TELEMETRIATELEMETRIA BI-DIRECIONALBI-DIRECIONAL Para Aplicações Hidrometeorológicas AgoraAgora vocêvocê escolheescolhe comocomo SATÉLITE COMERCIAIS e quando receber os dados (BI-DIRECIONAIS) e quando receber os dados ORBCOMM (Órbita Baixa) ESTAÇÃO INMARSAT C (Geoestacionário) INMARSAT C (Geoestacionário) METEOROLÓGICA AUTOTRAC (Geoestacionário) SATÉLITES AMBIENTAIS (NÃO BI-DIRECIONAIS) GOES (Geoestacionário) Além das opções de telemetria a ARGOS (Polar) tecnologia VAISALA oferece: SCD/INPE (Equatorial) Extensa biblioteca de cálculos CELULAR / RÁDIO Cálculo de evapotranspiração GSM ( GPRS / SMS / DATACALL) Extensa lista de sensores RÁDIO ( UHF + SPREAD SPECTRUM ) POSTO Sensores de qualidade de água CÉLULAS REPETIDORAS HIDROLÓGICO Relógio ajustado pelo GPS LINHA FÍSICA Banco de dados PSTN - LINHA DISCADA TCP-IP (LAN) Compromisso com a solução e confiabilidade LINHA PONTO A PONTO Assistência técnica no País LA ABR-11 © Vaisala Oyj HOBECOHOBECO ÍNDICEÍNDICE
VAISALAVAISALA
TECNOLOGIATECNOLOGIA EMEM ESTAÇÕESESTAÇÕES REMOTASREMOTAS -- VAISALAVAISALA
TECNOLOGIATECNOLOGIA EMEM SENSORESSENSORES -- VAISALAVAISALA
TECNOLOGIATECNOLOGIA DEDE COMUNICAÇÃOCOMUNICAÇÃO
TECNOLOGIATECNOLOGIA EMEM ESTAÇÃOESTAÇÃO CENTRALCENTRAL -- VAISALAVAISALA
ENTREENTRE EMEM CONTATOCONTATO COMCOM AA HOBECOHOBECO
LA ABR-11 © Vaisala Oyj HOBECOHOBECO
LA ABR-11 © Vaisala Oyj Missão : Prover soluções em sistemas de observação hidrometeorológicos
LA ABR-11 © Vaisala Oyj e ambientais. Solução e Compromisso:
• Entendimento do problema • Compromisso com a de observação satisfação do cliente • Avaliação da solução • Compromisso com a ética tecnológica na relação com clientes, fornecedores e parceiros • Integração das tecnologias, recursos e serviços para • Compromisso de suporte solução com vistas a melhor das tecnologias a longo relação custo/benefício prazo
LA ABR-11 © Vaisala Oyj FocoFoco nosnos SegmentosSegmentos dede MercadoMercado
• Sistemas de sondagem atmosférica • Sistemas de observação meteorológica em aeroportos, rodovias e navegação • Sistemas de redes de observação hidro-meteorológica remoto • Sistemas de localização de descargas atmosféricas • Sensores analíticos e ambientais para uso industrial • Sistemas de radares meteorológicos
LA ABR-11 © Vaisala Oyj PerfilPerfil HobecoHobeco
• Fundada em 1932 ( 79 anos em Outubro de 2011 )
• Localizada no Rio de Janeiro - RJ
• Área construída de aproximadamente 2000 m2
• Equipe : 40 profissionais
• Mais de 30 anos de experiência em hidrometeorologia
• Forneceu Estações Meteorológicas para aeroportos em todas as capitais do País
• Larga experiência em logística de equipamentos meteorológicos
LA ABR-11 © Vaisala Oyj ExperiênciaExperiência dada HOBECOHOBECO
• Experiência de mais de 30 anos em fornecimento de sistemas de observação Hidrometeorológicos • Dispõe de recursos humanos, instalações, laboratórios, capacidade financeira e de realização comprovados • A HOBECO e a VAISALA em parceira ou atuando isoladamente tem implantados no país seguintes projetos relevantes: • Todos os 35 principais aeroportos do país com ILS de norte ao sul com estações meteorológicas além de dezenas de aeroportos regionais • Todos os sistemas Hidrometerológicos do programa SIVAM sendo 200 PCD´s Hidrológicas, 70 estações meteorológicas e 11 estações de Radiossondagem
LA ABR-11 © Vaisala Oyj ExperiênciaExperiência dada HOBECOHOBECO
• A HOBECO e a VAISALA em parceira ou atuando isoladamente tem implantados no país seguintes projetos relevantes: • Rede RINDAT (Furnas, Cemig, Copel) de monitoramento de descargas atmosféricas e a rede SIDDEM (Eletrosul, Epagri, etc...) no sul do país em implantação • Cerca de 700 PCD´s Hidrometeorológicas operando com satélite SCD contratadas por INPE, ANEEL e estados • Programa de automação das redes de observação Hidrometeorológica do INMET, DHN, SIMERJ, SERLA, SUDERHSA, e diversas instituições estaduais • 62 estações de Radiossondagem no país
LA ABR-11 © Vaisala Oyj IntegraçãoIntegração dede sistemassistemas
Instalação Projeto executivo Coordenação de Contrato
Hobeco
Treinamento Integração e Aceitação Montagem em campo / fábrica
LA ABR-11 © Vaisala Oyj RECURSOSRECURSOS
VendasVendas ee SuporteSuporte aa ClientesClientes
LogísticaLogística InternacionalInternacional ee NacionalNacional
LA ABR-11 © Vaisala Oyj Suporte de Software / Treinamento Planejamento / Documentação
Integração e Testes Integração Mecânica
LA ABR-11 © Vaisala Oyj CentroCentro dede ManutençãoManutenção
LA ABR-11 © Vaisala Oyj ShowShow RoomRoom
LA ABR-11 © Vaisala Oyj CentroCentro dede TreinamentoTreinamento
LA ABR-11 © Vaisala Oyj Hobeco TreinamentoTreinamento
Universidade
Base Militar
LA ABR-11 © Vaisala Oyj TREINAMENTOTREINAMENTO
Gerador de Hidrogênio Radio Sonda
LA ABR-11 © Vaisala Oyj RealizaçãoRealização
Aeroportos Categorizados no Brasil AWOS
Sensores de Rede de Descarga Atmosférica Estações de Radiossonda
Estações Meteorológicas Telemétricas Estações Hidrológicas Telemétricas
LA ABR-11 © Vaisala Oyj RedeRede MeteorológicaMeteorológica
República Dominicana Rio de Janeiro - RJ
Carangolas - MG
Telemetria via Rádio UHF Telemetria via GSM/GPRS
Telemetria via AUTOTRAC
LA ABR-11 © Vaisala Oyj RedeRede HidrológicaHidrológica
Magé - RJ São José dos Pinhais - PR
Acorizal - MT
Telemetria via GSM/GPRS Telemetria via linha discada
Telemetria via GOES
LA ABR-11 © Vaisala Oyj RedeRede dede AeroportosAeroportos EMS1 EMS1
EMS1
Aeroporto Internacional de Guarulhos - SP Aeroporto Internacional de Aeroporto Internacional do Recife - PE Galeão - SP LA ABR-11 © Vaisala Oyj RedeRede dede DescargaDescarga AtmosféricaAtmosférica
IMPACT LS8000
SAFIR
LA ABR-11 © Vaisala Oyj RedeRede dede RadioRadio SondaSonda
EMA – Carolina - MA EMA – Floriano - Piauí
EMA – Tabatinga - AM
LA ABR-11 © Vaisala Oyj Infra-EstruturaInfra-Estrutura
Área destinada para aceitação em fábrica
LA ABR-11 © Vaisala Oyj ReferênciasReferências dada HobecoHobeco ee VaisalaVaisala nono BrasilBrasil
• A Hobeco está a mais de 75 anos no mercado meteorológico brasileiro; • Experiência de mais de 30 anos em fornecimento de sistemas de observação Hidrometeorológicos; • A Hobeco dispõe de recursos Humanos, Instalações, Laboratórios, Capacidade Financeira e de Realização comprovados; • A Vaisala é ativa no Brasil desde os anos 50 e tem mais de 20 anos de cooperação com integrações meteorológicas com a Hobeco;
REFERÊNCIAS RADAR METEOROLÓGICO DA VAISALA NO BRASIL – IPMET Radar de Bauru – Banda S : Radar de Presidente Prudente – Banda S; – SIMEPAR Radar de Curitiba , Banda S , Polarização Simples; – USP Radar Móvel , Banda X, Dupla Polarização (Laboratório de Radar); – Funceme , Banda X; REFERÊNCIAS HOBECO/VAISALA COM O DECEA – Sistemas de Observações Meteorológicas de Aeroporto; – Sistemas de Radiosondagem e Radiosondas; REFERÊNCIAS HOBECO/VAISALA COM A INFRAERO – Sistemas de Observações Meteorológicas de Aeroporto; – Sistemas de Radiosondagem e Radiosondas; REFERÊNCIAS HOBECO/VAISALA COM O INMET – Rede de Estações Meteorológicas Automática (SONABRA) com 500 estações; – Sistemas de Radiosondagem e Radiosondas; OUTRAS REFERÊNCIAS HOBECO/VAISALA – RINDAT- Rede de Monitoramento de Descargas Atmosféricas; – Perfilador de Vento – Centro de Lançamento de Alcântara;
LA ABR-11 © Vaisala Oyj ReferênciasReferências dada HobecoHobeco ee VaisalaVaisala nono BrasilBrasil
• A HOBECO e a VAISALA em parceira ou atuando isoladamente tem implantados no país seguintes projetos relevantes:
• Todos os 35 principais aeroportos do país com ILS de norte ao sul com estações meteorológicas além de dezenas de aeroportos regionais • Todos os sistemas hidrometeorológicos do projeto SIVAM, sendo 200 PCD´s Hidrológicos, 70 estações meteorológicas e 11 estações de Radiossondagem. •Rede RINDAT (Furnas, Cemig, Copel) de monitoramento de descargas atmosféricas e a rede SIDDEM (Eletrosul, Epagri, etc...) no sul do país em implantação. • Cerca de 700 PCD´s Hidrometeorológicos operando com satélite SCD contratadas por INPE, ANEEL e Estados. • Programa de automação das redes de observação Hidrometeorológica do INMET, DHN, SIMERJ, SERLA, SUDERHSA, e diversas instituições estaduais.
LALUNA ABR-11 FEV - 10© Vaisala Vaisala OyjOy A Hobeco estabeleceu parceria tecnológica com a Vaisala, para:
• Integração e fabricação de sistemas meteorológicos de aeroportos • Integração e fabricação de redes telemétricas remotas • Distribuição de equipamentos de radiossondagem, localização de descargas atmosféricas e militares • Representação e assistência técnica • Integração e distribuição de radares meteorológicos
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação HOBECOHOBECO
RETORNARRETORNAR
LA ABR-11 © Vaisala Oyj VAISALAVAISALA
LA ABR-11 © Vaisala Oyj VaisalaVaisala inin BriefBrief • We develop, manufacture and market products and services for environmental and industrial measurement. • The Vaisala Group – was established in 1936 – employs over 1,000 professionals (~400 outside Finland) – has 22 offices in 11 countries – achieved net sales of EUR 180.6 million in 2004 – exports accounted for 97 % of net sales in 2004 – A-series shares are quoted on the Helsinki Exchanges – Offices and business operations in Finland, the USA, Canada, the United Kingdom, France, Germany, Sweden, Malaysia, China, Japan and Australia.
Professor Vilho Väisälä 1889 - 1969
LA ABR-11 © Vaisala Oyj VaisalaVaisala StrategyStrategy • Our customers are – meteorological professionals – industry • Our offering includes – instruments – systems – solutions – services • The cornerstones of our value proposition are – innovation – reliability – solutions • Our success is based on two core competencies – application know-how – measurement technologies
LA ABR-11 © Vaisala Oyj VaisalaVaisala DivisionsDivisions andand BusinessBusiness UnitsUnits
LA ABR-11 © Vaisala Oyj VaisalaVaisala LocationsLocations
LA ABR-11 © Vaisala Oyj MarketsMarkets ServedServed
Presently Vaisala has customers in all countries marked with dark blue.
LA ABR-11 © Vaisala Oyj MajorMajor CustomerCustomer GroupsGroups • National meteorological services • Defense forces • Aviation authorities • Road and rail authorities • Land & water resource management agencies • Research organizations • Power utilities • Industry
LA ABR-11 © Vaisala Oyj QualityQuality andand EnvironmentalEnvironmental CertificatesCertificates
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação VAISALAVAISALA
RETORNARRETORNAR
LA ABR-11 © Vaisala Oyj TECNOLOGIATECNOLOGIA EMEM ESTAÇÕESESTAÇÕES REMOTASREMOTAS VAISALAVAISALA
LA ABR-11 © Vaisala Oyj AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSSTATIONS
MAWSMAWS 101101 // MAWSMAWS 201201
MAWSMAWS 201M201M TACMETTACMET
MAWSMAWS 100100 MAWSMAWS 110110
MAWSMAWS 301301
MAWSMAWS 410410
SOFTWARESSOFTWARES
RETORNAR LA ABR-11 © Vaisala Oyj MAWSMAWS 101101 ANDAND MAWSMAWS 201201 AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSSTATIONS
LA ABR-11 © Vaisala Oyj MAWSMAWS 101101 andand 201201 AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSSTATIONS
201 New Generation Mobile AWS
101 New Generation Mini-AWS
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS AA COMPLETECOMPLETE AWSAWS • Compact, portable, light-weight • User-friendly weather station • Accurate • Reliable • Versatile • Large selection of sensors • Good value for the money
Each foot is adjustable and can be Japan anchored to ground with a metal ground peg.
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS COMPACT,COMPACT, PORTABLE,PORTABLE, LIGHTWEIGHTLIGHTWEIGHT
• A single board AWS • Light-weight and robust mechanical design • Low power consumption - small battery & solar panel • Dedicated small & compact sensors • Optional light-weight carry cases • Weighs only approx. 15 kg (BASIC MAWS201)
Japan
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS USERUSER FRIENDLYFRIENDLY • Easy to install, set up, maintain • All sensors have ready made cables and connectors • No special tools are required • Operation set up & modified with the help of the simple set-up program - MAWS Lizard • MAWS Terminal software for easy downloading of logged data files, automatically converted to CSV format e.g. for MS-Excel. • MAWS YourVIEW Graphical Display software for easy viewing of data Finland LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS ACCURATEACCURATE
• Sensors derived from field-proven, high quality designs • Built-in quality control with climatological ranges and step change validation • Field calibration commands included • 24 bit A/D conversion & 32 bit CPU • Follows WMO’s recommendations
Australia
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS RELIABLERELIABLE
• Weatherproof design: • Corrosion resistant anodized aluminum • Double O-ring seals in the enclosure • High quality polyurethane cables • Molded connectors, watertight to IP68 • Field proven sensor design • Built-in quality control for data • Single board AWS - high MTBF (over 20,000 hours/MIL-HNDB-217F)
Finland
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE DATADATA OUTPUTOUTPUT
• Multiple user configurable data messages • Multiple alarm messages • User set thresholds for each measured and/or calculated parameter • Over threshold
• Between thresholds Alaska • Leaving threshold area • Self-timed and/or polled outputs • Support data transmission via multiple I/O ports
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE IN-SITUIN-SITU DATADATA REDUCTIONREDUCTION
• Statistical calculation of min, max, ave, std. dev. and cumulative sum values over user set periods and intervals
• Calculations library including e.g. QNH, QFE, QFF, dew point, evapotranspiration, frost point, wind chill, heat stress, unit conversions, etc.
