Frames Of Information On The Product Configuration - ADEUNIS ARF8230AA Guide Utilisateur

LoRaWAN 863-870 Pulse - Guide utilisateur / User guide version V2.0.0
4.1.2

Frames of information on the product configuration

Following reception of a downlink frame with the code 0x01 or on switching to the operating mode
(from the Park or Command Mode), the next frame (0x10) representing the application configuration of
the product is transmitted:
0 1
Code Status
FR
0x10 Cf
Status
0x10 0xA3
... 14 à 15
...PAYLOAD
EN
S328
0x000A
Its size is of 22 bytes.
Description of the frame:
• Byte 2 : register 306, product mode (Park, Standard (production), Test or REPLI)
• Bytes 3 to 4 : register 301, periodicity of transmission (periodic mode), expressed in minutes
• Byte 5 : register 320, channels configuration (A and B)
• Byte 6 : register 321, history configuration (channels A and B)
• Byte 7 : register 322, anti-bounce filter period (channels A and B)
• Bytes 8 and 9 : register 325, flow calculation period (x1 minute if S306=1, x20 seconds if S306=2)
• Bytes 10 and 11 : register 326, flow threshold (channel A)
• Bytes 12 and 13 : register 327, flow threshold (channel B)
• Bytes 14 and 15 : register 328, leak threshold (channel A)
• Bytes 16 and 17 : register 329, leak threshold (channel B)
• Bytes 18 and 19 : register 330, number of daily periods under leak threshold (channel A)
• Bytes 20 and 21 : register 331, number of daily periods under leak threshold (channel B)
In the example in grey this gives:
• Byte 2 : S306=0x01: PRODUCTION mode in progress
• Bytes 3 et 4 : S301=0x003C = 60 (decimal): transmission period is set to 60 minutes.
• Byte 5 : S320 = 0x39 : channels configuration (A and B) :
• Channel A:
- Activated
- Meter other than gas
- Tamper input activated
• Channel B:
- Activated
- Gas meter
- Tamper input deactivated
• Byte 6: S321=0x02, history configuration: channels A and B : history mode with recording of
counters every hours and sending every 24h so 24 values by meter
• Byte 7: S322=0x57, anti-bounce channel A = 500ms and channel B = 100ms
• Bytes 8 and 9: register 325=0x003C=60 (decimal), flow calculation period is set to 60min
• Bytes 10 and 11: S326=0x2710=10 000 (decimal), flow threshold for channel A is to 10,000 pulses
per hour
• Bytes 12 and 13: S327=0x7530=30 000 (decimal), flow threshold for channel B is to 30,000 pulses
per hour
• Bytes 14 and 15: S328=0x000A=10 (decimal), leak threshold for channel A is to 10 pulses per
hour
• Bytes 16 and 17: S329=0x0000, leak threshold for channel B is to 0 pulse per hour
• Bytes 18 and 19: S330=0x0003, number of daily periods under leak threshold for channel A is set
to 3
• Bytes 20 and 21: S331=0x0005, number of daily periods under leak threshold for channel B is set
to 5
2 3 et 4 5
PAYLOAD...
S306 S301 S320
0x01 0x003C 0x39
16 à 17 18 à 19 20 à 21
S329 S330 S331
0x0000 0x0003 0x0005
6 7 8 et 9
S321 S322 S325
0x02 0x57 0x003C
10 et 11 12 à 13 ...
S326 S327
0x2710 0x7530
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