增量型多圈编码器DVM58N-011YYR0BN-1213
¥3600.00
单圈工业编码器DVM58N-032AGR0BN-1212
¥3600.00
旋转多圈编码器DVM58I-011AGR0BN-1213
¥3600.00
奇控选型DVM58N-032AGR0BN-1213光电型编码器
¥3600.00
kubler8.5000.0000.1024.S066系列8.3720.5622.0100配套联轴器
kubler8.5000.0000.1024.S066系列8.3720.5622.0100配套联轴器
CAN总线作为工业现场底层通信网络,***解决了传统伺服控制技术暴露出一些问题:控制方式单一,可操作性和实时性差,现场接线方式复杂,可靠性不高,网络通信能力差等问题. 基于以上情况,论文在深入研究CAN总线及其应用层协议CANopen的基础上,将CAN现场总线技术应用于交流伺服驱动系统,设计USB-CAN通信卡,使CAN总线深入到工业伺服控制底层,同时对交流伺服驱动器主从站控制系统软硬件进行开发研究,其具有重要的理论价值和工程实践价值. 首先,回顾交流伺服控制系统以及CAN现场总线和CANopen协议发展历程和现状,比较现场总线控制系统较传统控制系统的优势,分析实现基于CANopen协议的分布式交流伺服系统网络化控制的方法和要点. 其次,深入分析CANopen协议。
8.5868.12C2.C212
8.5020.0010.1024.S110.0015
8.5020.0010.2048.S110.0015
8.5020.0040.0100.S110.0015
8.5020.0010.4096.S110.0015
8.5020.0050.0100.S110.0015
8.5020.0050.4096.S110.0015
8.5020.0040.0500.S127
8.5820.0500.1024.5030
8.5020.0310.1024.S090
8.5000.0010.1024.S059
8.3720.0010.1024.0013
8.KIS40.136B.2500.0030
8.KIS40.1362.2500
8.KIS40.1362.1024
8.KIS40.1362.2048
8.KIS40.1342.2500
8.KIS40.1362.0360
8.KIS40.1362.1000
8.KIS40.1342.0360
8.KIS40.1342.1024
8.KIS40.1342.2048
8.KIS40.1342.1000
8.5020.4514.1024
8.5020.0A50.1024.S076
8.5000.8352.1024
8.5000.8358.1024
8.5020.D851.1024
8.5020.D554.1024
8.5020.4551.1024
8.5020.D551.1024
8.5020.4554.1024
8.5020.4851.1024
8.A02H.5251.1024
8.A02H.5231.1024
8.5823.3831.1024
8.5823.1831.1024
8.5823.3832.1024
8.5852.1233.G121
8.5852.0000.G121.Y026
8.9080.4231.3001
8.5020.0050.0100.s110.0015
8.5020.0050.1024.s110.0015
8.5020.0040.1024.s110.0015
8.5020.0010.1024.s110.0015
8.5868.1231.3112
8.5000.8300.1024.BJ01
8.5000.0000.0360.BJ02
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