Panasonic KW9M Eco-Power Meter Bedienungsanleitung

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Cautions for Your Safety

Read the manual carefully before installing, running and maintenance for proper operation.

Before using, master the knowledge of the equipment, safety information and all of other

notes.

This manual uses two safety flags to indicate different levels of danger.

WARNING

A handling error could cause serious physical injury to an

operator and in the worst case could even be fatal.

●Always take precautions to ensure the overall safety of your system, so that

the whole

system remains safe in the event of failure of this product or other external factor.

●Do not use this product in areas with inflammable gas. It could lead to an explosion.

●Exposing this product to excessive heat or open flames

could cause damage to the

lithium battery or other electronic parts.

●Do not open the secondary side of CT during power on the primary side current.

It might cause electric shock or CT breakdown.

CAUTION A handling error could cause serious physical injury to an operator

or damage to the equipment.

●

To prevent abnormal exothermic heat or smoke generation, use this product at the

values less than the maximum of the characteristics and performance that are assured

in these specifications.

●Do not dismantle or remodel the product. It could lead to abnormal exothermic heat or

smoke generation.

●Do not touch the terminal while turning on electricity. It could lead to an electric shock.

●Use the external devices to function the emergency stop and interlock circuit.

●Connect the wires or connectors securely. The loose connection might cause abnormal

exothermic heat or smoke generation.

●Do not allow foreign matters such as liquid, flammable mat

erials, metals to go into the

inside of the product. It might cause exothermic heat or smoke generation.

●Do not undertake construction (such as connection and disconnection) while the power

supply is on.

●Never remove the terminal block under applying current to load.

It might cause electric shock or CT breakdown.

●Do not use at secondary side circuit of inverter. It might cause exothermic

heat or

damage.

●Panasonic Industrial Devices SUNX Co., Ltd. owns the copyright of this manual.

●We stiffly refuse the reproduction of without permission from this manual.

●Modbus Protocol is a communication protocol that the Modicon Inc. developed for PLC

and Modbus is the registered trademark of Schneider Electric.

●Other company names and t

he product names are the trademarks or registered

trademarks of each company.

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Introduction

Thank you very much indeed for purchasing

“KW9M Eco-POWER METER”.

In this manual, we explain the usage of “KW9M

Eco-POWER METER” in detail.

Please use it correctly after understanding the content

enough.

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Table of Contents

Cautions before using ............................................................................................................................... ⅰ

Chapter 1 Communications ........................................................................................................................ 1

1.1 Communication Procedures .................................................................................................................... 1

1.2 Communication timing ............................................................................................................................. 1

1.3 MEWTOCOL Communication .................................................................................................................. 2

1.3.1 Overview of MEWTOCOL-COM (RS485) ...................................................................................... 2

1.3.2 Data Register List ........................................................................................................................... 3

1.3.3 Error Codes .................................................................................................................................. 55

1.3.4 Command ..................................................................................................................................... 56

1.4 MODBUS (RTU) Communication .......................................................................................................... 58

1.4.1 Overview of MODBUS (RTU) ....................................................................................................... 58

1.4.2 Data Register List (MODBUS communication) ............................................................................ 61

1.5 DL/T645-2007 communication ............................................................................................................. 120

1.5.1 Overview of DL/T645-2007 ........................................................................................................ 120

1.5.2 Data list ....................................................................................................................................... 126

Chapter 2 How to install USB driver....................................................................................................... 146

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Chapter 1 Communications

1.1 Communication Procedures

Communication starts with command transmission from the host computer (hereafter Master) and ends

with the response of Eco-POWER METER (hereafter Slave).

• Response with data

When master sends reading command, slave responds with the

corresponding set value or current status.

• Acknowledgement

When master sends setting command, slave responds by sending

the acknowledgement.

• Negative acknowledgement

When master sends a non-existent command or value out of the setting

range, the slave returns negative acknowledgement.

• No response

Slave will not respond to master in the following cases.

• Global address “FF” (MEWTOCOL) is set.

• Broadcast address “00H” (Modbus protocol) is set.

• Communication error (framing error, parity error)

• CRC-16 discrepancy (Modbus RTU mode)

• CS discrepancy (DL/T645)

1.2 Communication timing

◆The minimum access time from the master is 1 sec. (Minimum time for update the data)

Eco-POWER METER may not response due to noise and so on, be sure to check that it receives the

response from Eco-POWER METER.

