产品详情：FBM204 FOXBORO 控制器

1. 高精度：通过sigma-delta数据转换技术，确保模拟输入的准确性。
2. 高可靠性：坚固的外壳设计和电气隔离技术，提高了模块的稳定性和安全性。
3. 易于维护：模块化设计使得模块的更换和布线操作更加简便快捷。
4. 灵活性：支持多种可配置选项，满足用户不同的应用需求。

FBM204

产品参数：FBM204 FOXBORO 控制器

1. 高精度模拟输入/输出

   • FBM204具备四个20mA直流模拟输入通道以及四个20mA直流模拟输出通道。
   • 每个输入通道可以接受模拟传感器输入或自供电20mA电源，而每个输出通道则可以驱动一个外部负载产生0至20mA的输出。
   • 该模块通过每个通道的sigma-delta数据转换实现高精度，确保了模拟输入的准确性。

2. 电气隔离与安全性

   • 每个输入/输出通道与其他输入/输出通道及地线之间均实现电隔离，确保了信号的稳定性和安全性。
   • FBM204能够执行电气输入接口所需的信号转换，从现场传感器向可选冗余现场总线输出信号。

应用领域：FBM204 FOXBORO 控制器

FBM204 FOXBORO控制器模块广泛应用于工业自动化控制系统中，特别是在需要高精度模拟输入/输出的场合。它可以与其他Mark VI模块和设备配合使用，实现分布式控制系统（DCS）或可编程逻辑控制器（PLC）系统中的信号传输和控制功能。

Product details: FBM204 FOXBORO controller
High precision: Ensure the accuracy of analog inputs through sigma delta data conversion technology.
High reliability: The sturdy shell design and electrical isolation technology improve the stability and safety of the module.
Easy to maintain: Modular design makes module replacement and wiring operations more convenient and efficient.
Flexibility: Supports multiple configurable options to meet different application needs of users.
Product parameters: FBM204 FOXBORO controller

High precision analog input/output

FBM204 has four 20mA DC analog input channels and four 20mA DC analog output channels.
Each input channel can accept analog sensor input or self powered 20mA power supply, while each output channel can drive an external load to generate 0 to 20mA output.
This module achieves high accuracy through sigma delta data conversion for each channel, ensuring the accuracy of analog inputs.

Electrical isolation and safety

Each input/output channel is electrically isolated from other input/output channels and ground lines, ensuring signal stability and safety.
FBM204 is capable of performing signal conversion required for electrical input interfaces, outputting signals from field sensors to optional redundant fieldbus.
Application area: FBM204 FOXBORO controller

The FBM204 FOXBORO controller module is widely used in industrial automation control systems, especially in situations where high-precision analog input/output is required. It can be used in conjunction with other Mark VI modules and devices to achieve signal transmission and control functions in distributed control systems (DCS) or programmable logic controller (PLC) systems.