TEMP V4 IP68 LoRaWAN 863-870 - Guide utilisateur / User guide version V3.1.1
To program registers, here are the steps to follow depending on the chosen mode.
Example of possible configurations:
Case (no 100% alarm) with 2 probes activated
•
Reading/sampling : 10 minutes
•
Historisation : every hour (so each 6 readings)
•
Transmission : twice a days (each 12 historisations)
•
Reading/sampling : 10 minutes
•
Historisation : at each reading
•
Transmission : maximum allowed per frame (here in LoRaWAN 863-870)
•
Reading/sampling : 5 minutes
•
Historisation : every 15 minutes (so each 3 readings)
•
Transmission : every hour (so each 4 historisations)
•
Reading/sampling : each hour
•
Historisation : at each reading
•
Transmission : at each historisation
•
Reading/sampling : each hour
•
Historisation : at each e reading
•
Transmission : every 4 hours (so each 4 historisations)
•
Reading/sampling : every 10 seconds
•
Historisation : every minutes (so each 6 readings)
•
Transmission : every 10 minutes (so each 10 historisations)
•
Reading/sampling : every minutes
•
Historisation : at each reading
•
Transmission : every 10 minutes (so each 10 historisations)
Reminder : In LoRaWAN, the technology enables to have 24 samples per frame (12 samples per probe). If only one probe is activated, it is
possible to configure 24 in register S301 without losing data. If the 2 probes are activated, it is mandatory to configure at maximum 12 in the
register S301 to not lose data. If there is too much data for the capacity of the frame, the flag "configuration incoherency" will appear in the
concerned frame and the oldest samples will be lost.
Associated con-
Theoretical number
figuration
of periodical frame
sent per day
•
321 = 300
•
320 = 6
2 frames
•
301 = 12
•
321 = 300
•
320 = 1
12 frames
•
301 = 12
•
321 = 150
•
320 = 3
24 frames
•
301 = 4
•
321 = 1800
•
320 = 1
24 frames
•
301 = 1
•
321 = 1800
•
320 = 1
6 frames
•
301 = 4
•
321 = 5
•
320 = 6
144 frames
•
301 = 10
•
321 = 30
•
320 = 1
144 frames
•
301 = 10
FR
EN
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