I-Indoor High Voltage Live Display

Imininingwane Yomkhiqizo

Uhlolojikelele

Lo mkhiqizo uyisiqhathanisi sesigaba se-HX2 (i-PC) esiklanywe futhi sakhiqizwa inkampani yethu ngokwezidingo zabasebenzisi, esetshenziswa ngokuhambisana nochungechunge lwe-DXN80 lwamadivayisi wokubonisa bukhoma angaphakathi ane-voltage ephezulu (iphaneli yenkomba isetha ukuphela kokuhlolwa kwesigaba) .Ilungele iziteshi ezingaphansi neziteshi zokusabalalisa amandla (ikakhulukazi uma izintambo zingena entanjeni) ezifakelwe amandla kagesi akabili kanye nempahla kagesi eminingi yasendlini engu-3.6, 7.2, 12, 40.5kV, imvamisa engu-50Hz kanye namadivayisi okubonisa bukhoma angaphakathi ane-voltage ephezulu.Ukuqhathaniswa kwesigaba kungenziwa ohlangothini lwe-voltage ephansi ngaphandle kokuvula umnyango we-switchgear ngaphambi kokudluliswa kwamandla.

Uhlolojikelele

Ilokhi ye-Anti-misoperation iwukhiye wemishini we-high-voltage switchgear.ingidi.Umsebenzisi uphoqeleka ukuthi asebenzise okokusebenza kukagesi ngokuhambisana nezinqubo ezibekiwe zokusebenza eziphephile, ngaleyo ndlela egwema ukusetshenziswa kabi kwezinto zikagesi, futhi ahlangabezane ngokugcwele nezimfuneko zamathenda amahlanu ahlongozwe umnyango wokuphakela amandla:
a.Vimbela iswishi ukuthi ingadonswa futhi ivalwe ngephutha;
b.Vimbela ummese wokuhlukanisa ukuthi ungadonsi futhi uvalwe ngomthwalo;
c.Vimbela ukungena esikhathini esibukhoma ngephutha;
d.Vimbela ucingo oluphilayo ukuthi lungalengi phansi (bona ummese ophansi);
e.Vimbela ucingo oluphansi (bheka ummese ophansi): ukuvala, njll.

	Umsebenzi wokusebenza	Amanothi
	Ukushintsha kwe-vacuum / ukuhlukaniswa okuphezulu / umnyango wangemuva / umnyango wangaphambili	1A 4A 5A 5B
	Ukushintsha kwe-vacuum / ukuhlukaniswa okuphezulu / umnyango wangemuva / umnyango wangaphambili	1A4A 5A
	Vacuum futhi uvale/uhlukanise phezulu/ukwehlukaniswa okuphansi/umnyango ongemuva/umnyango wangaphambili	1A 4A 4B 5A 5B
	Ukushintsha kwe-vacuum/ukuhlukaniswa okuphezulu/ukuhlukaniswa okuphansi/umnyango wangaphambili	1A 4A 4B 5A
	Ukuhlukaniswa okuphezulu / umnyango wangemuva / umnyango wangaphambili	4A 5A 5B
	I-Quarantine/Umnyango Wangaphambili	4A5A
	Ikhabhinethi/isikhiya esikhethekile/umnyango wangaphambili/umnyango ongemuva
	Izingidi ezimbili kanye nokhiye owodwa
	Izingidi ezintathu nezikhiye ezimbili

Uhlolojikelele

I-Aluminium alloy compb heater iwuhlobo olusha lwesifudumezi sikagesi esiklanyelwe ngokukhethekile ukuvikela umswakama kanye nokunciphisa umswakama ezintweni zikagesi.I-heater yakhiwe ngepuleti elikhethekile le-aluminium alloy dissipation kanye nentambo yokushisa ye-alloy yekhwalithi ephezulu.Inezici zobukhulu obuncane, ukubukeka okuhle, ukuchithwa kokushisa okufanayo, ukuqhutshwa kokushisa okusheshayo, kanye nendawo enkulu yokukhipha ukushisa, ukuze kuqinisekiswe ukuthi impilo yesevisi yocingo lokufudumeza yinde kunejwayelekile I-heater yinde kakhulu futhi ingasebenza ngokuthembekile. isikhathi eside.
I-voltage esebenzayo: AC220V
Amandla alinganiselwe: 25W-200W;300W-500W
Ubukhulu (mm): 158×100×23;200×100×23 (ubude, ububanzi, ukuphakama)

Imingcele yomkhiqizo

1. Umkhawulo wezinga lokushisa
2. Ububanzi be-voltage ebanzi
3. Ukushisa okusebenzayo
4. Ukonga amandla
5. Engasindi
Ama-heaters amancane asetshenziswa kakhulu emabhokisini okushintsha ukuvimbela ukufiphala.

