ADTEK CPM-12A User manual

1
Description
CPM-12A multifunction power meter provide high accuracy single phase and three-phase measuring and
displaying, energy accumulating, power quality analysis, and data communication.
Hardware can be option a RS485 Modbus communication port.
CPM 12A Manual-
Dimensions & Installation
Enter / Confirm
Quickly index: Voltage Current/
Shift input position / Press 2sec back to previous menu
Quickly index: THD
Up / Number increase
Quickly index: Power parameters
Down / Number decrease
Quickly index: Energy parameters
Panel Description
Display Decription
a-b, b-c, c-a for 3 phase line to line
Display energy value
Display metering data unit
Display metering data such as voltage current power
factor unbalance etc.
Eight
ab bc ca
ab c
MK Wh
Kv
arh
M
MK Wh
Kv
arh
M
HD
∑
MKVA MKW MKvar %
Three line of digits
in the metering area
a, b, c for 3 phase
Display energy unit
THD of Voltage / Current
90.0+0.8
90.0+0.8
FIX HOLDERS
1.0~18.0 mm
96 0.
96 0.
55 5.
15 0.
AUX Power RS485 Communication port
Distance Max.:1200M
Terminator:120~300Ω/0.25W
(Standard:150Ω)
11 12 13 14 15 16 17 18 19
A+ B-
CPM 12-
VA/DM/ HARM./THDHARM./THD
P/Q/S/PF/Sum.
Energy
CPM 12-
VA/DM/ HARM./THDHARM./THD
P/Q/S/PF/Sum.
Energy
EMC Fliter
1A Fuse
AC85~264V
23 2420 21 22
PE +
L
-
N
N
L
G
N
L
G
15
Summary or Average
Communication indicator icon
Wiring changed
PANEL CUT-OUT

2
Connection diagram
Voltage and current connection
Pulse Output
E-C+
13 14 15 16 17 18 19 21 23
TP-
13 14 15 16
TP+PO- PO+
E-C+
AUX. POWER
PULSE OUTPUT
RS485
A+ B- TP+ TP-PO+ PO-
AUX. POWER
PULSE OUTPUT
RS485
(CT secondary side distinguishes 1A/5A and 333mV)
1P2W 0~1A/5A)(
1P3W 0~1A/5A)(
1P2W 0~333mV)(
1P3W 0~333mV)(
12345678910
SOURCE
LOAD
VN
VL
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
VN
VL
V2V3 V1VnI21 I22I11 I12 I31 I32
- 3-
12345678910
SOURCE
LOAD
VL2
VN
VL1
V2V3 V1VnI21 I22I11 I12 I31 I32
- 3-
12345678910
SOURCE
LOAD
VL2
VN
VL1
V2V3 V1VnI21 I22I11 I12 I31 I32

3
3P3W NO PT
3CT(0~1A/5A)
2CT(0~1A/5A)
1CT(0~1A/5A)
3CT(0~333mV)
2CT(0~333mV)
1CT(0~333mV)
3P3W 2PT
3CT(0~1A/5A)
2CT(0~1A/5A)
1CT(0~1A/5A)
3CT(0~333mV)
2CT(0~333mV)
1CT(0~333mV)
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3V1VnI11 I12 I31 I32I21 I22
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3V1VnI11 I12 I31 I32I21 I22
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32
12345678910
SOURCE
LOAD
V2
V3
V1
V2V3 V1VnI21 I22I11 I12 I31 I32

4
3P4W NO PT
3CT(0~1A/5A)
1CT(0~1A/5A)
3CT(0~333mV)
1CT(0~333mV)
3P4W 3PT
3CT(0~1A/5A)
1CT(0~1A/5A)
3CT(0~333mV)
1CT(0~333mV)
12345678910
SOURCE
LOAD
V2
V3
VN
V1
I21 I22I11 I12 I31 I32V2V3 V1Vn
12345678910
SOURCE
LOAD
V2
V3
VN
V1
I21 I22I11 I12 I31 I32V2V3 V1Vn
V2V3V1Vn
SOURCE
LOAD
V2
V3
VN
V1
I11 I12 I21 I22 I31 I32
12345678910
V2V3V1Vn
SOURCE
LOAD
V2
V3
VN
V1
I11 I12 I21 I22 I31 I32
12345678910
V2V3 V1Vn
12345678910
SOURCE
LOAD
V2
V3
VN
V1
I11 I12 I21 I22 I31 I32
V2V3 V1Vn
12345678910
SOURCE
LOAD
V2
V3
VN
V1
I11 I12 I21 I22 I31 I32
V2V1
SOURCE
V2
V3
VN
V1
12
V3Vn
LOAD
I11 I12 I21 I22 I31 I32
345678910
V2V1
SOURCE
V2
V3
VN
V1
12
V3Vn
LOAD
I11 I12 I21 I22 I31 I32
345678910

