FOXBORO FBM203 控制器 它采用了先进的微处理器技术

FBM203控制器是福克斯波罗公司生产的一款工业控制器。它采用了先进的微处理器技术，具有高性能、高可靠性、易于编程和调试等特点。FBM203控制器还支持多种通讯协议，可以与其他设备或系统进行数据传输和通信。此外，它还具有多种输入输出接口，可以连接各种传感器和执行器，实现各种控制功能。

总之，FBM203控制器是一款功能强大、性能稳定的工业控制器，可以应用于各种工业自动化和过程控制领域。

FBM203是福克斯波罗公司生产的一种控制器，采用密集型设计，结实的压制铝外壳，可为电子线路提供物理保护。FBM203主要执行模拟量输入应用程序，它提供转换时间和变化限制率组态选项。
FBM203可用于接收来自现场传感器的电气输入信号，并将其转换为可选冗余现场总线之间的接口信号。它每个输入通道与其他通道和地线之间实现电流隔离，在一分钟内可承受600Vac电压，在任何通道与地线之间，或所给的通道与任何其它通道之间。
此外，FBM203支持现场总线通信，可接受来自冗余2Mbps现场总线的路径（A或B），即使其中一条路径出现故障或在系统中切换级别，模块也能继续通过活动路径传输信号。

The FBM203 controller is an industrial controller produced by Fox Polo. It adopts advanced microprocessor technology, which has the characteristics of high performance, high reliability, easy programming and debugging. The FBM203 controller also supports multiple communication protocols and can transmit and communicate data with other devices or systems. In addition, it also has multiple input and output interfaces, which can connect various sensors and actuators to achieve various control functions.
In summary, the FBM203 controller is a powerful and stable industrial controller that can be applied in various industrial automation and process control fields.
FBM203 is a controller produced by Foxboro, which adopts a dense design and a sturdy pressed aluminum casing, providing physical protection for electronic circuits. FBM203 mainly executes analog input applications, providing conversion time and change limit rate configuration options.
FBM203 can be used to receive electrical input signals from field sensors and convert them into interface signals between optional redundant fieldbuses. It achieves current isolation between each input channel and other channels and the ground wire, and can withstand a voltage of 600Vac within one minute between any channel and the ground wire, or between the given channel and any other channel.
In addition, FBM203 supports fieldbus communication and can accept paths (A or B) from redundant 2Mbps fieldbuses. Even if one of the paths fails or switches levels in the system, the module can continue to transmit signals through the active path.