Vietnam
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE DATADATA OUTPUTOUTPUT • Multiple user configurable data messages • Multiple alarm messages •User set thresholds for each measured and/or calculated parameter •Over threshold (min. or max.) •Between thresholds •Leaving/entering threshold area •multi-parameter alarm criteria (AND or OR functions) • Self-timed and/or polled outputs • Data transmission also from logged data files • Support data transmission via multiple I/O ports
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE SERIALSERIAL COMMUNICATIONCOMMUNICATION • Up to 7 serial ports for sensors, displays, telemetry and terminals • 1 RS-232 and RS-485 as standard • Two optional module places: • DSU232 dual RS-232 module • DSI485A isolated RS-485 module up to 1,500 meters • DSI486 dual isolated RS-485 module, incl. also SDI-12 interface • DMX501 fixed line modem module for extended distance (up to 10 km), for Vaisala displays
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE SERIALSERIAL COMMUNICATIONCOMMUNICATION
• UHF radio modem package • 380 - 470 MHz • 1- 3 km (LOS) with omnidirectional antenna • Requires 12 VDC powering (QMP201C or QMP213 Mains power)
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE DATADATA LOGGINGLOGGING
• 3.3 Mbytes of secure Flash memory onboard the CPU • Secure data logging, no back-up battery required • Optional Compact Flash memory card module • standard off the self memory cards • 32 to over 2 GB capacity • Time stamped data also for maximum and minimum values, incl. wind gust and lull
LA ABR-11 © Vaisala Oyj QML201QML201 AWSAWS LOGGERLOGGER • 32 bit MOTOROLA CPU • 24 bit A/D conversion • 3.3 Mbytes of Flash memory for data logging • Optional Compact Flash memory card - up to 2 GB • Low power consumption, < 10 mA/6V with 5 basic sensor • 10 diff. analog inputs (20 single ended) • 2 frequency inputs • Accurate built-in Pressure Sensor • Up to 7 serial ports (RS-232,RS-485 and SDI-12) • User configurable software
LA ABR-11 © Vaisala Oyj QML201QML201 LOGGERLOGGER PowerfulPowerful SerialSerial CommunicationCommunication
• Up to 7 serial ports for displays, telemetry, sensors and terminals • 1 x RS-232 and 1 x RS-485 as standard • Two optional module places: – DSU232 Dual RS-232 module – DSI485A Isolated RS-485 module up to 1,500 meters – DSI486 Dual isolated RS-485 module and SDI-12 port – DMX501 Fixed line modem module for extended distance (up to 10 km)
LA ABR-11 © Vaisala Oyj PALMTERMINALPALMTERMINAL SOFTWARESOFTWARE FORFOR MAWSMAWS
• AUTOMATES ROUTINE TASKS •UPLOADING OF SETUP CONFIGURATIONS •DOWNLOADING OF LOGGED DATA FILES • MANUALLY • AUTO-SCHEDULED •SETTING OF STATION SPECIFIC SETTINGS AND PARAMETERS
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE SERIALSERIAL COMMUNICATIONCOMMUNICATION
• Interfacing directly with YourVIEW Graphical Display software WD30 and DD50 Digital displays Vaisala Radiosonde Systems
MAWS201 connected to Digicora in Japan
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE POWERINGPOWERING
• Low power consumption for extended stand alone operation
• Typically < 10 mA @ 6 V with 5 basic sensors
• Built-in 1.2 Ah / 6V battery & charger
• Solar panel SOLAR6, 6 W @ 6 V
• Easy to install
• Adjustable LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE POWERINGPOWERING • Low power consumption for extended stand alone operation: • Typically < 10 mA @ 6 V with 5 basic sensors • Built-in 1.2 Ah / 6V battery & charger • SOLAR6 Solar panel, 6 W @ 6 V • Rugged,easy to install, adjustable • QMP213 Main Power Supply: • Wide Mains Input Range 90 - 264 VAC • Extended operating temperature range - 40° ... + 55° C • Especially designed for outdoor use • Easy to install and connect on tripod or pole mast
LA ABR-11 © Vaisala Oyj MAWS IS VERSATILE POWERING
• QMP201C Mains/Solar Power supply for MAWS201, incl.: • 12 W Solar panel with adjustable angle • 7 Ah/12 VDC Back- up battery • Mains power supply (85 ... 265 VAC) • QBR101B Battery charger
LA ABR-11 © Vaisala Oyj CARRYCARRY CASESCASES
• Durable carry cases made of polypropylene • Sensor case - 3.6 kgs, Tripod case - 9.2 kgs • QMM110 Carry cases: • Hard case for sensors and accessories • Soft case for tripod, logger and accessories • QMM120 Carry cases: • Hard cases for both sensor and tripod
LA ABR-11 © Vaisala Oyj MAWS101MAWS101 -- PERMANENTPERMANENT INSTALLATIONSINSTALLATIONS
• Pole mast DKP102 - total height 3 m • Pole mast DKP12 - total height 10 m • Installation accessories included for any pole mast (50… 100 mm diameter) or wall installation.
DKP102, 2 m pole mast
LA ABR-11 © Vaisala Oyj MAWS101MAWS101 -- PERMANENTPERMANENT INSTALLATIONSINSTALLATIONS
50 ... 100 mm pole mounting wall/wooden mast mounting
LA ABR-11 © Vaisala Oyj MAWSMAWS LIZARDLIZARD -- SETUPSETUP SOFTWARESOFTWARE • Ready made templates for each function • Libraries for options, sensor and calculations • Includes example set-up files • Easy to use Drag & Drop functions • Includes MAWS Terminal software for: • Automated uploading of new configuration files • Downloading of logged data files • Automated conversion of data files into CSV format • Setting up of station parameters
LA ABR-11 © Vaisala Oyj MAWSMAWS YourVIEWYourVIEW GRAPHICALGRAPHICAL DISPLAYDISPLAY SOFTWARESOFTWARE
• Basic version of YourVIEW Graphical Data Display software included free-of-charge with MAWS.
• User configurable text and data fields
• Includes data logging onto the PC’s hard disk
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS 101101 // MAWSMAWS 201201
RETORNARRETORNAR
LA ABR-11 © Vaisala Oyj MAWSMAWS 201M201M TACMETTACMET Tactical Meteorological Observation System
LA ABR-11 © Vaisala Oyj MAWS201M TACMET Tactical Meteorological Observation System
LA ABR-11 © Vaisala Oyj GENERALGENERAL BACKGROUNDBACKGROUND
– The military rely heavily on “real-time” meteorological information for tactical operations implementation (battle zone forecasting, in-theater operation simulation, aviation operations support, artillery support, NBC etc.) – Sensor technology and improved automation offer the potential for deployment of advanced meteorological capability, but…… – Tactical deployment has very unique demands which cannot be met by traditional stationary automated weather stations, and current procurement trends require use of commercially available equipment – The USAF and other military/civilian organizations worldwide have been seeking equipment to meet their special needs
LA ABR-11 © Vaisala Oyj MilitaryMilitary TacticalTactical WeatherWeather StationStation NeedsNeeds
• Automatic Weather Station Providing Quick-Deployment by • Military Field Personnel (in Combat Gear) • Be Rugged for Potential Rough Handling and Severe Weather • Operate Over Broad Environmental Conditions • Broad Range of Sensor Capability, Including Those For Full Aviation Support • PC-Based SW Providing METAR Format Reporting • Local Hand-Held Terminal Monitoring • Multiple Communication Options • Weight/Size Restriction for Loaded Shipping Cases and Total Equipment/Case Weight • Supplied with Commercial-Off-The-Shelf (COTS) Hardware&SW
LA ABR-11 © Vaisala Oyj MAWS201MMAWS201M -- APPLICATIONSAPPLICATIONS 2. NBC GROUPS •1. RESOURCE PROTECTION 3. UAV GROUPS – TEMPORARY AIRFIELDS/HELIPORTS – AMMUNITION & VEHICLE STORAGE 4. PARATROOPS – REFUELING SITES 5. PEACE KEEPING FORCES – TELECOMMS ….
LA ABR-11 © Vaisala Oyj SYSTEMSYSTEM COMPONENTSCOMPONENTS BASIC SYSTEM WITH RADIO COMMANDS AND PC OPTIONS BASIC SYSTEM WITH ENHANCEMENTS
LA ABR-11 © Vaisala Oyj MAWS201MMAWS201M MOBILEMOBILE WEATHERWEATHER STATIONSTATION • Basic MAWS201M Tacmet system with sensors for: – Wind Direction & Speed – Temperature – Relative Humidity – Pressure – Precipitation
• Solar Panel / Mains Powered with Back- Up Batteries • Light Weight Transit Cases • Handheld terminal for numeric data display • Optional UHF Radio Modems • Optional Laptop PC with Software for METAR/SPECI Coding/Editing and Real Time Data Display LA ABR-11 © Vaisala Oyj MAWS201MMAWS201M -- ENHANCEDENHANCED OPERATIONOPERATION
•Enhancement with optional sensors for: – Visibility & Present weather – Cloud height and coverage – Lightning Detection – Mains power supply for enhancement sensors
LA ABR-11 © Vaisala Oyj COMPLETECOMPLETE SYSTEMSYSTEM WITHWITH PCPC SOFTWARESOFTWARE
MIDAS IV Software - TACMET Configuration in laptop PC DATA OUT VIA LAN
UHF radio
RS- • Data acquisition 232 • Data display • METAR/SPECI coding Data available to other systems via RS-485 • Data storage • Data and message distribution
• Max. 2 pcs MAWS201M connected to one laptop PC LA ABR-11 © Vaisala Oyj LIGHTLIGHT WEIGHTWEIGHT TRANSITTRANSIT CASESCASES • Easy and quick packing / re-packing
• Transit cases weigh less than 25 % of the total weight
• Robust and durable material, cellular polypropylene (EPP), protects equipment in all environments -40 ºC to +100 ºC
• Equipped with handles, hinges and latches where padlocks can be used
• Larger cases with wheels at one end
LA ABR-11 © Vaisala Oyj EASYEASY TOTO INSTALLINSTALL ANDAND USEUSE
• Set Up or Tear Down time less than 15 minutes for Basic System by one person (less than 30 min. with NBC protective clothing)
• Set Up or Tear Down time less than 30 minutes for Basic and Enhanced System (less than 60 min. with NBC protective clothing)
• One person operation supported by the Handheld terminal and/or the Laptop PC
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS RELIABLERELIABLE
• Weatherproof design: •Corrosion resistant anodized aluminum •Double O-ring seals in the enclosure •High quality polyurethane cables •Molded connectors, watertight to IP68 •Field proven sensor design • Field-Proven design in Tactical (military) operations • Single board AWS - high MTBF (over 20,000 hours/MIL-HNDB-217F)
LA ABR-11 © Vaisala Oyj DATADATA DISPLAYDISPLAY OPTIONSOPTIONS
• HANDHELD DATA DISPLAY
• PC BASED SOFTWARE IN WINDOWS NT ENVIRONMENT
LA ABR-11 © Vaisala Oyj MAWS201MMAWS201M •The Handheld Terminal for: HandheldHandheld TerminalTerminal – Communicating with MAWS • via cable connection • via UHF radio modem – Setting system parameters – Viewing instant weather data – Troubleshooting the system – Display screens: • Main - Standard variables • Wind • Statistics • Enhancements • Status/diagnostics
QMD101M
LA ABR-11 © Vaisala Oyj CommunicationCommunication alternativesalternatives
• HANDHELD DISPLAY AND LAPTOP- PC CAN BE CONNECTED TO MAWS USING: – Landline cable, max. 70 m (25 m as standard) – Landline RS-485 output (max. 1500 m) – UHF radio modem up to 10 km LOS.
LA ABR-11 © Vaisala Oyj BASICBASIC SENSORSSENSORS AIR TEMPERATURE & RELATIVE HUMIDITY PRECIPITATION AMOUNT WIND DIRECTION & SPEED
ATMOSPHERIC PRESSURE
LA ABR-11 © Vaisala Oyj SENSORSENSOR ENHANCEMENTSENHANCEMENTS
CEILOMETER WITH VISIBILITY AND CLOUD COVERAGE PRESENT WEATHER LIGHTNING DETECTION
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS 201M201M TACMETTACMET
RETORNARRETORNAR
LA ABR-11 © Vaisala Oyj MAWSMAWS 100100 AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSTATION
LA ABR-11 © Vaisala Oyj HYDROMETHYDROMET SYSTEMSYSTEM MAWS100MAWS100
MAWS100 with:
• 5Ah Back-up battery
• Cellular modem or • PSTN modem or • TCP/IP connection
• Battery regulator
• QML201 Logger
• Mains power supply
• Connectors for sensors
Installed in robust stainless steel enclosure with • CoreTex filter to prevent condensation • Mast/wall mounting fixture • Radiation shield (option) • Lock with keys (option)
LA ABR-11 © Vaisala Oyj VAISALAVAISALA HydroMetHydroMet SYSTEMSYSTEM MAWS100MAWS100 • WELL SUITED FOR WXT510 • CONNECTORS (TOTAL 8 PLACES): – COM0 + COM1 (DATA OUT/WXT510) – 4-5 PCS FOR SENSORS – 1 CABLE GLAND FOR POWER (MAINS OR SOLAR) • TELEMETRY: – PSTN: DXM421 – LAN (TCP/IP ): DXE421 – GSM/GPRS – (UHF RADIO MODEM (LIMITED SPACE)) • POWERING: – MAINS - MGP15V – SOLAR - 6 W / 6 VDC (“LIKE MAWS101”) • QMB101 BATTERY ONLY (1.3 Ah) – SOLAR - 12 W / 12 VDC • QMBATT 5 ( 5 Ah)
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE DATADATA LOGGINGLOGGING
• 3.3 Mbytes of secure Flash memory onboard the CPU • Secure data logging, no back-up battery required • Optional Compact Flash memory card module • standard off the self memory cards • 32 to over 2 GB capacity • Time stamped data also for maximum and minimum values, incl. wind gust and lull
LA ABR-11 © Vaisala Oyj QML201QML201 AWSAWS LOGGERLOGGER
• 32 bit MOTOROLA CPU • 24 bit A/D conversion • 3.3 Mbytes of Flash memory for data logging • Optional Compact Flash card up to 2 GB • Low power consumption, < 10 mA/6V with 5 basic sensor • 10 diff. analog inputs (20 single ended) • 2 frequency inputs • Accurate built-in Pressure Sensor • Up to 7 serial ports (RS-232,RS-485 and SDI-12) • User configurable software
LA ABR-11 © Vaisala Oyj QML201QML201 LOGGERLOGGER PowerfulPowerful SerialSerial CommunicationCommunication
• Up to 7 serial ports for displays, telemetry, sensors and terminals • 1 x RS-232 and 1 x RS-485 as standard • Two optional module places: – DSU232 Dual RS-232 module – DSI485A Isolated RS-485 module up to 1,500 meters – DSI486 Dual isolated RS-485 module and SDI-12 port – DMX501 Fixed line modem module for extended distance (up to 10 km)
LA ABR-11 © Vaisala Oyj PALMTERMINALPALMTERMINAL SOFTWARESOFTWARE FORFOR MAWSMAWS
• AUTOMATES ROUTINE TASKS • UPLOADING OF SETUP CONFIGURATIONS • DOWNLOADING OF LOGGED DATA FILES • MANUALLY • AUTO-SCHEDULED • SETTING OF STATION SPECIFIC SETTINGS AND PARAMETERS
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS 100100
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LA ABR-11 © Vaisala Oyj MAWSMAWS 110110 AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSTATION
LA ABR-11 © Vaisala Oyj MAWS110MAWS110 HydroMetHydroMet SYSTEMSYSTEM
BASIC MAWS110 INSTALLED ON A MAWS110 WITH OPTIONAL POLE MAST RADIATION SHIELD
LA ABR-11 © Vaisala Oyj MAWS110MAWS110 HydroMetHydroMet SYSTEMSYSTEM
Telemetry equipment e.g. GSM/GPRS, CDMA and PSTN modems
LA ABR-11 © Vaisala Oyj MAWS110MAWS110 HydroMetHydroMet SYSTEMSYSTEM
Back-up battery 7Ah
QML201 Logger QBR101B Battery Regulator Optional Mains power supply, surge arrestors etc
LA ABR-11 © Vaisala Oyj MAWS110MAWS110 HydroMetHydroMet SYSTEMSYSTEM
QMH102 Air temperature and Humidity probe QMR101 installed in DTR502 Rain Gauge shield
MAWS110 with QML201 Logger, QBR101B Battery Regulator, telemetry, power supply etc
Pole mast
LA ABR-11 © Vaisala Oyj MAWS110MAWS110 ENCLOSUREENCLOSURE
QMD202 Display and QML201 Logger Mains power supply Keyboard Unit Battery Charger Surge arrestor(s) Back-up battery Modem/GSM
LA ABR-11 © Vaisala Oyj MAWS110SWMAWS110SW ENCLOSUREENCLOSURE forfor Self-StandingSelf-Standing InstallationsInstallations
Back-up batteries up to 48 Ah QML201 Logger, display&keyboard, telemetry,battery regulator etc
QSE104 Shaft Encoder
LA ABR-11 © Vaisala Oyj MAWS110SWMAWS110SW ENCLOSUREENCLOSURE forfor Self-StandingSelf-Standing InstallationsInstallations
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS VERSATILEVERSATILE DATADATA LOGGINGLOGGING
• 3.3 Mbytes of secure Flash memory onboard the CPU • Secure data logging, no back-up battery required • Optional Compact Flash memory card module • standard off the self memory cards • 32 to over 2 GB capacity • Time stamped data also for maximum and minimum values, incl. wind gust and lull
LA ABR-11 © Vaisala Oyj QML201QML201 AWSAWS LOGGERLOGGER
• 32 bit MOTOROLA CPU • 24 bit A/D conversion • 3.3 Mbytes of Flash memory for data logging • Optional Compact Flash memory up to 2 GB • Low power consumption, < 10 mA/6V with 5 basic sensor • 10 diff. analog inputs (20 single ended) • 2 frequency inputs • Accurate built-in Pressure Sensor • Up to 7 serial ports (RS-232,RS-485 and SDI-12) • User configurable software
LA ABR-11 © Vaisala Oyj QML201QML201 LOGGERLOGGER PowerfulPowerful SerialSerial CommunicationCommunication
• Up to 7 serial ports for displays, telemetry, sensors and terminals • 1 x RS-232 and 1 x RS-485 as standard • Two optional module places: – DSU232 Dual RS-232 module – DSI485A Isolated RS-485 module up to 1,500 meters – DSI486 Dual isolated RS-485 module and SDI-12 port – DMX501 Fixed line modem module for extended distance (up to 10 km)
LA ABR-11 © Vaisala Oyj PALMTERMINALPALMTERMINAL SOFTWARESOFTWARE FORFOR MAWSMAWS
• AUTOMATES ROUTINE TASKS • UPLOADING OF SETUP CONFIGURATIONS • DOWNLOADING OF LOGGED DATA FILES • MANUALLY • AUTO-SCHEDULED • SETTING OF STATION SPECIFIC SETTINGS AND PARAMETERS
LA ABR-11 © Vaisala Oyj EXAMPLE:EXAMPLE: WIRELESSWIRELESS GSM/GPRSGSM/GPRS Packet-SwitchedPacket-Switched NetworkNetwork
COMMS NETWORK
Internet
STD FTP SERVER
• FTP: REPORTS, ALARMS, DAILY LOG FILE(S) • DATA CALL: MAINTENANCE, POLLING OF MISSINGDATA, CONTROL COMMANDS
LA ABR-11 © Vaisala Oyj EXAMPLE:EXAMPLE: WIRELESSWIRELESS CDMACDMA Packet-SwitchedPacket-Switched NetworkNetwork
COMMS NETWORK
Internet
UDP port: e.g. 66.200.20.9/3xx
• DATA REPORTS TO UDP -PORT AT USER SET INTERVALS • MAINTENANCE, MISSING DATA, CONTROL COMMANS VIA TCP/IP
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS 110110
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LA ABR-11 © Vaisala Oyj MAWSMAWS 301301 AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSTATION
LA ABR-11 © Vaisala Oyj MAWS301MAWS301 -- NewNew GenerationGeneration AutomaticAutomatic WeatherWeather StationStation forfor ClimatologicalClimatological andand HydrometeorologicalHydrometeorological ApplicationsApplications
LA ABR-11 © Vaisala Oyj MAWSMAWS -- NEWNEW GENERATIONGENERATION AWSAWS AlreadyAlready fieldfield provenproven
• BASED ON 25 YEARS OF EXPERIENCE ON AWS SYSTEMS AND OVER 5,000 MILOS/QLC50 SYSTEMS DELIVERED IN OVER 70 COUNTRIES. • SIVAM PROJECT (Sistema de Vigilancia da Amazônia), BRAZIL, 63 STATION + 7 AIRPORTS • TACMET - TACTICAL METEOROLOGICAL OBSERVATION SYSTEMS - U.S AIRFORCE, OVER 200 SYSTEMS • SYNOPTIC NETWORKS IN BRAZIL, 100 SYSTEMS • CLIMATOLOGICAL AND SYNOPTIC NETWORKS IN POLAND OVER 100 SYSTEMS • SYNOPTIC NETWORK IN ROMANIA, 70 SYSTEMS • CLOSE TO 100 SYSTEMS IN JAPAN • MAWS301 systems in Finland, Argentina, Vietnam, Singapore, Switzerland, China, Italy, Croatia… over 100 MAWS customers in 45 countries
LA ABR-11 © Vaisala Oyj MAWS301MAWS301 AUTOMATICAUTOMATIC WEATHERWEATHER STATIONSSTATIONS
• COMPACT AND MODULAR AWS FOR APPLICATIONS WHERE NO TELEMETRY OR COMMERCIAL POWER EXIST • LOW POWER CONSUMPTION • MULTIPLE SERIAL PORTS FOR TELEMETRY OPTIONS AND INTELLIGENT SENSORS • IN-SITU DATA PROCESSING • DATA LOGGING ON 3.3 MB INTERNAL FLASH AND OPTIONAL COMPACT FLASH MEMORY CARD (HUNDREDS OF Mbytes) • EXTENDED SENSOR LIBRARY, INCL. SMART SENSORS
LA ABR-11• ECONOMICAL© Vaisala Oyj TO PURCHASE AND EASY TO MAINTAIN MAWS301MAWS301 -- SCALABLESCALABLE AWSAWS
• SCALABLE FROM SIMPLE AWS TO COMPLETE SYNOPTIC STATION • DIN- RAIL MOUNTABLE DEVICES FOR EASY MAINTENANCE • DOOR OPENS 190º FOR EASY MAINTENANCE ACCESS
BACK-UP BATTERY COMMUNICATION OPTIONS, 7 Ah, 12 Ah OR 24 Ah e.g. SATELLITE TRANSMITTER (Orbcomm, Inmarsat-C), RADIO MODEMS
QML102 AWS LOGGER
MAINS POWER SUPPLY (option) SURGE ARRESTORS (option) GSM DATA TERMINALQBR101 BATTERY (option) REGULATOR
LA ABR-11 © Vaisala Oyj MAWS301MAWS301 -- SCALABLESCALABLE AWSAWS
Battery options Screw terminals
Communication options
Surge arrestor options
Mains power options
LA ABR-11 © Vaisala Oyj MAWS301MAWS301 -- SCALABLESCALABLE WEATHERWEATHER STATIONSTATION
QMR102 Rain gauge
GSM antenna
… FROM A SIMPLE PLUVIOMETRIC Solar panel STATION TO ...
