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LoRaWAN 863-870 PULSE IP68 - Guide utilisateur / User guide V4.0.0
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Page
of 58
Eg:
Register Value encoding
Value
Result
S320
Hexadecimal
0x39
Channel A:
• Activated
•
Meter other than gas
•
Tamper input activated
Channel B :
• Activated
•
Gas meter
•
Tamper input disabled
S322
Hexadecimal
0x57
Anti-bounce :
•
Channel A = 500ms
•
Channel B = 100ms
S325
Decimal
60
Flow calculation period (channels A and B) = 60min
S328
Decimal
10
Leak threshold (channel A) = 10 pulses par hour
S329
Decimal
0
Leak threshold (channel B) = 0 pulse par hour
S330
Decimal
3
Daily periods number under the leak threshold (channel
A) = 3
S331
Decimal
5
Daily periods number under the leak threshold (channel
B) = 5
In this example, all the periods during which the flow rate on the channel A is less than 10 pulses /
hour are considered as periods of zero flow. If the total daily number of zero flow periods is less than 3
then it is considered that there is a leak on the channel A.
2.5. Timestamp of the data
The sensor can integrate the timestamp of the last data in
the frame if the option is activated. Timestamp is given
in EPOCH 2013 (please, refer to the TRM of the product to
know the content of each frame).
To configure the timestamp, open the IoT Configurator and
go to the Applicative Configuration, in “Timestamp configu
-
ration” check the box for “Timestamp activated”.
Then you can go to the Advanced mode to set the UTC time
using the corresponding button.
In option, not recommended by Adeunis, it is possible to
determine a local timestamp sent by the product. To do so,
determine in the Timestamp Configuration the Timezone
where the product is installed, and choose if you want that
the product manage automatically the daylight saving time.