FOXBORO FBM01 Detailed Introduction

FOXBORO FBM01 input interface module is designed to receive and process analog signals from field sensors,such as temperature,pressure,flow,etc.The module converts these analog signals into digital signals and transmits them to a computer system or control system for further processing and analysis.By monitoring and controlling these signals in real time,the system can achieve precise control and optimization of industrial processes.

Technical Specifications

Input Channels:The FOXBORO FBM01 module contains 8 independent isolated channels,each of which can accept 0 to 20.4 mA DC analog input signals.

Input Range:The input range of each channel is 0 to 20.4 mA DC,which is suitable for a variety of standard 2-wire analog sensor inputs,such as 4 to 20 mA transmitters or self-powered 20 mA signal sources.

Accuracy:The module has an accuracy of±0.05%of the range,ensuring the accuracy and stability of the signal.

Communication:The module exchanges data and communicates with computer systems or other external devices through redundant fieldbuses.

Power requirements:The input voltage range is 26 to 42 volts DC,and the maximum power consumption is 14W(maximum heat dissipation is 12W).

Functional features

High reliability:The FOXBORO FBM01 module uses high-quality components and manufacturing processes to ensure the high reliability and stability of the product.

Isolation protection:Each input channel has isolation protection function to prevent electrical noise and interference from affecting signal quality.

Easy to configure:The module has a simple configuration function,which is convenient for users to set and debug according to actual needs.

Multiple applications:The module is suitable for a variety of application scenarios such as analog instrumentation,industrial control,process control and monitoring,factory automation,intelligent networked PLC controllers,and automatic testing and data acquisition.

Application areas

The FOXBORO FBM01 input interface module is widely used in various industrial automation systems,such as petroleum,chemical,electric power,metallurgy,papermaking,pharmaceutical and other industries.In these industries,the module is used to receive and process analog signals from various sensors and convert these signals into digital signals for use by computer systems or control systems.By monitoring and controlling these signals in real time,the system can achieve precise control and optimization of industrial processes,improve production efficiency and quality,and reduce production costs and risks.