Connection example [KW2G]

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Manual > Device Connection Guide > Panasonic > Connection Procedure (RS-232C) > MEWNET-FP Series >

Connection example [KW2G]

overview

Model used

item

Model etc.

device

KW2G

Communication Unit

Device Attachment Port

 

Configuration environment

item

environment

tool

Main unit buttons

 

Configuration details

item

setting

Setting items

Configuration Example

Device settings

Set with the switch on the main unit

protocol

MEWTOCOL


Area code

1


Communication speed

19200bps


Data bits

8bit


parity

Odd


Stop bits

1


Communication response time

5ms

PC settings

Unit Settings

COM port

Communication port number to connect to


Transmission speed

19200bps


Data bits

8bits


Stop bits

1bits


parity

Odd

Folder and communication test settings

Destination

01

 

* Most of the settings on the computer will be adjusted to match the settings on the unit.

 

 

About connection

To connect, use the USB 2.0 cable (mini-B type) via the USB port on the unit.

 

c_plc_0983

 

attention

Please install the USB driver on the PC you will be connecting to in advance. The USB driver is included in "KW Monitor".

Please download "KW Monitor" from the official Panasonic website.

 

 

Device settings

Configure the settings for "KW2G." Settings are made using the buttons on the device.

 

1.Follow the steps below to display the setting screen.
 
①Press and hold the “MODE” button.
②When MODE1 is displayed, press the “ITEM” button twice.
③When MODE3 is displayed, press “SET”.

 

2.Specifying the protocol

 

Select the notation below and press the "SET" button.

c_plc_0984

 

setting

Setting contents

PROT (protocol specification)

MEWTOCOL

 

3.Specify the area code

 

Select the notation below and press the "SET" button.

c_plc_0985

 

setting

Setting contents

NO (station number)

1

 

4.Specify the communication speed

 

Select the notation below and press the "SET" button.

c_plc_0986

 

setting

Setting contents

SPD (Communication speed specification)

19200

 

5.Specify the communication format (data length and parity)

 

Select the notation below and press the "SET" button.

c_plc_0987

 

setting

Setting contents

FMT (data length/parity specification)

8bit/odd

 

6.Specify the stop bit

 

Select the notation below and press the "SET" button.

c_plc_0988

 

setting

Setting contents

STOP (specify stop bit)

1

 

7.Specifying the communication response time

 

Select the notation below and press the "SET" button.

c_plc_0989

 

setting

Setting contents

RESP (communication response time specification)

5

 

hint

The time from reception to transmission for Web Data Logger Unit (DLU) and Data Logger Light (DLL) is "1.1 ms or less," so please set the communication response time of the LW2G/KW2G-H Eco-POWER METER to "5 ms or more" to allow for some leeway.

 

8.Return to the initial screen and complete the setup.

 

 

PC settings

Use the Server application to connect to the device for which you have set up communications.

 

1.Right-click on "Application" - "Driver" in the tree and select Add Driver.
 

2.Select the following units from the displayed driver list and add them:
c_plc_0428
 

3.Open the properties of the added unit (U01) and click Communication Settings.
c_plc_0429
 

4.Set "Communication Settings" as follows:
c_plc_0990
 

setting

Setting contents

COM port

Communication port number to connect to

Transmission speed

19200

Byte Size

8bits

Stop bits

1bits

parity

Odd

 

5.COM port may be locked due to communication abnormality, so check the reopen setting.
c_plc_0431
 

6.Perform a connection test to check the connection
c_plc_0991
 
If a message such as "Connection OK" is displayed, the connection is confirmed to be OK.

 

 

Mapping and tagging

hint

The contents on this page are excerpts from the KW2G manual.

For details, please refer to the device manual.

 

[Basic]: Basic unit [Expansion x]: Expansion unit. Registers without the [ ] mark are common items.

