Print products CIGRE-2014

SOLUTIONS FOR POWER SYSTEMS2014-2015

2

www.prosoftsystems.com

Dear colleagues, we are excited to introduce new Prosoft-Systems product catalog. Besides very well known

products and their description, you will find description of complex solutions we are able to provide.

Main purpose of every and each contemporary utility is not only to provide electric power supply of its

Customers, but to make it affordable and financially attractive. This is the reason for us to develop the most

contemporary technologies and products, which are capable of fulfilling the strictest requirements of Customers.

Our innovative solutions include:

• combination of relay protection power line carrier station and signal transmission unit

in a single device – AVANT RZSK;

• combination of revenue metering and remote control functionalities in ARIS MT series devices;

• expansion of system integrity protection scheme devices, including MKPA-2, TPA and other products.

Besides that, this catalog includes overview of the products that support synchrophasor functionality and

IEC 61850 standard. We hope that you will feel more comfortable, browsing through our product range, and that

products themselves will be essential and helpful for your business.

Faithfully yours,

Alexander Rasputin

CEO

Prosoft-Systems

4 SOLUTIONS FOR POWER SYSTEMS

5

Prosoft-Systems is a rapidly developing and innovating engineering

company, which offers project development, automation equipment and

systems development, production and supply services for companies,

operating in electric power energy, oil and gas, metallurgy and other

industrial sectors.

Wide range of services, that can be provided by the company, allows

to fulfill all Customers requirements and to implement truly unique

solutions: starting from project development phase up to production

and supply of single products and systems and ending up with complex

solutions.

Highly-qualified technical personnel, contemporary production,

testing and training facilities provide Prosoft-Systems with capability to

implement projects of any difficulty.

ABOUTTHE COMPANY

Founded in 1995.

Personnel: 450.

Headquarters:

Ekaterinburg, Russian Federation.

Offices:

Moscow,

Minsk (Republic of Belarus),

Tashkent (Republic of Uzbekistan).

Production facilities:

overall area exceeds 3500 m2.

Certified testing and calibration laboratories.

Training center.

Quality management system:

ISO 9001:2008 compliant.

SOLUTIONS FOR POWER SYSTEMS

7

Prosoft-Systems appreciates Customer’s trust a lot. Through the years of operation, company

formed set of principles. Following them, company establishes reliable and stable relations with

Customers and Partners. These principles include:

• Prosoft-Systems offers both individual products and COMPLEX SOLUTIONS.

• Prosoft-Systems provides COMPLETE SET of services.

• Prosoft-Systems possesses all the needed resources to provide TURN-KEY solutions.

• Prosoft-Systems has all required CERTIFICATES AND LICENCES for equipment production

and for performing all kinds of works.

• Prosoft-Systems assures QUALITY of the produced equipment at all development

and production stages.

• Prosoft-Systems follows all requirements when providing services and

TAKES RESPONSIBILITY for the quality of provided services.

Equipment and solutions, provided by Prosoft-Systems, successfully operate

in Russia and aboard, including CIS countries.

RELATIONS WITH CUSTOMERS

List of implementations is

constantly updated.

Actual one is available at

Prosoft-Systems official

web-site:


Among Prosoft-System Customers are the

following companies:

• FGC UES (Russian Grids),

• Interregional distribution grid companies

Holding (Russian Grids),

• Rosenergoatom Concern,

• Transneft,

• RusHydro,

• INTER RAO UES,

• Gazprom,

• Rosneft,

• Wholesale market electricity and heat

production companies (OGK),

• Tatenergo,

• Territorial generation companies (TGK),

• RAO Energy system of East,

• Belenergo,

• NPC Ukrenergo,

• Uzbekenergo,

• Azerenergy,

• KEGOC,

• Lukoil,

• EVRAZ Holding,

• NLMK,

• SIBUR Holding,

• UMMC Holding,

• MMK

• and many others.


9

PARTICIPATIONIN INTERNATIONAL ORGANIZATIONS

Prosoft-Systems is a member of the main international organizations which support open technologies

and standards. This allows to develop prospective products, establish and maintain mutually beneficial

coopeation with foreign expert organizations, participate in standards development process.

• CIGRE,

• OPC Foundation,

• UCA International Users Group,

• EtherCAT Technology Group.


