MPR 2X Register table

Measurements
Supported Functions
Read holding registers
0
2
4
6
8
10
12
14
16
18
20
22
24
26
28
30
32
34
36
38
40
42
44
46
48
50
52
54
56
58
60
62
64
66
68
70
72
74
76
78
80
82
84
86
88
90
92
94
96
98
100
102
104
106
108
110
112
114
116
118
120
122
124
126
128
130
132
134
136
138
140
142
144
146
148
150
152
154
156
158
160
Address
Word
Format
Hex
Counts
0000
uint
2
0002
uint
2
0004
uint
2
0006
uint
2
0008
uint
2
000A
uint
2
000C
uint
2
000E
uint
2
0010
uint
2
0012
uint
2
0014
uint
2
0016
uint
2
0018
uint
2
001A
float
2
001C
float
2
001E
float
2
0020
float
2
0022
float
2
0024
float
2
0026
float
2
0028
float
2
002A
float
2
002C
float
2
002E
float
2
0030
float
2
0032
float
2
0034
float
2
0036
float
2
0038
float
2
003A
float
2
003C
float
2
003E
float
2
0040
float
2
0042
float
2
0044
float
2
0046
float
2
0048
int
2
004A
int
2
004C
int
2
004E
int
2
0050
int
2
0052
int
2
0054
int
2
0056
int
2
0058
int
2
005A
int
2
005C
int
2
005E
uint
2
0060
uint
2
0062
uint
2
0064
uint
2
0066
uint
2
0068
uint
2
006A
uint
2
006C
uint
2
006E
uint
2
0070
uint
2
0072
float
2
0074
float
2
0076
float
2
0078
float
2
007A
float
2
007C
float
2
007E
float
2
0080
float
2
0082
float
2
0084
float
2
0086
float
2
0088
float
2
008A
float
2
008C
float
2
008E
float
2
0090
float
2
0092
float
2
0094
float
2
0096
float
2
0098
float
2
009A
uint
2
009C
uint
2
009E
uint
2
00A0
unit
2
Start Address
0
Unit
V/10
V/10
V/10
V/10
V/10
V/10
V/10
mA
mA
mA
mA
mA
Hz / 100
W
W
W
W
W
W
W
var
var
var
var
var
var
var
var
var
VA
VA
VA
VA
VA
VA
VA
%
%
Angle
Angle
Angle
Angle
Angle
Angle
Angle
Angle
ºC
ºC
ºC
ºC
h/1000
h/1000
-
Register Counts
162
Remarks
O
Multiplier
Voltage L1-N
Voltage L2-N
Voltage L3-N
Voltage L4-N
Voltage L1-L2
Voltage L2-L3
Voltage L3-L1
Current L1
Current L2
Current L3
Current L4
Neutral Current = IL1+IL2+IL3
Measured frequency
Active power L1-N
Active power L2-N
Active power L3-N
Active power L4-N
Total import active power
Total export active power
∑Active Power +/- = ∑P =P1+P2+P3
Reactive power L1
Reactive power L2
Reactive power L3
Reactive power L4
Quadrant 1 total reactive power
Quadrant 2 total reactive power
Quadrant 3 total reactive power
Quadrant 4 total reactive power
∑Reactive Power +/- = ∑Q=Q1+Q2+Q3
Apparent power L1-N
Apparent power L2-N
Apparent power L3-N
Apparent power L4-N
Total import Apparent power
Total export Apparent power
∑Apparent Power +/- = ∑S=S1+S2+S3
Power Factor L1
Power Factor L2
Power Factor L3
Power Factor L4
∑POWER FACTOR +/- = ∑PF=PFL1+PFL2+PFL3
CosPhi L1
CosPhi L2
CosPhi L3
CosPhi L4
∑Cos Phi = COS_L1 + COS_L2 + COS_L3
Rotation field; 1=right, 0=none, -1=left
Voltage Unbalance
Current Unbalance
L1 Phase Voltage Angle
L2 Phase Voltage Angle
L3 Phase Voltage Angle
L4 Phase Voltage Angle
L1 Phase Current Angle
L2 Phase Current Angle
L3 Phase Current Angle
L4 Phase Current Angle
Analog Input 1
Analog Input 2
Analog Input 3
Analog Input 4
Analog Input 5
Analog Input 6
Analog Input 7
Analog Input 8
Analog Output 1
Analog Output 2
Analog Output 3
Analog Output 4
Temperature Input 1
Temperature Input 2
Temperature Input 3
Temperature Input 4
Temperature Input 5
Temperature Input 6
Temperature Input 7
Temperature Input 8
Hour Meter ( Non Resetable )
Working Hour Counter
Input Status
Output Status
is used for avilable for this version
is used for not available for this version
is used for optional with I/O module
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.001
0.001
0.001
0.001
0.001
0.01
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0.001
0.001
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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Energy
Supported Functions
Read holding registers
200
204
208
212
216
220
224
228
232
236
240
244
248
252
256
260
264
268
272
276
280
284
288
Address
Word
Format
Hex
Counts
00C8
Ulong
4
00CC
Ulong
4
00D0
Ulong
4
00D4
Ulong
4
00D8
Ulong
4
00DC
Ulong
4
00E0
Ulong
4
00E4
Ulong
4
00E8
Ulong
4
00EC
Ulong
4
00F0
Ulong
4
00F4
Ulong
4
00F8
Ulong
4
00FC
Ulong
4
0100
Ulong
4
0104
Ulong
4
0108
Ulong
4
010C
Ulong
4
0110
Ulong
4
0114
Ulong
4
0118
Ulong
4
011C
Ulong
4
0120
Ulong
4
Start Address
200
Register Counts
178
Unit
Remarks
Wh
Wh
Wh
Wh
Wh
Wh
Wh
Wh
Wh
Wh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
Varh
Varh
Varh
Consumed Active Energy L1
Consumed Active Energy L2
Consumed Active Energy L3
Consumed Active Energy L4
Total Consumed Energy L1..L3
Delivered Active Energy L1
Delivered Active Energy L2
Delivered Active Energy L3
Delivered Active Energy L4
Total Delivered Energy L1..L3
Consumed Apparent energy L1
Consumed Apparent energy L2
Consumed Apparent energy L3
Consumed Apparent energy L4
Total Consumed Apparent Energy L1..L3
Delivered Apparent Energy L1
Delivered Apparent Energy L2
Delivered Apparent Energy L3
Delivered Apparent Energy L4
Total Delivered Apparent energy L1..L3
Quadrant 1 Reactive Energy L1
Quadrant 1 Reactive Energy L2
Quadrant 1 Reactive Energy L3
Multiplier
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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292
296
300
304
308
312
316
320
324
328
332
336
340
344
348
352
356
360
362
364
366
368
370
372
374
376
0124
0128
012C
0130
0134
0138
013C
0140
0144
0148
014C
0150
0154
0158
015C
0160
0164
0168
016A
016C
016E
0170
0172
0174
0176
0178
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
Ulong
uint
uint
uint
uint
uint
uint
uint
uint
uint
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
4
2
2
2
2
2
2
2
2
2
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
-
Quadrant 1 Reactive Energy L4
Quadrant 1 total reactive Energy
Quadrant 2 Reactive Energy L1
Quadrant 2 Reactive Energy L2
Quadrant 2 Reactive Energy L3
Quadrant 2 Reactive Energy L4
Quadrant 2 total reactive Energy
Quadrant 3 Reactive Energy L1
Quadrant 3 Reactive Energy L2
Quadrant 3 Reactive Energy L3
Quadrant 3 Reactive Energy L4
Quadrant 3 total reactive Energy
Quadrant 4 Reactive Energy L1
Quadrant 4 Reactive Energy L2
Quadrant 4 Reactive Energy L3
Quadrant 4 Reactive Energy L4
Quadrant 4 total reactive Energy
Number Of pulse Meter (Max 8)
Total pulse meter input 1
Total pulse meter input 2
Total pulse meter input 3
Total pulse meter input 4
Total pulse meter input 5
Total pulse meter input 6
Total pulse meter input 7
Total pulse meter input 8
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
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Energy
Supported Functions
Write single register
1500
1504
1508
1512
1516
1520
1524
1528
1532
1536
1540
1544
1548
1552
1556
1560
1564
1568
1572
1576
1580
1584
1588
1592
1596
1600
1604
1608
1612
1616
1620
1624
1628
1632
1636
1640
1644
1648
1652
1656
Address
Word
Format
Hex
Counts
05DC
Ulong
4
05E0
Ulong
4
05E4
Ulong
4
05E8
Ulong
4
05EC
Ulong
4
05F0
Ulong
4
05F4
Ulong
4
05F8
Ulong
4
05FC
Ulong
4
0600
Ulong
4
0604
Ulong
4
0608
Ulong
4
060C
Ulong
4
0610
Ulong
4
0614
Ulong
4
0618
Ulong
4
061C
Ulong
4
0620
Ulong
4
0624
Ulong
4
0628
Ulong
4
062C
Ulong
4
0630
Ulong
4
0634
Ulong
4
0638
Ulong
4
063C
Ulong
4
0640
Ulong
4
0644
Ulong
4
0648
Ulong
4
064C
Ulong
4
0650
Ulong
4
0654
Ulong
4
0658
Ulong
4
065C
Ulong
4
0660
Ulong
4
0664
Ulong
4
0668
Ulong
4
066C
Ulong
4
0670
Ulong
4
0674
Ulong
4
0678
Ulong
4
Start Address
1500
Register Counts
160
Unit
Remarks
Multiplier
Wh
Wh
Wh
Wh
Wh
Wh
Wh
Wh
Wh
Wh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
VAh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Varh
Consumed Active Energy L1
Consumed Active Energy L2
Consumed Active Energy L3
Consumed Active Energy L4
Total Consumed Energy L1..L3
Delivered Active Energy L1
Delivered Active Energy L2
Delivered Active Energy L3
Delivered Active Energy L4
Total Delivered Energy L1..L3
Consumed Apparent energy L1
Consumed Apparent energy L2
Consumed Apparent energy L3
Consumed Apparent energy L4
Total Consumed Apparent Energy L1..L3
Delivered Apparent Energy L1
Delivered Apparent Energy L2
Delivered Apparent Energy L3
Delivered Apparent Energy L4
Total Delivered Apparent energy L1..L3
Quadrant 1 Reactive Energy L1
Quadrant 1 Reactive Energy L2
Quadrant 1 Reactive Energy L3
Quadrant 1 Reactive Energy L4
Quadrant 1 total reactive Energy
Quadrant 2 Reactive Energy L1
Quadrant 2 Reactive Energy L2
Quadrant 2 Reactive Energy L3
Quadrant 2 Reactive Energy L4
Quadrant 2 total reactive Energy
Quadrant 3 Reactive Energy L1
Quadrant 3 Reactive Energy L2
Quadrant 3 Reactive Energy L3
Quadrant 3 Reactive Energy L4
Quadrant 3 total reactive Energy
Quadrant 4 Reactive Energy L1
Quadrant 4 Reactive Energy L2
Quadrant 4 Reactive Energy L3
Quadrant 4 Reactive Energy L4
Quadrant 4 total reactive Energy
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
Energy per tariff
Supported Functions
Read holding registers
500
501
502
506
510
514
518
522
526
530
534
538
Address
Word
Format
Hex
Counts
01F4
ushort
1
01F5
ushort
1
01F6
ulong
4
01FA
ulong
4
01FE
ulong
4
0202
ulong
4
0206
ulong
4
020A
ulong
4
020E
ulong
4
0212
ulong
4
0216
ulong
4
021A
ulong
4
Start Address
500
Register Counts
42
Unit
Remarks
kWh
kWh
kWh
kWh
kWh
kWh
kWh
kWh
kWh
kWh
Number Of Tariff
Tariff Number In Progress
Positive Active Energies Tariff1
Positive Active Energies Tariff2
Positive Active Energies Tariff3
Positive Active Energies Tariff4
Positive Active Energies Tariff5
Positive Active Energies Tariff6
Positive Active Energies Tariff7
Positive Active Energies Tariff8
Generator Energies
Total tariff energies
Multiplier
1
1
1
1
1
1
1
1
1
1
1
1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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Min-Max, Max Demand, Demand Measurement
Supported Functions
Read holding registers
800
802
804
806
808
810
812
814
816
818
820
822
824
826
828
830
832
834
836
838
840
Address
Word
Format
Hex
Counts
0320
uint
2
0322
uint
2
0324
uint
2
0326
uint
2
0328
uint
2
032A
uint
2
032C
uint
2
032E
uint
2
0330
uint
2
0332
uint
2
0334
uint
2
0336
uint
2
0338
uint
2
033A
uint
2
033C
uint
2
033E
uint
2
0340
uint
2
0342
uint
2
0344
uint
2
0346
uint
2
0348
uint
2
Start Address
800
Register Counts
568
Unit
Remarks
V/10
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
A/10
Time
A/10
Time
A/10
Time
A/10
L1 Phase Max Voltage
L1 Phase Max Voltage Time
L2 Phase Max Voltage
L2 Phase Max Voltage Time
L3 Phase Max Voltage
L3 Phase Max Voltage Time
L4 Phase Max Voltage
L4 Phase Max Voltage Time
L1-L2 Max Voltage
L1-L2 Max Voltage Time
L2-L3 Max Voltage
L2-L3 Max Voltage Time
L3-L1 Max Voltage
L3-L1 Max Voltage Time
L1 Phase Max Current
L1 Phase Max Current Time
L2 Phase Max Current
L2 Phase Max Current Time
L3 Phase Max Current
L3 Phase Max Current Time
L4 Phase Max Current
Multiplier
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32








































































