Foxboro FCM10E - Fiber Optic Communication Module for Foxboro I/A Series Control Systems

Foxboro FCM10E – Fiber Optic Communication Module for Foxboro I/A Series Control Systems

In stock

Product Introduction:
The Foxboro FCM10E is a fiber optic communication module for the Foxboro I/A Series distributed control system. The “FCM” stands for Fiber Communication Module, “10E” identifies the specific module as a fiber optic interface. This module provides high-speed, long-distance communication between I/A Series controllers, I/O racks, and remote I/O using fiber optic cables. The FCM10E converts the electrical signals from the I/A Series backplane into optical signals for transmission over fiber, and vice versa. Fiber optic communication is immune to electromagnetic interference (EMI), making it ideal for electrically noisy environments like power plants and substations. The module supports redundant fiber paths for high availability.

Technical Specifications:
Board Type: Fiber Optic Communication Module
System: Foxboro I/A Series (Series 2, Series 3)
Fiber Type: Multi-mode fiber (62.5/125 micron) or single-mode fiber (9/125 micron)
Connectors: Dual SC or ST connectors (transmit and receive)
Data Rate: Up to 10 Mbps (I/A Series bus speed)
Distance: Up to 2 kilometers (multi-mode) or 40 kilometers (single-mode)
Protocol: Foxboro I/A Series proprietary protocol over fiber
Redundancy: Dual fiber paths (A/B) for redundant communication
Isolation: 1500V RMS galvanic isolation between electrical and optical sides
LED Indicators: Link status, data transfer, and fault LEDs
Power: 5V DC from I/A Series backplane
Form Factor: 3U Eurocard
Operating Temperature: 0 to 60 degrees Celsius

Functional Features:
EMI Immunity: Fiber optic communication is completely immune to electromagnetic interference, making it ideal for substations and power plants.
Long-Distance Communication: Supports distances up to 40km (single-mode), enabling communication between buildings or across large plants.
Redundant Paths: Dual fiber paths ensure that a single fiber cut never causes a communication loss.
Galvanic Isolation: 1500V RMS isolation protects the I/A Series controller from electrical faults on the fiber side.
Hot Swappable: Can be removed and replaced while the system is running.
Auto-Negotiation: Automatically detects fiber link status and adjusts transmission parameters.

Application Scenarios:
Substation Communication: Connects I/A Series controllers in electrically noisy substations where copper cables would pick up interference.
Long-Distance Plant Networks: Links control rooms separated by hundreds of meters or kilometers using single-mode fiber.
Remote I/O Racks: Connects remote I/O racks located in hazardous or electrically noisy areas to the main control room via fiber.
Redundant Backbone: Provides the redundant communication backbone for large I/A Series installations.

Show More Show Less