10

№ Description Reference standard

1 Electrostatic discharge (ESD) IEC 61000-4-2-2008

2 Burst (Fast Transient) IEC 61000-4-4-2004

3 Surge IEC 61000-4-5-95

4 Induced (Conducted) RFI IEC 61000-4-6-96

5 Voltage Dips and Interrupts (AC Power Supply) IEC 61000-4-11-94

6 Damped Oscillatory IEC 61000-4-12-97

7 Harmonics and interharmonics including mains signalling at AC power por t, low frequency IEC 61000-4-13-2002

8 Voltage fluctuation IEC 61000-4-14-99

9 Mains Frequency Voltage IEC 61000-4-16-98

10 Ripple on DC Power Supply IEC 61000-4-17-99

11 Variation of power frequency IEC 61000-4-28-99

12 Voltage Dips and Interrupts (DC Power Supply) IEC 61000-4-29-2000

13 Magnetic Field IEC 61000-4-8-93

14 Pulse magnetic field IEC 61000-4-9-93

15 Damped Oscillatory Magnetic Field IEC 61000-4-10-93

16 Surge currents GOST R 50746-2000

17 Short time AC inter ferences in protection grounding circuits GOST R 50746-2000

18 Dielectric Strength IEC 60255-5-77

BASIC EMI TESTS CONDUCTED


11

TESTING LABORATORY

This lab is accredited by Federal Agency on

Technical Regulating and Metrology. It conducts

certification, periodic, type, qualification and

research testing of the produced equipment,

including:

• EMI tests,

• Environmental tests,

• Safety tests.

All testing procedures comply with national

and international standards.

This laboratory includes the most up-to-

date equipment of both Russian and foreign

manufacturers.

The laboratory includes:

• EMI testing facility (where 18 types of tests

are performed);

• Environmental testing facility (tests are

carried out in wide temperature range:

-70…+180ºC; at humidity level of 98% for

positive temperatures; in 14 m2 volume).

CALIBRATION LABORATORY

This lab is accredited by Federal Service

of Accreditation. Calibration laboratory has all

the necessary reference equipment to perform

calibration testing. All tests performed comply

with normative documents that define methods

and requirements for calibration testing. This

assures high quality of testing procedures.

Every single reference equipment is calibrated

according to the schedule.

Calibration lab performs initial (prior to

commissioning and after recovery) as well

as periodic testing of measurement devices

produced.

Lab operates according to requirements of:

• Federal law 102-FL (dated 26.06.2008),

“Regarding measurements unity provision”.

• Federal law 184-FL (dated 27.12.2002),

“Regarding technical regulation”.

• GOST ISO/IEC 17025-2009, “General

requirements for the competence of testing and

calibration laboratories”.

TESTING AND CALIBRATION LABORATORIES

Staff, operating testing

lab, successfully

participated in training

courses in State Marine

Technical University of

St. Petersburg (SMTU).

Staff, operating

calibration lab,

successfully participated

in training courses in

accordance with Order

50.2.012-94,

“Governmental

measurements

unity provision

system. Procedures

for certification of

measurement devices

calibration laboratories”.

Prosoft-Systems owns contemporary testing and calibration laboratories and this allows to perform

testing of produced equipment in compliance with up-to-date standards. This also allows to reduce

products net cost and production time.


13SOLUTIONS FOR POWER SYSTEMS

PRODUCTION FACILITIES

Production facilities:

more than 3500 m2

Prosoft-Systems

production facilities

offer complete range of

services and wide range

of capabilities.

Prosoft-Systems has impressive and rapidly improving production facilities. The most

comprehensive equipment is located on more than 3500 m2. Set of production equipment is improving

every year, with new technologies and innovations being introduced.

Prosoft-Systems production facilities offer wide range of capabilities, making it possible to end

up with the ready to use products. Our staff is able to fulfill the requirements of any production order

(starting from simple devices to comprehensive electrotechnical equipment) - either single unit or

series production.

Production facilities include:

• design department;

• mechanic department;

• printed circuit boards assembly department;

• testing and tuning department;

• technical supervision group.

Increasing technical capabilities and qualification of the team guarantee high flexibility of the

process and allow to diversify product range. Currently Prosoft-Systems produces more than 50

devices of different modifications.

Prosoft-Systems has all the needed licenses and certificates on products produced and operations

implemented. Every stage of the process is accompanied by strict quality assurance and test

procedures. Stability and high-level indicators are the basis of our production process and proof of its

significant culture.

Our advantages:

• ability to implement production orders of any difficulty;

• high quality of produced equipment;

• affordable prices;

• short production time.

Nowadays Prosoft-Systems continues to tame new technologies with the aim to optimize

production procedures. This makes us a reliable partner for our Customers and guarantees stable and

effective work.


Production activities are licensed, produced products have compliance certificates

of different certification laboratories, measurement devices are included in State register

of approved measurement instruments of Russian Federation and CIS countries.

• Self-Regulating Organization and Non-Commercial Partnership

“EnergoStroiAllianz Group of Construction Organizations” license, granting rights

to perform works at hazardous facilities.

• Self-Regulating Organization and Non-Commercial Partnership “Energoproekt”

license granting rights to perform project development for hazardous facilities.