MAWS301 incl. back-up battery, GSM data terminal and accessories
Pole mast
Water level sensor LA ABR-11 © Vaisala Oyj MAWS301MAWS301 -- SCALABLESCALABLE WEATHERWEATHER STATIONSTATION
QMR102 Rain gauge
GSM antenna … FROM A SIMPLE HYDRO STATION WITH TELEMETRY TO ...
Solar panel
MAWS301 incl. back-up battery, GSM data terminal and accessories
Pole mast
Water level sensor LA ABR-11 © Vaisala Oyj QHB101QHB101 BubblerBubbler WaterWater LevelLevel SensorSensor
• PNEUMATIC GAUGE PRESSURE SENSOR • SIMPLE AND ECONOMICAL INSTALLATION • EASY TO MAINTAIN • LOW POWER CONSUMPTION • MEASURING RANGE: 0 - 20 M • ACCURACY: 0.1% OF F.S. • OPERATING TEMP: - 20 TO +70° C
LA ABR-11 © Vaisala Oyj DOPPLERDOPPLER CURRENTCURRENT METERSMETERS SONTEK’SSONTEK’S ARGONAUTARGONAUT -- serieserie • REAL-TIME IN-SITU 2D VELOCITY MEASUREMENTS • USER CONFIGURABLE MEASURING RANGE UP TO 120 METERS • EASILY INSTALLED ON UNDERWATER STRUCTURES • ROBIST, ALL DIGITAL TECHNOLOGY • FLOW DISTURBANCE AVOIDED BY PARAMETER SETTTINGS • NO CALIBRATION, NO ACCURACY LOSS DUE TO BIOLOGICAL GROWTH Water velocity: • OPTIONAL THIRD VERTICAL BEAM FOR STAGE AND Range: ± 6 m/s (± DISCHARGE MEASUREMENTS 19.7 ft/s) Resolution: 0.1 cm/s Accuracy: ± 1 % of measured velocity, ± 0.5 cm/s Temperature: Resolution: 0.01° C Accuracy: ± 0.1° C
Stage: (option) LA ABR-11 © Vaisala Oyj Range 0.25 - 11 m Accuracy: 0.1 % of range WaterWater FlowFlow MeasurementsMeasurements
LA ABR-11 © Vaisala Oyj SoluçãoSolução IntegradaIntegrada emem HidrometeorologiaHidrometeorologia
Meteorological parameters & Data logging & Telemetry
Water velocity Water level
Water quality
LA ABR-11 © Vaisala Oyj WaterWater LevelLevel MeasurementMeasurement withwith AbsoluteAbsolute PressurePressure sensorsensor
• No expensive and troublesome Communication antenna: • GSM vented cable, lower maintenance cost • Radio modem • Satellite Solar panel
• Less expensive sensor in water MAWS301 incl.; • PMT16A Pressure sensor • Back-up battery,battery • Charger • Comms equipment • Correction with atmospheric pressure • Mains power supply (option) Pole mast • Accessories sensor in MAWS 2 -wire signal cable
Absolute pressure sensor: Water level sensor LA ABR-11 © Vaisala Oyj MAWS301MAWS301 -- SCALABLESCALABLE WEATHERWEATHER STATIONSTATION
QMW110 Combined Wind Sensor with 10 m cable and mast mounting accessories Satellite antenna … TO BASIC HYDROMET STATIONS
SOLAR24 ... Solar panel, 24 W with cable and mast mounting accessories DKP12 QMH102 Pole mast Temperature and Relative Humidity Probe in DTR502 Radiation Shield DKP12SUP1 Sensor support arm
MAWS301 Automatic Weather Station with PMT16A Pressure sensor, incl.. rad. shield and QMR102 mast mounting Rain Gauge and accessories and GSM optional stand modem
Water level sensor
LA ABR-11 © Vaisala Oyj MAWS301MAWS301 -- SCALABLESCALABLE WEATHERWEATHER STATIONSTATION
WAS425A(H) Optional 2D ultrasonic wind QMW110 sensor with 10 m Combined Wind cable (also optionally Sensor with 10 m with heating) cable and mast mounting accessories GSM antenna … TO COMPLETE SYNOPTIC STATION
DKP12 10 m pole mast FD12P Present Weather Sensor QMH102 Temperature and Relative Humidity Probe in DTR502 Radiation Shield MAWS301 Automatic Weather Station with PMT16A Pressure sensor, BWT15SX Set Mains power QMN101 CM6B supply, comms modules, rad. Pyranometer shield and mast mounting NET Radiation accessories sensor CT25K QMR102 Ceilometer with cloud Rain Gauge coverage algorithm and stand 2 x 2 twisted pair
+5 cm +-0 Mains (AC) power -5 cm 2 x2 twisted pair Mains (AC) power Mains (AC) power -10 QMT107 -20 Multi -level Soil Temperature -50 probe LA ABR-11 © Vaisala Oyj -100 MAWS301MAWS301 ENCLOSUREENCLOSURE
• ROBUST FIBER GLASS RE-ENFORCED POLYESTER • COMPLETE WITH RADIATION SHIELD AND MAST MOUNTING ACCESSORIES • NEMA 4 X - IP66 ENCLOSURE • 2 LOCKS WITH KEYS (OPTION)
BOX501
LA ABR-11 © Vaisala Oyj MAWS301MAWS301 ENCLOSUREENCLOSURE
• ALL CONNECTIONS WITH WATER TIGHT (IP66) CONNECTORS • ALL CONNECTORS LABELED • PRESSURE COMPENSATION ELEMENT WITH CoreTex MEMBRANE FILTER FOR REDUCING CONDENSATION • ENCLOSURE HAS SPACE FOR EXPANSION BOX501 • PRESSURE PORT INCLUDED AS STANDARD • DEDICATED EXTERNAL GROUNDING TERMINAL
LA ABR-11 © Vaisala Oyj VAISALAVAISALA HydroMetHydroMet SYSTEMSYSTEM MAWS301MAWS301 • SCALABLE FROM A SIMPLE AWS TO COMPLETE SYNOPTIC STATION • DIN- RAIL MOUNTABLE DEVICES FOR EASY MAINTENANCE AND UPGRADE
Back-up batteries: 7, 12, 24 or 48 Ah
Telemetry options, incl: PSTN & cellular modems, UHF modems, LAN, satellites: multiple telemetry solutions
QML201 Logger with Power supply options, options (Digital I/O, battery regulator, Sensor Mux. etc) surge arrrestors etc
LA ABR-11 © Vaisala Oyj QML201QML201 AWSAWS LOGGERLOGGER
• 32 bit MOTOROLA CPU • 24 bit A/D conversion • 3.3 Mbytes of Flash memory for data logging • Optional Compact Flash memory up to 2GB • Low power consumption, < 10 mA/6V with 5 basic sensor • 10 diff. analog inputs (20 single ended) • 2 frequency inputs • Accurate built-in Pressure Sensor • Up to 7 serial ports (RS-232,RS-485 and SDI-12) • User configurable software
LA ABR-11 © Vaisala Oyj IN-SITUIN-SITU DATADATA LOGGINGLOGGING
• 3.3 Mbytes of secure Flash memory onboard the CPU • Secure data logging, no back-up battery required • Optional Compact Flash memory card module • 32 to over 2 GB capacity • Time stamped data also for maximum and minimum values, incl.. wind gust and lull
LA ABR-11 © Vaisala Oyj QML201QML201 LOGGERLOGGER PowerfulPowerful SerialSerial CommunicationCommunication
• Up to 7 serial ports for displays, telemetry, sensors and terminals • 1 x RS-232 and 1 x RS-485 as standard • Two optional module places: – DSU232 Dual RS-232 module – DSI485A Isolated RS-485 module up to 1,500 meters – DSI486 Dual isolated RS-485 module and SDI-12 port – DMX501 Fixed line modem module for extended distance (up to 10 km)
LA ABR-11 © Vaisala Oyj PALMTERMINALPALMTERMINAL SOFTWARESOFTWARE FORFOR MAWSMAWS
• AUTOMATES ROUTINE TASKS • UPLOADING OF SETUP CONFIGURATIONS • DOWNLOADING OF LOGGED DATA FILES • MANUALLY • AUTO-SCHEDULED • SETTING OF STATION SPECIFIC SETTINGS AND PARAMETERS
LA ABR-11 © Vaisala Oyj MAWSMAWS ISIS RELIABLERELIABLE
• Field proven sensor design • Built-in quality control for data • Single board AWS - high MTBF • Corrosion resistant anodized aluminum • Plastic enclosure with fiber glass re-enforcement • High quality polyurethane cables • Modular surge protection • Coaxial surge arrestors for RF signals
Finland
LA ABR-11 © Vaisala Oyj FLEXIBLEFLEXIBLE DATADATA OUTPUTOUTPUT && INTERFACINGINTERFACING
• Multiple user configurable data messages • Alarm messages – User set thresholds for each measured and/or calculated parameter – Multiple ALARM functions • over threshold • between thresholds • leaving threshold area • Self-timed and/or polled outputs • Up to 7 serial ports for multitelemetry Applications Brazil
LA ABR-11 © Vaisala Oyj IN-SITUIN-SITU DATADATA REDUCTIONREDUCTION
• Statistical calculation of min, max, ave, std. dev. and cumulative values over user set intervals
• Calculations library including e.g. QNH, QFE, QFF, dew point, evapotranspiration, sunshine duration, rain duration, wind chill, heat stress, Frost point, McArthur fire index, unit conversions, etc
• Wind Task module for special wind calculations
….
LA ABR-11 © Vaisala Oyj POWERINGPOWERING OPTIONSOPTIONS
• SOLAR12 – 12 W panel for basic systems • SOLAR24 – 24 W panel for systems with telemetry equipment • Panels include mast mounting accessories for pole mast and 6 m cable with connector • Back-up batteries 7, 12 or 24 Ah capacity • QBR101 Battery charger included • BWT15SXZ Set Mains Power Supply (85 - 264 VAC)
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
1. GOES INTERFACE, INCL. HDR TRANSMITTER 2. AUTOTRAC SATELLITE INTERFACE (E.G. IN BRAZIL) 3. SEVERAL SMALL IMPROVEMENTS: - IMPROVED FLAGGING OF MEASUREMENTS - EXTERNAL TEMPERATURE COMPESATION OF DCU7XXX SENSORS (ULTRASONIC SNOW HEIGHT AND WATER LEVEL) - ALARMS:EXCITATION CONTROL (E.G. RELAY CONTROL) - NEW NWS WIND CHILL FORMULA - NEW REPORT TEMPLATES(DD,WD,YOURVIEW) - SEVERAL SMALL IMPROMENTS IN LIZARD( INFO PAGE, COPY IN REPORT,etc...) - YSI WATER QUALITY PROBES
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
1.1. NEWNEW CPUCPU ->-> QML201QML201 AWSAWS LOGGERLOGGER -- NEWNEW MOTOROLAMOTOROLA PROCESSORPROCESSOR -- QMC102QMC102 INTEGRATEDINTEGRATED INTOINTO MAINSMAINS CPUCPU BOARDBOARD
- COMPACT FLASH MEMORY CARD - STANDARD
- RTC WITH LITHIUM BATTERY BACKUP - STANDARD
- ADDITIONAL RAM MEMORY - STANDARD
- ADITIONAL RS-485 SERIAL PORT - STANDARD
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
2.2. LCDLCD DISPLAYDISPLAY && KEYBOARDKEYBOARD OPTIONSOPTIONS -- BUILT-INBUILT-IN DISPLAYDISPLAY && KEYBOARDKEYBOARD - EXTERNAL OPERATION / ACCESSIBLE FROM OUTSIDE - INTERNAL OPERATION / ACCESSIBLE BY OPENING THE DOOR - HANDHELD OPERATION
-- FORFOR VIEWINGVIEWING DATADATA ANDAND MESSAGES,MESSAGES, SETTINGSETTING PARAMETERSPARAMETERS (not(not replacingreplacing aa LaptopLaptop PC)PC)
LA ABR-11 © Vaisala Oyj QMD201QMD201 // 202202 DISPLAY/KEYBOARDDISPLAY/KEYBOARD
• VIEWING DATA MESSAGES, CONTENTS CONFIGUED USING MAWS LIZARD SOFTWARE • SETTING SYSTEM PARAMETERS • ONE POINT CALIBRATION (GAIN & OFFSET) • DATA/TEXT ENTRY • QMD201 AT THE DOOR • QMD202 INSIDE THE ENCLOSURE • QMD170 HANDHELD - RS-232
QMD202 QMD170 QMD201 LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
3.3. DIGITALDIGITAL I/OI/O OPTIONOPTION -- 88 DIGITALDIGITAL INPUTSINPUTS (e.g.(e.g. toto detectdetect ifif doordoor isis open)open) -- 88 DIGITALDIGITAL OUTPUTSOUTPUTS (e.g.(e.g. forfor controllingcontrolling externalexternal relays)relays)
LA ABR-11 © Vaisala Oyj VAISALAVAISALA HydroMetHydroMet SYSTEMSYSTEM MAWSMAWS QMI118QMI118 DigitalDigital I/OI/O ModuleModule
• 8 DIGITAL INPUTS – VOLTAGE UP TO 25 VDC – 40 MS CONTACT BOUNCING CIRCUITRY – E.G: ADDITIONAL RAIN GAUGE, DOOR OPEN ALARM... • 8 DIGITAL OUTPUTS – 30 VDC/1A DRIVING CAPACITY – LED INDICATORS – EACH ON/OFF CYCLE USER CONFIGURABLE – E.G: CONTROL OF RELAY (POWERING OF TELETETRY AND OTHER DEVICES) • SPI -BUS CONNECTS TO CPU (NOT USING SERIAL CHANNELS) LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
4.4. NEWNEW SENSORSSENSORS INTOINTO THETHE LIBRARYLIBRARY
- BUBBLER WATER LEVEL SENSOR FROM SEBA - RADAR WATER LEVEL SENSOR FROM SEBA - SHAFT ENCODER WATER LEVEL FROM SEBA - WEIGHTING RAIN GAUGE FROM GEONOR
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
5.5. OTHEROTHER FEATURESFEATURES -- AdvancedAdvanced powerpower managementmanagement featurefeature toto shutshut downdown (control(control poweringpowering )) peripheralperipheral devicesdevices basedbased onon programmableprogrammable thresholdsthresholds andand timing.timing.