Imingcele Yezobuchwepheshe

	I-voltage yokusebenza	120-240V AC/DC(min.110V,max,265V)
	Izakhi zokushisa	Isici sokushisa se-PTC
	Umzimba we-exothermic	Iphrofayili ye-aluminium anodized
	Indlela yokufaka	ukufakwa kwesikulufa
	Indlela yokufaka	ngokuzikhethela
	Indalo/Indawo Yokugcina	-45 kuya ku-+70℃( -49 kuya ku-+158 of F)
	Isigaba sokuvikela	IP32

Uhlolojikelele

I-heater yerabha ye-silicone iwuhlobo olusha lwe-ultra-thin, anti-scalding kanye ne-heater engangeni manzi.Yamukela ubuchwepheshe bokubumba besikhathi esisodwa se-silicone (okwasekuqaleni e-China), obunemisebenzi yobukhulu obuncane, impilo ende, ukuchithwa kokushisa okufanayo, ukungangeni kwamanzi nokulwa nokushisa, njll. Kulula ukuyisebenzisa futhi ilungele izifudumezi zendabuko.ezinye izindlela.

Imingcele Yezobuchwepheshe

	Amandla	eside	Ububanzi	Okukhulu	Ibanga lembobo	Isikhala semigodi
	50w	150mm	90mm	2.8mm	136	76
	awu 75w	150mm	90mm	2.8mm	136	76
	100w	185 mm	120mm	2.8mm	169	106
	150w	185 mm	120mm	2.8mm	169	106
	200w	185 mm	120mm	2.8mm	169	106

Umhlabathi wohlobo lwephaneli kanye nesikhombi sephutha sesekethe emfushane

Isimiso sesistimu

Ngokusetshenziswa kabanzi kwamakhabhinethi okushintsha inethiwekhi yendandatho kanye namabhokisi egatsha ekhebula kugridi yamandla, inkinga yokuthi ungayithola kanjani ingxenye engalungile yekhebula ngokuhamba kwesikhathi iya ngokuya igqama.Izinkomba ezimfushane zesifunda kanye nephutha lomhlabathi zinikeza isisombululo esingcono kakhulu kule nkinga.
Isekhethi emfishane kanye nesikhombi sephutha lomhlaba sifakwe ebhokisini legatsha lekhebula lezintambo zenethiwekhi eyindandatho kuhlelo lwenethiwekhi yokusabalalisa ye-amp 10KV-35KV ehambisanayo, esetshenziselwa ukukhombisa iphutha lesigaba ukuya kwesinye lesigaba sesifunda kanye nesigaba esisodwa. yesigaba setheminali kagesi esihambisanayo.Njengoba kuboniswe kumdwebo wesimiso sokusebenza ngezansi, uma kukhona isifunda esifushane noma iphutha eliphansi ohlelweni lwenethiwekhi yendandatho, zonke izinkomba zephutha phakathi kwe-circuit breaker A kanye nephuzu lephutha lidlula okwamanje.Ngemva kokuba izinkomba zithole iphutha lamanje, ukukhanya kwesikhombi somsingathi kukhanya nama-alamu..Ngakho-ke, inkomba phakathi kwephuzu elifihliwe nendawo evame ukuvuleka isesimweni esivamile sokucisha (akukho ukucwayiza, akukho alamu) ngenxa yamanzi adlula kumanje oyiphutha.Izisebenzi zokunakekela ulayini zinganqamula ngokushesha isigaba esinephutha ngokuya ngokuthi isibani senkomba siyaphazima yini noma cha.
Njengoba kuboniswe emfanekisweni, iphutha lenzeka phakathi kweyunithi ye-ring ye-No. 3 ne-No. 4.Ngakho-ke, nqamula ukushintshwa komthwalo weKhabhinethi engu-3, ​​bese uvala i-circuit breaker A, bese kuba amayunithi ayi-1, 2, kanye ne-No. 3 amayunithi ayinhloko namagatsha awo Uhlelo luqala kabusha ukunikezwa kwamandla, kanye nokunikezwa kwamandla kwe-No. 4 kanye no-No. 5 amakhabethe atholwa ngokuvala indawo engu-6 ngokuvamile evulekile.Ngale ndlela, ikhebula elingalungile kuphela elihlukanisiwe, ukuze kuqinisekiswe ukuthi konke ukuthobela kungabuyisela amandla ngesikhathi.
Ijubane nokusebenza kahle kokusebenzisa inkomba yephutha ukuthola ingxenye enephutha idlula kude indlela evamile enamaphuzu amabili kanye nendlela yokuvula nokuvala yokuhlola amandla kagesi, futhi ayikho ingozi elethwa yilezi zindlela zendabuko (njengengozi yokulimala okungenzeka kubangelwe ukuhlolwa kwe-insulation), iyindlela yokuhlinzeka ngokuthembeka kokunikezwa kwamandla.