• ATS JSC certification, granting rights for preproject examination, project

development, equipment production, assembly and commissioning activities at

electric energy revenue metering facilities.

• License, granting rights for assembly and commissioning of control and governing

systems of trunk pipelines.

• Rostechnadzor licenses, granting rights to supply equipment on existing and

newly introduced nuclear power stations.

• Federal Agency on Technical Regulating and Metrology, Enсertico and

Gazpromсert products approval certificates (compliance with safety and EMI

standards).

• Measurement instruments approval certificates.

• Measurement instruments production license.

• CIS countries measurement instruments approval and compliance certificates

(Ukraine, Belarus, Kazakhstan, Uzbekistan).

• FGC UES conclusion on applicability at electric power facilities.

• Company holds trademarks on several products.

LICENSES AND CERTIFICATES

Complete list of

certificates and licenses

is available at company’s

website:



Controllers

and devices

• TPA-01 Special Integrity Protection Scheme IED ...........18

• TPA-02 PMU Phasor Measurement Unit ..........................20

• AVANT RZSK Relay Protection Commands

and Signals Transceiver ....................................................22

• ARIS C303/302/303.1 bay controllers .............................24

• ARIS C304 bay controller..................................................28

• ARIS EM digital multifunction electric energy

meter with IEC 61850-9-2LE interface .............................30

• ARIS MT200 multifunction controller ..............................32



18

CONTROLLERSAND DEVICES


Key functions • automatic load shedding;

• rate of change of frequency protection (ROCOF);

• frequency-controlled automatic reclosing;

• automatic voltage decrease prevention;

• automatic reclosing;

• motor stall protection (df/dt decrease blocking).

AC parameters (RMS) • input voltage measurement limit 100; 200 V

• input current measurement limit 5; 10; 20; 50 A

Key technical characteristics• permissible current/voltage normalized measurement error not more that ±0.4%

• permissible frequency absolute measurement error not more than ±0.02 Hz

• permissible phase shift absolute measurement value not more than ±1º

• number of analog inputs 8

• input signals frequency measurement range 45…55 Hz

• phase shift measurement range (single- or three-phase network) 0…360О

• time synchronization error not more than 1 ms

• number of binary inputs/outputs 36

Additional features • fault recording;

• self-supervision;

• control operation blocking/release switch;

• USB flash drive support.

Communication protocols • IEC 60870-5-104;

• IEC 61850 GOOSE;

• IEC 61850 MMS.

Power supply • 120-370 VDC and 85-265 VAC

Dimensions • 260x270x266 mm (DxWxH), 6U enclosure (Euromechanics)

Operating temperature • +1... +50 °С

Software for the development

of user-defined algorithms

• Softconstructor software package

TPA�01

Special Integrity Protection Scheme IED

TPA-01 is designed to supervise electric power system regimes and to control electrical

network components according to predefined algorithms. TPA-01 application scope –

protection and automation systems, measurement and control in 110/35/10 kV substations.

19



TPA�01 mounting dimensions

265.

900

238.5

255.5

ТПА-01

269,2

236,0

269,2255,5

26

5,9

236

238,5


Key functions • current and voltage measurement;

• current phase angle calculation (per phase);

• voltage phase angle calculation (per phase);

• line frequency calculation;

• frequency rate of change calculation;

• data transmission over C37.118 protocol;

• generator excitation system current

and voltage measurement;

• time synchronization using precise time GLONASS/

GPS signals.

AC parameters (RMS)

• AC parameters (RMS)• input voltage measurement limit 100; 200 V;

• input current measurement limit 5; 10;

• permissible current/voltage normalized measurement error not more that ±0.2%;

• input signals frequency measurement range 45…55 Hz;

• permissible frequency absolute measurement error not more than ±0.001;

• permissible phase shift absolute measurement value not more than ±0.1º;

• time synchronization error not more than 1 ms;

• number of voltage measurement channels 3

• number of current measurement channels 3

• number of generator excitation system voltage measurement channels 11

• number of generator excitation system current measurement channels 11

• power supply 120-370 VDC and 85-265 VAC

• dimensions 260x270x266 mm (DxWxH), 6U enclosure (Euromechanics)

Additional features • fault recording;

• alarm indication;

• self-supervision;

• integrated web-interface.

Communication modules• 2 x Ethernet 10/100 Base-Tx/Fx

Communication protocols • С37-118.2-2011;

• IEC 61850-8-1(MMS);

• IEC 61850-9-2 LE (SV);

• IEC 60870-5-104;

• FTP;

• proprietary communication protocols.

Operating temperature • +1... +50 °С

TPA�02 PMU

Phasor Measurement Unit

TPA-02 PMU is a complex solution for synchrophasor applications,

fully compliant with contemporary requirements. Complex includes Phasor

measurement unit, generator excitation parameters measurement device and

phasor data concentrator.

