Raypak Copper Tube Bundle For Model 266A, 267A Low NOx Heater - 010060F

Raypak Copper Tube Bundle For Model 266A, 267A Low NOx Heater - 010060F

Tube Bundle Copper/Polymer, Raypak 010060F

What our Experts Think

• Premium Compatibility: Designed specifically for Raypak 266A & 267A Low NOx heaters, ensuring perfect fit and optimal performance.
• Durable Construction: Made from high-quality copper tubing for superior heat transfer and long-lasting reliability.
• Efficiency Boost: Enhances heater efficiency, maintaining consistent water temperature while reducing energy waste.
• Low Maintenance: Resistant to corrosion and scaling, minimizing downtime and replacement costs.
• Trusted by Professionals: Recommended by HVAC technicians for quick installation and dependable operation.

Q&A

Q: What is the Raypak Copper Tube Bundle 010060F?
A: It’s a genuine replacement copper tube bundle for Raypak 266A and 267A Low NOx heaters, designed for efficient heat transfer and long-lasting performance.

Q: Which heaters is it compatible with?
A: Compatible with Raypak 266A and 267A Low NOx models.

Q: Why should I use an original Raypak copper tube bundle?
A: Ensures optimal heater efficiency, reduces maintenance issues, and maintains manufacturer warranty compliance.

Q: How easy is it to install?
A: Designed for straightforward replacement with standard tools; professional installation recommended.

Q: Will it improve heater performance?
A: Restores proper heat exchange efficiency, ensuring consistent water heating and energy savings.

Maintenance Tips

• Inspect tubes monthly for corrosion, leaks, or scaling.
• Flush the system annually with a manufacturer-approved descaler.
• Maintain proper water chemistry—balance pH, hardness, and alkalinity.
• Avoid harsh or acidic chemicals that damage copper.
• Check and clean the heater’s inlet/outlet screens regularly.
• Ensure proper flow rates to prevent overheating or tube stress.
• Winterize the heater if not in use to prevent freezing damage.
• Schedule professional servicing periodically for optimal efficiency.