Kodiak Controls T1E3D2 Well

The Kodiak Controls T1E3D2 is a professional-grade brass thermowell designed for demanding HVACR and hydronic applications. Featuring a 3/4" NPT process connection and a 3 1/2" insertion length, this component provides a robust protective housing for temperature sensors, ensuring accurate thermal transfer while isolating the sensing element from the system fluid. Built for high-pressure environments, the T1E3D2 well supports a maximum operating pressure of 300 psi at 150°F and maintains structural integrity up to 350°F. The 1 1/4" NPT internal thread is specifically engineered for industrial thermometer compatibility, making it a standard choice for contractors looking for reliable HVAC temperature sensor protection. Its straight shank design and solid brass construction offer superior corrosion resistance and thermal conductivity, allowing for seamless integration into standard piping systems without compromising sensor response time.

Key Benefits for Technicians:

• Internal 1 1/4" NPT Thread: Specifically tapped to accommodate standard industrial thermometers and digital temperature probes.
• Durable Brass Build: Optimized for hydronic heating and cooling systems to prevent sensor corrosion and scaling.
• High-Pressure Tolerance: Rated for up to 300 psi, providing a safe barrier between the probe and the system media during live operation.
• Optimized Insertion: The 3 1/2 inch stem length ensures the sensor reaches the critical flow path for precise temperature regulation.

Common Questions:

What is the maximum temperature rating for the T1E3D2?
This brass thermowell is rated for a maximum operating temperature of 350°F (176°C), suitable for most low-to-medium pressure steam and hot water applications.

Will this work with 1/2" NPT sensors?
No, the T1E3D2 features an 1 1/4" NPT connection for the thermometer side. Verify your probe thread size before installation to ensure a leak-proof fit.

Can I replace a sensor without draining the system?
Yes, once this 3/4" NPT brass well is installed in the piping, you can remove or replace the sensing element without shutting down the system or exposing the technician to hot fluids.

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.