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Ukushoqasha i-HEYA 10KVA-3000KVA Esikhombisi Lesi-Three stage AC Automatic Voltage Stabilizer. Le-sikhombisi lesilandelayo lokuvimba umoya wokugcina ivoltye kufuneka luhlola ukuthi yilandelini lokulandelayo kunye nezinyathelo zokungena okanyezelelwa ngokupheleleyo kunye nokususa amandla kwezimali ezinethemba. Le-sikhombisi lokuvimba ivoltye lucacileyo ngenxa yalokhu alandelana ngokuthi ayithumele amaxhobo ahlukene, futhi ukuhlola kwakhona kunye nokuthi kuhlobene nesikhephe sokuqala sokuthi siyinhlangano yesiqephu esingaphambili. Ukubonisa amafedhi angalawulo akuyisisekelo sesithathu esifaneleyo, futhi ungene kumaziphiwo ezingasihlanu ezindwendwe kunye nezinyathelo zokuthi zizidinga izinto ezibomvu zokuthi zizidale imali. I-HEYA stabilizer yokuvimba levoltye lusetyenziswa ngokwesiphumo esikhulu kunye nokuthi kuhamba ngokwesikhombiso esikhulu, kuhlonipha ukuba kuholelwa kunye nokuthi kuhlongene. Umlilo wesikhephe sokuqala usetyenziswa ngokuthi wakhiwe ngokwesikhombiso somphendvulo, futhi uhlela isikhombiso sokuthi sebenzela ngokupheleleyo ngokuthi kuholela ama-% ashumi ngokwesobizo esikhatsi sokuthi sekhethekileyo. Luhlela isikhombiso sokuthi sebenzela ngokupheleleyo kunye nokuthi kuholela amandla amabili kunye nokuthi kuholela umthombo omncane. Amahlelo amaningi amahlukaniswa ngokuthi asetshenziswa ukuthi asetshentse amaxhobo, kunye nokuthi akusetshentse amaxhobo abalingani nalokho olungena nge-stabilizer ngokuthi amandla amabili akusetshentse amaxhobo abalingani nalokho olungena nge-stabilizer. Oku kuhlela ukuthi kuholelwa ngokupheleleyo kunye nokuthi kuhlongene. Le-sikhombisi lokuvimba levoltye luhlela ukuthi kuholelwa ngokupheleleyo kunye nokuthi kuhlongene. Le-sikhombisi lokuvimba levoltye luhlela ukuthi kuholelwa ngokupheleleyo kunye nokuthi kuhlongene. Ngokushesha, le-sikhombisi lokuvimba levoltye luhlela ukuthi kuholelwa ngokupheleleyo kunye nokuthi kuhlongene. Oku kuhlela ukuthi kuholelwa ngokupheleleyo kunye nokuthi kuhlongene. Oku kuhlela ukuthi kuholelwa ngokupheleleyo kunye nokuthi kuhlongene. Ngiyabonga.
10KVA-3000KVA Ezintathu Zesi-pha Contactless ac automatiki amabhalisi wesithathu
Umbiko wamathuthuzi
(1) Umkhiqizo Umsebenzi | D10K-100K Isifase sentsha | S10K-3000K Amathuluzi angosu |
(2) Indlela eyenziwe | 10-100 K VA | 10-3000 K VA |
(3) P hase | Isiphase esinye ithree wire | Amathuluzi angosu amandla emiyaleneyo |
(4) N umthetho wombuzo | 110V\/200V\/22 0V /380V /400V | 200V\/22 0V /380V /400V |
± 15% /± 20% /± 30% | ||
(5) O umthetho womoya | 110/200V/22 0V /380V /400V ± 10% ungakwazi ukuhlola | 200V\/22 0V /380V /400V ± 10% ungakwazi ukuhlola |
(6) V umoya Ukugcina Ukugcina | ± 1% /± 3%/± 5% ungakwazi ukuhlola | |
(7) E isiphumo seminyaka esisebenzayo | 10K-50K ≥9 5%50K-100K ≥9 7%>100K ≥9 8% | |
(8) F umthetho womncane | 50Hz/60Hz | |
(9) R isiphi esikhona | < 10 amasekondi | |
(10) S itholo lesikhombisa | < 100amashumi amanhlane | |
(1 1) C umlando wokubhala | F | |
(1 2) I ukuphakamisana kwezindlu zokubhala | Umsebenzi ophambili ngaphandle kwe > 5 0m Ω uphakamiso lwesindlu zokubhala | |
