Lilalaval solenoid bawul nada 12V24V na'urorin haɗi na kayan aikin Lilalaval

Na al'ada irin ƙarfin lantarki na wannan nada shine AC220V, AC110V, DC24V, DC12V da na al'ada ikon AC 26VADC 18W
Kayan rufi na kowane matakin rufewa yana da madaidaicin iyaka da aka yarda da zafin aiki (zazzabi mafi zafi na injin ko taswirar iska).Lokacin da motar ko taswira ke gudana, zazzabi na wuri mafi zafi na iska ba zai wuce ƙayyadaddun ƙimar ba, in ba haka ba kayan rufewa zai haɓaka tsufa kuma yana rage rayuwar motar ko taswira.Rarraba thermal na injin yana nufin yanayin juriya na zafi na kayan da aka yi amfani da su, wanda aka raba zuwa maki A, E, B, F, H, C, N da R.Haɓakar zafin zafin da aka yarda yana nufin iyakar cewa zafin injin yana tashi idan aka kwatanta da yanayin zafi.Matsayin rufi na nada shine H-class.A cikin kayan lantarki irin su janareta, kayan rufewa sune mafi raunin hanyar haɗin gwiwa.Abubuwan da ke rufewa suna da haɗari musamman ga matsanancin zafin jiki, wanda ke hanzarta tsufa da lalacewa.Daban-daban nau'ikan kayan haɓaka suna da juriya na zafi daban-daban, kuma kayan aikin lantarki tare da kayan haɓaka daban-daban suna da juriya mai girma daban-daban.Sabili da haka, ana buƙatar kayan aikin lantarki na yau da kullun don yin aiki a mafi girman zafin jiki, kuma matsakaicin zafin da ake ba da izini na Class H shine 180 ℃, ƙimar zafin iska mai iska shine 125, kuma zafin yanayin aiki shine 145.
Yanayin haɗin coil ya dace da ma'aunin D2N43650A na Jamus
Na ɗaya: Tasirin albarkatun ƙasa na na'urar lantarki na lantarki akan aiki.
Ingancin kayan da aka yi da filastik yana da tasiri akan bayyanar, juriya na zafin jiki da aikin hana ruwa na coils electromagnetic.Ingancin kayan waya da aka yi wa lakabi yana da tasiri akan juriyar zafin jiki, ƙarfin lantarki, kwanciyar hankali da rayuwar sabis na nada lantarki.
Biyu: Damage dalili da kuma hukunci Hanyar solenoid bawul nada
1, matsakaiciyar ruwa ba ta da tsarki, yana haifar da katin spool mai astringent, lalacewar coil
Idan matsakaicin kanta ba ta da tsabta, akwai wasu ƙananan ƙwayoyin cuta a ciki, bayan wani lokaci na amfani, kayan aiki mai kyau zai manne da spool.A cikin hunturu, matsewar iska tare da ruwa na iya sanya matsakaici ba mai tsarki ba.
Lokacin da sleeve bawul sleeve da bawul core na bawul jikin suka dace, da yarda gaba ɗaya dan kadan ne, kuma yawanci yana bukatar taro guda-guda.Lokacin da man mai mai mai ko ƙazanta ya yi ƙanƙara, hannun rigar bawul ɗin sleeve da bawul core za su makale.Lokacin da bawul core ya makale, FS = 0, I = 6i, na yanzu zai karu nan da nan, kuma nada yana da sauƙin ƙonewa.
2, Nada yana da danshi
Damp ɗin Coil zai haifar da raguwar rufewa, ɗigon maganadisu, har ma da haifar da halin yanzu mai girma da ƙonewa, yawanci ana amfani da shi, yana buƙatar kula da aikin tabbatar da danshi na ruwan sama, don guje wa ruwa cikin jikin bawul.
3, ƙarfin wutar lantarki ya fi ƙarfin lantarki mai ƙima na nada
Idan ƙarfin wutar lantarki ya fi ƙarfin ƙarfin lantarki na na'ura, bari babban motsi na maganadisu ya karu, halin yanzu a cikin na'urar kuma zai karu, kuma asarar baƙin ƙarfe zai haifar da haɓakar zafin jiki na wutar lantarki. baƙin ƙarfe core, kuma nada za a ƙone.
Uku:Yaya ake dubawa da auna coils na lantarki?
(1) lokacin zabar da amfani, da farko, ya kamata a yi la'akari da dubawa da auna ma'aunin, kuma an ƙayyade ingancin coil.Don tabbatar da ingancin kullun, sau da yawa ya zama dole don amfani da kayan aiki na musamman, waɗanda suka fi rikitarwa.
A cikin ainihin aikin, gabaɗaya kawai kunna-kashe rajistan shiga da ƙimar ƙimar Q.Lokacin aunawa, yakamata mu yi amfani da na'urar multimeter don auna juriya na nada, ƙimar sa ido da juriya ta asali ko juriya na ƙididdigewa idan aka kwatanta, ta yadda za mu iya sanin ko ana iya amfani da na'urar akai-akai.
(2) Ya kamata a duba bayyanar nada kafin shigarwa.
Kafin amfani, kuma ana buƙatar bincika coil, musamman don bincika ko akwai lahani a cikin bayyanar, ko akwai jujjuyawar juyi, tsarin coil ɗin yana da ƙarfi, magnetic core rotation yana sassauƙa, babu zamewar zamiya da sauransu, waɗannan sune buƙatar dubawa kafin shigarwa, don sakamakon binciken da ba za a iya amfani da coil ɗin da bai cancanta ba.
(3) tsarin nada yana da kyau a daidaita shi kuma ya kamata a yi la'akari da daidaitawa.Ana buƙatar wasu USES na coil don daidaitawa, saboda canza lambobi yana da wahala kuma daidaitawa yana da sauƙin sarrafa.
Misali, ana iya motsa coil mai Layer guda ta hanyar kumburi don matsar da nada mai wuya, wanda ke nufin cewa ƙarshen nada ya yi rauni sau uku ko huɗu a gaba, kuma ana canza inductance ta hanyar ɗan daidaitawa zuwa matsayi.Aiki ya tabbatar da cewa wannan hanyar zata iya daidaita inductance na ± 2% -3%.
Don gajeriyar igiyar igiyar ruwa da naɗaɗɗen igiyar ruwa, ana barin rabin coil gabaɗaya don daidaitawa mai kyau.Komai juyawa ko motsi wannan rabin coil ɗin zai canza inductance don cimma kyakkyawan daidaitawa.
Don naɗaɗɗen sassa masu yawa, idan ana buƙatar daidaitawa mai kyau, adadin coils ɗin da za a iya motsa shi za a iya sarrafa shi zuwa 20% -30% na jimlar adadin da'irori ta hanyar matsar da nisan dangi na yanki ɗaya.Bayan irin wannan kyakkyawan kunnawa, kewayon tasirin inductance zai iya kaiwa 10-15%.
Don nada da Magnetic core, za mu iya daidaita matsayi na Magnetic core a cikin nada bututu don cimma manufar kyau kunna.
(4) Lokacin amfani da coil, yakamata a kiyaye inductance na coil na asali.Musamman fashe-hujja coil, ba zai iya sabani canza siffar nada, size da kuma nisa tsakanin coils, in ba haka ba zai shafi asali inductance na nada.Gabaɗaya, mafi girman mitar, ƙarancin coils.