Isimiso sokusebenza kwawo wonke umshini

Uma kukhona iphutha lesekethe elifushane noma eliphansi emugqeni wokuphakela amandla, inkambu kazibuthe kagesi ekhiqizwe isekethe emfushane noma izinguquko zamanje zaphansi, ukuze ikhoyili yokulinganisa kunzwa egxilwe kutheminali kagesi ikhiqize isignali yokushaya kwenhliziyo.Uma inani lesignali ye-pulse lifinyelela noma lidlula isethi yephutha yamanje Uma inani lisethiwe, inkomba yomlandeli izobamba ngekhanda isimo sephutha ngokuzenzakalelayo, ngakho-ke inkomba yephutha izokhishwa lapho ukukhanya kwenkomba kubaniza.Ngesikhathi esifanayo, isignali yephutha izodluliselwa esikhungweni sokuqapha ngokusebenzisa isikhombimsebenzisi se-alamu esikude, futhi abasebenzi bangakwazi ukuthola ngokushesha iphutha lomugqa ngokusebenzisa isignali yesibonakaliso sephutha.indawo, xazulula inkinga ngesikhathi, futhi ubuyisele amandla kugridi.

Umsebenzi oyinhloko

Inkomba ye-alamu yephutha lesekhethi emfishane: Inzwa yephutha yesifunda esifushane ifakwe kukhebula yesigaba esisodwa ukuze kuqashwe ushintsho lwamanje emugqeni wokuphakelwa kwamandla ngaso sonke isikhathi.Uma inani layo lifinyelela noma lidlula inani lokusetha lesenzo samanje somjikelezo omfushane (leli nani lingasethwa ngokuvumelana nezidingo zomsebenzisi ngaphambi kokushiya ifekthri), Inzwa yephutha yesifunda esifushane ithumela isignali ye-alamu, futhi isignali ithunyelwa umsingathi wesikhombi nge-fiber optical, kanye nesikhombi sephutha lesifunda esifushane esihambisanayo siyaphazima ukuze sikhiphe inkomba ye-alamu.

Indlela yokufaka

1. Ukufakwa komsingathi wenkomba
Iyunithi eyinhloko yenkomba ifakwe kuphaneli yangaphambili yekhabhinethi yokusabalalisa amandla
Ukuze ususe iyunithi eyinhloko, kufanele ucindezele i-shrapnel yensimbi ku-casing enkulu
Usayizi wembobo: 91.5mm (ukubekezela: ±0.3) × 43mm (ukubekezelela: ±0.3)
2. Ukufakwa kwenzwa yephutha yesifunda esifushane
Ngemva kokumboza ikhebula ngentambo yokuqinisa, faka izikhonkwane ezimbili zenzwa eduze nendawo yokuvula ye-clamp.Ngemva kokuxhuma inzwa ne-clamp, zungezisa isikulufu esiqinile ku-clamp ukuze ulungise inzwa kukhebuli yesigaba.eliphezulu.Inzwa yephutha yesifunda esifushane kufanele ifakwe kukhebula yesigaba segatsha somugqa wokusabalalisa inethiwekhi eyindandatho, futhi kufanele iboshwe imikhono eqinile kulayini wekhebula ngaphansi kokuhlolwa ukuze kuvinjelwe inzwa ukuthi ingasheleli futhi ibangele ukuthi isixhumi esibonakalayo sefiber optical sixege noma siphuke.

