A tsaye Var Generator(SVG-120-0.6-4L-R)

Takaitaccen Bayani:

A tsaye var janareta tare da matakin ƙarfin lantarki na 690V suna taka muhimmiyar rawa a aikace-aikacen masana'antu daban-daban.Yana da amfani musamman a yanayin yanayi inda ake buƙatar gyaran abubuwan wutar lantarki don haɓaka rarraba wutar lantarki.Ana amfani da fasaha sosai a manyan masana'antun masana'antu, cibiyoyin bayanai da gine-ginen kasuwanci.Ta hanyar samarwa ko ɗaukar ƙarfin amsawa, masu samar da wutar lantarki a tsaye suna taimakawa wajen tabbatar da ma'aunin wutar lantarki, rage girman juzu'in wutar lantarki da rage asarar layi.Wannan ba kawai yana inganta ingantaccen makamashi ba har ma yana hana wuce gona da iri daga haifar da lahani ga kayan aiki masu mahimmanci.Gabaɗaya, 690V ajin ƙarfin lantarki static var janareta yana tabbatar da abin dogaro da ingantaccen wutar lantarki a cikin aikace-aikace da yawa.

- Babu fiye da diyya, babu a karkashin diyya, babu resonance

- Reactive ikon ramuwa sakamako

- PF0.99 matakin amsawar wutar lantarki

- Diyya mara daidaituwa na kashi uku

- Ƙarfin inductive mai ƙarfi-1 ~ 1

- Diyya ta ainihi

- Lokacin amsa mai ƙarfi ƙasa da 50ms

- Modular zane

An ƙididdige ramuwa mai amsawaIyawa:120 Kvar

Wutar lantarki mara kyau:AC590V(-20% ~+15%)

Hanyar sadarwa:3 lokaci 3 waya/3 lokaci 4 waya

Shigarwa:Rack-saka

Aika mana imel

Cikakken Bayani

FAQ

Tags samfurin

Amfanin Samfuran SVG

	Bankunan Capacitor ko Bankunan Reactor (LC)	Static Var Generators (SVG)
Lokacin amsawa	Maganganun tushen tuntuɓar suna ɗaukar aƙalla 30s zuwa 40s don magance matsalar da tushen thyristor 20ms zuwa 30ms	✔Matsalolin ingancin wutar lantarki na lokaci-lokaci kamar yadda lokacin amsa gabaɗaya bai wuce 100µs ba
Fitowa	• Ya dogara da girman mataki, ba zai iya daidaita buƙatun kaya a ainihin lokacin ba • Ya dogara da grid ƙarfin lantarki kamar yadda capacitor raka'a & reactors ake amfani	✔Nan take, mai ci gaba, ba tare da taki ba kuma maras kyau ✔Juyin wutar lantarki ba shi da wani tasiri akan fitarwa
Gyaran yanayin wutar lantarki	• Bankunan capacitor da ake buƙata don inductive lodi da kuma reactor bankuna domin capacitive lodi.Matsaloli a cikin tsarin tare da gauraye lodi • Ba zai yiwu a ba da garantin ƙarfin haɗin kai ba saboda suna da matakai, tsarin zai kasance yana ci gaba da samun ci gaba	✔Yana gyara lokaci guda daga -1 zuwa +1 ikon factor na lagging (inductive) da jagoran (capacitive) lodi ✔Tabbatar da ƙarfin haɗin kai a kowane lokaci ba tare da ƙari ko ragi ba (fitarwa mara taki)
Zane & girma	Ana buƙatar nazarin ƙarfin amsawa don girman maganin da ya dace Yawanci girman girman don daidaitawa ga canza buƙatun kaya • Bukatar ƙira ta la'akari da tsarin jituwa • Custom-gina don takamaiman kaya da yanayin cibiyar sadarwa	✔Ba a buƙatar nazari mai zurfi saboda ana iya daidaita shi ✔Ƙarfin ragewa zai iya zama daidai abin da kaya ke buƙata ✔Ba shi da tasiri ta hanyar murdiya masu jituwa a cikin tsarin ✔Zai iya daidaitawa zuwa kaya da yanayin cibiyar sadarwa & canje-canje
Resonance	• Daidaitacce ko jerin resonance na iya haɓaka igiyoyin ruwa a cikin tsarin	✔Babu haɗarin daidaita jituwa tare da hanyar sadarwa
Yin lodi	• Mai yiwuwa saboda jinkirin amsawa da/ko bambancin lodi	✔Ba zai yiwu ba kamar yadda halin yanzu ke iyakance zuwa max.RMS halin yanzu
Sawun ƙafa & shigarwa	• Matsakaici zuwa babban sawun ƙafa, musamman idan yawancin oda masu jituwa • Ba sauƙin shigarwa ba, musamman idan an haɓaka lodi akai-akai	✔Ƙananan sawun ƙafa da shigarwa mai sauƙi kamar yadda kayayyaki suna da ƙananan girman.Ana iya amfani da maɓalli na zamani
Fadadawa	• Iyakance kuma ya dogara da yanayin lodi da topology na cibiyar sadarwa	✔Mai sauƙi (kuma ba dogara ba) ta ƙara kayayyaki
Maintenance & rayuwa	• Yin amfani da abubuwan da ke buƙatar kulawa mai yawa kamar fuses, na'urori masu rarrabawa, masu tuntuɓar juna, reactors da na'urorin capacitor. • Canjawa, masu wucewa da resonance suna rage rayuwa	✔Sauƙaƙan kulawa da rayuwar sabis har zuwa shekaru 15 saboda babu canjin injin lantarki kuma babu haɗarin wucewa ko haɓakawa.

