产品内容介绍
Harmonic Drive CHM-40A-A-E16384-B-SP控制PLC减速机
设计和功能IMR 6000/10、../20、../30系统框架是epro MMS 6000机器监控系统的组件。它们由一个19英寸的卡架组成，并在正面包含以下卡槽：•8−10个用于MMS 6000系列显示器的显示器插槽（取决于IMR类型）•2−4个插槽（取决于IMR类型），用于适配一个或多个逻辑卡，例如MMS 6740；1个插槽，用于适配一个接口卡，例如，MMS 6830、MMS 6831、，MMS 6824或MMS 6825•MMS 6000机器监控系统的组件•用于适应信号处理外围设备（监视器、逻辑卡和接口卡）的插槽•外围设备通过弹簧笼的外部连接− 和螺纹连接插头•系统框架配置（depen− 通过网桥或Dip通过硬件− 交换机•构建RS485总线，用于集成和配置监视器与系统框架•生成主控− 按键信号− 第1个监视器插槽处的监视器（不在IMR 6000/20处）IMR 60000/10../20../30系统框架是为工业应用而开发的，在工业应用中，需要在电子设备和工厂设备之间进行可靠的适配。对于系统帧IMR 6000/10、../20、../30，信号处理外围设备的适当适配如下：− 报警信号− 错误信号− 连接结果− 可以实现和处理外部信号，以输入和输出所有相关信号。系统框架后部的外部外围通过5进行连接−, 6.− 和8−杆弹簧−笼子− 和/或螺纹连接塞（Phoenix）。RS485总线连接以及通道清除− 监视器的信号输出通过这些插头输出。
系统帧IMR6000/10处的第一个监视器插槽
IMR6000/30提供了使用按键显示器（MMS 6310或MMS 6312）的可能性，并可通过系统框架或外部连接将这些按键信号转发给其他显示器。系统框架IMR 6000/10、../20、../30的后部用于：•信号供应•进一步处理的信号输出•系统框架的参数化系统框架后部与外部外围的连接通过弹簧笼实现− 或螺纹连接塞。如有必要，通过集成相应的接口卡，可以在一个系统框架内建立多条RS485总线。通过外部连接和/或相关Dip的配置进行适当的参数化− 开关。系统框架IMR 6000/10、../20、../30具有极大的节约潜力，布线复杂。系统框架后部外部外围的连接由5个− 和8− 杆弹簧笼− 或螺纹端子连接插头（Phoenix）。RS485− 总线连接、各个键连接以及监视器的所有通道畅通、警报和危险警报都通过这些插头进行。系统框架后部的电源插头可以由5个−杆弹簧笼− 或螺纹端子连接插头。系统机架上的第一个监视器插槽提供了一种可能性，可以暗示一个关键监视器，并将其关键信号中继到其他监视器。一方面，接口卡提供了通过Dip直接连接到RS485总线的选项− 开关配置，以及通过插头处的外部接线将监视器连接到RS 485总线的可能性。基于实施的双列直插式开关，RS485−可以相应地配置总线。
Design and functionality
The system frames IMR 6000/10, ../20, ../30 are components of the epro MMS 6000 machine monitoring system. They consist of a 19” card frame and comprise the following card slots at the front side: • 8−10 Monitor slots (depending on the IMR type) for monitors of the MMS 6000 series • 2−4 slots (depending on the IMR type) for adaptation of one or more logic cards e.g. MMS 6740 • 1 slot for adaptation of an interface card e.g. MMS 6830, MMS 6831, MMS 6824 or MMS 6825• Component of the MMS 6000 Machine Monitoring System • Slots for adaptation of the signal processing periphery (monitors, logic cards and interface cards) • External connection of the periphery via spring cage− and screw connection plugs • System frame configuration (depen− ding on the version) by hardware via bridges or via Dip− switches • Build up of RS485 bus lines for integration and configuration of the monitors with the system frames • Generation of master− key signals by a key− monitor at the 1st monitor slot (not at IMR 6000/20)The system frames IMR 6000/10 ../20 ../30 are developed for general use in industrial applications, where reliable adaptations between electronic devices and plant devices are necessary. With the system frames IMR 6000/10, ../20, ../30, an appropriate adaptation of the signal processing periphery like: − alarm signals − error signals − connection results − external signals can be realized and processed to feed in and spend out all relevant signals.The connection of the external periphery at the rear of the system frame does take place via 5−, 6− and 8−pole spring−cage− and/or screw connection plugs (Phoenix). The RS485 bus connections as well as the channel clear− and the signal outputs of the monitors are fed out via these plugs.
The first monitor slot at the system frames IMR6000/10
and IMR6000/30 offers the possibility to imply a key monitor (MMS 6310 or MMS 6312) and to relay these key signals to other monitors via the system frame or external connections. The rear of the system frames IMR 6000/10, ../20, ../30 serve the purpose of: • signal supply • signal output for further processing • parameterization of the system frame The connection to the external periphery at the rear of the system frame is made by spring cage− or screw connection plugs. If neccessary, it is possible to build up several RS485 bus lines within one system frame by the integration of a corresponding interface card. The appropriate parameterization does take place via external connections and/or via the configuration of the regarding Dip− switches. The system frames IMR 6000/10, ../20, ../30 offer substantial saving potential with the wiring complexity The connection of the external periphery at the rear of the system frame is made by 5− and 8− pole spring cage− or screw terminal connection plugs (Phoenix). The RS485− bus connections, the respective key connection as well as all channel clear, alert and danger alarms of the monitors are carried out via these plugs. The voltage supply plugs at the rear of the system frame can be made by 5−pole spring cage− or screw terminal connection plugs. The 1st monitor slot at the system frame offers the possibility to imply a key monitor and to relay its key signals to the other monitors. On the one hand the interface card offers the option of direct connection to a RS485 bus via Dip− switch configuration and, in addition, the possibility to connect the monitors to the RS 485 bus by external wiring at the plugs. On the basis of the implemented Dip switches, the RS485−Bus can be configured accordingly.
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