Product Showcase

Automated Weather Alerts

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Baron’s automated weather alerts give agencies a variety of ways to reach the public with critical weather notifications, using push notification, text message or email. The alert solutions use volumetric radar data to identify threats and alert subscribers in the path of dangerous weather. Radar data, weather alerts and road conditions are viewable as a map overlay for comprehensive awareness of developing situations.

Real-Time HD Weather Display

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Real-Time HD Weather Display - Your weather live in high definition

Show real-time weather information at your location with this striking high definition display. Get an at-a-glance view of live readings such as temperature, wind speed and humidity, among others. Customers are utilizing their weather displays to streamline how they share weather information with staff, visitors and other stakeholders.

• Enjoy quick access to important real-time weather data
• View live camera images of your facility
• Receive customized real-time alert notifications specific to your location

Flood Forecasting Models

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Baron’s Hydrological models provide fully integrated operational solutions for flood-event forecasting and alerting. The Baron suite of hydrology tools will enable your organization to:

• Integrate new and existing radars, automated weather sensors, NWP and Hydrological models into one system
• Produce forecast inundation and discharge hydrographs enabling state-of-science awareness from nowcasting to long-term forecast lengths at 100-meter or finer spatial scales
• Create customized solutions that scale to meet your organization’s operational requirements

Gen3 Radar

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Providing the highest-quality data in the market, a Baron Gen3 radar will be the foundation of a more efficient and effective meteorological operation. Data from a Baron radar will empower more in-depth real-time analysis of current conditions, better detection of precipitation, hail, tornados and other severe weather events, and can be used to initialize your numerical weather prediction models for more accurate forecasts. Baron Gen3 radars are built with innovative technology that elevates their performance above what any other vendor can offer. The benefits include:

• Clutter suppression technology that far exceeds GMAP capabilities
• Patent-pending multi-radial calibration
• Exclusive open data architecture
• Klystron and magnetron options
• Fixed and mobile solutions
• 24/7/365 customer support

Forecast Modeling

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Forecast modeling from Baron allows organizations to more precisely and reliably issue forecasts and warnings, improving the ability to anticipate and mitigate the impacts of severe hydrometeorological events. Baron modeling systems are provided as packaged end-to-end solutions, or can be fully scaled, tailored, and customized to meet end user requirements.

Additionally, many observational datasets, including weather radar and river gauge sensors, can be assimilated into the suite of available models in real-time. This process improves their accuracy as a result of incorporating the data prior to initiating forecast runs. With Baron Forecast Modeling, organizations have earlier, more accurate decision guidance for conditions expected to impact their communities, regions and nations—helping them better ensure the safety of life and property during hydrometeorological or other weather-sensitive events.

Integrated Weather Solutions

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Integrating your entire meteorological network including data from radars, sensors, gauges, weather models and more into one solution for more efficient and effective analysis, forecasting and distribution of weather data.

Sferic Protect

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A new annual subscription for multi-dimensional protection from weather that can disrupt your operations.

Sferic Protect is the best way to mitigate weather-related risk. We’ve rounded up the best of our products to create comprehensive risk mitigation packages to help you fight severe weather threats.

Sferic Protect is available in multiple configurations and includes:

• Real-time storm tracking
• Customized mobile alerts
• Automated high-decibel outdoor audible alerts
• Personal weather portal
• Public weather display
• Localized weather forecasts
• Managed weather equipment
• 24/7 access to meteorologists for events

See full info

Critical Weather App

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Baron makes it easy to reach the entire public, regardless of platform. Our Critical Weather App for iOS and Android devices allow you to deliver weather data to people no matter how they get their information. With Baron technology you can provide a daily weather app that includes temperatures, forecasts, currents, radar and more. Exclusive and patented alerting technology means you can automatically inform your audience of approaching weather with unrivaled accuracy.

Advanced Forecaster Workstation

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Eliminate the need for multiple systems to view all your weather data with Baron Lynx. A complete end-to-end weather solution, Lynx can seamlessly integrate data from your entire meteorological network into one customizable workstation, where forecasters can view and analyze all weather data at the same time and distribute critical weather information.

Communicating alerts, warnings and everyday weather information within your organization or to the public is simple with the ability to post to social media, websites and apps directly from the Lynx interface. Deliver more engaging information and increase the visibility of your organization with captivating weather graphics and videos generated in Lynx.

Baron also offers a web-based weather analysis option.

Weather Stations

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Big weather data muscle on a sleek frame. 

Built to withstand and measure all kinds of threats, our weather station quietly records crucial information about the environment and turns it into the most useful data around–yours.

Requiring little maintenance, your weather station is fully automated with components that interface seamlessly with our tools and applications.Whether you’re monitoring heat and humidity levels or ice cold temperatures to protect people outdoors, measuring rainfall to determine how to treat agriculture, or monitoring neighborhood-level weather conditions for public safety, access to real-time, local weather intelligence is critical.

• Prepare for severe weather
• Protect people and property
• Automate and streamline operations

Customer Support

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Baron is a weather partner committed to our customers’ success. Our support staff of degreed meteorologists is available around the clock via phone or email to help customers find solutions to any issues they may encounter.