◆In order to improve the communication quality, we recommend to send the transmission again.

Communication timing of RS485

◇Eco-POWER METER (Slave) side

When Eco-POWER METER (Slave) starts transmission to RS485 communication line, it is arranged

so as to provide an idle status transmission period of about 1 to 99ms (setting available) before

sending the response to ensure the synchronization on the receiving side. After sending the response,

master can disconnect the transmitter from the communication line within transmission period 20ms.

◇Master side (Cautions of setting a program)

At communication, keep the following conditions.

1) Set the program so that the master can disconnect the transmitter from the communication line

within the transmission period of about 20ms after sending the command in preparation for

reception of the response from Eco-POWER METER (Slave).

2) To avoid collision of transmissions between the master and Eco-POWER METER (Slave), send a

next command after checking that the master received the response.

Master

Slave

Comin,and

Data

Acknowledgement

Comin,and

Negative

acknowledgement

Comin,and

No response

Comin,and

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1.3 MEWTOCOL Communication

1.3.1 Overview of MEWTOCOL-COM (RS485)

◆Command and response functions

The computer sends commands (instructions) to Eco-POWER METER, and receives responses in

return. This enables the computer and Eco-POWER METER to converse with each other, so that

various kinds of information can be obtained and provided.

①Commands

Computer Eco-POWER METER

②Responses

◆Command and response formats

Command message

(Host computer)

Header Des-

tination Text Check

code

Termi-

nator

(To next command)

(Eco-POWER METER) Header Source Text

Check

code

Termi-

nator

Normal response message

◇Control codes

Name

Character

ASCII code

Explanation

Header ％ 25H

Indicates the beginning of a message.

Command ＃ 23H

Indicates that the data comprises a command

message.

Normal

response

＄ 24H

Indicates that the data comprises a normal response

message.

Error

response

！ 21H

Indicates that the data comprises a response message

when an error occurs.

Terminator

0DH

Indicates the end of a message.

◇Destination and source AD (H), (L)

Two-digit decimal 01 to 99 (ASCII codes)

Command messages contain a station number for Eco-POWER METER that receives the message.

When FF (ASCII code table) is used, however, the transmission is a global transmission (sent to all

stations at once).

Note) When a global transmission is sent, no response to the command message is returned.

◇Block check code Bcc (H), (L)

Two- digit hexadecimal 00 to FF (ASCII codes)

These are codes (horizontal parity) that are used to detect errors in the transmitted data.

If “**” is entered instead of “Bcc”, however, messages can be transmitted without the Bcc. In this case,

the Bcc is included with the response

◇Error code Err (H), (L)

Two- digit hexadecimal 00 to FF (ASCII codes)

These indicate the content if an error occurs.

◆Bcc (Block Check Code)

-The Bcc is a code that carries out an error check using horizontal parity, to improve the reliability of

the data being sent.

-The Bcc uses an exclusive OR from the header (%) to the final character of the text, and converts the

8- bit data into a 2-character ASCII code.

Example)

％

0 1

＃

R T

0 1

↑ ↑ ↑ ↑ ↑

Header

Station No.1

Command

2-character

Bcc

％

0 1

25H

30H

31H

23H

52H

54H

Bcc(H)=0(30H)

Bcc(L)=1(31H)

①Takes exclusive OR

②Converts to ASCII format

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1.3.2 Data Register List

Data register

Name

Unit

Kind of data

Range

R/W

DT00002 Over current

(OFF threshold)

0.1% Unsigned 16bit 1 to 1200 R/W

DT00003

Under voltage

(OFF threshold)

0.1% Unsigned 16bit 50 to 1000 R/W

DT00004 Over voltage

(OFF threshold)