842
844
846
848
850
852
854
856
858
860
862
864
866
868
870
872
874
876
878
880
882
884
886
888
890
892
894
896
898
900
902
904
906
908
910
912
914
916
918
920
922
924
926
928
930
932
934
936
938
940
942
944
946
948
950
952
954
956
958
960
962
964
966
968
970
972
974
976
978
980
982
984
986
988
990
992
994
996
998
1000
1002
1004
1006
1008
1010
1012
1014
1016
1018
1020
1022
1024
1026
1028
1030
1032
1034
1036
1038
1040
1042
1044
1046
1048
1050
1052
1054
1056
1058
1060
1062
1064
1066
1068
1070
1072
1074
1076
1078
1080
034A
034C
034E
0350
0352
0354
0356
0358
035A
035C
035E
0360
0362
0364
0366
0368
036A
036C
036E
0370
0372
0374
0376
0378
037A
037C
037E
0380
0382
0384
0386
0388
038A
038C
038E
0390
0392
0394
0396
0398
039A
039C
039E
03A0
03A2
03A4
03A6
03A8
03AA
03AC
03AE
03B0
03B2
03B4
03B6
03B8
03BA
03BC
03BE
03C0
03C2
03C4
03C6
03C8
03CA
03CC
03CE
03D0
03D2
03D4
03D6
03D8
03DA
03DC
03DE
03E0
03E2
03E4
03E6
03E8
03EA
03EC
03EE
03F0
03F2
03F4
03F6
03F8
03FA
03FC
03FE
0400
0402
0404
0406
0408
040A
040C
040E
0410
0412
0414
0416
0418
041A
041C
041E
0420
0422
0424
0426
0428
042A
042C
042E
0430
0432
0434
0436
0438
uint
uint
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Time
A/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
F/10
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
V/10
Time
A/10
Time
A/10
Time
A/10
Time
A/10
Time
A/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
L4 Phase Max Current Time
IN Max Current
IN Max Current Time
L1 Phase Max Active Power
L1 Phase Max Active Power Time
L2 Phase Max Active Power
L2 Phase Max Active Power Time
L3 Phase Max Active Power
L3 Phase Max Active Power Time
L4 Phase Max Active Power
L4 Phase Max Active Power Time
Max Total Import Active Power
Max Total Import Active Power Time
Max Total Export Active Power
Max Total Export Active Power Time
Max Total Active Power
Max Total Active Power Time
L1 Phase Max Reactive Power
L1 Phase Max Reactive Power Time
L2 Phase Max Reactive Power
L2 Phase Max Reactive Power Time
L3 Phase Max Reactive Power
L3 Phase Max Reactive Power Time
L4 Phase Max Reactive Power
L4 Phase Max Reactive Power Time
Quadrant 1 Max Reactive Power
Quadrant 1 Max Reactive Power Time
Quadrant 2 Max Reactive Power
Quadrant 2 Max Reactive Power Time
Quadrant 3 Max Reactive Power
Quadrant 3 Max Reactive Power Time
Quadrant 4 Max Reactive Power
Quadrant 4 Max Reactive Power Time
Quadrant Total Max Reactive Power
Quadrant Total Max Reactive Power Time
L1 Phase Max Apparent Power
L1 Phase Max Apparent Power Time
L2 Phase Max Apparent Power
L2 Phase Max Apparent Power Time
L3 Phase Max Apparent Power
L3 Phase Max Apparent Power Time
L4 Phase Max Apparent Power
L4 Phase Max Apparent Power Time
Max Total Import Apparent Power
Max Total Import Apparent Power Time
Max Total Export Apparent Power
Max Total Export Apparent Power Time
Max Total Apparent Power
Max Total Apparent Power Time
Max System Frequency
Max System Frequency Time
L1 Phase Max. Voltage THD
L1 Phase Max. Voltage THD Time
L2 Phase Max Voltage THD
L2 Phase Max. Voltage THD Time
L3 Phase Max. Voltage THD
L3 Phase Max. Voltage THD Time
L4 Phase Max. Voltage THD
L4 Phase Max. Voltage THD Time
L1-L2 Max Voltage THD
L1-L2 Max Voltage THD Time
L2-L3 Max Voltage THD
L2-L3 Max Voltage THD Time
L3-L1 Max Voltage THD
L3-L1 Max Voltage THD Time
L1 Phase Max Current THD
L1 Phase Max Current THD Time
L2 Phase Max Current THD
L2 Phase Max Current THD Time
L3 Phase Max Current THD
L3 Phase Max Current THD Time
L4 Phase Max Current THD
L4 Phase Max Current THD Time
L1 Phase Min Voltage
L1 Phase Min Voltage Time
L2 Phase Min Voltage
L2 Phase Min Voltage Time
L3 Phase Min Voltage
L3 Phase Min Voltage Time
L4 Phase Min Voltage
L4 Phase Min Voltage Time
L1-L2 Min Voltage
L1-L2 Min Voltage Time
L2-L3 Min Voltage
L2-L3 Min Voltage Time
L3-L1 Min Voltage
L3-L1 Min Voltage Time
L1 Phase Min Current
L1 Phase Min Current Time
L2 Phase Min Current
L2 Phase Min Current Time
L3 Phase Min Current
L3 Phase Min Current Time
L4 Phase Min Current
L4 Phase Min Current Time
IN Min Current
IN Min Current Time
L1 Phase Min Active Power
L1 Phase Min Active Power Time
L2 Phase Min Active Power
L2 Phase Min Active Power Time
L3 Phase Min Active Power
L3 Phase Min Active Power Time
L4 Phase Min Active Power
L4 Phase Min Active Power Time
Min Total Import Active Power
Min Total Import Active Power Time
Min Total Export Active Power
Min Total Export Active Power Time
Min Total Active Power
Min Total Active Power Time
L1 Phase Min Reactive Power
L1 Phase Min Reactive Power Time
L2 Phase Min Reactive Power
L2 Phase Min Reactive Power Time
L3 Phase Min Reactive Power
L3 Phase Min Reactive Power Time
L4 Phase Min Reactive Power
L4 Phase Min Reactive Power Time
Quadrant 1 Min Reactive Power
Unix Time Stamp
0.001
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1

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
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



























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

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



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
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






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









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
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
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
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

























































































































