IS215VPROH1B自动化模块备件
还使用分配的程序参考地址报告CPU的状态和外部电源状态。这可以安装在RXi系统的任何插槽中。电源消耗背板上的VDC总线。它还需要来自用户提供的+VDC电源的正电流回路电流。D正常D提供通电状态信息如下：▪ ON：状态为OK配置；▪ OFF：没有背板电源或软件未运行看门狗定时器超时；▪ 持续快速闪烁：未从CPU接收到配置数据；▪ 缓慢闪烁，然后关闭：未能通电诊断或编码执行错误。用户电源D表示外部VDC电源在规格范围内。模拟输入规格：ICALG扇区数；单端输入电流范围每个校准面增强的扇区每个计数增强的范围Upda Ra毫秒所有s位分辨率位分辨率增强的位绝对精度+。完整的sca C F:+。在规定的工作温度范围内的满量程线性增强范围隔离场背板光学和框架接地VAC连续；最小模式的VAC电压伏单端s交叉抑制dB来自DC kHz输入阻抗欧姆输入低通滤波器响应Hz外部电源电压范围VDC外部电源电压纹波来自VDC外部用户电源背板上的+VDC总线的内部功耗以及电流环电流参考附录A了解产品标准和通用规范。在存在严重射频干扰的情况下，IEC Vm精度可能会降低+FS。PAC系统™ RXi Sysm Ocber C配置：ICALG ICALG通过配置软件进行配置。其可配置参数如下所述。参数语音描述激活s要扫描的数量。以连续的顺序扫描。输入数据的参考地址来自的输入数据的内存位置。Ea向CPU提供模拟输入数据位。状态数据的参考地址开始状态信息的存储位置。ngth报告的状态位数。位提供基本诊断。位包含低报警状态。位包含低报警状态。本节显示了数据堡垒。范围默认或增强在范围内，来自的输入电流作为单位值向CPU报告。在范围内，来自的输入电流作为单位值向CPU报告。在增强范围内，来自的电流以值形式单位向CPU报告。以下电流以负值表示，以单位表示。报警低增强+Ea可分配低报警限报警。不带符号的值假定为正。确保报警低值适用于秒范围。报警高增强+Ea也可以分配一个限制。不带符号的值假定为正。确保报警高值适用于秒范围。扫描集默认值指定CPU配置中定义的扫描集之一。模拟输入数据堡：ICALG位分辨率模拟输入数据以如下所示的位设备堡存储在CPU中。MSB X X X X输入缩放范围内的输入数据是scad，因此对应的计数和对应的计数。在该范围内，对应的计数和对应的计数。和范围内提供全位分辨率。还可以配置增强范围。在该范围内，对应的计数对应于零的计数，对应于+的计数。
The CPU status and external power status are also reported using the assigned program reference address. This can be installed in any slot of the RXi system. The VDC bus on the power consumption backplane. It also requires a positive current loop current from the user supplied+VDC power supply. D Normal D provides power on status information as follows: ▪ ON: the status is OK configuration; ▪ OFF: There is no backplane power or the software does not run the watchdog timer timeout; ▪ Continuous fast flashing: no configuration data is received from the CPU; ▪ Slow flashing, then off: failed to power up diagnostics or code execution error. User power supply D indicates that the external VDC power supply is within the specification range. Analog input specification: number of ICALG sectors; Single ended input current range Enhanced sector of each calibration plane Enhanced range of each count Upda Ra ms All s bit resolution Bit resolution Enhanced absolute precision+. Complete sca C F:+. Full range linear enhanced range isolation field backplane optical and frame grounding VAC continuous within the specified operating temperature range; Minimum mode VAC voltage V single ended s cross suppression dB from DC kHz input impedance Ohm input low-pass filter response Hz external power supply voltage range VDC external power supply voltage ripple from the internal power consumption of+VDC bus on the VDC external user power supply backplane and current loop current Refer to Appendix A for product standards and general specifications. In the case of severe RF interference, IEC Vm accuracy may decrease+FS. PAC system ™ RXi Sysm Ocber C configuration: ICALG ICALG is configured through configuration software. The configurable parameters are as follows. Parameter Voice Description The number of active s to scan. Scan in sequential order. The reference address of the input data comes from the memory location of the input data. Ea provides analog input data bits to the CPU. The reference address of the status data starts the storage location of the status information. Number of status bits reported by nth. Bit provides basic diagnosis. The bit contains the low alarm status. The bit contains the low alarm status. This section shows the data fort. The range is within the range by default or enhanced, and the input current from is reported to the CPU as a unit value. In the range, the input current from is reported to the CPU as a unit value. Within the enhanced range, the current from is reported to the CPU in units of value. The following currents are expressed in negative values and units. Alarm low enhancement+Ea can assign low alarm limit alarm. Unsigned values are assumed to be positive. Ensure that the low alarm value is applicable to the second range. Alarm High Enhancement+Ea can also be assigned a limit. Unsigned values are assumed to be positive. Ensure that the alarm high value is applicable to the second range. The scan set default specifies one of the scan sets defined in the CPU configuration. Analog input data castle: ICALG bit resolution analog input data is stored in the CPU as bit device castle shown below. The input data within the MSB X X X X X input scaling range is scad, so the corresponding count and the corresponding count. Within this range, the corresponding count and the corresponding count. Full bit resolution is available in the and range. You can also configure the enhancement scope. In this range, the corresponding count corresponds to the count of zero and the count of+.
