Yadda ake magance matsalar na'urar auna nauyi ta manyan masu girma dabam dabam

Mawallafi: Smartweigh– Nauyin Kai Mai Yawa

Wani muhimmin ɓangare na na'urar auna nauyi mai yawa shine na'urar auna nauyi, wanda galibi ana kiransa da na'urar auna nauyi. Na'urar auna nauyi muhimmin ɓangare ne na na'urar auna nauyi mai yawa, kuma aikinsa ba ƙasa da "zuciyar ɗan adam" ba, muhimmin sashi ne don tantance ko auna samfurin ya cika ƙa'idar. Idan na'urar auna nauyi ta gaza, zai yi mana wuya mu kimanta asarar da zai kawo wa layin samarwa. Saboda haka, masu amfani dole ne su gwada wannan muhimmin sashi akai-akai don rage asara. A yau, na'urar auna nauyi ta Zhongshan Smart za ta kai ku ga yadda za a magance matsalar gazawar na'urar auna nauyi mai yawa. 1. Fitowar sifili Duba fitowar sifili, wato, ƙimar fitarwa na na'urar auna nauyi idan babu kaya, kuma gwada fitowar na'urar auna nauyi a ƙarƙashin yanayin cewa dole ne a cire duk kaya (gami da kaya marasa motsi kamar sikelin da sassan watsa ƙarfi).

Sifili maki na firikwensin ya kamata ya zama ƙimar da aka samu ta hanyar gwaji a yanayin da ƙira, shigarwa da amfani da firikwensin ke buƙata don hana tasirin da bai dace ba wanda nauyin firikwensin kansa ya haifar. 2. Gwada juriyar rufin. Gabaɗaya, muna buƙatar gwada juriya tsakanin wayar jagora ta firikwensin da jikin firikwensin (elastomer, harsashi, da sauransu). Lura, cire firikwensin daga akwatin mahaɗin da mita.

Gyara akwatin gwajin rufi (mita), sannan a haɗa ƙarshen ɗaya na gubar gwaji zuwa kebul na firikwensin (fitarwa, shigarwa, waya mai kariya, da sauransu), sannan ɗayan ƙarshen zuwa jikin firikwensin (elastomer, harsashi, da sauransu). A matsayin buƙata ta gabaɗaya, wannan impedance ≥5000MΩ. 3. Gwaji impedance impedance na gadar gwaji shine don gwada ingancin gadar firikwensin. Lokacin gwaji, ya kamata a cire firikwensin daga akwatin mahaɗin da sauran kayan aikin gwaji.

Gwajin impedance na shigarwa da fitarwa shine a auna ƙimar impedance a tashar shigarwa da tashar fitarwa na firikwensin tare da jagororin gwaji na multimeter na dijital, kuma a kwatanta ƙimar gwaji da ƙimar takardar shaidar samfurin; tabbatar da daidaiton gada yana nufin amfani da multimeter na dijital. Ɗauki impedance tsakanin ƙarshen shigarwa da ƙarshen fitarwa, kuma a auna su a jere don samun ƙungiyoyi 4 na ƙimar impedance. A cikin firikwensin da aka biya cikakken daidaito, babban bambanci tsakanin ƙungiyoyi huɗu na ƙimar impedance bai kamata ya fi 1Ω ba (ƙimar multimeter tare da ƙarancin daidaito). bai kamata ya fi 2Ω ba). 4. Gwada fitowar firikwensin Haɗa firikwensin zuwa ga wutar lantarki da aka tsara daban, kuma yi amfani da ƙarfin motsawa na 10~15VDC. Haɗa ƙarshen fitarwa na firikwensin zuwa millivoltmeter (ko saita multimeter zuwa gear millivolt DC), ɗora nauyin akan ƙarshen lodi na firikwensin bisa ga matsayin shigarwa da amfani na firikwensin, kuma lura da canjin fitarwa na firikwensin.

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