ENGINEERING AND PRODUCTION COMPANY overview1.pdf| COMPANY PROFILE 12 years of successful work team...
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ENGINEERING AND PRODUCTION COMPANY www.mirtekgroup.ru
Transcript of ENGINEERING AND PRODUCTION COMPANY overview1.pdf| COMPANY PROFILE 12 years of successful work team...
| COMPANY PROFILE
12 years of successful
work
team of 350professionals
7 own companies in Russia,
Belarus, Armenia, Kazakhstan
over120 compliance
certificates under GOST and technical standards
over150models of products
4 000 m² of office, production and storage facilities
| PRODUCT LINES
INSTALLATION AND COMMISSIONING OF EQUIPMENT AT FACILITIES
PRODUCTION OF REMOTE WIRELESS DATA COMMUNICATION SYSTEMS
SERVICING AUTOMATED SYSTEMS FOR POWER FACILITIES
DESIGNING SYSTEMS FOR AUTOMATED POWER METERING EQUIPMENT
DESIGN AND PRODUCTION OF HARDWARE AND SOFTWARE SOLUTIONS
DESIGN AND PRODUCTION OF METERING EQUIPMENT
| MAP OF COMPANY PRODUCTION FACILITIES | PARTNERS | REPRESENTATIVES
Our production facilities
Partner manufacturers
Representative offices
| COVERAGE
1 000 000 DEVICES INSTALLED
| MIRTEK BRAND PRODUCTION
RUSSIAN FEDERATION:
LLC MIRTEK, Taganrog, No. 15-k, Polyakovskoye Shosse | www.tgn.mirtekgroup.ruLLC MIRTEK, Vladivostok, No.42 В Snegovaya Street | www.vdv.mirtekgroup.ru
BELARUS:
Foreign private unitary manufacturing and commercial enterprise MIRTEK-Engineering, Gomel, No. 11А, Fedyuninskogo Street(produces meters with trademark MIRTEK-BY) | www.mirtekgroup.by
ARMENIA:
JSC Kaskad-Mirtek, Yerevan, No. 54, Bagratunyatz Street | www.kaskad-mirtek.am(produces meters with trademark MIRTEK-AM)
KAZAKHSTAN:
LLC MIRTEK, Almaty, No. 21, Al-Farabi Prospect | www.mirtekgroup.kz(produces meters with trademark MIRTEK-KZ)
| PARTNER MANUFACTURERS
RUSSIAN FEDERATION:
LLC SPb ZIP, St. Petersburg, No.139, Leninsky Prospect, (produces meters with trademark VECTOR) | www.спб-зип.рф
LLC IEK HOLDING, Moscow region, Podolsky district, village Strelkovskoe, 2nd km of Obvodnaya Road, Bldg. 1 (producesmeters with trademark IEK) | www.iek.ru
JSC Rostelecom (produces meters with trademark RTK-1) | www.rostelecom.ru
JSC Prompribor, Vladimir, No. 8, Lakina Streeet, PO box 14 (produces meters with trademark KVANT) | www.sicon.ru
JSC KASKAD, Cherkessk, Northern part of the city(produces meters with trademark KASKAD) | www.oaokaskad.ru
LLC ENERGIA PLUS, Grozny, No. 29, Starosunzhenskaya Street(produces meters with trademark ENERGY PLUS)| www.genergy-plus.ru
JSC Electroavtomat, Alatyr, No. 19A, Bogdana Khmelnitskogo Street(produces meters with trademark ELTA) | www.elav.ru
| PARTNER MANUFACTURERS
BELARUS:
RUE Gomelenergo, Gomel, No. 9, Frunze Street (produces meters with trademark AIST) | www.gomelenergo.by
Branch ETALON PLANT BelGISS, Minsk, No. 3, Melezha Street(prepares for production meters with trademark ETALON) | www.zavod-etalon.by
Dispatching and Technological Management Equipment Company RUE Grodnoenergo, Grodno, No. 64, KosmonavtovProspect (prepares for production meters with trademark MIRTEK-BY) | www.energo.grodno.by
ARMENIA:
JSC KASKAD - SYSTEMS AND TECHNOLOGIES, Yerevan, No. 69, Teryana Street(produces meters with trademark KVANT)
| MAJOR TRADING AND PRODUCTION PARTNERS
RUSSIAN FEDERATION:
JSC Rosseti | www.rosseti.ruJSC MOESK | www.moesk.ruJSC Mosenergosbyt | www.mosenergosbyt.ruJSC Central Interregional Distribution Company | www.mrsk-1.ruJSC Lenenergo | www.lenenergo.ruJSC North-Western Interregional Distribution Company | www.mrsksevzap.ruJSC Stavropolkommunenergo www.ske.ruJSC North Caucasus Interregional Distribution Company | www.mrsk-sk.ruJSC Kubanenergo | www.kubanenergo.ruJSC Southern Interregional Distribution Company | www.mrsk-yugai.ruJSC Volga Interregional Distribution Company | www.mrsk-volgi.ruJSC Siberia Interregional Distribution Company | www.mrsk-sib.ruJSC Tomsk Distribution Company | www.trk.tom.ru
ARMENIA:JSC Armenia Power Netrorks | www.ena.am
GEORGIA:JSV Telasi | www.telasi.ge/ru
BELARUS:RUE Gomelenergo | www.gomelenergo.byRUE Grodnoenergo | www.energo.grodno.by
| PRODUCT CERTIFICATION
LLC «MIRTEK», Taganrog,16 certificates
LLC «MIRTEK», Stavropol, 2 certificates
LLC Spb Zip, St. Petersburg, 2 certificates
LLC IEK Holding, Moscow Region , 2 certificates
JSC Prompribor, Vladimir,4 certificates
JSC Kaskad, Cherkessk,12 certificates
LLC Energia PlusGrozny, 4 certificates
LLC Electroavtomat, Alatyr,8 certificates
RUE Gomelenergo, Gomel,2 certificates
MIRTEK-Engineering, Gomel,6 certificates
| PRODUCT CERTIFICATION
| ENGINEERING INTEGRATION PARTNERS
ITC Systems and Technologies | ICC Pyramid, Vladimir
LLC NPF Prosoft Systems | PTC ECOM, Yekaterinburg
LLC NPO Tekon-Avtomatika | Dispatching system ASDM-248
JSC SIGMA TELAS | EMCOS CORPORATE software, Lithuania
LLC VVIK | Astra-Elektrouchet software | Mercury-Energouchet software, Nizhny Novgorod
LLC STC ARGO, Ivanovo
JSC NPF Proryv | Telescope +, Zhukovsky
LLC ENFORS | ENFORCE ASKUE BP software, Voronezh
LLC NAG, Yekaterinburg
JSC NVP BOLID, Korolev
JSC NPO PROGTECH, Zhukovsky
LLC PB-RT | Software complex Energosverver, Voronezh
LLC SibirSoft | PTK ASKUE MetCon, Nizhnevartovsk
LLC Teleposition Project, St. Petersburg
JSC Agat-Systems Management | Software EMCOS CORPORATE, Minsk
| SOFTWARE DEVELOPMENT
MeterTools RadioAccess 3 M2M Server
OPC Server CWS for lighting control MIRT Mineral Resources
HEADQUARTERS,STAVROPOLRUSSIA
