I-B690t Series Synchronous / Asynchronous ephezulu ye-vector
| Iiparamitha eziphambili | |
| I-voltage ye-grid | Inqanaba lesithathu 200 ~ 240 god, ligodukile: -15% ~ + 10% (170 ~ 264VC) Inqanaba lesithathu lama-380 ~ gon, ugonyo oluvumelekileyo: -15% ~ + 10% (323 ~ 506vac) |
| I-Maximal Right | Ulawulo lweVector: 0.00 ~ 500.00hz |
| I-Carrier Riper | I-CREAR CRAROCHECARED inokulungiswa ngokuzenzekelayo ngokomthwalo weempawu ezivela kwi-0.8KHZ ukuya kwi-8khz |
| Umyalelo we-Rostquency | Ukuseta kwedijithali: 0.01hz |
| indlela yokulawula | Vula i-vector ye-vector ye-LOP (SVC) |
| tsala itota | I-0.25 HZ / i-150% (i-SVC) |
| Uluhlu lwesantya | I-1: 200 (i-SVC) |
| Ukuchaneka kwekhawulezi | ±I-0.5% (SVC) |
| Ukuchaneka kweTorque | I-SVC: ngaphezulu kwe-5hz±5% |
| Ukunyuka kweTorque | Ukunyuka kweTorque ngokuzenzekelayo, ukunyusa i-truce i-0.1% ~ 30.0% |
| Ukukhawulezisa kunye ne-curves | Umgca okanye i-s-curve yokukhawulezisa kunye nemodi yenkohliso; Iintlobo ezine zokukhawulezisa ixesha lokukhawulezisa, ixesha lokukhawulezisa ixesha lokukhawulezisa kunye nexesha lokukhohlisa 0.0 ~ 6500.0s |
| I-DC inaliti braking | I-DC Braking uqala ukuqalisa i-frequency: 0.00hz ~ indandrance ephezulu; Ixesha lokuqhawula: 0.0s ~ 36.0s; I-Braking Action Ixabiso langoku: 0.0% 100.0% |
| Ulawulo lwe-elektroniki | Uluhlu lwe-Point Read Requency: 0.00hz ~ 50.00hz; I-Action ye-Point Motion kunye nexesha lokukhohlisa: I-0.0s ~ 6500.0s |
| I-plc elula, yokusebenza ngokukhawuleza | Ukuya kuthi ga kwicandelo le-16 lokusebenza ngesantya kunokufezekiswa nge-PLC eyakhiweyo okanye i-terminal yolawulo |
| Yakhelwe-kwiPid | Kulula ukufezekisa inkqubo yokulawulwa kwe-loop evaliweyo yolawulo lwenkqubo |
| Ummiselo we-voltageng ezenzekelayo (AVR) | Xa i-voltage voltage itshintsha, inokugcina ngokuzenzekelayo i-voltage yemveliso engapheliyo |
| I-Overvollic kunye noLawulo lweRhafu ye-Overloss | Ukusinga ngokuzenzekelayo kunye nokusebenza kwe-voltaged ngexesha lokusebenza ukuthintela iimpazamo ezingaphezulu kunye ne-overvoltric |
| Umsebenzi ngokukhawuleza | Nciphisa intlawulo egqithisileyo kwaye ukhusele ukusebenza okuqhelekileyo kwe-inverter |
| Ukusikwa kweTorque kunye noLawulo | "I-ExCantator" ibonisa ngokuzenzekelayo imida ye-torque ngexesha lokunyuka kweempazamo eziqhubekayo: Imowudi yolawulo lweVector inokufumana ulawulo lweTorque |
| Yinto eqhubekayo kwaye uhambe | Kwimeko yokusilela kwamandla emotweni, ingxelo yamandla evela kumthwalo ohlawula i-voltage ihla kwaye igcina i-inverter esebenza ixesha elifutshane |
| Ulawulo olukhawulezayo | Kuphephe iimpazamo eziqhubekayo kwi-frecurity kwi-frequency yoguquli |
| I-l0 ye-l0 | Iiseti ezintlanu ze-velos veno zinokufumana ulawulo olulula lwelogic |
| Ulawulo lwexesha | Umsebenzi woLawulo lweXesha: Setha ixesha le-0.0min ~ 6500.0min |
| Ukutshintshwa kwezithuthi ezininzi | Iiseti ezimbini zeeparamitha zemoto zinokuqonda ulawulo lokutshintsha kweemotors ezimbini |
| Inkxaso yebhasi yeZizwe ezininzi | Xhasa i-filbus: iModbus |
| Isoftware enamandla | Xhasa umsebenzi we-inverter parter nge-Osciallop ye-Oscial Oscial inokuqaphela ukubeka iliso kwi-inverter |
Bhala umyalezo apha kwaye uthumele kuthi
