HIMA F3330 通道输出模块 hima欧美进口工业控制器

HIMA F3330 通道输出模块 hima欧美进口工业控制器

HIMA F3330 通道输出模块 hima欧美进口工业控制器

F3330输入模块可记录传感器测得的值。 通过I/O处理模块与处理器模块交换数据。被测量的 值由处理器模块循环查询，并由用户程序处理。这 用户程序的结果被发送到I/O处理模块，后者将结果写入输出 模块。因此，输出模块控制场级，例如致动器。

 在单声道操作期间，信号由插槽16中的处理器模块通过系统转发  显示了带有系统总线a的H41X单声道系统示例扩展机架可以连接到系统总线a。扩展机架连接到 H41X基架通过I/O处理模块和系统总线A，参见F-IOP 01手册  如果单声道系统中的系统总线连接中断，位于中断点不再可用。在中断点之后，所有输出模块进入的断电状态。至于输入模块，故障保护初始值为在各自的处理器模块中处理。

12个I/O插槽模块F型风扇01机架的系统风扇，19英寸，1个单位高  两个系统:H51X和H41XH51X和H41X通用相同的模块支持24个现有HIQuad I/O模块 每个H51X系统最多16个I/O扩展机架，最多256个I/O模块每个H41X系统最多一个I/O扩展机架，最多28个I/O模块灵活的I/O架构单环路和冗余环路可以混合使用，从而减少占用空间重新加载应用程序、硬件和通信缩短周期时间更快的实际计算F-CPU 01和I/O模块之间无干扰模块之间的交叉连接提高了系统可用性多达32个应用程序的多任务处理改进诊断，加快维护和故障排除改进的触觉扩展系统总线更好的EMC稳定性。

HIMA F3330 通道输出模块 hima欧美进口工业控制器

The F3330 input module records the values measured by the sensor. Data is exchanged with the processor module through the I/O processing module. The measured value is cyclically queried by the processor module and processed by the user program. The results of this user program are sent to the I/O processing module, which writes the results to the output module. Therefore, the output module controls the field stage, such as the actuator.

During mono operation, the signal is forwarded through the system by the processor module in slot 16 showing an example of a H41X mono system with system bus a to which the extension rack can be connected. The extension rack is connected to the H41X chassis through the I/O processing module and system bus A, refer to the F-IOP 01 manual If the system bus connection in the mono system is broken, it is no longer available at the breakpoint. After the breakpoint, all output modules enter the power off state. For input modules, the initial value of fault protection is handled in the respective processor module.

12 I/O slot modules F-fan 01 rack system fan, 19 inches, 1 unit height Two systems :H51X and H41XH51X and H41X Universal The same module supports 24 existing HIQuad I/O modules up to 16 I/O extension racks per H51X system, Up to 256 I/O modules Up to one I/O expansion rack per H41X system up to 28 I/O modules Flexible I/O architecture Single-loop and redundant loops can be mixed. Resulting in reduced space footprint Reloading applications, hardware, and communications reduced cycle times faster real-world computing Faster cross-connection between F-CPU 01 and I/O modules without interference Improved system availability Up to 32 applications multitasking improved diagnostics, Faster maintenance and troubleshooting Improved haptic extension system bus for better EMC stability.