-- SensorSensor command:command: AllowsAllows usersusers toto enable/disableenable/disable individualindividual measurementsmeasurements usingusing aa commandcommand issuedissued throughthrough serviceservice connectionconnection
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES - Improved handling of removable Compact Flash Memory card (like current flash memory - automatic deletion of files) - Extended Log Sender functionality (send data from certain date/time to current date/time) - INMARSAT-C interface - 2 ways commns - via Remote Commands Interface (e.g. enabling polling) - Improved modem handling (especially with SMS) - GPRS functionality - Data transmission via e-mail - Station “on-line” all the time - METEOSAT interface
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
- Enhancements to existing alarm functionality - Two new alarm types will be added to Lizard: - Trigger measurement - Trigger calculation - Threshold(s) (e.g. measurement value) controllable timer intervals
(e.g. no rain = longer transmission interval more rain = more frequent transmissions)
LA ABR-11 © Vaisala Oyj NEWNEW FEATURESFEATURES
6.6. MAWSMAWS LIZARDLIZARD SOFTWARESOFTWARE -- “ WIZARD” interface to make it easy to make simple configurations
LA ABR-11 © Vaisala Oyj QML102QML102 AWSAWS LOGGERLOGGER VersatileVersatile InterfacingInterfacing • 10 differential inputs (20 single ended) • 2 frequency inputs • Accurate pressure sensor onboard the CPU • Up to 7 serial I/O ports: • RS-232, RS-485, SDI12 • Sensor library with default settings • User configurable interfacing with up to 3rd degree linearization:
• Voltage input (also digital ON/OFF) • mA input • Pt100 • 16 bit counter • frequency • Numeric ASCII string via RS232/485
LA ABR-11 © Vaisala Oyj USERUSER CONFIGURABLECONFIGURABLE SOFTWARESOFTWARE
• User configurable modules: • Optional hardware • Telemetry hardware • Sensors • Measurements • Calculations (conversion, meteorological, statistical) • Data logging • Reports • Communication • Alarms • Timing events
LA ABR-11 © Vaisala Oyj MAWSMAWS -- DATADATA QUALITYQUALITY
• Each measurements has independent validation against: • Climatological maximum • Climatological minimum • Step change between measurements • Minimum valid samples in Statistical calculations • Flagging of suspicious data
LA ABR-11 © Vaisala Oyj DYNAMICDYNAMIC INTERVALSINTERVALS
•PERMANENT TIMER INTERVAL CHANGES – E.G. FOR CHANGING DATA TRANSMISSION INTERVAL REMOTELY (E.G. BY SMS)
•THRESHOLD CONTROLLED INTERVALS,E.G: – MAINS POWER OFF=> POWER TO TELEMETRY DEVICES ONLY DURING TRANSMISSION TIMES – ALARM SITUATION: DATA TRANSMISSION INTERVAL CAN BE CHANGED UP TO 5 LEVELS – PRIORITY SETTING IN CASE MULTIPLE PARAMETERS CHANGE SAME TIMER
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS 301301
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LA ABR-11 © Vaisala Oyj MAWSMAWS 410410
MARINEMARINE OBSERVATIONOBSERVATION SYSTEMSYSTEM
LA ABR-11 © Vaisala Oyj VaisalaVaisala MaritimeMaritime ObservationObservation SystemSystem
LA ABR-11 © Vaisala Oyj Vaisala’sVaisala’s ExperienceExperience –– ShipboardShipboard ApplicationsApplications
• First shipboard applications during 80’s – Automatic and semi-automatic weather observation systems
• Over 100 systems in 20 countries – Meteorological Institutes - Voluntary Observing Ships' program (VOS) and VOS Climate Projects (VOSClim) – Defense Forces & Coast Guards - Interfaced with ship’s self-defence, aviation and radar systems – Ice Breakers – Research Ships – Commercial Vessels – ASAP Containers - Interfaced with Shipboard Upper Air Observation MILOS520 VOS AWS
2002-09-17 / JI LA ABR-11 © Vaisala Oyj VaisalaVaisala MaritimeMaritime ObservationObservation SystemSystem
• Expandable modular system design based on customer requirements • Reliable in harshest weather – IP66 (NEMA4X) Enclosures – Meeting the requirements of the IEC60945 (Maritime Navigation and Radiocommunication equipment and systems - Product Family Standard) – Anti-corrosive design and extended operating temperature range – Field-proven sensor technology • Wide selection of sensors and telemetry • Extensive calculation, reporting and data logging capability • Aviation support (landings / take-offs) • Commercial-Off-The-Shelf (COTS) product
LA ABR-11 © Vaisala Oyj Measurement of Surface Weather Parameters ADDITIONAL MEASUREMENTS WIND SPEED & DIRECTION
• Basic measurements – Wind speed and direction (true wind, 5 8 upwind) 4 S R – Air temperature SATELLITE TRANSMITTER – Relative humidity (dew point) AIR TEMPERATURE & – Atmospheric pressure (QFF, QFE, HUMIDITY QNH, tendency) SOLAR RADIATION • Additional measurements e.g. – Multiple wind sensors – Sea-surface water temperature DATA COLLECTION AND VISIBILITY & PRESENT WEATHER PROCESSING UNIT WITH – rain duration / precipitation ATMOSPHERIC PRESSURE – (Net) Global radiation MEASUREMENT – Sunshine duration – Long-wave radiation – Cloud base
– Visibility & present weather SEA LEVEL & WAVE HEIGHT • Can be augmented with visual • observations CLOUD BASE OBSERVATION CONSOLE
LA ABR-11 © Vaisala Oyj VaisalaVaisala MaritimeMaritime ObservationObservation SystemSystem DataData ConnectionsConnections
• Data Receiption – Ship Gyro compass (if not Vaisala compass) • NMEA HDT Message ( Heading) – Ship Navigation system (if not Vaisala GPS) • NMEA VTG ( Ship speed and direction) • NMEA GLL ( Location) • Data sending – Ship navigation system • NMEA MWV ( Wind speed and direction) – Other Systems • NMEA MWV ( Wind speed and direction) • NMEA XDR ( Temperature , Humidity ... ) • Custom reports – Sounding system • Surface data ( fixed communication protocol)
LA ABR-11 © Vaisala Oyj ObservationObservation ConsoleConsole && DigitalDigital DisplaysDisplays
• Real-time displays • Ship weather reports • FM13 Ship Synop • IMMT-3 Ship Report • BUFR support • Stanag ATP-45(C) • Custom reports
LA ABR-11 © Vaisala Oyj Calculations,Calculations, DataData ValidationValidation andand MeasurementsMeasurements
6.1 m/s • Calculations – True & relative wind – Cross wind – Wind selection (upwind) – Corrections for elevation & magnetic 65 º variation – Statistical • Data validation – Min / Max validation – Cross Check • Measurements – Sensor scaling – IR temperature compensation – Unit conversions (m/s - kt)
LA ABR-11 © Vaisala Oyj VaisalaVaisala MaritimeMaritime ObservationObservation SystemSystem -- TelemetryTelemetry
• Satellite Communication • Inmarsat-C • GOES, GMS, Meteosat • Iridium • Argos / SCD
• UHF/VHF/Voice Radio
• GSM/GPRS data
• On-board telemetry via • LAN • RS485 Bus • RS232 • Optical fiber
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS 410410
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LA ABR-11 © Vaisala Oyj SOFTWARESSOFTWARES
MAWSMAWS LIZARDLIZARD
MAWSMAWS TERMINALTERMINAL
YOURVIEWYOURVIEW
RETORNAR LA ABR-11 © Vaisala Oyj MAWSMAWS LIZARDLIZARD MAWSMAWS ConfigurationConfiguration SoftwareSoftware
LA ABR-11 © Vaisala Oyj MAWSMAWS LIZARDLIZARD
The MAWS Lizard Set-up software provides straightforward, basic set-up procedures. If necessary, though, settings can be further modified by the user. The software has a graphical user interface with icons, pop-up and pull-down menus, and dialog boxes. No programming language knowledge is required of the user. The Lizard software facilitates: · Selecting the sensors and measurement sequences · Setting up data validation parameters · Selecting calculations formulae from the library · Setting statistical calculations · Defining data formats for output · Setting up multiple alarms when necessary · Defining serial port parameters, including handshake and check-sum methods · Building communication events: polled, self-timed or alarm-activated · Organizing multiple data logging schedules
LA ABR-11 © Vaisala Oyj SetupSetup ManagementManagement
LA ABR-11 © Vaisala Oyj HardwareHardware SetupSetup
LA ABR-11 © Vaisala Oyj EquipmentsEquipments
LA ABR-11 © Vaisala Oyj MeasurementsMeasurements
LA ABR-11 © Vaisala Oyj CalculationsCalculations
LA ABR-11 © Vaisala Oyj LoggingLogging
LA ABR-11 © Vaisala Oyj ReportsReports
LA ABR-11 © Vaisala Oyj QML102QML102 AWSAWS LOGGERLOGGER VersatileVersatile InterfacingInterfacing
•10 differential inputs (20 single ended) • 2 frequency inputs • Accurate pressure sensor onboard the CPU • Up to 5 serial I/O ports: • RS-232, RS-485, SDI12 • Sensor library with default settings • User configurable interfacing with up to 3rd degree linearization: • Voltage input (also digital ON/OFF) • mA input • Pt100 • 16 bit counter • frequency • Numeric ASCII string via RS232/485
LA ABR-11 © Vaisala Oyj IN-SITUIN-SITU DATADATA REDUCTIONREDUCTION •Statistical calculation of min,max, ave, std. dev. and cumulative values over user set intervals • Calculations library including e.g. QNH, QFE, QFF, dew point, evapotranspiration, sunshine duration, rain duration, wind chill, heat stress, Frost point, McArthur fire index etc • Unit conversion, also User Definable Conversion • Wind Task module for special wind calculations
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LA ABR-11 © Vaisala Oyj USERUSER CONFIGURABLECONFIGURABLE SOFTWARESOFTWARE •User configurable modules: • Optional hardware • Telemetry hardware • Sensors • Measurements • Calculations (conversion, meteorological, statistical) • Data logging • Reports • Communication • Alarms • Timing events
LA ABR-11 © Vaisala Oyj MAWSMAWS -- DATADATA QUALITYQUALITY • Each measurements has independent validation against: • Climatological maximum • Climatological minimum • Step change between measurements • Minimum valid samples in Statistical calculations • Flagging of suspicious data
LA ABR-11 © Vaisala Oyj GenericGeneric SensorSensor InterfacesInterfaces
• Voltage input • mA input • Pt100 • 16 bit counter • Numeric ASCII string via RS232/485 port(s)
LA ABR-11 © Vaisala Oyj GenericGeneric SensorSensor InterfacesInterfaces
3rd degree conversion function Validation of measured data
LA ABR-11 © Vaisala Oyj CommunicationsCommunications
LA ABR-11 © Vaisala Oyj AlarmsAlarms
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS LIZARDLIZARD
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LA ABR-11 © Vaisala Oyj MAWSMAWS TerminalTerminal TerminalTerminal SoftwareSoftware forfor workingworking withwith MAWSMAWS
LA ABR-11 © Vaisala Oyj MainMain ScreenScreen
LA ABR-11 © Vaisala Oyj ModifyingModifying StationStation SettingsSettings
LA ABR-11 © Vaisala Oyj TableTable ViewView
LA ABR-11 © Vaisala Oyj PreferencesPreferences WindowWindow
LA ABR-11 © Vaisala Oyj AddressAddress BookBook WindowWindow
LA ABR-11 © Vaisala Oyj DownloadingDownloading FilesFiles
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação MAWSMAWS TERMINALTERMINAL
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LA ABR-11 © Vaisala Oyj YourVIEWYourVIEW DisplayDisplay
LA ABR-11 © Vaisala Oyj YourVIEWYourVIEW WeatherWeather DisplayDisplay
LA ABR-11 © Vaisala Oyj YourVIEWYourVIEW BrowserBrowser
LA ABR-11 © Vaisala Oyj YourVIEWYourVIEW ReceiverReceiver
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação YOURVIEWYOURVIEW DISPLAYDISPLAY
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LA ABR-11 © Vaisala Oyj TECNOLOGIATECNOLOGIA EMEM SENSORESSENSORES VAISALAVAISALA
LA ABR-11 © Vaisala Oyj WEATHERWEATHER TRANSMITTERTRANSMITTER WXT520WXT520
• Six most essential weather parameters combined in one instrument : Temperature, Humidity, Pressure, Rain and Wind • Accurate and stable measurement • Proven Vaisala sensor technology • No moving parts • Low power consumption • Compact and light weight • Fast and simple to install • Low maintenance
LA ABR-11 © Vaisala Oyj CARBONCARBON DIOXIDEDIOXIDE PROBEPROBE GMP343GMP343
Accurate and stable measurement – The silicon based Vaisala CARBOCAP® sensor For harsh environments – Anodized Aluminum housing – Heated optics Reliability and low power consumption – Low power electrically pulsed light source – No moving parts – Possibility to disable the optics heating – Possibility for discontinuous use due to short warm-up time
CO2 Measurement range options 0...1000 ppm CO2
0...2000 ppm CO2
0...3000 ppm CO2
0...4000 ppm CO2
0...5000 ppm CO2 (reduced performance >4000 ppm)
Typical accuracy according to factory calibration ± 1.5 % of reading at the CO2 calibration point ± 2.5 % of the reading maximum elsewhere
± 5 ppmCO2 (Below 300 ppm CO2) LA ABR-11 © Vaisala Oyj WM30WM30 —— CompactCompact WindWind SensorSensor
• Light-weight and compact WM30 • Fast response • Low power consumption • Excellent accuracy and linearity • 0 - 360 degree range (no gap) • Durable in all climates • Low cost Anemometer Wind Vane • WM30 with 1 m and 10 m cable with connectorsMeasuring range: 0.5 - 60 m/s 0 - 360 ° Accuracy: + 0.3 m/s (<10 m/s) Better than +3° < 2% (>10 m/s) Operating temperature: -40 … +55° C
LA ABR-11 © Vaisala Oyj WAA151WAA151 andand WAV151WAV151 WindWind SensorsSensors
