Mai daidaita wutar lantarki na SCR mara lamba
Rated Power: 3~3000KVA
Input Voltage: Customizable
Input Frequency: 50/60Hz±10%
Output Voltage: Customizable
MOQ: 1 Set/Piece
Brand: WINZPOWER
- Gabatarwar Samfuri
- Sigogin Fasaha
- Bayanan Samfuri
Gabatarwar Samfur
ZDBW/ZSBW MCU (Na’urar Sarrafa Microcontroller) mai sarrafa wutar lantarki ta SCR guda ɗaya/uku ba tare da taɓawa ba, sabon tsari ne na babban mai daidaita wutar lantarki na AC don kasuwar duniya. Fasaharsa ta asali ta fito ne daga sabunta fasahar daidaita wutar AC ta duniya.
Yadda take aiki
Wannan jerin samfuran sun dogara ne akan fasahar lantarki ta ci gaba da fasahar sarrafa ruɗani ta dijital, sun watsar da goga na carbon da tsarin injina na na’urorin daidaita wutar lantarki na yau da kullun, sun tattara fasahar ramuwa ta haɗaɗɗiyar nadi, fasahar sauya ba tare da taɓawa ba, da fasahar daidaita wutar AC ta MCU a jiki ɗaya. Lokacin da aka gano wutar da ke canzawa, MCU tana sarrafa kunnawa da kashe na’urorin wutar don canza adadin wutar ramuwa da mataki don kiyaye wutar a tsaye. Wannan jerin samfuran suna da aikin daidaita wutar lantarki mai dogaro da aikin amsawa cikin sauri (lokacin amsawa ≤20ms); suna da halaye na daidaito mai girma, babu tartsatsi, babu taɓawa, ba tare da motsi na injina ba, ba tare da kulawa ba, hana tsangwama, tsawon rai, inganci mai girma da tanadin kuzari, daidaitawa cikin sauri, daidaita matakai uku ta atomatik, da aikin gano matsala. A lokaci guda, wannan jerin samfuran suna da jinkirin lokaci, faɗakarwa/ƙarancin wutar lantarki, ayyukan kariya.
Ka’idar daidaita wutar lantarki
Dauki tasfoma mai ramuwa T1 a matsayin misali don bayyana ainihin ka’idar daidaita wutar lantarki:
Lokacin da aka kunna maɓallan haɗaɗɗiya K1 da K4, wutar na biyu na tasfoma mai ramuwa T1 tana cikin irin polarity ɗaya da wutar lantarki, kuma tana haɗawa da wutar lantarki ta hanyar ingantacciya, wanda ke ƙara wutar fitarwa Uo;
Dangantakar wutar shigar-fitarwa ita ce: Uo=Ui+△U
Alamar kore tana nuna cewa wutar tana gudana daga L zuwa N, kuma tsarin yana yin ramuwa ta hanyar haɗawa ta ingantacciya (yana ƙara wutar).
Lokacin da aka kunna maɓallan haɗaɗɗiya K2 da K3, wutar na biyu na tasfoma mai ramuwa T1 tana cikin polarity akasin wutar lantarki, kuma tana haɗawa da wutar lantarki ta hanyar juyawa, wanda ke rage wutar fitarwa Uo;
Dangantakar wutar shigar-fitarwa ita ce: Uo=Ui-△U
Alamar ja tana nuna cewa wutar tana gudana daga L zuwa N, kuma tsarin yana yin ramuwa ta hanyar juyawa (rage wutar).
Daga cikin su, ƙaruwa ko raguwar wutar fitarwa Uo ya dogara da ƙirar rabon tasfoma mai ramuwa, kuma adadin tasfoma masu ramuwa a cikin rukunin tasfoma masu ramuwa da rabon kowane tasfoma mai ramuwa an ƙaddara su bisa ga iyakar iyawar daidaita wutar mafi girma da matakin daidaita wutar mafi ƙanƙanta.
