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ADDAD-5 Series Advanced Electronics Company, Ltd. P. O. Box 90916

Riyadh 11623 Kingdom of Saudi Arabia

10 (100) A, 20(160)A, Class 1 1.5(6)A Class 0.5S 3 Phase 4 Wires, 3 Phase 3 Wires Direct Connection And CT, CT-VT Through Connection Multi Tariff Digital Energy Meter

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Revision History

Revision Date Highlights - July 2011 Preliminary Electrical Parameters 1 August 2011 Update specification 2 September 2011 Update specification 3 February 2012 Update Meter picture

4 September 2012 Connection diagram updated for CT/VT, Note update in pg.3: phase-Y as reference instead of phase-B

5 September 2013 Update ordering information 6 February 2014 Update ordering information 7 April 2014 PLC PRIME Interface info added

Notice The information contained in this document is subject to change without notice. AEC makes no warranty of any kind with regard to this material, including, but not limited to, the implied warranties of merchantability and fitness for a particular purpose. AEC shall not be liable for errors contained herein or incidental consequential damages in connection with the furnishing, performance, or use of this material. This document contains proprietary information which is protected by copyright. All rights are reserved. No part of this document may be photocopied or otherwise reproduced without consent of AEC. Copyright (c) 2014 by AEC Published in a limited copyright sense, and all rights, including trade secrets, are reserved.

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1. Introduction The ADDAD-5 Smart Meters are designed to meet the needs of residential, commercial and industrial energy consumers. AECL’s IEC-Standard Multi Tariff Digital Energy Meters set a new standard for revenue-grade energy meters. It provides a highly accurate energy and demand metering system with a comprehensive information display on an extended temperature large LCD. It is capable of remote access via a various types of communication ports in meters, in addition it can be easily connected to SCADA system. The ADDAD -5 poly phase smart meter series comprises of 10(100) A, 20(160) A, 1.5(6) A, 3-Phase-4-Wires, 3-Phase-3-Wires, Direct (Whole current) connection, Transformer operated CT and CT-VT through connection meters. The emerging AMR technologies in the metering industry call for smart meters that have enormous communication capabilities. The ADDAD-5 Smart Meters composite of all advanced metering functionalities and its robust communication capabilities can easily be an integral part of the Automatic Meter Reading System (AMR) or Smart grid. AEC also provides state of the art AMR software to manage its smart meters remotely. Notes: • All default values are configured based on customer request. • For 3P3W meters phase-Y is considered as reference instead of neutral • Optical is a standard interface in all meter types. Any Interface related RS485 or PLC are

optional. It will be only equipped for the respective meter type.

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1.1 Meter Front Display

Note: The above display is just a sample and the text on meter name plate shall vary according to meter type.

PLC Status LED

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2. Product Description

2.1 Meter Features kWh, kvarh and kVAh digital metering in import and export directions Separate registers for import and export Meets international standard IEC62052-11, IEC62053-21, IEC62053-22 and IEC62053-

23. Class 1 and Class 0.5S accuracy for kWh. Class 2 for kvarh per IEC62053-23 -20 to +70ºC operational temperature Wide range three phase power supply built in up to 318V L-N or 550V L-L. Extended Temperature Large LCD display, with programmable number of digits for

displaying the reading. Pulse LED for accuracy testing (Imp/kWh and Imp/kvarh) SO and EOI electrical output pulse per IEC62053-31. Internal Real Time Clock with battery backup. Per IEC62054-21 (2004-05). Storing reading in EEPROM that does not require any battery backup with minimum data

retention of 20 years Measure and display the following:

kWh, kvarh, kVAh in all tariffs, import and export directions. PF for total system power factor and per phase, Voltage per phase, Current per phase, Total three-phase active power. Total three-phase reactive power, Total three-phase apparent power, Line frequency, Demand kW, kvar and kVA total import and export directions Maximum Demand kW, kvar and kVA import and export directions (Basic &TOU)

Configurable to select block method or sliding window method for demand calculation 8 Multiple Tariffs registers for kWh, kvarh and kVAh (Time of Use) import and export

directions o Up to 8 TOU o Up to 620 Special days.

