ADTEK CPM-10 - Page 23

CPM-10 MODBUS ADDRESS TABLE**Address number are Hexadecima
22 24/
0: none 1: User Level 2: Engineer Level 3: All
Average Display for Power
The Reset for Energy 0:No Clear values 1:Clear values
Pass Code
Function Lock
Primary Voltage of PT
Secondary Voltage of PT
Primary Current of CT
Secondary Current of CT
Average Display for Voltage
Average Display for Current
Unit for Primary Voltage of PT
0: V 1: kV
Phase-C Apparent Power
Wiring of Voltage & Current Input
Phase-C Active Power
Phase-A Re-active Power
Phase-B Re-active Power
Phase-C Re-active Power
Phase-A Apparent Power
Phase-B Apparent Power
Phase-C Current
Phase-A Power Factor
Phase-B Power Factor
Phase-C Power Factor
Phase-A Active Power
Phase-B Active Power
Average Power Factor
Phase-A Voltage
Phase-B Voltage
Phase-C Voltage
Phase-A Current
Phase-B Current
Average Voltage
Average Current
Frequency
Total Active Power
Total Re-active Power
Total Apparent Power
Active Energy (High word)
Active Energy (Mid word)
Active Energy (low word)
Re-Active Energy (High word)
Re-active Energy (Mid word)
Re-active Energy (low word)
0: 1P2W 1: 1P3W 2: 3P3W.1 3: 3P3W.2 4:3P3W.3 5: 3P4W.1 6:3P4W.3
DP of Current
0:0.000A 1:00.00A 2:000.0A
DP of Voltage
0:000.0V 1:0000V 2:00.00kV 3:000.0kV
DP of Active Power
0:0.1W 1:1W 2:0.01KW 3:0.1KW 4:1KW 5:0.01MW 6:0.1MW
7:1MW
Low Cut
0: 1:
OFF(Normal) ON(High)
Watt high-resolution
0000h
R
aEtl
0001h
R
0002h
R
0003h
R
rEtl
0004h
R
0005h
R
Vavg
0~29999 R
Iavg
0~29999 R
freq
0~9999 R
Ptl
0009h
R
qtl
000Ah
R
Stl
000Bh
R
pFavg
-1000~1000 R
v a-
0~9999 R
v b-
0~9999 R
v c-
0~9999 R
i a-
0~9999 R
i b-
0~9999 R
i c-
0~9999 R
pf a-
-1000~1000 R
pf b-
-1000~1000 R
pf c-
-1000~1000 R
p a-
-1999~9999
R
p b-
0017h
R
p c-
0018h
R
q a-
0019h
R
q b-
001Ah
R
q c-
001Bh
R
s a-
0~9999 R
s b-
0~9999 R
s c-
0~9999 R
pTpri
500~29999 3000 R/W
pTsec
500~5000 3000 R/W
cTpri
10~29999
cTsec
1000/5000 5000 R
avg v-
2~99 5 R/W
avg i-
2~99 5 R/W
avg p-
2~99 5 R/W
tLrst
002Bh
R/W
Pcode
0000~9999
1000 R/W
0 R/W
Flock
0~3
R/W
Vunit
0~1
0 R/W
wires
0~3 3
500 R/W
i-dp
001Fh
R
u-dp
0020h
R
w-dp
0021h
R
0~2
0~3
0~6
0~1
0
0~9999999999
0016h
-1999~9999
-1999~9999
-1999~9999
-1999~9999
-1999~9999
0 R/W
lOcut
0~1000
w-div
2 R/W
002Fh
0~1
0~9999999999
-19999~29999
-19999~29999
-19999~29999
Name
Address
Range
Read/White
Initial
Explain
Modbus
Address
0006h
0007h
0008h
000Ch
000Dh
000Eh
000Fh
0010h
0011h
0012h
0013h
0014h
0015h
001Ch
001Dh
001Eh
0022h
0023h
0024h
0025h
0026h
0027h
0028h
0029h
002Ah
002Ch
002Dh
002Eh
40001
40002
40003
40004
40005
40006
40007
40008
40009
40010
40011
40012
40013
40014
40015
40016
40017
40018
40019
40020
40021
40022
40023
40024
40025
40026
40027
40028
40029
40030
40031
40032
40033
40034
40035
40036
40037
40038
40039
40040
40041
40042
40043
40044
40045
40046
40047
40048
En d te rm in al o hm
ADEFGHI -1,:JKL)*MNO.PQNOMRS.<)
*3 4RSTUVWP4W.3
)*1 2 4,1-10~1-27XYZRSP W
)*1 4,1-14/1-1 ~ XYZRSP3W 6 27
)*3 4,1-1 1-1 /1-1 1- /P3W.1 3~ 5 7/1-18/ 20 1-21/1-23/1-24/1-
26/1-27XYZRS
)*3 4,1-1 1- /1- XYZRSP3W.2 7/ 20 23/1-26
)*3 4,1-1 1- /1- XYZRSP3W.3 7/ 20 23/1-26
)*3 4,1-1 1- /1-P4W.1 4~15/ 17~18 20~21/1-23~24/1-26~27
XYZRS
)*+,:1 p 2 w 1 p 3 w 3 p 3 w .1 3 p 3w .2 3p 3w .3/ / / / /
3 p 4 w .1 3 p 4 w .3/
"#$%&':
v a v g. ()*+,-.:
i a v g. ()*/,-.:
f r e q :
2345.
p . t l :()673.
q . t l :()6873.
s . t l :()69:73.
p f . a vg :(),-73;
%45.
v a : )*+.45A
vb :B)*+.45
vc :C)*+.45
ia :A)*/.45
ib :B)*/.45
ic :C)*/.45
p f - a :A)7345.
pf-b :B)7345.
pf-c :C)7345.
p - a :A)7345.
p-b :B)7345.
p-c :C)7345.
q - a :A)87345.
q-b :B)87345.
q-c :C)87345.
s - a :A)9:7345
s - b :B)9:7345
s - c :C)9:7345
RELAY / PULSE output of the outputs can
only choose a functional output
EX: Select PULSE output and then RELAY
function no output and vice versa
Clamp CT
Optional of Clamp CT, make sure
(1)CT of the SN number with the
CPM-10 SN number, as shown
( )2 On the label
A A Phase B B: - ; : -
Phase C C Phase; : - ;
According to the phase matching
Relay Pulse output
CL
BK
AK
AL
BL
CK
, ,0123CT4 56789:; <=>?@A