• Digital optoelectonic sensors • Excellent linearity, fast response • Robust sensors for demanding environments • winds up to 75 m/s • WAA151 WAA151 thermostat controlled shaft •Measuring range 0.4 .. 75 m/s 0..360° heating included •Accuracy ±0.17 m/s (std dev.) better than +/- 3° • WT521 Wind transmitter for serial •Resolution 0.1 m/s 5.6° •Distance constant 2.0 m (RS-232) connection to MAWS •Delay distance 0.4 m (DSU232 needed) •Damping ratio 0.14 • Also heated version WAA252 & •Starting threshold < 0.5 m/s •Operating temperature -50 .. +55 C WAV252 with WHP25 power supply •Shaft heating 20 V, 500 mA (for each sensor) •Housing AlMgSi, grey anodized •Cups PA + carbon fibre
LA ABR-11 © Vaisala Oyj WS425WS425 ULTRASONICULTRASONIC WINDWIND SENSORSENSOR
• Solid state wind sensor • Highly accurate • Low starting threshold • No regular maintenance required - no wearing parts • Robust mechanical design • Extended MTBF of 26 years • Serial interfacing to MAWS301 Speed Direction •Measuring range 0.2 .. 65 m/s 0..360° (DSU232 module required) •Accuracy 0.135 m/s (0-4.5 m/s) 2° • Cable 27067ZZ with RS-232 and 3% (4.5 - 65 m/s) •Resolution 0.1 m/s 1° power connectors - 10 m •Delay distance 0 m/s •Damping ratio 0.14 •Starting threshold 0 m/s •Operating temperature -40 .. +55 C
LA ABR-11 © Vaisala Oyj WMT700WMT700 SeriesSeries UltrasonicUltrasonic WindWind SensorSensor
LA ABR-11 © Vaisala Oyj UltrasonicUltrasonic WindWind SensorSensor WMT52WMT52
Measures horizontal wind speed and wind direction No moving parts Proven Vaisala WINDCAP® sensor technology for first class accuracy and stability Triangular design ensures excellent data availability and 360° measurement accuracy Heated model available Compact, durable and robust Low power consumption Variety of serial data outputs available Maintenance-free Corrosion resistant, IP65 housing Applications: meteorology, wind energy, marine, transport, pollution control, agriculture
LA ABR-11 © Vaisala Oyj HMP155HMP155 —— RHRH && TT MeasurementsMeasurements • HMP155 probe with relative humidity and temperature sensors • Optional warmed probe • USB connection • Different output possibilities: voltage, RS-485, resistive PT100 • 0 to 100 % RH range ± 1 % accuracy, 0 ... 90 % ± 1.7 % accuracy, 90 ... 100 % • - 80 … +60 °C Temperature < ± 0.3 °C, Pt-100 IEC 751, 1/3 CLASS B • Well designed radiation shield for optimum performance in all weather • DTR503: mounting on sensor arm DKP12SUP1/2 • DTR502P: mounting on 60-100 mm pole /wall
LA ABR-11 © Vaisala Oyj BARO-1BARO-1 —— AccurateAccurate PressurePressure MeasurementsMeasurements • Fully temperature compensated digital pressure transducer for demanding environments • Excellent hysteresis and long term stability • Total accuracy ± 0.25 hPA • 500 - 1100 hPa pressure range • - 40 … 60 °C temperature range • Insensitive to shocks and vibration • Calibration traceable to international standards (NIST) • Easy to change module
LA ABR-11 © Vaisala Oyj QMR101QMR101 -- PRECIPITATIONPRECIPITATION SENSORSENSOR
• Light weight & rugged design for portable applications • 0.2 mm resolution • Simple installation on the sensor cross arm
Specifications: Resolution: 0.2 mm Accuracy: < 5 % (< 24 mm/h) < 10 % (< 120 mm/h) Capacity: 144 mm/h Diameter: 159.6 mm Weight: 380 g Operating temperature -40...+55 °C (measuring 0 ... +55 °C, no heating)
LA ABR-11 © Vaisala Oyj QMR102QMR102 —— PrecipitationPrecipitation SensorSensor • Light-weight & rugged design for permanent applications • Tipping bucket - 0.2 mm resolution • Comes with 10 m cable and connector • Optional stand RG35003 (total height 1.5 m) and base plate RB1 Specifications: Resolution: 0.2 mm Accuracy: < 1 % (< 24 mm/h) < 5 % ( < 120 mm/h) Capacity: 250 mm/h Diameter: 254 mm Weight: 1000 g (w/o base plate) Operating temperature -40...+55 °C (measuring 0 ... +55 °C (no heating)
LA ABR-11 © Vaisala Oyj RG13RG13 —— PrecipitationPrecipitation SensorSensor
• Light-weight & rugged design for permanent applications • Tipping bucket - 0.1 / 0.2 mm resolution • Comes with 10 m cable and connector
Specifications: Resolution: 0.1 / 0.2 mm Accuracy: 1% Diameter: 225 mm Weight: 2.5 Kg Operating temperature -20...+85 °C
LA ABR-11 © Vaisala Oyj AllAll WeatherWeather PrecipitationPrecipitation GaugeGauge VRG101VRG101
• Reliable performance in all weather conditions
• Measurement of liquid, mixed and solid precipitation quantity and intensity with high-accuracy load cell technology
• Simple, robust and geometrically optimized mechanical design
• Enhanced performance, easy maintenance and extended service intervals for automatic precipitation monitoring
• Advanced measurement and heating control algorithms to ensure higher performance and low power consumption
• Equipped with configurable serial and pulse output data interface
LA ABR-11 © Vaisala Oyj QMS101QMS101 —— SiliconSilicon PyranometerPyranometer • Economical and easy-to-use pyranometer for: – Agriculture and forestry – General purpose weather stations – Schools and universities – Air pollution calculations – Sport and leisure • Photodiode detector SPECIFICATIONS: Sensitivity (nominal): 100 uV/W/m2 • A ready made cable with connector Spectral range: 0.4 - 1.1 micron Response time: < 1 sec. and installation plate for easy Accuracy: + 5% Range: + 2000 W /m2 installation on sensor arm Temperature dependence: +0.15 %/°C Non-stability: <+ 2% per year DKP12SUP Non-linearity: < 1% up to 1000 W/m2 Operating temperature: -30...+70 °C
LA ABR-11 © Vaisala Oyj QMS102QMS102 —— PyranometerPyranometer
• KIPP& ZONEN’S CM3 with cable and connector • Thermopile sensor with optical glass dome • ISO’s second class pyranometer
Sensitivity 10 ... 35 µV/W/m2 Spectral range: 305 … 28000 nm (50 % of points) Response time: 18 seconds (95 %) Range: 2000 W/m2 Temperature dependence: 6 % (–10 ... +40 °C) Non-stability: < 1 % per year Non-linearity: + 2.5 % up to 1000 W/m2 Operating temperature: –40 ... +80 °C
LA ABR-11 © Vaisala Oyj CM6BCM6B andand CM11CM11 PyranometersPyranometers • Highly accurate pyronometers for synoptic and climatological applications. • Sunshine Duration can be reliably calculated based on CM6B/CM11 global solar radiation data.
CM6B CM11 WMO/ISO standard: First class Secondary standard Sensitivity 9 - 15 µV/W/m2 4 - 6 µV/W/m2 Spectral range (50 % of points):305 …2800 nm 305 …2800 nm Response time (1/e): 5 s, 99% - 55 s. 4 s, 99% - 24 s. Temperature dependence: ± 2 % (–10 ... +40 °C) ± 1 % (–10 ...+40 °C) Max. irradiance: 2000 W/m2 4000 W/m2 Non-linearity: < 1.5 % up to 1000 W/m2 ± 0.6 % (<1000 W/m2) Operating temperature: –40 ... +80 °C –40 ... +80 °C
LA ABR-11 © Vaisala Oyj QMN101 — Net Radiometer
•Thermopile sensors with Teflon coated conical absorber
• Weather resistant
• No fragile plastic domes SPECIFICATIONS:
Sensitivity (nominal): 10 uV/W/m2 • Maintenance-free design Spectral range: 0.2 - 100 micron Response time (1/e): <20 sec. Range: -2000 to + 2000 W /m2 • Ready made cable and connector Stability: < + 2% per year Non-linearity: < 1% up to 2000 W/m2 for easy installation Operating temperature -30...+70 C
LA ABR-11 © Vaisala Oyj QMT103QMT103 —— SoilSoil && WaterWater TemperatureTemperature SensorSensor
• Precision platinum Pt-100 sensor, 1/4 DIN 43760B
• Measuring range -50° C +90°C
• 5 m cable and connector included (QMT110 with 10 m cable)
• Completely water tight - IP68
• Stainless steel sensor head
• Optional extension cables with connectors
LA ABR-11 © Vaisala Oyj QMT107 — Multi-level Soil Temperature Sensor
• Precision platinum Pt-100 sensor, + 5 cm 0 IEC 752, 1/3 Class B -5 -10 • Measuring range -40 °C…+60 °C -20 • Accuracy ± 0.3 °C • Reserves only 1 channel in MAWS -50 • 1 m cable extendable with 10 m cables (p/n: 19905) • 1200 (h) x 20 () mm • Weight 640 g net -100 cm • Auger tool for proper installation
LA ABR-11 © Vaisala Oyj QFM101QFM101 FuelFuel Moisture/TemperatureMoisture/Temperature SensorSensor
• Composite sensor to measure fuel moisture content in dowel (Ponderosa pine), emulating USFS Std Fuel Stick • Solid state, no moving parts • Fuel moisture: 0 to 25 g QMF101 Fuel moisture Sensor • Fuel temperature: -10 to 60° C 19905 10 m extension cable • Operating temperature: -10 to 60° C • 3 m cable with connectors included
LA ABR-11 © Vaisala Oyj QLW101QLW101 LeafLeaf WetnessWetness SensorSensor
• For indicating the level of surface moisture on foliage • Mounted on the sensor cross arm (DKP12SUP1) or a separate pole. • 5 meter shielded cable • Duration of leaf wetness integrated in MAWS
LA ABR-11 © Vaisala Oyj DSU12DSU12 SunshineSunshine DurationDuration SensorSensor
• Std 120 W/m2 threshold • High sensitivity • Low maintenance • Mounted on the sensor cross arm (DKP12SUP1) • Sunshine duration minutes integrated in MAWS
LA ABR-11 © Vaisala Oyj ML2xML2x VolumetricVolumetric SoilSoil MoistureMoisture SensorSensor
• Stable, robust sensor for long term measurements • Full range of 0 - 1.0 m3.m-3 • Accuracy ± 5 % (± 0.05 m3.m-3), (± 1 % with soil specific calibration) • 5 meter cable and connector included
LA ABR-11 © Vaisala Oyj ECH20-M3 Soil Moisture Sensor
• Economical capacitive sensor for long term measurements • Full range of 0 - 1.0 m3.m-3 • Accuracy ± 5 % (± 0.05 m3.m-3), (± 1 % with soil specific calibration) • 3 meter cable and connector included
LA ABR-11 © Vaisala Oyj DRD11ADRD11A RainRain DetectorDetector
• Fast and accurate precipitation detection (ON / OFF) • In-built heating for snow / moisture-free operation • Low maintenance • Mounted on the sensor cross arm (DKP12SUP1) • Rain duration minutes integrated in MAWS
LA ABR-11 © Vaisala Oyj QMG101 Time Synchronizing Unit
• GPS receiver with embedded antenna for accurate time synchronization
• Installed on DKP12SUP cross arm and interfaced via RS232 with MAWS301
• Comes with 3 m cable, connector and installation accessories
LA ABR-11 © Vaisala Oyj QMV102QMV102 —— WaterWater LevelLevel SensorSensor with higher accuracy
• For measuring hydrostatic levels: • Rivers and lakes • Waste water plants • Measuring ranges 0.75 - 60 m • QMV102 installation set with: • Level probe • Junction box with pressure equilibration • order specific cable length
Specifications: Measuring range: 0.75 to 60 m (specified together with order) Output signal: 4-20 mA, 2-wire Accuracy: 0.1 % of FS Material: Titanium, polyurethane cable with Kevlar strain relieving cord Operating temp: -20 ... +60 °C
LA ABR-11 © Vaisala Oyj DS30DS30 WATERWATER LEVELLEVEL SENSORSENSOR • For measuring hydrostatic levels: • Rivers, lakes, reservoirs • Measuring ranges 1.5 - 50 m • Order specific cable length • Specifications: • Measuring range: 1.5 to 50 m (specified together with order) • Output signal: 4-20 mA, 2-wire • Accuracy: 0.2 % of FS (0.1 % of FS at 25° C) • Material: Stainless steel, polyurethane cable • Operating temp: - 5° ... +60 °C
LA ABR-11 © Vaisala Oyj SUBMERSIBLESUBMERSIBLE WATERWATER LEVELLEVEL SENSORSENSOR PR-36WPR-36W
• FOR MEASURING HYDROSTATIC LEVEL IN RIVERS, LAKES AND RESERVOIRS
• MEASURING RANGE 0 - 40 m (USER SETTABLE) • 36W/H WITH HASTELLOY DIAPHRAGM FOR SEA WATER APPLICATIONS • SPECIFICATIONS: OUTPUT SIGNAL: 4-20 mA, 2-WIRE ACCURACY: 0.1 % of FS MATERIAL: STAINLESS STEEL, POLYURETHANE CABLE OPERATING TEMP. : - 40 ° ... +60° C
LA ABR-11 © Vaisala Oyj QSE101QSE101 SmartSmart ShaftShaft EncoderEncoder
• Water level in stilling well applications • Low starting torque - Dual bearings • SDI12 interfacing (requires DSI486 module in MAWS) • Range ± 100 meters • Accuracy: 0.305 cm with 30.5 cm circumference pulley
• 3 m cable with connectors included QSE101 Shaft encoder 19905 10 m extension cable 436-7002 Pulley Assy, 375 mm circumference 600-0912 Pulley tape for above, 6 m 600-0905 Float, 10 in. 600-0906 Float counterweight 600-0907 Hook, Float tape (2 pcs)
LA ABR-11 © Vaisala Oyj QSE102QSE102 AbsoluteAbsolute ShaftShaft EncoderEncoder
• Water level in stilling well applications • Low starting torque • 375 pulses per revolution • Accuracy: 1 mm • mA, RS-232 and SDI12 interfacing • In-built LCD display with auto shutdown (2 x 16 characters) • Easy set up menu with two push buttons (range, resolution, time, date and current level) • Built-in lithium back-up batteries • User settable range ± 65.5 meters • User settable resolution 1mm or 10 mm
LA ABR-11 © Vaisala Oyj ABSOLUTEABSOLUTE SHAFTSHAFT ENCODERENCODER QSE104QSE104
• WATER LEVEL MEASUREMENTS IN STILLING WELLS • TRUE ABSOLUTE ENCODER - RETAINS ITS POSITION INFORMATION EVEN DURING POWER CUTS AND WITHOUT BACK-UP BATTERY • INTERFACING TO MAWS VIA RS-232 OR RS-485 (2-WIRE) • LOW STARTING TORGUE (< 1 Ncm) • RANGE: PRACTICALLY UNLIMITED • RESOLUTION 0.1 MM WITH 375 MM CIRCUMFERENCE PULLEY (4096 POSITIONS PER TURN) • ACCURACY: 1 MM (INCL. AUTOMATIC COMPENSATION OF WEIGHT OF FLOAT TAPE)
LA ABR-11 © Vaisala Oyj QHB101QHB101 BubblerBubbler WaterWater LevelLevel SensorSensor
• PNEUMATIC GAUGE PRESSURE SENSOR • SIMPLE AND ECONOMICAL INSTALLATION • EASY TO MAINTAIN • LOW POWER CONSUMPTION • MEASURING RANGE: 0 - 20 M • ACCURACY: 0.1% OF F.S. • OPERATING TEMP: - 20 TO +70° C
LA ABR-11 © Vaisala Oyj BUBBLERBUBBLER WATERWATER LEVELLEVEL SENSORSENSOR QHB102QHB102
• INTEGRATED SOLUTION WITH MAWS SYSTEM • EASY TO MAINTAIN (NO ELECTRONICS IN WATER) • LOW POWER CONSUMPTION • HIGHLY ACCURATE PRESSURE SENSOR • MEASURING RANGE: 0 - 20 M • ACCURACY: BETTER THAN 0.1% OF F.S.