0.1% Unsigned 16bit 1000 to 1200 R/W

DT00005 Level output OUT1 － Unsigned 16bit 0: Pulse OFF, 1:Pulse ON R/W

DT00006 Level output OUT2 － Unsigned 16bit 0:Pulse OFF, 1:Pulse ON R/W

DT00007

Active power alarm

(ON threshold) OUT1 0.1kW Unsigned 32bit 0 to 29999999 R/W

DT00008

DT00009

Active power alarm

target phase OUT1

－ Unsigned 16bit

0:All, 1:Phase1, 2:Phase2,

3:Phase3, 5:total

R/W

DT00010 Active power alarm

(ON threshold) OUT2 0.1kW Unsigned 32bit 0 to 29999999 R/W

DT00011

DT00012 Active power alarm

target phase OUT2

－ Unsigned 16bit 0:All, 1:Phase1, 2:Phase2,

3:Phase3, 5:total

R/W

DT00013 Stand-by alarm

(threshold) OUT1

0.1% Unsigned 16bit 1 to 1000 R/W

DT00014

Stand-by alarm

(start time) OUT1

1min Unsigned 16bit 0 to 9999 R/W

DT00015 Stand-by alarm

(phase) OUT1

－ Unsigned 16bit 0:All, 1:Phase1, 2:Phase2,

3:Phase3

R/W

DT00016

Stand-by alarm

(threshold) OUT2

0.1% Unsigned 16bit 1 to 1000 R/W

DT00017 Stand-by alarm

(start time) OUT2

1min Unsigned 16bit 0 to 9999 R/W

DT00018

Stand-by alarm

(phase) OUT2

－ Unsigned 16bit

0:All, 1:Phase1, 2:Phase2,

3:Phase3

R/W

DT00019

Preset OUT1 0.001 Unsigned 32bit 0 to 999999 R/W

DT00020

DT00021

Preset OUT2 0.001 Unsigned 32bit 0 to 999999 R/W

DT00022

DT00023 Integral power output

target phase OUT1

－ Unsigned 16bit 1:Phase1, 2:Phase2, 3:Phase3,

5:total

R/W

DT00024

Integral power output

target phase OUT2 － Unsigned 16bit

1:Phase1, 2:Phase2, 3:Phase3,

5:total R/W

DT00025 Time program 1

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00026

Time program 1

(start-time)

－ Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H

R/W

DT00027 Time program 2

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00028

Time program 2

(start-time) － Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H R/W

DT00029 Time program 3

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00030

Time program 3

(start-time) － Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H R/W

DT00031 Time program 4

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00032

Time program 4

(start-time)

－ Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H

R/W

DT00033 Time program 5

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00034

Time program 5

(start-time) － Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H R/W

DT00035 Time program 6

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00036

Time program 6

(start-time) － Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H R/W

DT00037 Time program 7

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00038

Time program 7

(start-time)

－ Unsigned 16bit

Higher Lower

h:00H to 23H, m:00H to 59H

R/W

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Data register

Name

Unit

Kind of data

Range

R/W

DT00039

Time program 8

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00040 Time program 8

(start-time)

－ Unsigned 16bit Higher Lower

h:00H to 23H, m:00H to 59H

R/W

DT00041

Time program 9

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00042 Time program 9

(start-time)

－ Unsigned 16bit Higher Lower

h:00H to 23H, m:00H to 59H

R/W

DT00043

Time program 10

(time-zone)

－ Unsigned 16bit 0:OFF, 1:T1, 2:T2, 3:T3, 4:T4 R/W

DT00044 Time program 10

(start-time)

－ Unsigned 16bit Higher Lower

h:00H to 23H, m:00H to 59H

R/W

DT00045 Calendar (min. / sec.) － Unsigned 16bit

Higher Lower

m:00H to 59H, s:00H to 59H

R/W

DT00046 Calendar (day / hour) － Unsigned 16bit Higher Lower

d:01H to 31H, h:00H to 23H

R/W

DT00047 Calendar (year / month) － Unsigned 16bit

Higher Lower

y:00H to 99H, m:01H to 12H

R/W

DT00048 Pulse input IN1 －

Unsigned 16bit

1:30Hz, 10:Clock correction R/W

DT00049

Pulse input IN2

－

Unsigned 16bit

1:30Hz, 2:2kHz

R/W

DT00050 RS485 Device number － Unsigned 16bit

Mewtocol: 1 to 99

Modbus: 1 to 247

DL/T645: 0 to 9999

R/W

DT00051 RS485

Transmission speed

－ Unsigned 16bit 0: 1200 1: 2400 2: 4800

3: 9600 4: 19200 5: 38400

R/W

DT00052

RS485

Transmission format

－ Unsigned 16bit 0: 8bit-o 1: 8bit-n 2: 8bit-E R/W

DT00053 RS485 Stop bit － Unsigned 16bit 1, 2 R/W

DT00054

RS485 Response time

1ms

Unsigned 16bit

1 to 99

R/W

DT00055 Phase/Wire － Unsigned 16bit 0: 1P2W 1: 1P3W

2: 3P3W 3: 3P4W

R/W

DT00056 CT type (2nd)

