產(chǎn)品詳情
EVS9324-EKK100動態(tài)掃描
工作原理編輯
目前主流的伺服驅動器均采用數(shù)字處理器（DSP）作為控制核心，
伺服驅動器
可以實現(xiàn)比較復雜的控制算法，實現(xiàn)數(shù)字化、網(wǎng)絡化和智能化。功率器件普遍采用以智能功率模塊（IPM）為核心設計的驅動電路,IPM內部集成了驅動電路,同時具有過電壓、過電流、過熱、欠壓等故障檢測保護電路,在主回路中還加入軟啟動電路,以減小啟動對驅動器的沖擊。功率驅動單元首先通過三相全橋整流電路對輸入的三相電或者市電進行整流，相應的直流電。經(jīng)過整流好的三相電或市電，再通過三相正弦PWM電壓型逆變器變頻來驅動三相永磁式同步交流伺服電機。功率驅動單元的整個可以簡單的說是AC-DC-AC的。整流單元（AC-DC）主要的拓撲電路是三相全橋不控整流電路。
伺服驅動器
| 倫茨伺服控制器 | 倫茨伺服控制器 |
| E82EV113K4C | EVS9321-EP |
| E82EV152K2C200 | EVS9321-EK |
| E82EV152K2C | EVS9321-ER |
| E82EV152K4C | EVS9321-ET |
| E82EV152K4C200 | EVS9321-ESV100 |
| E8222K2C | EVS9321-EPV100 |
| E8222K2C200 | EVS9321-EKK100 |
| E8222K4C | EVS9321-ERV100 |
| E8222K4C200 | EVS9321-EI |
| E8251K2C | EVS9321-ETV100 |
| E8251K2C200 | EVS9322-EK |
| E82EV302K2C | EVS9322-ER |
| E82EV302K2C200 | EVS9322-ET |
| E82EV302K4C | EVS9322-ESV100 |
| E82EV302K4C200 | EVS9322-EPV100 |
| E82EV371K2C | EVS9322-EKK100 |
| E82EV371K2C200 | EVS9322-ERV100 |
| E82EV402K2C | EVS9322-EI |
| E82EV402K2C200 | EVS9322-ETV100 |
| E82EV402K4C | EVS9323-EK |
| E82EV402K4C200 | EVS9323-ER |
| E82EV551K2C | EVS9323-ET |
| E82EV551K2C200 | EVS9323-ESV100 |
| E82EV551K4C | EVS9323-EPV100 |
| E82EV551K4C200 | EVS9323-EKK100 |
| E82EV552K2C | EVS9323-ERV100 |
| E82EV552K2C200 | EVS9323-EI |
| E82EV552K4C | EVS9323-ETV100 |
| E82EV552K4C200 | EVS9324-EK |
| E82EV751K2C | EVS9324-ER |
| E82EV751K2C200 | EVS9324-ET |
| E82EV751K4C | EVS9324-ESV100 |
| E82EV751K4C200 | EVS9324EPV100 |
| E82EV752K2C | EVS9324-EKK100 |
| E82EV752K2C200 | EVS9324-ERV100 |
| E82EV752K4C | EVS9324-EI |
| E82EV752K4C200 | EVS9324-ETV100 |
| EVF9321-EV | EVS9325-EK |
| EVF9322-EV | EVS9325-ER |
| EVF9323-EV | EVS9325-ET |
| EVF9324-EV | EVS9325-ESV100 |
| EVF9325-EV | EVS9325-EPV100 |
| EVF9326-EV | EVS9325-EKK100 |
| E82EV113K4C200 | EVS9325-ERV100 |
| EVF9327-EV | EVS9325-EI |
| EVF9328-EV | EVS9325-ETV100 |
| EVF9329-EV | EVS9326-EK |
| EVF9330-EV | EVS9326-ER |
| ED251X2SFA | EVS9326-ET |
| ED371X2SFA | EVS9326-ESV100 |
EVS9324-EKK100動態(tài)掃描 近日，以“創(chuàng)新驅動智勝未來”為主題的創(chuàng)新在杭州舉辦，《人工智能家當》正式宣布?！丁窂娜斯ぶ悄苄袠I(yè)綜述、貿(mào)易化應用、主要人工智能家當開展區(qū)域及定位三大年夜章節(jié)對人工智能家當停止了剖析。
