Information Frames On Network Configuration - ADEUNIS ARF8283A Guide Utilisateur

LoRaWAN DELTA P - Guide utilisateur / User guide version V1.0.0
Description of the frame:
Bytes 2 and 3: register 300, transmission period of the Keep Alive frame
Bytes 4 and 5: register 301, period of transmission of the periodic data in number of backups (history logs) to be carried out before transmis-
sion of a frame
Bytes 6 and 7: register 320, backup period: number of readings to be made before making a backup (history logs).
Bytes 8 and 9: register 321, data acquisition period (reading period)
In the example in grey, this results in:
Byte 2 and 3: S300=0x21C0 or 8640 in decimal, the transmission period of the life frame is equal to 8640x10=8640sec or 24h.
Bytes 4 and 5: S301=0x0008 or 8 in decimal.
Bytes 6 and 7: S320= 0x0012 or 18 in decimal.
Bytes 8 and 9: S321= 0x012C or 300 in decimal.
Bytes 10 and 11: S322 = 0x0001 either 1 in decimal form or a waiting time of 10 seconds from the end of detection.
In the example the device will take a reading every 10 minutes (300 seconds), will make a backup every 18 readings every 3 hours (18x300 sec
= 3 hours) and send a data frame every 24 hours (8 x 3 hours = 24 hours).
0x11 : configuration frame for the analog input 0-10 V.
0 1 2 et 3
Code Status
0x11 Cf Status
0x11 0xA3 0x0001
Its size is 8 bytes.
Description of the frame :
Bytes 2 and 3: Register 322, backup period: number of readings to be performed before making a backup (logging).
Bytes 4 and 5: Register 323, data acquisition period (sampling period) of analog input 0-10V
Bytes 6 and 7: Register 324, transmission period of the periodic data of the analog input 0-10V in number of backups to be performed before
transmission of a frame
In the example in grey, this results in:
Byte 2 and 3: S322=0x0001 or 1 in decimal
Bytes 4 and 5: S323=0x012C or 300 in decimal
Bytes 6 and 7: S320= 0x0001 or 1 in decimal
In the example, the product will take a reading every 10 minutes (300 seconds), make a backup at each reading and send a data frame to each
backup every 10 minutes.

4.1.3 Information frames on Network configuration

Following the receipt of a downlink with the code 0x02 or when entering the operating mode (exiting PARK or COMMAND mode), the following
frame (0x20) representing the network configuration of the device is transmitted:
0 1
Code Status
0x20 Cf Status
0x20 0xA0
Its size is 4 bytes.
Description of the frame:
Byte 2: S220 register: Enabling the Adaptive Data Rate
Byte 3: S221 register: Connection mode
In the example in grey, this results in:
Byte 2 = 0x01: Adaptive Data Rate is enabled
Byte 3 = 0x01: OTAA connection mode
4 et 5 6 et 7
PAYLOAD
S322 S323 S324
0x012C 0x0001
2 3
PAYLOAD
S220 S221
0x01 0x01
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