LA ABR-11 © Vaisala Oyj DCU7110DCU7110 -- UltraUltra SonicSonic WaterWater LevelLevel SensorSensor
• Self-contain unit with internal temperature correction • Highly sensitive ceramic transducer • Configurable via RS-232 channels • 1.8 m cable and junction box included
Specifications: Operating range: 0.3… 4.8 m Resolution: 1.3 mm Accuracy: ± 0.2 % of range Temperature comp. Internal Housing: PVC Operating temp.: -30° … + 60 ° C
LA ABR-11 © Vaisala Oyj QHR101QHR101 RadarRadar WaterWater LevelLevel SensorSensor
• CONTACT FREE WATER LEVEL MEASUREMENTS (26 GHz TECHNOLOGY) – INSENSITIVE TO MUD, DRIFT WOOD, LEAVES ETC – MINIMUM CONSTRUCTION WORK – INSENSITIVE TO FOG, AIR TEMPERATURE FLUCTUATION (ULTRASONIC) • MEASURING RANGE 0 - 20 M • ACCURACY: ± 1 CM • OPERATING TEMP: - 20 TO +70° C
LA ABR-11 © Vaisala Oyj RADARRADAR WATERWATER LEVELLEVEL SENSORSENSOR QHR102QHR102
• CONTACT FREE WATER LEVEL MEASUREMENTS (26 GHz TECHNOLOGY) – INSENSITIVE TO MUD, DRIFT WOOD, LEAVES ETC – MINIMUM CONSTRUCTION WORK – INSENSITIVE TO FOG, AIR TEMPERATURE FLUCTUATION (REF: ULTRASONIC) • MEASURING RANGE 0 - 20 M • ACCURACY: ± 3 MM • OPERATING TEMP: - 20 TO +70° C • LOW POWER CONSUMPTION, EXCITATION CONTROLLED BY MAWS
LA ABR-11 © Vaisala Oyj DOPPLERDOPPLER CURRENTCURRENT METERSMETERS SONTEK’SSONTEK’S ARGONAUTARGONAUT -- serieserie • REAL-TIME IN-SITU 2D VELOCITY MEASUREMENTS • USER CONFIGURABLE MEASURING RANGE UP TO 120 METERS • EASILY INSTALLED ON UNDERWATER STRUCTURES • ROBIST, ALL DIGITAL TECHNOLOGY • FLOW DISTURBANCE AVOIDED BY PARAMETER SETTTINGS • NO CALIBRATION, NO ACCURACY LOSS DUE TO BIOLOGICAL GROWTH Water velocity: • OPTIONAL THIRD VERTICAL BEAM FOR STAGE AND Range: ± 6 m/s (± DISCHARGE MEASUREMENTS 19.7 ft/s) Resolution: 0.1 cm/s Accuracy: ± 1 % of measured velocity, ± 0.5 cm/s Temperature: Resolution: 0.01° C Accuracy: ± 0.1° C
Stage: (option) LA ABR-11 © Vaisala Oyj Range 0.25 - 11 m Accuracy: 0.1 % of range WaterWater FlowFlow MeasurementsMeasurements
LA ABR-11 © Vaisala Oyj WATERWATER FLOWFLOW MEASUREMENTSMEASUREMENTS PortsPorts && HarborsHarbors –– SideSide LookerLooker SL-ADP
or Argonaut-SL
LA ABR-11 © Vaisala Oyj WATERWATER FLOWFLOW MEASUREMENTSMEASUREMENTS Coastal Oceanography – Bottom Mount ADP
or
Argonaut-XR
LA ABR-11 © Vaisala Oyj WATERWATER FLOWFLOW MEASUREMENTSMEASUREMENTS Argonaut XR
Depth Integrated Velocities W a ter Surfa c e (Pressure sensor sets top boundary) W a ter Surfa c e C e ll E n d
C e ll E n d
W a ter Surfa c e
C e ll E n d
C e ll B e g in
LA ABR-11 © Vaisala Oyj WaterWater QualityQuality parametersparameters FullFull rangerange ofof YSIYSI probesprobes • Water temperature • Specific conductance • pH • Dissolved oxygen • Standard pH • Turbidity • ORP • Vented level (0-10 m) • Depth • Ammonium • Nitrate • Chloride
LA ABR-11 © Vaisala Oyj WaterWater QualityQuality parametersparameters QuantaQuanta probeprobe
• Water temperature • Specific conductance • pH • Dissolved oxygen • Standard pH • ORP • Vented level (0-10 m) • Depth
LA ABR-11 © Vaisala Oyj WaterWater QualityQuality parametersparameters MiniSonde4aMiniSonde4a
• Water temperature • Specific conductance • pH • Dissolved oxygen • Standard pH • Turbidity • ORP • Vented level (0-10 m) • Depth • Ammonium • Nitrate • Chloride
LA ABR-11 © Vaisala Oyj FD12PFD12P WeatherWeather SensorSensor
• Measures visibility up to 50 km • Detects type of precipitation • Calculates accumulation of precipitation • Calculates water equivalent of frozen precipitation • Calculates snow accumulation • Reports 50 SYNOP codes, WMO code table 4680 • Reports WMO 4678 codes (Metar) for Present Weather
LA ABR-11 © Vaisala Oyj PWD22PWD22 PRESENTPRESENT WEATHERWEATHER DETECTORDETECTOR
– Accurately measures prevailing visibility (MOR) from 10 m up to 20 km) – 7 different types of precipitation: rain, freezing rain, drizzle, freezing drizzle, mixed rain/snow, snow, ice pellets – The cause of reduced visibility: fog, mist, haze (smoke, sand) – Reports: WMO 4680, 4678 (Metar) and NWS code tables – Measures the intensity and accumulation of precipitation – Estimates snow accumulation – MAWS converts PW codes to text
LA ABR-11 © Vaisala Oyj CL31CL31 CeilometerCeilometer
• A new generation general purpose ceilometer • Employs pulsed diode laser LIDAR technology for detection of clouds, precipitation, and other obstructions to vision • Accurate determination of cloud heights and vertical visibility in all weather • Compact and lightweight design • Range 25.000 ft • Enhanced single lens optics • For aviation, general meteorology, research of low altitude phenomena
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia emem SensoresSensores -- VAISALAVAISALA
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LA ABR-11 © Vaisala Oyj TecnologiaTecnologia emem ComunicaçãoComunicação
LA ABR-11 © Vaisala Oyj TECNOLOGIATECNOLOGIA DEDE COMUNICAÇÃOCOMUNICAÇÃO PONTOPONTO AA PONTOPONTO VIAVIA SATÉLITESATÉLITE COMERCIALCOMERCIAL VIAVIA SATÉLITESATÉLITE AMBIENTALAMBIENTAL CELULARCELULAR GSMGSM RÁDIORÁDIO UHFUHF LINHALINHA FIXAFIXA MODEMMODEM DISCADODISCADO TCP/IPTCP/IP RETORNAR LA ABR-11 © Vaisala Oyj SerialSerial CommunicationCommunication ModulesModules
• DSU232 Dual RS-232 module up to 15 meters
• DSI485A Isolated RS-485 module up to 1,500 meters
• DSI486 Dual isolated RS-485 module, incl. also SDI-12 interface
• DMX501 Fixed line modem module for extended distance (up to 10 km)
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia dede ComunicaçãoComunicação PontoPonto aa PontoPonto
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LA ABR-11 © Vaisala Oyj ComunicaçãoComunicação ViaVia SatéliteSatélite ComercialComercial
• ORBCOMM • AUTOTRAC • INMARSAT C
LA ABR-11 © Vaisala Oyj ORBCOMMORBCOMM TransmitterTransmitter
System Specifications Data Rate 2400 bps subscriber uplink 4800 bps subscriber downlink 9600 bps subscriber downlink (future)
Frequencies Uplink 148.00-150.05 MHz Downlink 137.00-138.00 MHz Addressing Internet and X.400 Message size 6-250 bytes typical
Space Segment Altitude/Orbit 825 Km circular
Subscriber Communicator Power output 5 watts Antena Whip
LA ABR-11 © Vaisala Oyj OnOn TheThe GroundGround
Gateway Earth Stations (GES) •Link ground and space segments from multiple worldwide locations •Transmit and receive from satellites, GCCs and NCC •Monitor local GES hardware and software •Monitor system level performance
Gateway Control Centers (GCC) •Located wherever ORBCOMM is licensed •Link remote SCs with terrestrial-based systems •Communicate via X.400, X.25, leased line, dial-up modem, public and private data networks and e-mail networks including the Internet •Efficiently integrate ORBCOMM System with new or existing customer MIS systems
Network Control Center (NCC) •Manages the constellation, network and U.S. GESs through telemetry monitoring, system commanding and mission system analysis •7/24/365 manned facility
LA ABR-11 © Vaisala Oyj OnOn TheThe GroundGround
GES - Curaçao Venezuela
GES - Itaborai Brasil
GCC - Rio de Janeiro Brasil
GES - San Luis Argentina
LA ABR-11 © Vaisala Oyj InIn SpaceSpace
Constellation of up to 36 small communications satellites in orbit 825 kilometers above the Earth Completes the link between SCs and the system switching capability at the NCC or a licensee’s GCC Act as “orbiting packet routers” built to “grab” small data packets from ground sensors or communicators and relay them through a GES to a GCC
LA ABR-11 © Vaisala Oyj HowHow ItIt WorksWorks
A message transmitted from a subscriber communicator (SC) in the Brazil. (1)—either stationary or mobile—is received at the satellite (2) and relayed down to one of three Gateway Earth Stations (GES) (3). The GES then relays the message via satellite link or dedicated terrestrial line to the Network Control Center (NCC) (4). The NCC routes the message to the final addressee via e-mail, dedicated telephone line or facsimile (5). Messages originating outside of the Brazil are routed through international Gateway Control Centers (GCC) in the same way.
LA ABR-11 © Vaisala Oyj HowHow ItIt WorksWorks
825 Km
Two-Way Messages
LA ABR-11 © Vaisala Oyj ORBCOMMORBCOMM SystemSystem AdvantagesAdvantages
• LOW COST EQUIPMENT • OPERATION WITH LOW POWER TRANSMISSION • SMALL ANTENNAS • EQUIPMENT EASILY CAMOUFLAGED • TWO-WAY SYSTEM • WORLD COVERING
LA ABR-11 © Vaisala Oyj AUTOTRACAUTOTRAC TransmitterTransmitter
• Real-time data communication • Two-way messages • Uses BrasilSAT and GPS System • CDMA technology • Hardware robust - military specification Antenna and • Covering : all of South America Communication Unit
LA ABR-11 © Vaisala Oyj MAWS301 with AUTOTRAC
Terminal de Comunicação
Antena Banda-C com GPS Integrado
LA ABR-11 © Vaisala Oyj How It Works BrasilSAT
GPS
Central OmniSAT
Cliente
LA ABR-11 © Vaisala Oyj INMARSATINMARSAT CC -- TransmitterTransmitter
Specification •Orbit : GEO - 35000 Km •Global coverage • Data Rate : 600 bit/sec • Two-Way data and e-mail to world wide destinations • Programmable sleep modes for power conservation (down to 30 mW total)
LA ABR-11 © Vaisala Oyj INMARSATINMARSAT InformationInformation
Inmarsat provides the space segment capacity to the system, including interaction with all Inmarsat LES (Land Earth Stations) operated by independent Telecom Corporations around the world. This space segment constellation provides a world-wide satellite coverage, except for the extreme polar regions The International Mobile Satellite Organization consists of eight satellites in a geostationary orbit. Four of these Inmarsat-3 satellites provide the global coverage. The map image shows the four geostationary satellites operated by Inmarsat in the four Ocean Regions: Atlantic East (AOR-E), Atlantic West (AOR-W), Indian Ocean (IOR) and the Pacific Ocean (POR). Each ocean region operates as an individual networks. The ocean regions are controlled by a Network Co-ordination Network (NCS). The NCS is responsible for the management of the communication traffic within its specific region. The NCS allocates available channels to the Mobile Earth Stations (MES (satellite terminals)), and then reassigns them when the channel is no longer in use. The Land Earth Stations or Coast Earth Stations (LESs or CESs) link the satellites and the public terrestrial telecommunications networks. The LES communicates with an ocean region satellite.
LA ABR-11 © Vaisala Oyj INMARSATINMARSAT CC -- WORLDWORLD COVERINGCOVERING
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia dede ComunicaçãoComunicação ViaVia SatéliteSatélite ComercialComercial
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LA ABR-11 © Vaisala Oyj ComunicaçãoComunicação ViaVia SatéliteSatélite AmbientalAmbiental
• GOES • ARGOS / SCD
LA ABR-11 © Vaisala Oyj GOESGOES HDRHDR TransmittersTransmitters
• HDR Certified by NESDIS for 300 and 1200 BPS • All Digital Circuitry • Two models available • Model 555-7190, 100/300 •Lower cost solution •External GPS or WWV • Model 555-7192, 100/300/1200 • Embedded GPS
• Less than 2.75A during 10 Watt Transmission • Long Term Frequency Stability • Temperature Compensated Crystal Oscillator (TCXO) • Direct replacement for 555 GOES Transmitters
LA ABR-11 © Vaisala Oyj GOESGOES CONCEPTCONCEPT
DCP Uplink Frequency
DCP
DCP DCP
DCP Downlink Frequency
RECEIVER/ DEMODULATOR
Down Converter IF Frequency
LA ABR-11 © Vaisala Oyj GOESGOES HDRHDR TransmittersTransmitters
• Supports Self-Timed and Random Reporting
• Channel Number and BAUD Rate is selectable on a Burst by Burst Basis
– 199 Domestic Channels for 100 and 300 BAUD Rates
– 100 Domestic Channels for 1200 BAUD Rate
– 33 International Channels for 100 BAUD
• Continuous 10 Watt Transmission for up to 4 Minutes
– Maximum allowed by NESDIS
• GPS Automatically Synchronizes DCP Clock
LA ABR-11 © Vaisala Oyj GOESGOES HDRHDR TransmittersTransmitters
• Diagnostics – Battery Voltage status • Before transmissions • During transmissions – Flash memory status – Temperature Sensor Status – TCXO DAC Status – Manual Forced Transmission of User Typed Text Message • Any Channel • Any BAUD Rate – Continuous Carrier Wave (CW) – RF Phase Lock Loop Status – Time of Day Interrupt Status – Modulation Status
LA ABR-11 © Vaisala Oyj DirectDirect ReadoutReadout GroundGround StationStation
Provides ability to directly receive data from GOES satellites without being dependent on secondary links
LA ABR-11 © Vaisala Oyj DRGSDRGS ILLUSTRATIONILLUSTRATION
Parabolic Dish
Downconverter Feed Antenna
Elevation Adjust Universal Base Station (UBS)
Bias-T
DRGS-2000 Back Panel View Wall S ocket 120 VAC Mounted 60 Hz P ower S upply 5 W DC Power Supply Azimuth Adjust 95 - 250 VA C 47 - 63 Hz 1.2A connect.vsd
LA ABR-11 © Vaisala Oyj DirectDirect ReadoutReadout GroundGround StationStation -- DRGSDRGS
• DRGS2000 - All Digital Receiver / Demodulator
• Automatically Tracks Pilot Tone
• Simultaneously receive data on 4 GOES channels – Domestic channels 1 to 199 (1.5KHz spacing) – International channels 1 to 33 (3Khz spacing) – Capable of receiving data from up to 720 transmitters (assuming 1 minute windows on a 3 hour interval)
• Stack up to 4 Receiver/Demodulators in a single system
• GPS for absolute time accuracy
LA ABR-11 © Vaisala Oyj AutomaticAutomatic PilotPilot ToneTone TrackingTracking
LA ABR-11 © Vaisala Oyj COMPREHENSIVECOMPREHENSIVE MESSAGEMESSAGE INFORMATIONINFORMATION
– MESSAGE INFORMATION (PROVIDED FOR EACH CHANNEL AND EVERY BURST MESSAGE) • CHANNEL NUMBER • TIME MESSAGE RECEIVED (within 0.1 seconds) • DATA RATE • SIZE OF MESSAGE IN BYTES • USER ID - BCH CODE (31-bit Bose-Chaudhuri-Hocquenghem coded word that uniquely identifies the DCP) • THE FRAME SYNCHRONIZATION SIGNAL (THERE IS ONE FSS FOR 100 BPS AND 3 DIFFERENT FSS FOR 300 AND 1200 BPS MODES) • THE FLAG WORD (300 AND 1200 BPS MODES ONLY) • RECEIVED DATA • QUALITY MEASURES – FREQUENCY OFFSET IN HERTZ – ESTIMATED EIRP (Equivalent Isotropic Radiated Power - 0.1 dBM) – MODULATION PHASE STATE ACCURACY – ESTIMATED C/NO (Signal to Noise Ratio) – ESTIMATE OF BER (Bit Error Rate)
LA ABR-11 © Vaisala Oyj RAWRAW DATADATA VIEWSVIEWS
LA ABR-11 © Vaisala Oyj EXPORTEXPORT DATADATA VIAVIA COMCOM PORTPORT
Provides DOMSAT Emulation
LA ABR-11 © Vaisala Oyj SHEFSHEF ENCODINGENCODING
SAMPLE OF SHEF ENCODED DATA
.A CE40010E 010226 DH1400 /HG 23.43: .A CE40010E 010226 DH1500 /HG 23.53: .A CE37459C 010226 DH1400 /HG 23.74: .A CE37459C 010226 DH1500 /HG 23.81: .A CE37459C 010226 DH1400 /PC 05.52: .A CE37459C 010226 DH1500 /PC 05.52: .A CE37459C 010226 DH1400 /VB 222: .A CE37459C 010226 DH1500 /VB 219: .A CE4DC9A4 010226 DH1400 /HG 040.57: .A CE4DC9A4 010226 DH1500 /HG 040.62: .A CE4DC9A4 010226 DH1400 /VB 013.00: .A CE4DC9A4 010226 DH1500 /VB 012.72:
LA ABR-11 © Vaisala Oyj ARGOSARGOS // SCDSCD TransmitterTransmitter
System Specifications Data Rate 400 bps
Frequencies ARGOS 401.650 MHz SCD 401.620 MHz
Power output ARGOS 1.8 watts SCD 1.8 - 4.0 watts Antenna
LA ABR-11 © Vaisala Oyj HowHow ItIt WorksWorks
LA ABR-11 © Vaisala Oyj ARGOSARGOS CoveringCovering
LA ABR-11 © Vaisala Oyj SCDSCD PicturesPictures
SCD Satellite
Control Center
Ground Station Orbit LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia dede ComunicaçãoComunicação ViaVia SatéliteSatélite AmbientalAmbiental
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LA ABR-11 © Vaisala Oyj GSMGSM CellularCellular GlobalGlobal SystemSystem forfor MobileMobile
• Dual band GSM 850 / 900 / 1800 / 1900 MHz • GPRS / SMS / Data Call • Low power consumption • Industrial interfaces
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia dede ComunicaçãoComunicação ViaVia CelularCelular GSMGSM
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LA ABR-11 © Vaisala Oyj UHFUHF WIRELESSWIRELESS MODEMMODEM
• UHF BAND (380 ... 470 MHz) • ANATEL TYPE ACCEPTANCE • OPERATION MODE : HALF-DUPLEX • RF POWER OUTPUT : 10 mW...1 W / 50 ohm • INTERFACE : RS-232 or RS-422, RS-485 • DATA SPEED : 19200 bps • DATA FORMAT : ASYNCHRONOUS DATA
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia dede ComunicaçãoComunicação ViaVia RádioRádio UHF/VHFUHF/VHF
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LA ABR-11 © Vaisala Oyj DXL421DXL421 LeasedLeased LineLine ModemModem
• EIA RS-232 Interface 300, 1200 (9600 buffer mode) baud • Interface : 2 or 4 wires (jumper selectable) • Leased Line Protocols 300 or 1200 2-wires / 1200 4-wires •Max. cable length : 10 Km, shielded twisted pair • Power supply : 5-30 Vdc
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação DXL421DXL421 LeasedLeased LineLine ModemModem
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LA ABR-11 © Vaisala Oyj Dial-UpDial-Up MODEMMODEM DXM421DXM421
PSTN line modems •Speed up to 55.6 kbps •Compatibility : ITU V.90, K56flex; ITU-T V.34 enhanced, V.34, V.32bis, V.32, V.22bis, V.22; Bell 212A and 103/113; ITU-T V.29, V.42, V.42bis;
•Operational temp: -40 ... 65° C •Data Compression: ITU-T V.42bis and MNP 5 •Error Correction : ITU-T V.42 (LAP-M or MNP 3-4) •Command Set : Industry standard AT and S register commands
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação Dial-UpDial-Up MODEMMODEM DXM421DXM421
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LA ABR-11 © Vaisala Oyj DXE421DXE421 TCP/IPTCP/IP
• Ethernet •Connector : RJ-45 •Interface : Ethernet 10/100BaseT (Auto- Sensing) •Protocols : TCP/IP,UDP/IP, ARP, ICMP, TFTP, Telnet, DHCP, BOOTP, HTTP, AutoIP, SNMP •Power Supply : 5-30 Vdc •Power Consumption : 0.8 W
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação DXE421DXE421 TCP/IPTCP/IP
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LA ABR-11 © Vaisala Oyj TECNOLOGIATECNOLOGIA EMEM ESTAÇÃOESTAÇÃO CENTRALCENTRAL VAISALAVAISALA