Up-to-date this synchrophasor measurement solution is installed at 5

facilities. Total number of installed PMUs is 42, 20 of which are installed at

power stations with 11 GW total capacity.

* Implemented using UNC-2 device.



TPA�02 PMU mounting dimensions

265.

900

238.5

255.5269,2

236,0

ТПА-02




AVANT RZSK Relay Protection

Commands and Signals Transceiver

Key functions • transmission and reception of relay protection

commands and signals over electric power lines with

two and three terminals;

• transmission of up to 4 commands in each direction

simultaneously with relay protection signal;

• transmission of up to 8 commands in each channel

direction without relay protection signal transmission;

• half-duplex service communication between

line terminals during power line carrier channel

commissioning;

• service device for power line carrier protections

commissioning.

Data exchange • data exchange with pickup and tripping elements

of relays (phase-comparison relay, directional

protection), based on:

• electromechanical relays;

• semi-conductors;

• microprocessor-based technology.

Key technical characteristics • operating frequency range 24 – 1000 kHz

• rated frequency bandfor lines with two terminals: 4 kHz;

for lines with three terminals: 8 kHz.

• high-frequency signal rated level at device output

24…300 kHz 46 dBm (40 W)

300…600 kHz 45 dBm (30 W)

600…1000 kHz 43 dBm (20 W)

• commands transmission level 12 dB lower than protection signals transmission level

• receiver sensitivityrelay protection signals: -15 dBm

commands: -20 dBm

• command transmission voltage 220, 110 V

• command duration 30…100 ms and with tracking capability

• received command reset delay 0…1000 ms

• rated transmission time of blocking/permissive signals 22 мс

• rated transmission time of phase comparison relay

signals22…28 ms

• false command reception probability 10-6

• missed command probability 10-4

• contact initiation 24 V

• immediate initiation 5…100 V

• logical initiation 15/2 V

• closedown 24 V

• manipulation voltage 5…130 V

• output current 0/20 A

• output voltage 15/1 V

• consumed power 120 W

• EMI GOST R 1317.6.5-2006 compliant

AVANT RZSK is designed for protection signals and binary

commands power line communication implementation on 110-750 kV

lines.



Key features • designated frequency band is used for transmission in

each direction. Bands position is adjacent, with width

of each – 2 kHz, resulting band width for lines with two

terminals is 4 kHz, for lines with three terminals is 8 kHz;

• frequency adjustment in whole operating range with out

additional modules;

• attenuation margin constant monitoring;

• receiver sensitivity adjustment and warning signaling

threshold setting using integrated display or

PC with 1 dB accuracy;

• impulse overlapping control in phase-comparison

relay operating mode;

• rising and falling edge position control at reception

from its own and remote transmission device in

phase-comparison relay operating mode;

• signal line propagation time compensation control in

phase-comparison relay operating mode to eliminate

phase characteristic asymmetry;

• main modules interchangeability with AVANT R400

and AVANT K400.

Application examples • protection devices signals transmission;

• protection and special integrity scheme devices

commands transmission;

• backup protection permissive signals transmission

(in addition to signals, transmitted by main protection);

• usage of main protection channel to transmit system

integrity protection scheme devices commands

(automated voltage limitation, breaker failure

protection, asynchronous mode automatic elimination,

automatic reclosing, load shedding, etc.);

• main protection redundancy at double-circuit lines

with cross transmission of permissive signals over

parallel channels;

• duplication of relay protection commands;

• at lines with three terminals with protection installed

at each terminal or at only two terminals with

communication of remote tripping signals with tap

substation.

Modifications

modification is chosen

at project development

and ordering stage

• protection signals transceiver;

• protection signals and 4 commands transceiver over

lines with two terminals in both directions;

• protection signals and 4 commands transceiver over

lines with three terminals in all directions;

• 8 commands transceiver over lines with two terminals

in both directions;

• 8 commands transceiver over lines with three

terminals in all directions;

• 8 commands transmission/reception device as an

alternative to traditional signals and commands

transmission devices.

Approvals • AVANT RZSK transceiver is certified and recommended for application in FGC UES and Interregional distribution

grid companies Holding electrical networks.

Certificates • Federal Agency on Technical Regulating and Metrology certificate, proving AVANT RZSK (series production)

compliance with ROSS RU.AYA55.N06194 No 0175749 requirements.