PRODUCTION,TAGANROGRUSSIA
PRODUCTION,GOMELBELARUS
PRODUCTION,YEREVANARMENIA
EXHIBITIONELECTRIC POWERLINES IN RUSSIA
VDNH, MOSCOWRUSSIA
ENERGY EXPO,MINSKBELARUS
MULTIFUNCTIONAL ELECTRIC POWER METERS
| COMPLEX ACCOUNTING SYSTEM AND SOFTWARE
EFFICIENT CONSUMPTION CONTROL
DIRECT ACCESS TO MEASURING EQUIPMENT
USER ACCOUNT
DATA EXPORT IN VARIOUS FORMATS
DATA + GPRS GATE
ASSET DELINIATION METER GATE
GATEASSET DELINIATION METER
SIGNAL REPEATER
SIGNAL REPEATER
| MULTI-FUNCTIONAL THREE-PHASE ELECTRICITY METERS MIRTEK-32-RU
W32 SP31 W31 D33
KEY FEATURES
o Universal three-phase, connected directly or via transformers. Themeters are designed to measure active and reactive electric power, inaggregate and by phase: capacity, frequency, voltage, active and reactivepower factors, angles between vectors of phase voltage and vectors ofphase current and voltage, root-mean-square voltage, amperage
o The meters can account for multi-rate power metering andcommunicate the collected data via:
o Optic porto Interface RS485o Radio interfaces 433МHz or 2400МHzo PLC or GSM/GPRS modems
o The meters are recommended for installation in places where thebalance settlements are performed
| MULTI-FUNCTIONAL THREE-PHASE ELECTRICITY METERS MIRTEK-32-RU
SP1 W2W9 D1W3 SP3
| MULTI-FUNCTIONAL SINGLE-PHASE ELECTRICITY METERS MIRTEK-12-RU
o Multi-functional meters with a wide range of options to SET TARIFFICATION SCHEDULES
o Options for SWITCHING TO SUMMER / WINTER TIME or without accounting for such changes
o Special tariffication schedules for weekdays, weekends and public holidays – up to 32 SPECIAL DAYS (public holidays and postponed days)
o The meters record a 30-MINUTE load profile and readings as of the day commencement (93 or 128 days, subject to version)
o The meters keep the data as of the day/month
commencement for 24 or 36 MONTHS subject to version
o Reliable structure; a wide range allows to select a meter based on the required functionalities
o Meters with remote access communication modules : RS485, radio 433МHz, radio 868МHz, 2,4ГHz, PLC
o Meters for active power or for active-reactive power - subject toversion
o Electronic security seal ensures additional PROTECTION AGAINST UNAUTHORIZED ACCESS to the power mains
o Various versions allow for local installation and configuration(with an optical port), and for use within automated systems for power metering (with communication modules)
| MULTI-FUNCTIONAL SINGLE-PHASE ELECTRICITY METERS MIRTEK-12-RU
KEY FEATURES
| COMMUNICATION CHANNELS FOR POWER METERS
| DATA COLLECTION AND COMMUNICATION MODULES
KEY FEATURES
o The principal function of data collection and communication
modules is transforming interfaces of 433 МHz or 2400 МHz radio
channels (subject to version) and a GSM communications channelfor broadcasting queries and data over radio channels at 433 МHzor 2400 МHz frequency and over a GSM communications channel;as well as collection, storage and their packet transmission over aGSM channel.
o As a functional node, it contains an MIRT-811 gateway for datareceipt and transmission over a GSM channel and RS-485interface, data reading master, type MIRT-145 or MIRT-544 for
data receipt and transmission over 433 МHz or 2400 МHz radio
channel and RS-485 interface
o Coordinator MIRT-145 building repeater paths for Tier-7 devices
| REPEATERS FOR DATA AND QUERIES TRANSMISSION OVER RADIO CHANNELS
KEY FEATURES
o The principal function of repeaters is repeating quires and dataover a radio channel within the range of 433МHz or 2400МHz,subject to version
o Repeaters are powered by an AC network
o Subject to version, repeaters have integral protection againstvoltage surges due to lightning strokes
o No control devices turn the repeater on / off: the repeater startsoperation immediately upon connection to the power supplynetwork
MIRT-181
MIRT-581
HIGH-VOLTAGE ELECTRIC POWER METER
| DESIGNATION AND APPLICATION
Multifunctional high-voltage three-phase electric power meters MIRTEK-135-RU (hereinafter HVPM) are designed to measure active and reactive electrical energy of forward and reverse direction at time-differentiated tariffs in three-phase three-wire AC networks of commercial frequency at the voltage of 6 (10) kV. The meter is designed to replace commercial accounting units (hereinafter CAU)
| EXAMPLE : METER INSTALLED ON A HIGH-VOLTAGE LINE
Electronic current transformers based on the Rogovski belt are used to measure the current, replacing the metal core current transformers used in CAU.
To measure the voltage, a resistive divider is used, replacing electromagnetic voltage transformers.
| KEY ADVANTAGES vs. CAU
Parameter High-voltage electric power meter CAU, accuracy class 0.5S
Mass, kg 6 (all units) 150
Requires lifting equipment no yes
Requires cutting into the power mains at А, В, С
phases to connect
no yes
Recalibration Interval 16 years 8 years
Requires maintenance during service life no yes (monitoring fuse integrity in the VT)
Susceptibility to resonant phenomena in transient arch
modes at single phase-to-earth fault
No – no VT yes
Thermal and electrodynamic resistance to short-circuit
currents
Not regulated, as the measuring module is
not connected directly to the measuring
circuit
from 2 kA to 10 kA – subject to the
current raring of the current
transformer
Guaranteed service life 5 years 3 years
| KEY FEATURES
Product name: High-voltage electric power meterMIRTEK-135, hereinafter - HVPM.