5
Operational flow chart
NO
YES
Press▲ ▼Press
A-0 INPUT GROUP
A-1~A-8
B-1 B-3~
C-1~C-3
D-1~D-3
E-1~E-3
G-1
Model No
and ersionv
Power on
displayMain
Input password
Defult:1000
Correct?
Press▲ ▼Press
Press▲ ▼Press
Press▲ ▼Press
Press▲ ▼Press
Press▲ ▼Press
Metering reading display Parameters setting
+
2200
2200
∑
ab
∑
bc
∑
ca
V
A
W
KWh
.
.
1000
.
9999
.
pass
word
0000
Voltage Current display
Hdisplayarmonic
Summary Power display
ETimenergy displayand
A-0 INPUT GROUP
B-0 RS485 GROUP
C-0 PULSE OUTPUT GROUP
D-0 ENERGY GROUP
E-0 TIME GROUP
G-0 INITIAL GROUP

6
Each phase current
PressPress
Current & Neutral current
Each phase voltage
Back to each phase voltage
System type:
1P2W 1P3W//
3P4W1CT/
3P4W3CT
System type:
3P3W1CT/
3P3W2CT/
3P3W3CT/
Each phase voltage
harmonic & Average
phase voltage harmonic
2200
2200
2200
a
b
c
V
V
V
KWh
9999
.
3800
3800
3800
a
b
c
V
V
V
KWh
9999
.
b
c
a
1000
1000
1000
a
b
c
A
A
A
KWh
9999
.
1000
1000
1000
a
b
c
A
A
A
In 9999
.
Voltage/
Current unbalance
00
10
V
%
A
%
unbal
.
.
.
.
.
.
.
.
.
.
.
.
.
.
00
00
00
a
b
c
V
%
V
%
V
%
avg1000
.
HD
.
.
.
%
00
00
ab
bc
V
%
V
%
avg1000
.
HD
.
.
%
00
00
00
a
b
c
A
%
A
%
A
%
avg1000
.
HD
.
.
.
%
00
00
00
a
b
c
A
%
A
%
A
%
avg1000
.
HD
.
.
.
%
Voltage/Current display
Each line voltage
Total harmonic display
PressPress
Each line voltage
harmonic & Average line
voltage harmonic
Current harmonic &
Average current
harmonic
Current harmonic &
Average current
harmonic
ca

7
Summary-0
Phase voltage/ Current/
Active power/
IMP active energy
2200
2200
∑
a
∑
b
∑
c
V
A
W
KWh
.
1000
.
.
2200
2200
∑
a
∑
b
∑
c
V
A
W
pf 1000
.
.
.
2200
2200
∑
a
∑
b
∑
c
V
A
W
f 6000
.
.
.
2200
2200
∑
ab
∑
bc
∑
ca
V
A
W
KWh
.
.
2200
2200
∑
ab
∑
bc
∑
ca
V
A
W
pf 1000
.
.
.
2200
2200
∑
ab
∑
bc
∑
ca
V
A
W
f 6000
.
.
.
1000
1000
∑
∑
∑
W
var
VA
KWh
.
.
1000
1000
∑
∑
∑
pf 1000
.
.
.
W
var
VA
1000
1000
∑
∑
∑
f 6000
.
.
.
W
var
VA
Each phase
active power/
IMP active energy
1000
1000
1000
a
b
c
W
W
W
KWh
.
.
.
Each phase
reactive power/
IMP reactive energy
1000
1000
1000
a
b
c
.
.
.
var
var
var
Kv
arh
9999
.
Each phase apparent
power/
IMP active energy
1000
1000
1000
a
b
c
.
.
.
9999
.KWh
9999
.
1000
.
1000
.
1000
.
1000
.
1000
.
1000
.
1000
.
1000
.
9999
.9999 .
9999
.
VA
VA
VA
Summary and Power parameters display
PressPress
Summary-1
Phase voltage/ Current/
Active power/
PF
Summary-2
Phase voltage/ Current/
Active power/
Frequency
Summary-3
line voltage/ Current/
Active power/
IMP active energy
Summary-4
line voltage/ Current/
Active power/
PF
Summary-5
line voltage/ Current/
Active power/
Frequency
Summary-6
Active power/
Reactive power/
Total apparent power/
IMP active energy
Summary-7
Active power/
Reactive power/
Total apparent power/
PF
Summary-8
Active power/
Reactive power/
Total apparent power/
Frequency