Zane na Ka’idar Sarrafawa
Zane na topology na ka’idar sarrafawa
Jerin Ma’aunin Fasaha na ZSBW Static AVR
| Ma’aunin Fasaha na Shigar Wuta | ||
| Abu | Alamomin Fasaha | Bayanin |
| Wutar da aka Ƙididdige (Vac) | Matakai Uku 200V 208V 220V 380V 400V 440V 480V (Ana iya keɓance kowane wutar) Guda ɗaya 110V 220V 230V 380V (Ana iya keɓance kowane wutar) | Matakai uku waya uku (L1, L2, L3) Ƙasa (PE). Guda ɗaya layi biyu (L, N) Ƙasa (PE). Tsarin na iya amfani da layin Neutral ko a’a. Ana iya keɓance kowace hanyar shigar layi |
| Kewayon Wutar Shigar (%) | (Wutar da aka Ƙididdige)±20%. Misali 380V±20% (Ana iya keɓance sauran kewayon shigar wutar) | Gabaɗaya, kewayon wutar shigar na iya zama ±15% 20% 30% 40% na wutar da aka ƙididdige. |
| Mitar Shigar (Hz) | Tsoho 40~79Hz | Ana iya keɓance sauran mitoci |
| Inganci | 98% | |
| Tasfoma mai warewa na fitarwa | △/Y ko Y/Y | Zaɓi |
| Ma’aunin Fasaha na Fitarwa | ||
| Yanayin Daidaita Wutar | Thyristor yana daidaita tasfoma | |
| Wutar fitarwa (Vac) | Matakai uku 380V/400V (±10% ana iya daidaitawa) Guda ɗaya 220V/230V (±10% ana iya daidaitawa) |
Hakanan ana iya keɓance sauran wutar, misali: Matakai uku 200V 220 440V 480V ko wasu. |
| Kwanciyar wutar fitarwa (daidaiton matsakaita) | ±1-5% (2-5% don samfuran yau da kullun) | |
| Lokacin Amsa Mai Ƙarfi | 20~40ms (Dangane da wutar shigar AC) | |
| Ƙaruwar THD na Fitarwa | ＜0.1% (a tsaye da mai ƙarfi) | Ba a haifar da ƙarin gurɓacewar siffar igiyar ruwa (a tsaye da mai ƙarfi) ba. Ƙaruwar THD na wutar ƙasa da 0.1% |
| Mitar Fitarwa | Daidai da mitar shigar | |
| Rashin daidaiton matakai uku | Sarrafa daidaiton wutar matakai uku ta atomatik | |
| Nau’in nauyin da ya dace | Kowane nau’in nauyi (mai juriya, mai inductive, mai capacitive) | |
| Ƙarfin ɗaukar nauyi fiye da kima | 120% 10min 140% 1min | |
| Aikin kewaya | Kewaya ta atomatik lokacin da matsala ta ciki ta faru | Kewaya da hannu zaɓi |
| Ma’aunin mai sarrafawa | ||
| Yanayin Sarrafawa | Sarrafa dijital cikakke | Ana amfani da ɓangaren analog don daidaita siginar shigar da fitarwa |
| Babban na’urar sarrafawa | Babban guntu yana amfani da STM32F4XX don sarrafawa da aunawa | Wasu samfura suna amfani da babban sarrafa ARM tare da aikin DSP |
| Dabarun sarrafawa | Rufaffen 8421 | |
| Yanayin Tuki na SCR | Mai kunna tasfoma na bugun jini a sifiri | |
| Lokacin ramuwa na wutar | 100ms | Ƙarfin nauyi 0-100% |
| Hanyoyin auna wutar da wutar lantarki | Samfurin RMS na gaskiya (aiki tare da matakai uku) | Samfurin RMS & FFT maki 256 |
| Dabarun Sarrafa Wutar & Wutar Lantarki | Sarrafa madauki biyu na PID | |
| Hanyar sadarwa | RS485/232/MODBUS-RTU Protocol | Zaɓi TCP/IP, GPRS da sauran hanyoyin sadarwa |
| Ma’aunin nuni | ||
| Kafofin nuni | Allon taɓawa na masana’antu (7″ ko 10″) | Hakanan ana iya keɓance sauran girman LCD |
| Nuna ma’aunin lantarki |
Wutar matakai uku da mitar shigar; Wutar layi na matakai uku da mitar fitarwa; Matsakaicin wutar layi na fitarwa; Factor na wutar fitarwa; Wutar matakai uku na fitarwa; Ƙarfin aiki na fitarwa da ƙarfin bayyananne; |
|
| Nuna bayanin faɗakarwa | Wutar shigar fiye da kima (OV), wutar lantarki fiye da kima (OC); wutar shigar ƙasa da kima (UV); Rashin aikin fuse; Nauyi fiye da kima; Matsalar jerin mataki; da sauran bayanan matsala | |
| Daidaiton nuni | Daidaiton shine Class 0.5s | |
| Ƙudurin nuni na wutar | 0.1V | |
| Ƙudurin nuni na wutar lantarki | 0.1A | |