Global Flood Risk Tool

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COMPREHENSIVE FLOOD RISK ANALYSIS AT YOUR FINGERTIPS

The Global Flood Risk Tool (GRFT) is Royal HaskoningDHV’s cloud-based platform that delivers accurate and comprehensible flood risk analysis and recommends investment proposals to reduce risk on losing lives and economic damages. The online tool has been developed inhouse by a multidisciplinary team comprising experts with geospatial, software development and flood risk expertise.

GFRT conducts a thorough flood risk assessment and delivers a set of customized solutions if the identified flood risk is considered significant. The output is generated instantly (also for multiple scenarios, with large extents of 20x20km and grid cells of 5m resolution), and the tool is set up in such a way that it can easily connect to, integrate or exchange with other services, tools and models.

Clients who are currently using the tool are port authorities and international financial institutes.

The benefits of the Global Flood Risk Tool are:

• Interactive, visually attractive, geospatially distributed flood risk, and understandable user interface for non-experts
• Enables informed decision-making for increasing flood resilience and business case modelling
• A cloud-based platform with super computer power and parallel computing performance
• Output is generated instantly: has been used to stimulate stakeholder dialogue during real-life session

Contact us for a demo!

RWS-30 Road Tunnel Weather Sensor

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The RWS-30 Road Tunnel Weather Sensor is designed for use in road and tunnel applications where accurate and reliable visibility measurements are required. The forward scatter measurement principle provides a compact design with measurements that are both accurate and reliable in all weather conditions. The RWS-30 outputs have been chosen to match those recommended for use in tunnel systems.

• 200m to 99.99km measurement range
• Compact forward scatter design
• Not affected by lights
• Easily installed by one person
• Window heating and contamination monitoring
• EXCO and MOR Outputs
• Analogue voltage and current outputs
• Serial data output (RS232, RS422 or RS485)
• 2 Years warranty

WindMast WP 350

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Vertical Wind Mast Type Lidar

Product Description

The WindMast WP350 is a "wind tower replacement" type pulse coherent wind laser radar. It is compact, low power, high precision and is designed and manufactured based on the IEC 61400-12-1:2017 standard.

The wind speed and wind profile of any 30 height gates from 20m to 350m above the lidar can be continuously detected throughout the day.

It is suitable for wind resource exploration and evaluation, wind turbine power curve test, wind power prediction, complex terrain wind shear analysis, atmospheric boundary layer dynamics research and other fields.

Functional features and advantages

• Wide width range: 20m~350m, adapt to various impeller diameters and installation environment
• High precision: 0.1m/s, tested by IEC61400-12-1: 2017 international standard
• High resolution: second data refresh rate, 1m distance resolution
• Easy to carry: small size, light weight, low power consumption, easy to transport
• Flexible deployment: simple operation, complementary scenery or fuel cell power supply
• Automatic unattended observation: remote networked data acquisition and device monitoring
• Strong robustness: continuous and stable operation in harsh environments on land and at sea

View full technical specs

MARWIS-UMB - road weather sensor I OTT Hydromet

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MARWIS is the first road and runway weather sensor detecting road conditions, temperatures, friction and other parameters mobile and in real time from driving vehicles...

The mobile road weather sensor MARWIS turns vehicles into driving weather stations by detecting several critical road and runway weather parameters. It can be installed on vehicles with a distance of 1 - 2m above the surface and delivers information about temperatures, waterfilm heights, dew points, road conditions (dry, moist, wet, snow, ice), ice percentages, rel. humidity and friction with a frequency of up to 100 times per second.

It serves as an important decision support with regard to preventive gritting. Due to the open interface protocols, MARWIS can be easily integrated into existing winter maintenance monitoring networks. Similarly, the mobile road sensor can communicate directly with the control system on gritting vehicles. The measurement data output supports the protocol UMB binary.

• Parameters measured:Layer thickness of water, snow and ice, surface conditions (dry, damp, wet, snow, ice), friction, optional: road surface temperature
• Measurement technology:Weighing principle
• Product Highlights:Mobile, plug and play, 100 measurements per second with max. output rate of 10Hz, multifunctional, real time thermal mapping, wireless data transfer
• Interface:Bluetooth, RS485, CAN-Bus

Wind3D 10K

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3D Scanning Wind Lidar

Product Description

Based on the principle of optical coherence doppler frequency shift detection, the 3D scanning wind lidar Wind3D 10K can be used for monitoring, identification and early warning of low altitude wind shear, for detection of aircraft wake vortex and to enhance the separation reduction of the dynamic wake vortex.

Equipped with optical scanner of highly pointing accuracy, for 3D scanning detection (in DBS /VAD /PPI /RHI /CAPPI/LOS script scanning modes), the detection radius can be up to 12km.

With a variety of detection modes, such as 3D Stereoscopic scanning, aircraft glide path scanning, wind profile scanning, multi lidar networking, etc., it can meet the demand of aviation meteorological wind measurement, and provide users with comprehensive customized solutions and services.