 

Data Register

name

unit

Data Type

range

R/W

DT00000

Health Status

-

Unsigned 16bit

0: Normal, 1: Abnormal

0 to 7 bits (Communication error between base unit and expansion unit)

8bit (SD memory card write error)

9bit (low battery)

A～Fbit (free space)

R

DT00020

[Basics] CT types

Rated A (rms)

Unsigned 16bit

6 types: 5, 50, 100, 250, 400, 600

R/W

DT00021

[Additional 1] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00022

[Addition 2] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00023

[Additional 3] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00024

[Additional 4] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00025

[Additional 5] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00026

[Additional 6] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00027

[Additional 7] CT type

Rated A (rms)

Unsigned 16bit

 

 

DT00030

[Basics] Cutoff current

0.001

Unsigned 16bit

1-500

R/W

DT00031

[Extension 1] Cut-off current

0.001

Unsigned 16bit

 

 

DT00032

[Extension 2] Cut-off current

0.001

Unsigned 16bit

 

 

DT00033

[Extension 3] Cutoff current

0.001

Unsigned 16bit

 

 

DT00034

[Extension 4] Cutoff current

0.001

Unsigned 16bit

 

 

DT00035

[Addition 5] Cutoff current

0.001

Unsigned 16bit

 

 

DT00036

[Extension 6] Cutoff current

0.001

Unsigned 16bit

 

 

DT00037

[Extension 7] Cutoff current

0.001

Unsigned 16bit

 

 

DT00040

[Basic] Primary current value at CT5A

1A

Unsigned 16bit

1-4000

R/W

DT00041

[Additional 1] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00042

[Addition 2] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00043

[Additional 3] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00044

[Additional 4] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00045

[Additional 5] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00046

[Additional 6] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00047

[Additional 7] Primary current value at CT5A

1A

Unsigned 16bit

 

 

DT00054

Rate (CHG)

0.01

Unsigned 16bit

0～9999

R/W

DT00055

CO2 Emission Factor (CO2)

0.001kg-CO2

Unsigned 16bit

0～9999

R/W

DT00056

Simple measurement mode setting

-

Unsigned 16bit

0:OFF 1:ON

R/W

DT00057

Voltage value for simple measurement

0.1V

Unsigned 32bit

0～99999

R/W

DT00058

 

 

 

 

 

DT00059

Power factor for simple measurement

0.01

Unsigned 16bit

0 to 100

R/W

DT00061

[Basic] Pulse output unit

-

Unsigned 32bit

1(0.001),10(0.01),100(0.1),

1000(1),10000(10),100000(100)

999 (Instantaneous power for alarm:

Apply the values of DT00064,00065)

888 (Error Alert)

777 (Ratio of alarm current value:

Apply the value of DT00069)

555 (Preset value for counter output:

Apply the values of DT00158,00159)

333 (Standby power alarm threshold:

Apply the values of DT00077,00078)

111 (General-purpose output setting: Apply the value of DT00095)

R/W

DT00062

 

 

 

 

 

DT00064

[Basic] Alarm value (instantaneous power)

0.01kW

Unsigned 32bit

0 to 999999

R/W

DT00065

 

 

 

 

 

DT00066

VT ratio

0.01

Unsigned 16bit

100 to 9999

R/W

DT00068

Cutoff Current

0.001

Unsigned 16bit

1-500

R/W

DT00069

[Basic] Alarm value (current value)

0.001

Unsigned 16bit

1-1000

R/W

DT00070

Voltage Range

-

Unsigned 16bit

2; 200V (fixed)

R

DT00071

Calendar timer monitor (hours and minutes)

-

Unsigned 16bit

Upper byte: Hour: 00H to 23H

Lower byte: Minutes: 00H to 59H

R

DT00072

Calendar timer (minutes and seconds)

-

Unsigned 16bit

Upper byte: Minutes: 00H to 59H

Lower byte: Seconds: 00H to 59H

R/W

DT00073

Calendar timer (date and time)

-

Unsigned 16bit

Upper byte: Date: 01H to 31H

Lower byte: Hour: 00H to 23H

R/W

DT00074

Calendar timer (year/month)

-

Unsigned 16bit

Upper byte: Year: 00H to 99H

Low-order byte: Month: 01H to 12H

R/W

DT00075

Calendar timer (day of the week)

-

Unsigned 16bit

Upper byte: Day of the week: 00H to 06H

R/W

DT00076

Log cycle settings

-

Unsigned 16bit

1(1),2(5),3(10),4(15),5(30),6(60)

R/W

DT00077

[Basic] Alarm value (standby current value)

0.001

Unsigned 16bit

1-1000

R/W

DT00078

[Basic] Alarm standby time

1min

Unsigned 16bit

0～9999

R/W

DT00079

[Basic] General output judgment setting value

-

Unsigned 16bit

0:OFF,1:0N

R/W

DT00080

SRAM initialization

-

Unsigned 16bit

0:OFF,1:0N

R/W

DT00081

Save file format 1

-

Unsigned 16bit

0:OFF,1:0N

R/W

DT00082

Save file format 2

-

Unsigned 16bit

0:OFF,1:0N

R/W

DT00083

Save file format 3

-

Unsigned 16bit

0:OFF,1:0N

R/W

DT00086 Top

[Basic] Moving average count

-

Unsigned 16bit

Five types: 0, 2, 4, 8, 16

R/W

DT00086 Lower

[Addition 1] Moving average number of times

-

Unsigned 16bit

 