8
Each phase power factor/
Average power factor
1000
1000
1000
a
b
c
pf 1000
.
.
.
.
imp
wh
KWh
9999
.
IMP active energy
exp
wh
KWh
9999
.
EXP active energy
tot
wh
KWh
9999
.
Total active energy
net
wh
KWh
9999
.
Net active energy
imp
varh
9999
.
IMP reactive energy
Kv
arh
exp
varh
9999
.
EXP reactive energy
Kv
arh
tot
varh
9999
.
Total reactive energy
Kv
arh
net
varh
9999
.
Net reactive energy
Kv
arh
tot
vah
K
9999
.
Total apparent energy
Unit KG:
CO2
co2
kg
6000
.
.
Operation time
Hour:Minute
ope
hour
Running time
(Time start at current of
secondary side >1%)
Hour Minute:
run
hour
99999959
.
.
99999959
.
.99999959
.
.
Energy and Time display
PressPress
Back to Summary-0
Back to IMP active energy

9
cpm
-12a
5pm
ver 10
.
CPM 12A-
5:5A input
P:Pulse output
M:RS485 Modbus
V1 0.
Model Optional Version display
PressPress
+
:into setting or confirm setting
pass
word
0000
Pass word 1000:
a-0
inpt
grop
Input group
b-0
r485
grop
RS485 group
c-0
Pout
grop
Pulse output group
d-0
engy
grop
Energy group
e-0
time
grop
Time group
g-0
init
grop
Initialization group
Back to A-0 input group
Parameters setting
:Press 2 sec back to previous menu or main display
PressPress
+

10
a-0
inpt
grop
System type:
1P2W 1P3W 3P3W1CT///
3P3W2CT/3P3W3CT/
3P4W1CT/3P4W3CT
a-1
sys
wire
3p4w3ct
Input group Voltage setting of
PT primary side
100~1200000V
a-2
pt
pri
1200000
V
Voltage setting of
PT second side
50~500V
a-3
pt
sec
500
V
a-4
ct
pri
A
99999999
a-5
ct
sec
5a
Current setting of
CT primary side
5~9999A
a-7
dis-
play
Main display select
SUMMARY0~8
summary0
Back to A-1
System
type
Input Group
a-8
wire
cang
es
Auto wiring change
YES/NO
Refer the next page
y
a-6
pass
word
0000
Password modify
0000~9999
Current setting of
CT secondary side
1A/5A/333mV
(If default is 333mV, it
cannot be changed)

11
Auto wiring change
a-8
wire
cang
Select system input is
IMP/EXP
acti
powr
Imp
wire
cang
wa I t
1000
1000
1000
ok
Confirm active power values:
OK NO/
yes
Wire change progress:
YES/NO
a
b
c
.
.
.
KW
KW
KW
1000
1000
1000
ok
a
b
c
.
.
.
Mvar
Mvar
Mvar
11
ve
Wiring change complete:
default / save /abort
a
b
c
12
13
sa
yes
ok
ok
erro
cang
fail
ent qu tI
no
Wiring change failure
Press Enter to Quit
Confirm reactive power
values:OK NO/
Auto wiring change condition limit :
3P4W-3CT : VN must be correct and < ±59θ
θ
θ
θ
θ
θ
3P4W-1CT : < ±59
3P3W-2CT : V2 must be correct and < ±59
3P3W-3CT : V2 must be correct and < ±59
1P3W : VN must be correct and < ±59
1P2W : < ±59
3P3W-1CT:N/A
˚
˚
˚
˚
˚
˚

