saia-burgess AWD3D5WM Instructions De Montage Et D'utilisation page 12

Telegram structure
0x68 0x92 0x92
02 ACC STAT
VIF EpaT1 0x8c
0xFD 0xC9 0xFF
0x02 VIF 0xff
0x02 0xFD 0xC9
Iph2 0x02 VIF
Prph2 0x02 0xFD
0x03 lph3 0x02
0x03 Prph3 0x02
0x82 0x40 VIF
0x16
Variable at 1, 2 or 4 bytes
Byte Content
23 – 26 EtoT1 = x
30 – 33 EpaT1 = x
37 – 40 EtoT2 = x
44 – 47 EpaT2 = x
53 – 54 Vph1 = x
60 – 61 Iph1 = x
66 – 67 Pph1 = x
73 – 74 Prph1 = x
80 – 81 Vph2 = x
87 – 88 Iph2 = x
93 – 94 Pph2 = x
100 – 101 Prph2 = x
107 – 108 Vph3 = x
114 – 115 Iph3 = x
120 – 121 Pph3 = x
127 – 128 Prph3 = x
132 – 133 RappW = x
138 – 139 Ptot = x
145 – 146 Prtot = x
150 Cur_Tar
Unit with multiplier
I (Current)
U (Voltage)
P (Power)
active
P (Reactive Power)
reactive
E (Consumption)
0x68 0x08 PAdr
0 0 0x8c
0x20 VIF EtoT2
0x01 Vph1 0x02
0x01 Pph1 0x82
0xFF 0x02 Vph2
0xFF 0x02 Pph2
0xC9 0xFF 0x03
VIF 0xFF 0x03
0xFF 0x68 RappW
0xFF 0x00 Prtot
Type
4 b. BCD
4 b. BCD
4 b. BCD
4 b. BCD
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
2b. Integer
1b. Integer
0.1 (5/5)
1 (all other)
0x72 ID
0x10 VIF
0x8c 0x21
0xFD VIFE
0x40 VIF
0x02 0xFD
0x82 0x40
Vph3 0x02
Pph3 0x82
0x02 VIF
0x01 0xFF
Description
T1 total
T1 partial
T2 total
T2 partial
Voltage phase 1
Current phase 1
Power phase 1
Reactive power phase 1
Voltage phase 2
Current phase 2
Power phase 2
Reactive Power phase 2
Voltage phase 3
Current phase 3
Power phase 3
Reactive power phase 3
Transformer ratio
Power total
Reaction power total
Current tariff
AWD3
[ A ]
1 [ V ]
0.1 [ kW ]
0.1 [ kVAR ]
0.1 [ kWh ]
0x43 0x4c DEV
EtoT1 0x8c 0x11
VIF EpaT2 0x02
0xFF 0x01 lph1
0xFF 0x01 Prph1
VIFE 0xFF 0x02
VIF 0xFF 0x02
0xFD VIFE 0xFF
0x40 VIF 0xFF
0xFF 0x00 Ptot
0x13 Cur_Tar Csum
Manufacturer-specific
x (=0 for ALE3)
x (=0 for AWD3)
ALE3
0.1 [ A ]
1 [ V ]
0.01 [ kW ]
0.01 [ kVAR ]
0.01 [ kWh ]