Functional features and advantages

• Full coverage: three dimension wind field detection system for the whole airport and glide slope
• Dual probe design: synchronous measurement of wind field and recording of aircraft flight attitude
• High precision: wind cup level of wind measurement accuracy (<0.1m/s)
• Aviation safety: eye safety and electromagnetic compatibility design
• Multiple scanning modes: DBS/VAD/PPI/RHI/CAPPI/LOS aircraft low altitude wind shear and wake vortex detection mode, supporting lidar mission script programming
• High resolution: 10Hz data refresh rate, 15m range resolution
• Flexible deployment: small in size, light in weight and low in power consumption, which can be easily deployed in airports and stations
• Unattended: remote networking data acquisition and equipment monitoring
• Strong robustness: continuous and stable operation in harsh inland, coastal and plateau environments

View full technical specs

SLS20 Scintillometer

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The Scintec SLS20 Scintillometer measures turbulence, heat flux and momentum flux by purely optical means. In combination with other meteorological sensors the system can determine latent heat flux or evaporation. 

Each SLS Series Scintillometer consists of a laser transmitter pointing at a receiver. Temperature fluctuations in the air cause variations of the light intensity captured at the receiver. The scintillometer evaluates such variations to yield turbulence information. 

The line averaging over the optical path results in spatially representative data and outstanding temporal resolution – a critical edge over data collected from conventional point sensors. The scintillometer provides high sensitivity and accuracy – without mechanical flow distortion or any moving part.

The proprietary displaced-beam technique of the SLS Series Scintillometers opens up access to mechanical turbulence quantities (momentum flux, kinetic-energy dissipation rate) without need to feed in any external wind data.

Key Features: 

• heat flux, momentum flux by purely optical means
• suitable for stable and unstable conditions
• measures Cn2, CT2, l0
• crosswind option available
• spatially averaging technique
• high temporal resolution
• low statistical noise
• no flow distortion
• easy installation and operation
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• beam-displacement calibration
• window heating

Key Applications:

• turbulence studies
• air quality and atmospheric dispersion
• spatially-averaged wind measurements
• optical propagation conditions
• defence weather
• surface energy balance
• evapotranspiration monitoring
• agrometeorology, forestry
• satellite data ground truth

SLS20 brochure

CS100 Barometric Pressure Sensor

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The CS100 is a Campbell Scientific version of Setra's model 278 barometer. It uses Setra’s Setraceram capacitive sensor and IC analog circuit to measure barometric pressure.  The CS100 includes a 0.76 m (2.5 ft) cable and a terminal strip for data logger power and signal connections. 

The CS100 is encased in a stainless-steel and polyester case fitted with an 1/8 in. barbed fitting for pressure connection. It includes an internal switching circuit that allows the data logger to power the barometer only during measurement, which reduces power usage.

View brochure

VPF-750 Visibility & Present Weather Sensor

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The VPF-750 Visibility and Present Weather Sensor is the most advanced in Biral’s product range. Its enhanced performance allows the reporting of freezing precipitation in addition to the weather codes typically available from a forward scatter sensor.

The sensor is designed for use in aviation applications where extended weather information, including past weather, is required for inclusion in METAR reports. The sensor is also well suited to research applications and use in meteorological observation networks.

The unique backscatter receiver combined with accurate external temperature, humidity and precipitation sensors gives the VPF-750 unparalleled abilities in distinguishing frozen from liquid precipitation, with the added advantage of identifying freezing precipitation. The sensor reports both WMO table 4680 and METAR codes to simplify integration in to host systems. A wealth of other data is provided including a transmissometer equivalent EXCO.

An optional interface to the ALS-2 Ambient Light Sensor simplifies use in aviation applications where both Runway Visual Range (RVR) and METAR information is required.

• 47 WMO Table 4680 present weather codes
• Reports freezing precipitation
• Designed for aviation, research and general met use
• Reliable measurement in all weather conditions
• Highly corrosion resistant hard coat anodised finish
• Window contamination monitoring and compensation
• Unaffected by obstacle warning lights
• Easy integration of Biral ALS-2 Ambient Light Sensor
• DC powered
• 10m to 99.99km measurement range

Meteor 1700C weather radar

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The METEOR 1700C is a high-powered C-Band weather radar designed for precise weather detection and warning in clutter-polluted environments. The sophisticated system features a fully coherent 250kW klystron transmitter to deliver excellent data quality and maximum clutter suppression. This is particularly important for close-to-ground observations required by airport users.

Features:

• The METEOR 1700C is supplied with GDRX® and Rainbow® for the precise detection and tracking of thunderstorms, wind shear, gust fronts and other severe weather phenomena at medium ranges
• The METEOR 1700C is available with single or dual polarization (DP). The dual polarization option enhances the measurement of precipitation intensity and makes way for the categorization of different types of hydrometeors such as drizzle, rain, hail and snow. DP also enables the identification of non-meteorological targets like birds and insects, which can be hazardous to aircraft

View factsheet

ORG® Optical Rain Gauge

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OSi’s ORG® (Optical Rain Gauge) is a superior tool for rain measurement. The ORG® is the only instrument available to measure true rain rate. This means you avoid the reading errors due to mechanical limitations, which plague other low-tech gauges.

No other rain sensor comes close to the ORG® in performance and features. Our scintillation technology has undisputed advantages over the competition.