12
RS485 group
Pulse Output Group
Back to B 1 Device
address setting
-
b-0
r485
grop
Device address setting
1 247~
b-1
r485
addr
247
b-2
r485
baud
38400
b-3
r485
pari
n82
..
Parity check setting
N.8.1/N.8.2/O.8.1/E.8.1
Pulse output group
Back to C 1 Parameter
setting of pulse output
-
c-0
Pout
grop
Parameters setting of
pulse output
OFF/AE.IMP/AE.EXP/
RE.IMP/RE.EXP
c-1
pul5
slct
Divider of pulse output
1~9999 times
c-2
pul5
dive
9999
c-3
puls
high
Pulse width setting:
0 is duty cycle 50%
0~5000(mS)
aeImp
.. 5000
Energy Group
Energy group
Back to D 1 Reset energy-
d-0
engy
grop
Reset active and
reactive energy input
password :2100
d-1
toal
rst
Total CO weight
2
of energy
00 000 60.000kg.~
d-2
co2
rate
0638
2100 .
RS485 Group
Baud rate setting
1200/2400/4800/9600/19200/
38400/57600/115200 bps
/ 0.01MWh / 0.1MWh
0.01kWh / 0.1kWh / 1kWh
0.0001kWh / 0.001kWh
Energy unit
d-3
engy
unit
kw01
.

13
Time group
e-0
time
grop
Reset operation time
NO YES/
e-2
oper
hour
e-3
run
hour
rst no rst no
Time Group
LCM backlight delay time
setting
0~15Min,0 is always ON
e-1
back
ligh
15
Reset running time
NO YES/
Back to E 1 backlight
delay time setting
-
Initial Group
Initialization Group
g-0
init
grop
g-1
init
7170
Input password:
7170

15
FREQ 0130h R
0131h R
0132h R
0133h R
0134h R
0135h R
0136h R
0137h R
0138h R
0139h R
013Ah R
013Bh R
013Ch R
013Dh R
013Eh R
013Fh R
0140h R
0141h R
0142h R
0143h R
0144h R
0145h R
0146h R
0147h R
0148h R
0149h R
014Ah R
014Bh R
014Ch R
014Dh R
014Eh R
014Fh R
0150h R
0151h R
0152h R
0153h R
0154h R
0155h R
0156h R
0157h R
0158h R
0159h R
015Ah R
015Bh R
015Ch R
015Dh R
015Eh R
015Fh R
0160h R
0161h R
0162h R
PF1 0163h R
PF2 0164h R
PF3 0165h R
PF AVG. 0166h R
Uunbl 0167h R
Iunbl 0168h R
-. ~+. ~.0 020 1 000 0 020 Average Power Factor
0 300 0~.%
Voltage unbalance
0 300 0~ . % Current unbalance
-. ~+. ~.0 020 1 000 0 020 Phase1 p fower actor
-. ~+. ~.0 020 1 000 0 020
Phase2 power factor
-. ~+. ~.0 020 1 000 0 020 Phase3 power factor
S3- 0 999999999VA~Phase3 apparent power High Word()
Phase3 apparent power(Low Word)
SSUM. 0 999999999VA~Total High Wordapparent power( )
Total apparent power Low Word()
S1- 0 999999999VA~Phase1 High Wordapparent power( )
Phase1 apparent power(Low Word)
S2- 0 999999999VA~Phase2 apparent power High Word()
Phase2 apparent power(Low Word)
Q3--~999999999 999999999VAR Phase3 reactive power High Word()
Phase3 reactive power Low Word()
QSUM.-~999999999 999999999VAR Total High Wordreactive power( )
Total reactive power Low Word()
Q1--~999999999 999999999VAR Phase1 reactive power( High Word()
Phase1 reactive power Low Word()
Q2--~999999999 999999999VAR Phase2 reactive power High Word()
Phase2 reactive power Low Word()
P3--~999999999 999999999W Phase3 active power High Word()
Phase3 active power Low Word()
PSUM.-~999999999 999999999W T a High Wordotal ctive power( )
Total active power Low Word()
P1--~999999999 999999999W Phase1 High Wordactive power(( )
Phase1 active power Low Word()
P2--~999999999 999999999W Phase2 active power High Word()
Phase2 phase active power Low Word()
IAVG. 0 000 9999 999A.~ . Average current High Word()
Average current Low Word()
IN 0 000 9999 999A.~ . Neutral current( )High Word
Neutral current(Low Word)
I2 0 000 9999 999A.~ . I2 current High Word()
I2 current Low Word()
I3 0 000 9999 999A.~ . I3 current High Word()
I3 current Low Word()
ULL AVG.00. ~ 1200000 0V.Average line voltage High Word()
Average line voltage(Low Word)
I1 0 000 9999 999A.~ . I1 current(High Word)
I1 current Low Word()
U23 0 0. ~ 1200000 0V.Phase2 line voltage High Word()
Phase2 line voltage Low Word()
U31 0 0. ~ 1200000 0V.Phase3 line voltage High Word()
Phase3 line voltage Low Word()
ULN AVG.00. ~ 1200000 0V.Average phase voltage( )High Word
Average phase voltage(Low Word)
U12 0 0. ~ 1200000 0V.Phase1 line voltage High Word()
Phase1 line voltage Low Word()
U2 0 0. ~ 1200000 0V.
Phase2 voltage High Word()
Phase2 voltage Low Word()
U3 0 0. ~ 1200000 0V.Phase3 voltage High Word()
Phase3 voltage Low Word()
45 00 65 00Hz. ~ . Frequency
U1 0 0.~
1200000 0V.
P 1 High Wordhase voltage ( )
Phase1 voltage Low Word()
Metering parameters reading( Code : 03h )
Parameter Address Default Property
Range Description