Zabin janareta na VAR a tsaye
Abubuwan da ke aiki da ƙarfi Ƙarfin wutar lantarki	C0Sφ≤0.5	0.5≤c0sφ≤0.6	0.6≤c0sφ≤0.7	0.7≤cosφ≤0.8	0.8≤cosφ≤0.9
200 kVA	100 kwa	100 kwa	100 kvar	100 kya	100 kwa
250 kVA	150 kvar	100 kya	100 kyar	100 kvar	100 kvar
315 kVA	200 kvar	100 kvar	100 kwa	100 kvar	100 kvar
400 kVA	200 kvar	200 kya	200 kyar	150 kwa	100 kvar
500 kVA	300 kvar	300 kvar	300 kvar	150 kvar	100 kvar
630 kVA	300 kwa	300 kvar	300kvar	200 kvar	150 kvar
800 kVA	500 kvar	500 kwa	300kvar	300 kvar	150 kvar
1000kVA	600kwa	500 kya	500 kvar	300 kwa	200 kvar
1250 kVA	700 kvar	600 kvar	600 kvar	500 kvar	300 kvar
1600 kVA	800 kya	800 kvar	800 kyar	500 kwa	300 kvar
2000 kVA	1000 kvar	1000 kvar	800 kvar	600 kvar	300kvar
2500 kVA	1500 kvar	1200 kvar	1000 kvar	8000 kvar	500 kvar
*Wannan Teburi don zaɓin zaɓi ne kawai, da fatan za a tuntuɓe mu don takamaiman zaɓi

Ƙa'idar Aiki

Ka'idar SVG tayi kama da na Active Harmonic Filter, Lokacin da nauyin ke haifar da inductive ko capacitive halin yanzu, yana sa ɗaukar nauyi a halin yanzu ko yana jagorantar wutar lantarki.SVG yana gano bambance-bambancen kusurwar lokaci kuma yana haifar da jagora ko raguwar halin yanzu cikin grid, yana mai da kusurwar lokaci na yanzu kusan iri ɗaya da na ƙarfin lantarki a gefen mai canzawa, wanda ke nufin mahimmancin ƙarfin wutar lantarki shine naúrar.YIY-SVG kuma yana iya gyara rashin daidaituwar kaya

Ƙididdiga na Fasaha

TYPE	220V Series	400V Series	500V Series	690V Series
Ƙididdigar diyya iya aiki	5kwa	10KVar15KVar/35KVar/50KVar/75KVar/100KVar	90kwa	100KVar/120KVar
Wutar lantarki mara kyau	AC220V(-20% ~+15%)	AC400V(-40% ~+15%)	AC500V(-20% ~+15%)	AC690V(-20% ~+15%)
Ƙididdigar mita	50/60Hz± 5%
Cibiyar sadarwa	Juzu'i ɗaya	3 lokaci 3 waya/3 lokaci 4 waya
Lokacin amsawa	<10ms
Reactive iko adadin diyya	>95%
Ingantacciyar injin	> 97%
Mitar sauyawa	32kHz	16 kHz	12.8 kHz	12.8 kHz
Aiki	Reactive ikon diyya
Lambobi a layi daya	Babu iyakancewa. Za a iya sanye take da tsarin saka idanu guda ɗaya tare da na'urorin wutar lantarki har zuwa 8
Hanyoyin sadarwa	Sadarwar sadarwa ta RS485 mai tashoshi biyu (tallafi GPRS/WIFI sadarwar mara waya)
Altitude ba tare da derating ba	<2000m
Zazzabi	20 ~ + 50 ℃
Danshi	<90% RH,Matsakaicin matsakaicin matsakaicin kowane wata shine 25°C ba tare da tari akan saman ba
Matsayin gurɓatawa	Kasa da matakin I
Ayyukan kariya	Kariyar overload, Hardware kan-na yanzu kariya, over-voltage kariya, ikon grid ƙarfin lantarki kariya ikon gazawar kariya, over-zazzabi kariya, mita anomaly kariya, short kewaye kariya, da dai sauransu
Surutu	<50dB	<60dB	<65dB
kafawa	An saka RackWall
A cikin hanyar layi	Shigar baya (nau'in tara), shigarwar sama (nau'in bangon bango)
Matsayin kariya	IP20