FBM217 P0914TR 模拟量输入模块

FBM217 P0914TR 模拟量输入模块

FBM217 P0914TR 模拟量输入模块

FBM217 P0914TR 是一款模拟输入模块，设计用于 Foxboro I/A 系列分布式控制系统 （DCS）。它可以接受来自现场设备的各种模拟电压和电流信号，并将它们转换为可由 DCS 处理的数字信号。

FBM217 P0914TR模拟量输入模块的主要特性：

• 32通道模拟输入：提供 32 个独立通道，用于接收来自现场设备的模拟电压和电流信号。

• 宽输入范围：可接受 -10 V 至 +10 V 或 4 mA 至 20 mA 的宽输入范围，适用于各种传感器和变送器信号。

• 高精度：提供满量程 ±0.1% 的高精度，确保精确的测量和控制。

• 电流隔离：每个通道之间具有电气隔离功能，可防止电气噪声和接地故障。

• 坚固的结构：采用坚固的铝制外壳，适用于恶劣的工业环境。

FBM217 P0914TR模拟量输入模块的应用：

• 过程控制系统：通过模拟传感器和变送器监测和控制各种过程参数，如压力、温度、流量和液位。

• 机器控制系统：与机器控制系统中的模拟传感器和执行器连接，为机器操作和控制提供准确的数据。

• 资产管理系统：在资产管理系统中与ADI公司集成，用于状态监测和预测性维护。

• 环境监测系统：通过模拟传感器监测环境参数，例如空气质量、水质和天气状况。

• 远程监控系统：从远程的模拟设备收集数据，以便进行集中监测和控制。

使用 FBM217 P0914TR模拟输入模块的优势：

• 增强的过程控制：能够精确可靠地测量和控制模拟设备的过程参数。

• 增加数据采集：提供高通道数，用于从大量模拟传感器和变送器采集数据。

• 降低噪声干扰：通过电流隔离，将电气噪声的影响降至最低，确保准确的信号传输并降低测量误差的风险。

• 增强的系统可靠性：可承受恶劣的工业环境，减少停机时间和维护成本。

• 可扩展的解决方案：提供可扩展的解决方案，用于将ADI器件集成到现有控制系统中，从而实现轻松扩展和调整。

总体而言，FBM217 P0914TR模拟输入模块被证明是各种工业应用中的宝贵资产，它提供高精度、宽输入范围、电流隔离、坚固的结构以及用于将模拟设备集成到控制系统中的可扩展解决方案。

FBM217 P0914TR 模拟量输入模块

The FBM217 P0914TR is an analog input module designed for use in Foxboro I/A series Distributed control systems (DCS). It can accept a variety of analog voltage and current signals from field equipment and convert them into digital signals that can be processed by DCS.

Main features of the FBM217 P0914TR analog input module:

32 channels Analog input: Provides 32 independent channels for receiving analog voltage and current signals from field devices.

Wide input range: Accepts a wide input range of -10 V to +10 V or 4 mA to 20 mA for a variety of sensor and transmitter signals.

High accuracy: Full scale accuracy of ±0.1% ensures accurate measurement and control.

Current isolation: Electrical isolation between each channel prevents electrical noise and ground faults.

Rugged construction: Rugged aluminum housing for harsh industrial environments.

FBM217 P0914TR analog input module application:

Process control systems: Monitor and control various process parameters such as pressure, temperature, flow and level through analog sensors and transmitters.

Machine control systems: Connect with analog sensors and actuators in the machine control system to provide accurate data for machine operation and control.

Asset Management System: Integrated with Analog Devices in the asset management system for condition monitoring and predictive maintenance.

Environmental monitoring systems: Monitoring environmental parameters such as air quality, water quality and weather conditions through analog sensors.

Remote monitoring systems: Data is collected from remote analog devices for centralized monitoring and control.

Advantages of using the FBM217 P0914TR analog input module:

Enhanced process control: The process parameters of analog devices can be measured and controlled accurately and reliably.

Increased data acquisition: Provides a high channel count for data acquisition from a large number of analog sensors and transmitters.

Reduce noise interference: Through current isolation, the impact of electrical noise is minimized, ensuring accurate signal transmission and reducing the risk of measurement errors.

Enhanced system reliability: Withstands harsh industrial environments, reducing downtime and maintenance costs.

Scalable solutions: Provides scalable solutions for integrating ADI devices into existing control systems for easy expansion and adjustment.

Overall, the FBM217 P0914TR analog input module is proving to be a valuable asset in a variety of industrial applications, offering high accuracy, wide input range, current isolation, rugged construction, and scalable solutions for integrating analog devices into control systems.