| Kariya | ||
| Jerin Kariya | Wutar shigar fiye da kima (OV), wutar lantarki fiye da kima (OC); wutar shigar ƙasa da kima (UV); Rashin aikin IGBT; zafi fiye da kima na mai sanyaya; zafi fiye da kima na tasfoma; da Gajeren Kewayawa. | |
| Aikin Kariya | Yanke fitarwa da faɗakarwa; Kewaya ta atomatik; Fara ta atomatik bayan dawo da matsala | Ana iya saita lambobin bushe na matsala (NC&NO) |
| Yanayi | ||
| Zazzabin Aiki (℃) | -35℃+55℃ | Yanayin zazzabi mai tsauri yana buƙatar keɓancewa na musamman ko rage daraja |
| Danshi Mai Dangantaka (RH) | 10%-90%(20℃±5℃) | |
| Tsayi | ＜2000m | Ga kowane ƙaruwar tsayi na 1000m, ya kamata a rage darajar da 10%. |
| Matsayin IP | IP20 | Ana iya keɓance sauran Matsayin IP kamar IP33 na waje |
| Sauran buƙatu na musamman ana iya sadarwa da winzele | ||
Jerin ZSBW Static AVR Samfura & Samfura
1. Jerin Samfura na Matakai Uku
| Nau’in |
Ƙarfi (kVA) |
Wutar Lantarki (A) |
Girma W×D×H(mm) |
| ZSBW-20KVA | 20 | 30 | 350*600*750 (Ƙafafun Guduma Mai Kulle) |
| ZSBW-30KVA | 30 | 45.6 | |
| ZSBW-50KVA | 50 | 76 | 390*650*870mm (Ƙafafun Guduma Mai Kulle) |
| ZSBW-80KVA | 80 | 121.6 | 460*700*1200mm |
| ZSBW-100KVA | 100 | 152 | |
| ZSBW-120KVA | 120 | 182 | |
| ZSBW-150KVA | 150 | 228 | 760*660*1600mm |
| ZSBW-180KVA | 180 | 274 | |
| ZSBW-200KVA | 200 | 304 | |
| ZSBW-250KVA | 250 | 380 | |
| ZSBW-300KVA | 300 | 456 | 1150*850*2000mm |
| ZSBW-350KVA | 350 | 532 | |
| ZSBW-400KVA | 400 | 608 | |
| ZSBW-500KVA | 500 | 760 | 1200*950*2200mm |
| ZSBW-600KVA | 600 | 912 | |
| ZSBW-800KVA | 800 | 1216 | 1500*1000*2200mm |
| ZSBW-1000KVA | 1000 | 1520 | |
| ZSBW-1200KVA | 1200 | 1824 | |
| ZSBW-1500KVA | 1500 | 2280 | 1600*1000*2200mm |
| ZSBW-2000KVA | 2000 | 3040 | 2000*1100*2200mm |
| ZSBW-2500KVA | 2500 | 3800 | |
| ZSBW-3000KVA | 3000 | 4560 | 2400*1200*2200mm |
2. Jerin Samfura na Guda ɗaya
| Nau’in |
Ƙarfi (kVA) |
Wutar Lantarki (A) |
Girma W×D×H(mm) |
| ZDBW-3KVA | 3 | 13.6 | 220*500*370mm |
| ZDBW-5KVA | 5 | 22.7 | 260*600*400mm |
| ZDBW-10KVA | 10 | 45.5 | 350*600*400mm |
| ZDBW-15KVA | 15 | 68 | |
| ZDBW-20KVA | 20 | 91 | 390*650*670mm |
| ZDBW-30KVA | 30 | 136 | |
| ZDBW-50KVA | 50 | 227 | 390*650*870mm |
| ZDBW-60KVA | 60 | 272 | |
| ZDBW-80KVA | 80 | 363 | 460*700*1200mm |
| ZDBW-100KVA | 100 | 456 |
Aikace-aikace
Lokacin da na’urorin ke aiki a yanayin wucewa, wutar haɗaɗɗiya da wutar fiye da kima da ke haifar da maɓallin sauya ba tare da taɓawa ba na iya lalata na’urar. Wannan jerin samfuran sun warware wannan matsala ta tsari, don haka sun haɓaka ƙarfin ɗaukar nauyi na wucin gadi, kuma sun ƙara dogaron aikin tsarin sosai. Nunin LCD mai sauƙi yana sauƙaƙa aikin mai amfani da bincike.
Wannan jerin samfuran galibi ana amfani da su a cibiyoyin sarrafa injina na dijital daban-daban, kayan aikin likita, injin bugawa, kayan gwajin muhalli, kayan gano lantarki, kayan sadarwa, da sauransu. Musamman ana amfani da su a yanayin samar da wutar lantarki mai tsauri kamar manyan canje-canjen wutar, canje-canjen wutar kwatsam, da sauransu.
Misalai da Hotuna
3phase-1000KVA (shigar 380V±20% Fitarwa 380V±2%)
…
Ciki (gaba&baya)
3phase-1200KVA (shigar 380V±20% Fitarwa 380V±2%)
3phase-50KVA (shigar 380V±20% Fitarwa 380V±2%)
…
Kayan aikin hoton likitanci CT filin amfani da stabilizer
Sami Farashi Cikin Sauri
Tuntuɓi ƙungiyar tallace-tallacenmu don farashi, bayanan fasaha da bayanin isarwa.
