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NO
1 0000
R
COUNTRY CODE (TURKEY)
2 0001
R
COMPANY CODE
3 0002
R
PRODUCT CODE
4 0003
R
5 0004
R
BARCODE CONTROL
6 0005
R
SOFTWARE VERSION
7 0006
R/W
DEVICE NUMBER
8 0007
R/W
1 1000
R/W
CURRENT TRANSFORMER RATIO (ATRF)
2 1001
R
OPERATING MODES and
Reactive Power Direction Bits
( "1" = capacitive , "0" = inductive )
3 1002
R
PHASE 1 VOLTAGE Phase-Neutral (VL
4 1003
R
PHASE 2 VOLTAGE Phase-Neutral (VL
5 1004
R
PHASE 3 VOLTAGE Phase-Neutral (VL
6 1005
R
PHASE 1 CURRENT
7 1006
R
PHASE 2 CURRENT
8 1007
R
PHASE 3 CURRENT
9 1008
R
PHASE 1 ACTIVE POWER
10 1009
R
PHASE 2 ACTIVE POWER
11 100A
R
PHASE 3 ACTIVE POWER
12 100B
R
PHASE 1 REACTIVE POWER
13 100C
R
PHASE 2 REACTIVE POWER
14 100D
R
PHASE 3 REACTIVE POWER
15 100E
R
PHASE 1 APPARENT POWER
16 100F
R
PHASE 2 APPARENT POWER
17 1010
R
PHASE 3 APPARENT POWER
18 1011
R
PHASE 1 COSØ
19 1012
R
PHASE 2 COSØ
20 1013
R
PHASE 3 COSØ
21 1014
R
TOTAL COSØ
22 1015
R
Phase 1 TANØ (Q1/P1 %)
23 1016
R
Phase 2 TANØ (Q1/P1 %)
24 1017
R
Phase 3 TANØ (Q1/P1 %)
25 1018
R
Total
TANØ( Q/P %) (TANØ)
26 1019
R
TOTAL ACTIVE POWER
27 101A
R
TOTAL INDUCTIVE POWER
28 101B
R
TOTAL CAPACITIVE POWER
29 101C
R
TOTAL REACTIVE POWER
30 101D
R
TOTAL APPARENT POWER
31 101E
R
PHASE 1
TANØ
L
32 101F
R
PHASE 1
TANØ
C
33 1020
R
PHASE 2
TANØ
L
34 1021
R
PHASE 2
TANØ
C
35 1022
R
PHASE 3
TANØ
L
36 1023
R
PHASE 3
TANØ
C
37 1024
R
TOTAL INDUCTIVE TANØ
38 1025
R
TOTAL CAPACITIVE TANØ
PARAMETER
FORMAT
unsigned int
unsigned int
HW
unsigned int
LW
unsigned int
unsigned int
unsigned int
HW
unsigned int
LW
unsigned int
unsigned int
unsigned int
)
unsigned int
1N
)
unsigned int
2N
)
unsigned int
3N
(I1)
unsigned int (ATRF) x 0,001
(I2)
unsigned int
(I3)
unsigned int
(P1)
unsigned int
(P2)
unsigned int
(P3)
unsigned int
(Q1)
unsigned int
(Q2)
unsigned int
(Q3)
unsigned int
(S1)
unsigned int
(S2)
unsigned int
(S3)
unsigned int
(COSØ1)
signed int
(COSØ2)
signed int
(COSØ3)
signed int
(COSØ)
signed int
(TANØ1)
signed int
(TANØ1)
signed int
(TANØ1)
signed int
signed int
(ΣP)
unsigned int
(ΣQind)
unsigned int
(Σcap)
unsigned int
(ΣQ)
signed int
(ΣS)
unsigned int
(% IND)
unsigned int
(%CAP)
unsigned int
(% IND)
unsigned int
(%CAP)
unsigned int
(% IND)
unsigned int
(%CAP)
unsigned int
(% Σ IND)
unsigned int
L
(% Σ CAP)
unsigned int
C
REGISTER TABLE
MULTIPLIER
UNIT
1
869
1
7436
1
0x0001
1
0x5824
1
0
1
0x0300
1
0xFFFF -
1
0xFFFF -
1
ATRF
1 - 2000
Bit 0: Direction of phase 1 ( "1" = capacitive , "0" = inductive )
1
Bit 1: Direction of phase 2 ( "1" = capacitive , "0" = inductive )
Bit 2: Direction of phase 3 ( "1" = capacitive , "0" = inductive )
Bit 3: Direction of total reactive power ( "1" = capacitive , "0" = inductive )
Bit 4: If It is"1" ,Device in mod1.
Bit 5: If It is"1" ,Device in mod2. Automatic mode.
Bit 6: If It is"1" ,Device in mod0. Manual mode.
0,1
VOLT
(V1 x 0,1); Example: 2200 x 0,1 = 220 Volt
0,1
VOLT
(V3 x 0,1); Example: 2200 x 0,1 = 220 Volt
0,1
VOLT
(V3 x 0,1); Example: 2200 x 0,1 = 220 Volt
AMPER
(I1 x ATRF x 0,001); Example:If 100/5A ; 5000 x( 20 x 0,001) = 100 A
(ATRF) x 0,001
AMPER
(I2 x ATRF x 0,001)
(ATRF) x 0,001
AMPER
(I3 x ATRF x 0,001)
(ATRF)
WATT
(P1 x ATRF)
(ATRF)
WATT
(P2 x ATRF)
(ATRF)
WATT
(P3 x ATRF)
(ATRF)
VAR
(Q1 x ATRF)
(ATRF)
VAR
(Q2 x ATRF)
(ATRF)
VAR
(Q3 x ATRF)
(ATRF)
VA
(S1 x ATRF)
(ATRF)
VA
(S2 x ATRF)
(ATRF)
VA
(S3 x ATRF)
0,01
-
(COSØ1 x 0,01)
0,01
-
(COSØ2 x 0,01)
0,01
-
(COSØ3 x 0,01)
0,01
-
(COSØ x 0,01)
0,01
-
(TANØ1 x 0,01)
0,01
-
(TANØ2 x 0,01)
0,01
-
(TANØ3 x 0,01)
0,01
-
(TANØ x 0,01)
1
WATT
P1+P2+P3
1
VAR
Q1(ind)+Q2(ind)+Q3(ind)
1
VAR
Q1(cap)+Q2(cap)+Q3(cap)
1
VAR
1
VA
0,01
-
0,01
-
0,01
-
0,01
-
0,01
-
0,01
-
0,01
-
0,01
-
INSTRUCTION
88100 decimal
0x0000
0x0000
NOTE: Bit7,....Bit15 reserved
14
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