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

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



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


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

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









































































































































































1082
1084
1086
1088
1090
1092
1094
1096
1098
1100
1102
1104
1106
1108
1110
1112
1114
1116
1118
1120
1122
1124
1126
1128
1130
1132
1134
1136
1138
1140
1142
1144
1146
1148
1150
1152
1154
1156
1158
1160
1162
1164
1166
1168
1170
1172
1174
1176
1178
1180
1182
1184
1186
1188
1190
1192
1194
1196
1198
1200
1202
1204
1206
1208
1210
1212
1214
1216
1218
1220
1222
1224
1226
1228
1230
1232
1234
1236
1238
1240
1242
1244
1246
1248
1250
1252
1254
1256
1258
1260
1262
1264
1266
1268
1270
1272
1274
1276
1278
1280
1282
1284
1286
1288
1290
1292
1294
1296
1298
1300
1302
1304
1306
1308
1310
1312
1314
1316
1318
1320
043A
043C
043E
0440
0442
0444
0446
0448
044A
044C
044E
0450
0452
0454
0456
0458
045A
045C
045E
0460
0462
0464
0466
0468
046A
046C
046E
0470
0472
0474
0476
0478
047A
047C
047E
0480
0482
0484
0486
0488
048A
048C
048E
0490
0492
0494
0496
0498
049A
049C
049E
04A0
04A2
04A4
04A6
04A8
04AA
04AC
04AE
04B0
04B2
04B4
04B6
04B8
04BA
04BC
04BE
04C0
04C2
04C4
04C6
04C8
04CA
04CC
04CE
04D0
04D2
04D4
04D6
04D8
04DA
04DC
04DE
04E0
04E2
04E4
04E6
04E8
04EA
04EC
04EE
04F0
04F2
04F4
04F6
04F8
04FA
04FC
04FE
0500
0502
0504
0506
0508
050A
050C
050E
0510
0512
0514
0516
0518
051A
051C
051E
0520
0522
0524
0526
0528
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
float
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
VA/10
Time
F/10
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
Time
%
%
%
%
mA
mA
mA
mA
mA
W/10
W/10
W/10
W/10
W/10
W/10
W/10
Var/10
Var/10
Var/10
Var/10
Var/10
Var/10
Var/10
Var/10
Var/10
VA/10
VA/10
VA/10
VA/10
VA/10
VA/10
VA/10
mA
Time
mA
Time
mA
Time
mA
Time
mA
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Time
Var/10
Quadrant 1 Min Reactive Power Time
Quadrant 2 Min Reactive Power
Quadrant 2 Min Reactive Power Time
Quadrant 3 Min Reactive Power
Quadrant 3 Min Reactive Power Time
Quadrant 4 Min Reactive Power
Quadrant 4 Min Reactive Power Time
Quadrant Total Min Reactive Power
Quadrant Total Min Reactive Power Time
L1 Phase Min Apparent Power
L1 Phase Min Apparent Power Time
L2 Phase Min Apparent Power
L2 Phase Min Apparent Power Time
L3 Phase Min Apparent Power
L3 Phase Min Apparent Power Time
L4 Phase Min Apparent Power
L4 Phase Min Apparent Power Time
Min Total Import Apparent Power
Min Total Import Apparent Power Time
Min Total Export Apparent Power
Min Total Export Apparent Power Time
Min Total Apparent Power
Min Total Apparent Power Time
Min System Frequency
Min System Frequency Time
L1 Phase Min. Voltage THD
L1 Phase Min. Voltage THD Time
L2 Phase Min Voltage THD
L2 Phase Min. Voltage THD Time
L3 Phase Min. Voltage THD
L3 Phase Min. Voltage THD Time
L4 Phase Min. Voltage THD
L4 Phase Min. Voltage THD Time
L1-L2 Min Voltage THD
L1-L2 Min Voltage THD Time
L2-L3 Min Voltage THD
L2-L3 Min Voltage THD Time
L3-L1 Min Voltage THD
L3-L1 Min Voltage THD Time
L1 Phase Min Current THD
L1 Phase Min Current THD Time
L2 Phase Min Current THD
L2 Phase Min Current THD Time
L3 Phase Min Current THD
L3 Phase Min Current THD Time
L4 Phase Min Current THD
L4 Phase Min Current THD Time
L1 Phase Current Demand
L2 Phase Current Demand
L3 Phase Current Demand
L4 Phase Current Demand
IN Current Demand
L1 Phase Active Power Demand
L2 Phase Active Power Demand
L3 Phase Active Power Demand
L4 Phase Active Power Demand
Total Import Active Power Demand
Total Export Active Power Demand
Total Active Power Demand
L1 Phase Reactive Power Demand
L2 Phase Reactive Power Demand
L3 Phase Reactive Power Demand
L4 Phase Reactive Power Demand
Quadrant 1 Total Reactive Powe Demand
Quadrant 2 Total Reactive Powe Demand
Quadrant 3 Total Reactive Powe Demand
Quadrant 4 Total Reactive Powe Demand
Total Reactive Power Demand
L1 Phase Apparent Power Demand
L2 Phase Apparent Power Demand
L3 Phase Apparent Power Demand
L4 Phase Apparent Power Demand
Total Import Apparent Power Demand
Total Export Apparent Power Demand
Total Apparent Power Demand
L1 Phase Max. Current Demand
L1 Phase Max. Current Demand Time
L2 Phase Max. Current Demand
L2 Phase Max. Current Demand Time
L3 Phase Max. Current Demand
L3 Phase Max. Current Demand Time
L4 Phase Max. Current Demand
L4 Phase Max. Current Demand Time
IN Max. Current Demand
IN Phase Max. Current Demand Time
PL1 Max Active Import Power
PL1 Max Active Import Power Time
PL1 Max Active Export Power
PL1 Max Active Export Power Time
PL2 Max Active Import Power
PL2 Max Active Import Power Time
PL2 Max Active Export Power
PL2 Max Active Export Power Time
PL3 Max Active Import Power
PL3 Max Active Import Power Time
PL3 Max Active Export Power
PL3 Max Active Export Power Time
PL4 Max Active Import Power
PL4 Max Active Import Power Time
PL4 Max Active Export Power
PL4 Max Active Export Power Time
Total Active Power Import Max Demand
Total Active Power Import Max Demand Time
Total Active Power Export Max Demand
Total Active Power Export Max Demand Time
L1 Phase Max Demand Reactive Power
L1 Phase Max Demand Reactive Power Time
L2 Phase Max Demand Reactive Power
L2 Phase Max Demand Reactive Power Time
L3 Phase Max Demand Reactive Power
L3 Phase Max Demand Reactive Power Time
L4 Phase Max Demand Reactive Power
L4 Phase Max Demand Reactive Power Time
Quadrant 1 Max Demand Reactive Power
Quadrant 1 Max Demand Reactive Power Time
Quadrant 2 Max Demand Reactive Power
Quadrant 2 Max Demand Reactive Power Time
Quadrant 3 Max Demand Reactive Power
Quadrant 3 Max Demand Reactive Power Time
Quadrant 4 Max Demand Reactive Power
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.1
Unix Time Stamp
0.001
0.001
0.001
0.001
0.001
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
0.001
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
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





























































































































































1322
1324
1326
1328
1330
1332
1334
1336
1338
1340
1342
1344
1346
1348
1350
1352
1354
1356
1358
1360
1362
1364
1366
052A
052C
052E
0530
0532
0534
0536
0538
053A
053C
053E
0540
0542
0544
0546
0548
054A
054C
054E
0550
0552
0554
0556
uint
float
uint
float
float
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
float
uint
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
Time
Var/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
W/10
Time
VA/10
Time
VA/10
Time
Quadrant 4 Max Demand Reactive Power Time
Quadrant Total Max Demand Reactive Power
Quadrant Total Max Demand Reactive Power Time
SL1 Max Demand Import Power
SL1 Max Demand Import Power Time
SL1 Max Demand Export Power
SL1 Max Demand Export Power Time
SL2 Max Demand Import Power
SL2 Max Demand Import Power Time
SL2 Max Demand Export Power
SL2 Max Demand Export Power Time
SL3 Max Demand Import Power
SL3 Max Demand Import Power Time
SL3 Max Demand Export Power
SL3 Max Demand Export Power Time
SL4 Max Demand Import Power
SL4 Max Demand Import Power Time
SL4 Max Demand Export Power
SL4 Max Demand Export Power Time
Total Apparent Power Max Demand
Total Apparent Power Max Demand Time
Total Apparent Power Max Demand
Total Apparent Power Max Demand Time
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp
1
Unix Time Stamp



























































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


Harmonics
THD
Supported Functions
Read holding registers
2000
2002
2004
2006
2008
2010
2012
2014
2016
2018
2020
2022
Address
Word
Format
Hex
Counts
07D0
uint
2
07D2
uint
2
07D4
uint
2
07D6
uint
2
07D8
uint
2
07DA
uint
2
07DC
uint
2
07DE
uint
2
07E0
uint
2
07E2
uint
2
07E4
uint
2
07E6
uint
2
Start Address
2000
Unit
%
%
%
%
%
%
%
%
%
%
%
%
Register Counts
24
Remarks
Multiplier
Total Harmoic Distorsion VLL12
Total Harmoic Distorsion VLL23
Total Harmoic Distorsion VLL31
Total Harmonic Distorsion VL1
Total Harmonic Distorsion VL2
Total Harmonic Distorsion VL3
Total Harmonic Distorsion VL4
Total Harmonic Distorsion IL1
Total Harmonic Distorsion IL2
Total Harmonic Distorsion IL3
Total Harmonic Distorsion IL4
Total Harmonic Distorsion IN
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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


Individual Current Harmonic Order
Supported Functions
Read holding registers
Address
Hex
0BB8
0BB9
0BBA
0BBB
0BBC
0BBD
0BBE
0BBF
0BC0
0BC1
0BC2
3000
3001
3002
3003
3004
3005
3006
3007
3008
3009
3010
#SAYI!
……….
#SAYI!
……….
#SAYI!
……….
3241 0CA9
3242 0CAA
3243 0CAB
3244 0CAC
3245 0CAD
3246 0CAE
3247 0CAF
3248 0CB0
3249 0CB1
3250 0CB2
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
Word
Counts
1
1
1
1
1
1
1
1
1
1
1
……….
……….
……….
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
Format
Start Address
3000
Unit
Register Counts
251
Remarks
Multiplier
%
%
%
%
%
%
%
%
%
%
%
Number Of Harmonics
H_IL1_2
H_IL2_2
H_IL3_2
H_IL4_2
H_ILN_2
H_IL1_3
H_IL2_3
H_IL3_3
H_IL4_3
H_ILN_3
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
1
1
1
1
1
1
1
1
1
1
%
%
%
%
%
%
%
%
%
%
H_IL1_50
H_IL2_50
H_IL3_50
H_IL4_50
H_ILN_50
H_IL1_51
H_IL2_51
H_IL3_51
H_IL4_51
H_ILN_51
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32

