Product Overview

The FOXBORO FCM2F2 P0914YZ is a fiber optic Fieldbus Communications Module designed to extend the reach of I/A Series 200 Fieldbus Modules (FBMs). Manufactured by FOXBORO (Schneider Electric), this module enables long-distance communication between FBMs and DCS controllers or other FBMs using multimode fiber optic cable. It is ideal for distributed installations across large industrial sites.

Key Technical Specifications

Performance & Integration

FCM2F2 P0914YZ supports high-speed, long-distance signal transmission using multimode fiber. It enables flexible system architecture by allowing FBMs to be located remotely from controllers. The module’s rugged design ensures reliable operation in harsh industrial environments, and its compatibility with various protocols makes it suitable for integration with PLCs, RTUs, and SCADA systems.

Application Scenarios

This module is widely used in refineries, chemical plants, and power stations where FBMs must be distributed across large areas. It supports both point-to-point and multi-drop configurations, enhancing scalability and system resilience. FOXBORO FCM2F2 P0914YZ is essential for extending control networks without compromising signal integrity.

Product Benefits

• Extends FBM communication up to 2 km over fiber

• Supports multimode fiber with high signal fidelity

• Compatible with multiple industrial protocols

• Compact and lightweight for easy installation

• Certified for industrial-grade reliability

Frequently Asked Questions

Q: Is the FOXBORO FCM2F2 P0914YZ module brand new and original?
A: Yes, all units are 100% new and original from FOXBORO.

Q: Do you have this module in stock?
A: We currently have inventory available for FCM2F2 P0914YZ.

Q: How long does shipping take?
A: Orders ship within 3 days to 2 weeks, depending on quantity and logistics.

Q: What logistics providers do you use?
A: We ship via DHL, FedEx, and other reliable carriers.

Q: What if the module has a quality issue?
A: We offer a 30-day return policy for any quality-related concerns.