 

DT00087Top

[Addition 2] Moving average number of times

-

Unsigned 16bit

 

 

DT00087 Lower

[Addition 3] Moving average number of times

-

Unsigned 16bit

 

 

DT00088Top

[Addition 4] Moving average number of times

-

Unsigned 16bit

 

 

DT00088 Lower

[Addition 5] Moving average number of times

-

Unsigned 16bit

 

 

DT00089Top

[Addition 6] Moving average number of times

-

Unsigned 16bit

 

 

DT00089 Lower

[Addition 7] Moving average number of times

-

Unsigned 16bit

 

 

DT00095

[Basic] General purpose output settings

-

Unsigned 16bit

0; ON/OFF output

1: Flicker ON output

2; One shot output

R/W

DT00096

[Basic] General-purpose output ON time setting value

0.1s

Unsigned 16bit

1-100

R/W

DT00097

[Basic] General-purpose output OFF time setting value

0.1s

Unsigned 16bit

1-100

R/W

DT00158

[Basic] Preset value

-

Unsigned 32bit

0 to 999999

R/W

DT00159

 

 

 

 

 

DT00160

[Basic] Prescale value

0.001

Unsigned 32bit

1-100000

R/W

DT00161

 

 

 

 

 

DT00162

[Basic] Maximum counting speed

Hz

Unsigned 16bit

50000 or 30

R/W

DT00163

Auto off time

min

Unsigned 16bit

0 to 99 (0 is always lit)

R/W

DT00198

[Basic] Pulse output width

ms

Unsigned 16bit

1-100

R/W

 

Data Register

name

unit

Data Type

range

R/W

DT01000+N*100

CH0 preset value

-

Unsigned 32bit

0 to 999999

R/W

DT01000+N*100+1

 

 

 

 

 

DT01000+N*100+2

CH1 preset value

-

Unsigned 32bit

0 to 999999

R/W

DT01000+N*100+3

 

 

 

 

 

DT01000+N*100+4

CH0 Prescale value

0.001

Unsigned 32bit

0 to 100000

R/W

DT01000+N*100+5

 

 

 

 

 

DT01000+N*100+6

CH1 Prescale value

0.001

Unsigned 32bit

0 to 100000

R/W

DT01000+N*100+7

 

 

 

 

 

DT01000+N*100+8

CH0 Maximum counting speed

Hz

Unsigned 16bit

30 or 50000

R/W

DT01000+N*100+9

CH1 Maximum counting speed

Hz

Unsigned 16bit

30 or 50000

R/W

DT01000+N*100+10

CH0 Scaling Maximum Value

-

Signed 32bit

-999999 to 999999

R/W

DT01000+N*100+11

 

 

 

 

 

DT01000+N*100+12

CH1 Scaling Maximum Value

-

Signed 32bit

-999999 to 999999

R/W

DT01000+N*100+13

 

 

 

 

 

DT01000+N*100+14

CH0 Scaling minimum value

-

Signed 32bit

-999999 to 999999

R/W

DT01000+N*100+15

 

 

 

 

 

DT01000+N*100+16

CH1 Scaling minimum value

-

Signed 32bit

-999999 to 999999

R/W

DT01000+N*100+17

 

 

 

 

 

DT01000+N*100+18

CH0 Decimal point position

-

Unsigned 32bit

1(1), 10(0.1), 100(0.01),1000(0.001), 10000(0.0001)

R/W

DT01000+N*100+19

 

 

 

 

 

DT01000+N*100+20

CH1 Decimal point position

-

Unsigned 32bit

1(1), 10(0.1), 100(0.01),1000(0.001), 10000(0.0001)

R/W

DT01000+N*100+21

 

 

 

 

 

