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Smart Modul V2 Top für ProGrid
9. MODBUS-MESSUNGEN
Modbus-Model of
Modbus PDU Address
(16bit)
(DI = Digital inputs/
IP= Input registers)
Note: Up to 2000 DI can be requested with a query telegram. 8 DI fit into one byte in the response telegram
32000 to 32299
DI
32300
DI
32301
DI
32302
DI
32303
DI
32304
DI
32305
DI
32306
DI
32307
DI
32308
DI
32309
DI
32310
DI
32311
DI
32312
DI
32313
DI
32314 bis 36811
Note: Up to 125 IR can be requested with one query telegram
36812 to 36819
IR
36820 to 36835
IR
36836 to 36859
IR
36860 to 36863
IR
36864 to 36875
IR
36876 to 36883
IR
36884 to 36899
IR
36900 to 36923
IR
36924 to 36939
IR
36940 to 36971
IR
36972 to 49999
IR
50540
IR
50541
IR
50542
IR
50543
IR
50544
IR
50545
IR
50546
IR
50547
IR
50548
IR
50549
IR
50550
IR
50551
IR
50552
IR
50553
IR
50554
IR
50555
IR
50556
IR
50557
IR
50567
IR
50568
IR
50569
IR
50570
IR
50571
IR
50572
IR
50574
DI
50575
IR
*Excel-Datei der Modbus-Kommunikationstabelle auf Anfrage erhältlich
EP.MERSEN.COM
Designation
data
(note: with float32 -> HW = high word; LW =
low word)
U> addressed
U>> addressed
U< addressed
U<< addressed
U<< L1-E addressed
U<< L2-E addressed
U<< L3-E addressed
New mean available
I> addressed
I>> addressed
Voltage quality
Fuse L1
Fuse L2
Fuse L3
Reserve
Intensity
Active and reactive power
Reserve instantaneous value
Time and date of the mean values
Reserve
Intensity mean
Active/ Reactive power mean
Reserve
Intensity mean max and min
Active/Reactive power max and min
Reserve
//display voltage V1N
ADDR_FCT_PRIVATE_VOLTAGE_1_MSB
ADDR_FCT_PRIVATE_VOLTAGE_1_LSB
//display voltage V2N
ADDR_FCT_PRIVATE_VOLTAGE_2_MSB
ADDR_FCT_PRIVATE_VOLTAGE_2_LSB
//display voltage V3N
ADDR_FCT_PRIVATE_VOLTAGE_3_MSB
ADDR_FCT_PRIVATE_VOLTAGE_3_LSB
//display current I1 (Available 36812 to 36819)
ADDR_FCT_PRIVATE_CURRENT_1_MSB
ADDR_FCT_PRIVATE_CURRENT_1_LSB
//display current I2
ADDR_FCT_PRIVATE_CURRENT_2_MSB
ADDR_FCT_PRIVATE_CURRENT_2_LSB
//display current I3
ADDR_FCT_PRIVATE_CURRENT_3_MSB
ADDR_FCT_PRIVATE_CURRENT_3_LSB
//display current PHI1
ADDR_FCT_PRIVATE_PHI_1_MSB
ADDR_FCT_PRIVATE_PHI_1_LSB
//display current PHI2
ADDR_FCT_PRIVATE_PHI_2_MSB
ADDR_FCT_PRIVATE_PHI_2_LSB
//display current PHI3
ADDR_FCT_PRIVATE_PHI_3_MSB
ADDR_FCT_PRIVATE_PHI_3_LSB
//display voltage V12
ADDR_FCT_PRIVATE_VOLTAGE_12_MSB
ADDR_FCT_PRIVATE_VOLTAGE_12_LSB
//display voltage V23
ADDR_FCT_PRIVATE_VOLTAGE_23_MSB
ADDR_FCT_PRIVATE_VOLTAGE_23_LSB
//display voltage V31
ADDR_FCT_PRIVATE_VOLTAGE_31_MSB
ADDR_FCT_PRIVATE_VOLTAGE_31_LSB
//Temperature
//Temperature alert
ADDR_FCT_PRIVATE_TEMP_ALERT
// Temperature measurement
ADDR_FCT_PRIVATE_TEMP_MEASUREMENT
V2-20250410 - Benutzerhandbuch - Smart Modul V2 TOP
Access
Status
Data type
(R = read;
W = write)
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
0/1
BS1
R
R
A
float32
R
kW / kVAR
float32
R
float32
R
*
*
R
A
float32
R
kW / kVAR
float32
R
A
float32
R
kW / kVAR
float32
R
R
V
float32
R
V
float32
R
V
float32
R
V
float32
R
V
float32
R
V
float32
R
A
float32
R
A
float32
R
A
float32
R
A
float32
R
A
float32
R
A
float32
R
°
float32
R
°
float32
R
°
float32
R
°
float32
R
°
float32
R
°
float32
R
V
float32
R
V
float32
R
V
float32
R
V
float32
R
V
float32
R
V
float32
R
0/1
BS1
R
°C
float32
R
28
BENUTZERHANDBUCH
Comments
always "0"
always "0"
always "0"
always "0"
1= V< 0,1 x voltage threshold & duration
voltage measurement > duration voltage
threshold
0 = V> 0,1 x voltage threshold
1= V< 0,1 x voltage threshold & duration
voltage measurement > duration voltage
threshold
0 = V> 0,1 x voltage threshold
1= V< 0,1 x voltage threshold & duration
voltage measurement > duration voltage
threshold
0 = V> 0,1 x voltage threshold
Bit must be reset by the slave after querying
the mean values
1= I> 0,8 x current threshold & duration
current measurement > duration current
threshold
0 = I< 0,8 x current threshold
1= I> current threshold & duration current
measurement > duration current threshold
0 = I< current threshold
Always "0" Wiper message
1= fuse blown
0 = fuse functional
1= fuse blown
0 = fuse functional
1= fuse blown
0 = fuse functional
Allocation according to time telegram structure
V1N value
V1N value
V2N value
V2N value
V3N value
V3N value
Current 1 value
Current 1 value
Current 2 value
Current 2 value
Current 3 value
Current 3 value
PHI 1 value
PHI 1 value
PHI 2 value
PHI 2 value
PHI 3 value
PHI 3 value
V12 value
V12 value
V23 value
V23 value
V31 value
V31 value
1 > threshold temperature value
0 < threshold temperature value
temperature value
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