Johnson Controls TE-6315M-1 Temperature Sensor

The Johnson Controls TE-6315M-1 is a high-precision nickel temperature sensor designed for commercial HVAC applications requiring accurate duct air temperature monitoring. This 1k ohm nickel sensor features an 8-foot adjustable mount probe, allowing for flexible positioning across various duct sizes to ensure optimal airflow readings. As the direct replacement for the TE-6100-2, the TE-6315M-1 provides a seamless upgrade path for legacy systems without requiring extensive rewiring. Built with a rugged metal enclosure, this unit is engineered to withstand the vibration and environmental demands of mechanical rooms while maintaining a narrow tolerance for BAS (Building Automation Systems) integration.

• Universal Compatibility: Serves as a direct replacement for TE-6100-2, facilitating easy retrofits in existing Johnson Controls field installations.
• Precise Signal: The 1k ohm at 70?F nickel element delivers a stable, linear resistance output for accurate temperature control and monitoring.
• Flexible Installation: Features an 8-inch probe length with an adjustable mounting flange for precise sensor placement in high-velocity air streams.
• Durable Construction: The metal box enclosure provides superior physical protection and NEMA 1 rating for internal duct mounting applications.

What is the resistance curve for the TE-6315M-1?
This HVAC temperature sensor utilizes a standard 1k ohm nickel element (Class A) with a specific TCR (Temperature Coefficient of Resistance) compatible with Metasys and other legacy building controllers.

Is the probe length adjustable on this model?
Yes, the adjustable mount allows technicians to set the insertion depth of the 8-foot probe to ensure the sensing element is positioned in the center of the air stream for the most accurate duct temperature sensing.

Can I use the TE-6315M-1 to replace an older TE-6100 series sensor?
The TE-6315M-1 is the official replacement part for the discontinued TE-6100-2, maintaining the same electrical characteristics and physical mounting footprint.

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.