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Yokogawa F3LR02-0N Fiber Optic FA Bus Interface Module

Yokogawa F3LR02-0N Fiber Optic FA Bus Interface Module

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Brand:Yokogawa Electric
Item No.:F3LR02-0N
Product Origin:Japan
Product Dimensions:28.9 x 100 x 83.2 mm
Product Weight:0.12 kg
Payment:T/T, Western Union, Credit Card
Goods_stock:15
Shipping Port:Xiamen, China
Lead Time:1-3 Days
Condition:Brand New And Original
Warranty:1 Year
Certificate:COO

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Product Introduction

The Yokogawa F3LR02-0N Fiber Optic FA Bus Interface Module delivers high-speed, interference-free communication for industrial FA networks. It enables precise coordination between distributed control system nodes, supporting real-time process management and automated manufacturing.

Designed for seamless integration into Yokogawa FA systems, this module ensures reliable, deterministic communication in challenging industrial environments. Its fiber-optic interface provides enhanced signal integrity, fault tolerance, and operational uptime, making it a critical component for modern factory automation networks.


Technical Specifications

ParameterSpecification
Product ModelFiber Optic FA Bus Interface Module
Part NumberF3LR02-0N
ManufacturerYokogawa
Product TypeFiber-Optic Interface Module
Dimensions28.9 × 100 × 83.2 mm
Weight0.12 kg

Recommended Related Models

  • Yokogawa F3LR01-0N – Fiber Optic FA Bus Transceiver Module

  • Yokogawa F3LR03-0N – Fiber Optic Network Repeater Module

  • Yokogawa F3LC02-0N – FA Bus Communication Converter

  • Yokogawa F3LS01-0N – FA Bus Link Termination Module


Popular Related Models

  • Yokogawa F3LR04-0N – FA Bus Optical Interface Module with Extended Range

  • Yokogawa F3LC03-0N – FA Bus Fiber Converter Module

  • Yokogawa F3LS02-0N – FA Bus Link Termination and Monitoring Module

  • Yokogawa F3LR05-0N – High-Speed Fiber Optic Interface Module


Typical Industrial Applications

  • High-speed communication for FA (Factory Automation) networks

  • Integration of distributed control systems in manufacturing plants

  • Industrial automation in chemical, petrochemical, and power facilities

  • Fiber-optic network connectivity for Yokogawa FA systems

  • Reliable data transmission in harsh industrial environments

  • Linking multiple control and monitoring nodes for coordinated operations


Key Technical Advantages

  • Fiber-optic interface eliminates electromagnetic interference and ensures high signal integrity

  • Rapid data transfer rates suitable for time-sensitive automation applications

  • Supports multi-node network topologies with robust error detection

  • Seamless integration with Yokogawa FA Bus modules and control systems

  • Enhances network reliability and operational uptime in industrial environments


Technical FAQs

1. What is the role of this FA Bus Interface Module?
It provides fiber-optic connectivity for Yokogawa FA networks, enabling deterministic, high-speed communication between system nodes.

2. Can it support multi-node networks?
Yes, it is designed to interface multiple FA Bus nodes while maintaining reliable data transfer.

3. How does fiber-optic communication benefit industrial FA systems?
Fiber optics provide immunity to electrical noise, reduce signal loss over long distances, and maintain high-speed data integrity.

4. Is it suitable for real-time process control?
Yes, the module ensures low-latency communication necessary for precise, time-critical automation applications.

5. How does it integrate with other Yokogawa modules?
It connects directly to FA Bus modules, facilitating seamless data exchange and network synchronization.

6. What fault-tolerance features are available?
The module supports error detection and maintains reliable communication even under challenging industrial conditions.

7. Can it operate in harsh environments?
Yes, fiber-optic interfaces are inherently resistant to electromagnetic interference, making them ideal for industrial settings.

8. Does it support long-distance communication?
Yes, fiber-optic links can transmit signals over extended distances without significant loss or degradation.

9. How does it improve system reliability?
By ensuring clean, high-speed data transmission, it reduces communication errors and enhances operational uptime.

10. Is it suitable for complex automation networks?
Yes, it is optimized for multi-node FA Bus topologies with high-speed, deterministic performance.


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