I-AC Servo drive nge-Ethercat Rs400e / Rs750e / Rs1000E / RS2000E
I-AC Servo drive nge-Ethercat Rs400e / Rs750e / Rs1000E / RS2000E
Isingeniso Somkhiqizo
I-Rs Series AC Servo drive, esekelwe ku-DSP + FPGA Hardware Platform, yamukela isizukulwane esisha se-algorithm yokulawula isoftware, futhi inokusebenza okungcono ngokuya ngokuqina nokuphendula okusheshayo. I-RS Series isekela ukuxhumana okungu-485, futhi uchungechunge lwe-rse lusekela ukuxhumana kwe-Etherhercat, okungasetshenziswa ezindaweni ezihlukile zohlelo lokusebenza.
Isihlobo
Izici
| Into yendaba | Ukufanisa |
| Indlela yokulawula | Imodi yokulawula ye-IPM PWM, imodi ye-SVPWM DRIVE |
| Uhlobo lwe-encoder | Qondanisa 17 ~ 23Bit Optical noma Magnetic Encoder, Sekela Ukulawulwa Kwe-Encoder Encode Encodes |
| Ukufakwa kwe-Universal | Iziteshi eziyi-8, sekela ama-angode ajwayelekile we-24v noma i-cathode ejwayelekile, |
| Ukukhishwa kwe-Universal | 2 Ukuphela kokuphela okukodwa + okungu-2, okukodwa (50ma) kungasekelwa / ukwehluka (200ma) kungasekelwa |
Amapharamitha ayisisekelo
| Imodeli yokushayela | I-RS100E | I-RS200E | I-RS400E | I-RS750E | I-RS1000E | I-RS1500E | I-RS3000E |
| Amandla aguquliwe | I-100w | 200W | 400w | I-750w | 1000w | 1500w | 3000w |
| Okuqhubekayo kwamanje | 3.0a | 3.0a | 3.0a | 5.0a | 7.0a | 9.0a | 12.0a |
| Inani eliphakeme | 9.0a | 9.0a | 9.0a | 15.0a | 21.0a | 27.0a | 36.0a |
| Amandla okufaka | Isigaba esisodwa 2200 | Isigaba esisodwa 2200 | Isigaba esisodwa / 3 isigaba 2200 | ||||
| Ikhodi yosayizi | Thayipha a | Thayipha b | Thayipha c | ||||
| Ubungako | 178 * 160 * 41 | 178 * 160 * 51 | 203 * 178 * 70 | ||||
I-AC Servo FAQS
Q1. Luyini uhlelo lwe-serso lwe-ac?
A: Uhlelo lwe-AC Servo uhlelo oluvaliwe lokulawula loop olusebenzisa imoto ye-AC njenge-actuator. Siqukethe isilawuli, i-encoder, idivaysi yokuphendula kanye ne-amplifier yamandla. Isetshenziswa kabanzi kwizicelo ezahlukahlukene zezimboni zokulawulwa okuqondile kwesikhundla, isivinini kanye ne-torque.
Q2. Ngabe uhlelo lwe-AC Servo lusebenza kanjani?
A: AC Servo Systems asebenza ngokuqhubeka ngokuqhathanisa isikhundla osifunayo noma isivinini ngesikhundla sangempela noma isivinini esinikezwe yidivayisi yokuphendula. Isilawuli sibala iphutha futhi kukhipha isiginali yokulawula kwi-amplifier yamandla, ekhulisa yona futhi yondle kwi-AC motor ukufeza ukulawulwa kokuhamba okufunayo.
Q3. Yiziphi izinzuzo zokusebenzisa uhlelo lwe-AC Servo?
A: Uhlelo lwe-AC Servo lunokunemba okuphezulu, impendulo enhle kakhulu eshukumisayo nokulawulwa kokuhamba okubushelelezi. Banikeza ukuma okunembile, ukushesha okusheshayo nokukhohlisa, kanye nobuningi be-torque ephezulu. Futhi zisebenza kahle futhi kulula ukuhlela amaphrofayli ahlukahlukene ahambisanayo.
Q4. Ngiyikhetha kanjani uhlelo lwe-server yelungelo lwelungelo lesicelo sami?
A: Lapho ukhetha uhlelo lwe-AC Servo, cabanga ngezici ezifana ne-torque edingekayo kanye nobubanzi bezikhathi, izingqinamba zemishini, izimo zemvelo kanye nezinga elidingekayo lokunemba. Bheka umphakeli onolwazi noma unjiniyela ongakuqondisa ekukhetheni uhlelo olufanele lwesicelo sakho esithile.
Q5. Ingabe uhlelo lwe-AC servo lungagijima ngokuqhubekayo?
A: Yebo, i-AC Servos yakhelwe ukuphatha ukusebenza okuqhubekayo. Kodwa-ke, cabanga ngesilinganiso sokuqhubeka komsebenzi we-motor, izidingo zokupholisa, kanye nanoma yimiphi izincomo zomkhiqizi ukuqinisekisa ukuthembeka kwesikhathi eside futhi kuvikeleke ngokweqile.
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I-RS ETERCAT Service Sermo System Manual V3.1
