60-1199-1 Fireye Sealing Coupling

Overview

The Fireye 60-1199-1 is a sealing coupling designed for use with flame safeguard systems, specifically to protect scanner lenses in demanding environments. It features a built-in quartz window that maintains a pressure-tight seal while allowing ultraviolet radiation to pass through to the flame scanner. This component is essential for applications where the scanner lens is exposed to excessive furnace or windbox pressure, ensuring the integrity of the combustion monitoring system. It serves as a direct replacement for the older 60-1199 model.

Features

• Pressure-Tight Seal: Provides a secure barrier to protect sensitive scanner components from furnace or windbox pressure.
• Quartz Window: High-quality quartz material ensures optimal transmission of ultraviolet (UV) signals for accurate flame detection.
• Durable Construction: Typically constructed with a rugged housing to withstand industrial combustion environments.
• Easy Integration: Designed with standard threading for straightforward installation into existing sight pipes.
• Enhanced Sensitivity: The optical design is optimized to maintain high sensitivity for the connected flame scanner.

Specifications

• Model Number: 60-1199-1
• Thread Type: 1 inch NPT (National Pipe Thread)
• Window Material: Quartz
• Compatibility: Designed for use with Fireye 45UV5 ultraviolet self-checking scanners and compatible with Flame-Monitor, BurnerLogix, D-Series, FlameWorx, and MicroM systems.
• Housing Material: Often utilized with cast aluminum scanner housings.
• Replacement Part: Direct replacement for Fireye part number 60-1199.

Applications

The 60-1199-1 sealing coupling is primarily used in industrial and commercial combustion systems where a flame scanner must be isolated from high-pressure zones. It is commonly applied in burner management systems for boilers, kilns, and furnaces. It is particularly necessary in installations where positive pressure in the combustion chamber or windbox could otherwise damage the scanner lens or allow combustion gases to escape through the sight pipe. Its use is vital for maintaining the safety and reliability of UV flame detection in pressurized heating and power generation processes.