Adeunis RF ARF8180AA, Руководство пользователя

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LoRaWAN TEMP - Guide utilisateur / User guide version V2.0.1
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4.1.2 Frames of information on the product configuration
During the passage into operation mode (from the Park or Command Mode) or following the reception of a 0x01 downlink frame, the follow-
ing frames (0x10 to 0x12) representing the application configuration of the product are transmitted:
0 1 2 3 4 5 6 7 8 9 10
Code Status PAYLOAD
0x10 Cf Status S300 S301 S320 S321 S322 S323 S306 S340 S332
0x10 0xA2 0x48 0x00 0xD0 0x03 0x80 0x02 0x01 0x02 0x0A
Description of the frame:
• Byte 2: register 300, periodicity of the Keep Alive frame, expressed in tens of minutes
• Byte 3: register 301, periodicity of transmission (periodic mode), expressed in tens of minutes
• Byte 4: register 320, configuration of the probe 1
• Byte 5: register 321, configuration of the events of the probe 1
• Byte 6: register 322, configuration of the probe 2
• Byte 7: register 323, configuration of the events of the probe 2
• Byte 8: register 306, product mode (Park, Standard (production), Test or REPLI)
• Byte 9: register 340:
o 1 = only probe 1 is activated
o 2 = only probe 2 is activated
o 3 = the two probes are activated
• Byte 10: register 332, periodicity of the acquisition, expressed in minutes
In the example in grey this gives:
• Byte 2=0x48: register 300: Keep Alive frame transmitted every 12 hours
• Byte 3=0x00: register 301: event mode
• Byte 4=0xD0: Registry 320: identifier of the probe 1 given by the user is equal to 0xD
• Byte 5=0x03: Registry 321: detection of high and low thresholds of the probe 1
• Byte 6=0x80: Registry 322: identifier of the probe 2 given by the user is equal to 0x8
• Byte 7=0x02: Registry 323: detection of high and low thresholds of the probe 2
• Byte 8=0x01: Register 306: Production mode in progress
• Byte 9=0x02: Register 340: only the probe 2 is activated
• Octet 10=0x0A: register 332: periodicity of acquisition is 10 minutes
0 1 2 to 3 4 5 to 6 7 8 9 10
Code Status PAYLOAD
0x11 Cf Status S324 S325 S326 S327 S333 X X
0x11 0xA2 0x012C 0x0A 0x0032 0x05 0x06
Description of the frame:
• Bytes 2 to 3: Registry 324, high threshold of the probe 1, Most Significant Byte first
• Byte 4: register 325, hysteresis of the high threshold of the probe 1
• Bytes 5 to 6: Registry 326, low threshold of the probe 1, Most Significant Byte first
• Byte 7: register 327, hysteresis of the low threshold of the probe 1
• Byte 8: register 333, super-sampling factor
In the example in grey this gives:
• Bytes 2 to 3=0x012C: register 324, the value of the high threshold of the probe 1 is: 300/10=30°C
• Bytes 2 to 4=0x0A: register 325, the value of the hysteresis of the high threshold of the probe 1 is: 10/10=1°C
• Bytes 5 to 6=x0032: register 326, the value of the high threshold of the probe 1 is: 50/10=5°C
• Bytes 2 to 7=0x05: register 327, the value of the hysteresis of the low threshold of the probe 1 is: 5/10=0.5°C
• Byte 8=0x06: register 333, the super-sampling factor = 6