From Antarctica to Saudi Arabia and from Switzerland to Australia, users worldwide rely upon OSi sensors. Our instruments can be found working for airports, transportation authorities (such as state DOT’s), businesses, municipalities, universities, research institutions, military, and other government agencies. Our customers include the NWS, FAA, MIT, NASA, USAF, and USGS. If your weather measurement needs involve hydrological profiling, research, or synoptic observation, OSi’s sensors will do the job.

OSi’s scintillation technology is the best method for optical measurement of rain. Falling rain causes beam intensity variations in the infrared light as it passes through the beam. These irregularities, known as scintillation, have characteristic patterns, which are detected by the sensor and converted to rain rate. 

ORG®has a very tough, lightweight frame, which can withstand the rigors of the weather. Lens heaters keep the optical path clear of dew or condensation. The enclosure is rated NEMA-4 (IP 66). The instrument is easily installed using our U-bolt configuration to a vertical pole or horizontal bar. (No special mounting pole required.) ORG®reports rain rate in mm/hr. The output format is a common ASCII delimited data string, which is easily handled by a PC or Data Collection System.

OSi’s sensors have more than 200 million hours of proven field operation in all climates. MTBF (Mean Time Between Failure) for OSi instruments is in excess of 45,000 hours. The ORG®operates unattended 24 hours a day, 7 days a week. The instrument uses proprietary algorithms that eliminate the need for frequent analog calibration. Field calibration is no longer required. The sensor uses an Automatic Gain Control to compensate for signal loss caused by dirty lenses. The sensor also employs a comprehensive self-test that updates once per minute and reports any potential problems in the output message.

No other precipitation sensors provide this powerful combination of high technology and proven reliability! 

Wind3D 6000

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3D Scanning Wind Lidar

Product description

• Based on the principle of optical pulse coherent Doppler shift detection, Wind3D 6000 can realize the fine detection of the 3D wind field of the middle and lower troposphere (including the atmospheric boundary layer)
• Highly pointed precision optical scanning mirror for 3D scanning detection
• (DBS/VAD/PPI/RHI/CAPPI fixed-point scanning mode), the detection radius can be up to 6km
• In order to meet complex wind measurement requirements such as complex terrain wind field, wind turbine wake,remote virtual wind tower at sea, and stereoscopic distribution of atmospheric pollutants, we have specially developed radar 3D stereo scanning, virtual wind tower, multi-radar coordination, etc. Detection mode. Provide users with a full range of customized solutions and services

Functional features and advantages 

• 3D wind field detection: long distance, 3D stereo wind field detection system
• High precision: achieved wind cup-level wind measurement accuracy (<0.1m/s), and passed IEC61400-12-1:2017 international standard inspection
• Large range: detection radius >6km (expandable)
• Multi-scan mode: DBS/VAD/RHI/PPI/CAPPI virtual wind tower, etc. , and support for Lidar script programming
• High resolution: data refresh rate : 10Hz distance resolution :15m
• Flexible deployment: small size, light weight, low power consumption, and easy to build and transfer in the field
• Automatic unattended observation: remote networked data acquisition and device monitoring
• Strong robustness: continuous and stable operation in harsh environments on land and at sea

View full technical specs

BTD-350 Thunderstorm Detector

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The BTD-350 Thunderstorm Detector is a standalone sensor that reliably detects the presence of all forms of lightning to a range of 83km. The unique quasi electrostatic operating principle gives the detector a very low false alarm rate and the ability to warn of the risk of overhead lightning.

The ability to reliably detect and range cloud-to-cloud lightning, which is typically much more common than cloud-to-ground strikes, makes the BTD-350 much more sensitive to the presence of storms compared to devices that rely on radio detection. The electrostatic operating principle allows the sensor to warn of the risk of overhead lightning before the first discharge occurs.

Virtually maintenance free in operation, the BTD-350 can either interface directly to an integrated system or be operated using the supplied PC compatible display and logging software. The optional warning relay module allows the sensor to automatically sound alarms whenever a storm approaches.

• Warns of overhead lightning risk even before the first lightning discharge
• Highly immune to radio interference which is the major cause of false alarms in traditional standalone detectors
• 83 km (45 NM) detection range exceeds the US FAA requirements
• Detects cloud-to-ground and as well as weaker but more common cloud-to-cloud lightning
• Detects charged precipitation
• Meets FAA performance requirements for aerodrome use
• Provides information for enhanced CAP437 reporting of thunderstorms
• Developed for marine applications both on and offshore
• Certified for marine operation for salt spray, vibration and EMC
• Meets EN50536:2011+A1:2012 requirments for a Class 1 detector
• Meets IEC 62793 performance requirements for a Class A detector

Avimet Aviation Weather Management System

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AviMet combines assessments of wind, visibility, cloud height, pressure, lightning, windshear, precipitation, runway surface conditions, and more to produce real-time reports and alerts.

Our sensors are designed specifically for aviation and chosen based on the unique needs of an airport. The core system can be scaled from small, uncategorized airports to the largest CAT III hubs. By merging advanced sensor and system algorithms with accurate weather observations and reporting, AviMet gives you comprehensive situational awareness of the weather within and above the boundaries of the airport.