Power supply • 150..270 VDC

Operating temperature • 0 ...+ 45 oC

302,0

482,0

26

6.7

465,0

19

0,0

AVANT RZSK mounting dimensions


Key functions • measurement and calculation of more than 80

secondary electrical parameters of three-phase

four-wire network;

• reception of up to four IEC 61850-9-2LE streams

(80 samples/cycle or 256 samples/cycle);

• input of binary signals (24 VDC or 220 VDC/VAC);

• processing of double position signals;

• output of binary and control signals

(24 VDC or 220 VDC/VAC);

• input of standard current and voltage analog signals;

• execution of user-defined algorithms, interlocking

algorithms;

• data exchange with other devices using digital

communication protocols;

• electrical parameters calculation according to

EN 50160:2010 standard;

• electrical energy technical metering;

• assignment of timestamps with an accuracy of 1 ms;

• data archiving (analog and binary signals);

• event log administration and display;

• operation as NTP-server;

• display of mimic diagrams at bay controller display;

• display of electrical network parameters and power

quality parameters at bay controller display;

• fault recording COMTRADE format.

Key features • processing of up to 1000 tags per second;

• processing of up to 100 algorithms;

• integrated real-time clock and GPS / GLONASS receiver

(option);

• time synchronization from NTP, PPS, PTP clocks;

• PRP redundancy protocol support;

• has no fans or any other moving parts;

• real-time operating system QNX 6.5;

• transmission of independent data sets in 10 directions

according to IEC 61850-8-1 (MMS),

IEC 60870-5- 101/104.

Number of available

expansion slots

in bay controllers

• ARIS C303 – 14 expansion slots;

• ARIS C303 – 6 expansion slots;

• ARIS C303.1 – 12 expansion slots.

Additional features • alarm signaling and self-supervision;

• 5,7’’ LCD-screen;

• 12-key keyboard;

• control operation blocking/release switch;



Power quality • generation of ready to use daily reports on power quality

parameters according to EN 50160: 2010 requirements;

• power quality measurement according to

IEC 61000-4-30, class S;

• harmonics and interharmonics calculation

according to IEC 61000-4-7 requirements.

I/O modules • direct input of measurement circuits 1/5 A, 100 V

3 CTs/3 VTs (4 CTs/4 VTs), accuracy class – 0.2;

• direct input of measuring circuits 150 A, 100 V

3 CTs/3 VTs (4 CTs/4 VTs), accuracy class – 1;

• digital measurements input according to

IEC 61850-9-2 (SV), accuracy class – 0.001;

• 8 or 15 binary input channels


• 8 binary output channels or 4 remote control objects


• input of signals from sensors with standardized analog

current (range: -20…+20 mA) or voltage

(range: -10…+10 V) output.

Communication modules • 2 х 100-BaseTx/Fx for process bus;

• 2 х 100-BaseTx/Fx for station bus;

• 4 x Ethernet 10/100/1000 Base-Tx/Fx;

• 4 х RS-232 or 8 х RS-485.

ARIS C303/302/303.1 bay controllers

Modular design project specific bay controllers are designed for single

bay or multiple bays equipment monitoring and control. They provide

direct data input of signals from current and voltage transformers,

of binary input signals, of normalized analog signals and output of binary

and control signals. Bay controllers are used in substation process control

systems, data acquisition and transmission systems, technological data

acquisition and transmission systems, etc.



Communicationprotocols

• IEC 61850-8-1 (MMS and GOOSE);

• IEC 61850-9-2 LE (SV);

• IEC 60870-5-101;

• IEC 60870-5-104;

• IEC 60870-5-103;

• Modbus (RTU/ASCII/TCP);

• SPA;

• START;

• https, FTP;


Power supply • 120-370 VDC and 85-265 VAC; • 18-36 VDC.

Dimensions • 3U enclosure (Euromechanics);

• ARIS C303: 483x242x134 mm (DxWxH);

• ARIS C302: 269x242x134 mm (DxWxH);

• ARIS C303.1: 483x242x134 mm (DxWxH).

Operating temperature • -40 – +55 °C

Visualization of

single-line diagrams

in online mode

Single-line diagram displayed

on ARIS C30x LCD screen

ARIS C30x series bay controllers are equipped with LCD-screens that allow you to create and display animated

single-line diagrams. With this feature user may visualize current status of switchgear equipment, blocking signals

and switches, perform local and remote bay control procedures in real-time and introduce other signals.

Single-line diagrams are visualized on ARIS C30x bay controller screen and they are available for editing via

corresponding menu of web-interface.

FBD-based user-

defined algorithms

Algorithm implementation example

in bay controller ARIS C30x

ARIS C30x has built-in logic development tools. These tools may be used to create logical and calculation diagrams

of any difficulty. For example, user may create interlocking, logic processing and user-defined calculation diagrams.

For this purpose, ARIS C30x firmware includes a runtime system for applications developed using FBD (Function

Block Diagrams) language. FBD allows users to develop complex procedures, containing different standard library

components (arithmetical, trigonometrical, logic control components, PID regulator, etc.). FBD complies with IEC 61131-3

standard, developed by International Electrotechnical Commission in 1992, defining PLC programming languages.

