F6217
F6217
F6217
·AC500可编程控制器（PLC）概述
CPU 有PM571、PM581、PM582 和PM591 四个不同的等级。而这不同等级的CPU 均
可用同一个编程软件使用6 种不同编程语言进行编程。CPU 上均带有 : LCD 的显示、一组操作按键、一个SD 卡的扩展口和两个集成的串行通讯口。CPU 可直接插在CPU 底板上，CPU 底板还可选择是集成以太网还是ARCNET 网络接口。而保留的CS31 的通讯接口更是考虑到了和AC31 系列的兼容性。
除了CPU 上集成的通讯功能外，每一个CPU 另外支持最多4 个通讯扩展接口模块。这4个通讯接口可扩展为任意的标准总线协议模块。CPU上集成的两个Modbus 通讯接口和可选集成的以太网或ARCNET网络接口外，通过通讯扩展接口还能扩展 : ProfibusDP、DeviceNet、CANopen 和以太网等总线接口。
·AC31可编程控制器（PLC）概述
AC 31可编程控制器至少包括一个AC31中央处理单元，而中央处理单元主要分为40、50和90 系列 :
– 40 系列中央处理单元 : 带有一个本地I/O 扩展接口，最多206 点。
– 50 系列中央处理单元 : 带有一个本地I/O 扩展接口和一个用于远程扩展的CS31 总线接口，最多1000 点开关量或222 点模拟量。
– 90 系列中央处理单元 : 带有一个用于远程扩展的CS31 总线接口最多1040 点开关量/232 点模拟量。并可带多种标准现场总线接口。
[integrity management] [reliable quality] [imported original] [Unpacking security]
[Large inventory] [same day payment] [SF Express] [Welcome to snap up]
Precipitation manufacturing process, closely follow the market development
Compared with mature foreign markets, collaborative robots are still in their infancy in China, but the development speed is very fast. According to Wang Guangneng’s observation, miniaturized, lightweight, cooperative robots with its flexible and efficient production mode, user-friendly operation interface and ideal investment recovery cycle, reduce the threshold of enterprise automation transformation, so that more and more manufacturing enterprises are more willing to achieve cost reduction and efficiency through cooperative robots. With more than 10 years of experience in motor, servo drive and motion control, centering on intelligent robot business, we have developed robot motor, servo driver, robot controller, machine vision and other robot core functional components, which have excellent performance in system cooperation and security. Effin and other types of cooperative robots follow the high-tech achievements of linear motor and torque motor of large motor, and use Ethercat bus to execute position and current commands in real time.
“Machines and humans cooperate, complement and promote each other, so that the automation potential of robots can be better harnessed.” Wang Guangneng made a judgment on the development direction of automation to intelligent upgrading process: “Foreign research on traditional robots for many years, on the basis of no technological improvement, it is difficult for China
