IC693APU305 GE 独立的I/O处理器模块

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IC693APU305 GE 独立的I/O处理器模块

概述：

GE Fanuc IC693APU305处理器模块被设计为一个独立的I/O处理器模块，能够从连接到其输入端的现场设备接收信息，根据用户自定义的指令集处理该信息，然后产生输出信号来修改被控变量的行为，而无需单独的中央处理器(CPU)。复杂的运动控制应用，如速度测量，散装材料处理，产品包装，标签和标记应用，可以分散使用独立的GE Fanuc IC693APU305 I/O处理器模块。这些输入和输出处理器是出色的工具，可帮助用户简化依赖快速响应设备的工业流程，从而有效地提供预期的吞吐量。

GE Fanuc IC693APU305 I/O处理器模块可插入GE Fanuc系列90-30可编程控制器或PLC底板底板的任意插槽，安装方便。I/O模块从背板提取其5伏直流电源电压，但它不为连接到其I/O的现场设备供电，因此它们必须由独立电源供电。GE Fanuc IC693APU305 I/O处理器模块可监控多达12个输入，该模块将通过其8个熔断器保护输出响应系统需求。TTL脉冲信号(关闭状态:0伏DC，打开状态:5伏DC)或脉冲信号范围在10到30伏DC之间可以连接到模块的输入。输入和输出接线都通过可拆卸的端子板连接到模块上。

IC693APU305 GE 独立的I/O处理器模块

The GE Fanuc IC693APU305 processor module is designed as a stand-alone I/O processor module capable of receiving information from a field device connected to its input, processing that information according to a user-defined instruction set, and then producing an output signal to modify the behavior of the controlled variable without the need for a separate central processing unit (CPU). Complex motion control applications, such as speed measurement, bulk material handling, product packaging, labeling and marking applications, can be decentralized using a stand-alone GE Fanuc IC693APU305 I/O processor module. These input and output processors are excellent tools that help users streamline industrial processes that rely on fast response devices to efficiently deliver the desired throughput.

The GE Fanuc IC693APU305 I/O processor module can be inserted into any slot on the GE Fanuc series 90-30 programmable controller or PLC baseboard for easy installation. The I/O module draws its 5-volt DC supply voltage from the backplane, but it does not power field devices connected to its I/O, so they must be powered by a separate power supply. The GE Fanuc IC693APU305 I/O processor module can monitor up to 12 inputs, and the module will respond to system requirements by protecting the output with its eight fuses. TTL pulse signals (off state :0 V DC, on state :5 V DC) or pulse signals in the range of 10 to 30 V DC can be connected to the module's input. Both input and output cables are connected to the module via detachable terminal plates.