3. Ukufakwa kwenzwa yephutha eliphansi
Khulula isikulufu sendandatho kazibuthe kakhondatha, uzungeze ingxenye engavinjiwe yekhebula yezigaba ezintathu, qinisa isikulufu setheyiphu yesikhondatha, qinisa uthayi wekhebula kunzwa, futhi uyilungise kukhebula yezigaba ezintathu ukuze ingakwazi ithukululiwe

4. Ukuxhumana kwe-fiber yesignali
Khulula i-nati ku-fiber socket, faka umkhawulo owodwa we-fiber emgodini we-fiber socket, faka ukuphela kwe-fiber kuze kube sekugcineni, futhi uqinise i-nut kuze kube yilapho i-fiber ingakwazi ukuxhunywa;omunye umkhawulo wefiber ufakwa ngendlela efanayo neziyalezo Xhuma futhi ukhiye isokhethi le-fiber optical elihambisanayo kuyunithi eyinhloko.Ukuxhumeka kwezinzwa ezimbili kumsingathi wenkomba kufanele kuxhunywe ngokuqinile ukuze kuvinjelwe ukuxega nokuwa, ukuze kuqinisekiswe ukusebenza okuvamile kwenkomba.
Qaphela: Isigaba esisemikhawulweni yomibili ye-fiber optical siphathwe ngokukhethekile, futhi isifaki akumele sisinqamule ngokuthanda kwakhe, ngaphandle kwalokho sizothinta ukusebenza okuvamile kwenkomba!

5. Ukuxhumana okukude kwesiginali

Uhlobo B: 13, 14 ngokuvamile kuvalwe, 14, 15 ngokuvamile evulekile;

Izisekelo zephaneli yokulinganisa izinga lokushisa kanye nesikhombi sephutha sesekethe emfushane

Umsebenzi oyinhloko

1. Inkomba ye-alamu ye-short-circuit: Inzwa ye-short-circuit ithola ukumanje komugqa ngesikhathi sokusebenza.Uma ulayini unephutha lesekhethi emfishane futhi uhlangabezana nezimo zokwahlulela zesiyingi esifushane, uzokhipha isignali eqinile.
2. Umyalelo wokubika wokwehlisa: Inzwa yokubeka phansi ithola amandla akhona okulandelana kweziro komugqa ngesikhathi sokusebenza, futhi lapho iphutha lokumisa lenzeka kunethiwekhi yomugqa, iphutha lamanje lidlula inani elimisiwe lamanje lokubika, futhi isignali yombiko ikhishwe.
3. Inkomba ye-alamu yezinga lokushisa elingaphezu kokushisa: Inzwa yokushisa ithola izinga lokushisa longitudinal lekhanda likagesi eliseduze ngesikhathi sokusebenza, futhi likuthumele kumsingathi nge-fiber optical ngesikhathi esifushane kakhulu.Uma izinga lokushisa likagesi lokuhlanganisa lifinyelela noma lidlula inani lokusetha izinga lokushisa le-alamu, umsingathi uzokhipha i-alamu.Isiginali, vala oxhumana naye.
4. Izinga lokushisa nokuboniswa kwamanje: Inzwa ekabili-kokukodwa iqapha izinga lokushisa kanye nesimo samanje sephoyinti lokuqapha ngesikhathi sokusebenza, futhi ikuthumele kumsingathi nge-fiber optical ngefrikhwensi ethile.Ngemva kokuba umsingathi ethole lesi signali, ibonisa idatha kusikrini se-LCD.
(Ngokusebenzisa ▲ nezinkinobho zokuskrola phezulu naphansi ukuze uhlole izinga lamanje kanye nezinga lokushisa lesigaba ngasinye setshe).(umsebenzi ongawukhetha wokubonisa isibonisi samanje)
5.Ukuxhumana okuphezulu kakhulu: Ngemva kokuthi inkomba ikhiqize isignali ye-alamu ye-short-circuit kanye nesisekelo, ingakhipha iphutha elikude nesimo sengozi ngentambo yokuxhumana ye-RS485;uma kungenaphutha, umthamo wamanje womugqa kanye nezinga lokushisa lephoyinti lokuqapha libikwa njalo kukhompyutha engumsingathi ngekhebula le-RS485.(ongakukhetha)

