▍ Tafiyar Bayani 　↴

YLHL Series High daidaito zagaye juriya gwajiAn tsara shi ne bisa ga ƙa'idodin aiwatar da wutar lantarki na Jamhuriyar Jama'ar Sin DL / T845.4-2004, ta amfani da fasahar samar da wutar lantarki mai sauyawa da fasahar kewayawa ta dijital. Yana dacewa da auna zagaye juriya na kayan aikin sarrafawa. Ta gwajin halin yanzu ya yi amfani da DC 100A da 200A da aka ba da shawarar da kasa misali. Za a iya auna madaidaiciya juriya kai tsaye a halin yanzu 100A, 200A, gwajin sakamakon da aka nuna tare da babban allon LCD LCD, da kuma aiki na ajiyar bayanai, buga fitarwa, saitin lokaci da sauransu. Kayan aikin yana auna daidai da kwanciyar hankali, ya dace da buƙatun gwajin zagaye na wutar lantarki, samar da wutar lantarki a filin gyaran babban ƙarfin lantarki da babban ƙarfin lantarki.

▍ Kayayyakin Features & Features 　↴

•Gwajin halin yanzu Big: Amfani da sabon sauya wutar lantarki fasaha, iya ci gaba da fitarwa babban halin yanzu na dogon lokaci, shawo kan rashin amfani da pulse wutar lantarki nan take halin yanzu, za a iya tasiri karya sauya contact oxide fim, samun kyakkyawan gwajin sakamakon
•High kwanciyar hankali: A karkashin matsala tsangwama yanayi, LCD allon karshen bit data iya daidaitawa a cikin ± 5 kalmomi kewayon karatu daidaitawa, maimaitawa mai kyau
•High daidaito: Yin amfani da hanyar biyu babban gudun 24-bit Σ-ΔAD samfurin, fasahar sarrafa siginar dijital, ƙuduri mai girma har zuwa 0.1μΩ, shi ne a halin yanzu na iya cimma ƙuduri na 0.1μΩ a cikin gida kuma yana da kwanciyar hankali mai gwajin juriya, aikin ya wuce shigo da manyan halin yanzu micrometer

•Mai ƙarfi: A halin yanzu za a iya zaɓar kyauta a cikin 100A, 200A, gwajin lokaci a cikin 10s ~ 30s arbitrary saiti, shawo kan wasu irin kayan aiki ba zai iya saita ma'auni lokaci ko ci gaba da aiki lokaci m lahani, da yawa fiye da sauran irin kayan aiki yi
•Easy aiki: Saita USB dubawa don sauki data fitarwa kwarewa, tare da firintar buga gwajin data a kan lokaci

▍ samfurin fasaha sigogi 　↴

•Fitarwa yanzu: 100A, 200A

•Zui kananan ƙuduri: 0.1μΩ
•Yankin: 10μΩ ~ 19999.9μΩ

•Daidaito: ± (0.5% + 5 kalmomi)