AviMet supports many different aviation processes:

• Aeronautical meteorological reporting and forecasting
• Air traffic management and control
• Pilot decision-making
• Runway condition management and reporting
• Airport ground operations  

The AviMet solution and its sensors conform to all relevant ICAO standards and recommendations, as well as WMO regulations and guidelines.

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7150 Barometric Pressure Sensor

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AWI's 7150 Digital Barometer Series, was designed to provide accurate pressure measurements  over a wide range of environmental temperatures and pressures.  The fully compensated digital barometer is ideal for use in demanding automated weather station applications and is fully certified by the FAA.

The barometers use pressure transducers with silicon peizoresistive absolute pressure sensors.  The pressure sensors have excellent hysteresis and repeatability characteristics, low temperature dependence, and very good long term stability.  The pressure transducers used in the 7150 series are unparalleled in terms of durability and ruggedness.

Three models are available in the 7150 series, and they vary by the number of transducers that are present.  Additional pressure transducers allow for operational redundancy, and can be used to flag the digital barometer for maintenance or replacement.  All of the barometers in the 7150 series are available with either RS-232 or RS-485 communication.

LAP®3000 Radar Wind Profiler

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The LAP®3000 is a radar wind profiler that reliably provides continuous and real-time vertical profiles of horizontal wind speed, wind direction, vertical wind speed and turbulence in the atmospheric boundary layer and beyond.

The operation is based on the scattering of electromagnetic pulses at inhomogeneities in the air with subsequent Doppler analysis of the backscattered signal. The wind vector is derived using the beam swinging method.

The LAP®3000 radar wind profiler provides upper-air data with high resolution in time and height. It can substitute extensive radiosonde launching schemes. The LAP®3000 works automatically and is virtually maintenance free. It is economic to operate and suited for operation at unmanned, remote sites.

The new Digital IF Processor SIRP offers characteristics never found in wind profiler signal processing before. This results in higher data quality, better height coverage and more flexibility to tailor the system output to the user’s specific needs.

Key Features:

• maximum range up to 5 km and more
• patch array antenna
• binary pulse coding
• Advanced Coherent Noise Suppression ACNS
• free positioning of range gates
• unlimited multiple-mode capability
• built-in system monitoring
• RASS extension available

Key Applications:

• air quality
• aviation operations
• defense
• atmospheric boundary layer research
• emergency response
• global change research
• mesoscale meteorological forecasting
• vertical wind shear and turbulence

Download brochure

AR200 Anemometer

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AR200 is a robust and reliable ultrasonic anemometer. It measures horizontal wind speed and direction, which mainly used in the following situations : Wind power station, electric power safety monitoring, port wharf, meteorological monitoring, bridge and tunnel, sailing, airport, and urban environment monitoring.

Features:

• Aluminum/Teflon alloy construction
• Lower power dissipation
• No moving parts and maintenance-free
• High accuracy
• Unheated

RWS-20 Road Weather Sensor

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The RWS-20 Road Weather Sensor is designed for use in road applications where accurate and reliable visibility measurements are required. The forward scatter measurement principle and unique design ensure the output is both accurate and reliable in all weather conditions and will not be influenced by local light sources, even flashing signs.

The 10m to 7.5km measurement range is optimal for use in road applications. Heating of the optical windows prevents misting and the optional sensor hood heating can be provided, allowing use in the harshest of conditions. Both optical windows are monitored for contamination and the visibility output is automatically compensated to reduce maintenance requirements.

In addition to the serial data interface, the sensor provides analogue voltage output and optional current outputs of visibility (MOR) or extinction coefficient (EXCO). Optional relays provide threshold and self-test switching capability.

• 10m to 7500m measurement range
• Compact forward scatter design
• Optional hood heating for use in extreme winter environments
• Window heating and contamination monitoring
• Optional 4-20 mA and relay outputs
• Analogue voltage output (0-10V)
• Comprehensive self-test capabilities
• Serial data output (RS232, RS422 or RS485)
• 2 Years warranty

RAINBOW 5 application software

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Rainbow 5 is the most comprehensive, state-of-the-art sensor management system for multi-radar network management, data analysis and display available on the market today.

Based on our longstanding experience in meteorological software design and development, the Rainbow® 5 system fulfils all technological needs for a versatile system right across the fields of radar management, weather monitoring, nowcasting, hydrology, aviation and research. Advanced technologies such as platform independency, client-server architecture, cutting-edge meteorological data processing and standardized interfaces for import, export, and interaction with open source frameworks (e.g. BALTRAD, Py-ART, LROSE) guarantee a complete and unique performance for total customer satisfaction.

We are committed to providing our customers with fully integrated meteorological data processing systems for a multitude of applications such as: Severe weather monitoring, airport wind shear and shear related phenomena detection, hydro-meteorological flash flood monitoring and quantitative precipitation forecast, tracking and probabilistic short-term-forecasting, hydrometeor classification (rain, hail, etc.) and detection of non-meteorological targets (sand, volcanic ash, etc.).

