I-B690T Series Synchronous/Asynchronous High-Performance Vector Inverter
| Amapharamitha obuchwepheshe ayinhloko | |
| I-voltage yegridi | I-VAC engu-200~240 enezigaba ezintathu, ububanzi bokuguquguquka obuvumelekile: -15%~+10% (170~264VAC) I-VAC yesigaba esithathu engu-380~460, ububanzi bokuguquguquka obuvumelekile: -15%~+10% (323~506VAC) |
| imvamisa ephezulu | Ukulawula i-Vector: 0.00~500.00Hz |
| imvamisa yenkampani yenethiwekhi | Imvamisa yenkampani yokuthwala ingalungiswa ngokuzenzakalelayo ngokuya ngezici zomthwalo kusukela ku-0.8kHz kuya ku-8kHz |
| Umyalo wemvamisa | Izilungiselelo zedijithali: 0.01Hz |
| indlela yokulawula | Ukulawula i-vector ye-loop evulekile (i-SVC) |
| i-torque yokudonsa | 0.25 Hz/150%(SVC) |
| Ibanga lesivinini | 1:200(SVC) |
| Ukunemba kwesivinini okuzinzile | ±0.5% (i-SVC) |
| Ukunemba kokulawula i-torque | I-SVC: ngaphezu kwe-5Hz±5% |
| Ukwanda kwe-torque | Ukwanda kwe-torque okuzenzakalelayo, ukwanda kwe-torque ngesandla ngu-0.1% ~ 30.0% |
| Ukusheshisa kanye namajika okunciphisa ijubane | Imodi yokusheshisa nokwehlisa ijubane eqondile noma ejikayo le-S; izinhlobo ezine zesikhathi sokusheshisa nokwehlisa ijubane, ububanzi besikhathi sokusheshisa nokwehlisa ijubane 0.0 ~ 6500.0s |
| Ukubhuleka komjovo we-DC | Imvamisa yokuqala ukubhuleka kwe-DC: 0.00Hz ~ imvamisa ephezulu; isikhathi sokubhuleka: 0.0s ~ 36.0s; inani lamanje lesenzo sokubhuleka: 0.0% ~ 100.0% |
| ukulawula ngogesi | Ububanzi bemvamisa yokunyakaza kwephuzu: 0.00Hz~50.00Hz; ukusheshisa ukunyakaza kwephuzu kanye nesikhathi sokunciphisa ijubane: 0.0s~6500.0s |
| I-PLC elula, ukusebenza ngesivinini esiningi | Kungafinyelelwa izingxenye zokusebenza kwesivinini ezingafika kwezingu-16 nge-PLC eyakhelwe ngaphakathi noma i-terminal yokulawula. |
| i-PID eyakhelwe ngaphakathi | Kulula ukubona uhlelo lokulawula inqubo oluvaliwe |
| Ukulawulwa kwamandla kagesi okuzenzakalelayo (i-AVR) | Uma i-voltage yegridi ishintsha, ingagcina ngokuzenzakalelayo i-voltage ephumayo engaguquki |
| Ukulawulwa kwe-overvoltage kanye nezinga lokulahlekelwa ngokweqile | Ukukhawulelwa kwamandla kagesi kanye ne-voltage okuzenzakalelayo ngesikhathi sokusebenza ukuvimbela amaphutha amaningi okusebenzisa amandla kagesi kanye ne-overvoltage |
| Umsebenzi wokukhawulela wamanje osheshayo | Nciphisa iphutha elingaphezu kwamandla kagesi futhi uvikele ukusebenza okuvamile kwe-inverter |
| Ukulinganiselwa kanye nokulawula i-torque | Isici "somgubhi" sikhawulela ngokuzenzakalelayo i-torque ngesikhathi sokusebenza ukuze kuvinjelwe amaphutha amaningi okusebenzisa ugesi ngokweqile: imodi yokulawula i-vector ingafinyelela ukulawula i-torque |
| Kuyima njalo bese uhamba | Uma kwenzeka ukwehluleka kwamandla ngokushesha, impendulo yamandla evela emthwalweni ikhokhela ukwehla kwamandla kagesi futhi igcina i-inverter isebenza isikhathi esifushane. |
| Ukulawula ukugeleza okusheshayo | Gwema amaphutha aphindaphindekayo ku-frequency converter |
| I-l0 ebonakalayo | Amasethi amahlanu e-DIDO ebonakalayo angafeza ukulawula okulula kwe-logic |
| ukulawula isikhathi | Umsebenzi wokulawula isikhathi: setha ububanzi besikhathi 0.0min ~ 6500.0min |
| Ukushintshana kwezimoto eziningi | Amasethi amabili emingcele yemoto angabona ukulawula kokushintsha kwamamota amabili |
| Usekelo lwebhasi olunemicu eminingi | Sekela i-fieldbus: I-Modbus |
| Isofthiwe yangemuva enamandla | Sekela ukusebenza kwepharamitha ye-inverter kanye nomsebenzi we-oscilloscope ebonakalayo; nge-oscilloscope ebonakalayo ingaqaphela ukuqapha isimo sangaphakathi se-inverter. |
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