FBD is based on structural programming methodology which allows users to describe automated process in easy and

comprehensive way. User-defined functions may cover procedures and algorithms not included in a standard package.

FBD-based user-defined algorithms are loaded in ARIS C30x bay controller as an executable file. Modification

of algorithm logic in bay controller is not possible, binding of bay controller input and output signals is only possible.

Besides binding and processing of bay controller physical signals, it is also possible to process data/signals quality

attributes.

Environment for development


Algorithm development example

in Soft Constructor

Delivery package includes advanced FBD development tool - Soft Constructor. Soft Constructor user interface is

a window-based interface with graphical editor and standard algorithms library. Debugging mode allows to simulate

algorithm operation with supervision of variables’ status and execution flow.

Fault recording

ARIS C30x waveform example

ARIS C30x is capable of waveform recording of both analog signals from CTs/VTs and binary signals,

implementing fault recording device functionality. Recorded waveforms are stored in COMTRADE format and

can be transferred to the upper levels of the system.



ARIS C303 and ARIS C303.1 bay controllers

mounting dimensions

4x 6,5

135,2

450,00

58,0

039,0

0

7,55

482,6

58,0

465,1

133,18

38,0

448,0

242,0

15,9

Panel cutout dimensions for ARIS C303 and ARIS C303.1 bay controllers



ARIS C302

269,0

251,0

38

,05

8,0

15

,9

13

3,1

8

13

5,2

39

,05

8,0

7,75

236,0

234,0

4x 6,5

242,0

ARIS C302 mounting dimensions

Panel cutout dimensions for ARIS C302 bay controller



ARIS C304 bay controller

Bay controller is designed for implementation of 6-35 kV bays complex monitoring and

control functionality. It provides direct input of signals from CTs/VTs, input of binary signals,

generation of remote control and interlocking signals, integration of protection IEDs. It also

implements measurement transducer, electric power meter, power quality monitoring and

communication device functions. ARIS C304 may operate in stand-alone mode as well as a part

of process control systems.

Key functions • measurement and calculation of more than 80


four-wire network;

• electric energy metering;

• input of binary signals (24 VDC or 220 VDC/VAC);

• processing of double position signals;

• output of binary and control signals


• input of normalized current and voltage analog signals;


algorithms;

• data exchange with other devices using digital


• power quality parameters calculation according

to EN 50160: 2010 standard;

• timestamping with an accuracy of 1 ms;

• data archiving (analog and binary signals);

• event log administration and display;


• display of mimic diagrams at bay controller display;

• display of electrical network parameters and power

quality parameters at bay controller display;

• fault recording COMTRADE format.

Key features • processing of up to 1000 tags per second;


• integrated real-time clock and GPS / GLONASS receiver

(option);

• time synchronization over NTP;



• real-time operating system QNX 6.5;

• transmission of independent data sets in 10 directions

according to IEC 61850-8-1 (MMS);

• IEC 60870-5- 101/104 support.

Electric energy metering • multi-tariff active and reactive electrical energy

metering (direct/reverse) and four-quadrant reactive

energy metering;

• tariff-free energy metering, taking into account active

and reactive power losses in electric power lines and in

power transformers;

• active energy metering accuracy class - 0.2S;

reactive energy metering accuracy class - 0.5;

• generation and management of 3 independent load

profile arrays (energy, power) with different averaging

intervals (1 - 60 minutes) with storage duration of

up to 150 days;

• billing: 8 tariffs, 12 seasons and 8 types of days.

Power quality • generation of ready to use daily reports on power quality

parameters according to EN 50160: 2010 requirements;

• power quality measurement according

to IEC 61000-4-30, class S;

• harmonics and interharmonics calculation according to

IEC 61000-4-7 requirements;

• curve form real-time monitoring, 6 channel

simultaneous recording for 4 power frequency periods.


• integrated web-interface;

• detachable HMI, including:

• 5,7" LCD-screen;


• control operation blocking/release switch.

I/O modules • direct input of measurement circuits 1/5 A, 100 V 3

CTs/3 VTs (4 CTs/4 VTs), accuracy class - 0.2;

• 12 – 24 VDC or 220 VDC/VAC binary input channels

(three groups – each with 4 inputs);

• 8 x 24 VDC or 220 VDC/VAC binary output channels

(4 remote control objects);

• 3 x 220 VDC/VAC binary outputs for interlocking.



PPS

00 00

189,0

159,0

170,0

130,0

143,0

10

2,0

18

0,0

13

5,2

39

,05

8,0

7,95

159,0

4x 6,5

Communication modules • 2 х 100 Base-Tx;

• 1 х RS-485.