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









Individual Voltage Harmonic Order
Supported Functions
Read holding registers
Address
Hex
0FA0
0FA1
0FA2
0FA3
0FA4
0FA5
0FA6
0FA7
0FA8
4000
4001
4002
4003
4004
4005
4006
4007
4008
#SAYI!
……….
#SAYI!
……….
#SAYI!
……….
4193 1061
4194 1062
4195 1063
4196 1064
4197 1065
4198 1066
4199 1067
4200 1068
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
Word
Counts
1
1
1
1
1
1
1
1
1
……….
……….
……….
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
Format
Start Address
4000
Unit
Register Counts
201
Remarks
Multiplier
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
%
%
%
%
%
%
%
%
%
Number Of Harmonics
H_V1_2
H_V2_2
H_V3_2
H_V4_2
H_V1_3
H_V2_3
H_V3_3
H_V4_3
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1





















……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
1
1
1
1
1
1
1
1
%
%
%
%
%
%
%
%
H_V1_50
H_V2_50
H_V3_50
H_V4_50
H_V1_51
H_V2_51
H_V3_51
H_V4_51
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1



























Individual VLL Harmonic Order
Supported Functions
Read holding registers
5000
5001
5002
5003
5004
5005
5006
5007
Address
Hex
1388
1389
138A
138B
138C
138D
138E
138F
Format
ushort
ushort
ushort
ushort
ushort
ushort
ushort
ushort
Word
Counts
1
1
1
1
1
1
1
1
Start Address
5000
Unit
%
%
%
%
%
%
%
%
Register Counts
151
Remarks
Multiplier
NUM_OF_HARMONICS
H_VLL1_2_2
H_VLL2_3_2
H_VLL3_1_2
H_VLL1_2_3
H_VLL2_3_3
H_VLL3_1_3
H_VLL1_2_4
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
























5008 1390
5009 1391
#SAYI!
……….
#SAYI!
……….
#SAYI!
……….
5145 1419
5146 141A
5147 141B
5148 141C
5149 141D
5150 141E
ushort
ushort
1
1
%
%
H_VLL2_3_4
H_VLL3_1_4
0.1
0.1
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
……….
ushort
ushort
ushort
ushort
ushort
ushort
1
1
1
1
1
1
%
%
%
%
%
%
H_VLL1_2_50
H_VLL2_3_50
H_VLL3_1_50
H_VLL1_2_51
H_VLL2_3_51
H_VLL3_1_51
0.1
0.1
0.1
0.1
0.1
0.1

































NETWORK SETTINGS
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
Start Address
16384
Unit
4000
ushort
1
-
4001
ushort
1
A
4002
ushort
1
A
ushort
1
-
4004
ushort
1
V
4005
uint
2
V
4007
ushort
1
Minutes
4008
ushort
1
Minutes
4009
ushort
1
Minutes
400A
ushort
1
Hz
400B
uint
2
V
400D
ushort
1
A
400E
ushort
1
%
400F
ushort
1
%
4010
ushort
1
%
4011
ushort
1
%
16384
16385
16386
0
16388
16389
16391
16392
16393
16394
16395
16397
16398
16399
16400
16401
Register Counts
18
Remarks
Multiplier
Network Type:
0: 3P4W
1: 3P3W
2: ARON
3: 3P4W Balanced
4: 3P3W Balanced
Current Transformer Secondary:
0: 1A
1: 5A
Current Transformer Primary:
5 -- 9999
Voltage Transformer Present:
0-None
1-Present
Voltage Transformer Secondary:
50 -- 300
Voltage Transformer Primary:
50 -- 999999
P Demand Time:
1: 1 Minute
5: 5 Minutes
10: 10 Minutes
15: 15 Minutes
20: 20 Minutes
30: 30 Minutes
60: 60 Minutes
I Demand Time:
1: 1 Minute
5: 5 Minutes
10: 10 Minutes
15: 15 Minutes
20: 20 Minutes
30: 30 Minutes
60: 60 Minutes
V Average Time
1: 1 Minute
5: 5 Minutes
10: 10 Minutes
15: 15 Minutes
20: 20 Minutes
30: 30 Minutes
60: 60 Minutes
System Frequency:
0: 50 Hz
1: 60 Hz
System Voltage:
VT_Primary --- 25V* primary/secondary
Systen Current:
CT_Primary --- 1A
Sag Level:
70% -- 98%
Sag Hysteresis:
0.5% -- 5%
Swell Level:
102% -- 130%
Swell Hysteresis:
0.5% -- 5%
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
1




1




1




1




1




1








1




1




1




1
1
1
0.1
0.1
0.1
0.1
SETUP
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
Start Address
17000
Unit
4268
ushort
1
-
4269
ushort
1
A
426A
ushort
1
A
426B
ushort
1
-
426C
ushort
1
V
426D
uint
2
V
426F
ushort
1
Minutes
4270
ushort
1
Minutes
17000
17001
17002
17003
17004
17005
17007
17008
Register Counts
141
Remarks
Network Type:
0: 3P4W
1: 3P3W
2: ARON
3: 3P4W Balanced
4: 3P3W Balanced
Current Transformer Secondary:
0: 1A
1: 5A
Current Transformer Primary:
5 -- 9999
Voltage Transformer Present:
0-None
1-Present
Voltage Transformer Secondary:
50 -- 300
Voltage Seconder Primary:
50 -- 999999
P Demand Time:
1: 1 Minute
5: 5 Minutes
10: 10 Minutes
15: 15 Minutes
20: 20 Minutes
30: 30 Minutes
60: 60 Minutes
I Demand Time:
1: 1 Minute
5: 5 Minutes
10: 10 Minutes
15: 15 Minutes
20: 20 Minutes
30: 30 Minutes
60: 60 Minutes
Multiplier
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
1




1




1




1




1




1








1
1
4271
ushort
1
Minutes
4272
ushort
1
Hz
4273
uint
2
V
4275
ushort
1
A
4276
ushort
1
%
4277
ushort
1
%
4278
ushort
1
%
4279
ushort
1
%
427A
ushort
1
-
427B
ushort
1
-
427C
ushort
1
-
427D
ushort
1
-
427E
ushort
1
-
427F
ushort
1
-
4280
ushort
1
-
4281
ushort
1
-
17009
17010
17011
17013
17014
17015
17016
17017
17018
17019
17020
17021
17022
17023
17024
17025
4282
ushort
1
-
V Average Time
1: 1 Minute
5: 5 Minutes
10: 10 Minutes
15: 15 Minutes
20: 20 Minutes
30: 30 Minutes
60: 60 Minutes
System Frequency:
0: 50 Hz
1: 60 Hz
System Voltage:
VT_Primary ---25V* primary/secondary
Systen Current:
CT_Primary --- 1A
Sag Level:
70% -- 98%
Sag Hysteresis:
0.5% -- 5%
Swell Level:
102% -- 130%
Swell Hysteresis:
0.5% -- 5%
OUT1 Type:
0: REMOTE
1: PULSE yazılıyor.Menüde görülüyör.
2: ALARM
OUT2 Type:
0: REMOTE
1: PULSE
2: ALARM
OUT3 Type:
0: REMOTE
1: PULSE
2: ALARM
OUT4 Type:
0: REMOTE
1: PULSE
2: ALARM
INPUT1 Type:
0: digital
1: PULSE
2: Generator
INPUT2 Type:
0: digital
1: PULSE
2: Generator
INPUT3 Type:
0: digital
1: PULSE
2: Generator
INPUT4 Type:
0: digital
1: PULSE
2: Generator
Analog Output 1 Type:
0: 0 -- 5 V
1: 0 -- 10 V
2: -5 -- 5 V
3: -10 -- 10 V
4: N/A
5: 4 -- 20 mA
6: 0 -- 20 mA
7: 0 -- 24 mA
1
1




1




1




1




1



0.1
0.1
0.1
0.1
1
1
1




1




1
1
1

1

Depends on parameter

Depends on parameter

17026
4283
ushort
1
4284
int
2
4286
int
2
4288
ushort
1
4289
ushort
1
428A
uint
2
428C
uint
2
428E
ushort
1
428F
ushort
1
4290
uint
2
4292
uint
2
4294
ushort
1
4295
ushort
1
4296
uint
2
4298
uint
2
429A
ushort
1
429B
ushort
1
429C
ushort
1
429D
ushort
1
17027
-
Analog Output 1 Parameter:
0: VLN1, 1: VLN2, 2: VLN3, 3: VLN4
4: VLL1, 5: VLL2, 6: VLL3,
7: IL1, 8: IL2, 9: IL3, 10: IL4, 11: ILN
12: IL1 Demand, 13: IL2 Demand, 14: IL3 Demand
15: IL4 Demand, 16: ILN Demand,
17: P1, 18: P2, 19: P3,
20: Q1, 21: Q2, 22: Q3,
23: S1, 24: S2, 25: S3,
26: SUMP, 27: SUMP IMP, 28: SUMP EXP,
29: SUMQ,
30: SUM QUAD1, 31: SUM QUAD2, 32: SUM QUAD3, 33: SUM QUAD4,
34: SUM S, 35: SUM S IMP, 36: SUM S EXP,
37: SUM P IMP Deman,
38: SUM P EXP Demand, 39: SUM S IMP Demand, 40: SUM S EXP Demand,
41: Cos Phi 1, 42: Cos Phi 2, 43: Cos Phi 3, 44: SUM Cos Phi,
45: Hz
Depends on
Analog Output1 High
parameter
17028
17030
17032
17033
17034
17036
17038
17039
17040
17042
17044
17045
17046
17048
17050
17051
17052
17053
Depends on
Analog Output1 Low
parameter
Analog Output 2 Type:
…….
Analog Output 2 Parameter:
……….
Depends on
Analog Output2 High
parameter
Depends on
Analog Output2 Low
parameter
Analog Output 3 Type:
…….
Analog Output 3 Parameter:
…..
Depends on
Analog Output3 High
parameter
Depends on
Analog Output3 Low
parameter
Analog Output 4 Type:
…..
Analog Output 4 Parameter:
…..
Depends on
Analog Output4 High
parameter
Depends on
Analog Output4 Low
parameter
Pulse Input 1:
0: Pasive
1: Active
Pulse Input 1 Ratio:
1 -- 20000
Pulse Input 2:
0: Pasive
1: Active
Pulse Input 2 Ratio:
1 -- 20000
1
1
Depends on parameter
Depends on parameter
1
1
Depends on parameter
Depends on parameter
1
1
Depends on parameter
Depends on parameter
1