20 days regular (repeated every year e.g. national day) 600 irregular days for 30 years (each year 20 days)

o Up to 10 seasons o Up to 10 weeks o Up to 31 days o Each day up to 10 Scripts

Simple Meter installation at site, with date and time stamp recording:

o Catch reverse run caused by cable swapping. o Catch phase and neutral swapping. o Catch unconnected phases. o Catch Phase sequence revisal

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Tamper detection with date and time stamp recording: o Detect top cover open o Detect terminal cover open o Detect external CT short for CT operated Meters (requires CT on neutral line). o Detect Outage. o Neutral line diconnection

Event detection with date and time stamp: Over Current/Under Voltage limit violation Detect low total system power factor Auto demand reset. Manual demand reset. Meter Configuration. Battery failure Clock Initialization Memory Error Meter Initialization Time change (Before/After) Demand Reset Manual Demand Reset Auto-Reset Meter Configuration Change Communication Port log Output Relay Control

Support Demand integration periods of 5, 15, 30 and 60 minutes

Store the maximum demand for the below registers: 1. Max Demand kW Import 2. Max Demand kW Export 3. Max Demand kvar Import 4. Max Demand kvar Export 5. Max Demand kvar QI 6. Max Demand kvar QII 7. Max Demand kvar QIII 8. Max Demand kvar QIV 9. Max Demand kVA Import 10. Max Demand kVA Export

Load Profile storage for 4320 points (enough for 90 days at 30 minutes interval)

Load Profile storage for (9 channels) + (Temperature, Status, Date/Time stamp)

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The 9 channels are selected from the below channel options: 1. Demand kW Import 2. Demand kW Export 3. Demand kvar Import 4. Demand kvar Export 5. Demand kvar QI 6. Demand kvar QII 7. Demand kvar QIII 8. Demand kvar QIV 9. Demand kVA Import 10. Demand kVA Export 11. Average PF 12. Voltage Phase 1 13. Voltage Phase 2 14. Voltage Phase 3 15. Current Phase 1 16. Current Phase 2 17. Current Phase 3 18. Power Factor Phase 1 19. Power Factor Phase 2 20. Power Factor Phase 3 21. Frequency

Support 12 programmable EOB (End Of Billing). Daily Energy profile provide reading for the last previous 4 days Utility Sealed battery door and reset switch. Communication Features

Optical Communication port complies with IEC62056-21 Mode E, 9600bps. RS485, 9600bps. PLC PRIME interface, 124 Kbps Note

: A meter model can have either RS485 or PLC at a time.

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2.2 Electrical Specifications

Meter Type 10(100) 20(160) 1.5(6) Accuracy Class kWh kVARh kVAh

1 2 1

1 2 1

0.5s 2 1

Standard

IEC62053-21, IEC62053-23

IEC62053-21, IEC62053-23

IEC62053-22, IEC62053-23

Connection 3 Ph 4 Wire 3 Ph 4 Wire 3 Ph 4 Wire, 3 Ph 3 Wire

Operating Frequency 60Hz 60Hz 60Hz Input Voltage Range for measurements (L-to-N)

Range, VAC Nominal, VAC

100 to 318 3x127/220, 3x133/230, 3x220/380, 3x 230/400, 3x 277/480

100 to 318 3x127/220, 3x133/230, 3x220/380, 3x 230/400, 3x 277/480

100 to 318 3P4W 86 to 120 3P3W 3P4W: 3x127/220, 3x133/230, 3x220/380, 3x 230/400, 3x 277/480 3P3W: 3x100, 3x110, 3x120

Maximum Power Supply Operating Voltages L-N VAC L-L VAC

318 550

318 550

318 550

Current and Voltage Connection Direct (Whole current)

Direct (Whole current)

CT, CT-VT

Reference Current, (In) (Amps) 10 20 1.5 Maximum Current, (Imax) (Amps) 100 160 6 Short Circuit Current, (Amps) 30xImax for Direct for 10ms 20xImax for CT for 500ms

