FS950W-1 Fireye SOFTWARE

Overview

The Fireye FS950W-1 is a dedicated Windows-based communication software designed for use with Fireye InSight I, 45FS1, and 45UVFS1 flame scanners. It serves as a comprehensive interface for real-time data collection, monitoring, and programming of compatible flame detection systems. By providing a graphical representation of scanner data, it allows operators to analyze flame quality and scanner performance effectively, facilitating improved burner discrimination and safety management in industrial combustion environments.

Features

• Real-time data collection and monitoring of flame signals and scanner status.
• Graphical user interface featuring faceplates and bar graphs for intuitive data visualization.
• Programming capabilities to configure scanner parameters and set points remotely.
• Event logging and list tracking for flame status changes (ON/OFF).
• Historical data trending and storage for analysis of signal strengths, gains, and shutdowns.
• Multiple language support including English, French, German, and Spanish.
• OPC server interface for transmitting scanner data to plant-wide Distributed Control Systems (DCS).

Specifications

• Model Number: FS950W-1
• Media Format: CD-ROM
• Compatible Scanners: InSight I (95IRS2, 95UVS2, 95DSS2), 45FS1, and 45UVFS1
• Operating System Requirements: Windows XP, 7, or 8 (32 or 64-bit)
• Hardware Requirements: Pentium class microprocessor, 40 MB free disk space, CD-ROM drive
• Communication Interface: RS485 (Requires RS232 to RS485 or USB to RS485 converter)
• Registration: Requires an unlock code provided by Fireye technical support upon installation

Applications

The FS950W-1 software is primarily used in commercial and industrial power plants, refineries, and manufacturing facilities that utilize Fireye InSight I and signature scanners. It is ideal for multi-burner environments where precise flame discrimination is necessary to prevent nuisance shutdowns. Operators use the software to monitor flame stability, troubleshoot scanner communication issues, and integrate flame safety data into larger building management or process control systems.