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I-MaxWell Medium-voltage Variable Frequency Drive, 3.3~10kV

I-Medium Voltage Drive

I-MaxWell Medium-voltage Variable Frequency Drive, 3.3~10kV

Uchungechunge lwe-XICHI luka-MAXWELL H olushintshashintshayo lwe-Varable Frequency Drives lungamathuluzi ahlukahlukene asetshenziselwa ukuthuthukisa ukusebenza kwemoto, ukuthuthukisa ukusebenza kahle kwamandla, nokuhlinzeka ngokulawula okucushwe kahle ezinhlelweni eziningi ezahlukene.


Amabanga kagesi wokufaka: 3.3kV ~ 11kV

Ibanga lamandla: 185kW ~ 10000kW.


Kufakwe isicelo sezinhlelo zokusebenza eziningi zezimboni:

Ngemithwalo evamile, njengamaphampu, abalandeli, ama-compressor, amabhande okuthutha;

Ngemithwalo ekhethekile, njengama-compactors, ama-crusher, ama-extruder, ama-mixers, izigayo, ama-kilns, njll.

    • Izici

    • 1. Faka ama-harmonics amanje
      Ukulungiswa kwe-Multi-pulse kusetshenziswa ubuchwepheshe be-transformer phase shift, ama-pulses angu-30 ezinhlelo ze-6kv kanye nama-pulses angu-48 kumasistimu angu-10kv.
      Ihlangabezana ne-IEEE519-2014 ejwayelekile.
      Okokufaka akuhlungi.

      2. Isici samandla okokufaka
      Ubuchwepheshe bokushintsha kwesigaba se-transformer okokufaka obuhlanganiswe namamojula we-cascade bunikeza amandla asebenzayo adingwa injini enesici samandla okufakwayo esingafika ku-0.96. Ngemuva kokuthi injini idlule ku-inverter ephezulu yamandla, akukho mishini yesinxephezelo samandla asebenzayo edingekayo.

      3. I-waveform ye-voltage ephumayo
      Ubuchwepheshe be-module-cascaded, inverter ye-H-bridge, ukuphuma kwemojula kubekwe phezulu ukuze kwakhiwe i-multilevel, ikhipha i-sine wave ephelele ukuze kuqinisekiswe ukusebenza kwemoto kusesimweni esingcono. Iyakwazi ukuzivumelanisa nezimo ezintsha nezindala.

      4. Ukusebenza kahle sekukonke
      Ukusebenza kahle kufika ku-97%, idizayini kagesi engcono kakhulu yeziguquli ezishintshayo ukuze kuncishiswe ukulahlekelwa, futhi i-IGBT isebenzisa uhlobo lwamazwe ngamazwe lwesigaba sokuqala.

      5. Ukuvumelana nezimo zegridi
      Ibanga lokushintshashintsha kwamandla okukhiphayo -15%-+15%, ukuguquguquka kwemvamisa -10%-+10%. Ngaphakathi kwebanga lokuguquguquka iqinisekisa i-voltage elinganiselwe ngokuphumayo ngokulawulwa komjovo we-harmonic okukhiphayo. Ingasebenza nge-voltage encane -45%. Uma igridi iphelelwa amandla okwesikhashana, isiguquli se-voltage ephezulu sizofaka umsebenzi ongami wokulahlekelwa kwamandla wesikhashana ukuze kugcinwe injini isebenza, futhi uma igridi itholwa ngaphambi kokuthi isitoreji samandla sesistimu siphele, isistimu izoqhubeka nokusebenza.

      6. Ukuvikelwa kombani
      Okokufaka kwamapayipi amakhulu, okukhiphayo, okokufaka kwamandla okulawula kanye namasignali okuxhumana avikelekile ekumbanini.

      7. Umklamo we-modular
      Isistimu yokulawula, isistimu kagesi, imojula yamandla, isistimu yabalandeli kanye neyunithi yokuthungatha isebenzisa ukwakheka kwemodular, ithembeke kakhulu, kulula ukuyinakekela futhi kulula ukuyisebenzisa.

      8. Zonke-in-one design
      I-10KV 1-2MW, idizayini eyodwa yosayizi wesakhiwo esigabeni samandla, 10KV 1-2.25MW, 10KV 200KW-1 MW kanye ne-6KV 185KW-0.8MW. Kuncane ngosayizi nokonga isikhala.