Imingcele Yezobuchwepheshe

1. I-alamu yesifunda esifushane: 50-1000A (ukusetha kwefekthri) iphutha ± 5%;ukulungiselelwa kwefekthri: 600A
2. Isikhathi sokuphendula se-overcurrent yesifunda esifushane: 0.03-5S (ukulungiselelwa kwefekthri);ukulungiselelwa kwefekthri: 0.2S
3. I-alamu yokubeka phansi: 10-100A (ifekthri ingasethwa) iphutha 10%;ukulungiselelwa kwefekthri: 20A
4. Isikhathi sokuphendula se-overcurrent: 0.03-5S (ukulungiselelwa kwefekthri);ukulungiselelwa kwefekthri: 0.2S
5. I-alamu yokushisa engaphezu kuka-20-80°C (ingasethwa esizeni) iphutha ±1°C;ukulungiselelwa kwefekthri: 80°C
6. Isikhathi sokusetha kabusha ngokuzenzakalelayo: 7S-48h (singasethwa efektri);isilungiselelo sefekthri sithi: 8h
7. Isimo sokulinda sawo wonke umshini: ≤5uA
8. Izinga lokuvikela ngokushesha: isikhungo IP40;inzwa IP65
9. Isekhethi emfishane yokuhambisa isilawuli kude: 230V/AC-0.1A 30V/DC-1A
10. Ukweqa ngaphezu kwezinga lokushisa funda umthamo wokuxhumana owomile: 230V/AC-0.1A 30V/DC-1A
11. I-alamu yezinga lokushisa elingaphezulu: okukhiphayo kuphuma imijikelezo emi-3 (umjikelezo ngamunye ngu-2S, setha u-750mS, setha kabusha u-1250mS)
12. Isilinganiso esiphezulu sokumelana nenzwa yamanje yesiyingi esifushane: 31.5KA/4S
13. Indawo yokusebenza: -25℃~+75℃;izinga lokushisa elilinganiselwe: ≤95%;ungangeni manzi, ungangenwa i-asidi, ungabi nenkungu kasawoti
14. Ububanzi bokusetshenziswa: ezinhlelweni ezingaphansi kuka-20KV
Inkomba ye-alamu yephutha eliphansi: Inzwa yephutha eliphansi ifakwe engxenyeni engavinjiwe ye-bifurcation yezigaba ezintathu zekhebula, futhi ithola inani lamanje lokulandelana kweqanda lekhebula lezigaba ezintathu.Uma inani lifinyelela noma lidlula inani lamanje le-alamu yesenzo samanje (leli nani lingaba Ngokwezidingo zomsebenzisi, inzwa yephutha eliphansi ithumela isignali ye-alamu, futhi isignali idluliselwe kumsingathi wenkomba nge-fiber optical, futhi inkomba yephutha lomhlaba ikhanya ukunikeza inkomba ye-alamu.

Indlela yokufaka

1. Ukufakwa komsingathi wenkomba
Iyunithi eyinhloko yenkomba ifakwe kuphaneli yangaphambili yekhabhinethi yokusabalalisa amandla
Ukuze ususe iyunithi eyinhloko, kufanele ucindezele i-shrapnel yensimbi ku-casing enkulu
Usayizi wembobo: 91.5mm (ukubekezela: ±0.3) × 43mm (ukubekezelela: ±0.3)
2. Ukufakwa kwenzwa yephutha yesifunda esifushane
Ngemva kokumboza ikhebula ngentambo yokuqinisa, faka izikhonkwane ezimbili zenzwa eduze nendawo yokuvula ye-clamp.Ngemva kokuxhuma inzwa ne-clamp, zungezisa isikulufu esiqinile ku-clamp ukuze ulungise inzwa kukhebuli yesigaba.eliphezulu.Inzwa yephutha yesifunda esifushane kufanele ifakwe kukhebula yesigaba segatsha somugqa wokusabalalisa inethiwekhi eyindandatho, futhi kufanele iboshwe imikhono eqinile kulayini wekhebula ngaphansi kokuhlolwa ukuze kuvinjelwe inzwa ukuthi ingasheleli futhi ibangele ukuthi isixhumi esibonakalayo sefiber optical sixege noma siphuke.