HVPM is designed based on the metering pattern 2T+2D and consists of two single-phase measuring units of active and reactive power, connected based on the Aron pattern.
The types of HVPM scheduled for commercial production are listed below:
Type markingVoltage
rating, kVInom/
Imax, A
Measurement accuracy class of
active/reactive power
Preoscillation current
for measuringactive/reactive power,
MA
Installed on high-voltage linesMIRTEK-135-RU-SP32-A0,5R1-6К-5-100A-RF433/1-G/3 6 5/100 0.5S/1.0 5/10
MIRTEK-135-RU-SP32-A0,5R1-10К-5-100A-RF433/1-G/3 10 5/100 0.5S/1.0 5/10
| TECHNICAL SPECIFICATIONS
Parameter Value
Nominal voltage Unom, kV 6 or 10Nominal current, A 5Maximal current, A 100Extended volume range, V от 0.8 до 1,2Unom
Nominal frequency, Hz 50Accuracy class for measuring active/reactive power 0.5S/1.0
Preoscillation current, active/reactive, MA 5/10Constant, imp./(kW/h) [imp./(kVarh)] 800
Total power consumed by each voltage path**, VA max. 60.0
Active power consumed by each voltage path**, Watt max. 4.0
Additional power consumed by integrated communication channels, Watt max. 3.0
Scale unit of the counting mechanism at measuring active (reactive) energy:
o leading, MW/h (kVarh) 105
o least, MW/h (kVarh) 0.01
Scale unit of the counting mechanism at measuring active (reactive, full*) capacity :
▪leading, Watt (var, VA) 106
▪least, Watt (var, VA) 0.1Maximal effective coverage of interface RF1, m min. 100
Time setting accuracy via satellites GPS/GLONASS, s max. 0.01Storage time of satellite ephemeris at zero supply voltage, hours, min. 48Data storage time in permanent memory, years min. 40Measurement error of mesh voltage within the voltage range from 0.9 to 1.1 Unom, % max. ±0,5
Measurement error of mean square root of current, % max. ± 1.0Power measurement error:
▪active, % max. ± 1.0▪reactive, % max. ± 1.5▪total*, % max. ± 2.0
Frequency measurement error, Hz max. ± 0.03Average time to failure, То, h min. 180 000Average service life Тserv, years min. 30
* - Measuring total power and power factor и cos φ – for technical accounting.
**Voltage path – parallel circuit.
**Current path – series circuit.
| SERVICE CONDITIONS
Outer casing protection class IP65 under GOST 14254-96.
Device service conditions:
o Outdoors at ambient temperature from - 40 to 70 °С
o Top threshold of relative humidity of the environment 100% at 25 °С
| GENERAL DESCRIPTION
o Compliant with the provisions of GOST 31818.11-2012, GOST 31819.22, GOST 31819.23-2012 in terms of metrological characteristics for measuring active and reactive power
o HVPM consists of 2 power measuring units (hereinafter MU)
o One unit is leading (MU Master), the other is subordinate (MU Slave) – connected via an optic channel for operational data exchange
o HVPM insulation is compliant with GOST 1516.3-96 for Class 6 and Class 10 equipment, subject to version
| MODULES
| KEY COMPONENTS
MU Master is equipped with galvanically isolated interfaces:
o RF1 (radio channel at frequency 433.92 MHz effective coverage up to 500m);
o Optical communication channel (service channel);
o GSM/GPRS/3G;
o GPS/GLONASS (time synchronization and detecting phase shifts);
o miniUSB/ BlueTooth
GPS/GLONASS module is used to synchronize the time of the integrated real time clock (hereinafter RTC) of each MU and to detect phase shifts required for calculating asymmetrical voltage.
Without a GLONASS signal, the RTC may be synchronized manually via unterfaces RF1 or GSM/GPRS.
The diurnal course of RTC, where automatic synchronization is not available, does not exceed 1 second per day within the operating temperature range.
| KEY COMPONENTS
A mechanism for centering and mounting the HVPM on steel insulatedwires and AC wires of various cross-sections, with adjustable strips clamped after all adjustments with a М6 screw.
The MU provides for an independent GSM connection in case of emergencies:
o Loss of voltage
o Adjustment of operating parameters
o Failed connection between MU
o Exceeding threshold settings for load capacity
o No connection to GPS sattelites
o Operating data of MUs inconsistent.
When an abnormal situation is detected, the HVPM sends an SMS message to the number set in the configuration, for which each MU is equipped with a buffer power supply — an ionistor, which has enough capacity to operate a mobile modem for 1 minute after the network voltage fails.
Direction from generator to load – for correct positioning
Centering mechanismwith adjustable strips
| KEY COMPONENTS
Location of a seal with a control sign indentation
Quality seal location
Место установки пломбы с оттиском энергоснабжающей организации для
защиты от несанкционированного вскрытия
Location of a control seal with a power supplier’s indentation to protect from
unauthorized opening
| DIMENSIONS
| METER FEATURES
o Special casing design provides increased resistance to aggressive external factors: wind, snow, ice
o Radio communication with the display module –at frequency 433 MHz
o Channel to work in AS for CPA
o Display can be supplied separately
o Permanent display of date and time - the display can be used as a clock or alarm clock
o The measuring module casing is made of high-quality plastic (polybutylene terephthalate) resistant to sudden
temperature changes and ultraviolet radiation
o Measurement of network quality parameters (under GOST 32144-2013, GOST 30804.4.30-2013, class S) in accordance
with the Technical Policy of JSC Rosseti
o Measurement of active and reactive energy, power profiles (both active and reactive), retrospective readings statistics
o Two electronic seals with the possibility of initiating an event report to the higher level upon power reconnection
o Informing the system about power failure
o Magnetic field sensor, with the possibility of initiating an event report to the higher level
| DISPLAY MODULE
Data exchange at frequency 433 MHz
Key features:
o User-friendly design: may be put or hung in any
convenient place
o Large easy-to-read liquid crystal display
o All texts in Russian
o Powered by two standard AA batteries
o Reading HVPM data via BlueTooth channel on
the screen of a smartphone or tablet computer
(optional)
Multi-functional heating meters
MIRTEK-42-RU heat meter is designed to measure thermal energy, volume, mass, volumeric and mass flow rates, temperature and temperature difference, excessive pressure of heat medium in closed and open water heating systems.