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Climate Finance

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Acclimatise understands that accessing adequate financial resources is one of the biggest obstacles to creating a more climate resilient world. Our team of experts has supported national governments and some of the largest global businesses and financial institutions to identify, access, manage and use sources of international, bilateral, and national climate finance. This covers all the chain from assessing the risks and opportunities from a changing climate to the identification and design/structuring of specific investments (project-level and financial mechanism).

We are fluent in climate adaptation finance and can help you mobilise, catalyse, and leverage public and private capital to deliver your climate investment strategies and financing for climate-resilience solutions. Our goal is to help our clients connect investors with high-impact investment opportunities.

EIA PATH-2016 Solutions

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Complete air quality impact assessment reports quickly and efficiently.

The air quality impact assessment model, PATH-2016 is one of the most complex and time-consuming EIA applications. Air quality data preparation and long-term maintenance of the computing environments are extremely challenging.

View on ClusterTech website 

SFAS Acoustic Profiler

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Pluvio˛ L precipitation gauge

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The OTT Pluvio² L is an all-weather precipitation gauge that uses superior weight-based technology to measure the amount and intensity of rain, snow, and hail. Developed in conjunction with industry-leading meteorological services, the OTT Pluvio² L employs a high-precision load cell and algorithms that compensate for wind, temperature, and evaporation, ensuring the highest accuracy precipitation measurements over time. 

• Parameters measured:Cumulative precipitation, precipitation intensity, bucket content in real time and non real time
• Measurement technology:Weighing principle
• Product Highlights:All-weather precipitation gauge without moving parts according to WMO guide line No. 8
• Interface:SDI-12 / RS-485, pulse

APG All Precipitation Gauge APG-815

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OSI’s APG-815-DS uses proven optical scintillation technology and offers many performance and maintenance advantages over traditional tipping bucket and weighing type rain gauges.

• Additional Capability
  Reports Present Weather Codes
• Superior Technology
  APG® uses Optical Scintillation which is superior to other methods
• Long-term reliability
  Operates unattended 24 hours/day, 7 days/week
• Adaptive Heater Technology (AHT)
  Ideal for solar operation
• Data access
  Low cost cellular modem option
• Self-diagnostics & Testing
  Continuously monitors performance and informs user of trouble
• Low maintenance

View brochure

International Centre for Earth Data

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First of its kind cloud-based, commercial marketplace for analysis ready Earth observation data

Orbital Micro Systems has built the International Centre for Earth Data (ICED). The platform is the world’s first market-sustainable commercial platform for the integration and dissemination of Earth Observation data. ICED’s innovative and flexible cloud based design enables the integration of both government and commercial data sets to meet the near-real time needs of businesses and industry. ICED is poised to become the premier platform where data providers, analytic companies, industry and the public at large meet in order to access, analyze, distribute and utilize remotely sensed data in 21st century.

Through ICED, users will have access to an unsurpassed level of reliable, timely and streamlined information on the Earth’s physical, chemical and biological systems. For the first time, organizations in aviation, maritime, agriculture, finance, energy, insurance and risk mitigation will be able to utilize the power of information in real-time of how weather and environmental factors impact their sector. Within ICED, data derived from innovative remote-sensing satellites and ground instrumentation are immediately available to all kinds of users, eliminating needless barriers to entry and enabling a framework for new application development and analysis.

ICED is a marketplace for Earth observation data. Until now, Earth data has been largely the domain of governments. Despite being available free of charge, existing data catalogs require data producers to give up ownership of their valuable products, can be complicated to navigate, and require different processing from each catalogue they access. This is unsustainable! 80% of Earth observation assets will be in private hands in the next 5 years. The market is in desperate need of a way for data producers to own their data and sell it to those who are using it as close to the source and as efficiently as possible.

BTD-300 Thunderstorm Detector

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The BTD-300 Thunderstorm Detector is a standalone sensor that reliably detects the presence of all forms of lightning to a range of 83 km. The unique quasi electrostatic operating principle gives the detector a very low false alarm rate and the ability to warn of the risk of overhead lightning.

The ability to reliably detect and range cloud-to-cloud lightning, which is typically much more common than cloud-to-ground strikes, makes the BTD-300 much more sensitive to the presence of storms compared to devices that rely on radio detection. The electrostatic operating principle allows the sensor to warn of the risk of overhead lightning before the first discharge occurs.

Virtually maintenance free in operation, the BTD-300 can either interface directly to an integrated system or be operated using the supplied PC compatible display and logging software. The optional warning relay module allows the sensor to automatically sound alarms whenever a storm approaches.

• Warns of overhead lightning risk even before the first lightning discharge
• Highly immune to radio interference which is the major cause of false alarms in traditional standalone detectors
• 83 km (45 nm) detection range exceeds the US FAA requirements
• Detects cloud-to-cloud as well as weaker but more common cloud-to-ground lightning
• Detects charged precipitation
• Meets FAA performance requirements for aerodrome use
• Meets EN50536:2011+A1:2012 requirements for a Class 1 detector
• Meets IEC 62793 performance requirements for a Class A detector
• Optional direction finder

iGASair internet gas monitor

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iGASair is our internet gas monitor, which can measure 8 different gas species simultaneously.

iGASair connects to Turnkey’s AirQWeb cloud server, and can be used alongside our range of dust and vibration & noise instruments to allow integrated monitoring of a wide range of environmental measurements.