DT01000+N*100+22

CH0 Input Range

-

Unsigned 16bit

0: 0-5V, 01: 1-5V,02: 0-20mA, 03: 4-20mA

R/W

DT01000+N*100+23

CH1 Input Range

-

Unsigned 16bit

0: 0-5V, 01: 1-5V,02: 0-20mA, 03: 4-20mA

R/W

DT01000+N*100+24

CH0 Moving average count

-

Unsigned 16bit

0,2,4,8,16

R/W

DT01000+N*100+25

CH1 Moving average count

-

Unsigned 16bit

0,2,4,8,16

R/W

DT01000+N*100+27

[Expansion N] Pulse output unit

-

Unsigned 32bit

1(0.001),10(0.01),100(0.1),1000(1),10000(10),100000(100)

999 (instantaneous power for alarm)

888 (Error alarm)

777 (proportion of alarm current value)

333 (Standby power alarm threshold)

111 (General purpose output setting)

R/W

DT01000+N*100+28

 

 

 

 

 

DT01000+N*100+29

[Expansion N] Pulse output width

-

Unsigned 16bit

1-100

R/W

DT01000+N*100+30

[Expansion N] Alarm value (instantaneous power)

0.01kW

Unsigned 32bit

0 to 999999

R/W

DT01000+N*100+31

 

 

 

 

 

DT01000+N*100+32

[Expansion N] Alarm value (current value)

0.1%

Unsigned 16bit

1-1000

R/W

DT01000+N*100+33

[Additional Unit N] Alarm value (standby current value)

0.1%

Unsigned 16bit

1-1000

R/W

DT01000+N*100+34

[Additional Unit N] Alarm standby time

1min

Unsigned 16bit

0～9999

R/W

DT01000+N*100+35

[Expansion N] General-purpose output judgment setting value

-

Unsigned 16bit

0:OFF,1:0N

R/W

DT01000+N*100+36

[Expansion N] General-purpose output settings

-

Unsigned 16bit

0; ON/OFF output

1: Flicker ON output

2; One shot output

R/W

DT01000+N*100+37

[Expansion N] General-purpose output ON time setting value

0.1s

Unsigned 16bit

1-100

R/W

DT01000+N*100+38

[Expansion N] General-purpose output OFF time setting value

0.1s

Unsigned 16bit

1-100

R/W

DT01000+N*100+100

[Expansion N] Time measurement current 1①*3

0.1%

Unsigned 16bit

0.1 to 100.0

R/W

DT01000+N*100+100+1

[Expansion N] Time measurement current 2①*3

0.1%

Unsigned 16bit

0.1 to 100.0

R/W

DT01000+N*100+100+2

[Expansion N] Time measurement current

0.1%

Unsigned 16bit

0.1 to 100.0

R/W

DT01000+N*100+100+3

[Expansion N] Time measurement current 2②*1*3

0.1%

Unsigned 16bit

0.1 to 100.0

R/W

DT02052

[Basic] Pulse input terminal ①

-

Unsigned 16bit

0: Pulse count

1: Maintenance

R/W

DT02152

[Additional equipment 1] Pulse input terminal ①

-

Unsigned 16bit

0: Pulse count

1: Maintenance

R/W

DT02153

[Additional equipment 1] Pulse input terminal ② *1

-

Unsigned 16bit

0: Pulse count

1: Maintenance

R/W

N: Unit number Basic unit: N=0 Expansion unit: N=1 to 7

 

Measurements

Data Register

name

unit

Data Type

range

R/W

DT{(N+1)*100}

Integrated active energy (①)

0.01kWh

Unsigned 32bit

0-999999999

R/W

DT{(N+1)*100}+1

 

 

 

 

 

DT{(N+1)*100}+11

Power factor (①)

0.01

Signed 16bit

-100～100

R

DT00112

frequency

0.1Hz

Signed 16bit

0 to 1000

R

DT{(N+1)*100}+13

Power factor ②*1

0.01

Signed 16bit

-100～100

R/W

DT{(N+1)*100}+20

Effective energy (①)

0.01kWh

Unsigned 32bit

0-999999999

R/W

DT{(N+1)*100}+21

 

 

 

 

 

DT{(N+1)*100}+22

Integrated active power ②*1

0.01kWh

Unsigned 32bit

0-999999999

R

DT{(N+1)*100}+23

 

 

 

 

 

DT{(N+1)*100}+24

Voltage (R/RS) *2

0.1V

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+25

 

 

 

 

 

DT{(N+1)*100}+26

Voltage (RT) *2

0.1V

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+27

 

 

 

 

 

DT{(N+1)*100}+28

Voltage (T/TS) *1 *2

0.1V

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+29

 

 

 

 

 

