I-electronic thyristor voltage stabilizer sisixhobo sokuzinzisa i-voltage esetyenziswa ngokubanzi kwizixhobo zombane kunye nezixhobo zoomatshini. Njengenxalenye ye-elektroniki ethembekileyo, esebenzayo, kunye neyonga amandla, i-electronic thyristor voltage regulator isetyenziswe ngokubanzi kwizixhobo zokuzinzisa umbane kwiinkalo ezahlukeneyo.

Iimbonakalo:
1. Akukho ngxolo yokulawula uxinzelelo.
2. Ukuchaneka okuphezulu kunye nokuphuma okuphezulu kwe-220VAC + 5%.
Isantya sokuphendula ngokukhawuleza: I-electronic thyristor voltage regulator ineempawu zokuphendula ngokukhawuleza, ezinokuqonda ukulungiswa ngokukhawuleza kwe-voltage kunye nangoku, kwaye inokusabela kwiimfuno eziguqukayo zezixhobo ngokukhawuleza, ngaloo ndlela iphucula ukusebenza kakuhle kwezixhobo. Isantya solawulo lombane sikhawuleza kwaye isantya sokuphendula se-thyristor yi-0MS.
3. Ukukhuselwa kwe-overvoltage kubucayi, kwaye isenzo sokukhusela sinokwenziwa kwinqanaba le-millisecond ngaphandle kwesenzo sobuxoki.
4. Isiphumo esihle sokugcina amandla: I-electronic thyristor voltage regulator inezinga eliphezulu lokusetyenziswa kwamandla, elinokunciphisa ngokufanelekileyo inkunkuma yamandla, ngaloo ndlela igcina amandla amaninzi kunye nokunciphisa iindleko zokusebenza kwezixhobo.
5. Ubungakanani obuncinci: I-electronic thyristor voltage regulator incinci ngobukhulu, ilula ngobunzima, kwaye kulula ukuyifaka kunye nokugcina.

Isicelo:
1. Izixhobo zoomatshini: I-electronic thyristor voltage regulators ingasetyenziswa ngokubanzi kwiifektri kunye neefama kunye nezinye izixhobo zomatshini ezifuna ukunikezelwa kwamandla okuzinzile, ukuphucula ngokufanelekileyo ukuzinza nokuthembeka, ngaloo ndlela kuphuculwe ukusebenza kakuhle kwemveliso.
2. Izixhobo ze-elektroniki: I-electronic thyristor voltage regulators ingasetyenziselwa kwizixhobo zombane, ezinokukhusela ngcono iibhodi zeesekethe kunye namacandelo kunye nokuphucula ubomi benkonzo yezixhobo.
3. Izixhobo zokukhanyisa: I-electronic thyristor voltage regulators zisetyenziselwa izixhobo zokukhanyisa, ezinokuthi zilawule ngokufanelekileyo ukukhanya kwezibane, ukwenzela ukuhlangabezana kakuhle neemfuno zabasebenzisi kunye nokuphucula ukusebenza kakuhle kwezixhobo zokukhanyisa.


Imilinganiselo yemveliso:
Umzekelo: ITK-10K
Amandla: 10KVA
Uluhlu lwegalelo lomlawuli: 95VAC-270VAC
Uluhlu oluchanekileyo lokulawula umbane: uluhlu lokuchaneka kwegalelo 95VAC-255VAC ukuchaneka kwemveliso ye220VAC + 5%
Ukusetyenziswa kwamandla omatshini: <= 15W
I-stabilizer yokusebenza rhoqo: 40Hz-80Hz
Uluhlu lobushushu obusebenzayo: -20℃-40℃
Umboniso wemitha: i-voltage yegalelo, i-voltage ephumayo, yangoku, i-overvoltage, i-undervoltage, i-overload, isiphaluka esifutshane, i-overtemperature display.
Ubungakanani bubonke: 335 * 467 * 184
Ubunzima bubonke:

Umsebenzi wokukhusela:
1. Umsebenzi wokukhetha ixesha elide nelifutshane: 5S/200S ozikhethelayo
2. Umsebenzi wokukhusela ukugqithiswa kwe-Overvoltage: 0.5S ukulibaziseka ukulibaziseka kwimveliso ephezulu kune-247V, i-0.25S ukulibaziseka ukukhuselwa kwimveliso ephezulu kune-280V, ukubuyisela ngokuzenzekelayo xa imveliso ingaphantsi kwe-242V.
3. Umsebenzi okhawulezayo we-Undervoltage: imveliso ingaphantsi kwe-189V ukunyusa i-undervoltage (ukukhuselwa kwe-undervoltage kunokuzikhethela).
4. Umsebenzi wokukhusela ukulayisha ngaphezulu: Xa imveliso inkulu kunexesha elilinganisiweyo, ukukhuselwa kwexesha eliphambeneyo kuya kwenziwa ngokuzenzekelayo, kulungelelaniswe ngokuzenzekelayo ngokuhambelana nobushushu be-ambient, kwaye inokubuyiselwa ngokuzenzekelayo, kwaye ukukhuselwa kuvaliwe kabini ngokulandelana. .
5. Umsebenzi wokukhusela ubushushu obungaphezulu: ukhuseleko oluzenzekelayo xa izinga lokushisa liphezulu kune-128 ° C, kunye nokubuyisela ngokuzenzekelayo xa izinga lokushisa lingaphantsi kwe-84 ° C.
6. Umsebenzi wokukhusela isiphaluka esifutshane: Xa imveliso imfutshane, isiphaluka siya kukhuselwa ngesantya sokuphendula se-5MS (i-output short-circuit ayikhuthazwa).
7. Umsebenzi we-Anti-collapse: Ukufunyanwa kwexesha langempela lokuqalisa komthwalo wemveliso, i-voltage yembuyekezo yokukhusela ukukhubazeka kwegridi yamandla.
8. Umsebenzi we-Bypass: Iindlela zokugqitha zingakhethwa (ngesandla).
9. Umsebenzi wokukhusela umbane ochasene nombane: Umbane ochasene nombane (2.5 KV, 1/50µs).

Ukushwankathela, i-electronic thyristor voltage regulator, njengento esebenzayo, ethembekileyo kunye neyonga amandla e-elektroniki, isetyenziswe ngempumelelo kwizixhobo zokuzinzisa umbane kwiinkalo ezininzi. Ngenkqubela phambili eqhubekayo yetekhnoloji kunye nokwandiswa okuqhubekayo kwemimandla yesicelo, iinzuzo kunye nethemba lokusetyenziswa kwe-electronic thyristor voltage regulators ziya kuba nendawo yophuhliso ebanzi.