Rheem-Ruud 62-22669-92 Hot Surface Ignitor

Rheem-Ruud 62-22669-92 Hot Surface Ignitor

Rheem-Ruud

  • $122.67


When you are troubleshooting a Rheem-Ruud 62-22669-92 Hot Surface Ignitor, you need an OEM replacement that survives the high-intensity heat cycles of a modern gas furnace. This silicon carbide ignitor is engineered for a precise 34-second heat-up time, reaching an ignition temperature of 1800°F to ensure immediate burner lite-off. This kit includes a 5.25-inch insulation block and 8.5-inch lead wires, making it a drop-in Rheem replacement part for drum-style furnace configurations. As a technician, you know that hot surface ignition (HSI) systems are sensitive; this genuine Rheem 62-22669-92 unit provides the specific resistance and thermal durability required to prevent frequent furnace ignitor replacement calls. It is designed to stand up to the thermal stress of high-efficiency equipment while maintaining consistent amperage draw to satisfy the furnace control board’s flame sensing circuit.

Key Benefits
  • OEM Compatibility: Specifically designed as a direct replacement for Rheem-Ruud drum furnace models, ensuring proper alignment and fit.
  • High-Temperature Durability: Constructed from premium silicon carbide to withstand repeated 1800°F cycles without premature cracking.
  • Optimized Lead Length: Features 8.5-inch leads with factory-terminated connectors for a secure, high-heat resistant connection.
  • Protective Insulation: Includes a 5.25-inch insulation sleeve to protect internal wiring from radiant heat damage within the burner box.
Common Questions
  • How do I test if my 62-22669-92 ignitor is bad? Using a multimeter, check for continuity or measure the resistance across the leads. If the circuit is open or the resistance has increased significantly beyond factory specs, the element is failed.
  • Can I touch the silicon carbide element during installation? No. You must handle the unit by the ceramic base only. Oils from your skin can create hot spots on the element, leading to localized stress and immediate failure during the first heat cycle.
  • What causes these ignitors to fail prematurely? Beyond physical handling, high gas pressure, improper burner alignment, or excessive moisture in the combustion air can shorten the lifespan of the HSI element.

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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.

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