(1 3) D amandla yakwesindlu | Umkhuhlane wesiNayiseki 2 000 v / 1 min ngengezintathu ezifanekayo kubukhangeli bese nokugcwaliswa | |
(1 4) T Umbala wesithathu | Hlokomelelo lombala wesithathu alinga amahariki angaphakathi | |
(1 5) M Momenthi Ubungena bomncedisi | 2 izinyawo zokuthiwa | |
(1 6) D Dipela yomodeli | L C Ekhishini le-digital | |
(1 7) W Indlela yokusebenza | ukuseta ngaphandle kwindawo enkulu ngexesha elingakuvunyelwe | |
(1 8) P Ukuprotekela | Okugcineneyo okungaphezulu nokungancane Ukuprotekela kwesikhwama esincinci nokuhlola Izifuzi zokwakhiwa ukudla okuphazamile
| |
(1 9) T Umoya omphumayo | Ukubhala kwezithathu lokungapheli amandla | |
Amathuluzi angosu
Imodeli | Isiphumo sengxenye elibizwa KVA | P Ubukhulu bephrojekthi W*D*H mm | Umoya Kg |
MSZW-S 10K | 10KVA | 380*780*840 | 90 |
MSZW-S 20K | 20KVA | 380*780*840 | 100 |
MSZW-S30K | 30KVA | 380*78 0*8 40 | 110 |
MSZW-S30K | 40KVA | 380*78 0*8 40 | 130 |
MSZW-S50K | 50KVA | 380*78 0*8 40 | 150 |
MSZW-S 60K | 60kva | 380*78 0*8 40 | 165 |
MSZW-S80K | 80KVA | 430*78 0*117 0 | 195 |
MSZW-S100K | 100KVA | 430*78 0*117 0 | 220 |
MSZW-S120K | 120KVA | 520*8 50*130 0 | 280 |
MSZW-S150K | 150KVA | 520*8 50*130 0 | 295 |
MSZW-S200K | 200KVA | 520*8 50*130 0 | 320 |
MSZW-S250K | 250KVA | 1000*700*150 0 | 410 |
MSZW-S300K | 300KVA | 1000*700*150 0 | 450 |
MSZW-S3 50K | 350KVA | 1000*700*150 0 | 470 |
MSZW-S400K | 400KVA | 1000*700*150 0 | 495 |
MSZW-S500K | 500KVA | 1200*80 0*160 0 | 555 |
MSZW-S600K | 600KVA | 1200*80 0*160 0 | 595 |
MSZW-S800K | 800KVA | 1500*100 0*2000 | 665 |
MSZW-S1000K | 1000KVA | 1500*100 0*2000 | 725 |
MSZW-S1 200K | 1200KVA | 1500*100 0*2000 | 745 |
MSZW-S 1600K | 1600KVA | 1800*1 200*200 0 | 810 |
MSZW-S 2000K | 2000KVA | 1800*1 200*200 0 | 880 |
MSZW-S/D
Istabilayithi Esingakade Ngokushesha Lwesekwekwe
01. Umthetho Wokusebenza
MS ZW isikhumba esilungileyo ezikhelekanga umkhombisi uzama uphawu olushesha olushesha kakhulu lwe chip yokususa lokuhlola lokulula izinto lokulula amafomu angaphambili. Amaphawu angaphambili akhetha isikhombiso sase silikon ngokupinjisi ukuthi akhusele umoya wemfowethi nokuhlola ngezinye izinto zokugcina okanye ukubuyela kwesibhedlela sokuhlola. Ukukhombisa kakhulu kunye nokuhlola i-AC sampling technology, efficient calibrate technology, current vanish switch and fast compensate voltage stabilize technology. t lesi stabelayithi sifundeka kakhulu kususwa ngokwesihlanu kwezindlela ezintathu: isolation transformer, SCR control module, DSP control core, fast voltage regulator technology, nokulima olunqwenywe olunamandla. Ngokwesiphi le ndlela, DSP uhlobene phakathi nokufinyelela komoya wesibhedlela kanye nokuhlola kwe-SCR, futhi i-SCR imodule inhlola umoya ngokupinjisi kanye nokuhlola ngokuphambili kwe-transformer primary voltage nokuphambili kokuhlola. Oku kuhlanganisa ukuthi usetyenziswa kakhulu nokuhlola. khangatsho
02. Lokhu lingakwenziwa ukuvalwa okanye ukuhlola.
1. Isigaba esebenza kweStabilizer kunye nomphumela we-voltage umphumela omnye we-voltage. Umphumela wokuqala kunye nesiphumo sasingazi singakwazi
2. I-three phase kunye ne-three wire ayisingi line
3. I-full copper transformer
4. Ngesicatshulwa sokuseta/kufika kunye ne-output contactor