Gas sensors are housed in a shielded manifold and aspirated with an ultra-quiet pump, making it suitable for outdoor and indoor air pollution monitoring. 

• Records up to 8 gas species simultaneously
• Automatic zeroing virtually eliminates drift
• Integrated with AirQWeb for live monitoring
• Can be used alongside Turnkey dust monitors

DustMate environmental monitor

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The DustMate environmental monitor is our handheld dust and fume detector and is perfect for short-term sampling.

Versatile and practical, this handheld device is ideal for short-term testing of air quality in buildings, workplaces and on the roadside. With a very fast response time, it delivers accurate readings and can locate sources of airborne dust and fumes even at very low concentrations.

Highly effective for monitoring air quality, the DustMate measures TSP, PM10, PM2.5 and PM1 simultaneously in real time. It will also continuously indicate the concentration of thoracic, inhalable and respirable particles down to 0.1 µg/m3. 

• Internal sampling pump
• Reference filter for gravimetric calibration
• Ergonomic case allows single-handed operation at arms length
• Internal 32k memory records results

MFAS Acoustic Wind Profiler

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The Scintec MFAS is a versatile acoustic profiler for the measurement of wind and turbulence up to 1000 m above the ground.

The operation is based on the reflection of acoustic pulses at temperature inhomogeneities in the air with subsequent doppler analysis.

The instrument can replace towers, tethered balloons or radiosondes at a fraction of the operational costs. With its small size and low weight, the system can be easily transported and installed. Low power consumption facilitates operation in remote areas.

With its proprietary Flat Array Antenna and patented technology, the Scintec MFAS has significant advantages in accuracy, data availability, energy efficiency, lifetime and serviceability – even over systems which are much larger and require more power.

The versatile but easy-to-use operation software APRun satisfies the most demanding needs. Its configurability, graphical display and output options, quality control features, statistical analysis tools, remote access support and self-test functions define today’s standard in wind profiler operation software.

Key Features:

• maximum range up to 1000 m
• vertical resolution down to 10 m
• compact and lightweight – no truck or trailer required for transport
• easy-to-use
• multi-frequency technology (sequential and polyphonic)
• simultaneous multi-beam technology
• low noise-emission with active tapering
• fully-automated self-test
• remote access
• RASS extensions available (RAE2 and windRASS™)

Key Applications:

• micrometeorology
• air quality
• atmospheric dispersion
• nuclear power plant safety
• wind energy
• urban climate
• optical propagation studies
• defence weather
• airport safety
• fog forecasting

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LINET Data

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With LINET data small as well as large private and public companies get detailed numerical lightning information in real time.

LINET data is the classical nowcast product. Both small as well as large private companies and public institutions receive detailed numerical real-time lightning information via LINET data. This data can then be imported into the user’s systems and combined with further data sources.

The user can access the data files in real time in various formats via the internet. In addition to standard information pertaining to the location, time and stroke current, LINET reliably differentiates between intra-cloud strokes and cloud-to-ground strokes, and even ascertains the height of intra-cloud strokes.
 
The data packages provide you with the following information:  

• Date & time
• Geo-coordinates
• Lightning amperage
• Lightning type: cloud-to-ground or intra-cloud
• Emission height of intra-cloud strokes

GEMS - microwave sensor satellites

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RADIOMETER TECHNOLOGY

• Low Earth orbiting CubeSats
• Full global coverage
• Improved temporal (30x) resolution
• Improved spatial (2x) resolution
• Reduced latency, 15min refresh

VPF-710 Visibility Sensor

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The VPF-710 Visibility Sensor provides high quality visibility measurement in a compact and highly robust package.

The open design of the sensor head allows the free passage of air ensuring the visibility measurement is as accurate as possible in all conditions. Other features of the design ensure the correct response to all precipitation types as well as smoke and dust. The VPF-710 is highly resistant to disturbance from nearby light sources such as aviation obstacle warning lights, both constant and flashing. Even the latest generation of IR obstacle lights are not a problem.

The sensor is well suited to use in aviation applications due to the measurement accuracy, overall reliability and longevity. Full compliance with the visibility measurement requirements of the International Civil Aviation Organisation Runway Visual Range specification and easy integration of the Biral ALS-2 ambient light sensor makes VPF-710 particularly suited for use in Runway Visual Range (RVR) applications.

As standard the sensor is fitted with an extensive self-test monitoring capability which includes window contamination monitoring and output compensation. The VPF-710 can be AC mains or low voltage DC powered and hood heaters are available for use in areas prone to snow.

• Reliable measurement in all weather conditions
• Highly corrosion resistant hard coat anodised finish
• Window contamination monitoring and compensation
• Unaffected by obstacle warning lights
• Easy integration of Biral ALS-2 Ambient Light Sensor
• Mains or DC powered
• 10m to 99.99km measurement range

METEOR 700C/735C weather radars

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The METEOR 700C is a high-powered C-Band weather radar designed for the precise quantitative evaluation of precipitation and wind fields in the mean latitude regions. It is particularly well suited for the everyday needs and applications of national meteorological services seeking the best price/performance ratio in terms of coverage, broadband measurement applications, reliability and lifecycle costs.

