IC693CPU374CA  |  可编程逻辑控制器 (PLC) 模块  | PLC还可用于系统集成.

　　型号：IC693CPU374CA

　　处理器型号 嵌入式 586

　　内存存储类型 RAM和闪存

　　典型扫描速率 每 1K 逻辑 0.15 毫秒(布尔触点)

　　CPU类型 带嵌入式以太网接口的单插槽 CPU 模块

　　储存温度 -40 至 85 摄氏度(-40 至 185 华氏度)

　　工作温度 0 至 60 摄氏度(32 至 140 华氏度)

　　以太网端口数 2

　　串行端口 RS-485(通过电源

　　IC693CPU374CA是 GE Fanuc 90-30 系列的可编程逻辑控制器 (PLC) 模块。该模块是一个处理器模块，用于托管用户程序，执行逻辑并通过嵌入式通信端口与处理器进行托管数据交换。

　　IC693CPU374CA也可以称为控制器。该控制器具有内置微处理器和嵌入式 586 处理器，处理速度为 133 MHz。它的典型扫描速率为每 1K 布尔接触逻辑 0.15 毫秒。该控制器模块具有安装在 90-30 PLC 机架上的单个插槽宽度。

　　PLC的编程方法主要取决于其品牌和型号，但一般来说，主要包括指令列表(指令表)编程、顺序功能图编程和结构化文本编程等方式。指令列表编程使用一连串的指令进行编程，顺序功能图编程用于描述顺序过程，如机械运动，而结构化文本编程则使用类似于高级语言的语句进行编程。

　　PLC的应用范围非常广泛，包括工业自动化、建筑自动化、系统集成、交通信号控制和农业自动化等领域。在工业自动化中，PLC可用于生产线控制、机器人控制和物流系统控制等，提高生产效率和质量。在建筑自动化中，PLC可用于控制照明、通风和楼宇安全等系统，提高能源利用效率和舒适性。此外，PLC还可用于系统集成，将不同设备和系统集成到一个统一的控制系统中，实现设备和系统之间的无缝协同工作。

　　Model: IC693CPU374CA

　　Processor Model Embedded 586

　　Memory Storage types RAM and flash

　　Typical scan rate 0.15 ms per 1K logic (Boolean contacts)

　　CPU Type Single-socket CPU module with embedded Ethernet interface

　　Storage temperature -40 to 85 degrees Celsius (-40 to 185 degrees Fahrenheit)

　　Operating temperature 0 to 60 degrees Celsius (32 to 140 degrees Fahrenheit)

　　Ethernet port number 2

　　Serial port RS-485 (via power supply

　　The IC693CPU374CA is a programmable logic controller (PLC) module of the GE Fanuc 90-30 series. The module is a processor module that hosts user programs, executes logic and exchanges managed data with the processor via an embedded communication port.

　　IC693CPU374CA can also be called controller. The controller has a built-in microprocessor and an embedded 586 processor with a processing speed of 133 MHz. Its typical scan rate is 0.15 ms per 1K Boolean contact logic. The controller module has a single slot width mounted on a 90-30 PLC rack.

　　The programming method of PLC mainly depends on its brand and model, but in general, it mainly includes instruction list (instruction table) programming, sequential function chart programming and structured text programming. Instruction list programming uses a sequence of instructions to program, sequential function diagram programming is used to describe sequential processes such as mechanical movements, and structured text programming uses statements similar to high-level languages.

　　The application range of PLC is very wide, including industrial automation, building automation, system integration, traffic signal control and agricultural automation. In industrial automation, PLC can be used for production line control, robot control and logistics system control to improve production efficiency and quality. In building automation, PLCS can be used to control systems such as lighting, ventilation and building safety to improve energy efficiency and comfort. In addition, PLC can also be used for system integration, integrating different devices and systems into a unified control system to achieve seamless collaboration between devices and systems.