Honeywell AD1200-CT Bedienungsanleitung

AD1200-CT

Three Phase DIN-RAIL Meter

Product Manual

Honeywell | Smart Energy

Elster Kent Metering (Pty) Ltd

60 Commando Road, Industria Ext 2

Johannesburg, 2093

South Africa

Contents

1. Overview...............................................................................................................................................2

2．Introduction ......................................................................................................................................2

2.1 Device description ........................................................................................................................2

2.2 Standards and References........................................................................................................2

2.3 Characteristics...............................................................................................................................2

3. Basic Parameters .............................................................................................................................3

4. Mechanical Construction ..............................................................................................................4

4.1 Outline Dimensions .....................................................................................................................4

4.2 Connection Diagram.....................................................................................................................4

5. Meter functions ................................................................................................................................4

5.1 Communication............................................................................................................................4

5.2 Button................................................................................................................................................4

5.3 Backlight ..........................................................................................................................................5

5.4 Pulse output....................................................................................................................................5

5.5 LCD display content ....................................................................................................................5

5.5.1 Parameters show on the LCD screen.............................................................................5

5.6 System parameters address.....................................................................................................8

6. Installation Instruction ............................................................................................................11

6.1 Installation instructions..........................................................................................................11

6.2 Installation instruction details .............................................................................................12

7. Safety Instructions ....................................................................................................................13

1. Overview

A Din Rail CT three-phase four wire meter electronic meter. This meter complies with

the standards of IEC62052-11 and IEC62053-21. It has the capability of measuring

the consumption of active as well as reactive energy. It has many advantages, such as

good reliability, small volume, light weight and easy installation.

2．Introduction

2.1 Device description

Type

Connec

tion

Ib (Imax)

Imp/

kWh

Accuracy Class

AD1200

Connec

3*230/400V

5(6) A

CT Connect

50/6

0Hz

1200

Activ

Cl. 1

2.2 Standards and References

The AD1200 meets and operates in accordance with the following Standards:

IEC 62052-11-

2003

Electricity metering equipment (a.c.) –General

requirements, tests, and test conditions –Part 11: Metering

equipment

IEC 62053-21-

2003

Electricity metering equipment (a.c.) –Particular

requirements –Part 21: Static meters for active energy

(classes 1 and 2)

2.3 Characteristics

➢Three phase active/reactive energy

➢Positive and negative measurement

➢Four tariffs.

➢It can be set to five measurement modes according to the synthesis code.

➢CT setting: 5:5—7500:5 CT ratio.

➢Maximum demand calculation.

➢A button can reset the energy.

Product Manual

Honeywell | Smart Energy

Elster Kent Metering (Pty) Ltd

60 Commando Road, Industria Ext 2

Johannesburg, 2093

South Africa

3. Basic Parameters

Description

Values

Meter Type

Three phase, Four-Wire, CT Connected

Accuracy

Active Class 1.0 (IEC 62053-21)

Nominal Voltage Un

3*230 /400V

Current Range

5 (6)A

Nominal Frequency fn

50Hz

Starting Current

0.2% In

Meter Constant

12000 imp/kWh

Start-up Time

≤ 5s

Power Consumption

Voltage circuit: ≦1W ,8VA

Current circuit at Ib: ≦4VA

Operating Voltage Range

Nominal Operating Voltage: 0.9Un～1.1 Un

Extended Operating Voltage: 0.8Un～1.15 Un

Specified operating temperature range

-20℃～+70℃

Limit operating temperature range

-25℃～+70℃

Limit Storage and transportation

temperature range

-40℃～+70℃

Relative Humidity

≦85%

Insulation

AC voltage test subjected to 4kV

Impulse voltage test subjected to 6kV

4. Mechanical Construction

4.1 Outline Dimensions

Height 100mm

Width 76mm

Depth 65mm

4.2 Connection Diagram

5. Meter functions

5.1 Communication

The meter supports both IR (near infrared) and RS485 communication. IR complies with

EN62056(IEC1107) protocol, and RS485 communication use the MODBUS protocol.

5.2 Button

The meter has two buttons, which can be display all the contents by pressing the buttons.

The CT ratio, LCD scroll display time, reset the energy and backlight mode can be set by the

buttons on the screen.

Product Manual

Honeywell | Smart Energy

Elster Kent Metering (Pty) Ltd

60 Commando Road, Industria Ext 2

Johannesburg, 2093

South Africa

：

unused

5.3 Backlight

Through the button setting, it can be divided into three modes: it is on when the button has

been pressed, always on and always off.

5.4 Pulse output

Set 12000/1200/120/12, total four pulse output modes by communication.

5.5 LCD display content

5.5.1 Parameters show on the LCD screen

：reverse indicate(if shows the reverse power, then display the REV)

：total kWh indicate(if shows the total kWh and total tariff kWh, then display this sign)

：content indicate, it can be shown T1 and T2, L1 and L2

：power factor display

：frequency display

：kWh unit display, it can show kW, kWh, kvarh, V, A and kVA

Press the page button, and it will shift to another main page.

