1238HH24B-WDBABB控制器模块
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此处显示的周期（mS）最初为零。在将时隙（）分配给扫描集后，它将被更新。0–64次扫描如果类型为ASYNC，则可以指定扫描次数。扫描集1的扫描次数始终为1，不可编辑。输出延迟0至64（扫描次数–1）如果类型为ASYNC，这是输入扫描发生后输出扫描将延迟的扫描次数。只有当扫描次数非零时，才能选择输出延迟。如果类型为SYNC，则输出延迟必须为0（零）。扫描集1不可编辑，已修复。3 GFK-1038A第3章配置3-29系列90-70总线控制器和网络的硬件配置从Control 90机架显示器中选择总线控制器以编辑总线控制器和系统的硬件配置。当您选择“工具”，然后选择“编辑硬件配置”时，以下选项卡可用：设置I/O机架驱动器PLC站（控制站）通用设备扫描通讯协议文件功耗选中后，这些选项卡将显示从FIP网络配置工具配置的参数。使用网络配置工具配置的参数仅在更新后显示。设置选择设置选项卡以配置总线控制器。总线控制器的不可编辑项包括它是否是主订户、它是否是总线仲裁器、时钟同步等。状态数据长度（80位或5个字）不可编辑，但您可以更改当前分配给总线控制器状态数据的参考地址。参数默认范围或选项注释适配器名称任意31个字符串。此名称将标识网络上的节点。状态地址下一个可用%I引用。%一、 %Q、%AI、%AQ或%R总线控制器状态数据的参考地址。网络路由对#1、#2、#3 0 0或2–9此FIP总线控制器在主机架中与之配对的FIP总线的插槽号。
网络管理员
IP地址、子网掩码和网关IP地址应由网络管理员分配。如果地址设置不正确，您的设备可能无法在网络上通信，并可能中断通信。对于没有网关的简单隔离网络，请指定格式为3.0.0.x（x范围从1到255）的唯一地址。子网掩码应由网络管理员分配。对于没有网关的隔离网络，请使用默认值。网关IP地址应由网络管理员分配。对于没有名称服务器IP地址F网关的隔离网络，请使用默认值。3-30系列90-70 FIP总线控制器用户手册–1997年11月GFK-1038A协议文件最多可在此处输入8个用户协议文件的目录路径规范。显示与此FIP总线控制器交换I/O数据的所有设备的列表。所有字段都不可编辑。–如果“受控设备”为“否”，则该设备仅由FIP总线控制器监控。FIP总线控制器无法配置或影响I/O机架的操作模式。–如果“受控设备”为“是”，则该设备由FIP总线控制器控制。FIP总线控制器可以配置设备并控制其操作模式。I/O机架、驱动器、PLC、工作站和通用设备根据需要选择I/O机架、驱动、PLC、站和通用设备选项卡，以配置网络上的设备。这些选项卡上不可编辑的项目包括设备名称、机架、插槽、TVA类型以及列出的设备是否产生或消耗数据。为各个设备配置以下参数。参数默认范围或选项注释参考地址下一个可用参考偏移量。（此处无法编辑长度）。%一、 %Q、%AI、%AQ如果TVA类型为PRODUCTED，则有效的引用地址类型为%Q和%AQ。默认值为离散的%Q和模拟的%AQ。如果TVA类型为CONSUMED，则有效的引用地址类型为%I和%AI。默认值为%I表示离散，%AI表示模拟。变量名称变量描述最多64个字符的描述。3 GFK-1038A第3章配置3-31扫描在总线控制器的扫描选项卡上，您可以输入最多32个字符的扫描集描述。其余参数在FIP网络配置工具中设置。它们在此处不可编辑。每个CPU扫描集都与使用网络配置工具配置的一个或多个时隙相关联。0 150mS同步扫描集#2周期=50mS DI=50mS DO=50mS AI=150mS AO=150mS异步扫描集#1#扫描=1输出延迟=0 DO AI DI DO DO AO DI 50 100在网络配置工具中定义的时隙用于对类似数据进行分组，例如离散输入及其验证器。扫描集通过CPU配置。它们控制PLC CPU如何将数据扫描到和以及来自总线控制器（和其他设备）。参数范围或选项注释时隙最多12个字符时隙名称（在网络配置中定义）。
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The period (mS) shown here is initially zero. After the time slot () is assigned to the scan set, it will be updated. 0 – 64 scans If the type is ASYNC, you can specify the number of scans. The number of scans for scan set 1 is always 1 and cannot be edited. Output delay 0 to 64 (number of scans – 1) If the type is ASYNC, this is the number of scans that the output scan will be delayed after the input scan occurs. The output delay can be selected only when the number of scans is non-zero. If the type is SYNC, the output delay must be 0 (zero). Scanset 1 is not editable and has been fixed. 3 GFK-1038A Chapter 3 Configuration 3-29 Series 90-70 Bus Controller and Network Hardware Configuration Select the Bus Controller from the Control 90 Rack Display to edit the hardware configuration of the Bus Controller and the system. When you select Tools and then Edit Hardware Configuration, the following tabs are available: Set I/O Rack Drive PLC Station (Control Station) Common Device Scan Communication Protocol File Power Consumption When selected, these tabs display the parameters configured from the FIP Network Configuration Tool. Parameters configured using the Network Configuration tool are displayed only after they are updated. SettingsSelect the Settings tab to configure the Bus Controller. The non editable items of the bus controller include whether it is a primary subscriber, whether it is a bus arbiter, clock synchronization, etc. The status data length (80 bits or 5 words) cannot be edited, but you can change the reference address currently assigned to the Bus Controller status data. Parameter default range or option comments any 31 strings of adapter name. This name will identify the node on the network. State address next available% I reference.% 1、 Reference address for% Q,% AI,% AQ, or% R Bus Controller status data. Network routing pair # 1, # 2, # 3 0 or 2 – 9 The slot number of the FIP bus with which this FIP bus controller is paired in the mainframe.
