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Imbuyekezo ePhakamileyo ye-SBW eZinzisayo Umfanekiso obonakalayo
  • Uzinziso lwembuyekezo ye-SBW ephezulu
  • Uzinziso lwembuyekezo ye-SBW ephezulu
  • Uzinziso lwembuyekezo ye-SBW ephezulu
  • Uzinziso lwembuyekezo ye-SBW ephezulu

Uzinziso lwembuyekezo ye-SBW ephezulu

Uthotho lwe-SBW olukrelekrele lwamandla aphezulu imbuyekezo yamanqanaba amathathu amandla ombane e-AC ayilwe lulawulo lwe-microcomputer ukuzinzisa amandla ombane e-AC.Xa ukuguquguquka kwamandla ombane wenethiwekhi yangaphandle okanye ukuguquguquka komthamo kubangela ukuhla kwamandla ombane, inokulungelelanisa ngokuzenzekelayo kwaye igcine uzinzo lombane wemveliso.Olu chungechunge lwe-voltage stabilizers lusetyenziswa kakhulu kumashishini kunye nemigodi, amasimi e-oyile, izibhedlele zikaloliwe, iposi kunye nonxibelelwano, iihotele, ulwakhiwo, uphando lwezenzululwazi kunye namanye amasebe omatshini kunye nezixhobo zombane, ukuveliswa kwemigca yokuhlanganisa ngokuzenzekelayo, izixhobo zovavanyo, izinyusi; izixhobo zonyango, igumbi lekhompyuter, i-air conditioning esembindini, iikhreyini, abaxube kunye nezinye ezininzi.

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Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimpawu zemveliso

◆I-LCD ibonisa igalelo lesigaba sombane kunye nomgca wombane, i-voltage yesigaba sokuphuma kunye nombane womgca, isigaba sokuphuma ngoku, indlela yokusebenza,

uhlobo lolawulo lombane, okwangoku

◆ I-alamu, uhlobo lokukhusela kunye nezinye iiparamitha;

◆ Umsebenzisi unokuseta iiparitha ezahlukeneyo ngokwemfuno yamandla yomthwalo;

◆ Abasebenzisi banokubuza iintlobo ezintathu zokugqibela zokhuseleko;

◆ Ukusebenza ngempumelelo okuphezulu (ngaphezu kwama-98%);

◆ Ayivelisi ukugqwetheka kwamaza;

◆ Ulawulo lwamandla ombane luzinzile;

◆ Ifanele nawuphi na umthwalo (i-resistive, capacitive, inductive load);

◆ Inokumelana nokugcwala okwethutyana;

◆ Unokusebenza ngokuqhubekayo ixesha elide;

◆ Ulawulo lwe-Manual / oluzenzekelayo ulawulo lokutshintsha ukusebenza lulungele;

◆ Nge-over-voltage, under-voltage, over-current kunye neminye imisebenzi yokukhusela

Iiparamitha eziphambili zobugcisa

1. Uluhlu lwamandla okufakwayo: i-voltage yesigaba 176 ~ 264V;

2. I-voltage ye-output A: i-voltage yesigaba 220V (± 10% inokusetwa), isethi engagqibekanga kwi-220V;

3. Ukuchaneka kommiselo wombane b: ± (2 ~ 5)%, inokusetwa, ukusetwa okungagqibekanga yi ± 3%;

4. I-voltage yokukhusela i-voltage ye-UH: I-voltage yesigaba inokumiselwa kwi- [A * (100 + b) / 100 + 5] V ~ 260V, kwaye i-factory setting yi-242V;

5. I-voltage yokukhusela i-Undervoltage ye-voltage ye-UL: I-voltage yesigaba inokumiselwa ukusuka kwi-120V ukuya ku- [A * (100-b) / 100-5]V, kunye ne-factory setting yi-198V;

6. Ixesha lokulibaziseka lokulibaziseka kwe-voltage dt: inokusetwa kwimizuzwana eyi-1-20, ukusetwa kwefektri yimizuzwana emi-5;

7. Emva kwendlela yokukhusela u-E: inokusetwa phakathi kwe-0-2, isethingi yefektri E=0;Xa i-E=0, ukugqithiswa kwamandla kunye nokukhuselwa kwe-undervoltage

iya kubuyiselwa xa imeko yokubuyisela yanelisekile, kwaye i-overcurrent, ukulandelelana kwesigaba kunye nokukhuselwa kwelahleko yesigaba akuyi kuba

ibuyiselwe (kukho imodeli yokusebenza yokuziqala);Xa E = 1, overvoltage kunye nokhuseleko undervoltage ayenziwa, kwaye

i-overcurrent, ukulandelelana kwesigaba, kunye nokukhuselwa kokulahleka kwesigaba akubuyiswanga (kukho iimodeli zokuziqala);Xa i-E=2, i-overvoltage,

i-undervoltage, i-overcurrent, ukulandelelana kwesigaba, kunye nokukhuselwa kokulahleka kwesigaba akubuyiswanga (kukho iimodeli zokuziqala);

8. Ukukhuselwa kokulandelelana kwesigaba PA: inokumiselwa phakathi kwe-0-2, ukusetwa kwefektri PA=0;Ukukhuselwa kokulandelelana kwesigaba akwenziwanga xa

PA=0;Ukubuyisela umva ukhuseleko lolandelelwano lwesigaba xa i-PA=1;Ukhuseleko lwesigaba sesigaba xa i-PA=2;

9. Ukungabikho kwesigaba sokukhusela i-PB: inokusetwa phakathi kwe-0-1, ukusetwa kwefektri PB=0;Ukhuseleko lwenqanaba lelahleko alwenziwa xa PB=0;

Inqanaba lokhuseleko lwelahleko xa PB=1;

