canjin canji da na'urar sauyawa ta atomatik. Gwajin ya fi dacewa.
2.Classic Windows aiki dubawa, abokan hulɗa na injin ɗan adam, aiki mai sauƙi da sauri; babban aikin da aka saka IPC da 8.4 inch ƙuduri 800 × 600 TFT allon nuni na gaskiya na launi, wanda zai iya samar da bayanai masu mahimmanci da ƙwarewa, ciki har da yanayin aiki na yanzu na kayan aiki da kuma bayanan taimako daban-daban.
3.Aikin dawo da kai don gujewa hadarin tsarin da ya haifar da rufewar doka ko rashin aiki.
4.Equipped da matsananci-bakin ciki masana'antu keyboard da photoelectric linzamin kwamfuta, wanda zai iya kammala kowane irin ayyuka ta hanyar keyboard ko linzamin kwamfuta kamar PC.
5.The babban kula da hukumar rungumi dabi'ar DSP + FPGA tsarin, 16-bit DAC fitarwa, kuma zai iya samar da wani high-yawa sine kalaman na 2000 maki da sake zagayowar ga asali kalaman, wanda ƙwarai inganta ingancin da waveform da daidaito na mai gwadawa.
6.The high aminci linzamin kwamfuta amplifier tabbatar da daidaito na kananan halin yanzu da kwanciyar hankali na babban halin yanzu.
Ana amfani da 7.USB dubawa don sadarwa tare da PC kai tsaye ba tare da wani layin haɗi ba, don haka ya dace don amfani.
8. Ana iya haɗa shi zuwa kwamfutar tafi-da-gidanka (na zaɓi) don aiki. Kwamfutoci da kwamfutocin masana'antu suna amfani da saitin software iri ɗaya, don haka babu buƙatar sake koyan hanyar aiki.
9.Yana da aikin gwajin aiki tare na GPS. Ana iya gina na'urar a cikin katin haɗin gwiwa ta GPS (na zaɓi) kuma a haɗa ta da PC ta hanyar tashar jiragen ruwa ta RS232 don gane gwajin aiki tare na masu gwaji biyu a wurare daban-daban.
10.Equipped tare da mai zaman kanta kwazo DC karin ƙarfin lantarki tushen fitarwa, da fitarwa ƙarfin lantarki ne 110V (1A), 220V (0.6A). Ana iya amfani da shi don relays ko na'urorin kariya waɗanda ke buƙatar wutar lantarki ta DC.
11.Yana da aikin sarrafa kansa na software, wanda ke guje wa buɗe shari'ar don daidaita daidaito ta hanyar daidaita ma'aunin ƙarfi, don haka inganta daidaiton daidaito sosai.