1




1




1




429E
ushort
1
-
429F
ushort
1
-
42A0
ushort
1
-
42A1
ushort
1
-
42A2
ushort
1
ms
42A3
ushort
1
-
42A4
ushort
1
kWh
42A5
ushort
1
ms
42A6
ushort
1
ms
42A7
ushort
1
-
42A8
ushort
1
-
42A9
ushort
1
ms
42AA
ushort
1
ms
42AB
ushort
1
-
42AC
ushort
1
-
42AD
ushort
1
ms
42AE
ushort
1
ms
42AF
ushort
1
-
42B0
ushort
1
-
42B1
ushort
1
ms
42B2
ushort
1
ms
42B3
ushort
1
-
17054
17055
17056
17057
17058
17059
17060
17061
17062
17063
17064
17065
17066
17067
17068
17069
17070
17071
17072
17073
17074
17075
42B4
ushort
1
-
17076
17079
17083
17085
17086
17087
17088
17089
17090
17091
0: HIGH
1: LOW
2: In window
3: Out window
Alarm 1 On Time:
0-- 9999
Alarm 1 Off Time:
0-- 9999
0: Output 1
1: Output 2
2: Output 3
3: Output 4
ushort
1
-
42B6
ushort
1
s
42B7
ushort
1
s
42B8
ushort
1
-
42B9
int
2
42BB
int
2
42BD
ushort
1
42BE
ushort
1
42BF
ushort
1
-
Alarm2 Parameter:
…..
42C0
42C1
42C2
42C3
ushort
ushort
ushort
ushort
1
1
1
1
s
s
-
….
….
….
….
17080
17081
Alarm1 Parameter:
0: VLN
1: VLL
2: IL
3: In
4: I Demand
5:In Demand
6: P
7: Q
8: S
9: SUM P
10: SUM Q
11: SUM S
12: P Demand
13: S Demand
14: SUM P Demand
15: SUM S Demand
16: COS Phi
17: Sum COS Phi
18: frequency
19: VLN4
20: IL4
21: THD V
22: THD U
23: THD I
24:Working Hour
25: Input 1
26: Input 2
27: Input 3
42B5
17077
17078
Pulse Input 3:
0: Pasive
1: Active
Pulse Input 3 Ratio:
1 -- 20000
Pulse Input 4:
0: Pasive
1: Active
Pulse Input 4 Ratio:
1 -- 20000
Pulse Width:
0: 20 ms
1: 40 ms
2: 60 ms
3: 80 ms
4: 100 ms
5: 150 ms
6: 200 ms
7: 300 ms
8: 400 ms
9: 500 ms
Pulse Output1 Parameter:
0: Disable
1: Total Import Active Energy (Q14)
2: Total Export Active Energy (Q23)
3: Total import reactive energy ( Q1)
4: Total Export Reactive Energy (Q4)
5: Total Import Reactive Energy ( Q2)
6: Total Export Reactive Energy (Q3)
7:Total Import Apparent Energy(Q14)
8: Total Export Apparent Energy(Q23)
9: Total Import Active Energy (L1)
10: Total Import Active Energy (L2)
11:Total Import Active Energy (L3)
Pulse Output 1 Ratio:
0: 1
1: 10
2: 100
3: 1000
4: 10000
5: 100000
6: 1000000
Pulse Output 1 Pulse Width:
between 20 - 1000 ms
Pulse Output 1 Pulse Duty:
between 20 - 1000 ms
Pulse Output 2 Parameter:
…..
Pulse Output 2 Ratio:
…..
Pulse Output 2 Pulse Width:
…..
Pulse Output 2 Pulse Duty:
…..
Pulse Output3 Parameter:
…..
Pulse Output 3 Ratio:
…..
Pulse Output 3 Pulse Width:
…..
Pulse Output 3 Pulse Duty:
…..
Pulse Output4 Parameter:
…..
Pulse Output 4 Ratio:
…..
Pulse Output 4 Pulse Width:
…..
Pulse Output 4 Pulse Duty:
…..
Alarm1 Status:
0: Pasive
1: Active
Depends on
Alarm 1 High Threshold Value
parameter
Depends on
Alarm 1 Low Threshold Value
parameter
%
Alarm 1 Hysteresis
Alarm2 Status:
…..
1
1
1
1
1




1




1




1




1




1




1




1




0.1




0.1




1




Depends on parameter




Depends on parameter




0.1




1




1




1
0.1
0.1
1
















1
1
1
1
1
1
1
1
1
1
1
1
17092
17094
17096
17097
17098
17099
17100
17101
17102
17103
17105
17107
17108
17109
17110
17111
17112
17113
17114
17116
17118
17119
Depends on
….
parameter
Depends on
….
parameter
%
….
Alarm3 Status:
…..
42C4
int
2
42C6
int
2
42C8
ushort
1
42C9
ushort
1
42CA
ushort
1
-
42CB
42CC
42CD
42CE
ushort
ushort
ushort
ushort
1
1
1
1
42CF
int
2
42D1
int
2
42D3
ushort
1
s
s
Depends on
parameter
Depends on
parameter
%
42D4
ushort
1
-
42D5
ushort
1
-
42D6
42D7
42D8
42D9
ushort
ushort
ushort
ushort
1
1
1
1
42DA
int
2
42DC
int
2
42DE
ushort
1
s
s
Depends on
parameter
Depends on
parameter
%
42DF
ushort
1
-
42E0
ushort
1
-
42E1
int
17120
Depends on parameter




