Inverter Schneider ATV31HD15N4A
Tilmaamaha Alaabta
| Rangeofproduct | Altivar | |
| Nooca wax soo saarka | Variablespeeddrive | |
| qeexida alaabta | Mashiin fudud | |
| Magaca qaybta | ATV31 | |
| Habka fadhiga | kulaylka | |
| Kala duwanaansho | Dareemida amar-qaadista | |
| EMCfilter | Isku-dhafan | |
| [Anaga] ayaa ku qiimeeyay koronto bixinta | 380...500V-5...5% | |
| Soo noqnoqda sahayda | 50...60Hz-5...5% | |
| Tirada isku xidhka wajiyada | 3 waji | |
| MotorpowerkW | 15KW4kHz | |
| Motorpowerhp | 20Hp4kHz | |
| Linecurrent | 36.8Aat500V | |
| 48.2Aat380V,Isc=1kA | ||
| Awood muuqata | 32KVA | |
| ProspectivelineIsc | 1KA | |
| Soo bixitaan magaceedu yahay | 33A4kHz | |
| Inta ugu badan ee hadda jirta | 49.5 ilaa 60s | |
| Awood qaybintaW | 492Watnominalload | |
| Asynchronousmotorprofile kontorool | Factoryset:constanttorque | |
| Dareemka fluxvector control oo leh PWMtype motor control signal | ||
| Lambarka galitaanka Analogue | 4 | |
| Kaabayaal | ||
| Meesha wax soo saarka | Asynchronousmotors | |
| Supplyvoltagelimits | 323…550V | |
| Inta jeer ee shabakada | 47.5...63Hz | |
| Soo noqnoqoshada soo noqnoqda | 0.0005…0.5KHz | |
| Nominalswitchingfrequency | 4kHz | |
| Inta jeer ee beddelka | 2...16kHz la hagaajin karo | |
| Xawaaraha | 1…50 | |
| Transientovertorque | 150…170% ee magaca baabuurta | |
| Brakingtorque | <= 150% inta lagu jiro 60s oo leh braking resistor | |
| 100% si joogto ah u adkaysta | ||
| 150% bilaa biriig | ||
| Regulationloop | FrequencyPiregulator | |
Macluumaadka Alaabta
Sidee Servo Drive-ku u Shaqeeyaa?
Mabda'a shaqada ee servo drive waa kontaroole loo isticmaalo in lagu xakameeyo matoorka servo, shaqadeeduna waxay la mid tahay ta beddelka soo noqnoqda ee ku shaqeeya matoorka AC caadiga ah.Waa qayb ka mid ah nidaamka servo waxaana inta badan loo adeegsadaa nidaamyada meelaynta saxda ah.
1. Waa maxay servo drive iyo sida uu u shaqeeyo?
Ma taqaanaa sida uu u shaqeeyo servo drive?Waqtigan xaadirka ah, servo-ga caadiga ah dhammaan waxay isticmaalaan soo-saareyaasha calaamadaha dhijitaalka ah sida xudunta kantaroolka, taas oo xaqiijin karta algorithms-ka kontoroolka kakan iyo xaqiijinta digitization, isku xidhka iyo sirdoonka.Aaladaha korontadu waxay inta badan adeegsadaan wareegyada wadista ee ku saleysan modules power-ka.Wareegga wadista waxa uu ku dhex milmay IPM waxana uu leeyahay khaladka ogaanshaha iyo wareegyada ilaalinta, sida xad-dhaafka, qulqulka xad dhaafka ah, kulaylka iyo korantada yar.Wareeg bilawga jilicsan ayaa sidoo kale lagu daraa wareegga ugu muhiimsan.
Si loo yareeyo saamaynta habka bilawga ah ee darawalka, cutubka korantada korantada ayaa marka hore dib u habeynaya tamarta saddex-waji ah ama awoodda dhexda iyada oo loo marayo wareegga saddex-weji buuxa ee buundada si loo helo hadda tooska ah ee u dhigma.Kadib hagaajinta saddex-waji ee AC ama dhexda dhexe, saddex-waji sene wave PWM korantada inverter ayaa loo isticmaalaa in lagu kaxeeyo magnet joogto ah oo saddex-waji ah oo isku xiran AC servo motor.Geedi socodka oo dhan ee unugga korantada waxa si fudud loo odhan karaa waa habraac AC-DC-AC.
Codsiga baaxadda weyn ee nidaamyada servo, adeegsiga servo drives, servo drive debugging iyo dayactirka wadista servo waa dhammaan arrimaha farsamada ee muhiimka ah ee otomatiga korontada warshadaha ee darawalada servo maanta.
Tilmaamaha Alaabta
Servo Drives ee matoorada servo AC ayaa si weyn loo isticmaalaa
Servo Drives waa qayb muhiim ah oo ka mid ah xakamaynta dhaqdhaqaaqa casriga ah waxaana si weyn loogu isticmaalaa qalabka otomaatiga ah, gaar ahaan servo drives loo isticmaalo in lagu xakameeyo AC magnet joogto ah matoorada synchronous waxay noqdeen cilmi baaris hadda meel kulul.