LA ABR-11 © Vaisala Oyj TECNOLOGIATECNOLOGIA EMEM ESTAÇÃOESTAÇÃO CENTRALCENTRAL -- VAISALAVAISALA
METMANMETMAN 1010
METMANMETMAN 100100 && 400400
UBS2000UBS2000
LA ABR-11 © Vaisala Oyj RETORNAR VaisalaVaisala MetManMetMan NetworkNetwork SoftwareSoftware 1010
LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan softwaresoftware packagespackages • Off-the-shelf products: – MetMan Network 10 (MM10) – MetMan Network 10 with WebViews application
• Tailored solution products: – MetMan Observation Console (MMOC) – Tailored versions of MetMan Network 10 – MetMan Network 100 (MM100) – MetMan Network 400 (MM400) – Network installation & setup by Vaisala
LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan 1010 • Inexpensive PC based data collection system • Supports Maws and Milos -series weather stations: – Max 10 stations • Applications: – Configuration tool – Network manager and data collection services – Option: WebViews display • Usage: – Measurement data collection into file archive – Measurement data transfer to external applications – Data display with optional WebViews application • Supported operating systems: – Win 2000, XP Professional LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan 1010 -- SetupSetup ToolTool ApplicationApplication
• Configuration Wizard to set / view – PC communication devices – Station communication settings – Scheduling – Summary • Supports active / passive modes – Active: PC calls stations – Passive: stations send data automatically • Automatic station time synchronization • On-line help LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan 1010 -- CommunicationsCommunications optionsoptions • Max. 2 concurrent serial line inputs • TCP/IP • Preconfigured with following
options: Modem RS-232 LAN
– AT modem, GSM modem, PC with MetMan 10 SMS message Modem • Supports also other RS-232 devices – RS 485 / RS422 converters – radio modems – satellite data receivers
LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan 1010 -- NetworkNetwork MonitorMonitor ApplicationApplication
• Data collection start / stop • Event log • Station status indicator • Statistical information: – latest and next data collection time – last observation time – I/O port status and reliability • Manual polling
LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan 1010 -- DataData filesfiles • Archive – acts as final storage for measurement data – data saved in daily files, each station has its own folder – archive size is limited by hardware only • Current Data files – root of archive – latest messages – export data to external applications
LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview MetManMetMan 1010 -- BlockBlock diagramdiagram
MetMan computer User applications: •Setup tool •Network monitor Communications • Web Views (optional) Stations Automatic network services Parameter database
Ascii data files
External applications / services
LA ABR-11 © Vaisala Oyj ProductProduct OverviewOverview WebViewsWebViews ApplicationApplication • Optional component • Basic reporting / graphing package • Display archive data on client PCs • History reports • Comparison of values from different stations • Data export to csv files (e.g. Excel) • Station maintenance reports • Availability reports • Client PCs only require common web Client PC browser: Internet Explorer, Netscape, LAN Mozilla, Opera PC with MetMan 10
Client PC LA ABR-11 © Vaisala Oyj GettingGetting StartedStarted SystemSystem RequirementsRequirements
• Operating System: – Windows 2000 Professional + Service Pack 3 – Windows XP Professional + SP1 • Memory: 512 MB RAM • Hard disk size: 20 MB – During operation, the data archive grows and requires more space • Internet Explorer 6.0
LA ABR-11 © Vaisala Oyj GettingGetting StartedStarted GeneralGeneral workwork flowflow
• Weather station installation • Set up communications from stations to MetMan PC • MetMan 10 work flow: – Create network setup – Start / monitor data collection – Use data from archive – Edit network setup
LA ABR-11 © Vaisala Oyj ApplicationsApplications SetupSetup ToolTool
LA ABR-11 © Vaisala Oyj ApplicationsApplications SetupSetup ToolTool -- FeatureFeature listlist • 4 Configuration view displays: – Computer options: • port activation, mode setting, dial mode, device settings – Station options: • name, communication port,activity, time synchronization mode, line settings, poll details – Schedule options: • including / excluding station from schedule, start/end time, interval – Summary display: • Stations, ports, archive folder • Menu items: – Configuration export, view selection, copyin station settings, modem settings, data file settings, AutoSave • On-line help – Page help, context-sensitive help texts
LA ABR-11 © Vaisala Oyj ApplicationsApplications NetworkNetwork MonitorMonitor
LA ABR-11 © Vaisala Oyj ApplicationsApplications NetworkNetwork MonitorMonitor -- FeatureFeature listlist • Action buttons: – Start, stop data collection – Manual station poll – Apply setup parameters • Station status frame: – Name, status, error details, last observation time, previous / next call times • System log frame: – Event messages • Port Status frame: – Port id, status, success rate, tries, station • Menu items: – Manual polling, station data collection • On-line help – User’s guide
LA ABR-11 © Vaisala Oyj ApplicationsApplications WebWeb ViewsViews (optional)(optional)
LA ABR-11 © Vaisala Oyj ApplicationsApplications WebWeb ViewsViews -- FeatureFeature listlist • Reports: – Text / graphical reports – Latest observations – Comparison of observations from different stations – Export of text reports into ASCII files • General weather display: – Tabular display, graph display, wind display • Station information display: – Photographs, user-configurable station parameters, maintenance log • Latest observations on a map: – Stations and selected observation values displayed on a static map • Data availability: – Tabular report indicating gaps in data availability • On-line help – Separate help available on each page
LA ABR-11 © Vaisala Oyj CommunicationsCommunications SerialSerial lineslines
RS-232 RS-422, RS485
RS422- to-RS232 PC Converter PC Data Logger Data Logger
• Serial lines: • PC Serial port (COM1 .. COM4) or virtual serial port (USB, LAN port) • RS-232: short distances (5 m) • RS-422, RS-485: distances up to 1 km
LA ABR-11 © Vaisala Oyj CommunicationsCommunications TCP/IPTCP/IP
TCP/IP
RS232- to-TCP/IP PC Converter Data Logger
• TCP/IP: • PC network card – Data logger is connected to the same LAN as the PC or – PC communicates with the data logger via external operator who provides TCP/IP services • More reliable than serial communication
LA ABR-11 © Vaisala Oyj CommunicationsCommunications TelephonyTelephony
GSM modem GSM modem or dial-up modem PC Modem Data Logger
Port concentrator PC Modem
• Dial-up: A dial-up modem is connected at data logger and at PC • GSM: GSM modem at data logger, dial-up or GSM modem at PC • SMS messaging – Requires GSM modems with SMS capability at PC and data logger • Modems can be connected to PC – Via serial port, USB port or LAN port • Port concentrators, surge protection
LA ABR-11 © Vaisala Oyj RETORNAR VaisalaVaisala MetManMetMan 100100 && 400400
LA ABR-11 © Vaisala Oyj MetManMetMan DataData CollectionCollection SoftwareSoftware
Presentation contents: •Data collection software for AWSs • Common requirements • MetMan software platform • MetMan Network 100: Small networks • Features • Application case studies • MetMan Network 400:Large networks • Features • Application case studies • MetMan Observation Console: One station • Features • Application case study • Software applications
LA ABR-11 © Vaisala Oyj MetManMetMan MeteorologicalMeteorological DataData ManagementManagement SystemSystem
• Complete data collection and management system for AWS networks • Scalable system from one station up to hundreds of stations • Intended for meteorological services and other AWS network operators • Takes care of data collection, end-users have the opportunity to focus on applications
LA ABR-11 © Vaisala Oyj AWSAWS NetworkNetwork fromfrom operator’soperator’s perpectiveperpective
Data Collection Communication Data Collection Platforms Software
Satellite
TALK /DTALKRSCSTRDTDCDModem
DB TALK /DTALKRSCTRDTCDModem
100 90 80 70 60 50 TALK /DTALKRSCTRDTCDModem
LA ABR-11 © Vaisala Oyj AWSAWS NetworkNetwork fromfrom PCPC softwaresoftware perspectiveperspective
• AWS Configuration: • message formats • automatic / semi-automatic / manned • polled messages / autonomous transmission / combination • Different kinds of AWSs: station types • sensors • communication means and rate • Network time synchronization • Changes in network • AWS • Communication • Data collection SW / HW • PC data collection software must cope with all kinds of AWSs • PC data collection software must handle many communication mechanisms
LA ABR-11 © Vaisala Oyj MetManMetMan SWSW PlatformPlatform forfor AWSAWS datadata collectioncollection
• PC SW Platform = a set of software modules that can be used as building blocks for other programs • MetMan is a platform for AWS data collection • Easier to develop products that suit different needs
Data collection at the Small and medium- Large-scale AWS observation station sized AWS networks networks
MetMan MetMan MetMan Observation Console Network 100 Network 400
MetMan Platform
LA ABR-11 © Vaisala Oyj ProductProduct versionsversions
Data Collection Communication Data Collection Platforms Software
TALK /DTALKRSCSTRDTCDModem
MetMan Network 100 MetMan Network 400
TALK /DTALKRSCSTRDTCDModem
TALK /DTALKRSCSTRDTCDModem MetMan Observation Console
LA ABR-11 © Vaisala Oyj ProductProduct historyhistory
1999 Platform development started 2000 • first prototype of MM100 in field tests at end user site • first versions of MM400 and MMOC 2001 • platform v 1.0 completed • later versions of MM400 and MMOC • first MM100 delivery, with some functionality missing 2002 • MM100 v 1.0 completed • April: • MM100, MMOC first deliveries / factory acceptance tests • MM400 standard features completed, integration to first customers’ system on-going (Finnish Met. Institute)
LA ABR-11 © Vaisala Oyj CommonCommon featuresfeatures inin allall MetManMetMan productsproducts
Hardware: • Base server PC • contains all data collection services
Software: • service applications for data collection and processing • database • configuration applications • supervision application • reporting application
LA ABR-11 © Vaisala Oyj KeyKey featuresfeatures
• Data collection from AWSs • Decoding of different data message formats (parsing) • Storing measurement values in database and files • Storage of alarms • Meta data storage (stations, sensors, variables) • Real-time data display • History data display • DB management
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 100100
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 100100 v1.0v1.0
Base server
Communications LAN Network
Client work station (optional)
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0
• Windows NT, 2000 • Easy-to-use data collection software for small scale networks • Usage: • Install • Configure the system with station and communication data • Start data collection • Use the data
• Automatic boot up for data collection services
• Supports networks with up to 100 AWSs • data input rate (typically, from 5 minutes to several hours) • data amount per message (< 500 kb ) • data amount in the db, excluding archive (< 100 000 observations recommended) • number of database users
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 :: AWSAWS datadata
• Simple configuration applications for managing the AWS data • Stations, variables • AWS location, sensor location • WMO station numbers, WMO block numbers • Make copies of existing stations
• All parameters are stored in the database
• Tested AWS:s: Maws100... Maws 301, Milos 500 ... Milos 520 • Messages should be in format understood by MetMan • PC-to-AWS commands: • AWS internal clock can be set by the PC
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 :: AWSAWS datadata • Station parameter editing • Optional parameters: • sites • devices • altitude • latitude • longitude • WMO block number • WMO station number
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0:v1.0: communicationscommunications
• AWS utilisation options: • automatic transmission by AWS • polling • combination
• AWS communication methods: • direct serial line • dial-up, AT command interface (GSM) • TCP/IP, telnet, FTP
• Support for backup communication methods for AWSs
WAN
COM server
MAWS 301
AT AT Modem Vaisala MetMan 100 Modem LA ABR-11 © Vaisala Oyj Base Server MetmanMetman NetworkNetwork 100100 v1.0:v1.0: communicationscommunications
• Stations can be grouped for scheduling purposes
• System will make calls to the stations in the group at scheduled times
• Daily timing of communications
• Automatic queueing of outgoing calls
• Connection method(s) may be defined separately for each station
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0:v1.0: databasedatabase
Database : • MSJet (Access97) database, no licence costs • Designed to be used by one person at a time • Best performance with less than 2 million stored measurements • Suitable for short term data storage • Automatic deletion • Data can be automatically copied into archive before deletion • Automatic compression • Contains configuration parameters and data values: • Keeping all parameters in the database helps to avoid errors in configuration
1 2 3
Current db Archives
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0:v1.0: databasedatabase
Database contents: • Observations • Database contains one table for all received raw data values • Every observation source uniquely identified by station and time • 1 s accuracy per variable
• Alarms • Alarm parameters • Alarm history
• Meteorological messages • SYNOP, METAR/SPECI
• Metadata: • Stations, variables • Communication parameters
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0:v1.0: texttext filefile outputoutput
• Received data is also stored in daily data files • These serve as back-up for the database
STATION1 Site1 Maws301 TA AVERAGE 60S 2002-04-24 13:59:58 2.54 STATION1 Site1 Maws301 TA AVERAGE 1H 2002-04-24 13:59:58 2.54 STATION1 Site1 Maws301 TA MINIMUM 1H 2002-04-24 13:59:58 0.38 STATION1 Site1 Maws301 TA MAXIMUM 1H 2002-04-24 13:59:58 4.77 STATION1 Site1 Maws301 RH AVERAGE 60S 2002-04-24 13:59:58 66.01 STATION1 Site1 Maws301 RH AVERAGE 24H 2002-04-24 13:59:58 71.65 STATION1 Site1 Maws301 RH MINIMUM 24H 2002-04-24 13:59:58 56.65 STATION1 Site1 Maws301 RH MAXIMUM 24H 2002-04-24 13:59:58 76.23 STATION1 Site1 Maws301 DP AVERAGE 60S 2002-04-24 13:59:58 8.36 STATION1 Site1 Maws301 DP AVERAGE 24H 2002-04-24 13:59:58 8.34 STATION1 Site1 Maws301 DP MINIMUM 24H 2002-04-24 13:59:58 7.33 STATION1 Site1 Maws301 DP MAXIMUM 24H 2002-04-24 13:59:58 8.81 STATION1 Site1 Maws301 QFE AVERAGE 1H 2002-04-24 13:59:58 1006.76 STATION1 Site1 Maws301 QFE MINIMUM 1H 2002-04-24 13:59:58 1006.13
LA ABR-11 © Vaisala Oyj MM100 HTML Pages
• System generates HTML pages at configurable intervals • One page per station • Pages may contain text and graphs • Use web server if lots of users view the pages • Automatic page refresh
LA ABR-11 © Vaisala Oyj MM100MM100 HTMLHTML PagesPages
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: HarborsHarbors
• Background: End-user is an energy company operating two harbours for oil tankers
• Requirements: • to replace existing outdated data collection system • to show real-time weather for company entire personnel (over 10000 people) • to have records of weather conditions in for accident cases
• Approach: • weather stations installed in harbours, equipped with sensors suitable for maritime use
• Solution: • existing Wide Area Network (WAN) was used to collect data from the weather stations
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: HarborsHarbors
STATUS BEFORE METMAN Harbor 1 Harbor 2 Distance = 200 km
Company WAN Milos 500 Local PC Local PC RS232 Fixed Line Modem Milos 500
Milos 500 has been Data is available to only configured to send users the two PCs nonstandard messages once every 30 min
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: HarborsHarbors
Solution: • MetMan 100 installed at one of the harbours • remote PC to be replaced by RS232 over IP • remote maintenance connection from Vaisala to base server & Milos 500 (data security considerations) • Milos 500 stations were reconfigured to send messages in format understood by MetMan • www pages in intranet • automatic backup of database
Current status: • data collection part has been running from Jan-2001 • www pages, db backup were implemented during Nov-2001
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: HarborsHarbors
STATUS AFTER METMAN
Harbor 1 Harbor 2
Distance = 200 km Users access data though www server PC
Company WAN Milos 500 WWW Server Base RS232 - to- IP Server RS232 Fixed Line Modem
Hardware added MetMan 100 Milos 500 All data stored into MetMan DB
Milos sends standard (SIF) Temporary dial-up messages once every 30 connections from min Vaisala are used for PC & AWS maintenance
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: TelecomTelecom
• Background: End-user is a telecom company, with several satellite ground stations in the coastal area of north Atlantic
• Objective: To find out if and how weather phenomena interfere with satellite ground station operations ?
