I-B690T Series Synchronous/Asynchronous High-Performance Vector Inverter
| Iiparameter eziphambili zobugcisa | |
| I-voltage yegridi | I-200~240 VAC enamanqanaba amathathu, uluhlu lokuguquguquka oluvumelekileyo: -15%~+10% (170~264VAC) I-380~460 VAC enamanqanaba amathathu, uluhlu lokuguquguquka oluvumelekileyo: -15%~+10% (323~506VAC) |
| i-frequency ephezulu | Ulawulo lweVektha: 0.00~500.00Hz |
| imvamisa yomthwali | I-frequency yenkampani inokulungiswa ngokuzenzekelayo ngokweempawu zomthwalo ukusuka kwi-0.8kHz ukuya kwi-8kHz |
| Umyalelo wefrikhwensi | Useto lwedijithali: 0.01Hz |
| indlela yokulawula | Ulawulo lwevektha yeluphu evulekileyo (i-SVC) |
| i-torque yokutsala | 0.25 Hz/150%(SVC) |
| Uluhlu lwesantya | 1:200(SVC) |
| Ukuchaneka kwesantya esizinzileyo | ±0.5%(SVC) |
| Ukuchaneka kokulawula i-torque | I-SVC: ngaphezulu kwe-5Hz±5% |
| Ukwanda kwe-torque | Ukunyuka kwe-torque ngokuzenzekelayo, ukunyuka kwe-torque ngesandla yi-0.1% ~ 30.0% |
| Ukukhawulezisa kunye nokuhla kwesantya | Imo yokukhawulezisa kunye nokuthomalalisa isantya emgceni okanye egopheni le-S; iintlobo ezine zexesha lokukhawulezisa kunye nokuthomalalisa isantya, uluhlu lwexesha lokukhawulezisa kunye nokuthomalalisa isantya yi-0.0 ~ 6500.0s |
| Ukuqhoboshelwa kwenaliti ye-DC | Isantya sokuqala sokubhuleka se-DC: 0.00Hz ~ isantya esiphezulu sokubhuleka; ixesha lokubhuleka: 0.0s ~ 36.0s; ixabiso langoku lesenzo sokubhuleka: 0.0% ~ 100.0% |
| ulawulo lwe-elektroniki | Uluhlu lweefrikhwensi zentshukumo yenqaku: 0.00Hz~50.00Hz; ukukhawulezisa intshukumo yenqaku kunye nexesha lokucothisa: 0.0s~6500.0s |
| I-PLC elula, ukusebenza ngesantya esininzi | Kufikelela kwiinxalenye ezili-16 zokusebenza ngesantya esinokufikelelwa nge-PLC eyakhelwe ngaphakathi okanye kwisiphelo solawulo. |
| i-PID eyakhelwe ngaphakathi | Kulula ukuqonda inkqubo yolawulo lwenkqubo oluvaliweyo |
| Ulawulo lwe-voltage oluzenzekelayo (i-AVR) | Xa i-voltage yegridi itshintsha, inokugcina ngokuzenzekelayo i-voltage ephumayo rhoqo |
| Ulawulo lwezinga lombane ogqithisileyo kunye nokulahleka okugqithisileyo | Ukuthintelwa kwamandla ombane kunye nombane ngokuzenzekelayo ngexesha lokusebenza ukuthintela iimpazamo eziqhubekayo zombane kunye nombane ogqithisileyo |
| Umsebenzi wokukhawulela okhawulezayo wangoku | Nciphisa impazamo ye-overcurrent kwaye ukhusele ukusebenza okuqhelekileyo kwe-inverter |
| Ukuncitshiswa kweTorque kunye nolawulo | Umsebenzi "wokumba" uthintela ngokuzenzekelayo i-torque ngexesha lokusebenza ukuthintela iimpazamo eziphindaphindayo zombane: imo yolawulo lwevektha inokufikelela kulawulo lwe-torque |
| Yindawo yokuma rhoqo uhambe | Kwimeko yokungasebenzi kombane ngoko nangoko, impendulo yamandla evela kumthwalo ihlawula ukuhla kwevolthi kwaye igcina i-inverter isebenza ixesha elifutshane. |
| Ulawulo lokuhamba ngokukhawuleza | Ziphephe iimpazamo eziphindaphindayo kwi-frequency converter |
| I-l0 ebonakalayo | Iiseti ezintlanu ze-DIDO ebonakalayo zinokulawula i-logic elula |
| ulawulo lwexesha | Umsebenzi wolawulo lwexesha: seta uluhlu lwexesha 0.0min ~ 6500.0min |
| Ukutshintsha iimoto ezininzi | Iiseti ezimbini zeeparamitha zeemoto zinokuqonda ulawulo lokutshintsha kweemoto ezimbini |
| Inkxaso yebhasi enemisonto emininzi | Xhasa i-fieldbus: iModbus |
| Isoftware enamandla yangasemva | Xhasa ukusebenza kweparameter ye-inverter kunye nomsebenzi we-oscilloscope ebonakalayo; ngokusebenzisa i-oscilloscope ebonakalayo inokufezekisa ukujonga imeko yangaphakathi ye-inverter. |
Bhala umyalezo wakho apha uze uwuthumele kuthi
