🔥 Burnham 8236098 Main Burner Tube with 60° Pilot Bracket – Stainless Steel Replacement

🧭 Product Overview

The Burnham 8236098 Main Burner Tube comes with a 60° pilot bracket and is made of stainless steel for durability and long-lasting performance.
This OEM-quality part is designed for residential Burnham boilers and provides reliable main burner and pilot flame operation, ensuring efficient heating and safe combustion.

It replaces the older 8236118 model and is ideal for boiler maintenance, retrofits, or replacement of worn components.

✅ Key Features

• ✅ Includes 60° pilot bracket for proper pilot flame positioning

• ✅ OEM-quality stainless steel for long life

• ✅ 1-inch air tube diameter for optimal combustion

• ✅ Direct replacement for 8236118

• ✅ Designed for residential Burnham boilers

• ✅ Ensures efficient and reliable burner operation

📊 Technical Specifications

⚠️ Common Symptoms / When to Replace

• Pilot or main burner fails to ignite

• Uneven flame or weak pilot flame

• Visible corrosion, warping, or damage to the tube or pilot bracket

• Reduced boiler efficiency or higher fuel consumption

• Old 8236118 part failing or leaking

❓ Frequently Asked Questions (FAQ)

Q: Does this burner tube include the pilot bracket?

• ✅ Yes, this 8236098 model comes with a 60° pilot bracket for correct pilot flame positioning.

Q: What boilers is this compatible with?

• Designed for residential Burnham boilers. Always verify your model before ordering.

Q: Can this replace the 8236118?

• ✅ Yes, 8236098 is a direct replacement for the older 8236118 model.

Q: What is the air tube diameter?

• The main burner tube has a 1-inch diameter, designed for proper combustion.

Q: What material is it made from?

• Stainless steel, providing corrosion resistance and long-lasting durability.

💡 Shopping Tips

• Verify your boiler model before ordering

• Inspect the entire burner assembly when replacing this part

• Use OEM-quality parts to maintain boiler efficiency and safety

• Consider replacing other worn burner components at the same time for optimal performance