3000 4800 120

Minimum Current, (Amps) (0.05 In) A for (DIRECT) (0.01 In) A for (CT, CT-VT)

0.5

1

0.015

Starting Current, (Amps) (0.004 In) A (DIRECT) (0.001 In) A (CT, CT-VT)

0.04

0.08

0.0015

Power consumption in voltage circuit per phase

At 3x133/230 At 3x230/400 At 3x277/480

0.5 W, 0.65 VA 0.6 W, 1.0 VA 0.65 W, 1.2 VA

0.5 W, 0.65 VA 0.6 W, 1.0 VA 0.65 W, 1.2 VA

0.5 W, 0.65 VA 0.6 W, 1.0 VA 0.65 W, 1.2 VA

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Power consumption in Current circuit per phase

At 10 A At 100 A At 1.5 A

At 6 A

0.05 VA 5 VA

0.05 VA 5 VA

0.06 VA 0.4VA

Output Pulse Ratio imp / kWh imp / kVARh

1000 1000

1000 1000

10000 10000

Output Pulse LED Color Peak emission wavelength Spectral Line Half-width

Red 635nm 40nm

Red 635nm 40nm

Red 635nm 40nm

SO & EOI Output Pulse Switching Power

- - 30V / 30mA

No. of Measuring Element: 3Phase 4Wire

Energy Voltage Current

3Phase 3Wire Energy Voltage Current

3 3 3

3 3 3

3 3 3 + Neutral 2 2 2

Conductor bore diameter

9.2mm 9.2mm 5mm

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2.3 Electromagnetic Compatibility Specifications

Electrostatic discharge Per IEC61000-4-2

Test severity level 4. Contact Discharge: Test Voltage 8kV. Air Discharge: Test voltage 15kV.

Electromagnetic HF field Per IEC61000-4-3

Test severity level 3. Frequency band 80MHz to 2000MHz. Test field strength 10V/m. with current

Test field strength 30V/m. without current

Fast transient burst Per IEC61000-4-4 (5/50nS waveform)

Test severity level 4. Test voltage at current and voltage circuit: 4kV.

Test duration 60 seconds.

Conducted EMC Per CISPR 22 class B Frequency band 150kHz to 30MHz.

Radiated EMC Per CISPR 22 class B Frequency band 30MHz to 1000MHz.

Surge immunity Test Per IEC61000-4-5 (1.2/50us)

Test severity level 4. Test Voltage 4kV.

Damped Oscillatory wave immunity Per IEC61000-4-12

Test Voltage Common mode, 2.5kV Differential mode, 1kV Test frequency 100kHz, repetition rate, 40Hz 1MHz, repetition rate, 400Hz

Immunity to conducted disturbances Frequency band 150kHz to 80MHz.

Per IEC61000-4-6 Power Frequency withstand voltage 2kV

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2.4 Electrical Compatibility Specifications Static meters for active energy (classes 1 and 2) Per IEC62053-21

Static meters for active energy (classes 0,2 S and 0,5 S) Per IEC62053-22

Static meters for reactive energy (classes 2 and 3) Per IEC62053-23

2.5 Communication Interface

OPTICAL Port Optical Link Infrared, 860nm - 950nm Optical Port Per IEC62056-21 Max. Baud rate 9600 bps RS485 9600 bps PLC PRIME 124 Kbps

2.6 Backed up Battery for the RTC

Back up type Lithium Battery

Life Meter operates in normal conditions: 10 years.

With AC power off: 1 year.

2.7 Back up for readings and Data

Back up type EEPROM Life With AC power off: 20 years.

2.8 Output Relay Specifications Contact The contact is change over, form C,

NO/NC Rated Voltage 250VAC/ 30VDC Continuous rated current 2A Max. Operating Voltage 250VAC/ 30VDC

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2.9 Mechanical Specifications Terminal insulation Per IEC 62052-11 Impulse Voltage Withstand 6KV (1.2/50uS impulse) 62053-11 Terminal heat resist Per IEC62052-11, IEC60095-2-11 Dust & water Per IEC62052-11, IEC529; IP54

Solar Radiation Per IEC 62052-11, IEC 60068-2-5, procedure A, 55C, 3 days

Vibration 10-150Hz @ 1g, 75 min. Per IEC 62052-11, IEC60068-2-6 Shock Half sine @ 30g impulse for 18ms Per IEC 62052-11, IEC68-2-27

Weight (Direct) Whole current meter is 2.4 kg, (CT, CT-VT) Transformer Operated Meter is 1.6 kg.