DT{(N+1)*100}+34

Current (R) *2

0.001A

Unsigned 32bit

0-60000000

R

DT{(N+1)*100}+35

 

 

 

 

 

DT{(N+1)*100}+36

Current (N/S) *2

0.001A

Unsigned 32bit

0-60000000

R

DT{(N+1)*100}+37

 

 

 

 

 

DT{(N+1)*100}+38

Current (T) *1 *2

0.001A

Unsigned 32bit

0-60000000

R

DT{(N+1)*100}+39

 

 

 

 

 

DT{(N+1)*100}+40

Instantaneous active power (①)

0.1W

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+41

 

 

 

 

 

DT{(N+1)*100}+42

Instantaneous active power ②*1

0.1W

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+43

 

 

 

 

 

DT{(N+1)*100}+50

Accumulated effective power Wh (①)

0.001kWh

Unsigned 32bit

0-999999999

R/W

DT{(N+1)*100}+51

 

 

 

 

 

DT{(N+1)*100}+52

Accumulated active power Wh②*1

0.001kWh

Unsigned 32bit

0-999999999

R/W

DT{(N+1)*100}+53

 

 

 

 

 

DT00154

[Basic] Pulse count value

-

Unsigned 32bit

0 to 999999

R/W

DT00155

 

 

 

 

 

DT{(N+1)*100}+70

Voltage (R/RS) *2

0.1V

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+71

 

 

 

 

 

DT{(N+1)*100}+72

Voltage (RT) *2

0.1V

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+73

 

 

 

 

 

DT{(N+1)*100}+74

Voltage (T/TS) *1 *2

0.1V

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+75

 

 

 

 

 

DT{(N+1)*100}+76

Instantaneous active power (①)

0.01 kW

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+77

 

 

 

 

 

DT{(N+1)*100}+78

Instantaneous reactive power (①)

0.01 kvar

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+79

 

 

 

 

 

DT{(N+1)*100}+80

Instantaneous apparent power (①)

0.01 kVA

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+81

 

 

 

 

 

DT{(N+1)*100}+82

Instantaneous active power ②*1

0.01 kW

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+83

 

 

 

 

 

DT{(N+1)*100}+84

Instantaneous reactive power ②*1

0.01 kvar

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+85

 

 

 

 

 

DT{(N+1)*100}+86

Instantaneous apparent power ② *1

0.01 kVA

Unsigned 32bit

0 to 999999

R

DT{(N+1)*100}+87

 

 

 

 

 

DT{(N+1)*100}+88

CH0 Pulse input status

-

Unsigned 16bit

0: OFF, 1: ON

R

DT{(N+1)*100}+89

CH1 Pulse input status

-

Unsigned 16bit

0: OFF, 1: ON

R

DT{(N+1)*100}+90

CH0 Digital conversion value

-

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+91

 

 

 

 

 

DT{(N+1)*100}+92

CH1 digital conversion value

-

Signed 32bit

-999999 to 999999

R

DT{(N+1)*100}+93

 

 

 

 

 

DT{(N+1)*100}+94

CH0 Pulse count value

-

Unsigned 32bit

0 to 999999

R/W

DT{(N+1)*100}+95

 

 

 

 

 

DT{(N+1)*100}+96

CH1 Pulse count value

-

Unsigned 32bit

0 to 999999

R/W

DT{(N+1)*100}+97

 

 

 

 

 

DT02000+N*100+4

Actual working hours①*3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+5

 

 

 

 

 

DT02000+N*100+6

Actual working hours①*3

0.1h

Unsigned 32bit

0 to 999999

R

DT02000+N*100+7

 

 

 

 

 

DT02000+N*100+8

Actual working hours②＊1＊3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+9

 

 

 

 

 

DT02000+N*100+10

Actual working hours②＊1＊3

0.1h

Unsigned 32bit

0 to 999999

R

DT02000+N*100+11

 

 

 

 

 

DT02000+N*100+12

Load OFF time ① * 3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+13

 

 

 

 

 

DT02000+N*100+14

Load OFF time ① * 3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+15

 

 

 

 

 

DT02000+N*100+16

Load OFF Time②*1*3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+17

 

 

 

 

 

DT02000+N*100+18

Load OFF Time②*1*3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+19

 

 

 

 

 

DT02000+N*100+20

Load ON Time 1①*3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+21

 

 

 

 

 

DT02000+N*100+22

Load ON Time 1①*3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+23

 

 

 

 

 

