ROOTECH ACCURA 3500S User guide

Category
Measuring, testing & control
Type
User guide
ACCURA 3500S
High Accuracy Digital Power Meter
Added with Extension modules Suits your various applications,
Providing simultaneous display of voltage, current, power, and energy.
User Guide[English]
Rev 1.6 2018/01/02
Page 2
Page 3
Notice
Caution
Indicates the presence of
dangerous voltage which can cause severe injury or death
to persons if proper precautions are not followed.
Warning
Alerts
the user to the presence of hazards which can cause somewhat injury to
p
ersons, damage to property or damage to the device itself, if proper precautions
are not followed.
Note
Indicates the users attention to installation, operating and maintenance instructions.
Electrical Symbols
Indicates alternative voltage or current.
Indicates direct voltage or current.
Installation Considerations
Installation and operation of Accura 3500S meter should be performed only by qualified,
competent personnel that have appropriate training and experience with high voltage and current
devices.
Caution
Failure to observe the following instructions may result in severe injury or death.
During normal operation of the Accura 3500S meter, hazardous voltages are present on its terminal
strips.
Standard safety precautions are followed while performing any installation or service work[removing PT
fuses, shorting CT secondaries, etc].
Do not access to terminal strips of the Accura 3500S meter after installation.
Page 4
Warning
Observe the following instructions, or permanent damage to the meter may occur.
Do not apply Accura 3500S to voltages and currents that exceed Input ratings of PT and CT.
Manual
Rootech Inc. reserves the right to make changes in the device specifications shown in this User
Guide without notice. Rootech Inc. advises customers to obtain the latest specifications of device
before giving orders to confirm that the information being relied on by the customer is up to date.
In the absence of written agreement to the contrary, Rootech Inc. assumes no liability for Rootech
Inc. applications assistance, customer’s system design, or infringement of patents or copyrights of
third parties by or arising from the use of devices described herein.
The information contained in this document is believed to be accurate at the time of publication,
however, Rootech Inc. assumes no responsibility for any errors which may appear here and
reserves the right to make changes without notice.
Limitation of Liability
Where applicable law allows and does not prohibit or restrict such limitation, the Rootech, Incs
liability for anything relating to this product shall be limited to the price paid for the product.
Page 5
Warranty
For products and software that are sold or licensed by Rootech Inc. during the period from the
date of receipt by you until the present, Rootech warrants only to the original purchaser.
The purchased products shall be substantially free from material defects in material and
workmanship by Rootech for two years from the date receipt by you.
The software itself is provided “as is” without any warranty of any kind.
In order for the original purchaser to make a claim under the warranties described above, the
original purchaser must promptly contact Rootech headquarter. After receiving such notice,
Rootech may either in Rootech’s sole discretion, examine the product at the original purchaser’s
site or issue shipping instructions to the original purchaser to return the relevant product to
Rootech for examination at the original purchaser’s expense, transportation charges prepaid.
If after examining the product Rootech reasonably confirms that such examined product does not
meet the warranties, then the original purchaser’s sole remedy and Rootech’s sole obligation or
liability shall be, at Rootech’s option, to repair, replace or refund the price paid for that product.
Limitation of Warranty
The Warranty does not apply to uninterrupted or error-free operation of the Product or cover
normal wear and tear of the product or costs caused by the removal, installation, or
troubleshooting of the customer's electrical systems.
The warranty claims for defects caused by any of the following factors are not covered.
Improper use(alteration, accident, misuse, abuse) or Failure to act in accordance with installation,
operation or maintenance instructions
Unauthorized modifications, changes or attempted repairs
Failure to comply with applicable safety standards & regulations
Damages when transporting or storing
Damages by force majeure, examples are(not necessarily limited): fire, flood, earthquakes, storm
damage, overvoltage & lightning
Page 6
If the original identify markings(trade-mark, serial number, etc) have been defaced, altered, or removed
Rootech shall not be liable for any other claim than a claim solely for the breach of one of the
above warranties that is made in accordance with the above described procedures- made by the
original purchaser, its employees, agents, or contractors for any loss, damage, or expense
incurred due to, caused by, or related to any purchased product.
Any technical assistance provided by Rootech's personnel or representatives in system design shall
be deemed to be a proposal and not a recommendation. The responsibility for determining the
feasibility of such proposals lies with the original purchaser and should be tested by the original
purchaser.
