Iidrive zeVolgeji eziPhakathi 3kv 6kv 10kv kwiSigaba esiThathu seMoto yoMbane yeAc

Inkcazelo emfutshane:

I-Medium voltage drive sisixhobo esiphezulu se-voltage, esilawulwa yi-DSP, kunye ne-SVPWM kunye neseli kwi-series multi-level technology ukuqinisekisa i-inverter ukuze ihambelane nemimandla yezoshishino.

Umxholo we-harmonic uncinci kakhulu.Inomgangatho ophezulu wamandla kunye nomgangatho olungileyo wemveliso ngaphandle kokucoca igalelo, isixhobo sembuyekezo yamandla kunye nesihluzo semveliso.Ukufudumeza kweMoto okubangelwa yi-harmonics kunye ne-Torque ripple, ingxolo, i-dv/dt, kunye neengxaki zombane wemowudi eqhelekileyo nazo ziyaphetshwa.Ilungele iimotor ezilinganayo kunye ne-synchronous.

Imveliso yawongwa njengeemveliso ezintsha eziphambili zesizwe ngo-2003, kwaye yayisetyenziswa ngokubanzi kulawulo lweemoto.


Iinkcukacha zeMveliso

Iithegi zeMveliso

Iimbonakalo

1.Indawo echanekileyo yempazamo kunye nomsebenzi wokurekhoda
2. Iyunithi yombane webhasi, umsebenzi wokubonisa ubushushu
3. I-voltage esebenzayo, yangoku, irekhodi yefrikhwensi inokubuza
4. Unikezelo lwamandla ombane oluphindwe kabini
5. I-winding yesibini ye-transformer isetyenziswe njengamandla okulawula ukugcina ukuqinisekisa ukhuseleko lwenkqubo ngexesha lokusebenza.
6. Iindlela ezininzi zokulawula
7. Ukhetho lolawulo lwendawo, ulawulo lwebhokisi olukude, ulawulo lwe-DCS
8. Inkxaso ye-MODBUS, i-PROFIBUS kunye nezinye iiprotocol zonxibelelwano
9. I-frequency setting inokunikwa kwindawo, unxibelelwano lunikezelwa, njl.

10. Inkxaso ye-frequency presupposition, i-acceleration kunye nomsebenzi wokunciphisa
11. Ngoxinano lwamandla aphezulu phambi koontanga
12. Umthamo weyunithi encinci, uyilo lweemodyuli
13. Umatshini wonke uphelele kwaye uthatha indawo encinci
14. Indlela yokukhusela egqibeleleyo
15. Iyunithi iqulethe iintlobo ze-7 zokukhusela, kwaye umatshini wonke usasebenza emva kokungaphumeleli.
16. Umatshini wonke uquka ukukhuselwa kwe-frequency converter kunye nokukhuselwa kwemoto.
17. Ukusebenza kolawulo oluphezulu
18. Umlawuli we-PID eyakhelwe-ngaphakathi;
19. Iyakwazi ukulungelelaniswa kwimimandla eyahlukeneyo ngokumisela ipharamitha, kwaye i-harmonics yangoku ephumayo ingaphantsi kwe-2% (ilinganiswe).

Inkcazo

Into Iyunithi Idatha
Igalelo lombane frequency, amandla ombane Inqanaba lesithathu, 50Hz ,6kV(10kV)
ukuguquguquka amandla ombane:-10% ~ +10%,ukuphindaphinda:±5%,-10% ~ -35%
Isiphumo esilinganiselweyo Imveliso yombane Inqanaba lesithathu 0--6kV(0--10kV)
Igophe Phinda-phinda i-SPWM yamaza anesine
Umthamo wokulayisha ngaphezulu 130% 1min, 150% 3s
Uphawu olusisiseko Ukuchaneka Isetingi ye-analog:0.3% yelona xabiso liphezulu lokusetha
Ukusetwa kweDijithali:0.02% elona xabiso liphezulu lokusetha
Ukusebenza kakuhle >98%,kwimeko yokukala
Amandla factor >0.95
Into yokulawula Ixesha lokukhawuleza kunye nokunciphisa 0.1 ~ 6000.0S, ukukhawuleza kunye nexesha lokunciphisa kunokusekwa ngokwahlukileyo
Uphawu lombane kunye nobuninzi Misela ijiko le-V/F
PID Iiparamitha zePID zinokusetwa ngesandla
Eminye imisebenzi Ijika le-V / F, Imbuyekezo ye-frequency ephantsi, ilinganiswe
Ukubaleka Iindlela zokusebenza ulawulo lomatshini, ulawulo olukude, ulawulo lwekhompyutha
Iimowudi zokuseta rhoqo ukuseta kwiscreen esichukumisayo, useto lwesantya senqanaba lezinto ezininzi, useto lwesiginali ye-analog (4-20 mA)
Isibonisi sesikrini sokuchukumisa I-Over-current of the motor, over-voltage of the inverter, under-voltage of inverter, over-current of the cell, over-voltage of cell, over-heat of the cell, ukungabikho kwesigaba seseli, ukungaphumeleli konxibelelwano.
Umsebenzi wokukhusela i-over-current of the motor, over-voltage of the inverter, under-voltage of the inverter, over-current of the cell, over-voltage of the cell, over-heat of the cell, ukungabikho kwesigaba seseli, ukungaphumeleli konxibelelwano.
Okusingqongileyo

