Busasshen Foda Mai Cire Iron Magnetic

Mai dacewa

Ana amfani da shi galibi don cire abubuwan maganadisu a cikin kayan batir, yumbu, baƙin carbon, graphite, masu hana harshen wuta, abinci, foda mai goge ƙasa mai wuya, kayan photovoltaic, launuka da sauran kayayyaki.

ƙa'idar aiki

Idan aka kunna wutar lantarki, ana samar da wani ƙarfi na filin maganadisu a tsakiyar na'urar, wanda ke haifar da matrix na maganadisu a cikin silinda mai rarrabawa don samar da babban filin maganadisu. Lokacin da kayan suka ratsa ta, matrix na maganadisu yana shanye kayan maganadisu, ta haka ne ake samun babban taro mai tsarki; Bayan aiki na wani lokaci, lokacin da ƙarfin shaye-shayen matrix ya kai jikewa, ciyarwa za ta tsaya, bawul ɗin rarrabawa zai juya ta atomatik zuwa tashar fitar da ƙarfe, kuma ana kashe na'urar motsawa don cire matrix, a lokaci guda, injin girgiza yana ƙara girman, kuma ana fitar da kayan maganadisu cikin sauƙi. Ana iya gudanar da dukkan tsarin rarrabawa ta atomatik ta saitunan shirye-shirye.

Sigogi na Fasaha

Siffofin Fasaha

◆ Binciken abubuwan da ke da iyaka na maganadisu ta hanyar fasahar kwaikwayon kwamfuta zai iya ƙididdige rarrabawa da girman filin maganadisu ta hanyar adadi, yana tabbatar da ƙirar da'irar maganadisu mai ma'ana.

◆ Na'urar mai ban sha'awa ita ce babban ɓangaren na'urar gaba ɗaya, wadda ke ba da filin maganadisu mai ɗorewa ga kayan aikin. Domin tabbatar da sanyaya zafin da na'urar ke samarwa cikin sauri, na'urar tana amfani da hanyar mai mai lanƙwasa mai girma uku, wanda ke ninka yankin da ke wargaza zafi kuma yana da amfani ga haɗakar zafi na man transformer.

◆ Amfani da hanyar sanyaya mai da ruwan mai, da kuma amfani da famfon mai mai yawa don hanzarta zagayawar mai mai zafi don cire zafi cikin sauri, kuma ƙaruwar zafin coil ɗin ya yi ƙasa don tabbatar da cewa coil ɗin zai iya aiki da aminci a ƙarancin zafin jiki. Gidan coil ɗin yana ɗaukar tsari mai cikakken rufewa, wanda yake da juriya ga danshi, mai juriya ga ƙura da kuma tsayayya da tsatsa, kuma yana iya daidaitawa da yanayi daban-daban masu wahala.

◆ Motar girgiza tana amfani da girgiza mai yawan mita da ƙarancin girma a tsaye zuwa silinda mai girgiza, wanda zai iya inganta ƙarfin wucewar kayan da ba na maganadisu ba yadda ya kamata, hana toshewar abu, da kuma ƙara ƙarfin samarwa; lokacin da ake sauke ƙarfe, ƙara girmansa kuma a cire ƙarfe cikin tsafta.

◆ Tsarin sarrafawa yana da fasahar sadarwa ta injin-mutum, kuma yana sadarwa da mai sarrafawa mai iya shiryawa a ainihin lokaci ta hanyar bas ɗin Host Link ko kebul na cibiyar sadarwa. Ta hanyar hanyar sadarwa ta injin-mutum, sarrafa da sa ido kan kayan aiki, kuma yana tura bayanai game da lahani a zahiri.

◆ Tattara bayanai a wurin ta hanyar na'urori masu auna firikwensin da masu watsawa, kuma yi amfani da ka'idar sarrafa PID mai ci gaba (ƙarshen wutar lantarki) bisa ga sigogin sarrafa ma'adinai da mai amfani ya bayar. Ko kayan aikin suna cikin yanayi mai zafi ko sanyi, tsarin sarrafawa zai iya isa ga ƙarfin filin motsawa da aka ƙididdige cikin sauri. Yana magance matsalolin da suka gabata na rage ƙarfin filin maganadisu da saurin tashi da rushewa a hankali lokacin da kayan aikin ke aiki a cikin yanayi mai zafi.

◆ An yi matrix ɗin da ƙarfe mai aiki da maganadisu na SUS430. Dangane da girman kayan, yana iya kasancewa a cikin nau'in sanduna, zanen gado da raga. Ana sanya guntu-guntu da yawa a madadin, don a iya tsara kayan gaba ɗaya.kuma ana iya cire ƙarfen cikin tsafta.