Overall Dimensions (mm) Direct: W= 189, H= 270, D= 107.3 CT and CT/VT: W= 189, H= 270, D= 87.3

LCD Viewing area Dimensions (mm) 73 x 31.5 LCD main digit size Dimensions (mm) 9.0x4.5 Case Material Polycarbonate.

Spring hammer IEC 62052-11, IEC 60068-2-75. Apply kinetic energy of 0.2J

2.10 Climatic Specifications Dry heat Per IEC 62052-11, IEC 60068-2-2 Cold Per IEC 62052-11, IEC 60068-2-1

Damp heat cyclic Per IEC 62052-11, IEC 60068-2-30 for outdoor meter

2.11 Environmental Specifications Operating Temperature -20 to +70 degree C Storage Temperature -30 to +85 degree C Humidity 95 % non-condensing

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2.12 LCD Appearance

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2.13 Dimension and appearance Direct Meters:

CT and CT/VT Meters:

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3.2 Connection Diagram: DIRECT (WHOLE CURRENT) 3-PHASE 4-WIRES (3P4W) TYPE METERS

1 2 3 4 5 6 7 8 9 10 11

22 21

RJ45-left RJ45-Right

15 16 17

COM NO NC Output Relay

R

Y

B

N

R

Y

B

N

R

Load Source Power Flow

(If equipped with RS485)

[R & N PLC Connection (If Equipped with PLC)]

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CT, CT-VT 3-PHASE 4-WIRES (3P4W) TYPE METERS

[R & N PLC Connection (If Equipped with PLC)]

(If equipped with RS485)

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CT-VT 3-PHASE 3-WIRES (3P3W) TYPE METERS

(If equipped with RS485)

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6. Ordering Information Available models as follows: RS485 METER TYPE: Model P/ N Descr i pt i on A5C4C63R 900-004379 ADDAD-5, Class 0.5, CT through 3P4W, 1.5(6)A 3x

127/220 ~ 3x 277/480 VAC, 60Hz. With Optical and RS485 port. With DLMS protocol. With SO pulse outputs.

A5V3C23R 900-004383 ADDAD-5, Class 0.5, CT/VT through, 3P3W, 1.5(6)A, 3x 110 – 120 VAC, 60Hz. With Optical and RS485 port. With DLMS protocol. With SO pulse outputs.

A5D4B61R 900-004390 ADDAD-5, Class 1, Direct Whole current 3P4W, 10(100)A 3x 127/220 ~ 3x 277/480 VAC, 60Hz. With Optical and RS485 port. With DLMS protocol.

A5D4B62R 900-004386 ADDAD-5, Class 1, Direct Whole current 3P4W, 20(160)A 3x 127/220 ~ 3x 277/480 VAC, 60Hz. With Optical and RS485 port. With DLMS protocol.

PLC METER TYPE: Model P/ N Descr i pt i on

A5D4B61P 900-005362 ADDAD-5, Class 1, Direct Whole current 3P4W, 10(100)A 3x 127/220 ~ 3x 277/480 VAC, 60Hz. With Optical and PLC PRIME interface. With DLMS protocol.

A5D4B62P 900-005359 ADDAD-5, Class 1, Direct Whole current 3P4W, 20(160)A 3x 127/220 ~ 3x 277/480 VAC, 60Hz. With Optical and PLC PRIME interface. With DLMS protocol.

A5C4C63P 900-005356 ADDAD-5, Class 0.5, CT through 3P4W, 1.5(6)A 3x 127/220 ~ 3x 277/480 VAC, 60Hz. With Optical and PLC PRIME interface. With DLMS protocol. With SO pulse outputs.