ADTEK CPM-20 Series Operation Manual page 22

Register Register
Name Name address
0077h
DO1 Output Type
DO1 Correspond alarm DO1 Correspond alarm
0078h
output
0079h
DO1 Alarm Output
007Ah
DO1 Forced output DO DO1 Forced output DO ( (
007Bh
mode) mode)
DO2 Output Type
007Ch
DO2 Correspond alarm
007Dh
output
007Eh
DO2 Alarm Output
007Fh
DO2 Forced output DO DO2 Forced output DO ( (
0080h
mode) mode)
DO1 DO2 constant DO1 DO2 constant / /
0081h
pulse output
0082h
DO Pulse output width
C T -Sec C T -Sec
008 h 008 h 3 3
Screen mode Screen mode
008 h 008 h 4 4
selection selection
Data Format 008 h 008 h 5 5
*CT secondary current (0083h), if 333mV is specified, this address cannot be written, can only be read, and the response value is fixed at 2. *CT secondary current (0083h), if 333mV is specified, this address cannot be written, can only be read, and the response value is fixed at 2.
Energy group data
Register Register Register Register Data Data
Name Name address address Format Format
Energy Energy
0090h
Unit Unit
0091h XXXX
AE-IMP
0092h XXX X . XXX X .
0093h XXXX
AE-EXP
0094h XXX X . XXX X .
0095h XXXX
AE-Net
0096h XXX X . XXX X .
0097h XXXX
RE-IMP
0098h XXX X . XXX X .
0099h XXXX
RE-EXP
009Ah XXX X . XXX X .
009Bh XXXX
RE-Net
009Ch XXX X . XXX X .
009Dh XXXX
SE-TOTAL
009Eh XXX X . XXX X .
Reset 009Fh
Data Data
Range
Format Length
1
0 3 0 3 ~ ~
X
XX 1 0 32 0 32 ~ ~
2
*
1
X
0 1 0 1 ~ ~
X 1
0 3 0 3 ~ ~
XX 1 0 32 0 32 ~ ~
2
*
X 1
0 1 0 1 ~ ~
XX
1 1 6000 1 6000 ~ ~
XX 1 20 1 20 ~ ~
1
X 1 0 2 0 2 ~ ~
X 1 0 1 0 1 ~ ~
XX 1 0~3 0~3
( Additional data for V3.0 and above version
Data Data
Range
Length Length
X 1
2 0.0 ~ 99999999.9
2 0.0 ~ 99999999.9
2 -9999999.9 ~ 99999999.9
2 0.0 ~ 99999999.9
2 0.0 ~ 99999999.9
2 -9999999.9 ~ 99999999.9
2 0.0 ~ 99999999.9
X 1
Unit R W R W / / Default
0 Pulse output 0 Pulse output : :
0
R W R W / /
1 High Alarm 2 Low Alarm 3 DO 485 forcible control) 1 High Alarm 2 Low Alarm 3 DO 485 forcible control) : :
R W R W / / 0
DO output parameter table DO output parameter table
Data format by setting the corresponding parameter in the format of
R W R W / /
the address table RS485 decision high word the address table RS485 decision high word
0
Data format by setting the corresponding parameter in the format of
R W R W / /
the address table RS485 decision low word the address table RS485 decision low word
0:DO Direct control output state 0:DO Direct control output state
R W R W / / 0
DO1 Direct control output state is ON DO1 Direct control output state is ON
1: 1:
0 Pulse output for 0 Pulse output for : :
R W R W / / 0
1 High Alarm 2 Low Alarm 3 DO 485 forcible control) 1 High Alarm 2 Low Alarm 3 DO 485 forcible control) : :
DO output parameter table (P.22 Table B)
R W R W / / 0
Data format by setting the corresponding parameter in the format of
R W R W / /
the address table RS485 decision high word the address table RS485 decision high word
0
Data format by setting the corresponding parameter in the format of
R W R W / /
the address table RS485 decision low word the address table RS485 decision low word
0:DO2 Direct control output state is OFF
R W R W / / 0
1: 1: DO2 Direct control output state is ON DO2 Direct control output state is ON
Pulse output constant setting output divider 1 pulse Pulse output constant setting output divider 1 pulse
R W R W / / 1
( ( kW kW h h
R W R W / / 10 DO pulse output width DO pulse output width
CT Secondary current setting CT Secondary current setting
R W R W / / 0
0 : 5 A 0 : 5 A
0: ADTEK (button to see parameters directly) 0: ADTEK (button to see parameters directly)
R W R W / / 1
1:20 (press the left shift key for 1 second to see the parameters) 1:20 (press the left shift key for 1 second to see the parameters)
bit bit 0 Floating data 0 Floating data
/ /
R W R W
0
: :
0 0 Big-Endian Big-Endian
Unit
0~6
kWh
kWh
kWh
kVARh
kVARh
kVARh
kVAh
0~4
21
Description
for Active energy for Active energy
: : : : ( (
(P. (P. 22 Table B 22 Table B
( (
( (
1 1 is OFF is OFF
Reactive energy Reactive energy
: : : : ( (
( (
( (
( (
/ / kVARh kVARh ) )
= = set value 10 mS set value 10 mS * *
1 : 1 A 1 : 1 A 2 : 3 3 3 m V 2 : 3 3 3 m V
: : : :
bit1 bit1 Integer data Integer data
: :
1 1 Little-Endian Little-Endian
)
R / W R / W Default
Description
0: 0.0001kWh 0: 0.0001kWh
2: 0.01kWh 2: 0.01kWh
R/W 3
4: 1kWh 4: 1kWh
6: 0.1MWh 6: 0.1MWh
Import active energy High Word) Import active energy High Word)
R
Import active energy Low Word) Import active energy Low Word)
Export active energy High Word) Export active energy High Word)
R
Export active energy Low Word) Export active energy Low Word)
Net active energy High Word) Net active energy High Word)
R
Net active energy Low Word) Net active energy Low Word)
Import reactive energy High Word) Import reactive energy High Word)
R
Import reactive energy Low Word) Import reactive energy Low Word)
Export reactive energy High Word) Export reactive energy High Word)
R
Export reactive energy Low Word) Export reactive energy Low Word)
Net reactive energy High Word) Net reactive energy High Word)
R
Net reactive energy Low Word) Net reactive energy Low Word)
Total apparent energy High Word) Total apparent energy High Word)
R
Total apparent energy Low Word) Total apparent energy Low Word)
0: None 0: None
1: All(Ea / Er / SE-TOTAL / C 1: All(Ea / Er / SE-TOTAL / C
COST) COST)
R/W 0
2 Energy(Ea / Er / SE-Total) 2 Energy(Ea / Er / SE-Total) : :
3: CO 3: CO
2 2
4: COST 4: COST
) )
) )
) )
) )
) )
) ) = = set value 0 1 set value 0 1 * . * .
1: 0.001kWh 1: 0.001kWh
3: 0.1kWh 3: 0.1kWh
5: 0.01MWh 5: 0.01MWh
( (
( (
( (
( (
( (
( (
( (
( (
( (
( (
( (
( (
( (
( (
O O / /
2 2