NRG Systems’ T60 Temperature Sensor builds on
the NRG 110S’s trusted design, offering improved
temperature accuracy and long-term reliability in
harsh environments. Ideally suited for remote wind
and solar energy studies, the data from this sensor can
be used to calculate energy density and atmospheric
stability conditions, monitor air temperature, identify
icing conditions in cold climates, and estimate PV panel
efficiency.
Key Benefits:
Same physical design, body materials, and radiation
shield as 110S, ensuring seamless transition to T60
• Lower measurement uncertainty
ILAC-compliant, NIST-traceable calibrations available
from an ISO 9001:2008, ISO/IEC 17025:2017 certified
laboratory
• Can measure up to 70°C (5°C greater than the 110S)
Suitable for the temperature measurement
requirements of remote wind and solar energy studies
NRG T60
TEMPERATURE SENSOR
Blue epoxy at base
6_2020_V2
SPECIFICATIONS 110S (1906) 110SC (4429) T60 (9400) T60C (9401)
Sensor Type
Integrated circuit temperature sensor with six plate radiation shield
Sensor Range (SymphoniePRO)
-40 °C to 65 °C (-40 °F to 149 °F) -40 °C to 70 °C (-40 °F to 158 °F)
Instrument compatibility
All NRG loggers
Accuracy
Uncertainty (k=2):
±1.24°C (±2.23°F)
Uncertainty (k=2):
±0.43°C (±0.77°F)
Uncertainty (k=2):
±0.200 °C (±0.360 °F)
Uncertainty (k=2):
±0.164 °C (±0.295 °F)
Thermal Time Constant
10 minutes 5.38 minutes
Supply Voltage
4 V to 35 V DC 5 to 15 V DC
Supply Current
300 µA max. (no load on output)
1.2 mA max. (no load on output)
• SymphoniePRO Pulsed: 0.85 mA average
• SymphoniePLUS3 Pulsed: 0.43 mA average
Lifespan
10 years +
SPECIFICATIONS
The NRG T60 Temperature Sensor was designed to be a drop-in
replacement for the NRG 110S Temperature Sensor. Accordingly,
most 110S characteristics have been maintained in the T60. This
chart summarizes the key differences between the two sensors.
Please visit our website for the full set of sensor specifications.
Measurement Uncertainty (±°C)
1.4
1.2
1.0
0.8
0.6
0.4
0.2
0.0
110S (1906) 110SC (4429) T60 (9400) T60C (9401)
NRG TEMPERATURE SENSOR ACCURACIES