Foxboro FCM100Et P0926GS Redundant Fieldbus Communication Module

 Power Parameters：

Nominal Voltage: 24 VDC.

Voltage Range: 21.6-26.4 VDC.

Maximum Voltage: 26.4 VDC.

Voltage Drop: <2.4VDC.

Power Module Load: <10 watts.

Maximum Current Rating: 2 mA per channel.

Minimum Required Load: 21.6 mA.

Load Leakage: 1 mA maximum.

Point Isolation: 2500 VDC.

 Protocol Conversion and Communication:Foxboro FCM100Et acts as a bridge between 100 Mbps Ethernet and 2 Mbps HDLC fieldbus, enabling seamless data exchange between control processors and field devices; Compatible with Modbus TCP, RS-485, and other industrial protocols, facilitating integration with third-party devices. 

Redundant Design for High Reliability: Foxboro FCM100Et supports redundant configurations to ensure uninterrupted communication. If one module fails, the backup module automatically takes over, maintaining system continuity;Provides isolation between Ethernet and fieldbus networks to prevent signal interference and enhance safety in harsh environments.

Data Management and Scalability:  Manages up to 2000 DCI data points, covering analog/digital signals and third-party device data; Supports both digital signals (e.g., discrete I/O) and analog signals.

Application Versatility: Foxboro FCM100Et is widely used in oil and gas, power generation, water treatment, and chemical processing for process control, remote monitoring, and safety systems; Seamlessly connects to Foxboro’s I/A Series components via the MESH control network. 

Power Generation: It has an important role in power plants thermal power, nuclear power, renewable power generation (solar, wind power plants, etc.) It is responsible for managing the electricity-producing operations involved with controlling the boiler, monitoring the turbine, and connecting to the grid. With accurate control of these factors, it helps to ensure the power plant operates stably and the electricity is supplied reliably.

Pharmaceutical Manufacturing： In the pharmaceutical industry, maintaining strict control over the production process is one of the most important aspects of ensuring drug safety. In pharmaceutical production, Foxboro FCM100Et can be used to detect reaction temperature, pressure and to control raw materials and solvent flow. It assists in supporting production process continuity and that the drugs produced maintain acceptable standard.