Depends on parameter




0.1




1




1




…..
…..
…..
…..
1
0.1
0.1
1
















…..
Depends on parameter




…..
Depends on parameter




0.1




1




1




…..
…..
…..
…..
1
0.1
0.1
1
















…..
Depends on parameter




…..
Depends on parameter




…..
0.1




1




Depends on parameter




1




1




1




1




1




1




1




1




1




1




1




1




1




1




1




Alarm3 Parameter:
…..
…..
Alarm4 Status:
…..
Alarm4 Parameter:
…..
Reserved
WORKING HOUR COUNTER PARAMETER:
0: VLN
1: VLL
2: IL
3: In
4: I Demand
5:In Demand
6: P
7: Q
8: S
9: SUM P
10: SUM Q
11: SUM S
12: P Demand
13: S Demand
14: SUM P Demand
15: SUM S Demand
16: COS Phi
17: Sum COS Phi
18: frequency
19: VLN4
20: IL4
21: THD V
22: THD U
23: THD I
24: Working Hour
25: Input 1
26: Input 2
2Depends on parameter
WORKING HOUR COUNTER PARAMETER LEVEL
1
17121
42E3
ushort
1
-
42E4
ushort
1
-
42E5
ushort
1
bps
42E6
ushort
1
bit
42E7
ushort
1
-
42E8
ushort
1
-
42E9
ushort
1
-
42EA
ushort
1
-
42EB
ushort
1
-
42EC
ushort
1
-
42ED
ushort
1
month
42EE
ushort
1
?
42EF
ushort
1
DAY
42F0
ushort
1
hour
42F1
ushort
1
month
42F2
ushort
1
?
17123
17124
17125
17126
17127
17128
17129
17130
17131
17132
17133
17134
17135
17136
17137
17138
Modbus Protocol:
0: MODBUS
1: ENTBUS
Modbus Slave Address:
1 -- 247
Modbus Baud Rate:
0: 2400
1: 4800
2: 9600
3: 19200
4: 38400
5: 57600
6: 115200
Modbus Parity:
0 : None
1: Odd
2: Even
Password Activate:
0: Passive
1: Active
Password
LCD Contrast Setting:
0 -- 15
LCD Backlight Setting:
0: closed
1: open
2: automatic
Language Setting:
0: english
1: turkish
2: german
3: french
DST Start Month:
1-12
DST Start Week:
0: First
1: Second
2: Third
3: Fourth
4: Last
DST Start Day:
0 : SUNDAY
1: MONDAY
2: TUESDAY
3: WEDNESDAY
4: THURDAY
5: FRIDAY
6: SATURDAY
DST Start Hour:
0-23
DST End Month:
1-12
DST END Week:
0: First
1: Second
2: Third
3: Fourth
4: Last
1
42F3
ushort
1
DAY
42F4
ushort
1
hour
42F5
ushort
1
-
17139
17140
17141
DST END DAY:
0 : SUNDAY
1: MONDAY
2: TUESDAY
3: WEDNESDAY
4: THURDAY
5: FRIDAY
6: SATURDAY
DST End Hour:
0-23
Tariff Activate:
0: Disable
1: Enable
1
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1
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1
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DATE/HOUR
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
6000
6001
6002
6003
6004
6005
6006
6007
Start Address
6000
Unit
1770
ushort
1
DAY
1771
1772
1773
1774
1775
ushort
ushort
ushort
ushort
ushort
1
1
1
1
1
month
Yıl
hour
MINUTE
Second
1776
ushort
1
DAY
1777
short
1
-
1778
ushort
1
-
1779
ushort
1
month
177A
ushort
1
week
177B
ushort
1
DAY
177C
ushort
1
hour
177D
ushort
1
month
177E
ushort
1
week
177F
ushort
1
DAY
1780
ushort
1
hour
1781
ushort
1
-
6008
6009
6010
6011
6012
6013
6014
6015
6016
6017
Register Counts
18
Remarks
Multiplier
DAY
1-31
MONTH 1-12
YEAR 2000-2199
HOUR 0-23
MINUTES 0-59
SECONDS 0-59
0 : SUNDAY
1: MONDAY
2: TUESDAY
3: WEDNESDAY
4: THURDAY
5: FRIDAY
6: SATURDAY
-24 -- +24
0: DISABLE
1: EUROPE
2: AMERICA
3: MANUAL
DST Start Month:
1-12
DST Start Week:
0: First
1: Second
2: Third
3: Fourth
4: Last
DST Start DAY:
0 : SUNDAY
1: MONDAY
2: TUESDAY
3: WEDNESDAY
4: THURDAY
5: FRIDAY
6: SATURDAY
DST Start Hour:
0-23
DST End Month:
1-12
DST END Week:
0: First
1: Second
2: Third
3: Fourth
4: Last
DST END DAY:
0 : SUNDAY
1: MONDAY
2: TUESDAY
3: WEDNESDAY
4: THURDAY
5: FRIDAY
6: SATURDAY
DST End Hour:
0-23
DST_STATUS
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
1
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1
1
1
1
1
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1
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1
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1
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1
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1
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1
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1
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1
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1
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1
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TARIFF SETTINGS OF SATURDAY
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
22000
22001
55F0
55F1
ushort
ushort
1
1
Start Address
22000
Unit
Register Counts
16
Remarks
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
-
0-8
Start Hour and Start Minutes Settings:
22002
55F2
ushort
1
22003
55F3
ushort
1
22004
55F4
ushort
1
22005
55F5
ushort
1
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
22006
55F6
ushort
1
22007
55F7
ushort
1
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
1
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
22008
55F8
ushort
Multiplier
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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22009
55F9
ushort
1
22010
55FA
ushort
1
22011
55FB
ushort
1
22012
55FC
ushort
1
22013
55FD
ushort
1
22014
55FE
ushort
1
22015
55FF
ushort
1
-
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
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TARIFF SETTINGS OF SUNDAY
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
9000
9001
2328
2329
ushort
ushort
1
1
Start Address
9000
Unit
Register Counts
16
Remarks
Multiplier
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
-
0-8
Start Hour and Start Minutes Settings:
9002
232A
ushort
1
9003
232B
ushort
1
9004
232C
ushort
1
9005
232D
ushort
1
9006
232E
ushort
1
9007
232F
ushort
1
9008
2330
ushort
1
9009
2331
ushort
1
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
9010
2332
ushort
1
9011
2333
ushort
1
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
1
1
Start Hour and Start Minutes Settings:
Hour/Minutes Tariff
Hour Number
* 256 + Minute
Settings :
0-8
9012
9013
2334
2335
ushort
ushort
9014
2336
ushort
1
9015
2337
ushort
1
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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TARIFF SETTINGS OF WEEKDAY
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
10000
10001
2710
2711
ushort
ushort
1
1
Start Address
9000
Unit
Register Counts
16
Remarks
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
-
0-8
Start Hour and Start Minutes Settings:
10002
2712
ushort
1
10003
2713
ushort
1
10004
2714
ushort
1
10005
2715
ushort
1
10006
2716
ushort
1
10007
2717
ushort
1
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
10008
2718
ushort
1
10009
2719
ushort
1
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
1
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
10010
271A
ushort
Multiplier
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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10011
10012
10013
271B
271C
271D
ushort
ushort
ushort
1
1
1
10014
271E
ushort
1
10015
271F
ushort
1
-
Tariff Number Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Tariff
Hour Number
* 256 + Minute
Settings :
0-8
Start Hour and Start Minutes Settings:
Hour/Minutes Hour * 256 + Minute
Tariff Number Settings :
0-8
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
Hour Value: Register
Value / 256
Minute Value: Register
Value % 256
1
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ALARM STATUS
20000
Supported Functions
Read holding registers
Start Address
20000
Address
Word
Format
Hex
Counts
Unit
4E20
ushort
1
4E21
ushort
1
4E22
int
2
-
-
20001
20002
4E24
ushort
1
4E25
int
2
4E27
…….
…….
…….
uint
…….
…….
…….
2
…….
…….
…….
20027
4E3B
ushort
1
4E3C
ushort
1
4E3D
int
2
20028
20029
Remarks
Alarm Output Number :
0-3
Alarm1 on lower threshold cause:
0x0000: Alarm Yok
0x0011: VLN1, 0x0012: VLN2, 0x0013: VLN1 + VLN2
0x0014: VLN3, 0x0015: VLN1 + VLN3, 0x0016: VLN2 + VLN3
0x0017: VLN1 + VLN2 + VLN3, 0x0018: VLN4
0x0021: VLL1, 0x0022: VLL2, 0x0023: VLL1 + VLL2, 0x0024: VLL3
0x0025: VLL1 + VLL3, 0x0026: VLL2 + VLL3, 0x0027: VLL1 + VLL2 + VLL3
0x0031: IL1, 0x0032: IL2, 0x0033: IL1 + IL2, 0x0034: IL3, 0x0035: IL1 + IL3
0x0036: IL2 + IL3, 0x0037: IL1 + IL2 + IL3
0x0038: IL4
0x0040: IN
0x0051: P1, 0x0052: P2, 0x0053: P1 + P2 , 0x0054: P3, 0x0055: P1 + P3
0x0056: P2 + P3, 0x0057: P1 + P2 + P3, 0x0058: P4
0x0060: PSUM IMP
0x0070: PSUM EXP, 0x0080: PSUM
0x0091: Q1, 0x0092: Q2, 0x0093: Q1 + Q2, 0x0094: Q3, 0x0095: Q1 + Q3
0x0096: Q2 + Q3, 0x0097: Q1 + Q2 + Q3, 0x0098: Q4
0x00A0: QSUM IMP, 0x00B0: QSUM EXP, 0x00C0: QSUM
0x00D1: S1, 0x00D2: S2, 0x00D3: S1 + S2, 0x00D4: S3, 0x00D5: S1 + S3
0x00D6: S2 + S3, 0x00D7: S1 + S2 + S3, 0x00D8: S4
0x00E0: SSUM IMP, 0x00F0: SSUM EXP, 0x0100: SSUM,
0x0111:IL1 Demand, 0x0112: IL2 Demand, 0x0113: IL1 + IL2 Demand,
0x0114: IL3 Demand, 0x0115: IL1 + IL3 Demand, 0x0116: IL2 + IL3 Demand,
0x0117: IL1 + IL2 + IL3 Demand,
0x0118: IL4 Demand
0x0120: IN Demand,
0x0131: P1 Demand, 0x0132: P2 Demand, 0x0133: P1 + P2 Demand,
0x0134: P3 Demand, 0x0135: P1 + P3, 0x0136: P2 + P3 Demand,
0x0137: P1 + P2 + P3 Demand,
0x0138: P4 Demand
0x0140: PSUM Demand Imp,
Depends on
Alarm 1 on lower threshold min value
parameter.
-
20004
20005
20007
#SAYI!
#SAYI!
#SAYI!
Register Counts
36
Alarm1 on upper threshold cause:
0x0000: Alarm Yok
0x0011: VLN1, 0x0012: VLN2, 0x0013: VLN1 + VLN2
0x0014: VLN3, 0x0015: VLN1 + VLN3, 0x0016: VLN2 + VLN3
0x0017: VLN1 + VLN2 + VLN3, 0x0018: VLN4
0x0021: VLL1, 0x0022: VLL2, 0x0023: VLL1 + VLL2, 0x0024: VLL3
0x0025: VLL1 + VLL3, 0x0026: VLL2 + VLL3, 0x0027: VLL1 + VLL2 + VLL3
0x0031: IL1, 0x0032: IL2, 0x0033: IL1 + IL2, 0x0034: IL3, 0x0035: IL1 + IL3
0x0036: IL2 + IL3, 0x0037: IL1 + IL2 + IL3
0x0038: IL4
0x0040: IN
0x0051: P1, 0x0052: P2, 0x0053: P1 + P2 , 0x0054: P3, 0x0055: P1 + P3
0x0056: P2 + P3, 0x0057: P1 + P2 + P3, 0x0058: P4
0x0060: PSUM IMP
0x0070: PSUM EXP, 0x0080: PSUM
0x0091: Q1, 0x0092: Q2, 0x0093: Q1 + Q2, 0x0094: Q3, 0x0095: Q1 + Q3
0x0096: Q2 + Q3, 0x0097: Q1 + Q2 + Q3, 0x0098: Q4
0x00A0: QSUM IMP, 0x00B0: QSUM EXP, 0x00C0: QSUM
0x00D1: S1, 0x00D2: S2, 0x00D3: S1 + S2, 0x00D4: S3, 0x00D5: S1 + S3
0x00D6: S2 + S3, 0x00D7: S1 + S2 + S3, 0x00D8: S4
0x00E0: SSUM IMP, 0x00F0: SSUM EXP, 0x0100: SSUM,
0x0111:IL1 Demand, 0x0112: IL2 Demand, 0x0113: IL1 + IL2 Demand,
0x0114: IL3 Demand, 0x0115: IL1 + IL3 Demand, 0x0116: IL2 + IL3 Demand,
0x0117: IL1 + IL2 + IL3 Demand,
0x0118: IL4 Demand
0x0120: IN Demand,
0x0131: P1 Demand, 0x0132: P2 Demand, 0x0133: P1 + P2 Demand,
0x0134: P3 Demand, 0x0135: P1 + P3, 0x0136: P2 + P3 Demand,
0x0137: P1 + P2 + P3 Demand,
0x0138: P4 Demand
0x0140: PSUM Demand Imp,
Depends on
Alarm 1 on upper threshold max. value
parameter
s
Alarm 1 Duration
…….
…….
…….
…….
…….
…….
Alarm Output Number :
0-3
-
Alarm4 on lower threshold cause:
0x0000: Alarm Yok
0x0011: VLN1, 0x0012: VLN2, 0x0013: VLN1 + VLN2
0x0014: VLN3, 0x0015: VLN1 + VLN3, 0x0016: VLN2 + VLN3
0x0017: VLN1 + VLN2 + VLN3, 0x0018: VLN4
0x0021: VLL1, 0x0022: VLL2, 0x0023: VLL1 + VLL2, 0x0024: VLL3
0x0025: VLL1 + VLL3, 0x0026: VLL2 + VLL3, 0x0027: VLL1 + VLL2 + VLL3
0x0031: IL1, 0x0032: IL2, 0x0033: IL1 + IL2, 0x0034: IL3, 0x0035: IL1 + IL3
0x0036: IL2 + IL3, 0x0037: IL1 + IL2 + IL3
0x0038: IL4
0x0040: IN
0x0051: P1, 0x0052: P2, 0x0053: P1 + P2 , 0x0054: P3, 0x0055: P1 + P3
0x0056: P2 + P3, 0x0057: P1 + P2 + P3, 0x0058: P4
0x0060: PSUM IMP
0x0070: PSUM EXP, 0x0080: PSUM
0x0091: Q1, 0x0092: Q2, 0x0093: Q1 + Q2, 0x0094: Q3, 0x0095: Q1 + Q3
0x0096: Q2 + Q3, 0x0097: Q1 + Q2 + Q3, 0x0098: Q4
0x00A0: QSUM IMP, 0x00B0: QSUM EXP, 0x00C0: QSUM
0x00D1: S1, 0x00D2: S2, 0x00D3: S1 + S2, 0x00D4: S3, 0x00D5: S1 + S3
0x00D6: S2 + S3, 0x00D7: S1 + S2 + S3, 0x00D8: S4
0x00E0: SSUM IMP, 0x00F0: SSUM EXP, 0x0100: SSUM,
0x0111:IL1 Demand, 0x0112: IL2 Demand, 0x0113: IL1 + IL2 Demand,
0x0114: IL3 Demand, 0x0115: IL1 + IL3 Demand, 0x0116: IL2 + IL3 Demand,
0x0117: IL1 + IL2 + IL3 Demand,
0x0118: IL4 Demand
0x0120: IN Demand,
0x0131: P1 Demand, 0x0132: P2 Demand, 0x0133: P1 + P2 Demand,
0x0134: P3 Demand, 0x0135: P1 + P3, 0x0136: P2 + P3 Demand,
0x0137: P1 + P2 + P3 Demand,
0x0138: P4 Demand
0x0140: PSUM Demand Imp,
Depends on
Alarm 4 on lower threshold min value
parameter
Multiplier
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
1