Its main purpose is to be installed in apartment buildings at the assets assignment threshold for balance calculations between a heat supply organization and the apartment building owners.
Flexible settings system, user-friendly interface. Developed set of integrated communication interfaces, easy integration into dispatching systems.
| MIRTEK-42-RU DESIGNATION
Key metrological characteristics
✓ Detecting attempts of unauthorized casing opening✓ Protection of configuration from unauthorized changes✓ Self-diagnostics of heat calculator and diagnostics of measuring channels
Safety and security
| MIRTEK-42-RU CHARACTERISTICS
✓ Accuracy class 1 or 2 under GOST Р 51649.✓ Up to 4 independent heating systems.✓ Allows to combine heating systems (sum or difference of readings).✓ Up to 4 flow channels.✓ Up to 5 temperature channels.✓ Up to 5 pressure channels.✓ Water temperature measurement range from 0 to 180 С✓ Differential temperature measurement range from 2 to 160 С✓ Excess pressure measurement range from 0 to 2.5 MPa
Communication channels and auxiliary functions
RS485
Structure of heat meter MIRTEK-42-RU
✓Heat calculator KMT-TV-42 (state reg. no. SI 61831) can be used as an independent measuring device with a wide range of types of connected flow meters, thermometers and excess pressure sensors.✓ Flow meters with a frequency or pulse-number output signal, a list of flow meters according to the type description.✓ Resistance thermometers under GOST 6651-2009 with НСХ 100М, Pt100, 100П, Pt500, 500П and assembly, a list of thermometers according to the type description.✓ Excess pressure transmitters with uniform current output signal from 4 Up to 20 mA, a list of flow meters according to the type description.
GSM/GPRS
RS232 Optic port
WIRED INTERFACES WIRELESS INTERFACES
radio 433 MHz
radio 868 MHz
radio 2400 MHz
✓ Measuring heating energy with a choice of measuring units (Gcal, MW/h of GJ)✓ Measuring volume, mass, volumeric and mass flow rates✓ Measuring temperature and differential temperature✓ Measuring excess pressure✓ Measuring calendar time✓ Archiving hourly (1536 hours), daily (370 days) and monthly (48 months) values of the measured
parameters; mean hourly and mean daily temperature values, differential temperature, excess pressure✓ Event logs recording time and date of the events✓ Option: integration into a network with centralized control and databases
Information capabilities
Key metrological characteristics✓ Detecting attempts of unauthorized casing opening✓ Protection of configuration from unauthorized changes✓ Detection and protection form a permanent magnet interference
Safety and security
Information capabilities
| MIRTEK-143-RU CHARACTERISTICS
✓ Water temperature measurement range from 0 to 105 С✓Differential temperature measurement range from 3 to 105 С✓Nominal diameter 15 or 20 mm✓ Lower flow measurement limit:• for Dn = 15 mm – 0.03 m3/h;• for Dn = 20 mm – 0.05 m3/h.✓ Nominal flow rate:• for Dn = 15 mm – 1.5 m3/h;• for Dn = 20 mm – 2.5 m3/h.✓ Upper flow measurement limit:• for Dn = 15 mm – 3.0 m3/h;• for Dn = 20 mm – 5.0 m3/h.✓Measurement error for heating medium temperature (0.3+0.005|t|) С✓Measurement error for volume 2.0 %✓Measurement error for heating energy (3 + 4ΔtН/Δt + 0.02Gp/G) %✓Operating ambient temperature range: from +5 to +50 С✓Maximal operating temperature of the heating medium 500C✓Maximal operating pressure of the heating medium 1.6 MPa✓Powered by an integral battery
Communication channels and auxiliary functions
radio 433 MHz
WIRED INTERFACES WIRELESS INTERFACES
radio 868 MHz
radio 2400 MHz
✓ Measuring heating energy with a choice of measuring units (Gcal, MW/h of GJ)✓ Measuring volume, mass, volumeric and mass flow rates✓ Measuring temperature and differential temperature✓ Measuring calendar time✓ Archiving hourly (1536 hours), daily (370 days) and monthly (48 months) values of the measured parameters;
mean hourly and mean daily temperature values, differential temperature, excess pressure✓ Event logs recording time and date of the events✓ Option: integration into a network with centralized control and databases
| MIRTEK-143-RU DESIGNATION
MIRTEK-143-RU heat meter is designed to measure thermal energy and heatmedium volumes in closed water heating systems.
Its main purpose is residential heat gauging.
The heat meter does not require adjustment at the facility, it requires minimal installation costs and ensures easy integration into dispatching systems.
MIRTEK-145-RU heat meter is designed to measure thermal energy and heatmedium volumes in closed water heating systems. Equipped with an additional flowmeter on the return pipeline and two excess pressure sensors with an external powersource
Its main purpose is heat gauging at heating facilities with a heating load up to 0.2 Gcal/hour.
The heat meter does not require adjustment at the facility, it requires minimal installation costs and ensures easy integration into dispatching systems. It allows to connect another wireless flow meter to the heat calculator
| MIRTEK-145-RU DESIGNATION
| MIRTEK-145-RU CHARACTERISTICS
Communication channels and auxiliary functions
radio 433 MHz
WIRED INTERFACES WIRELES INTERFACES
radio 868 MHz
radio 2400 MHz
Key metrological characteristics✓ Detecting attempts of unauthorized casing opening✓ Protection of configuration from unauthorized changes✓ Detection and protection form a permanent magnet interference✓ Detecting unbalanced flow in pipelines
Safety and security
✓ Water temperature measurement range from 0 to 105 С✓Differential temperature measurement range from 3 to 105 С✓Nominal diameter 15 or 20 mm✓ Lower flow measurement limit:• for Dn = 15 mm – 0.03 m3/h;• for Dn = 20 mm – 0.05 m3/h.✓ Nominal flow rate:• for Dn = 15 mm – 1.5 m3/h;• for Dn = 20 mm – 2.5 m3/h.✓ Upper flow measurement limit:• for Dn = 15 mm – 3.0 m3/h;• for Dn = 20 mm – 5.0 m3/h.✓Measurement error for heating medium temperature (0.3+0.005|t|) С✓Measurement error for volume 2.0 %✓Measurement error for heating energy (3 + 4ΔtН/Δt + 0.02Gp/G) %✓Operating ambient temperature range: from +5 to +50 С✓Maximal operating temperature of the heating medium 950C✓Maximal operating pressure of the heating medium 1.6 MPa✓Powered by an integral battery✓Auxiliary flow meter in the return pipeline
✓ Measuring heating energy with a choice of measuring units (Gcal, MW/h of GJ)✓ Measuring volume, mass, volumeric and mass flow rates✓ Measuring temperature and differential temperature✓ Measuring excess pressure✓ Measuring calendar time✓ Archiving hourly (1536 hours), daily (370 days) and monthly (48 months) values of the measured
parameters; mean hourly and mean daily temperature values, differential temperature, excess pressure
✓ Event logs recording time and date of the events✓ Option: integration into a network with centralized control and databases
Information capabilities
| STANDARD AND TECHNICAL DOCUMENTS REGULATING REQUIREMENTS TO HEAT METERS
1 GOST Р 51649-2014 «Heat meters for water heating
systems General technical requirements»
2 GOST Р ЕН 1434-1-2011 «Heat meters. Part 1. General
requirements»