LCD Display Content

Page Content Unit LCD sign

1 Current direction

2 Combinatorial active total energy kWh Σ 0

3 Combinatorial active energy of tariff1 kWh Σ T1

4 Combinatorial active energy of tariff2 kWh Σ T2

5 Combinatorial active energy of tariff3 kWh Σ T3

6 Combinatorial active energy of tariff4 kWh Σ T4

7 Forward active total energy kWh Σ 1

8 Forward active energy of tariff1 kWh T1

9 Forward active energy of tariff2 kWh T2

10 Forward active energy of tariff3 kWh T3

11 Forward active energy of tariff4 kWh T4

12 Reverse active total energy kWh REV Σ 2

13 Reverse active energy of tariff1 kWh REV T1

14 Reverse active energy of tariff2 kWh REV T2

15 Reverse active energy of tariff3 kWh REV T3

16 Reverse active energy of tariff4 kWh REV T4

17 L1 total active energy kWh Σ L1

18 L1 forward active energy kWh L1

19 L1 reverse active energy kWh REV L1

20 L2 total active energy kWh Σ L2

21 L2 forward active energy kWh L2

22 L2 reverse active energy kWh REV L2

23 L3 total active energy kWh Σ L3

24 L3 forward active energy kWh L3

25 L3 reverse active energy kVarh REV L3

26 Combinatorial reactive total energy kVarh Σ 0

27 Combinatorial reactive energy of tariff1 kVarh Σ T1

28 Combinatorial reactive energy of tariff2 kVarh Σ T2

29 Combinatorial reactive energy of tariff3 kVarh Σ T3

30 Combinatorial reactive energy of tariff4 kVarh Σ T4

31 Forward reactive total energy kVarh Σ 1

32 Forward reactive energy of tariff1 kVarh T1

33 Forward reactive energy of tariff2 kVarh T2

34 Forward reactive energy of tariff3 kVarh T3

35 Forward reactive energy of tariff4 kVarh T4

36 Reverse reactive total energy kVarh REV Σ 2

37 Reverse reactive energy of tariff1 kVarh REV T1

38 Reverse reactive energy of tariff2 kVarh REV T2

39 Reverse reactive energy of tariff3 kVarh REV T3

40 Reverse reactive energy of tariff4 kVarh REV T4

41 L1 total reactive energy kVarh Σ L1

42 L1 forward reactive energy kVarh L1

43 L1 reverse reactive energy kVarh REV L1

44 L2 total reactive energy kVarh Σ L2

Product Manual

Honeywell | Smart Energy

Elster Kent Metering (Pty) Ltd

60 Commando Road, Industria Ext 2

Johannesburg, 2093

South Africa

45 L2 forward reactive energy kVarh L2

46 L2 reverse reactive energy kVarh REV L2

5.6 System parameters address

Product Manual

Honeywell | Smart Energy

Elster Kent Metering (Pty) Ltd

60 Commando Road, Industria Ext 2

Johannesburg, 2093

South Africa

Meter ID

(default)

Function

Code

Address(Hex)

Address(Dec)

Contents

Read/Write

length

data

mode

0000

Serial number

Read

0002

Meter ID

Read

0003

Baud Rate

Read

0004

Software Version

Read

float

0006

Hardware Version

Read

float

0008

CT Rate

Read

0009

S0 output rate

Read

float

000B

Combined Code

Read

000C

HOLIDAY-WEEKEND T

Read

000D

Cycle time

Read

000E

L1 Voltage

Read

float

0010

L2 Voltage

Read

float

0012

L3 Voltage

Read

float

0014

Grid Frequency

Read

float

0016

L1 Current

Read

float

0018

L2 Current

Read

float

001A

L3 Current

Read

float

001C

Total Active Power

Read

float

001E

L1 Active Power

Read

float

0020

L2 Active Power

Read

float

0022

L3 Active Power

Read

float

0024

Total reactive power

Read

float

0026

L1 reactive power

Read

float

0028

L2 reactive power

Read

float

002A

L3 reactive power

Read

float

002C

Total Apparent Power

Read

float

002E

L1 Apparent Power

Read

float

0030

L2 Apparent Power

Read

float

0032

L3 Apparent Power

Read

float

0034

Total Power Factor

Read

float

0036

Power Factor

Read

float

0038

Power Factor

Read

float

003A

Power Factor

Read

float

003C

Time

Read

0040

Time switch

Read

0041

CRC CODE

Read

0100

256

Total Active Energy

Read

float

0102

258

L1 Total Active Energy

Read

float

0104

260

L2 Total Active Energy

Read

float

0106

262

L3 Total Active Energy

Read

float

0108

264

Forward Active Energy

Read

float

010A

266

L1 Forward Active Energy

Read

float

010C

268

L2 Forward Active Energy

Read

float

010E

270

L3 Forward Active Energy

Read

float

0110

272

Reverse Active Energy

Read

float

0112

274

L1 Reverse Active

Energy

Read

float

0114

276

L2 Reverse Active

Energy

Read

float

0116

278

L3 Reverse Active

Energy

Read

float

0118

280

Total Reactive Energy

Read

float

011A

282

L1 Reactive Energy

Read

float

011C

284

L2 Reactive Energy

Read

float

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