Communication protocols • IEC 61850-8-1 (MMS and GOOSE);

• IEC 61850-9-2 LE (SV);

• IEC 60870-5-101;

• IEC 60870-5-104;

• IEC 60870-5-103;


• SPA;

• START;

• CRQ;

• DLMS (being implemented);

• https, FTP;


Power supply • 120-370 VDC or 85-265 VAC

Dimensions • 143x180x189 mm (DxWxH)

Operating temperature • -40…+55 °C

ARIS C304 mounting dimensions



ARIS EM digital multifunction electric energy meter with IEC 61850�9�2LE interface

ARIS EM electric energy meter is designed for measurement and multi-tariff active and

reactive power metering, load power profile arrays generation and management with configurable

integration time (considering power losses), power maximums determination, power quality

parameters measurement and calculation with data acquisition according to IEC 61850-9-2LE

protocol. ARIS EM can be used as a part of digital substation revenue metering system.

Key functions • reception of up to 4 IEC 61850-9-2LE streams

(80 or 256 samples/cycle);

• multi-tariff active and reactive electrical energy

metering (direct/reverse) and four-quadrant reactive

energy metering;

• tariff-free energy metering, taking into account active

and reactive power losses in electric power lines and

in power transformers;

• active energy metering accuracy class – 0.2S;

reactive energy metering accuracy class – 0.5;

• measurement and calculation of more than 80


four-wire network;

• generation and management of 3 independent load

profile arrays (energy, power) with different averaging

intervals (1 – 60 minutes) with storage duration of

up to 150 days;

• billing: 8 tariffs, 12 seasons and 8 types of days;

• electrical parameters calculation according to

EN 50160:2010 standard;

• alarm signaling and self-supervision;

• integrated real-time clock;

• time synchronization from NTP, PPS, PTP clocks;

• time-stamping with 1 ms time resolution;

• event logs generation and display.

Power quality • generation of ready-to-use weekly reports on power

quality parameters according to EN 50160: 2010

requirements;

• power quality measurement according to

IEC 61000-4-30 requirements;

• harmonics and interharmonics calculation according

to IEC 61000-4-7 requirements;

• real-time curve monitoring, 6 channel simultaneous

data recording (4 cycles at sampling rate of 256

samples/cycle).



• built-in GPS / GLONASS-receiver (optional);


• 5,7’’ LCD-screen;


• fanless design, no moving parts;


Communication ports • 2 х 100-BaseTx/Fx for process bus;

• 2 х 100-BaseTx/Fx for station bus;

• 4 х RS-232 or 8хRS-485 (optional).

Communication

protocols

• IEC 61850-8-1 (MMS and GOOSE);

• IEC 61850-9-2 LE (SV);

• IEC 60870-5-101;

• IEC 60870-5-104;


• CRQ;

• https, FTP.

Control functions • one optional module for the input of 7 binary signals; • one optional module for the output of 8 binary signals.

ARIS-EM web-interface • each stream data visualization and stream sum data

visualization;

• event log visualization;

• configuration of all basic parameters;

• configuration and installation of additional modules.

Power supply • 120-370 VDC and 85-265 VAC; • 18-36 VDC.

Dimensions • 3U enclosure (Euromechanics); • 269x242x134 mm (DxWxH).




ARIS C302

269,0

251,0

38

,05

8,0

15

,9

13

3,1

8

13

5,2

39

,05

8,0

7,75

236,0

234,0

4x 6,5

242,0

ARIS EM mounting dimensions

Panel cutout dimensions for ARIS EM bay controller



ARIS MT200 multifunction controller

ARIS MT200 is designed for data acquisition from multifunction measurement transducers,

metering devices and microprocessor-based binary I/O modules, for transmission of control

signals and data exchange with higher level control systems. It provides necessary functionality

for implementation of remote control systems, data acquisition and data transmission systems,

automated metering infrastructure for 110-6 kV facilities.

Key features • telemetry data acquisition from measurement

transducers and electrical energy meters;

• analog and binary data acquisition from I/O modules;

• control signals transmission;


algorithms;

• acquired data processing, additional calculation

procedures according to preset algorithms;

• revenue and technical metering data collection

and its storage in non-volatile memory as short,

basic, daily, monthly and annual archives;

• data exchange with other devices and systems

(microprocessor-based relays, etc.) using different


• transmission of independent datasets to higher

control levels (up to 5 directions) using different

communication protocols.

Key characteristics • processing of up to 2000 tags per second;

• processing of up to 80 user-defined algorithms;


• built-in GPS/GLONASS-receiver;


• real-time operating system QNX 6.5.



Communication ports • 2 х 100-BaseTx Ethernet;

• 5 х RS-232;

• 16 х RS-485.

