Adeunis RF ARF8180AA, User Manual

Page: 52 / 86

EN
LoRaWAN TEMP - Guide utilisateur / User guide version V2.0.1
52 of 86
1.5. Technical Specifications
1.5.1 General characteristics
Parameters Value
Supply voltage Nominal 3.6V
Power supply Removable battery version: SAFT LS14500
Maximal power 90mA
Working temperature -25°C / +70°C
Dimensions: 105 x 50 x 27mm
Weight 130g
Casing IP 67
Radio standards EN 300-220, EN 301-489, EN 60950
LoRaWAN network EU863-870
Max power transmission 14 dBm
Applicative port number (downlink) 1
1.5.2 Autonomy
Operating conditions: Sending periodicity Autonomy SF7 Autonomy SF12
Product shelf life before use: Maxi-
mum 1 year.
Calculations performed at a tempera-
ture of 20°C
Without super-sampling factor in the
period
140 frame/day 6.5 years 7 month
100 frame/day 7.8 years 1 year
50 frame/day 10.4 years 1.9 years
20 frame/day 13 years 4.1 years
10 frame/day 14.3 years 6.5 years
2 frame/day 15.4 years 12.2 years
The above values are estimations based on certain conditions of use and environment. They do not represent a commitment on the part of
adeunis®.
WARNING : the connection of the USB cable and the TEST mode can highly impact the device autonomy.
WARNING : the disconnection of a probe leads to an unusual consumption of the product, to avoid this inconvenience up-
date the S340 register configuration.
1.5.3 Sensor characteristics
Characteristics
Ambient sensor - temperature range -25°C .. +70°C
Ambient sensor - Inertia by 10°C steps 20 minutes
Remote sensor - Sensor temperature range -55°C..+155°C
Remote sensor - Wire temperature range -30°C+105°C
Remote sensor - Inertia by 10°C steps 15 minutes
Remote sensor - Cable length 2 meters
Resolution 0,1°C
Precision (guaranteed @-40°C...+155°C) +/- 0,1°C
CAUTION: Allow a few minutes for the probe to come back to room temperature before any manual operations to avoid mechanical damages.
In addition, the probe is designed to operate from -30°C to +105°C, above this range of temperature the sensor will continue to operate but
some tests have to be performed depending on the use case.