Johnson Controls Inc
Johnson Controls TE-6310F-1 Nickel 1k ohm Flush Mount hvac control
Nickel 1k ohm flush-mount temperature sensor for building automation systems, accurate to ±0.34 °F from -50 °F to 70 °F
- Accurate sensing within ±0.34 °F across range
- Nickel 1 kΩ element integrates with building automation
- Flush-mount steel housing fits standard wall openings
- Hardwired connection ensures reliable signal transmission
- Operates from -50 °F to 70 °F for HVAC control
Product Identity
The Johnson Controls TE-6310F-1 is a nickel 1k ohm temperature sensor designed for building automation systems. It provides a single-point measurement across a range of -50 to 70 degrees Fahrenheit with an accuracy of +/- 0.34 degrees F.
Installation Context
The sensor features a flush-mount steel housing intended for wall installation and requires a hardwired electrical connection. It integrates directly into compatible building automation loops, eliminating the need for a local display or separate transmitter housing.
Sustained Operation
The nickel sensing element maintains its specified accuracy continuously across the full operating range without drift. Because the unit has no active output electronics or display, it draws no operating power and adds no heat load to the measured environment during long-term deployment.
Highlights
- Accurate sensing within ±0.34 °F across range
- Nickel 1 kΩ element integrates with building automation
- Flush-mount steel housing fits standard wall openings
- Hardwired connection ensures reliable signal transmission
- Operates from -50 °F to 70 °F for HVAC control
Specifications
| Brand | JOHNSON CONTROLS |
|---|
Questions about this item
At what temperature does the sensor stop giving accurate readings?
The sensing range ends at 70 degrees Fahrenheit, so sustained temperatures above that will exceed the calibrated limit.
How much does the sensor itself heat up or draw power when running continuously?
It is a passive nickel 1k ohm element with no display or active circuitry, so self-heating and power draw are negligible.
What wiring must already be in place for the hardwired connection?
A two-wire loop capable of carrying the 1k ohm resistance signal back to the building automation controller is required.
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