      9. I-voltage ephansi yokuqalisa umsebenzi othambile
      I-transformer yesigaba eshintshashintshayo ishintshelwa kugridi ohlangothini lwamandla kagesi aphezulu ngemva kokuba i-transformer isikhiphe i-voltage evamile ngokusebenzisa isiqalo esithambile se-voltage ephansi. Isiqalo esithambile siqinisekisa ukuthi isiguquli esishintshayo sesigaba sishintshelwa kugridi ngaphandle kokungena kwe-inrush current.

      10. Amandla okulawula
      Ukunikezwa kwamandla kwesistimu yokulawula kusebenzisa idizayini eyimojula kanye nokuphakelwa kwamandla kagesi okumbaxambili, okusuka ku-voltage ephansi kanye noyedwa ovela ku-voltage ephezulu. I-core memory chip ngaphakathi kwesistimu yokulawula inikwe amandla yi-super capacitor ukuze kuqinisekiswe ukusebenza kokugcinwa kwedatha lapho isistimu yehliswa amandla.

      11. Izinketho zokulawula izimoto eziningi
      Ngokuya ngokusetshenziswa kwezimoto, isilawuli se-VF, isilawuli se-vector kanye nokulawulwa kwe-torque eqondile (DTC) kuyatholakala ukuze kuhambisane nemithwalo yezimoto ehlukahlukene.

      12. Ukuvikelwa kwamaphutha
      Ukuvikelwa kwe-motor overcurrent, ukuvikelwa kokulayishwa okuphumayo, ukuvikelwa kokufakwayo ngokweqile nokuvikelwa kwe-overcurrent, ukuvikelwa kwe-transformer eshintshashintshayo kwesigaba, ukuvikelwa kwephutha lokuxhumana, iphutha leyunithi yamandla, ukuvikelwa kwesekethe emfushane okukhiphayo, ukuvikela okudlulele kwe-IGBT, ukuvikela okuvulekile kwesango lokusebenza, njll.

      13. Izixhumanisi zabasebenzisi ezicebile
      Inokuxhumana kwe-RS485, okokufaka kwe-analogue, okuphumayo kwe-analogue, okokufaka kwedijithali, okuphumayo kwedijithali, okokufaka kwe-encoder, ukulawula amandla,
      ukuphuma kwamandla, ukulawula nokutholwa kwe-voltage ye-circuit breaker, isitobhi esiphuthumayo, njll. ukuhlangabezana nezinhlelo eziningi ezahlukene.

      14. Amandlaimojulaumklamo
      Idizayini yepayipi elizimele, evumelana nezimo ezihlukahlukene zokusebenza zezimboni. Amasiginali okulawula i-fiber optic engenaziphazamiso. Ukulawulwa kwemojuli kusebenzisa ukulawula kwedijithali kwe-DSP.

      15. Uhlelo lokulawula oluyinhloko
      Isakhiwo se-DSP+FPGA sisetshenziselwa ukuqedela ama-algorithms emoto, ukulawula okunengqondo, ukuphatha amaphutha, ukulawulwa kwe-SVPWM, ukuxhumana, ukucubungula amasignali neminye imisebenzi ukwenza ukulawula kwezimoto ngokunembayo, ngokushesha nangokuthembekile.

      16. Ubuchwepheshe bokushintsha obungaphazanyiswa
      I-High-voltage frequency converter ingafinyelela i-synchronous motor noma i-asynchronous motor isiqalo esithambile, nge-motor eqala ukusuka ku-0HZ futhi kancane kancane igijime ukuya kufrikhwensi yegridi engu-50HZ. Khona-ke injini iyashintsha isuka esimweni sokuguqula imvamisa iye kugridi yefrikhwensi yezimboni, nenqubo yokushintsha ibushelelezi futhi awukho umthelela wamanje kumotho ukuze kuqinisekiswe ukusebenza okuphephile kwenjini.

      17. Ukugcinwa okulula
      Ngomklamo we-modular, ingxenye ngayinye iyimojula ehlukile, futhi idinga kuphela ukuphatha imojuli ehambisanayo ngesikhathi sokulungiswa, okuvumela isikrini sothuli sokungenisa umoya sishintshwe noma sihlanzwe ngaphansi kokusebenza okuvamile.