I-Ambient

I-Ambient Ngaphakathi kwindlu enomoya omhle kwaye ayinarhasi edliwayo kunye nothuli oluqhubayo
Ukuphakama Ngaphantsi kwe-1000m.Kufuneka kunyuswe amandla alinganisiweyo xa umphakamo ungaphezulu kwe-1000m
Ubushushu -20~+65°C
Ukufuma 90% RH ngaphandle kokujiya kombethe
Ukungcangcazela <0.5G
Ukupholisa Ukupholisa Umoya Ngenkani

Umzekelo

 

Umzekelo

 

Inqanaba lamandla

Ubungakanani kunye nobunzima

Ububanzi(W) (mm)

Ubunzulu(D) (mm)

Ubude(H)

(mm)

Ubunzima(kg)

I-JD-BP37-250F

250 kW/6kV

2300

1500

 

1900

1320

I-JD-BP37-280F

280kW/6kV

1380

I-JD-BP37-315F

315 kW/6kV

2465

I-JD-BP37-400F

400 kW/6kV

2595

I-JD-BP37-500F

500 kW/6kV

3410

I-JD-BP37-560F

560 kW/6kV

3460

I-JD-BP37-630F

630 kW/6kV

2900

2120

3620

I-JD-BP37-710F

710 kW/6kV

3825

I-JD-BP37-800F

800kW/6kV

3945

JD-BP37-1000F

1000 kW/6kV

4500

I-JD-BP37-1100F

1100 kW/6kV

6000

I-JD-BP37-1250F

1250 kW/6kV

3300

 

1700

2420

6900

I-JD-BP37-1400F

1400 kW/6kV

7600

I-JD-BP37-1600F

1600 kW/6kV

3600

8000

I-JD-BP37-1800F

1800 kW/6kV

8400

JD-BP37-2000F

2000 kW/6kV

8700

I-JD-BP37-2250F

2250 kW/6kV

9700

JD-BP37-2500F

2500 kW/6kV

10700

I-JD-BP37-3250F

3250 kW/6kV

5800

2620

11700

JD-BP37-4000F

4000 kW/6kV

13200

JD-BP37-5000F

5000 kW/6kV

9400

15700

JD-BP37-5600F

5600 kW/6kV

17800

I-JD-BP37-6300F

6300 kW/6kV

20000

JD-BP37-7100F

7100 kW/6kV

22300

Umgaqo wokusebenza

iavcasv (2)

Ubume be-JD-BP37/38 series inverter ephezulu yombane ibandakanya i-transformer yesigaba sokutshintsha, iiseli zamandla kunye nomlawuli.

iavcasv (3)

I-6kV series inverter iqulethe iiseli ezi-5 kwisigaba ngasinye, iiseli ezili-15 zizonke.
I-10kV series inverter iqulethe iiseli ezi-8 kwisigaba ngasinye, iiseli ezingama-24 zizonke.

avcasv (4)

Izakhiwo zeeseli zamandla ziqhelekileyo.Yi-AC -DC - i-AC yesigaba esisodwa se-inverter sesekethe, i-diode yokubuyisela i-diode yesigaba esithathu esipheleleyo, i-IBBT 23inverter bridge elawulwa yiteknoloji ye-sinusoidal PWM.Iseli nganye yamandla iyafana, kulula ukuyigunyazisa, ukugcina nokwenza okushiyekileyo, ukuba kukho ukungaphumeleli, iibhulorho ezinyukayo ziya kufezekisa i-bypass kwaye imveliso ye-inverter iyancipha.

Isicelo

I-sv svd (1)
I-sv svd (2)

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