3. Ukufakwa kwenzwa yephutha eliphansi
Khulula isikulufu sendandatho kazibuthe kakhondatha, uzungeze ingxenye engavinjiwe yekhebula yezigaba ezintathu, qinisa isikulufu setheyiphu yesikhondatha, qinisa uthayi wekhebula kunzwa, futhi uyilungise kukhebula yezigaba ezintathu ukuze ingakwazi ithukululiwe

4. Ukuxhumana kwe-fiber yesignali
Khulula i-nati ku-fiber socket, faka umkhawulo owodwa we-fiber emgodini we-fiber socket, faka ukuphela kwe-fiber kuze kube sekugcineni, futhi uqinise i-nut kuze kube yilapho i-fiber ingakwazi ukuxhunywa;omunye umkhawulo wefiber ufakwa ngendlela efanayo neziyalezo Xhuma futhi ukhiye isokhethi le-fiber optical elihambisanayo kuyunithi eyinhloko.Ukuxhumeka kwezinzwa ezimbili kumsingathi wenkomba kufanele kuxhunywe ngokuqinile ukuze kuvinjelwe ukuxega nokuwa, ukuze kuqinisekiswe ukusebenza okuvamile kwenkomba.
Qaphela: Isigaba esisemikhawulweni yomibili ye-fiber optical siphathwe ngokukhethekile, futhi isifaki akumele sisinqamule ngokuthanda kwakhe, ngaphandle kwalokho sizothinta ukusebenza okuvamile kwenkomba!

5. Ukuxhumana okukude kwesiginali

Uhlobo B: 13, 14 ngokuvamile kuvalwe, 14, 15 ngokuvamile evulekile;

6~35KV isinqamuleli se-harmonic esingaqondile

Incazelo yomkhiqizo

Indawo engathathi hlangothi ye-voltage engu-6~35KV iyisidambisi manzi esingaguquguquki esingaguquki (okubizwa ngokuthi isisetshenziswa sokuqeda i-harmonic), esifakwe ku-Y oyisiphetho esiyinhloko se-voltage engu-6~35KV (ngemuva kwalokhu ebizwa ngokuthi i-voltage transformer noma i-PT).Ithuluzi lokudambisa ukumelana ne-harmonic elingaqondile phakathi kwephoyinti eliphakathi nendawo lomugqa wokuhlanganisa kanye nomhlabathi.Imodeli yomkhiqizo we-harmonic eliminator--imele isinqamuli se-harmonic esingunxande esiklanywe ngokuya ngesimo sendabuko;imele umklamo wesithathu oguquliwe, i-resistor surface iyavezwa, futhi i-cylindrical shape harmonic eliminator ayidingeki ukuthi ivikelwe ngejazi le-insulating.Okubili kuhluke kuphela ngokubukeka, nokusebenza kukagesi kufana ncamashi.
Izici zikagesi ze-DC ze-harmonic eliminator engu-6~35KV ziyefana nalezo zesinqamuli se-harmonic esivamile, kodwa ukwakheka kwesakhiwo kuye kwathuthukiswa kakhulu ngokombono wokwandisa umthamo wokushisa wesinqamuleli se-harmonic.I-harmonic eliminator isebenzisa i-Sic enezakhiwo ezinhle kakhulu zikagesi kanye nezinhlayiya ze-ultra-fine njengento eyisisekelo;icindezelwa emzimbeni owugqinsi, onjengekhekhe eliyindilinga ngomshini wokunyathelisa onamathani amakhulu;esimweni sokunciphisa;ifakwe emanzini ekushiseni okuphezulu kwezinkulungwane zamadigri..
Isakhiwo esivelele se-resistor siphathwa ngokukhethekile, esingamelana nelanga nemvula, futhi singasetshenziswa ngokuqondile ngaphakathi nangaphandle.Incane ngosayizi, ilula ngesisindo, iyashesha ekuqedeni ukushisa, inamandla amakhulu futhi kulula ukuyifaka, futhi idume kakhulu phakathi kwabasebenzisi.

Ukusebenza kukagesi okuyinhloko

Ukuqedwa kwe-Harmonic ukusebenzisa i-6KV ne-10KV njengamamodeli ajwayelekile, amapharamitha wokusebenza (Ithebula 1)

Imingcele yokusebenza eyinhloko ye-harmonic eliminator engu-6-35KV (Ithebula 2)

Ukukhethwa kwamamodeli we-harmonic eliminator

6~35KV Harmonic Eliminator Sebenzisa Imvelo

1. Ngaphandle, ifakwe ohlangothini oluseduze lwe-transformer yokucindezela.Nakuba i-harmonic eliminator inomsebenzi wokufakazela imvula, akufanele ivezwe ngokuqondile elangeni nasemvuleni;
2. Izinga lokushisa le-ambient -40℃
3. Imvamisa yesistimu yamandla onyawo yi-50HZ noma i-60HZ;

Isigaba sesine sesigaba sesine esihlanganisiwe sesivikeli se-overvoltage (isibambisi esihlanganisiwe) 6KV, 10KV, 35KV

35KV uhlelo