      18. Ivumelana nezimo kakhulu endaweni ezungezile
      Isigaba sokuvikela IP30; ukungcola isigaba II. Ihlangabezana nokuqalisa ngo -15℃ futhi ingasebenza ezingeni lokushisa eliphezulu elingu-55℃;
      Ukushisa kwesitoreji nokuthutha -40 ℃ kuya +70 ℃;
      Umshini ophelele udlula isivivinyo sezokuthutha emgwaqeni se-Class III;
      Imojula yamandla, isistimu yokulawula, iyunithi yokubona, isistimu kagesi namanye amamojula aphumelele ukuhlolwa kokuwa kwe-0.6m nokuhlolwa kokudlidliza.
    • Amapharamitha ayisisekelo

    • Okokufaka Amandla

      I-voltage yokufaka

      Isigaba se-Voltage 6KV noma i-10KV, amandla akalwe okukhiphayo ayaphuma lapho uhla lokuguquguquka kwamandla kagesi lungaphakathi -10%~+10%.

      Amandla okukhiphayo ancishisiwe ngaphakathi -45%~-10%.

      Imvamisa yokokufaka

      50Hz, uhla lokuguquguquka kwemvamisa -10%~+10%

      Okokufaka kwe-harmonic yamanje

      I-THDI≤4%, ihlangabezana nezinga lamazwe ngamazwe le-IEEE 519-2014 kanye nezinga lekhwalithi yamandla elisezingeni likazwelonke le-GB/T 14549-93

      Isici samandla okokufaka

      Kufika ku-0.96

      Okukhipha amandla

      Ibanga le-voltage yokuphumayo

      0~6KV noma 0~10KV

      Imvamisa yokuphumayo

      0-120Hz

      Ukusebenza kahle kwesistimu

      Kufika ku-97%

      Ukulayisha ngokweqile

      Sebenza isikhathi eside ngomthwalo ongaphansi kuka-105%, futhi ukuvikela isikhathi esiphambene kuvumela ngaphakathi kuka-110% ~ 160%.

      Okukhiphayo i-harmonic yamanje

      I-THDI≤4%, ihlangabezana nezinga lamazwe ngamazwe le-IEEE 519-2014 kanye nezinga lekhwalithi yamandla elisezingeni likazwelonke le-GB/T 14549-93

      Imodi yokulawula

      Imodi yokulawula

      I-V/F, isilawuli se-VC ngaphandle kwenzwa yesivinini, isilawuli se-VC esinenzwa yesivinini

      Isikhathi sokusheshisa/sokwehlisa

      0.1-3600S

      Ukulungiswa kwemvamisa

      Isilungiselelo sedijithali 0.01Hz, isilungiselelo se-analogue 0.1 x setha imvamisa ephezulu

      Ukunemba kwemvamisa

      Ukulungiselelwa kwedijithali ±0.01% ubuningi. imvamisa, ukulungiselelwa kwe-analogue ±0.2% x ukusetha okuphezulu. imvamisa

      Ukulungiswa kwesivinini

      Isilungiselelo sedijithali 0.01Hz, isilungiselelo se-analogue 0.1 x setha imvamisa ephezulu

      Ukunemba kwesivinini

      ±0.5%

      Ukushintshashintsha kwesivinini

      ±0.3%

      I-torque yokuqala

      Okukhulu kuno-120%

      Ukubhuleka okujabulisayo

      Isikhathi sokubhuleka 0-600S, imvamisa yokuqala 0-50Hz, i-braking current 0-100% yamanje elinganiselwe

      I-DC braking

      Isikhathi sokubhuleka 1-600S, imvamisa yokuqala 0-30Hz, i-braking current 0-150% yamanje elinganiselwe

      Ukulawulwa kwamandla kagesi okuzenzakalelayo

      Uma i-voltage yokufaka ihluka phakathi -10% kuya ku-10%, i-voltage ephumayo ingagcinwa injalo ngokuzenzakalelayo futhi i-voltage elinganiselwe yokuphumayo ishintshashintsha ngokungekho ngaphezu kuka-±3%.

