P0914XG FBM205输入输出隔离模块 PDF资料
1.产 品 资 料 介 绍：
P0922VW FBM218 冗余输出模块是应用于 Foxboro I/A Series 控制系统中的智能型模拟量输出单元，主要用于关键控制回路的可靠信号输出，特别适合对连续性和安全性要求较高的工业场合。
产品特点：
提供 8 路独立模拟量输出通道。
支持标准 4–20 mA 模拟信号输出。
支持 HART 通信功能，实现模拟与数字信号叠加传输。
具备模块级冗余结构设计，可实现主备自动切换。
冗余配置下可保障关键控制回路连续运行。
各通道之间电气隔离，提高系统抗干扰能力。
输出回路与系统逻辑部分隔离，增强安全性。
内置自诊断功能，可实时监测运行状态。
支持故障报警与状态指示，便于快速维护。
响应速度快，输出精度高，控制稳定性好。
采用工业级元件，适用于恶劣现场环境。
支持宽温工作范围，满足不同工况需求。
模块化结构设计，便于安装与更换。
兼容 I/A Series 控制平台，系统集成度高。
长期运行可靠，维护成本低。
总体来看，P0922VW FBM218 冗余输出模块在关键模拟量控制应用中具有高可靠性和稳定性优势，尤其适合石化、电力、能源等对连续运行要求严格的自动化系统。
P0922VW FBM218 redundant output module is an intelligent analog output unit applied in Foxboro I/A Series control system, mainly used for reliable signal output of key control circuits, especially suitable for industrial applications with high requirements for continuity and safety.
Product Features:
Provide 8 independent analog output channels.
Supports standard 4-20 mA analog signal output.
Support HART communication function to achieve the superposition and transmission of analog and digital signals.
Equipped with module level redundant structure design, it can achieve automatic switching between primary and backup.
Under redundant configuration, it can ensure the continuous operation of critical control circuits.
Electrical isolation between each channel enhances the system's anti-interference capability.
Isolate the output circuit from the system logic section to enhance safety.
Built in self diagnostic function, capable of real-time monitoring of operational status.
Support fault alarm and status indication for quick maintenance.
Fast response speed, high output accuracy, and good control stability.
Using industrial grade components, suitable for harsh on-site environments.
Support a wide temperature range to meet different working conditions.
Modular structure design, easy to install and replace.
Compatible with I/A Series control platform, with high system integration.
Long term reliable operation and low maintenance costs.
Overall, the P0922VW FBM218 redundant output module has high reliability and stability advantages in critical analog control applications, especially suitable for automation systems such as petrochemicals, power, and energy that require strict continuous operation.