DE601-108A Fireye Scanner Assembly

Overview

The Fireye DE601-108A is a precision-engineered scanner electronics assembly designed for use within the C9502N series of infrared (IR) flame scanners. This component is a critical part of industrial flame safeguard and burner management systems, providing reliable flame monitoring by detecting infrared radiation from combustion. It is specifically designed to work in conjunction with Fireye controllers to ensure safe and efficient burner operation by providing fast flame-on and flame-off decisions.

Features

• Infrared (IR) detection technology optimized for monitoring the bright orange flames typically produced by oil and gas fuels.
• High-performance electronics designed for stable signal processing and fast response times to improve system safety.
• Modular design as a replacement electronics assembly, allowing for easier maintenance of C9502N series scanners without replacing the entire housing.
• Designed for industrial durability, capable of withstanding harsh environments common in boiler rooms and manufacturing facilities.
• Reliable flame discrimination to prevent nuisance trips and ensure the scanner is monitoring the intended burner flame.

Specifications

• Model Number: DE601-108A
• Series: C9502N
• Detection Method: Infrared (IR)
• Compatibility: Fireye C9502N scanners and R9005, R9100, R9101, R9103, and R9105 controllers
• Operating Voltage: Typically 560 VAC (S1-S2) when integrated with compatible Fireye controls
• Operating Temperature: -40 degrees F to 200 degrees F (-40 degrees C to 94 degrees C)
• Humidity: 85% RH maximum, non-condensing
• Construction: Conformally coated electronics for protection against moisture and contaminants

Applications

The DE601-108A scanner assembly is used in industrial and commercial combustion systems where direct line-of-sight flame monitoring is required. It is commonly applied in package boilers, process heaters, furnaces, and ovens. Because of its IR sensing capabilities, it is particularly effective for monitoring flames from various fuel sources, including multiple grades of fuel oil and coal, where the infrared signal is more prominent than ultraviolet radiation.