      Imingcele yomshini

      Indlela yokupholisa

      Ukupholisa umoya

      Isigaba sokuvikela

      IP30

      Isigaba se-insulation sama-transformer ashintshayo

      Ikilasi H (180℃)

      Imodi yokusebenza yendawo

      Isikrini sokuthinta

      Ukunikezwa kwamandla okusizayo

      ≥20 kVA

      Ukuvumelana nezimo zemvelo

      Izinga lokushisa elizungezile lokusebenza

      0~+40℃

      Ingaqala ngokuqondile ku--15°C, futhi umthamo wehla ukusetshenziswa ku-40°C kuya ku-55°

      Izinga lokushisa elizungezile lesitoreji

      -40℃~+70℃

      Izinga lokushisa lezokuthutha elizungezile

      -40℃~+70℃

      Umswakama ohlobene

      5% -95%RH akukho ukufingqa

      Ukuphakama

      ngaphansi kuka-2000m

      Indawo yokufaka

      Ngasendlini

      Izinga lokungcola

      Izinga lesi-3 lokungcolisa kanye nezingcolisi ezihamba ngezikhathi ezithile zivunyelwe

      Isixhumi esibonakalayo somsebenzisi

      Okokufaka kwe-analogue

      3

      Ukukhishwa kwe-analogue

      2

      Isixhumi esibonakalayo sokuxhumana

      2

      Ukulawula i-high voltage circuit breaker

      1

      Ikhodi plate plate

      1

      Uhlobo lokudlulisa okukhiphayo okomile koxhumana naye

      6

      I-Transistorised dry contact output

      4

      Okokufaka kwetheminali enemisebenzi eminingi

      8

      Isixhumi esibonakalayo sokuphakelwa kwamandla

      380V AC


    • Imininingwane Yemodeli

    • I-MaxWell 6kVuchungechunge

      Amamodeli

      Amandla Ezimoto

      (kW)

      Ikalwe okukhiphayo okwamanje

      (A)

      Isisindo

      (kg)

      Ubukhulu

      (mm)

      I-MaxWell-H0185-06

      185

      23

      2030

      1850*1770*2350

      I-MaxWell-H0200-06

      200

      25

      2049

      I-MaxWell-H0220-06

      220

      27

      2073

      I-MaxWell-H0250-06

      250

      31

      2109

      I-MaxWell-H0280-06

      280

      34

      2145

      I-MaxWell-H0315-06

      315

      38

      2187

      I-MaxWell-H0355-06

      355

      43

      2236

      I-MaxWell-H0400-06

      400

      48

      2363

      I-MaxWell-H0450-06

      450

      54

      2385

      I-MaxWell-H0500-06

      500

      60

      2410

      I-MaxWell-H0560-06

      560

      67

      2479

      I-MaxWell-H0630-06

      630

      75

      2609

      I-MaxWell-H0710-06

      710

      85

      2664

      I-MaxWell-H0800-06

      800

      94

      2773

      I-MaxWell-H0900-06

      900

      106

      2894

      I-MaxWell-H1000-06

      1000

      117

      3060

      I-MaxWell-H1120-06

      1120

      131

      3268

      I-MaxWell-H1250-06

      1250

      144

      3502

      I-MaxWell-H1400-06

      1400

      161

      3577


      Uchungechunge lwe-MaxWell 10kV

      Amamodeli

      Amandla Ezimoto

      (kW)

      Ikalwe okukhiphayo okwamanje

      (A)

      Isisindo

      (kg)

      Ubukhulu

      (mm)

      I-MaxWell-H0220-10

      220

      17

      2163

      1850*1770*2350

      I-MaxWell-H0250-10

      250

      19

      2202

      I-MaxWell-H0280-10

      280

      21

      2241

      I-MaxWell-H0315-10

      315

      24

      2286

      I-MaxWell-H0355-10

      355

      26

      2338

      I-MaxWell-H0400-10

      400

      29

      2475

      I-MaxWell-H0450-10

      450

      33

      2505

      I-MaxWell-H0500-10

      500

      36

      2526

      I-MaxWell-H0560-10

      560

      40

      2600

      I-MaxWell-H0630-10

      630

      45

      2740

      I-MaxWell-H0710-10

      710

      51

      2799

      I-MaxWell-H0800-10

      800

      56

      2916

      I-MaxWell-H0900-10

      900

      63

      3046

      I-MaxWell-H1000-10

      1000

      70

      3225

      I-MaxWell-H1120-10

      1120

      79

      3848

      I-MaxWell-H1250-10

      1250

      87

      4100

      2625*1895*2470

      I-MaxWell-H1400-10

      1400

      97

      4180

      I-MaxWell-H1600-10

      1600

      110

      4610

      I-MaxWell-H1800-10

      1800

      124

      4990

      I-MaxWell-H2000-10

      2000

      138

      5180

      I-MaxWell-H2250-10

      2250

      154

      5573


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