It is the original purchaser’s responsibility to determine the suitability of any product and
associated documentation for its purposes. The original purchaser acknowledges that 100% "up"
time is not realizable because of possible hardware or software defects. The original purchaser
recognizes that such defects and failures may cause inaccuracies or malfunctions.
Only the terms expressed in these limited Warranties shall apply and no distributor, corporation
or other entity, individual or employee of Rootech or any other entity is authorized to amend,
modify or extend the Warranties in any way.
Copyright © 2008, Rootech Inc.
Headquarter
102-611, Digital Empire2, Sinwon-ro 88,
Suwon, Korea
Tel : +82-31-695-7350 Fax : +82-31-695-7399
Homepage
www.rootech.com
E-mail
Page 7
Standard Compliance
CE Approved
EN61326 and IEC61010
Process Control Equipment
E324900
QMS-1347 KAB-QC-09
Page 8
Revision History
The following versions of the Accura 3500S Users Guide have been released.
Revision #
Revision date
Description
Revision 1.0 2008. 03. 05 Initial draft
Revision 1.1 2010. 10. 07 Voltage input rating adjusted
Revision 1.2 2015. 05. 12 Standard compliance updated
Revision 1.3 2016. 09. 05 Voltage wiring diagram updated
Revision 1.4 2017. 08. 07 IrDA deleted
Revision 1.5 2017. 09. 20 UL Certification code changed
Revision 1.6 2018. 01. 02 Notice, Warranty changed
Page 9
Contents
Chapter 1 Introduction ................................................................................................................................... 13
Overview ......................................................................................................................................................................................... 13
Power Measurements, Digital/Analog Input and Output Integration.................................................... 13
Accuracy, Power Quality ................................................................................................................................................ 13
CE/UL Safety and Reliability ........................................................................................................................................ 13
Easy Adding of Modules .............................................................................................................................................. 13
Features ........................................................................................................................................................................................... 14
Measurement ..................................................................................................................................................................... 14
Power Quality ..................................................................................................................................................................... 14
Basic Module ...................................................................................................................................................................... 14
Extension Module1 ........................................................................................................................................................... 14
Communication ................................................................................................................................................................. 14
Power Supply...................................................................................................................................................................... 15
Applications ................................................................................................................................................................................... 16
True RMS Measurements robust to harmonics ................................................................................................. 16
Power Quality Analysis .................................................................................................................................................. 16
Module Structure to adapt to different requirements in the field .......................................................... 16
Compatibility with Analog Meters ........................................................................................................................... 16
High Reliability Energy Management ..................................................................................................................... 16
Parameters ..................................................................................................................................................................................... 17
Chapter 2 Mounting ..................................................................................................................................... 18
Environmental Conditions ............................................................................................................................................ 18
Enclosure Considerations ............................................................................................................................................. 18
Before You Begin ........................................................................................................................................................................ 19
Meter Overview................................................................................................................................................................. 19
Meter Dimensions ............................................................................................................................................................ 20
Step 1: Mounting ..................................................................................................................................................................... 21
Sequence .............................................................................................................................................................................. 21
Step 2: Voltage and Current Inputs ................................................................................................................................ 22
Voltage Input ...................................................................................................................................................................... 22
Current Input ...................................................................................................................................................................... 23
Wiring Diagram Using External PTs ........................................................................................................................ 24
Direct Diagram Using No PTs .................................................................................................................................... 27
Step 3: Wire the RS485 Communication ........................................................................................................................ 30
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Step 4: Wire the Power Supply and Ground Terminal ............................................................................................. 31
Power Supply...................................................................................................................................................................... 31
Ground Terminal ............................................................................................................................................................... 31
Step 5: Add a Basic Module[DIO module] ..................................................................................................................... 32
Step 6: Wire a Basic Module ................................................................................................................................................. 33
