Johnson Controls TE-6000-100 Temperature Sensor

The Johnson Controls TE-6000-100 is an ultra-precision 1000 ohm nickel RTD sensing element engineered for high-accuracy building automation and HVACR control. This wide range temperature sensor delivers a substantial resistance change of 3 ohms per degree Fahrenheit, ensuring superior resolution for controllers monitoring critical environments from -50 to 250?F. As the direct replacement for TE-6000-101, this unit offers an upgraded ?0.1% resistance tolerance at 70?F, providing the tightest calibration available in the TE-6000 series for technical applications requiring exact thermal feedback.

Designed for versatile field assembly, the sensor features 18 AWG two-wire leads and a durable copper probe construction. It is fully compatible with TE-6001 hardware assemblies for duct, immersion, or outside air mounting. For veteran technicians, this nickel temperature sensing element is the go-to component for eliminating "hunting" in sensitive control loops and ensuring long-term stability in Johnson Controls Metasys and other third-party BAS platforms.

• Extreme Accuracy: Features a ?0.1% resistance tolerance across a wide -50 to 250?F range, far exceeding standard ?1.0% elements.
• High Sensitivity: 1k ohm nickel composition provides a 3-ohm/?F coefficient, allowing controllers to detect minute temperature shifts.
• Drop-in Compatibility: Serves as a 1:1 functional replacement for the discontinued TE-6000-101 model.
• Rugged Build: Utilizing a copper probe and 18 AWG leads for reliable conductivity and mechanical durability in commercial environments.

Can this sensor be used in a thermowell?
Yes, when combined with TE-6001-3 packing nut and fittings, it is compatible with WZ-1000 series immersion wells for liquid temperature sensing.

How do I identify the TE-6000-100 in the field?
The leads are typically marked with a red color-coded band to distinguish this high-precision ?0.1% model from standard ?1.0% (green band) versions.

Does it require shielded cable?
While often unnecessary for short runs, shielded cable is recommended when routing near high-voltage motor control centers to prevent electromagnetic interference.

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.