C9507N4001 Fireye Scanner

Overview

The Fireye C9507N4001 All Fuel Scanner is a high-performance infrared and ultraviolet (UV) flame detector designed for industrial and commercial burner management systems. It is engineered to provide continuous, reliable monitoring of burner flames across a wide variety of fuel types, including gas, light oil, and heavy oil. The unit features 50 feet of factory-installed lead wires and is built to integrate seamlessly with Fireye MicroM and Flame-Monitor flame safeguard controls to ensure safe and efficient combustion processes.

Features

• Dual-spectrum sensing capability for comprehensive monitoring of all fuel types.
• High-sensitivity detection to accurately differentiate between burner flames and background radiation or ignition sparks.
• Rugged construction designed to withstand the demanding environments of industrial boiler rooms and furnaces.
• Simplified installation with 50-foot pre-wired lead wires (DE601-113 and DE601-104F).
• Compatible with a wide range of Fireye flame safeguard systems, including the MicroM Series and Modular M-Series II.

Specifications

• Model Number: C9507N4001
• Product Type: Infrared and UV All Fuel Flame Scanner
• Lead Wire Length: 50 feet (15.2 meters)
• Weight: Approximately 7 lbs (3.2 kg)
• Dimensions: 7.38 x 3.88 x 3.88 inches
• Operating Temperature: Typically -40 degree F to 140 degree F (-40 degree C to 60 degree C) for the control interface, with higher tolerances for the scanner head.
• Housing: NEMA 4X rated for protection against dust and moisture.
• Voltage Compatibility: Designed for use with 120 VAC or 230 VAC Fireye control systems.

Applications

The C9507N4001 is used in industrial and commercial combustion applications where precise flame verification is required. It is ideal for monitoring flames in single-burner or multi-burner boilers and furnaces found in schools, hospitals, power generation plants, petrochemical refineries, and food processing facilities. Its versatility makes it suitable for complex applications firing multiple fuels, ensuring a high level of safety and operational efficiency in HVAC and process heating equipment.