Eclipse 10002242-1 Flame Rod

The Eclipse 10002242-1 Flame Rod is a critical ionization sensor designed for precise flame detection in high-demand industrial burner systems. Measuring 250mm long (approximately 9.84 inches) with a 1/2" NPT threaded connection, this rod is an essential component for maintaining combustion safety and operational efficiency. The 3.18mm electrode is engineered to withstand extreme temperatures and harsh furnace environments, ensuring a stable micro-amp signal back to the flame safeguard controller.

One of the primary advantages for field technicians is the ability to trim the flame rod to a specific length. This field-adjustability allows for custom sensor positioning to accommodate various burner configurations and fluctuating flame patterns at both low and high fire. By optimizing the rod's contact within the flame's secondary zone, you minimize nuisance faults and "no-flame" signal dropouts. This Honeywell Eclipse part is the standard for industrial burner maintenance, providing reliable flame sensing across manufacturing, refining, and power generation applications.

• Field Trimmable Electrode: Allows technicians to cut the 3.18mm rod to the exact length required for specific burner flame lengths and combustion chamber depths.
• Heavy-Duty Construction: Built with high-temperature alloys to prevent sagging and oxidation in industrial furnace environments.
• Standardized Fit: Features a 1/2" NPT thread for seamless integration into most Eclipse burner housings.
• Precise Ionization: Delivers a consistent flame signal to prevent unnecessary system shutdowns and safety lockouts.

• Can this rod be used for spark ignition? No, the 10002242-1 is specifically designed as a flame ionization sensor; using it as a spark electrode can damage the rod and the ignition transformer.
• How do I prevent nuisance flame failures with this part? Ensure the rod is positioned to intersect the flame envelope during all firing rates; the field-trimmable design is specifically intended to help you achieve this.
• Is the electrode material resistant to bypass grounding? Yes, the ceramic insulator is designed to maintain high dielectric strength at operating temperatures, preventing signal leakage to the burner nozzle or ground.

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Disclaimer: While we strive for 100% accuracy, product data and specifications are subject to change. Please contact our team to confirm compatibility or technical details before purchasing.