3 MIRT.400800.002TU «Heat meters MIRTEK-42-RU.
Technical standards»
4 «Methods of commercial accounting of heat energy and
heating media», approved by Order N 99 / pr. dated March 17, 2014 of the Ministry of Construction, Housing and Communal Services of the Russian Federation
Solutions for gauging water consumption
o Water temperature measurement range from +5 to 90 °С
o Sensitivity threshold from 0.015 cubic meters per hour
o Maximum flow up to 3 cubic meters per houro Measurement error of water consumption maximum ± 2 % o Recalibration interval 5 yearso Service life, minimum 12 years
RS485 RS232 Optical port
Radio 433 MHz Radio 868 MHz Radio 2400 MHz
o Measuring water consumption volumeso Tracking calendar timeo Consumption data archive for the last 128 days, 36 months, 10 years,
average hourly and average daily consumption valueso Integration in the networks with centralized control and databaseso Keeping an events log
o Detecting attempts of unauthorized casing openingo Detecting attempts of interference of external magnetic fieldo Protection of communication channels softwareo Protection of configuration from unauthorized changeso Dust and moisture protection class - IP65
Key metrological characteristics
Safety and security
Communication channels and auxiliary functions
Information capabilities
| WATER METERS
The valve has been designed and is now at the initial production stage
Ball lock ensures the valve operates properly regardless of the water quality or pressure in the pipes
Valve drive gear is fully metal and ultra reliable
The valve is operated via remote radio control, with an option of programmed blocking of the manual opening/closing function by pressing a button
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2
3
4
| WATER METERS
Hard leak-proof structure, UV-resistant plastic.
IP65 implies hose test from several directionsthrough a 6 mm nipple 6 мм at water flow rate12.5 l/min.
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2
| CASING DESIGN
Water meters
ConcentratorServer with DBMS
Repeater
Power meter
User account
| NETWORK INTERACTION PRINCIPLES
or
Computer
Workstation
network interaction principles
Gas meters Basic LoRa station
| NETWORK INTERACTION PRINCIPLES
Server with DBMS Computer
Workstation
User account
o Receives data on the accumulated energy of water meters from the modules within their radio receiving radius.
o Using the frequency band within the range of 433 MHz (868 MHz).
o The system can use a sequence of 7 repeaters, which allows to read data from devices located up to 5 km away.
o Storing current readings for 64 (active) modules.
o Storing separately for 48 (attached) modules all current data and reading archives as of the commencement of the previous 4 months.
o Repeater average service life with normal use - 15 years.
REPEATER: VERSION 1
REPEATER: VERSION 2
1
2
| REPEATER VERSIONS
Solutions for gauging gas consumption
o Rated consumption: from 1.6 to 4 m3/houro Sensitivity threshold: 1/160 of rated consumptiono Measuring inaccuracy: below 1.5%, and below 3% at low consumptiono Operating temperature range: from -30 to +55 °С o Temperature compensation for consumption: throughout the rangeo Recalibration interval: 10 years
Radio 433 MHz Radio 868 MHz Radio 2400
MHz
o Current date and timeo Volumeric quantity of consumed gaso Instantaneous gas flow rateo Consumption data archive for the last 128 days, 36 months, 10 yearso Event logs – over 1000 entrieso Various threshold modes, including multi-rate and prepayment modeso Option: integration in the networks with centralized control and databases
LoRa
| GAS METERS
Key metrological characteristics
Safety and security
Communication channels and auxiliary functions
Optical port
Information capabilities
o Detecting attempts of unauthorized casing openingo Detecting attempts of interference of external magnetic fieldo Protection of communication channels softwareo Detecting light hydrocarbons in the air (optional)o Detecting oxygen in gaso In-line valve for flow control and emergency shutdown of the pipeline
Diaphragm gas volume meter MIRTEK-51-RU-G4
Conversion of gauging mechanism drive rotation into electric signals is performed with open optical pairs, magnetic field sensors Wiegand and magnetic field sensors operating based on tunnel magnetoresistance.
o Operating all types of transducers, both with a magnetic coupling and an insulated gland outlets of the drive
o Sensing direct and reverse rotation
o Low susceptibility to external magnetic field
ADVANTAGES:
| OUR TECHNICAL SOLUTIONS
o Pressure gauge (external or integrated in the primary transducer)
o Hydrocarbons sensors MIRTEK (installed in living premises, wireless connection)
o CO₂ sensors MIRTEK (installed in living premises, wireless connection)
o Oxygen sensor for the supplied gas (to be integrated in theprimary transducer)
o Safety valve integrated in the primary transducer
| METER VERSIONS
Diaphragm gas volume meter MIRTEK-51-RU-G6
Hard leak-proof structure, UV-resistant plastic.
IP65 implies hose test from several directionsthrough a 6 mm nipple 6 мм at water flow rate12.5 l/min.
2 power sources: one for feeding the main components of the meter, the other is foroperating the external valve.
1
2
3
| CASING DESIGN FOR ELECTRONIC BLOCK WITH IP65 SAFETY CLASS
Gas meters
| NETWORK INTERACTION PRINCIPLES
or
Power meter
Concentrator
Repeater
Server with DBMS
Computer
Workstation
User account
| NETWORK INTERACTION PRINCIPLES
Server with DBMSComputer
Workstation
User account
Gas meters Basic LoRa station
The meter forwards a signal on
detecting a gas leak to the central
control unit and shuts off gas feed
| ADAPTING LEAK DETECTORS AND EMERGENCY SHUT-OFF VALVES
Integrated accounting system and softwareA system allowing to account for consumption
of power resources at utility facilities
With the transition to market economy, all resources consumed by household and utility services became a commodity subject toaccounting and payment by their consumers, regulated by the state standards. Inaccurate accounting for energy resources generally leads to foregone profits in supplying organizations which lose a part of their financial resources essential for their business activities. During transition periods when the state subsidizes tariffs, inaccurate accounting for energy consumption lays an additional burden on the state budget.