Rated A

(rms)

Unsigned 16bit 1, 5 R/W

DT00057

Primary side current

of CT

1A Unsigned 16bit 1 to 4000 R/W

DT00058 VT ratio 0.01 Unsigned 16bit 100 to 60000 R/W

DT00059

Temperature correction

value

0.1℃ Signed 16bit -100.0 to 100.0 R/W

DT00060 Unit for pulse output

OUT1 － Unsigned 16bit

1:0.0001kWh, 2:0.001kWh,

3:0.01kWh, 4:0.1kWh, 5:1kWh,

6:10kWh, 7:100kWh

100:Stand-by alarm

101:Under voltage alarm

102:Over voltage alarm

103:Power interruption alarm

104:Current alarm

105:Active power alarm

106:Count output 1

107:Count output 2

108:Level output

109:PF alarm

110:current harmonics alarm

111:voltage harmonics alarm

112:current THD alarm

113:voltage THD alarm

114:current unbalancing alarm

115:voltage unbalancing alarm

116:under current alarm

117:reactive power alarm

118:apparent power alarm

119:over frequency alarm

120:under frequency alarm

121:power demand alarm

122:current demand alarm

R/W

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Data register

Name

Unit

Kind of data

Range

R/W

DT00061 Unit for pulse output

OUT2 －Unsigned 16bit

1:0.0001kWh, 2:0.001kWh,

3:0.01kWh, 4:0.1kWh, 5:1kWh,

6:10kWh, 7:100kWh

100:Stand-by alarm

101:Under voltage alarm

102:Over voltage alarm

103:power interruption alarm

104:Current alarm

105:Active power alarm

106:Count output 1

107:Count output 2

108:Level output

109:PF alarm)

110:current harmonics alarm

111:voltage harmonics alarm

112:current THD alarm

113:voltage THD alarm

114:current unbalancing alarm

115:voltage unbalancing alarm

116:under current alarm

117:reactive power alarm

118:apparent power alarm

119:over frequency alarm

120:under frequency alarm

121:power demand alarm

122:current demand alarm

R/W

DT00062

Power interruption

alarm target phase

OUT1

－Unsigned 16bit

0:All, 1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT00063

Power interruption

alarm target phase

OUT2

－Unsigned 16bit

0:All, 1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT00064

Over current

(ON threshold) 0.1% Unsigned 16bit 1 to 1200 R/W

DT00065 Update cycle 100ms Unsigned 16bit 1 to 10 R/W

DT00066

Prescale IN1 0.001 Unsigned 32bit 1 to 100000 R/W

DT00067

DT00068

Prescale IN2 0.001 Unsigned 32bit 1 to 100000 R/W

DT00069

DT00070

Auto-off

1min

Unsigned 16bit

0 to 99 (0: always ON)

R/W

DT00071 Current alarm target

Phase OUT1 －Unsigned 16bit

0:All(except phaseN),

1:Phase1, 2:Phase2,

3:Phase3, 4:phaseN

R/W

DT00072 Current alarm target

phaseOUT2 －Unsigned 16bit

0:All(except phaseN),

1:Phase1, 2:Phase2,

3:Phase3, 4:phaseN

R/W

DT00073 Over voltage alarm

target phaseOUT1 －Unsigned 16bit

0:All, 1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT00074 Over voltage alarm

target phaseOUT2 －Unsigned 16bit

0:All, 1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT00075 Under voltage alarm

target phaseOUT1 －Unsigned 16bit

0:All, 1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT00076

Under voltage alarm

target phase

OUT2

－Unsigned 16bit

0:All, 1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT00077

Integral direction

OUT1

－Unsigned 16bit

0:export

1:import

R/W

DT00078 Integral direction

OUT2

－Unsigned 16bit 0:export

1:import

R/W

DT00079 Clock correction －Unsigned 16bit

hh:0 to 23

min,:0 to 59

R/W

DT00080 Over voltage

(ON threshold)

0.1% Unsigned 16bit 1000 to 1200 R/W

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Data register

Name

Unit

Kind of data

Range

R/W

DT00081

Under voltage

(ON threshold)

