RAMIX PMC237C-008EMI模块备件

RAMIX PMC237C-008EMI

e安装在SmartSlot中，并且
连接到故障主模块的SmartSlot I/O电缆，可以使用SmartSlot
以更换发生故障的主模块。
输出模块插槽跳线电缆TC-308-02
如果机箱为版本2（或更高版本），则可以在机箱之间执行SmartSlot。这些
机箱安装了连接器，以连接TC-006，验证0
每个底盘的电压都相同。
5.6.冷启动
如果一个I/O模块已关闭（例如，由于两个现有故障），则三个模块将正常运行
指示灯将为红色，活动和备用指示灯将闪烁红色，指示灯将点亮
闪烁琥珀色。如果出现热故障，该模块提供的I/O功能将丢失
交换伙伴尚未接管控制权。只有移除模块才能重新启动该模块
从其插槽中取出并重新插入。
可信TMR 24Vdc数字输出模块–40信道5.故障查找和维护
罗克韦尔自动化出版物ICSTT-RM280N-EN-P14和31期
如果将I/O模块插入到先前没有激活的功能系统插槽中
模块（例如，如上所述移除和重新插入），则处理器将教育
模块启动后。一旦受过教育，受过教育的LED将是稳定的绿色和绿色
激活的LED将红色闪烁。
输入模块现在将读取并报告其输入。输出模块尚未完成
它们的输出被激励。激活输出并设置模块的激活LED和
处理器系统健康LED稳定绿色，按下处理器重置按钮。
5.7.主模块和备用模块之间的传输
TMR处理器负责通过网络管理一对I/O模块
主动/备用切换。以下规则适用于主动/备用转换，
尽管TMR处理器而不是I/O模块强制执行它们：
•用户必须定义主I/O模块位置，也可以定义辅助I/O模件位置
对于每个I/O模块对。每个主模块位置必须是的，并且是的
定义为IEC 61131工具集中复杂设备定义的一部分。
辅助模块位置可以是的，也可以在多个辅助模块之间共享
模块和在系统中的模块部分中定义。INI文件。这个
如果主模块发生故障，系统将自动确定辅助模块的位置
模块已安装且可操作。
•初始启动时，如果安装了主模块，它将变为激活状态
默认情况下，模块。如果辅助模块已在System.INI中定义
文件，并且不存在主模块，并且如果辅助模块位置为
，默认情况下，辅助模块将成为活动模块。如果
安装辅助模块时不存在主模块，并且辅助模块
模块位置不是的（如在SmartSlot配置中），则没有模块
该模块对将变为活动的。
•为了使模块成为激活模块，TMR处理器将验证：
确保该模块是正确的I/O模块

RAMIX PMC237C-008EMI

RAMIX PMC237C-008EMI

e installed in the SmartSlot and the SmartSlot I/O Cable connected to the failed primary Module, the SmartSlot can be used to replace the failed primary Module. Output Module Slot Jumper cable TC-308-02 SmartSlot between Chassis can be performed if the Chassis are version 2 (or higher). These Chassis have the connector fitted to enable connection of a TC-006 that verifies that the 0 Volt of each Chassis is at the same potential. 5.6. Cold Start If an I/O Module has shut down (due, for example, to two existing faults), the three Healthy LEDs will be red, the Active and Standby LEDs will be flashing red and the Educated LED will be flashing amber. The I/O functions provided by this Module will have been lost if a hot swap partner has not taken over control. The Module can only be restarted by removing it from its slot and re-inserting it. Trusted TMR 24Vdc Digital Output Module – 40 Channel 5. Fault Finding and Maintenance Rockwell Automation Publication ICSTT-RM280N-EN-P Issue 14 31 If an I/O Module is inserted into a functional system slot which previously had no Active Module (e.g. removing and re-inserting as above), then the Processor will educate the Module once it has booted. Once educated, the Educated LED will be steady green and the Active LED will be red flashing. Input Modules will now be reading and reporting their inputs. Output Modules have not yet energised their outputs. To activate outputs and to set the Module’s Active LED and the Processor’s System Healthy LED steady green, press the Processor Reset pushbutton. 5.7. Transfer between Active and Standby Modules The TMR Processor is responsible for managing a pair of I/O Modules through an Active/Standby changeover. The following rules apply to Active/Standby changeovers, though the TMR Processor and not the I/O Module enforces them: • The user must define the primary, and optionally the secondary, I/O Module location for each I/O Module pair. Each primary Module location must be unique and is defined as part of the complex equipment definition within the IEC 61131 TOOLSET. Secondary Module locations can be unique or shared between multiple secondary Modules and are defined within the Module’s section within the System.INI file. The system will automatically determine the secondary Module position if the primary Module is installed and is operable. • On initial start-up, if the primary Module is installed, it will become the Active Module by default. If the secondary Module has been defined within the System.INI file and no primary Module is present, and if the secondary Module location is unique, the secondary Module will become the Active Module by default. If the secondary Module is installed with no primary Module present, and the secondary Module location is not unique (as in a SmartSlot configuration), then NO Module for that Module pair will become Active. • In order for a Module to become the Active Module, the TMR Processor will verify that the Module is the correct I/O Module ty