1




Depends on parameter




1




Depends on parameter




1
…….
…….
…….
















1




1




Depends on parameter




Same parameters continous as Alarm
2 and Alarm3
4E3F
ushort
1
4E40
int
2
4E42
uint
2
-
20031
20032
20034
Alarm4 on upper threshold cause:
0x0000: Alarm Yok
0x0011: VLN1, 0x0012: VLN2, 0x0013: VLN1 + VLN2
0x0014: VLN3, 0x0015: VLN1 + VLN3, 0x0016: VLN2 + VLN3
0x0017: VLN1 + VLN2 + VLN3, 0x0018: VLN4
0x0021: VLL1, 0x0022: VLL2, 0x0023: VLL1 + VLL2, 0x0024: VLL3
0x0025: VLL1 + VLL3, 0x0026: VLL2 + VLL3, 0x0027: VLL1 + VLL2 + VLL3
0x0031: IL1, 0x0032: IL2, 0x0033: IL1 + IL2, 0x0034: IL3, 0x0035: IL1 + IL3
0x0036: IL2 + IL3, 0x0037: IL1 + IL2 + IL3
0x0038: IL4
0x0040: IN
0x0051: P1, 0x0052: P2, 0x0053: P1 + P2 , 0x0054: P3, 0x0055: P1 + P3
0x0056: P2 + P3, 0x0057: P1 + P2 + P3, 0x0058: P4
0x0060: PSUM IMP
0x0070: PSUM EXP, 0x0080: PSUM
0x0091: Q1, 0x0092: Q2, 0x0093: Q1 + Q2, 0x0094: Q3, 0x0095: Q1 + Q3
0x0096: Q2 + Q3, 0x0097: Q1 + Q2 + Q3, 0x0098: Q4
0x00A0: QSUM IMP, 0x00B0: QSUM EXP, 0x00C0: QSUM
0x00D1: S1, 0x00D2: S2, 0x00D3: S1 + S2, 0x00D4: S3, 0x00D5: S1 + S3
0x00D6: S2 + S3, 0x00D7: S1 + S2 + S3, 0x00D8: S4
0x00E0: SSUM IMP, 0x00F0: SSUM EXP, 0x0100: SSUM,
0x0111:IL1 Demand, 0x0112: IL2 Demand, 0x0113: IL1 + IL2 Demand,
0x0114: IL3 Demand, 0x0115: IL1 + IL3 Demand, 0x0116: IL2 + IL3 Demand,
0x0117: IL1 + IL2 + IL3 Demand,
0x0118: IL4 Demand
0x0120: IN Demand,
0x0131: P1 Demand, 0x0132: P2 Demand, 0x0133: P1 + P2 Demand,
0x0134: P3 Demand, 0x0135: P1 + P3, 0x0136: P2 + P3 Demand,
0x0137: P1 + P2 + P3 Demand,
0x0138: P4 Demand
0x0140: PSUM Demand Imp,
Depends on
Alarm 4 on upper threshold max. value
parameter.
s
Alarm 4 Duration
1




Depends on parameter




1




EVENT LOG RECORD
Supported Functions
Read holding registers
8016
8018
8020
8022
8023
8024
8025
8026
8028
8030
8032
8034
Address
Hex
1F50
1F52
1F54
1F56
1F57
1F58
1F59
uint
uint
uint
ushort
ushort
ushort
ushort
Word
Counts
2
2
2
1
1
1
1
1F5A
int
2
1F5C
int
2
1F5E
int
2
1F60
int
2
1F62
ushort
1
Format
Start Address
8016
Unit
Remarks
Multiplier
Unix Time
Unix Time
Second
?
Depends on
parameter
Depends on
parameter
Depends on
parameter
Depends on
parameter
-
Start Time
End Time
Duration
Cycle
Type
Source
Param
1
1
1
?
1
1
1




























High
Depends on parameter




Low
Depends on parameter




High Value
Depends on parameter




Low Value
Depends on parameter




1




Supported Functions
Write holding registers
Start Address
8000
Address
Word
Format
Hex
Counts
Unit
1F40
short
1
Register Counts
19
-
8034
Index
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
Register Counts
2
Remarks
Multiplier
Record Index:
-1 : Next Record
1-500: Record Index
-
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32












RESET
Supported Functions
Write holding registers
Start Address
14000
Address
Word
Format
Hex
Counts
Unit
36B0
ushort
1
-
14000
Register Counts
1
Remarks
Multiplier
Reset Action Code:
0x01: MAX
0x02: MIN
0x04: DEMAND
0x08: MAX DEMAND
0x10: ENERGY
0x20: TARIFF ENERGY
0x40: JENERATOR ENERGY
0x80: PULSE COUNTER
0x100: WORKING HOUR
0x600 All
-
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32




Record Settings
Supported Functions
Read holding registers
Write single register
Write multiple registers
Address
Word
Format
Hex
Counts
Start Address
21000
Unit
5208
ushort
1
-
5209
ushort
1
-
520A
ushort
1
Minutes
520B
ushort
1
-
520C
ushort
1
-
520D
ushort
1
Minutes
520E
ushort
1
-
21000
21001
21002
21003
21004
21005
21006
Register Counts
15
Remarks
Profile Records Enable:
0: Disable
1: Enable
Profile Synchronizing:
0: Disable
1: Enable
Profile Records Record Time:
0: 1 Minute
1: 5 Minutes
2: 10 Minutes
3: 15 Minutes
4: 20 Minutes
5: 30 Minutes
6: 60 Minutes
Current Records Enable:
Current Synchronizing:
0: Disable
1: Enable
Current Records Record Time:
0: 1 Minute
1: 5 Minutes
2: 10 Minutes
3: 15 Minutes
4: 20 Minutes
5: 30 Minutes
6: 60 Minutes
Voltage Records Enable:
0: Disable
1: Enable
Multiplier
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
1



1



1



1



1



1



1



520F
ushort
1
-
5210
ushort
1
Minutes
5211
ushort
1
-
5212
ushort
1
-
5213
ushort
1
Minutes
5214
ushort
1
-
5215
ushort
1
-
5216
ushort
1
Minutes
21007
21008
21009
21010
21011
21012
21013
21014
Voltage Synchronizing:
0: Disable
1: Enable
Voltage Records Record Time:
0: 1 Minute
1: 5 Minutes
2: 10 Minutes
3: 15 Minutes
4: 20 Minutes
5: 30 Minutes
6: 60 Minutes
Power Records Enable:
0: Disable
1: Enable
Power Synchronizing:
0: Disable
1: Enable
Power Records Record Time:
0: 1 Minute
1: 5 Minutes
2: 10 Minutes
3: 15 Minutes
4: 20 Minutes
5: 30 Minutes
6: 60 Minutes
THD Records Enable:
0: Disable
1: Enable
THD Synchronizing:
0: Disable
1: Enable
THD Records Record Time:
0: 1 Minute
1: 5 Minutes
2: 10 Minutes
3: 15 Minutes
4: 20 Minutes
5: 30 Minutes
6: 60 Minutes
1



1



1



1



1



1



1



1



Records Time Stamp Register
Supported Functions
Write multiple registers
Start Address
21100
Register Counts
10
The index of record, which is closest to the date written in this register will be written in record index register at address 21200-21209.
If 0xFFFFFFFF is written, the last index record will be saved in record index register at address 21200-21209
21100
21102
21104
21106
21108
Address
Word
Format
Hex
Counts
526C
uint
2
526E
uint
2
5270
uint
2
5272
uint
2
5274
uint
2
Unit
Unix Time
Unix Time
Unix Time
Unix Time
Unix Time
Remarks
Multiplier
Profile Records Time Stamp
Voltage Records Time Stamp
Current Records Time Stamp
Power Records Time Stamp
THD Records Time Stamp
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32