16
0181h R
0182h R
0183h R
0184h R
0185h R
0186h R
0187h R
0188h R
0189h R
018Ah R
018Bh R
018Ch R
018Dh R
018Eh R
018Fh R
0190h R
0191h R
0192h R
Operation time High Word()
Operation time Low Word()
Running time High Word()
Running time Low Word()
Total CO weight of energy(High Word)
2
Total CO weight of energy(Low Word)
2
SE Total-0 0 9999999 9kVAh.~ . Total apparent ( )energy High Word
Total apparent energy(Low Word)
RE Total-0 0 9999999 9kVARh.~ . Total reactive energy High Word()
Total reactive energy(Low Word)
RE Net--.999999 9 ~.9999999 9kVARh Net reactive energy High Word()
Net reactive energy(Low Word)
RE IMP-0 0 9999999 9kVARh.~ . Import reactive energy High Word()
Import reactive energy(Low Word)
RE Exp-0 0 9999999 9kVARh.~ . Export reactive energy(High Word)
Export reactive energy(Low Word)
AE Total- 0 0 9999999 9kWh.~ . Total active energy High Word()
Total active energy(Low Word)
AE Net--.999999 9~.9999999 9kWh Net active energy(High Word)
Net active energy(Low Word)
AE IMP- 0 0 9999999 9kWh.~ . Import active energy High Word()
Import active energy(Low Word)
AE EXP- 0 0 9999999 9kWh.~ . Export active energy(High Word)
Export active energy(Low Word)
Parameter Address Default Property
Range Description
0195h
0196h
CO20 000 99999 999kg.~ . R
R
0198h
0199h
019Ah
019Bh
OPERATING HOUR 0 59999999Min~
RUN HOUR 0 59999999Min~
R
R
R
R
Parameter Address Default Property
Range Description
Parameter Address Default Property
Range Description
U1 U12 THD( ). 029Fh
U2 U23 THD( ). 02A0h
U3 U31 THD( ). 02A1h
UAVG THD. 02A2h
I1 THD. 02A3h
I2 THD. 02A4h
I3 THD. 02A5h
IAVG THD. 02A6h 0 0 100 0.~ .%
0 0 100 0.~ .%
0 0 100 0.~ .%
0 0 100 0.~ .%
0 0 100 0.~ .%
0 0 100 0.~ .%
0 0 100 0.~ .%
0 0 100 0.~ .% R
R
R
R
R
R
R
R
Average total harmonic of current
I1 of currenttotal harmonic
I2 of currenttotal harmonic
I3 of currenttotal harmonic
U2(U23) of voltagetotal harmonic
U3(U31) of voltagetotal harmonic
Average total harmonic of voltage
U1(U12) of voltagetotal harmonic
Parameter Address Default Property
Range Description

