Ukusebenza okuphezulu kwe-AC Servo Drive
Ukusebenza okuphezulu kwe-AC Servo Drive
Intshayelelo yeMveliso
Uluhlu lwe-RS lwe-AC servo drive, esekwe kwiqonga le-hardware ye-DSP + FPGA, yamkela isizukulwana esitsha se-algorithm yokulawula isoftware,kwaye unomsebenzi ongcono malunga nokuzinza kunye nokuphendula ngokukhawuleza. Uchungechunge lwe-RS luxhasa unxibelelwano lwe-485, kwaye uchungechunge lwe-RSE luxhasa unxibelelwano lwe-EtherCAT, olunokuthi lusetyenziswe kwiindawo ezahlukeneyo zesicelo.
Uqhagamshelwano
Iimbonakalo
| Into | Inkcazo |
| Imo yokulawula | Ulawulo lwe-IPM PWM, imowudi yokuqhuba ye-SVPWM |
| Uhlobo lwe-encoder | Umdlalo we-17~I-23Bit optical okanye i-encoder magnetic, ixhasa ulawulo olupheleleyo lwe-encoder |
| Iimpawu zokufakwa kwe-Pulse | 5V umahluko wepulse/2MHz; I-24V i-pulse eyodwa ephela/200KHz |
| Iimpawu zokufakwa kwe-analog | Imijelo emi-2, -10V ~ +10V ijelo legalelo le-analog.Qaphela: Kuphela i-servo esemgangathweni ye-RS ene-analog interface |
| Ungeniso jikelele | Iziteshi ze-9, inkxaso ye-24V ye-anode eqhelekileyo okanye i-cathode eqhelekileyo |
| Imveliso yendalo yonke | Zi-4 eziphele-nye + 2 iziphumo ezidityanisiweyo,Siphelile: 50mADukungabi namdla: 200mA |
| Imveliso ye-Encoder | I-ABZ 3 iziphumo ezihlukeneyo (5V) + i-ABZ 3 iziphumo ezigqityiweyo (5-24V).Qaphela: Kuphela i-servo eqhelekileyo ye-RS ene-encoder frequency division output interface |
Iiparamitha ezisisiseko
| Umzekelo | RS100 | RS200 | RS400 | RS750 | RS1000 | RS1500 | RS3000 |
| Amandla alinganisiweyo | 100W | 200W | 400W | 750W | 1KW | 1.5KW | 3KW |
| Ngokuqhubekayo | 3.0A | 3.0A | 3.0A | 5.0A | 7.0A | 9.0A | 12.0A |
| Ubuninzi bangoku | 9.0A | 9.0A | 9.0A | 15.0A | 21.0A | 27.0A | 36.0A |
| Ukunikezwa Amandla | Ungatshatanga-isigaba 220VAC | Ungatshatanga-isigaba 220VAC | Ungatshatanga-isigaba/Ntathu-isigaba 220VAC | ||||
| Ikhowudi yobungakanani | Uhlobo A | Uhlobo B | Uhlobo C | ||||
| Ubungakanani | 175*156*40 | 175*156*51 | 196*176*72 | ||||
Ii-FAQ ze-AC Servo
Q1. Uyigcina njani inkqubo ye-AC servo?
A: Ukugcinwa rhoqo kwenkqubo ye-AC servo kubandakanya ukucoca i-motor kunye ne-encoder, ukujonga kunye nokuqinisa ukudibanisa, ukujonga ukunyanzeliswa kwebhanti (ukuba ikhona), kunye nokubeka esweni inkqubo nayiphi na ingxolo engaqhelekanga okanye i-vibration. Kwakhona kubalulekile ukulandela izikhokelo zokugcina zomenzi zokuthambisa kunye nokutshintshwa kweendawo eziqhelekileyo.
Q2. Ndingenza ntoni ukuba inkqubo yam ye-AC servo iyasilela?
A: Ukuba inkqubo yakho ye-AC servo iyasilela, dibana nesikhokelo sokulungisa ingxaki somenzi okanye ufune uncedo kwiqela labo lenkxaso yobugcisa. Musa ukuzama ukulungisa okanye ukuguqula inkqubo ngaphandle kokuba unoqeqesho olufanelekileyo kunye nobuchule.
Q3. Ingaba i-AC servo motor ingatshintshwa ibe ndim?
A: Ukutshintsha i-AC servo motor kubandakanya ulungelelwaniso olufanelekileyo, ukuphinda kufakwe iintambo, kunye nolungiselelo lwemoto entsha. Ngaphandle kokuba unamava kunye nolwazi lwe-AC servos, kuyacetyiswa ukuba ufune uncedo lwengcali ukuze uqinisekise ukufakela okufanelekileyo kwaye uphephe nawuphi na umonakalo onokuthi ubekho.
Q4. Indlela yokwandisa ubomi benkonzo ye-AC servo system?
A: Ukwandisa ubomi benkqubo yakho ye-AC servo, qinisekisa ulondolozo olucwangcisiweyo olululo, landela izikhokelo zomenzi, kwaye uphephe ukusebenza inkqubo ngaphaya kwemida yayo ebekiweyo. Kukwacetyiswa ukuba kukhuselwe inkqubo kuthuli olugqithisileyo, ukufuma, kunye nezinye izinto zokusingqongileyo ezinokuchaphazela ukusebenza kwayo.
Q5. Ngaba inkqubo ye-servo ye-AC iyahambelana nojongano oluhlukeneyo lolawulo lwentshukumo?
A: Ewe, uninzi lwee-servos ze-AC zixhasa iindlela ezahlukeneyo zolawulo lwentshukumo ezifana ne-pulse/direction, i-analog okanye iprothokholi yonxibelelwano lwebhasi. Qinisekisa ukuba inkqubo ye-servo oyikhethayo ixhasa ujongano olufunekayo kwaye uqhagamshelane namaxwebhu omenzi woqwalaselo olufanelekileyo kunye nemiyalelo yenkqubo.
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Rtelligent RS Series Servo Incwadi Yomsebenzisi