The problem of creating electricity metering systems has been solved for each specific area: for industry, for urban and rural residential areas, etc. The introduced automated electricity metering systems has already demonstrated a significant economic effect: the technical and commercial loss, non-payment by consumers and power theft have been reduced.
THE AUTOMATED ACCOUNTING OF OTHER UTILITY RESOURCES IS PRACTICALLY NON-EXISTENT.
| WHY INTRODUCE AUTOMATED SYSTEMS FOR COMMERCIAL ACCOUNTING OF UTILITY RESOURCES CONSUMPTION
RESOURCES MEASURED
Electric energy Water Gas Heating
WATER GAUGING
1. Water supply networks depreciate faster than any other utility systems (aggressive corrosiveenvironment, impossibility of visual monitoring). Local accounting without an automated data collectionsystem does not ensure a clear picture of the loss, leaks and accidents for making expedient decisions.
2. The introduction of the automated system is particularly important for the transitional periods oftariff raising. Since the beginning of the year, water tariffs have increased by 85%. Besides, differentiatedwater consumption tariffs can be introduced (up to 140 l per day per person - basic tariff,overconsumption – a different tariff), with up to 2.5 times difference. In such a situation, the peoplewould naturally refuse to pay more for water consumption than they used to before the tariffs increase.Consumers under-report their own water consumption, providing incorrect data. They manipulate thedata: having exceeded the low-tariff threshold of water consumption in one month, they try to consumeless in the next month, therefore the mean does not exceed the low tariff threshold.
3. Avoid inaccurate reporting and losses at various stages of water supply.
4. High energy consumption of water pumping station equipment is also a serious factor in favour of theintroduction of automated accounting systems.
All these factors contribute to large financial loss of water supplying organizations and therefore reducefunding, otherwise allocated to the modernization of water supply networks, which, in it turn, results inaccidents, losses and tariff increases.
The automated water consumption measurement system visualizes losses, discloses dishonestconsumers and payment dodgers, increases the payment discipline. The proceeds will be invested inthe modernization of water supply networks, reducing losses and stabilizing tariffs.
| WHY INTRODUCE AUTOMATED SYSTEMS FOR COMMERCIAL ACCOUNTING OF UTILITY RESOURCES CONSUMPTION
HEAT GAUGING
Solutions for general heat metering in high-rise buildings and at industrial facilities have been on the market for a long time. Individual household heat metering is less common. However, it is increasingly common, mostly locally, without the heat meters being integrated in a system.
Automated heat metering systems allow to minimize commercial (non-payment) and technical (poor heat insulation) loss, and to respond efficiently to emergency situations.
ELECTRIC POWER GAUGING
When choosing an automated energy metering system for residential areas, the best choice would be the systems compatible with the existing power meters, also ensuring minimizing their installation and maintenance costs.
GAS GAUGING
Today, automated gas metering systems are practically non-existent in Russia, even though the loss during gas transportation in some regions of the Russian Federation is immense. The introduction of automated systems will eliminate or minimize commercial loss (due to non-payment).
Wired collection systems require extensive spending on laying cables from water, heat, gas meters, and do not ensure security (unauthorized connection, cutting cables, etc.). A better option are wireless systems which would require less construction expenses.
MIRTEK offers a variety of wireless and wired solutions for automated metering of ALL energy resources supplied by utility organizations.
| WHY INTRODUCE AUTOMATED SYSTEMS FOR COMMERCIAL ACCOUNTING OF UTILITY RESOURCES CONSUMPTION
Server with DBMS.
Software RadioAccess 3/4
User account
Computer
workstation
Concentrator
or
Repeater
MIRTEK protocol
LoRa WAN
| NETWORK INTERACTION PRINCIPLES
Water meters
Heat meters
Gas meters
Water meters
Heat meters
Gas metersPower meters
All MIRTEK electric power meters are designed to be integrated in the automated measuring systems for commercial accounting for power consumption.
Compliant with the current standards of Russian power networks (JSC Rosseti).
| ELECTRIC POWER METERS
| WATER METERS
o Operating in the unlicensed ISM frequency range of 433MHz, 868MHz,2,4GHz
o Autonomous power supply - 3.6 V battery. Guaranteed battery servicelife: over 10 years.
o Meters in solid casing: the casing cannot be dismantled without damage.
o Optional automatic control of water flow with electric valves.
o Automatic transmission of readings and emergency alerts.
