C9707A1023 Fireye Scanner

Overview

The Fireye C9707A1023 is a premium coded ultraviolet (UV) flame scanner designed for demanding industrial and commercial burner management applications. Engineered to provide superior flame verification, it utilizes specialized coded signal processing to distinguish between a genuine burner flame and background radiation or signals from adjacent burners. This advanced technology significantly reduces nuisance shutdowns caused by “refractory glow” or flame interference, especially in multi-burner configurations. The scanner is conformally coated for enhanced durability and features a non-incendive design, making it suitable for hazardous locations.

Features

• Coded UV signal processing eliminates false flame detection from background radiation and electromagnetic interference.
• High-sensitivity ultraviolet sensing (typically in the 185 to 260 nanometer range) for rapid flame-out detection.
• Conformal coating protects internal circuitry from moisture, dust, and corrosive industrial environments.
• Non-incendive design for safe operation in specific hazardous (Classified) locations.
• Rugged NEMA 4X / IP66 rated housing suitable for extreme plant conditions.
• Military-style quick-disconnect connector for secure and reliable electrical interfacing.
• Integrated 3/4-inch NPT purge hole to keep the optical path clear of debris and cool the internal components.

Specifications

• Model Number: C9707A1023
• Sensing Type: Coded Ultraviolet (UV)
• Mounting Connection: 3/4-inch NPT
• Electrical Connection: Military-style connector (compatible with DE701-007C and DE601-104G assemblies)
• Enclosure Rating: NEMA 4X / IP66
• Spectral Response: 185 to 260 nm
• Environmental Rating: Conformally coated, Non-incendive
• Shipping Weight: Approximately 6.57 lbs (2.98 kg)
• Compatibility: Exclusively for use with Fireye BurnerLogix, Flame-Monitor (E110, E120, E130), and compatible flame safeguard controls.

Applications

The C9707A1023 is primarily used in industrial and large commercial combustion systems, including power plant boilers, industrial furnaces, and large-scale water tube boilers. It is ideally suited for multi-burner environments where “flame discrimination” is critical to prevent interference from neighboring burners. Its non-incendive and conformally coated properties make it a trusted choice for chemical processing plants, refineries, and other harsh environments requiring high-reliability flame sensing for natural gas or oil-fired equipment.