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Verfügbare Sprachen
Verfügbare Sprachen
Registers
For double registers (4–5, 16–17, 28–29, 30–31, 32–33) the high register is sent first (big_Endian).
Partial counters (30–31, 34-35) can be reset by writing 0 in both registers in the same message.
R
Read Description
1
R Firmware-Version
2
R Number of
supported registers
3
R Number of
supported flags
4–5
R Baudrate
6
R Not Used
7
R Type / ASN functionWill give «7E»
8
R Type / ASN functionWill give «46»
9
R Type / ASN functionWill give «84»
10
R Type / ASN functionWill give «00»
11
R Type / ASN functionWill give «02»
12
R Type / ASN functionWill give «x4»
13
R Type / ASN functionWill give «0»
14
R Type / ASN functionWill give «0»
15
R HW vers. Modif.
16–
R Serial number
17
18
R Serial number
19
R Not Used
20
R Not Used
21
R Not Used
22
R Status
23
R Response timeout
24
Modbus Address
1)
R/W
25
R Error register
26
R Not Used
27
R Tariff register
28–
R WT ----> total
29
Counter Total
«energy consump-
tion»
30–
R/W WT ----> partial
31
Counter Partial
«energy consump-
tion»
Unit
Ex: 11 = FW 1.1
Will give 52
Will give 0
Ex: Baudrate High = 1
Baudrate Low = 49'664
1 × 65'536 + 49'664 =
115'200 bps
Will give 0
x : 0 = Non MID
x : 1 = MID
Ex: 11 = HW 1.1
Unique 32 bit serial
number low
Unique 32 bit serial
number high
Will give 0
Will give 0
Will give 0
0 = no Problem
1 = problem with last
communication request
ms
Range 1–247
0 : No error
1 : Error Phase 1
2 : Error Phase 2
3 : Error Phase 1 + 2
4 : Error Phase 3
5 : Error Phase 1 + 3
6 : Error Phase 2 + 3
7 : Error Phase 1, 2 + 3
Will give 0
0 is ---->
4 is <----
10
kWh (multiplier 0,01)
–2
Ex: WT----> total High = 13
WT----> total Low = 60'383
13 × 65'536 + 60'383 =
912'351 = 9123.51 kWh
10
kWh (multiplier 0,01)
–2
Ex: WT---> partial High = 13
WT---> partial Low=60'383
13 × 65'536 + 60'383 =
91'2351 = 9123.51 kWh
R
Read Description
32–
R WT <---- total
33
Counter Total
«energy feeding
back»
34–
R/W WT <---- partial
35
Counter Partial
«energy feeding
back»
36
R URMS phase 1
Effective Voltage of
Phase 1
37
R IRMS phase 1
Effective Current of
Phase 1
38
R PRMS phase 1
Effective active
Power of Phase 1
39
R QRMS phase 1
Effective reactive
Power of Phase 1
40
R cos phi phase 1
41
R URMS phase 2
Effective Voltage of
Phase 2
42
R IRMS phase 2
Effective Current of
Phase 2
43
R PRMS phase 2
Effective active
Power of Phase 2
44
R QRMS phase 2
Effective reactive
Power of Phase 2
45
R cos phi phase 2
46
R URMS phase 3
Effective Voltage of
Phase 3
47
R IRMS phase 3
Effective Current of
Phase 3
48
R PRMS phase 3
Effective active
Power of Phase 3
49
R QRMS phase 3
Effective reactive
Power of Phase 3
50
R cos phi phase 3
51
R PRMS total
Effective active Po-
wer of all phases
52
R QRMS total
Effective reactive
power of all phases
The Modbus Address register is not writable with a broadcast message.
1)
Unit
10
kWh (multiplier 0,01)
–2
Ex: WT<--- total High = 13
WT<--- total Low = 60'383
13 × 65'536 + 60'383 =
912'351 = 9123.51 kWh
10
kWh (multiplier 0,01)
–2
Ex: WT<--- partial High=13
WT<--- partial Low=60'383
13 × 65'536 + 60'383 =
912'351 = 9123.51 kWh
V
Ex: 230 = 230 V
10
A (multiplier 0,1)
–1
Ex: 314 = 31.4 A
10
kW (multiplier 0,01)
–2
Ex: 1545 = 15,45 kW
10
kvar (multiplier 0,01)
–2
Ex: 1545 = 15,45 kvar
10
(multiplier 0,01)
–2
Ex: 67 = 0,67
V
Ex: 230 = 230 V
10
A (multiplier 0,1)
–1
Ex: 314 = 31.4 A
10
kW (multiplier 0,01)
–2
Ex: 1545 = 15,45 kW
10
kvar (multiplier 0,01)
–2
Ex: 1545=15,45 kvar
10
(multiplier 0,01)
–2
Ex: 67 = 0,67
V
Ex: 230 = 230 V
10
A (multiplier 0,1)
–1
Ex: 314 = 31.4 A
10
kW (multiplier 0,01)
–2
Ex: 1545 = 15,45 kW
10
kvar (multiplier 0,01)
–2
Ex: 1545=15,45 kvar
10
(multiplier 0,01)
–2
Ex: 67 = 0,67
10
kW (multiplier 0,01)
–2
Ex: 1545 = 15,45 kW
10
kvar (multiplier 0,01)
–2
Ex: 1545 = 15,45 kvar
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