o Compatible with MIRTEK power meters over a data exchange protocolwithin a data mapping system. Water meter
Radio-controlled
valve
Range of gas meters G1.6, G2.5, G4
o Dust and moisture protection class - IP65o Unprecedented range of optionso Highest level antitheft protection
| GAS METERS
o Rated consumption: from 1.6 to 4 m3/houro Sensitivity threshold: 1/160 of rated consumptiono Measuring inaccuracy: below 1.5%, and below 3% at low consumptiono Operating temperature range: from -30 to +55 °С o Temperature compensation for consumption: throughout the rangeo Recalibration interval: 10 years
Key metrological characteristics
Safety and security
o Detecting attempts of unauthorized casing openingo Detecting attempts of interference by external magnetic fieldo Protection of communication channels softwareo Detecting light hydrocarbons in the air (optional)o Detecting oxygen in gas (optional)o In-line valve for flow control and emergency shutdown of the pipeline
Information capabilities
o Current date and timeo Volumeric quantity of consumed gaso Instantaneous gas flow rateo Consumption data archive for the last 128 days, 36 months, 10 yearso Event logs – over 1000 entrieso Various threshold modes, including multi-rate and prepayment modeso Option: integration in the networks with centralized control and databases
Range of gas meters G6, G10, G16
| GAS METERS
o Dust and moisture protection class - IP65o Unprecedented range of optionso Highest level antitheft protection
o Rated consumption: from 6 to 16 m3/houro Sensitivity threshold: 1/160 of rated consumptiono Measuring inaccuracy: below 1.5%, and below 3% at low consumptiono Operating temperature range: from -30 to +55 °С o Temperature compensation for consumption: throughout the rangeo Recalibration interval: 10 years
Key metrological characteristics
Safety and security
o Detecting attempts of unauthorized casing openingo Detecting attempts of interference by external magnetic fieldo Protection of communication channels softwareo Detecting light hydrocarbons in the air (optional)o Detecting oxygen in gas (optional)o In-line valve for flow control and emergency shutdown of the pipeline
Information capabilities
o Current date and timeo Volumeric quantity of consumed gaso Instantaneous gas flow rateo Consumption data archive for the last 128 days, 36 months, 10 yearso Event logs – over 1000 entrieso Various threshold modes, including multi-rate and prepayment modeso Option: integration in the networks with centralized control and databases
| STRUCTURE OF TYPE MARKING FOR GAS METERS
1 – Type and variation:
1,6 – G1,6;
2,5 – G2,5;
4,0 – G4,0;
6,0 – G6,0;
10 – G10;
16 – G16;
2 – Type of electronic converter:
Т – optic;
W – using Wiegand effect;
M – magnetoresistive;
3 – Gas flow direction:
LR – left to right;
RL – right to left;
4 – Control valve option:
– no control function;
K – with a function of gas flow control;
5 – External magnetic field detector option:
– no external magnetic field detector;
H – with an external magnetic field detector;
MIRTEK-51-RU – ХХХ – Х – ХХ – Х Х Х Х Х – ХХХХХ – ХХ
1 2 3 4 5 6 7 8 9 10
6 –Casing type:
– solid casing;
C – demountable casing;
7 – Flexible tariffication option:
– single-tariff option;
F – Flexible tariffication;
8 – Gas leak sensor:
– no gas leak sensor;
А – integrated gas leak sensor;
9 – Communication interface:
232 – interface RS-232;
485 – interface RS-485;
CAN – interface CAN;
MB – interface M-Bus;
Р433/n – radio-interface 433 MHz (modulation xSK or LoRa);
Р868/n – radio-interface 868 MHz, (modulation xSK or LoRa);
Р2400/n – radio-interface 2400 MHz (modulation xSK or LoRa);
G/1 – radio-interface GSM/GPRS;
10 – pulse output:
– no pulse output;
ТМ – pulse output option.
| HEAT GAUGES. COMMON HEAT METERS
o Up to 4 independent heating systemso Water temperature measurement range from 0 to 180 Сo Differential temperature measurement range from 2 to 160 Сo Excess pressure measurement range from 0 to 2.5 MPao Number of resistance thermometers – up to 5o Number of pressure sensors – up to 5o Number of flow meters – up to 4o Operating ambient temperature range: from - 10 to +50 Сo Measurement error for heating medium temperature (0.6+0.004|t|) Сo Measurement error for heating medium flow (1+0.01GВ/G) %, max. 3.5 %o Measurement error for heating energy in pressurized systems (2 + 4ΔtН/Δt + 0.01GВ/G) %
o Measuring heating energyo Measuring volume, mass, volumeric and mass flow rateso Measuring temperature and differential temperatureo Measuring excess pressureo Measuring calendar timeo Archiving hourly (1536 hours), daily (370 days) and monthly (48 months) values of the
measured parameters; mean hourly and mean daily temperature values, differential temperature, excess pressure
o Event logs recording time and date of the eventso Protection of data from unauthorized changes
Key metrological characteristics
Safety and security
Information capabilities
o Detecting attempts of unauthorized casing openingo Protection of communication channels softwareo Protection of configuration from unauthorized changes
| HEAT GAUGES. RESIDENTIAL HEAT METERS
Key metrological characteristics
o Water temperature measurement range from 0 to 150 Сo Differential temperature measurement range from 3 to 145 Сo Excess pressure measurement range from 0 to 1.6 MPa (option)o Nominal diameter 15 or 20 mmo Operating ambient temperature range: from +5 to +50 Сo Maximal operating temperature of the heating medium 950Co Maximal operating pressure of the heating medium 1.6 MPao Powered by an integral batteryo Optional: installation of flow meter to the feeding or return pipeline
o Detecting attempts of unauthorized casing openingo Protection of configuration from unauthorized changeso Detection and protection form a permanent magnet interference
Safety and security
o Measuring heating energy with a choice of measuring units (Gcal, MW/h of GJ)o Measuring volume, mass, volumeric and mass flow rateso Measuring temperature and differential temperatureo Measuring excess pressure (option)o Measuring calendar timeo Archiving hourly (1536 hours), daily (370 days) and monthly (48 months) values of the
measured parameters; mean hourly and mean daily temperature values, differential temperature, excess pressure
o Event logs recording time and date of the eventso Option: integration into a network with centralized control and databases
Information capabilities
1
2
| REPEATERS WITH AN OPTION OF DATA COLLECTION AND STORAGE FROM HOT AND COLD WATER METERS AND GAS METERS
REPEATER: VERSION 1
REPEATER: VERSION 2
o Receives data on the accumulated energy of water meters from the modules within their radio receiving radius.
o Using the frequency band within the range of 433 MHz (868 MHz).
o The system can use a sequence of 7 repeaters, which allows to read data from devices located up to 5 km away.
o Storing current readings for 64 (active) modules.
o Storing separately for 48 (attached) modules all current data and reading archives as of the commencement of the previous 4 months.
o Repeater average service life with normal use - 15 years.
| REMOTE DISPLAY
Shows consumption data for all possible utility resources used at residential facilities
Provided installation of water, gas and heat meters with integrated wireless communication modules, the remote display can show the data on the consumption of all utility resources.
KEY FEATURES:
✓User-friendly design: may be put or hung in any convenient place✓Large easy-to-read liquid crystal display✓All texts in Russian✓Powered by two standard AA batteries
Automated Workstationfor lighting controlRemote control system for outdoor lights (RMS for OL)
Power saving Automatic operation Remote controlWireless control
| KEY FUNCTIONS
Automatic collection, processing and storageOf data on the consumed active electric power
Remote control for switching on/off street light networks
Manual and automatic control of lighting equipment and facilities:o Operational buildings and structuresoTerritories of any facilities with any electric light sources (incandescent lamps, gas discharge, LED, electrodeless lamps etc.)