DIO Module ........................................................................................................................................................................ 33
Step 7: Wire the Power Supply and Ground Terminal of a Basic module ..................................................... 35
Power Supply...................................................................................................................................................................... 35
Ground Terminal ............................................................................................................................................................... 35
Step 8: Add a Extension Module ..................................................................................................................................... 36
Step 9: Wire a Extension Module ....................................................................................................................................... 37
DI Module ............................................................................................................................................................................ 37
DO Module ......................................................................................................................................................................... 38
AI Module ............................................................................................................................................................................ 40
AO Module .......................................................................................................................................................................... 41
Step 10: Wire the Power Supply and Ground Terminal of a Exension module ........................................... 42
Power Supply...................................................................................................................................................................... 42
Ground Terminal ............................................................................................................................................................... 42
Step 11: Power Up the Meter ............................................................................................................................................ 43
Chapter 3 Meter Operation/Setup ............................................................................................................. 44
Display Mode ............................................................................................................................................................................... 45
Setup Mode .................................................................................................................................................................................. 51
Reset Mode ................................................................................................................................................................................... 53
System Mode ................................................................................................................................................................................ 54
Reactive Calculation Method...................................................................................................................................... 56
Module Mode .............................................................................................................................................................................. 58
Module Display Menu ................................................................................................................................................... 58
Module Setup Menu ...................................................................................................................................................... 60
APPENDIX A Standard Specification.......................................................................................................... 63
APPENDIX B Standard Compliance ............................................................................................................ 64
APPENDIX C Test Report ............................................................................................................................. 65
Measuring Test ............................................................................................................................................................................. 65
Reliability Test ............................................................................................................................................................................... 66
INDEX ................................................................................................................................................................. 67
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Figures
Fig 1.1 Front Side ............................................................................................................................................................. 19
Fig 1.2 Rear Side ............................................................................................................................................................... 19
Fig 1.3 Basic Module[DIO Module] Rear Side ................................................................................................... 19
Fig 1.4 Front View ............................................................................................................................................................ 20
Fig 1.5 Rear View.............................................................................................................................................................. 20
Fig 1.6 Side View .............................................................................................................................................................. 20
Fig 1.7 Side View[one extension module can be added as option when ordering] ...................... 20
Fig 1.8 ANSI 4 .................................................................................................................................................................. 21
Fig 1.9 DIN96 ..................................................................................................................................................................... 21
Fig 1.10 Voltage and Current Connector ............................................................................................................. 22
Fig 1.11 Single Phase 2 Wires, Wiring Mode = 1P2U ................................................................................... 24
Fig 1.12 Three Phase 3 Wire Open Delta Using 2CTs, Wiring Mode = 3P3O ................................... 25
Fig 1.13 Three Phase 3 Wire Open Delta Using 3CTs, Wiring Mode = 3P3O ................................... 25
Fig 1.14 Three Phase 4 Wires Using 3 PTs and 3 CTs, Wiring Mode = 3P4U ................................... 26
Fig 1.15 Single Phase 2 Wire Direct , Wiring Mode = 1P2U ..................................................................... 27
Fig 1.16 Single Phase 3 Wire Direct Using 2 CTs, Wiring Mode = 1P3U ............................................ 28
Fig 1.17 Three Phase 3 Wire Open Delta Direct, Wiring Mode = 3P3O .............................................. 28
Fig 1.18 Three Phase 3 Wire Open Delta Direct Using 3 CTs, Wiring Mode = 3P3O ................... 29
Fig 1.19 Three Phase 4 Wire Direct Using 3 CTs, Wiring Mode = 3P4U ............................................. 29
Fig 1.20 Communication Wiring ............................................................................................................................... 30
Fig 1.21 Wiring of Power Supply and Ground Terminal ............................................................................... 31
Fig 1.22 Adding of a Basic Module......................................................................................................................... 32
