BASO K16RA-60 Thermocouple

The BASO K16RA-60 is a high-performance Husky series thermocouple engineered for demanding standing pilot ignition systems. Built with a heavy-duty nickel-plated exterior, this 60-inch lead is specifically designed to resist corrosion and oxidation in high-ambient temperature environments, making it a preferred choice for commercial cooking equipment and industrial heaters. This replacement thermocouple provides a stable 25-35 mV open circuit range, ensuring consistent millivolt output to the pilot valve power unit. The K16RA-60 is technically identical to the K16RA-60H and features a standard 11/32-32 male nut connector for seamless integration with BASO brand automatic pilot controls. In the field, technicians rely on this part for its 1500°F maximum hot junction temperature rating, which maintains circuit integrity even under intense thermal stress. Whether you are servicing a boiler, a commercial pizza oven, or a direct-fired heater, the BASO K16RA-60 delivers the reliability required to prevent nuisance outages and ensure safe gas flow regulation.

• Corrosion Resistance: Nickel plating extends service life in harsh, moisture-rich, or chemically active combustion environments.
• High Thermal Tolerance: Rated for hot junction temperatures up to 1500°F (816°C) to withstand continuous pilot flame exposure.
• Interchangeable Design: Functions as a direct high-performance upgrade for standard copper thermocouples including 17D, 50, and 97D series.
• Standardized Fitting: Features an 11/32-32 threading for a secure, leak-free connection to the thermoelectric gas valve.

Is the K16RA-60 compatible with other brands?
Yes, while optimized for BASO valves, the standard 11/32-32 nut and universal tip design allow it to be used with most manufacturers' standing pilot burners that require a thread-in connection.

What is the difference between K16RA-60 and K16RA-60H?
There is no functional or technical difference; these part numbers are identical. The 'H' suffix often denotes 'Husky' series or high-performance packaging but refers to the same nickel-plated 60-inch lead.

What causes a low millivolt reading on this part?
Low output is typically caused by improper tip placement (less than 0.5 inches in the flame), a sooting pilot orifice, or excessive cold junction temperatures. Ensure the lead is routed away from the main burner heat.

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.