BASO K16RA-36 Thermocouple

The BASO K16RA-36 is a high-temperature nickel-plated thermocouple designed for demanding gas pilot applications where standard copper leads fail. This 36-inch lead features heavy-duty nickel plating to resist oxidation and corrosion in extreme heat environments common in commercial cooking equipment and industrial HVAC systems. As a genuine BASO Gas Products component, it provides consistent millivolt output to the safety shut-off valve, ensuring reliable flame rectification and system uptime. The K16RA-36 thermocouple is engineered for high-ambient temperatures, making it a critical HVAC replacement part for technicians servicing fryers, ovens, and boilers. Its robust construction minimizes voltage drop across the lead, maintaining a stable signal even as the pilot assembly ages. When troubleshooting a gas furnace pilot light or commercial burner that won't stay lit, the K16RA-36 offers the thermal durability required for long-term service life in high-cycle operations.

• Corrosion Resistance: Nickel-plated construction prevents premature lead failure due to high-heat oxidation.
• Universal Compatibility: Standard threaded connection fits most high-temperature BASO pilot burners and safety valves.
• High Millivolt Output: Optimized for consistent signal strength to ensure the electromagnetic coil remains energized.
• Industrial Build: Rated for higher ambient temperatures at the lead wire compared to standard residential thermocouples.

Common Questions

Is the BASO K16RA-36 compatible with standard residential water heaters?
While it features standard threading, this high-temperature nickel-plated lead is specifically intended for commercial or industrial applications where heat levels exceed the limits of standard copper leads. Verify the millivolt requirement of your specific valve before installation.

What causes a thermocouple signal to get weak in high-heat applications?
Oxidation at the junction or along the lead increases resistance. The nickel plating on the K16RA-36 serves to mitigate this resistance increase, maintaining the proper millivolt range required to hold the safety valve open.

Can I use a longer lead if 36 inches is more than I need?
It is best to use the shortest lead length possible to minimize millivolt drop, but if 36 inches is required for routing away from heat sources, ensure the connections are clean and tight to maintain circuit integrity.

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.