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REACTIVE RELAYS
Register Map for FPA50-FPA100-FPA120-FAA200-FKR240 Devices:
The device is designed in accordance with IEEE 754 standard, 32-bit floating, comma number standard. In this context, communication protocol has been arranged in compliance with 16-bit MODBUS structure. Curve information have différent byte lengths and reading request should be made for bytes with similar lengths at the same time! Applicable MODBUS commands are 3 and 16. Orange areas are the registers used in compensation relay.
Reg. No:
Number of Bytes
Functlon
Description
W/R
Reg. No:
Number of Bytes
Functlon
Description
W/R
1
4
U1
Phasel neutral voltaqe
R
53
a
BNK1
Hidder (compensation)
R
2
4
U2
Phase2 neutral voltaqe
R
Hiriner (compensation)
R
3
4
U3
Phase3 neutral voltaae
R
i'.'-MK ::
.. ■ <:<•■ .■. :':
R
4
4
U12
Phasel. Phase2 voltaae
R
3NK-1
Hiduer (compensation}
R
5
4
U23
Phase2, Phase3 voltaae
R
54
4
KOND1
■ ■ r.i*ar)
R
6
4
U31
Phase3, Phasel voltaae
R
55
a
KOND2
"
r»
7
4
11
Phase 1 Current
R
56
a
KONÛ3
R
8
4
12
Phase 2 Current
R
57
4
KONEJ4
■ : : ■■•■■■■r.c-; '■
H
g
4
13
Phase 3 Current
R
bà
4
KOND5
Hidoor (compensations step power)
::
10
4
kW1
Phasel Active power
R
59
4
KONr 6
Hidder (corn;.; ■ ■ nwer)
R
11
4
kW2
Phase2 Active power
R
6C
a
KOND7
Hidder (cornoensaliori7 step powei )
R
12
4
kW3
Phase3 Active power
R
fil
a
r ■ )ND8
1 iidaer (compensation*) step cower)
R
13
4
kR1
Phasel Reactive power
R
62
a
KOND9
1 lidder (compensations step prwer)
R
14
4
kR2
Phase2 Reactive power
R
63
a
KOND10
Hiriner (compensation 10 sreo power}
n
15
4
kR3
Phase3 Reactive power
R
:y-
a
K3ND1:
Hidder (compensation 11 steo power}
R
16
4
cos 1
Phase1-I1 skip
R
65
n
KON )I2
Hiduër (compensation^ JdLeo power :■
hr
17
4
cos 2
Phasel -12 skip
R
66
4
KOND1s
hlnJutr (compensation 13 si eu power}
R
18
4
cos 3
Phasel-13 skip
R
67
4
K.ONi."'-^
Hidden {compensation 14 sleo power)
R
19
4
PF 1
Phasel power factor
R
68
£
KONG
1b
Hidden (compensation! 5 steo power)
R
20
4
PF2
Phase2 power factor
R
69
a
Hidocr (compensation Ifï steo power ï
R
21
4
PF 3
Phase3 power factor
R
70
a
KOND17
Hidoor (compensation 17 steo power)
R
22
4
kVA1
Phasel apparent power
R
71
a
KONDIfc
Hidder (compensation 18 steo power}
R
23
4
kVA2
Phase2 apparent power
R
72
a
KOND19
Hidder (compensation! a steo power)
R
24
4
kVA3
Phase3 apparent power
R
73
a
KON D 20
R
25
4
kW1e
Phasel export power
R
74
4
KOND2
1 lidoer (compensation,^ steo power}
R
26
4
kW2e
Phase2 export power
R
7b
4
KO
.--jr.K-:::-
Hirioer (compensation?? steo power)
:-
27
4
kW3e
Phase3 export power
R
/□
a
i- ■
Hidder (compensations stso power)
R
28
4
EW
Total power
R
77
a
KONDS4
HiUut
.i- fc un ip en talion 24 ;;teu uowerl
R
29
4
EWi
Total import power
R
R
30
4
EWe
Total export power
R
R
31
4
ERI
Total inductive power
R
91
128
U1.I1
U1,I1,...U127,I127 sipned char
R
32
4
ERo
Total capacitive power
R
92
128
U2.I2
U1,I1,...U127,I127 siqned char
R
33
4
Er
Total reactive power
R
93
128
U3.I3
U1.I1....U127.I127 siqned char
R
34
4
Ecos
Average phase skip
R
35
4
EPF
Average power factor
R
36
4
F + Inp.
2 byte FRK/10+1 byte:128 inp1,32 inp2,1 byte hidden
R
37
4
kWhil
Phasel energy import
R
101
4
VT+CT
Integer voltage transformer rate , integer
current transformer rate
W/R
38
4
kWhi2
Phase2 energy import
R
102
4
SUHË
Hidden (enablemanl duralion 1.disab!ame<i! ' .■■■rial
.ilv'-i.jii' J-j'--.-!.. ■
1 disal..bitk'-i
I 'linal r,r
W/R
39
4
kWhi3
Phase3 energy import
R
103
4
B. AD, MODE
Hidden
(bank number 1. 3ar;k numbaf 3, modall)
W/R
40
4
kWhel
Phasel energy import
R
104
4
ILK KVAr
Hidoer first capacitor power (Monopnase]
W/R
41
4
kWhe2
Phase2 energy import
R
105
4
ll_K KVAr
Hidden tirst caoacitoi power (Th'eephasa)
W/R
42
4
kWhe3
Phase3 energy import
R
106
4
Min Gos 1
Hidoer rrin, mono-pnase cos value sna:' bc divideo into long 100TJ
W/R
43
4
kRLhl
Phasel inductive energy
R
107
4
Max Cos 1
Hidden max. rmno
-phasB cos value shaiibedividedintoiong 1000
W/R
44
4
kRLh2
Phase2 inductive energy
R
108
4
Min Cos 3
1 lidder.
rrin. trphase cos value s'ns" be diwiaed inîo long 1C00
W/R
45
4
kRLh3
Phase3 inductive energy
R
109
4
Max Cos 3
Hldaen max. triphasé cos value shall be divlnedlnio long 1000
W/R
46
4
kRChl
Phasel capacitive energy
R
110
4
P+R+G
integer PORT + Restart (komp!) + GPRS mode
W/R
47
4
kRCh2
Phase2 capacitive energy
R
111
4
IP
IP1 + IP2 + IP3 + IP4
W/R
48
4
kRCh3
Phase3 capacitive energy
R
112
4
T+B+Cn
Integer Timeout (x10ms) + BAUD + Device no (1-250)
W/R
49
4
EWhi
Total import energy
R
50
4
EWhe
Total export energy
R
121
4
BANK ari/olf
Hidoen eacri byte rrgrit 6 bit X 4 capeoitor ON/OFF
W/R
51
4
ELh
Total inductive energy
R
122
4
OUTPUT
1. byte 3=1. relay on 4=2.relay on 5=1. and 2. relayon
W/R
52
4
ECh
lotal capacitive energy
R
^FEDERAL
■17/8