Fig 1.23 DIO Module ...................................................................................................................................................... 33
Fig 1.24 Digital Input...................................................................................................................................................... 33
Fig 1.25 DC Relay application .................................................................................................................................... 34
Fig 1.26 AC Relay application .................................................................................................................................... 34
Fig 1.27 Wiring of Power Supply and Ground Terminal of a Basic module ....................................... 35
Fig 1.28 adding of a extension module ................................................................................................................ 36
Fig 1.29 DI Module ......................................................................................................................................................... 37
Fig 1.30 Digital Input...................................................................................................................................................... 38
Fig 1.31 DO Module ....................................................................................................................................................... 38
Fig 1.32 DC Relay application .................................................................................................................................... 39
Fig 1.33 AC Relay application .................................................................................................................................... 39
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Fig 1.34 AI Module .......................................................................................................................................................... 40
Fig 1.35 Analog Input .................................................................................................................................................... 40
Fig 1.36 AO Module ....................................................................................................................................................... 41
Fig 1.37 Analog Output ................................................................................................................................................ 41
Fig 1.38 Wiring of Power Supply and Ground Terminal of a Extension module .............................. 42
Fig 2.1 Measurement Group A, B ............................................................................................................................ 45
Fig 2.2 Measurement Group C .................................................................................................................................. 45
Fig 2.3 Measurement Group D .................................................................................................................................. 45
Fig 2.4 x1000, x10 LED .................................................................................................................................................. 46
Fig 2.5 P, Q[according to general calculation] ................................................................................................... 56
Fig 2.6 DIO module channel information ............................................................................................................ 59
Fig 2.7 DI module channel information ................................................................................................................ 59
Fig 2.8 DO module channel information ............................................................................................................. 59
Fig 2.9 AI module channel information ............................................................................................................... 59
Fig 2.10 AO module channel information .......................................................................................................... 59
Fig 2.11 DIO module digital output channel 1 setup .................................................................................... 62
Fig 2.12 DIO module digital output channel 2 setup .................................................................................... 62
Fig 2.13 DO module digital output channel 1 setup .................................................................................... 62
Fig 2.14 DO module digital output channel 2 setup .................................................................................... 62
Fig 2.15 DO module digital output channel 3 setup .................................................................................... 62
Fig 2.16 DO module digital output channel 4 setup .................................................................................... 62
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Chapter 1 Introduction
Overview
Power Measurements, Digital/Analog Input and Output Integration
Accura 3500S is a high accuracy digital power meter, suited to power measurements and
digital/analog input and output. This enables customers to easily meet a variety of digital/analog
requirements in the field, remarkably cutting down expenses of customers to additionally purchase
separate RTU products in existing management system. The device is applied to applications, such
as electrical facilities, intelligent building system, factory and etc.
Accuracy, Power Quality
The measuring accuracy is the most important criterion to evaluate the reliability of energy
management system. Actually low accuracy makes it hard for customers to precisely manage
energy, causing inequality of energy between incoming feeder and sum of load sides. Accura
3500S makes ±0.2% high accuracy measurements for voltage and current, and conforms to
IEC62053-22 class 0.5S for power and energy. This makes it possible to solve the problem with
energy inequality. Furthermore the device provides the information of power qualities, such as
voltage/current THD, harmonic analysis, and k factor.
CE/UL Safety and Reliability
The structure- framework, circuit, fire - of Accura 3500S conforms to safety standard,
CE[IEC61010], UL[UL61010-1, 2nd edition]. Particularly the device provides pass-through busbar,
allowing CT leads to be terminated on the device. This eliminates any possible point of failure at
the device. And optic interface between meter and module essentially disturbs danger of the
existing electrical contacts.
Easy Adding of Modules
Easy adding of modules to rear side of meter provides customized extension of function to flexibly
meet a variety of applications. Accura 3500S has a basic module, called DIO module, and an
extension module, one of digital input, digital output, analog input, and analog output modules.
the extension module is selected as an option when ordering.
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Features
Measurement
64 Sampling/Cycle True RMS
IEC 62053-22 Class 0.5S
50, 60Hz
Energy stored periodically to non-volatile memory.
4 Quadrant Energy
kWh/kVARh received1, kWh/kVARh delivered1
kWh/kVARh net[kWh/kVARh received - kWh/kVARh delivered]
kWh/kVARh total[kWh/kVARh received + kWh/kVARh delivered]
Phase voltage, line to line voltage, current
Active power, reactive power, active energy, reactive energy, power factor, frequency
Fundamental component, True RMS of current
4 Quadrant Power
Demand, peak demand
Maximum, Minimum
1kWh/kVARh received is positive for view as load, kWh/kVARh
delivered is positive for view as generator.
Power Quality
Voltage/current THD
Harmonic Analysis
K factor
It is available only on RS485 communication.
Basic Module
DIO Module: Digital Input/output, 8/2 channels
Extension Module1
DI Module: Digital Input 12 channels
DO Module: Digital Output 4 channels
AI Module: Analog Input 6 channels
AO Module: Analog Output 6 channels
1Only one module to be chosen as option when ordering.
