Schneider inverter atv31hd15n4a
Product specificationem
| Roveofproduct | Altivar | |
| ProductCompentType | Variablespeeddrive | |
| Productpecratplication | Simplex | |
| ComponentName | ATV31 | |
| Cithstyle | WithHeatsink | |
| Variant | Withdriveorderpotentiometer | |
| Emcfilter | Integrated | |
| [US] RatedsupplyVoltage | CCCLXXX ... 500v-V ... V% | |
| Supplereq | L ... 60hz-V ... V% | |
| NetworkNIBERIBERIBEREOFAFESS | 3Pases | |
| Motorpowerkw | 15kw4khz | |
| Motorpowhp | 20Hp4khz | |
| Linecurrent | 36.8aat500V | |
| 48.2AAT380v, ISC = 1KA | ||
| Apparentpower | 32kVa | |
| Prosppectiveiscisc | 1Ka | |
| Nominaloutputcurrent | 33a4khz | |
| Maximustransientcurrent | 49.5afor60s | |
| Powerdissipationinw | 492watnominoad | |
| Asynchronousmotorcontrolprofile | Factoryset: Constanttorque | |
| Sensorlessfluxvectorcontrolwithpwmtypemotorcontrolsignal | ||
| Analogueinputnumber | 4 | |
| Complementary | ||
| Productdestination | Asynchronousmotors | |
| Supellexvoltagelimits | CCCXXIII ... 550V | |
| Networkfrequency | 47.5 ... 63hz | |
| Outputfrequency | 0.0005 ... 0.5khz | |
| Nominalswitchingfrequency | 4khz | |
| Switchingfrequency | II ... 16khzadjustable | |
| CASTRUM | I ... L | |
| Transientoverttorque | CL ... CLXX% ofnomenMotortorque | |
| Brakingtque | <= CL% durfswithbrakingresistor | |
| C% withbrakingresistorcontinuous- | ||
| CL% SINTBRAKAKESISTORTOR | ||
| Regulationop | FrequencyPiregulator | |
Product Information
Quam servo coegi operatur?
Et opus principium de servo coegi est moderatoris solebat control a servo motricium, et ad munus est similis, ut frequency converter agens in an Ordinarius AC motricium. Est pars servo system et maxime propter summus praecisione positioning systems.
I. Quid est servo coegi et quomodo operatur?
Nosti quomodo servo coegi opus? In praesens, mainstream servo agit omnes usus digital signum processors ut imperium core, quod potest animadverto magis universa imperium algorithms et animadverto digitization, networking et intelligentia. Power cogitationes plerumque coegi circuits smart potentia modules. Et coegi circuitu est integrated in IPM et culpa deprehendatur et tutela circuits, ut overvoltage, overcrent, overheating et undervoltage. A mollis satus Circuit etiam addidit ad principalis loop.
Ut ad redigendum est auctoritas in satus-sursum processus in coegi, in potentia coegi unitas primo rectificat initus tres-phase potentia vel manet potentia per tres-phase plenus-pontem rectificat, per tres-phase plenus-pontem rectificat, ad obtinendum correspondentes directe. Post tres-phase ac aut mains rectification, a tres-phase sine fluctus PWM voltage inverter est ad eiciam a tres-tempus permanens magnes synchrono ac servo motricium. Tota processus potentiae coegi unitas potest esse simpliciter dicitur esse AC-DC-ac processum.
Cum magna-scale applicationem de servo systems, usum servo agitet, servo coegi debugging et servo coegi sustentacionem sunt omnia magna technica exitibus et industriae electrica automation for hodiernae servo agitet.
Product Features
Servo agit de ac servo Motors sunt late usus
Servo agites sunt magni momenti pars modern motus potestate et late in automation apparatu, praesertim servo agitet ad imperium ac permanens magnes Synchronous Motors facti current research calidum macula.