DT02000+N*100+24

Load ON Time 1② 1＊3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+25

 

 

 

 

 

DT02000+N*100+26

Load ON Time 1② 1＊3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+27

 

 

 

 

 

DT02000+N*100+28

Load ON Time 2①*3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+29

 

 

 

 

 

DT02000+N*100+30

Load ON Time 2①*3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+31

 

 

 

 

 

DT02000+N*100+32

Load ON Time 2②*1*3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+33

 

 

 

 

 

DT02000+N*100+34

Load ON Time 2②*1*3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+35

 

 

 

 

 

DT02000+N*100+36

Load ON Time 1 Rate ① *3

0.1%

Unsigned 16bit

0.0 to 100.0

R

DT02000+N*100+37

Load ON Time 2 Rate ① *3

0.1%

Unsigned 16bit

0.0 to 100.0

R

DT02000+N*100+38

Load ON time 1 Rate ②＊1＊3

0.1%

Unsigned 16bit

0.0 to 100.0

R

DT02000+N*100+39

Load ON time 2 Rate ②＊1＊3

0.1%

Unsigned 16bit

0.0 to 100.0

R

DT02000+N*100+40

Maintenance in progress flag ① *3

-

Unsigned 16bit

0: Disabled 1: Running

R/W

DT02000+N*100+41

Maintenance in progress flag ② *1 *3

-

Unsigned 16bit

0: Disabled 1: Running

R/W

DT02000+N*100+42

Maintenance time ① *3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+43

 

 

 

 

 

DT02000+N*100+44

Maintenance time ① *3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+45

 

 

 

 

 

DT02000+N*100+46

Maintenance time ② * 1 * 3

1min

Unsigned 32bit

0 to 5999994

R

DT02000+N*100+47

 

 

 

 

 

DT02000+N*100+48

Maintenance time ② * 1 * 3

0.1h

Unsigned 32bit

0 to 999999

R/W

DT02000+N*100+49

 

 

 

 

 

DT02000+N*100+50

Hour meter measurement status ① *3

-

Unsigned 16bit

0: Load OFF hours

1: Load ON Time 1

2: Load ON Time 2

3. Maintenance time

R

DT02000+N*100+51

Hour meter measurement status ② *1 *3

-

Unsigned 16bit

0: Load OFF hours

1: Load ON Time 1

2: Load ON Time 2

3. Maintenance time

R

N: Unit number Basic unit: N=0 Expansion unit: N=1 to 7

 

*1 contains the data for the second circuit in the case of a single-phase, two-wire system.

*2 Data is entered according to the set phase and wire system as shown in the table below.

 

Current

Wire type

1.R-A / R-A

N-A / S-A

2.R-A / T-A

 

Single-phase two-wire system

DT00134 - 00135

-

DT00138 - 00139

 

Single-phase three-wire system

 

DT00136 - 00137

 

 

Three-phase, three-wire system

 

 

 

 

·Voltage

Wire type

1.R-V / R-V / RS-V

RT-V

2R-V / T-V / TS-V

 

Single-phase two-wire system

DT00124 - 00125

-

DT00128-00129

 

Single-phase three-wire system

DT00170 - 00171

DT00126 - 00127

DT00174 - 00175

 

Three-phase, three-wire system

 

DT00172 - 00173

 

 

*3 is up to expansion unit 1 (N=0, 1).

 

Set tags according to the items you want to retrieve as follows:

 

example)

 

■ To obtain the "Voltage (R/RS)" (measured value) of the basic unit

 

The mapping is as follows:

Data Register

name

Data Type

DT{(N+1)*100}+24

Voltage (R/RS) *2

Unsigned 32bit

DT{(N+1)*100}+25

 

For the basic unit, N = 0, so the target address is "DT{(0+1)*100}+24 = DT00124".

Since the data is handled as "unsigned 32 bits", the tag is specified as follows:

 

-Specify DT00124, select "Integer Binary" as the type and "32 Bit (Double Word)" as the size.

c_plc_0992

 

■ When obtaining the "power factor (①)" (measured value) of the basic unit

 

The mapping is as follows:

Data Register

name

Data Type

DT{(N+1)*100}+11

Power factor (①)

Signed 16bit

 

The target address is "DT{(0+1)＊100}+11 = DT00111".

The data type will be "signed 16-bit".

 

-Specify DT00111, select "Integer Binary (signed)" as the type and "16 Bit (word)" as the size.

c_plc_0993