17
User define setting( Code : 03h, 06h, 10h )
U DF01P.5000h 0130h R W/
U DF02P.5001h 0131h R W/
U DF03P.5002h 0132h R W/
U DF04P.5003h 0133h R W/
U DF05P.5004h 0134h R W/
U DF06P.5005h 0135h R W/
U DF07P.5006h 0136h R W/
U DF08P.5007h 0137h R W/
U DF09P.5008h 0138h R W/
U DF10P.5009h 0139h R W/
U DF11P.500Ah 013Ah R W/
U DF12P.500Bh 013Bh R W/
U DF13P.500Ch 013Ch R W/
U DF14P.500Dh 013Dh R W/
U DF15P.500Eh 013Eh R W/
U DF16P.500Fh 013Fh R W/
U DF17P. 5010h 0140h R W/
U DF18P.5011h 0141h R W/
U DF19P.5012h 0142h R W/
U DF20P.5013h 0143h R W/
U DF01V.5014h R
U DF02V. 5015h R
U DF03V.5016h R
U DF04V.5017h R
U DF05V.5018h R
U DF06V.5019h R
U DF07V.501Ah R
U DF08V.501Bh R
U DF09V.501Ch R
U DF10V.501Dh R
U DF11V.501Eh R
U DF12V.501Fh R
U DF13V. 5020h R
U DF14V. 5021h R
U DF15V. 5022h R
U DF16V. 5023h R
U DF17V. 5024h R
U DF18V. 5025h R
U DF19V. 5026h R
U DF20V. 5027h R
Custom parameter responder output 19
Custom parameter responder output 20
Custom parameter responder output 16
Custom parameter responder output 17
Custom parameter responder output 18
Custom parameter responder output 13
Custom parameter responder output 14
Custom parameter responder output 15
Custom parameter responder output 10
Custom parameter responder output 11
Custom parameter responder output 12
Custom parameter responder output 7
Custom parameter responder output 8
Custom parameter responder output 9
Custom parameter responder output 4
Custom parameter responder output 5
Custom parameter responder output 6
Custom parameter 20
Custom parameter responder output 1
Custom parameter responder output 2
Custom parameter responder output 3
Custom parameter 14
Custom parameter 15
Custom parameter 16
Custom parameter 17
Custom parameter 18
Custom parameter 19
Custom parameter 8
Custom parameter 9
Custom parameter 10
Custom parameter 11
Custom parameter 12
Custom parameter 13
0130h 0177h~
0181h 019Bh~
029Fh 02A6h~
Custom parameter 1
Custom parameter 2
Custom parameter 3
Custom parameter 4
Custom parameter 5
Custom parameter 6
Custom parameter 7
Parameter Address Default Property
Range Description
Parameters address assignment
Reading of parameters
User define field function description:
This function is let users to read the value of the parameters of what to be read at once time.
Will be read of the parameters register code fill in 5000h ~ then can read the value of the parameters from ~
:For example
If 0131h write to 5000h (High word register of U1 phase voltage) , and 0132h write to 5001h (Low word register of U1 phase voltage)
Read h and 5015h are value of U1 phase voltage .
5013h 5014h 5027h
5014