Automatic data mapping on the key operational parameters of the system
| SYSTEM STRUCTURE USING METERS WITH RADIO INTERFACES
Automated Workstation software«MIRTEK: Lighting control»
GPRS
Repeaters MIRT-181 or MIRT-581
RF433 MHzRF2400 MHz
(ZigBee)
Mesh – circuit 433 MHz or 2400 MHz
Software server М2М Server
Gate MIRT-851 or MIRT-853
Repeaters MIRT-181 or MIRT-581
Software server М2М Сервер
Automated Workstation software«MIRTEK: Lighting control»
GSM/GPRSor
ETHERNET
GSM/GPRS
GSM/GPRS
| SYSTEM STRUCTURE USING METERS WITH GPRS MODULE
GSM/GPRSor
ETHERNET
| CONNECTION SCHEME FOR SINGLE-PHASE METER WITH AN INTEGRATED COUPLE RELAY
LIST OF METERS:
o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-RF433/1-KLMOQ2V3 o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-RF2400/3-KLMOQ2V3 o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-G/1-KLMOQ2V3 o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-E-KLMOQ2V3 o MIRTEK-12-RU-SP1-A1R1-230-5-60A-S-RF433/1-KMOQ1V3 o MIRTEK-12-RU-SP1-A1R1-230-5-60A-ST-RF433/1-KMOQ1V3 o MIRTEK-12-RU-SP1-A1R1-230-5-60A-S-RF433/1-RF2400/3-KMOQ1V3 o MIRTEK-12-RU-SP1-A1R1-230-5-60A-ST-RF433/1-RF2400/3-KMOQ1V3o MIRTEK-12-RU-SP1-A1R1-230-5-60A-S-RF433/1-G/1-KMOQ1V3 o MIRTEK-12-RU-SP1-A1R1-230-5-60A-ST-RF433/1-G/1-KMOQ1V3
Meter MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-RF433/1-KLMOQ2V3
A single-phase lighting line is controlled by a powerful (up to 80A) control relay integrated into the meter
| CONNECTION SCHEME FOR THREE-PHASE METER WITH AN INTEGRATED COUPLE RELAY
LIST OF METERS:
o MIRTEK-32-RU-W32-A1R1-230-5-100A-T-RS485-RF433/1-KLMOQ2V3o MIRTEK-32-RU-W32-A1R1-230-5-100A-T-RS485-RF2400/3-KLMOQ2V3o MIRTEK-32-RU-W32-A1R1-230-5-100A-T-RS485-G/1-KLMOQ2V3o MIRTEK-32-RU-W32-A1R1-230-5-100A-T-RS485-E-KLMOQ2V3o MIRTEK-32-RU-SP31-A1R1-230-5-100A-T-RF433/1-KMOQ1V3o MIRTEK-32-RU-SP31-A1R1-230-5-100A-T-RF433/1-RF2400/3-KMOQ1V3o MIRTEK-32-RU-SP31-A1R1-230-5-100A-T-RF433/1-G/1-KMOQ1V3
Meter MIRTEK-32-RU-W32-A1R1-230-5-100A-T-RS485-RF433/1-KLMOQ2V3
A three-phase lighting line is controlled by a powerful (up to 120 A) three-phase control relay integrated into the meter
| CONNECTION SCHEME FOR SINGLE-PHASE METER WITH AN INTEGRATED CONTROLRELAY (5 A)
LIST OF METERS:
o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-RF433/1-LMOQ2V3 ( relay 5А)o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-RF2400/3-LMOQ2V3 (relay 5А)o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-G/1-LMOQ2V3 (relay 5А)o MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-E-LMOQ2V3 (relay 5А)
Meter MIRTEK-12-RU-W3-A1R1-230-5-60A-S-RS485-RF433/1-LMOQ2V3 (relay 5A)
A single-phase lighting line is controlled by an external communication device, e.g. a local control console contactor
| CONNECTION SCHEME FOR THREE-PHASE METER WITH AN INTEGRATED CONTROLRELAY (5 A)
LIST OF METERS:
o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-RF433/1-LMOQ3V3o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-RF2400/3-LMOQ3V3o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-G/1-LMOQ3V3o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-E-LMOQ3V3
Meter MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-RF433/1-LMOQ3V3
A three-phase lighting line is controlled by an external communication device, e.g. a local control consolecontactor
| CONNECTION SCHEME FOR THREE-PHASE METER WITH 4 INTEGRATED CONTROLRELAYS (5 A)
LIST OF METERS:
o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-RF433/1-LMOQ6V3o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-RF2400/3-LMOQ6V3o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-G/1-LMOQ6V3o MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-E-LMOQ6V3
Meter MIRTEK-32-RU-W32-A0.5R1-230-5-10A-T-RS485-RF433/1-LMOQ6V3
Phase-by-phase independent control (a separate schedule for each phase + a separate schedule for festive illumination) of a three-phase line of illumination through four external switching devices, for example, local control console contactors.
Line 1 Line 2
Line 3 Lights
| AUXILIARY EQUIPMENT FOR BUILDING A LIGHTING CONTROL SYSTEM
Hardware and software channeling section :
o Gates MIRT-851 (when using radio channel 433 MHz) or MIRT-853 (when using radio channel2400 MHz)
o Repeaters MIRT-181 (when using radio channel433 MHz) or MIRT-581 (when using radio channel2400 MHz)
Software:
o MeterToolso MIRTEK: Lightso M2M server
| SYSTEM FEATURES
o Four-level structure of the controlled facilityo Creating lighting control schedules and
programming directly into deviceso Monitoring the state of lighting at facilities and
its compliance with configured schedules
o Collection, storage, display of current and daily meter readings by tariffs and aggregate
o Logging of switching in software and devices
| AUTOMATED SCHEDULING
o Support of any type of schedule by storing the relay switching time for each day of the year, up to 8 random switching points per day at 1 minute increments
o Automatic scheduling function based on the sunrise / sunset time, with account for the season (according to the entered geographic coordinates of the controlled facility)
o Convenient option of easy copying daily schedules in blocks by day, week, month – for manually entered schedules
o If required, manual adjustment of public holidays and special days
| SYSTEM OPERATION CONTROL
Synchronize device time with server
Verification of the meter schedule with the server schedule
In case of a discrepancy, the user chooses one of the three options:
o reporting inconsistencies;o default alarm;o rectifying inconsistencies (recording schedule from the server)
Relay status monitoring
Visualization of the lighting state at the current time, setting the date and time of the next switch
Load level control
Visualization of the line load deviation from the set limits for monitoring the performance of lighting devices and their operation parameters
For the manual control, a function of the relay and the load level monitoring is available
| FURTHER DEVELOPMENT
o Mapping user interface (display facilities and their status on maps)o Multi-flow communication (providing a set level of efficiency for large-scale facilities)o Event alarms for facilities (sensor triggering, emergency situations, etc.)o Reporting system
