Ivalve ye-solenoid ikwimodyuli ye-filtage ye-filtage, enoxanduva lokusika isekethe yeoyile ngexesha likaxakeka lokuqinisekisa ukuvalwa okukhuselekileyo kwi-turbine. Njengomnye wezinto eziphambili zevalve ye-solenoid, ukusebenza kweI-MFJ1-4 creanedid coilIchaphazela ngokuthe ngqo isantya sempendulo kunye nokuthembeka kwale nkqubo iphela. Eli nqaku liza kuphonononga amandla kwaye likhangele kwinqanaba le-voltage ye-MFJ1-4 kwaye iphakamise indlela yokuvavanya ukuthembeka kwayo kwimodyuli ye-fieltage ephezulu ye-voltage.

I-MFJ1 - I-OKGJ1-4 ye-Ocenoid esetyenziselwa i-valves soocenoid ye-AC yenzelwe i-50hz ye-50hz okanye i-60hz enevoluli ukuya kuthi ga kwi-380v. Nangona ixabiso lamandla elithile linokwahlukana nabavelisi abahlukeneyo, iindlela ze-MFJ1 ze-Ocenoid ngokubanzi zinoxinano lwamandla aphezulu ukuqinisekisa impendulo ekhawulezileyo kwimodyuli ye-fieltage ephezulu ye-voltage. Inqanaba le-voltage ye-volimoge kufuneka ilingane ne-voltage yenkqubo ukuthintela umonakalo obangelwe yi-overvoltage.

Ukuthembeka kweCoil yeCollid MFJ1-4 kuya kuqala ukuvavanywa kuvavanyo lomjikelo womlilo, oko kukuthi, ivalve ye-solenoid ivuliwe ngokuqhubekayo kwaye ivaliwe phantsi kwevolthi echaziweyo, i-frequency kunye neemeko ezichaziweyo. Uvavanyo kufuneka lugubungele amawaka okanye izigidi zemijikelezo yokulinganisa ezona meko zisebenzayo zevalve ye-solenoid ngexesha lokusebenza kwe-turbine. Ngokujonga ubushushu obunyukayo, ixesha lokuphendula kunye notshintsho kwindlela yokusebenza kombane ye-elektromagneticic coil, uzinzo lwexesha elide kunye nokuqina kungavavanywa.

Uvavanyo lwe-voltand ye-voltage iqinisekisa ukuba ngaba i-electromagnetic Coil Mfjw1-4 inokujamelana neempembelelo zephanyane ngaphezulu kune-voltage ethintelweyo ukuqinisekisa ukusebenza ngokukhuselekileyo iimeko ze-overvoltricage. Uvavanyo lokunganyangekiswa kokufakwa lusetyenziselwa ukukhangela intsebenzo yokufakelwa phakathi kweCoing pumidion ukunqanda isekethe emifutshane. Ezi mvavanyo zimbini zibaluleke kakhulu ekuvavanyweni ukhuseleko lwe-electromagneticic coil kwimodyuli yokuhamba nge-voltage ephezulu.

Xa i-turbine isebenza, ukugculelwa kunye nokuntywila kuya kwenziwa, nto leyo enokuyonakalisa ubume bekhola ye-elektromagnetic. Iimvavanyo zokuhambahamba kunye neemvavanyo zothusayo zinokuziqhelanisa nale meko zokusingqongileyo kwaye zivavanye amandla omatshini we-elektromagneticic coil kunye nokuthenjwa kwesakhiwo esisigxina.

Ukujonga ubunzima bendawo yokusebenza kwe-turbine, i-elektromagnetic coil kufuneka ikwazi ukusebenza ngokuqhelekileyo kubushushu obahlukeneyo, ubushushu kunye neendawo ezinokubakho. Iimvavanyo eziguquguqukayo zokusingqongileyo zibandakanya i-cycles ephezulu kunye ne-subys kunye neemvavanyo zokutshiza ityuwa ukuqinisekisa ukuba i-elektromagneticic Coil igcina indawo enobunzima.

Ngezihlolo zovavanyo olupheleleyo, inokuqinisekiswa ukuba i-elektromagnetic Coil Mfj1-4 inokuthi igcine ukusebenza ngokuzinzileyo kunye nobomi benkonzo ende xa ujongene neemfuno ezingqongqo zemodyuli yokuhamba kwe-voltage, ngaloo ndlela zibonelela ngesiqinisekiso esiqinisekileyo se-turbine.

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Inqanaba elinye kwe-centrifal ye-ycz50-250
I-SIPH LOST WOXP WJ60F-1.6P
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Iivali ze-valbs wj60f-25p
I-Socenoid Valve 24 Volt DC SV40V-C-0-00
I-Accumulator Charting Knxq-A-10/20 FY
I-Holve yokuThengisa i-F3DG5s2s2s22A-220DC50-DFZK-v / B08
I-pump ye-generifal yombane ye-DFB125-80-250-250
I-Hydrogen ekukhutsheni i-valve ye-valve ye-valve ye-ptfe plve wj61-F
I-boleloid vove j-110vc-DN6-U / I-15 / 31C
I-Consovalve Hydraulic SM4-20 (15) 57-800 / 40-10-S182