network administrator
The IP address, subnet mask, and gateway IP address should be assigned by the network administrator. If the address is set incorrectly, your device may not be able to communicate on the network and may interrupt communication. For a simple isolated network without a gateway, specify a unique address in the format 3.0.0. x (x ranges from 1 to 255). The subnet mask should be assigned by the network administrator. For isolated networks without a gateway, use the default value. The gateway IP address should be assigned by the network administrator. For isolated networks without a name server IP address F gateway, use the default value. 3-30 Series 90-70 FIP Bus Controller User's Manual – November 1997 GFK-1038A protocol file Directory path specifications for up to 8 user protocol files can be entered here. Displays a list of all devices that exchange I/O data with this FIP Bus Controller. All fields cannot be edited. – If "Controlled Device" is "No", the device is only monitored by the FIP Bus Controller. The FIP Bus Controller cannot configure or affect the operating mode of the I/O rack. – If "Controlled Device" is "Yes", the device is controlled by the FIP Bus Controller. The FIP Bus Controller can configure the device and control its operating mode. I/O Racks, Drives, PLCs, Workstations, and General Equipment Select the I/O Racks, Drives, PLCs, Stations, and General Equipment tabs as needed to configure the devices on the network. The non editable items on these tabs include device name, rack, slot, TVA type, and whether the listed devices generate or consume data. Configure the following parameters for each device. The default range of the parameter or the next available reference offset of the option comment reference address. (Length cannot be edited here).% 1、 % Q,% AI,% AQ If TVA type is PRODUCED, then valid reference address types are% Q and% AQ. The default values are discrete% Q and simulated% AQ. If TVA type is CONSUMED, valid reference address types are% I and% AI. The default value is% I for discrete and% AI for analog. Variable Name A description of a variable with a maximum of 64 characters. 3 Chapter 3 of GFK-1038A configures 3-31 scanning. On the scan tab of the bus controller, you can enter a scan set description of up to 32 characters. Other parameters are set in the FIP network configuration tool. They are not editable here. Each CPU scan set is associated with one or more time slots configured using the network configuration tool. 0 150mS synchronous scan set # 2 cycle=50mS DI=50mS DO=50mS AI=150mS AO=150mS asynchronous scan set # 1 scan=1 output delay=0 DO AI DI DO DO AO DI 50 100 The timeslot defined in the network configuration tool is used to group similar data, such as discrete inputs and their verifiers. The scan set is configured by the CPU. They control how the PLC CPU scans data to and from the Bus Controller (and other devices). The parameter range or option comment timeslot name can be up to 12 characters (defined in the network configuration).