10. Imowudi yemowudi ehlengahlengiswayo yePC: inokusetwa phakathi kwe-0-1, useto lwasefektri iPC=0;Xa iPC=0, inqanaba elithathu elizimeleyo

ukulungiswa kwamandla okwenziwa ngesandla kwenziwa kwimo yezandla;Xa iPC=1, inqanaba lesithathu unififi ed uhlengahlengiso lwamandla lu

yenziwe kwimo yezandla;

11. Ukusebenza rhoqo : 50/60Hz;

12. Amandla ombane: Amandla ombane 2000V, umzuzu we-1, 10mA

13. Ukuxhatshazwa kwe-insulation: kukhulu kune-2MΩ

Ifestile yokubonisa

Kwimeko esebenzayo, ifestile ephezulu yokubonisa yifestile yokubonisa amandla ombane, kunye neevoltaji zegalelo Va, Vb, Vc, Vab, Vbc, Vca kunye

i-voltage yemveliso i-Va, i-Vb, i-Vc, i-Vab, i-Vbc, i-Vca ibonisiwe, kwaye itshintshelwe yiqhosha lokutshintsha kwamandla ombane.Umbane oboniswe yi

Iqhosha lokutshintsha amandla ombane wokuqala litshintshelwa kube kanye eVa, Vb, Vc, Vab, Vbc, kunye neVca, kunye nombane oboniswe emva kokutshintsha kombane.

iqhosha liqhagamshelwe ngokuqhubekayo imizuzwana emi-3 itshintshelwa phakathi kombane wokufaka igalelo kunye nombane wokuphuma.Ifestile esezantsi yokubonisa

ibonisa imisinga yemveliso Ia, Ib, ne Ic, etshintshwa liqhosha langoku lokutshintsha.Umzobo wephaneli umi ngolu hlobo lulandelayo:

图片1

Iimpawu zemveliso

图片2

Uluhlu lwe-SBW luluhlu oluthathu olulawulwayo.I-voltages yezigaba ezithathu A, B kunye no-C zilungelelaniswa ngokuhambelanayo ngu-a

Injini ye-servo, kunye nesampulu yombane lixabiso eliphakathi kwezigaba ezithathu zombane zabalawuli A, B kunye no-C.

Imifanekiso ye3

Uluhlu lwe-SBW-F luluhlu lwezigaba ezintathu zokulawula.I-voltages yesigaba ngasinye se-A, B kunye ne-C zihlengahlengiswa ngokuzimeleyo yi-servo

Injini, ke kukho iindlela ezintathu ezizimeleyo zokuqhuba i-servo, kwaye isampuli yombane sisigaba sombane sesigaba ngasinye

imveliso yomlawuli.Lo mzekelo ulungele igridi okanye iimeko zokungalingani komthwalo apho igalelo lombane lingalingani kakhulu

okanye izixhobo ezichanekileyo.

umfanekiso we-4

Qaphela 1: Imilinganiselo, iintsimbi, njl.njl. zezereferensi kuphela kwaye zinokutshintshwa ngaphandle kwesaziso.

Inqaku lesi-2: Zonke ezi mveliso zingentla zine-bypass kwaye aziziqalisi.

Qaphela 3: Ukuba umthengi uneemfuno zokuziqalela, nceda uqhagamshelane nomenzi.

Igrafu ehambelanayo yombane wangoku kunye negalelo

图片5

Ixesha elichaseneyo uphawu lokhuseleko olugqithileyo, ubudlelwane phakathi kwemveliso yangoku kunye nexesha le-hysteresis yokukhusela:

图片6

Igrafu enxulumene nexesha langoku kunye nokhuseleko lokulibaziseka.

Umfanekiso we7

T lixesha lokulibaziseka kokhuseleko, i-Iout yimveliso yangoku, kwaye i-Ig yixabiso lokhuseleko lwangoku.

Ukubuza ngempazamo

Kwimeko esebenzayo, cofa iqhosha lokunyusa kwaye unciphise iqhosha ngaphezulu kwemizuzwana emi-3 ukufaka umbuzo onempazamo.Ikhowudi yempazamo

yi: 0 kuthetha akukho mpazamo, 1 kuthetha overvoltage kunye "overvoltage" ukubonisa, 2 kuthetha undervoltage kunye "undervoltage" ukubonisa, 3 kuthetha

i-overcurrent kunye ne-"overcurrent" bonisa.U-5 ubonisa ukulandelelana kwesigaba ngaxeshanye "ulandelelwano lwesigaba" umboniso.U-6 ubonisa ukungabikho

yomboniso ofanayo "wesigaba selahleko".Emva kokufaka umbuzo wempazamo, iwindow ebonisiweyo engentla ibonisa i-b1, ebonisa eyona mpazamo yamva nje.

Le festile ilandelayo yokubonisa ibonisa eyona khowudi yamva nje, kwaye iwindow ebonisa ukhuseleko ibonisa uhlobo lwempazamo yamva nje.Emva koko

ucinezela iqhosha lokucwangcisa kwakhona, iwindow ebonisiweyo engentla ibonisa i-b2, iwindow ebonisayo esezantsi ibonisa ikhowudi yokugqibela yangaphambili

fault, kwaye iwindow ebonisa ukhuseleko ibonisa uhlobo lokugqibela lwempazamo yangaphambili.Emva kokucofa iqhosha lokumisela kwakhona, umboniso wombane

iifestile ezibonisa b3.Iwindow esezantsi yokubonisa ibonisa ikhowudi yeempazamo ezimbini zokugqibela zangaphambili.Umboniso wokhuselo wefestile ubonisa

iintlobo ezimbini zokugqibela zeempazamo zangaphambili.Cinezela i Cwangcisa iqhosha kwakhona ukufaka imeko esebenzayo.

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