0.1% Unsigned 16bit 50 to 1000 R/W

DT00082 Blinking during alarm

output

－Unsigned 16bit 0: no blinking, 1:blinking R/W

DT00083

Conversion rate(-P) T1

0.01

Unsigned 16bit

0 to 9999

R/W

DT00084

Conversion rate(-P) T2

0.01

Unsigned 16bit

0 to 9999

R/W

DT00085

Conversion rate(-P) T3

0.01

Unsigned 16bit

0 to 9999

R/W

DT00086

Conversion rate(-P) T4

0.01

Unsigned 16bit

0 to 9999

R/W

DT00087

Conversion rate (-P)

0.01

Unsigned 16bit

0 to 9999

R/W

DT00088

Rated voltage

Unsigned 16bit

100 to 500

R/W

DT00089

Conversion rate(P) T1

0.01

Unsigned 16bit

0 to 9999

R/W

DT00090

Conversion rate(P) T2

0.01

Unsigned 16bit

0 to 9999

R/W

DT00091

Conversion rate(P) T3

0.01

Unsigned 16bit

0 to 9999

R/W

DT00092

Conversion rate(P) T4

0.01

Unsigned 16bit

0 to 9999

R/W

DT00093

Conversion rate (P)

0.01

Unsigned 16bit

0 to 9999

R/W

DT00094 Password －Unsigned 16bit 0 to 9999 R/W

DT00095 Auto display start 1min Unsigned 16bit 0 to 99 (0: fix display item) R/W

DT00096

Display cycle

1sec

Unsigned 16bit

1 to 99

R/W

DT00097 Luminance －Unsigned 16bit 1 to 5 (dark to light) R/W

DT00098 Protocol －Unsigned 16bit 0: MEWTOCOL 1: MODBUS

2: DL/T645

R/W

DT30000

Active power alarm

(OFF threshold) OUT1 0.1kW Unsigned 32bit 0 to 29999999 R/W

DT30001

DT30002

Active power alarm

(OFF threshold) OUT2

0.1kW Unsigned 32bit 0 to 29999999 R/W

DT30003

DT30004

PF alarm

(ON threshold)OUT1

0.001 Unsigned 16bit 0 to 1000 R/W

DT30005

PF alarm

(OFF threshold)OUT1

0.001 Unsigned 16bit 0 to 1000 R/W

DT30006 PF alarm(phase) OUT1 －Unsigned 16bit 0:All,1:Phase1, 2:Phase2,

3:Phase3

R/W

DT30007

PF alarm

(ON threshold)OUT2

0.001 Unsigned 16bit 0 to 1000 R/W

DT30008

PF alarm

(OFF threshold)OUT2

0.001 Unsigned 16bit 0 to 1000 R/W

DT30009 PF alarm(phase) OUT2 －Unsigned 16bit

0:All,1:Phase1, 2:Phase2,

3:Phase3

R/W

DT30010

Current harmonics

alarm(ON threshold)

OUT1

0.01% Unsigned 16bit 0 to 40000 R/W

DT30011

Current harmonics

alarm(OFF threshold)

OUT1

0.01% Unsigned 16bit 0 to 40000 R/W

DT30012 Current harmonics

alarm(phase) OUT1

－Unsigned 16bit 0:All,1:Phase1, 2:Phase2,

3:Phase3

R/W

DT30013

Current harmonics

alarm(ON threshold)

OUT2

0.01% Unsigned 16bit 0 to 40000 R/W

DT30014

Current harmonics

alarm(OFF threshold)

OUT2

0.01% Unsigned 16bit 0 to 40000 R/W

DT30015

Current harmonics

alarm(phase) OUT2

－Unsigned 16bit

0:All,1:Phase1, 2:Phase2,

3:Phase3

R/W

DT30016

Voltage harmonics

alarm(ON threshold)

OUT1

0.01% Unsigned 16bit 0 to 40000 R/W

DT30017

Voltage harmonics

alarm(OFF threshold)

OUT1

0.01% Unsigned 16bit 0 to 40000 R/W

DT30018 Voltage harmonics

alarm(phase) OUT1 －Unsigned 16bit

0:All,1:Phase1(line1-2),

2:Phase2(line2-3),

3:Phase3(line3-1)

R/W

DT30019

Voltage harmonics

alarm(ON threshold)

OUT2

0.01% Unsigned 16bit 0 to 40000 R/W

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