1
1
1
1
1










Records Index Register
Supported Functions
Read holding registers
Write multiple registers
Start Address
21200
Register Counts
10
The index values which is closest in the date written in time stamp register will be read in this register.
21200
21202
21204
21206
21208
Address
Word
Format
Hex
Counts
52D0
uint
2
52D2
uint
2
52D4
uint
2
52D6
uint
2
52D8
uint
2
Unit
-
Remarks
Multiplier
Profile Records Index Register
Voltage Records Index Regiter
Current Records Index Register
Power Records Index Register
THD Records Index Regsiter
1
1
1
1
1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32















Profile Records
Supported Functions
Read holding registers
23000
23002
23004
23006
23008
23010
23012
23014
23016
23018
23020
23022
23023
23024
23025
23026
Address
Hex
59D8
59DA
59DC
59DE
59E0
59E2
59E4
59E6
59E8
59EA
59EC
59EE
59EF
59F0
59F1
59F2
Format
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
ushort
ushort
ushort
ushort
uint
Word
Counts
2
2
2
2
2
2
2
2
2
2
2
1
1
1
1
2
Start Address
23000
Unit
Register Counts
28
Remarks
Unix Time
Unix Time
W
VAR
VAR
VA
W
VAR
VAR
VA
W
-
Multiplier
Record Start Time
Record End Time
Consumed Active Energy
Q1 Reactive Energy
Q4 Reactive Energy
Consumed Apparent Energy
Delivered Active Energy
Q2 Reactive Energy
Q3 Reactive Energy
Delivered Apparent Energy
Consumed Active Energy Tariff Generator
Pulse Counter 1
Pulse Counter 2
Pulse Counter 3
Pulse Counter 4
Record Index
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
















































Current Records
Supported Functions
Read holding registers
24000
24002
24004
24006
24008
24010
24012
24014
24016
24018
24020
24022
24024
24026
24028
Address
Word
Format
Hex
Counts
5DC0
uint
2
5DC2
uint
2
5DC4
uint
2
5DC6
uint
2
5DC8
uint
2
5DCA
uint
2
5DCC
uint
2
5DCE
uint
2
5DD0
uint
2
5DD2
uint
2
5DD4
uint
2
5DD6
uint
2
5DD8
uint
2
5DDA
uint
2
5DDC
uint
2
Start Address
24000
Unit
Unix Time
Unix Time
A
A
A
A
A
A
A
A
A
A
A
A
-
Register Counts
30
Remarks
Multiplier
Record End Time
Record Start Time
Average Current IL1
Average Current IL2
Average Current IL3
Average Current ILN
Max Current IL1
Max Current IL2
Max Current IL3
Max Current ILN
Min Current IL1
Min Current IL2
Min Current IL3
Min Current ILN
Record Index
1
1
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
0.001
1
Voltage Records
Supported Functions
Start Address
Register Counts
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32













































Read holding registers
25000
25002
25004
25006
25008
25010
25012
25014
25016
25018
25020
25022
25024
25026
25028
25030
25032
25034
25036
25038
25040
25042
25044
25046
25048
25050
25052
Address
Word
Format
Hex
Counts
61A8
uint
2
61AA
uint
2
61AC
uint
2
61AE
uint
2
61B0
uint
2
61B2
uint
2
61B4
uint
2
61B6
uint
2
61B8
uint
2
61BA
uint
2
61BC
uint
2
61BE
uint
2
61C0
uint
2
61C2
uint
2
61C4
uint
2
61C6
uint
2
61C8
uint
2
61CA
uint
2
61CC
uint
2
61CE
uint
2
61D0
uint
2
61D2
uint
2
61D4
uint
2
61D6
uint
2
61D8
uint
2
61DA
uint
2
61DC
uint
2
25000
Unit
Unix Time
V
V
V
V
V
V
V
Hz
V
V
V
V
V
V
V
Hz
V
V
V
V
V
V
V
Hz
-
54
Remarks
Multiplier
Record End Time
Record Start Time
Voltage L1-N
Voltage L2-N
Voltage L3-N
Voltage L4-N
Voltage L1-L2
Voltage L2-L3
Voltage L3-L1
Frequency
Voltage L1-N
Voltage L2-N
Voltage L3-N
Voltage L4-N
Voltage L1-L2
Voltage L2-L3
Voltage L3-L1
Frequency
Voltage L1-N
Voltage L2-N
Voltage L3-N
Voltage L4-N
Voltage L1-L2
Voltage L2-L3
Voltage L3-L1
Frequency
Record Index
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32



























1
1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.01
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.01
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.01
1






















































Power Records
Supported Functions
Read holding registers
26000
26002
26004
26006
26008
26010
26012
26014
26016
26018
26020
26022
26024
26026
26028
26030
26032
26034
26036
26038
26040
26042
26044
26046
26048
26050
26052
26054
26056
26058
26060
26062
Address
Word
Format
Hex
Counts
6590
uint
2
6592
uint
2
6594
float
2
6596
float
2
6598
float
2
659A
float
2
659C
float
2
659E
float
2
65A0
float
2
65A2
float
2
65A4
uint
2
65A6
uint
2
65A8
uint
2
65AA
uint
2
65AC
uint
2
65AE
float
2
65B0
float
2
65B2
float
2
65B4
float
2
65B6
float
2
65B8
float
2
65BA
float
2
65BC
float
2
65BE
float
2
65C0
float
2
65C2
float
2
65C4
float
2
65C6
float
2
65C8
float
2
65CA
float
2
65CC
float
2
65CE
uint
2
Start Address
26000
Unit
Unix Time
Unix Time
W
VAR
VAR
VA
W
W
W
VAR
VAR
VAR
VAR
VA
VA
W
W
VAR
VAR
VAR
VAR
VA
VA
-
Register Counts
64
Remarks
Multiplier
Record End Time
Record Start Time
Total Import Active Power
Total Export Active Power
Quadrant 1 average total reactive power
Quadrant 2 average total reactive power
Quadrant 3 average total ractive power
Quadrant 4 average total reactive power
Average total import apparent power
Average total export apparent power
Average total inductive import cosphi value
Average total capacitive import cosphi value
Average total inductive export cosphi value
Average total capacitive export cosphi value
Average total PF
Max. Total import active power
Max. Total export active power
Max. Total Q1 Reactive Power
Max. Total Q2 Reactive Power
Max. Total Q3 Reactive Power
Max. Total Q4 Reactive Power
Max. Total Import Apparent Power
Max. Total Export Apparent Power
Min. Total Import Active Power
Min. Total Export Active Power
Min. Total Q1 Reactive Power
Min. Total Q2 Reactive Power
Min. Total Q3 Reactive Power
Min. Total Q4 Reactive Power
Min. Total Import Apparent Power
Min. Total Export Apparent Power
Record Index
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
































1
1
1
1
1
1
1
1
1
1
0.001
0.001
0.001
0.001
0.001
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1



























































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THD Records
Supported Functions
Read holding registers
27000
27002
27004
27006
27008
27010
27012
27014
27016
27018
27020
27022
27024
27026
27028
27030
27032
27034
27036
27038
27040
27042
27044
27046
27048
27050
27052
27054
27056
27058
Address
Word
Format
Hex
Counts
6978
uint
2
697A
uint
2
697C
uint
2
697E
uint
2
6980
uint
2
6982
uint
2
6984
uint
2
6986
uint
2
6988
uint
2
698A
uint
2
698C
uint
2
Start Address
27000
Unit
Unix Time
%
%
%
%
%
%
%
%
%
Register Counts
60
Remarks
Multiplier
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
Record Index
Record Time
Average Total Harmonic Distorsion VL1
Average Total Harmonic Distorsion VL2
Average Total Harmonic Distorsion VL3
Average Total Harmoic Distorsion VLL12
Average Total Harmoic Distorsion VLL23
Average Total Harmoic Distorsion VLL31
Average Total Harmonic Distorsion IL1
Average Total Harmonic Distorsion IL2
Average Total Harmonic Distorsion IL3
1
1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
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698E
uint
2
%
Max Total Harmonic Distorsion VL1
0.1
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
6990
uint
2
%
Max Total Harmonic Distorsion VL2
0.1



6992
6994
6996
6998
699A
699C
699E
69A0
69A2
69A4
69A6
69A8
69AA
69AC
69AE
69B0
69B2
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
uint
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
2
%
%
%
%
%
%
%
%
%
%
%
%
%
%
%
%
-
Max Total Harmonic Distorsion VL3
Max Total Harmoic Distorsion VLL12
Max Total Harmoic Distorsion VLL23
Max otal Harmoic Distorsion VLL31
Max Total Harmonic Distorsion IL1
Max Total Harmonic Distorsion IL2
Max Total Harmonic Distorsion IL3
Min Total Harmonic Distorsion VL1
Min Total Harmonic Distorsion VL2
Min Total Harmonic Distorsion VL3
Min Total Harmoic Distorsion VLL12
Min Total Harmoic Distorsion VLL23
Min Total Harmoic Distorsion VLL31
Min Total Harmonic Distorsion IL1
Min Total Harmonic Distorsion IL2
Min Total Harmonic Distorsion IL3
Record Index
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
0.1
1
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Device Identification
Supported Functions
Read holding registers
60416
60417
60418
60420
60422
60424
60426
Address
Word
Format
Hex
Counts
EC00 ushort
1
EC01 ushort
1
EC02
uint
2
EC04
uint
2
EC06
uint
2
EC08
uint
2
EC0A
uint
2
Start Address
60416
Unit
-
Register Counts
16
Remarks
Device ID
Device ID && Versiyon No
Serial Number
Software Version
Hardware Version
Modbus Table Version
Boot loader version
Multiplier
1
1
1
1
1
1
1
MPR25S-22 MPR26S-21 MPR27S-23 MPR28S-32
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60428
60430
EC0C
EC0E
uint
uint
2
2
Unix Time
Unix Time
Fabrication Date
Calibration Date
MODEL
Available Features
MPR45
MPR45S
MPR46
MPR46S
MPR47S
Work Hour, Event Logs
Work Hour, Alarm, Records, Event Logs
Work Hour, Event Logs
Work Hour, Alarm, Records, Event Logs
Work Hour, Alarm, Records, Event Logs
1
1
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