Communication
Page 15
RS485 Port[rear]
Modbus RTU Protocol
Baudrate: 1,200 ~ 57,600bps
Power Supply
AC 85 ~ 265V, 50/60Hz
DC 100 ~ 300V
Burden: 10VA
Page 16
Applications
True RMS Measurements robust to harmonics
Most of energy environments consist of nonlinear loads, such as industrial load, rectifier, power
electronic device, electric furnace and etc. this causes fatal distortion of voltage and current
waveforms. Accura 3500S makes high accuracy True RMS measurements for voltage and current
distorted with harmonics.
Power Quality Analysis
Accura 3500S provides k factor, analysis of voltage and current up to 31st harmonic, and realtime
waveform of voltage and current.
Module Structure to adapt to different requirements in the field
Easy adding of modules to rear side of meter provides customized extension capability to flexibly
meet a variety of applications. In the case of the existing IBS, DDC panel concentrates all of
input/output wiring, decreasing economical efficiency and reliability of the overall system. Accura
3500S easily replaces the existing DDC panel, building the optimal IBS system.
Compatibility with Analog Meters
Accura 3500S mounts directly in ANSI C39.1[4” Round] or DIN 96. this is perfect for new
installations and for existing panels. In new installations, simply use existing DIN or ANSI punches.
For existing panels, pull out old analog meters and fit the device in its cutout.
High Reliability Energy Management
The most important point to evaluate the overall data reliability of energy management is the
accuracy of meters. Accura 3500S makes ±0.2% high accuracy measurements for voltage and
current, and conforms to IEC62053-22 class 0.5S for power and energy. Energy management
gives customers various services, monitoring, cost curtailment, demand, energy planning, and etc.
Page 17
Parameters
Realtime
1
Average
2
Total
3
Maximum
4
Minimum
5
Phase voltage
Line to line voltage
Current
Power Active
Reactive
Apparent
Energy6 Active
Reactive
Apparent
Frequency
Power factor
THD Voltage
Current
Demand Power
Current
1Instaneous measuring. 2Average of three phase parameters. 3Total sum of three phase parameters.
4If realtime measurements exceed maximums, the maximums will be updated.
5If realtime measurements is less than minimums, the minimums will be updated.
6Energy is periodically stored to non-volatile memory.
It is available only on RS485 communication.
Note
The Maximums and minimums will not be updated with no power-up.
All of the measurements are not shown for 5 seconds after power-up.
Page 18
Chapter 2 Mounting
Environmental Conditions
The Accura 3500S should be mounted in a dry, dirt free location away from heat sources and very
high electric fields. To operate properly and effectively, environmental conditions should range
within the following guidelines
Items Acceptable Range
Position Indoor use
Operating Temp -20 ~ 70°C[-4 ~ 158]
Storage Temp -40 ~ 85°C[-40 ~ 185]
Operating Humidity 5 ~ 95% Non condensing
Enclosure Considerations
The enclosure the Accura 3500S is mounted in (typically a switchgear cabinet) should protect the
device from atmospheric contaminants such as oil, moisture, dust, and corrosive vapors, or other
harmful airborne substances. The mounting enclosure should be positioned such that the doors
may be opened fully for easy access to the Accura 3500S wiring and related components to allow
for convenient troubleshooting.
Warning
The meter s
hould be installed in a switchgear cabinet or similar enclosure to ensure the terminal
strips on the meter base are not user accessible after installation.
Mount the meter in a dry location free from dirt and corrosive vapors. Once installed, no cleaning
of the device is necessary.
Page 19
Before You Begin
Before installing the meter, observe the instructions in this guide and read the safety precautions
presented on the Installation Considerations page.
Danger
Power up after the voltage and current wiring is completed.
Meter Overview
Fig 1.1 Front Side Fig 1.2 Rear Side
Fig 1.3 Basic Module[DIO Module] Rear Side
Page 20
Meter Dimensions
Fig 1.4 Front View Fig 1.5 Rear View
Fig 1.6 Side View Fig 1.7 Side View[one extension module can be added as
option when ordering]
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ROOTECH ACCURA 3500S User guide

Category
Measuring, testing & control
Type
User guide

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