Schneider Inverter ATV31HD15N4A
Product Specification
| Rangeofproduct | Altivar | |
| Productorcomponenttype | Variablespeeddrive | |
| Productspecificaplication | Simplemachine | |
| Componentname | ATV31 | |
| Conventus | Withheatsink | |
| Variant | Withdriveorderpotentiometer | |
| EMCfilter | Integrated | |
| [Nos] ratedsupplyvoltage | 380..500V-5...5% | |
| Supplyfrequency | 50...60Hz-5...5% | |
| Networknumberofphases | 3phases | |
| MotorpowerkW | 15KW4kHz | |
| Motorpowerhp | 20Hp4kHz | |
| Linecurrent | 36.8Aat500V | |
| 48.2Aat380V,Isc=1kA | ||
| Apparentpower | 32KVA | |
| ProspectivelineIsc | 1KA | |
| Nominaloutputcurrent | 33A4kHz | |
| Maximumtransientcurrent | 49.5Afor60s | |
| PowerdissipationinW | 492Watnominalload | |
| Asynchronousmotorcontrolprofile | Factoryset: constanttorque | |
| SensorlessfluxvectorcontrolwithPWMtypemotorcontrolsignal | ||
| Analogueinputnumber | 4 | |
| Complementum | ||
| Productdestination | Asynchronousmotors | |
| Supplyvoltagelimits | 323…550V | |
| Networkfrequency | 47.5...63Hz | |
| Outputfrequency | 0.0005…0.5KHz | |
| Nominalswitchingfrequency | 4kHz | |
| Switchingfrequency | 2...16kHzadjustable | |
| Speedrange | 1…50 | |
| Transientovertorque | 150…170% ofnominalmotortorque | |
| Brakingtorque | <=CL% during60swithbrakingresistor | |
| C% withbrakingresistorcontinuously | ||
| CL% withoutbrakingresistor | ||
| Regulationloop | FrequencyPIregulator | |
Product Information
Quomodo Servo Coegi opera?
Principium laborantis servi coegi est moderatoris ad motorem servo regendum adhibitum, eiusque munus simile est ac frequentiae convertentis agentis in motore ordinario AC.Pars servo systematis est et maxime adhibenda est pro positione systematum alta praecisione.
1. Quid est servōs pellō et quomodo laborat?
Scisne quomodo opus facit servo coegi?Nunc, amet servo impellit omnes usus processus signos digitales sicut nucleum moderantum, qui magis complexum imperium algorithmorum cognosci potest ac digitizationem, networking et intelligentiam percipere.Potestas machinas solere uti gyros agitare circa modulorum dolor potentiae.Circuitus coegi in IPM integratur et deprehensio culpae et circuitus tutelae habet, ut supra voltatio, overcurrent, exustio et subvoltatio.Motus ambitus initium est, etiam fascia principalis additur.
Ut influentiam processus satus in rectore reducere possit, vis unitatis coegi primum potestatem input tria phase vel maioris potentiae rectificat per tres phase plenos pontis circuitus rectificati ad obtinendum recto currenti respondentem.Post tres phase AC vel maius rectificatio, tria phase sine undo PWM voltage invertentis adhibetur magnetem synchronum AC servo motore ad tria phase permanentem agitare.Totum processum potentiae depulsionis unitatis simpliciter dici potest processus AC-DC-AC.
Cum magna-scala applicationem systematum servo, usus servo agit, debugging servo coegi sustentationem servo coegi sunt omnes magni momenti quaestiones technicae automationis electricae industriae pro servo hodierno agit.
Product Features
Servo agit AC servo motores late usi sunt
Servo agitationes momenti sunt pars momenti recentioris et late in apparatu automationis adhibentur, praesertim servo impellente ad moderandum AC mobiles magnetes permanentes synchronos motores facti current investigationis maculae calidae.