18
Floating data Function code 03h ):(:
7000h
7001h
7002h
7003h
7004h
7005h
7006h
7007h
7008h
7009h
700Ah
700Bh
700Ch
700Dh
700Eh
700Fh
7010h
7011h
7012h
7013h
7014h
7015h
7016h
7017h
7018h
7019h
701Ah
701Bh
701Ch
701Dh
701Eh
701Fh
7020h
7021h
7022h
7023h
7024h
7025h
7026h
7027h
7028h
7029h
702Ah
702Bh
702Ch
702Dh
702Eh
702Fh
7030h
7031h
7032h
7033h
7034h
7035h
PF1 -. ~+. ~.0 020 1 000 0 020
SSUM. 0 999999999VA~
QSUM.-~999999999 999999999VAR
S1- 0 999999999VA~
S2- 0 999999999VA~
S3- 0 999999999VA~
Q3--~999999999 999999999VAR
P3--~999999999 999999999W
PSUM.-~999999999 999999999W
Q1--~999999999 999999999VAR
Q2--~999999999 999999999VAR
P2--~999999999 999999999W
I3 0 000 9999 999A.~ .
IAVG. 0 000 9999 999A.~ .
IN 0 000 9999 999A.~ .
P1--~999999999 999999999W
I2 0 000 9999 999A.~ .
U23 0 0. ~1200000 0.V
U31 0 0. ~1200000 0.V
ULL AVG.00. ~1200000 0.V
I1 0 000 9999 999A.~ .
FREQ 45 00 65 00Hz.~.
U1 0 0. ~1200000 0.V
U2 0 0. ~1200000 0.V
U3 0 0. ~1200000 0.V
00. ~1200000 0.V
U12 0 0. ~1200000 0.V
ULN AVG.
7036h
7037h
7038h
7039h
703Ah
703Bh
703Ch
703Dh
703Eh
703Fh
Iunbl 0 300 0~.%
Uunbl 0 300 0~.%
PF2 -. ~+. ~.0 020 1 000 0 020
PF3 -. ~+. ~.0 020 1 000 0 020
PF AVG. -. ~+. ~.0 020 1 000 0 020
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
Parameter Address Default Property
Range Description
Frequency
P1hase voltage
Phase2 voltage
Phase3 voltage
Average phase voltage
Phase1 line voltage
Phase2 line voltage
Phase3 line voltage
Average line voltage
I1 current
I2 current
I3 current
Average current
Neutral current
Phase1 active power
Phase2 active power
Phase3 active power
Taotal ctive power
Phase1 reactive power
Phase2 reactive power
Phase3 reactive power
Total reactive power
Phase1 apparent power
Phase2 apparent power
Phase3 apparent power
Total apparent power
Average Power Factor
Voltage unbalance
Current unbalance
Phase1 p fower actor
Phase2 power factor
Phase3 power factor

19
7050h
7051h
7052h
7053h
7054h
7055h
7056h
7057h
7058h
7059h
705Ah
705Bh
705Ch
705Dh
705Eh
705Fh
7060h
7061h
7062h
7063h
7064h
7065h
7066h
7067h
7068h
7069h
706Ah
706Bh
706Ch
706Dh
706Eh
706Fh
7070h
7071h
7072h
7073h
SE Total- 0 0 9999999 9kVAh.~ .
CO20 000 99999 999kg.~ .
AE Net-
-.~ .999999 9 9999999 9kWh
RE IMP- 0 0 9999999 9kVARh.~ .
RE Exp- 0 0 9999999 9kVARh.~ .
RE Total- 0 0 9999999 9kVARh.~ .
I3 THD. 0 0 100 0.~ .%
IAVG THD. 0 0 100 0.~ .%
AE IMP- 0 0 9999999 9kWh.~ .
AE Exp- 0 0 9999999 9kWh.~ .
I2 THD. 0 0 100 0.~ .%
U2 U23 THD( ). 0 0 100 0.~ .%
U3 U31 THD( ). 0 0 100 0.~ .%
UAVG THD. 0 0 100 0.~ .%
I1 THD. 0 0 100 0.~ .%
U1 U12 THD( ). 0 0 100 0.~ .%
RE Net-
-.~ .999999 9 9999999 9kVARh
AE Total- 0 0 9999999 9kWh.~ .
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
R
Total CO weight of energy
2
Total apparent energy
Total reactive energy
Net reactive energy
Import reactive energy
Export reactive energy
Total active energy
Net active energy
Import active energy
Export active energy
Average total harmonic of current
I1 of currenttotal harmonic
I2 of currenttotal harmonic
I3 of currenttotal harmonic
U2(U23) of voltagetotal harmonic
U3(U31) of voltagetotal harmonic
Average total harmonic of voltage
U1(U12) of voltagetotal harmonic
Parameter Address Default Property
Range Description