• Approach: • Record sensor readings made at the ground station sites. Analyse how the transmission / reception problems correlate with weather: • Temperature, dew point, direct radiation, pressure, precipitation, humidity, wind
• Solution: • Using their existing WAN, the company decided to build up a suitable AWS network
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: TelecomTelecom
RS 485 Com Server MILOS Satellite dish 520 TCP/IP
Wide Area Network
MetMan 100 RS 485 BaseServer
MILOS Com Server Satellite dish 520
Workstation Workstation Workstation
RS 485
Satellite dish MILOS 520 Com Server
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: TelecomTelecom
System Operation: • AWSs are connected to the company WAN using rs485-to-IP converters (com servers) • MetMan server polls the station for sensor data at 5 minute intervals • interval can be changed • Base server receives the data and stores it in the database • The users may read the data using the Station History application • For furher analysis, the users copy data into MS Excel • The system makes copies of the database for archiving purposes • Base server also maintains a set of WWW pages (one per station) that show the data readings from last 2 days • Since there are only few users, no web server is required
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: SynopticSynoptic networknetwork
• Background: • Estonian Hydrological and Meteorological Institute makes synoptic weather observations in a network of 14 stations • Manual, semi-automatic and automatic stations
• Objectives: • Reduce data collection costs • Increase level of automation in the network
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: SynopticSynoptic networknetwork Automatic Stations
Telecom GSM Network connection M20 T MILOS 520
Semi- Automatic Stations
RS 485 Workstation MILOS M20 T 520 PC MetMan 100 BaseServer Manual Stations Message Processing
MILOS RS 485 M20 T 520 PC LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 100100 v1.0v1.0 applicationapplication case:case: SynopticSynoptic networknetwork • Solution: • Milos 520 is used at stations • data collection from sensors • synoptic messages
• Cellular network (GSM, Siemens M20T) utilised to collect data • data collection costs fall • entire network is reached within 2 minutes • overall reliability is improved
• MetMan 100 installed at the central station • Data archive • Interface to existing data system • Project split into 2 phases: • Phase 1: raw data collection • Phase 2: collection / processing of synoptic messages
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 400400
LA ABR-11 © Vaisala Oyj MetManMetMan NNetworketwork 400400
Base server Communications Database server Network LAN
Backup base server Work stations (optional) (optional)
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 400400 keykey featuresfeatures
• Solution for medium and large scale AWS networks
• Windows 2000 Server • Oracle 9i Database server • Optional additional servers, work stations • All standard features and options of MetMan 100 • Basic version supports 100 stations • Extendable up to 400 stations • Support for various message formats (parsing) • Server level hardware, eg. Dell PowerEdge
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 400400 basebase serverserver
• Data collection • Decoding of different data message formats (parsing) • Storing of measurement data values into database • Text file output of messages and measurement data • Handling of error situations: • Invalid operating parameters • Invalid message formats • Database connection problems • Event message transmission to operator(s) • Filtering of data • Alarm triggering and processing • Supervisory and maintenance services
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 400400 databasedatabase
MetMan 400: • Oracle 9i Standard Edition • Suitable for long-term data storage • Monthly & annual tables • Station metadata history • Support for several simultaneous users • Internal validity checks for parameters • Excellent scalability, supports data input at rates 100 messages / s • End-users may implement own db applications that access the db through views • Basic DBA skills required • Database administration tools: • Oracle SQL Plus, • Oracle Enterprise Manager • Oracle Recovery Manager
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 400:400: Operator’sOperator’s workstationworkstation
• System Control Center: • System status • Communication status • Alarms end user when something fails
• Configuration applications: • Application for editing stations and variables • Application for communication parameters • Application for setting maintenance parameters • Application for registering and testing of parsing modules
• Network supervision application • Real-time data displays • History data displays
LA ABR-11 © Vaisala Oyj MetManMetMan NetworkNetwork 400:400: workstationsworkstations
Other Workstations: • Oracle db clients • Data analysis / validation tools • Third party software applications • DCP terminal software
Backup base server: • Handles communications if main base server fails
LA ABR-11 © Vaisala Oyj MM400MM400 HTMLHTML PagesPages
• Same mechanism as in MM100: • System generates HTML pages at regular intervals • One page per station • Pages may contain text and graphs
• Web server if several users access the data at the same time
• End-users may implement own www-pages, using db views
LA ABR-11 © Vaisala Oyj MetManMetMan NNetworketwork 400400
Production environment
Base server Database server
Work stations Communications Backup base server (optional) Network (optional) LAN
Development Base server Database environment server
LA ABR-11 © Vaisala Oyj MetManMetMan NNetworketwork 400400
• Production environment • actual data collection • data validation, making of products • high-end hardware
• Development environment • solving of problems with communications etc. • testing of new PCs, stations, etc • move to production once the system works • training • back-up system • low-end hardware
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 ApplicationApplication case:case: FinnishFinnish Met.Met. InstituteInstitute • Background: • dial-up telephony, FTP • 24 / 7 system supervision • lots of legacy knowledge
• Requirements: • data collection from 200 stations must be possible within 10 minutes • existing modem servers must be used • all data is received through TCP/IP • DCP configurations must not be changed: • system must support all currently used message formats • the end users must have possibility to add new message formats
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 ApplicationApplication case:case: FinnishFinnish Met.Met. InstituteInstitute
LAN
Operator's MetMan 400 MILOS 520 workstation Base Server
Modem server Modems (8) MetMan 400 Backup Server Modem server Modems (8) MILOS 200 MetMan DB WAN Tape drive
Intelligent Router sensors DB for validated data
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: FinnishFinnish Met.Met. InstituteInstitute • Data collection : • MetMan Network 400 with backup server • backup server is taken into use if main server fails • Oracle database acts as an interface between MetMan and end-user • an interface for implementing new message formats in the system is provided
• End-users: • implement data validation • generate and send products • have access to validated data and original sensor data • supervise the network and PCs • add / edit / delete stations, modify communications settings • have the ability to add new sensors / DCPs to the system • may take into use new data formats by implementing parsing modules
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: airportairport databasedatabase • Background: • Helsinki-Vantaa airport AWOS is being modernized with Vaisala’s Midas IV software • Airport contains 6 Milos 520 stations
• Requirements: • Database must collect all sensor data and METAR/SPECI messages from the AWOS system • Climatological reports are generated from the data once per month • Data must be available at least for one year after it has been collected • End-users wish to make their own applications on top of the Oracle db • System must be easy to expand to cover additional airports
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: airportairport databasedatabase
Airport Automatic Weather Observation System
Midas IV Server MetMan 400 DB Server MILOS 520
Midas IV Server
LAN MetMan 400 BaseServer
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: airportairport databasedatabase • Solution : • MetMan Network 400 in minimum configuration • Data is received via LAN • Oracle Report is used for generating climatological reports
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: airportairport networknetwork • Background: • Turkish authorities for aviation are modernizing airport weather systems at 10 airports • Vaisala’s Midas IV system has been chosen as the weather observation system
• Objectives: • Collect meteorological data from all airports to the national centre for aviation administration • Transmitted data: METAR / SPECI messages, alarms • In addition, provide a remote supervision link to the airports, including access to an individual sensor • Data is to be stored for one month at the collecting PC.
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: airportairport networknetwork
Airport AWOS x 10
AT modem Telecom Network Maintenance PC Midas IV Server
MILOS 520
Midas IV Server
AT modem AT modem
Central MetMan Database Aviation BaseServer Server Remote Administration Maintenance PC
LA ABR-11 © Vaisala Oyj MetmanMetman NetworkNetwork 400400 applicationapplication case:case: airportairport networknetwork Solution: • MetMan 400 installed at the data collection PC • remote supervision software installed at the maintenance PC • each of the Midas IV installations is configured to store the required messages in data history directories • MetMan system collects the data files from the directories and stores them at the base server • Weather View real-time display is customized to show the network, including station status indicators
Current status: • Midas IV installations started (3 airports) • Final installations, including MetMan SW will take place in september 2002
LA ABR-11 © Vaisala Oyj MetManMetMan 100100 oror MetManMetMan 400400 ??
• MetMan Network 100: • Small networks • Low data input rate
• MetMan Network 400: • Several simultaneous users •Network size ranges from dozens to several hundreds of stations • High data input rate • High-end database support • A large variety of DB analysis and management tools available
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole featuresfeatures
• SW for observation station use • Supports data collection from one station only • Configurable real-time weather view • Otherwise, same standard functionality as in MetMan 100
• Options: • SYNOP Editor • Manual / automatic message transmission
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole :: WeatherWeather ViewView • Shows data in real-time • Completely configurable HTML page • Language support • Viewable in Observation Console PC only • Layout customizable • Text boxes, graphs • Wind rose • 10 min, 2 min, instant • Requires Internet Explorer 6
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole :: WeatherWeather ViewView
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole :: SynopSynop EditorEditor • Supports WMO standards • National groups • Automatic / Manual report generation • Separate application to set all configuration parameters
• User friendly: • Numerous in-built checks to verify consistency of observations • All codes shown also as texts • Displays the coded message as user edits the values • All user interface texts available at local language
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole :: SynopSynop EditorEditor
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole :: SynopSynop ParametersParameters • Configuration • observation time • edit time windows • sending time
• Allows variable message structure • by station • by sending time
• Support for multiple sources of data • manual observations • one or more automatic sensors
• Validity checks • upper and lower limits for each variable • may vary by month
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole :: SynopSynop ParametersParameters
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole ApplicationApplication CaseCase :: PolandPoland • Background: • Polish Institute for Hydorology and Meteorology modernizes the synoptical observation network • 50 stations, of which 3 in mountaineous area
• Requirements: • replace existing data collection system • synoptic messages from the new system must be identical with the one from the old system, following WMO standards • stations use different communication methods for transmitting data • users require that key applications are in Polish language
• Solution: • Maws 301 in with different sensor configurations used at observation sites • MetMan Observation Console with Synop Editor installed in local PC
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole ApplicationApplication CaseCase :: PolandPoland
Observation station x 50
AT modem Telecom Network RS 232/485
MetMan MAWS 301 Observation Console FTP, Serial connection
Instute of Meteorology and Hydrology
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole ApplicationApplication CaseCase :: PolandPoland Synop Editor: • Synoptic code in use checked very carefully against WMO standards • Code documented and delivered at stations with PC software as PDF document • Synop editor modified with national requirements
Weather View: • Real-time display • All texts in Polish • HTML document, easy to modify
Localization: • Synop editor, Weather View in Polish • Operating system (Windows 2000 Professional) in Polish
Warning messages: • Sent under extreme weather conditions
LA ABR-11 © Vaisala Oyj MetManMetMan ObservationObservation ConsoleConsole ApplicationApplication CaseCase :: PolandPoland
Data Collection: • Wind data is transmitted at 3 second intervals to the PC • Other measurements once per minute • Calculation of variables is distributed • Sensor data is stored for 5 days at the station • Synoptical messages are stored for at least one month
Data Transmission: • Synoptic messages transmitted once per hour • Depending on the station location, either FTP or dial-up telephony with serial protocol is used
Project: • Factory acceptance test was completed in April 2002 • Initial installation at Warsaw test site in May 2002 • Remote access to the test site from Vaisala Office in Finland
LA ABR-11 © Vaisala Oyj Platform Architecture
Data collection Database services Database applications
• All products are based on the same platform • Data collection services are automatic, database applications user- operated
LA ABR-11 © Vaisala Oyj DataData CollectionCollection ServicesServices
Data flow components: • Message queues • Processing modules: • Communication, parsers, database interface, file logger etc. • Supervising module • Operating parameters from the DB
LA ABR-11 © Vaisala Oyj MetManMetMan ApplicationsApplications
System configuration • Metadata control • Communications control • Maintenance control
Supervision • System control center • Alarms editor
Data display • Station history • Weather view
Data editing • Synop editor
LA ABR-11 © Vaisala Oyj MetadataMetadata control:control: OverviewOverview
• Variables • Stations • Devices • Sites • Message formats
LA ABR-11 © Vaisala Oyj MetadataMetadata control:control: StationsStations
• Station parameter editing • Optional parameters: • sites • devices • altitude • latitude • longitude • WMO block number • WMO station number
LA ABR-11 © Vaisala Oyj MetadataMetadata control:control: VariablesVariables
• Each measurement from a sensor / AWS can be tracked in the db
• Variables may be configured manually or automatically
LA ABR-11 © Vaisala Oyj Communications:Communications: OverviewOverview
• Connection groups • group of tasks • timing
• Connection methods • primary connections • secondary connections
• Communication task • get data, issue commands, etc
LA ABR-11 © Vaisala Oyj Communications:Communications: ConnectionConnection groupsgroups
• Stations are allocated into connection groups
• System will make calls to the stations in the group at scheduled times
• Connection method(s) may be defined separately for each station
LA ABR-11 © Vaisala Oyj Communications:Communications: ConnectionsConnections
• Connection method and parameters may be selected from a predefined list or configred manually (e.g. AT commands)
• Several connections per station may be defined
LA ABR-11 © Vaisala Oyj Communications:Communications: TasksTasks
• Communication task = script that defines how MetMan sw interacts with the AWS after connection has been established
• Commands: • Open • Send message • Send file • Wait • Synchronize time • ClearInput • ...
LA ABR-11 © Vaisala Oyj Communications:Communications: MeansMeans andand protocolsprotocols
• Means: • LAN / WAN • dial-up modem • leased line modem • direct serial port
• Protocols: • TCP/IP • FTP • Telnet • Serial protocols
LA ABR-11 © Vaisala Oyj SystemSystem ControlControl Center:Center: OverviewOverview
System status • Time of latest message from station • Errors in data collection • Errors in data processing • Immediate polling to station
Base server control • Start / stop • Process status • Event window
LA ABR-11 © Vaisala Oyj StationStation HistoryHistory ViewView
• Reporting tool for observation database • Report formats: • Tables • Graphs • Predefined reports • Comparison of measurement values • Printing support
LA ABR-11 © Vaisala Oyj StationStation HistoryHistory ViewView
LA ABR-11 © Vaisala Oyj Alarms:Alarms: OverviewOverview
• Remote Alarms • Log of alarm messages generated by AWS / remote station
• Local Alarms • Alarm messages generated at MetMan base server • Minimum and maximum limits for observation • Step change limit • Alarm can be set to cover several stations • User interface displays current alarm state • Audiovisual response
•System Alarms • Error messages in the event log
LA ABR-11 © Vaisala Oyj MaintenanceMaintenance control:control: OverviewOverview
• Configuration of maintenance tasks
• Configuration of work stations and base server
• Configuration of file output
LA ABR-11 © Vaisala Oyj SetupSetup
• All products are set up using standard installation programs • Automatic setup scripts make it easy install Oracle server and clients • System Checker is a simple-to-use program to verify success of installation and configuration parameters
LA ABR-11 © Vaisala Oyj §§ • Backup base server for MM400 • Support for 555 • More input message formats will be recognized • Support for present weather sensors, ceilometers • Improved user interfaces • Improved support for data validation • Calculations • Completely script-based configuration will make installation easier • Support of SYNOP generation / processing at central station for MM100 / MM400
LA ABR-11 © Vaisala Oyj RETORNAR VAISALAVAISALA UBS2000UBS2000
LA ABR-11 © Vaisala Oyj UBS2000UBS2000 •Ingests Data from •GOES Direct Readout Ground Station •Interrogated Radio •Telephone Modem
LA ABR-11 © Vaisala Oyj UBS2000UBS2000 GRIDGRID VIEWVIEW
LA ABR-11 © Vaisala Oyj UBS2000UBS2000 CHARTCHART VIEWVIEW
Chart data over time from a single station in 3D
Chart data over time from multiple stations
LA ABR-11 © Vaisala Oyj FinalFinal dada ApresentaçãoApresentação TecnologiaTecnologia emem EstaçãoEstação CentralCentral -- VAISALAVAISALA
RETORNARRETORNAR
LA ABR-11 © Vaisala Oyj ComoComo chegarchegar nana HOBECOHOBECO
Área portuária: Próximo à Praça Barão de Tefé seguindo pela Rua Camerino
LA ABR-11 © Vaisala Oyj ComoComo chegarchegar nana HOBECOHOBECO
LA ABR-11 © Vaisala Oyj Hobeco Sudamericana Ltda. Ladeira Madre de Deus, 13 - Gamboa CEP 20221-090 - Rio de Janeiro - RJ Brasil Tel: 0xx21-2518-2237 Fax: 0xx21-2263-9067 Site : www.hobeco.net e-mail : [email protected]
Vaisala P.O Box 26, FIN-00421 Helsinki, Finland Tel. (+358 9) 894 91, www.vaisala.com
LA ABR-11 © Vaisala Oyj RETORNAR