IS210AEPSG1A自动化模块备件
来自块GBC F F F KEN FAULT的输入和故障信息在任何总线扫描期间只能发送一条诊断信息。如果在该扫描期间设备已发送故障消息，则设备将保存其自身的诊断消息，直到下一次可用总线扫描。例如，如果ken当前在设备上，并且设备上发生故障，同时如果消息尚未发送，设备可以发送其诊断消息。设备必须至少再等待一次总线扫描发送其诊断消息。GBC恢复它收到的任何诊断消息。它们由CPU自动读取。然后可以使用编程软件在故障选项卡中显示故障。Genius手持式监视器必须用于故障选项卡中的故障。Q apr选项的数据报GBC支持所有Genius数据报。有关使用数据报的详细信息，请参阅Genius Sysm和GEK的apr。全球数据全球数据是由GBC自动和重复广播的数据。GBC可以通过总线扫描发送全局数据。它可以在其总线上接收来自每个GBC的全局数据ea总线扫描。发送全局数据通过配置设置后，将自动广播全局数据。接收全局数据的其他设备将其放置在以下内存位置：发送全局数据：其他CPU将全局数据放置在以下存储位置：I Q G R AI AQ。在接收GBC的配置过程中，内存类型和起始地址是osen。GCM+I Q G R AI AQ GCM G内存位置对应发送数据的GBC的设备编号。六个Regisr内存。在配置发送数据的GBC期间，开始六个地址。五个Regisr内存。在配置发送数据的GBC期间，开始五个地址。pur PCIM或QBIM输入选项卡段对应发送数据的GBC的设备编号。接收全局数据GBC可以配置为从任何其他GBC接收或触发全局数据。在配置过程中，还将设置用于获取全局数据的内存类型和长度。CPU可以将全局数据存储在I Q G R AI或AQ存储器中。Genius总线控制器文档有关Genius总线控制程序和Genius系统的详细信息，请参阅以下：“Genius总线控件”GEK Genius系统和“GEK Genus Discre and Alog Blocks Remo Nest扫描仪图。FIP系统配置示例FIP总线主要用于控制。它还用于远程设备的配置数据和报告故障。系统中可以位于FIP总线上的设备包括：“通过FIP总线控制器访问FIP总线。”现场控制站通过FIP总线接口单元BIU进入总线的现场控制Remo丢弃已嵌入的机架
INPUTS AND FAULT MESSAGE FROM BLOCK GBC F F F KEN FAULT Only one diagstic message can be sent during any bus scan. If a fault message has already been sent by ather device during that scan a device saves its own diagstic message until the next ailab bus scan. For examp if the ken is currently at device and faults occur at devices and at the same time device can send its diagstic message if ather message has t already been sent. Device must wait at ast one more bus scan send its diagstic message. The GBC sres any diagstic messages it receives. They are read autically by the CPU. Faults can then be displayed in the fault tab using the programming software. A Genius Handheld Monir must be used car the faults from the fault tab. Q apr Option s Datagrams The GBC supports all Genius datagrams. Refer apr of the Genius Sysm and GEK for details on using datagrams. Global Data Global Data is data that is autically and repeadly broadcast by a GBC. The GBC can send up bys of Global Data ea bus scan. It can receive up bys of Global Data ea bus scan from ea GBC on its bus. Sending Global Data Once set up by configuration Global Data is broadcast autically. Other devices that receive the Global Data sent by a place it in these memory locations: Sends Global Data : Other CPU Places Global Data in these Memory Location: I Q G R AI AQ. Memory type and beginning address are osen during configuration of the receiving GBC. GCM+ I Q G R AI AQ GCM G memory location corresponding Device Number of the GBC that sent the data. Six Regisr memory. Beginning Six address secd during configuration of the GBC that sent the data. Five Regisr memory. Beginning Five address secd during configuration of the GBC that sent the data. pur PCIM or QBIM Input Tab Segment corresponding Device Number of the GBC that sent the data. Receiving Global Data The GBC can be configured receive or igre Global Data from any other GBC. The memory type and ngth for ining Global Data are also secd during configuration. The CPU can place ining Global Data in I Q G R AI or AQ memory. Genius Bus Controlr Documentation See the following s for detaid infortion on the Genius Bus Controlr and the Genius sysm: „ Genius Bus Controlr „ GEK Genius Sysm and „ GEK Genius Discre and Alog Blocks Remo Nest Scanner Figure . Examp of FIP Sysm Configuration A FIP bus is used pririly for control. It also is used sre configuration data remo devices and report faults. Devices that can be on a FIP bus in a sysm include: „ inrfaced a FIP bus by a FIP Bus Controlr. „ Field Control Stations Field Control s that are inrfaced the bus via a FIP Bus Inrface Unit BIU. „ Remo Drops racks that are inrfaced
