Johnson Controls TE-636GM-1 Temperature Sensor

The Johnson Controls TE-636GM-1 is a professional-grade duct mount temperature sensor designed for precision monitoring in commercial HVAC control systems. This unit features a 10k ohm Type II thermistor, ensuring accurate thermal feedback and seamless integration with Metasys and other building automation platforms. Built with a durable 4-inch stainless steel probe and a NEMA 1 plastic enclosure, the TE-636GM-1 is engineered to withstand the turbulent airflow within supply, return, or exhaust ducts. The TE-6300 series architecture provides reliable resistance temperature detector performance, minimizing drift over long-term operation. Contractors appreciate the straightforward ducted air temperature sensor installation process, utilizing a locking screw terminal block for secure wiring. Whether you are replacing a legacy Johnson Controls thermistor or performing a new system startup, this sensor delivers the consistent signal stability required for optimized PID loops and efficient plant operation.

• High Accuracy: Utilizes a 10k ohm Type II thermistor for precise resistance-to-temperature tracking.
• Robust Build: 4-inch stainless steel probe resists corrosion and provides fast thermal response times.
• Standardized Housing: NEMA 1 enclosure protects terminal connections in indoor mechanical environments.
• Universal Integration: Designed for compatibility with high-end controllers requiring accurate duct air sensing.

What is the resistance value of the TE-636GM-1?
This model utilizes a 10k ohm Type II thermistor, which is a standard curve for many building automation controllers.

Can this sensor be used in outdoor air applications?
While the probe is durable, the NEMA 1 enclosure is intended for indoor duct mounting. For outdoor applications, a NEMA 3R or NEMA 4 rated housing is recommended.

Does this unit require calibration upon installation?
The TE-636GM-1 is factory-calibrated to provide an accurate resistance output based on the Type II curve, though field verification via a calibrated thermometer is standard practice during commissioning.

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.