IS200VRTDH1BAB处理器卡件,脉冲输入卡件
ScalData and Paramers（缩放数据和参数）数据和可用于更改每个基本转换器的故障报告报警中断和报警阈值的配置。Ea数据并使用新数据重新配置指定的所有参数。表。Alog输入数据和参数位置描述数据和字配置字位：故障报告Eb故障报告禁用位：报警中断禁用报警中断Eb字阈值范围+工程单位和字低报警阈值范围+配置中的工程单位位使用MREQ功能块发送数据和Alog输入的逻辑如下所示。在本例中，MREQ nd块位于R到R的寄存器中。nd发送数据由条件输入I启动，同时为一次扫描设置Q。Alog输入位于机架插槽第一扩展机架中。此命令将禁用故障报告网络报警中断，并分别设置高报警阈值+和低报警阈值。如果MREQ nd数据不正确或有inlid nd，Alog输入将设置错误状态I位，并在状态代码AI字中返回错误代码。在。仅供参考。它们不是由编程软件生成的。 输入系统的诊断诊断功能包括：系统状态指示的Ds on s监视Base Converter和Expander的运行状况配置错误的判定监视Base Convertr和Expanders的Overrange和underrange判定打开判定监视高报警限和低报警限扩展器t响应Ds基本转换器上有两个D，每个扩展器上有一个D。基本转换器基本转换器有两个Ds。当通电通过其诊断测试并等待来自的配置数据时，上D标记的BOARD OK闪烁。
ScalData and Parameters data and configuration that can be used to change the failure report alarm interrupt and alarm threshold for each basic converter. Ea data and reconfigure all specified parameters with the new data. Table. Alog input data and parameter position Description Data and word configuration Word bit: Fault report Eb Fault report disable bit: Alarm interrupt disable Alarm interrupt Eb word threshold range+Engineering units and word low alarm threshold range+Engineering units bit in configuration Use MREQ function block to send data and logic of Alog input is as follows. In this example, the MREQ nd block is located in the R to R registers. Nd Data sending is started by condition input I, and Q is set for one scan. The Alog input is located in the first expansion rack of the rack slot. This command will disable the failure report network alarm interruption, and set the high alarm threshold+and low alarm threshold respectively. If the MREQ nd data is incorrect or there is an inlid nd, the Alog input will set the error status I bit and return the error code in the status code AI word. At. For reference only. They are not generated by programming software. The diagnostic and diagnostic functions of the input system include: the Ds on s indicated by the system status monitor the operation status of the Base Converter and Expander. If the configuration is wrong, monitor the Overrange and Underrange decision of the Base Converter and Expanders. If the Overrange and Underrange decision are open, monitor the high alarm limit and low alarm limit. The expander t responds to the Ds. There are two Ds on the basic converter, and one D on each expander. Basic converter Basic converter has two Ds. When power on passes its diagnostic test and waits for configuration data from, the BOORD OK flag on the D flashes.
