Solenoid bawul nada 6213 jerin musamman nada AC220V

Me yasa solenoid bawul nada ya lalace?

1.The solenoid bawul coil tashoshi duk an ambaliya saboda rashin kyau sealing, da kuma lalata tashoshi duk a kan tabbatacce electrode, yayin da korau electrode ne m.

2.Daga wannan, ana iya yanke hukunci cewa dalili na farko na lalata tashar tashar shine ƙarancin rufewar solenoid valve coil da ruwa mai shiga. Duk da haka, saboda munanan yanayin aiki a filin, tasirin tubalan kwal a kan nada ba makawa ne, don haka babu tabbacin cewa babu ruwa a tashar jirgin.

3.Saboda kasancewar ruwa a tasha da gishiri a cikin ruwa, yana aiki azaman electrolyte; Saboda haka, da galvanic dauki bayyana. Ga rashin wutar lantarki, duk electrons suna gudana zuwa ga mummunan lantarki a cikin aiwatar da samar da wutar lantarki, kuma lalatawar da ke kan saman tashar tashar ta ƙare ta sauke zuwa sifili ko kusa da sifili, don haka ya hana tashar daga rasa electrons, don haka hanawa. lalata tasha. Wannan shine abin da ake kira kariyar katodic na yanzu. Don ingantacciyar wutar lantarki, halin da ake ciki shine akasin haka, kuma ya zama anode hadaya a cikin Ka'idar Kariyar Kathodic na Hadaya Anode. Saboda haka, ko da jan karfe, wanda ba ya aiki da sinadarai, yana lalacewa da sauri, kuma tashar tashar ta karye, yana haifar da gazawa da kuma rufewa.

4.Akwai nau'ikan solenoid valves, gami da waɗanda ke sarrafa iskar gas da ruwa (kamar mai da ruwa). Yawancin su an nade su a kusa da jikin bawul kuma ana iya raba su. Bawul core an yi shi ne da kayan ferromagnetic, wanda ke jan hankalin bawul ɗin ta hanyar ƙarfin maganadisu da ke haifarwa lokacin da aka sami kuzari, kuma tushen bawul ɗin yana tura bawul ɗin don buɗewa ko rufewa. Ana iya saukar da nada daban. Ana amfani da shi don sarrafa girman buɗewa da rufewa na bututun. Ƙarfin baƙin ƙarfe mai motsi a cikin na'ura mai kwakwalwa na solenoid yana jawo hankalin ta don motsawa lokacin da bawul ɗin ya kasance da wutar lantarki, wanda ke motsa bawul core don motsawa, don haka canza yanayin tafiyar da bawul; Abin da ake kira bushe ko rigar kawai yana nufin yanayin aiki na coil, kuma babu wani babban bambanci a cikin aikin bawul. Duk da haka, kamar yadda muka sani, inductance na wani rami mai zurfi ya bambanta da wanda bayan ya ƙara ƙarfe a cikin coil. Na farko karami ne kuma na baya ya fi girma. Lokacin da aka yi amfani da alternating current a kan coil, abin da ke haifar da nada shima ya bambanta. Lokacin da aka yi amfani da alternating current tare da mita iri ɗaya a kan wannan na'ura, inductance zai canza tare da matsayi na baƙin ƙarfe, wato, impedance zai canza tare da matsayi na ƙarfe. Lokacin da impedance ya kasance ƙarami, halin yanzu yana gudana ta cikin nada zai karu. Lokacin da nada na solenoid bawul yana da kuzari, baƙin ƙarfe core yana jan hankalin zuwa samar da wani rufaffiyar maganadisu. Wato, lokacin da inductance ya kasance a cikin babban hali, yana da lokaci. Zazzaɓinsa na al'ada ne, amma idan tushen ya sami kuzari, ba za a iya sha'awar shi sosai ba, inductance na coil yana raguwa, haɓakar na'urar yana raguwa, kuma halin yanzu yana ƙaruwa daidai da haka, wanda ke haifar da wuce gona da iri na nada kuma yana shafar sabis ɗinsa. rayuwa. Don haka tabon mai na hana aikin sahihanci, kuma aikin yana sannu a hankali idan aka ƙarfafa shi, ko ma ba za a iya sha'awar shi gaba ɗaya ba, ta yadda kullun yakan kasance cikin yanayin rashin ƙarfi fiye da na al'ada lokacin da aka kunna shi. wanda zai iya zama factor na nada.