Network Configuration Information Frame; Keep Alive Frame - Adeunis RF sigfox ANALOG PWR Guide Utilisateur

sigfox ANALOG PWR - Guide utilisateur / User guide version V1.2.0
In the example in grey this gives:
• Bytes 2 to 4=0x7A1200=8,000,000 in decimal: register 313, the value of the high threshold for channel B is: 8,000,000 µV i.e. 8V
• Bytes 5 to 7=0x0F4240=100,000 in decimal: register 314, the value of the high hysteresis for channel B is: 1,000,000µV i.e. 1V
0 1
Code Status
0x14 Cf Status
0x14 0x42
Description of the frame:
• Bytes 2 to 4: register 315, low threshold of channel B sensor
• Bytes 5 to 7: register 316, low hysteresis of channel B sensor
EN
In the example in grey this gives:
• Octets 2 à 4=0x2DC6C0=3 000 000 en décimal : registre 315, la valeur du seuil bas pour la voie B est : 3 000 000 µV soit 3V
• Octets 5 à 7=0x0F4240=1 000 000 en décimal : registre 316, la valeur de l'hystérésis bas pour la voie B est : 1 000 000µV soit 1V

4.1.3 Network configuration information frame

During the passage into operation mode (from the Park or Command Mode), the following frame (0x20) representing the network configuration
of the product is transmitted:
0 1
Code Status
0x20 Cf Status
0x20 0xA2
Description of the frame:
• Byte 2: registre 302, number of repetitions
In the example in grey this gives:
• Byte 2=0x02 : the number of repetitions will be 2

4.1.4 Keep Alive frame

This frame (0x30) is transmitted only in the event mode at the frequency defined by register 300.
0 1
Code Status
0x30 Cf Status
0x30 0x42
Description of the frame:
• Byte 2: Type of the sensor on channel A. Configured by the user (register 302).
• Bytes 3 to 5: Value measured on channel A.
• If the type of sensor is 0-10V: The value is expressed in µV
• If the type of sensor is 4-20mA: The value is expressed in nA
• Byte 6: Type of the sensor on channel B. Configured by the user (register 304).
• Bytes 7 to 9: Value measured on channel B.
• If the type of sensor is 0-10V: The value is expressed in µV
• If the type of sensor is 4-20mA: The value is expressed in nA
2 3 4
S315
0x2DC6C0
2 3 4
S202 X X
0x02
2 3 4
ADR Value read on the channel A sensor
0x01 0x0C3500
5 6 7
PAYLOAD
S316
0x0F4240
5 6 7
PAYLOAD
X X X
5 6 7
PAYLOAD
S304 Value read on the channel B sensor
0x01
8 9 10
X X X
8 9 10
X X X
8 9 10
X
0x4C4B40
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