Communication

protocols

• IEC 60870-5-101;

• IEC 60870-5-103 (optional);

• IEC 60870-5-104;

• IEC 61850-8-1 (optional);

• Granit;


• ТМ800А;

• CRQ;

• FT.3;

• SPA;

• СТАRТ;


Power supply • 18 -36 VDC

Dimensions • 205x166x157 mm (DхWхH)

Mounting • Din-rail


FBD-based user-

defined algorithms


in ARIS MT200 controller

ARIS MT200 has built-in logic development tools. These tools may be used to create logical and calculation

diagrams of any difficulty. For example, user may create interlocking, logic processing and user-defined calculation

diagrams. FBD-based user-defined algorithms are loaded in ARIS MT200 controller as an executable file.

Modification of algorithm logic in bay controller is not possible, binding of bay controller input and output signals

is only possible. Besides binding and processing of controller physical signals, it is also possible to process data/

signals quality attributes.



ARIS MT200 mounting dimensions

+5V

+5V

GPS

ARIS MT-200

175,03 3

175,0 166,0

157,0

157,0

205,0




in Soft Constructor

Delivery package includes advanced FBD development tool – Soft Constructor. Soft Constructor user interface is

a window-based interface with graphical editor and standard algorithms library. Debugging mode allows to

simulate algorithm operation with supervision of variables’ status and execution flow.






signals and data exchange with adjacent and higher level control systems. It provides necessary

functionality for implementation of remote control systems, data acquisition and data

transmission systems, automated metering infrastructure for 0.4-6 kV facilities.






algorithms;



• revenue and technical metering data collection and its

storage in non-volatile memory as short, basic, daily,

monthly and annual archives;











• built-in GSM/GPRS-modem;



Additional features • 8 binary inputs "dry contact" type;

• 8 analog inputs;


• events log;



• 2 х RS-232;

• 4 х RS-485.

Communication

protocols

• IEC 60870-5-101;

• IEC 60870-5-103;

• IEC 60870-5-104;


• Granit;

• TM800A;


• CRQ;


Power supply • 18- 36 VDC




FBD-based user-

defined algorithms

Algorithm implementation

example in ARIS MT500 controller





is only possible. Besides binding and processing of controller physical signals it is also possible to process data/





144,0

118,0

45,0

137,0




in Soft Constructor

Delivery package includes advanced FBD development tool – Soft Constructor. Soft Constructor user interface is a

window-based interface with graphical editor and standard algorithms library. Debugging mode allows to simulate







signals and data exchange with adjacent and higher level control systems. It provides necessary

functionality for implementation of remote control systems, data acquisition and data

transmission systems, automated metering infrastructure for 0.4-10 kV facilities.





• execution of user-defined algorithms,

interlocking algorithms;



• revenue and technical metering data collection

and its storage in non-volatile memory as short,

basic, daily, monthly and annual archives;











• built-in GSM/GPRS-modem;



Additional features • 8 binary inputs "dry contact" type;

• 8 analog inputs;


• events log;



• 2 х RS-232;

• 4 х RS-485.

Communication

protocols

• IEC 60870-5-101;

• IEC 60870-5-103;

• IEC 60870-5-104;


• Granit;

• TM800A;


• CRQ;


Power supply • 18 -36 VDC




FBD-based user-

defined algorithms


in ARIS MT700 controller





is only possible. Besides binding and processing of controller physical signals it is also possible to process data/





255,6

52,0

130,6 146,3

60,0

ARIS MT 700



Algorithm development example in

Soft Constructor

Delivery package includes advanced FBD development tool – Soft Constructor. Soft Constructor user interface is a

window-based interface with graphical editor and standard algorithms library. Debugging mode allows to simulate




Notes:

ENGINEERING COMPANY "PROSOFT-SYSTEMS" Ltd.620102, Ekaterinburg, Volgogradskaya str., 194atel.: +7 (343) 3-565-111, fax: +7 (343) 3-100-106, [email protected]

REPRESENTATIVE OFFICE IN MOSCOW117997, Moscow, Profsoyuznaya str., 93atel.: +7 (495) [email protected]

REPRESENTATIVE OFFICE IN BELARUS220114, Minsk, Independence avenue, 117, office 100tel./ fax: +375 17-268-82-30, +375 33-301-89-33 (MTS)+375 29-185-44-02 (Velcom), +375 29-683-71-86 (Velcom)+7 (912) 264-99-94 (MTS Russia)[email protected]

REPRESENTATIVE OFFICE IN UZBEKISTAN1100096, Tashkent K. Yarmatov street 6, office 19tel./ fax: +998-71-120-62-72 (Beeline)+7 (912) 264-99-94 (MTS Russia)[email protected]


Print products CIGRE-2014

Technology

Transcript of Print products CIGRE-2014