IC693BEM330 逻辑的串行通信模块

IC693BEM330 逻辑的串行通信模块

IC693BEM330是用于GE Fanuc 90-30系列PLC的远程I/O扫描器模块。它旨在与通过工厂仪表协议 （FIP） 总线连接的远程 I/O 模块进行通信和控制，从而扩展了 PLC 系统的 I/O 容量和灵活性。

IC693BEM330远程I/O扫描器模块的主要特性：

• FIP 通信：该IC693BEM330利用 FIP 协议通过单个 FIP 总线与多达 31 个远程 I/O 模块进行通信，从而实现分布式 I/O 架构。

• 支持各种 I/O 模块：它支持多种GE Fanuc 90-30系列I/O模块，包括模拟输入、模拟输出、数字输入和数字输出模块。

• 诊断 LED：状态 LED（INT PWR LED、OK LED 和 TX/RX LED）分别指示输入电源的存在、模块的正常运行和通信状态。

• 看门狗定时器：看门狗定时器通过监控所连接的远程 I/O 模块的运行状况来确保 FIP 通信的完整性。

• 紧凑型设计：该模块的紧凑设计可轻松集成到控制面板和外壳中，从而节省宝贵的空间。

IC693BEM330远程I/O扫描器模块的应用：

• 分布式控制系统：该IC693BEM330通常用于分布式控制系统，其中 I/O 模块位于中央 PLC 的远程位置，从而降低了布线成本并简化了系统布局。

• 大规模 I/O 系统：它可以用于需要比单个 I/O 机架容纳的更多 I/O 点的大型 I/O 系统，从而扩展了 PLC 的 I/O 容量。

• 机器控制系统：该模块适用于机器控制系统，允许控制分布式执行器、传感器和遍布整个机器的其他设备。

• 过程控制系统：它可用于过程控制系统，以监测和控制来自远程现场设备（如温度传感器、压力变送器和流量计）的过程参数。

IC693BEM330 逻辑的串行通信模块

The IC693BEM330 is a remote I/O scanner module for GE Fanuc 90-30 series PLCS. It is designed to communicate and control with remote I/O modules connected via the Factory Instrumentation Protocol (FIP) bus, extending the I/O capacity and flexibility of the PLC system.

Key features of the IC693BEM330 Remote I/O scanner module:

FIP communication: The IC693BEM330 utilizes the FIP protocol to communicate with up to 31 remote I/O modules via a single FIP bus, enabling a distributed I/O architecture.

Support for various I/O modules: It supports a variety of GE Fanuc 90-30 series I/O modules, including analog input, analog output, digital input and digital output modules.

Diagnostic leds: Status leds (INT PWR LED, OK LED, and TX/RX LED) indicate the presence of input power, normal operation of the module, and communication status, respectively.

Watchdog timer: The watchdog timer ensures the integrity of FIP communication by monitoring the health of the connected remote I/O module.

Compact design: The compact design of the module can be easily integrated into the control panel and housing, saving valuable space.

Application of IC693BEM330 Remote I/O scanner module:

Distributed control systems: The IC693BEM330 is commonly used in distributed control systems where the I/O module is located in a remote location of the central PLC, thereby reducing cabling costs and simplifying system layout.

Large-scale I/O systems: It can be used in large I/O systems that require more I/O points than can be accommodated by a single I/O rack, thus extending the I/O capacity of the PLC.

Machine control systems: This module is suitable for machine control systems, allowing control of distributed actuators, sensors and other devices throughout the machine.

Process control systems: It can be used in process control systems to monitor and control process parameters from remote field devices such as temperature sensors, pressure transmitters and flow meters.