The METEOR 700C baseline configuration includes a 250KW transmitter. Alternatively, the METEOR 735C boosts the peak power to more than 400KW. It is driven by a solid-state modulator with graceful degradation providing fault-tolerant operation and higher system availability.

The METEOR 700C systems are supplied with GDRX® and Rainbow®, ensuring optimum data quality for the accurate measurement of rain rates, precise detection of severe weather phenomena as well as tracking and nowcasting of such events at medium ranges.

Both the METEOR 700C and METEOR 735C are available with single or dual polarization (DP). The dual polarization option enhances the measurement of precipitation intensity and makes way for the categorization of different types of hydrometeor such as drizzle, rain, hail and snow. Thanks to its high-powered transmitter, the METEOR 735C operates in simultaneous DP mode with almost no loss of sensitivity compared to conventional 250KW single-polarized systems.

Download datasheet

HygroVUE™10 sensor

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The HygroVUE™10 offers a combined temperature and relative humidity element in an advanced digital sensor that is ideal for weather networks. The electronics within the sensor provide accurate measurements, and the sensor is easy to use. The digital SDI-12 output allows a simple connection and measurement by many data logging systems. Another benefit is that this digital output avoids the extra errors associated with measuring analog sensors.

A stainless-steel mesh filter on the HygroVUE™10 minimizes the effects of dust and dirt on the sensor while allowing air exchange around the sensor element and reducing the chances that condensation remains inside the filter cap. A small PTFE membrane filter is bonded to the surface of the element, which prevents any finer dust or mold from directly influencing the measurement.

Because the sensor housing is designed to withstand permanent exposure to various weather conditions and to fit inside a range of radiation shields (including compact shields), the HygroVUE™10 is truly suitable for a wide range of monitoring applications.

The HygroVUE™10 utilizes a latest-generation, Swiss-made, combined relative humidity and temperature element based on CMOSens® technology that offers good measurements, accuracy, and stability. Each element of the HygroVUE™10 is individually calibrated with the calibration corrections stored on the chip. You can easily change the sensor element in the field, which reduces your downtime and calibration costs.

Automatic Weather Station AWS310

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A complete communication and data monitoring solution, including sensor, electronics, mast, and power supply – everything you need to start collecting accurate and reliable weather measurements

FEATURES

• WMO-compliant sensors for validated data
• Easy remote monitoring of network status via optional NM10 software
• Remote configuration management
• Long calibration intervals
• Fast delivery for preconfigured systems

AWS100 AQS Air Quality Monitoring Station

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AQS Micro Air Quality Monitoring Station is designed to include weather and air quality, suitable for environment monitoring grid. Air quality including PM2.5, PM10, noise, gas parameters such as CO, NO, NO2, SO2, O3, H2S and volatile gas TVOC. Meteorological parameters such as wind speed, temperature, humidity and rainfall.

The equipment is built with module for flexible configuration, which is small in size and low cost, suitable for grid distribution requirements such as urban smart street lamp, urban environmental monitoring stations, campuses and research institutions.

Features:

• Monitors weather and air quality at the same time
• Aluminum alloy with teflon coating
• Compact design
• No moving parts
• Easy to install and dismount
• Compatible to multiple outputs
• Low power consumption
• Maintenance-free

Automatic Hydrological Station

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Hydrological monitoring

• Modular and scalable platform
• Multimode data communication
• Statistics, alerts and notifications
• Customizable web interface

View datasheet

Humidity and Temperature Probe HMP1

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Designed for measuring ambient measurement in indoor spaces. HMP1 can be directly connected to Indigo200 series transmitters to form a single wall-mounted unit. Its probe head and body are integrated to a single unit and it uses the miniature 5 mm (0.2 in) diameter HUMICAP® sensor and head for great stability and fast response time. 

HMP1 is part of the Indigo product family and compatible with Indigo200 and Indigo500 Series Transmitters. HMP1 can also be used with the Vaisala Insight PC Software for data visualization, easy probe configuration and self-calibration.  

FEATURES

• Probe for wall mounting when combined with Indigo series transmitters
• RH accuracy up to ±1 %RH and temperature accuracy up to 0.2 °C (0.36 °F)
• Temperature measurement range -40 ... +60 °C (-40 ... +140 °F)
• Chemical purge provides superior chemical resistance
• Modbus RTU over RS-485 for flexible connectivity
• Includes a traceable calibration certificate: 6 points for humidity, 1 point for temperature

First Class Wind Speed Transmitter

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High sensitivity mechanical cup anemometer designed for the measurement of the horizontal component of the wind speed for site evaluation and the measurement of capacity characteristics of wind power systems as well as meteorological applications and environmental measurements.

Ideal for site assessment and power performance of Wind Turbine Generators

The Advanced First Class sensor is Class A, B and S accredited acc. IEC 61400-12-1 for site assessment and power performance of Wind Turbine Generators.

The sensor characteristics are optimised for dynamic behaviour, even in high turbulence intensities with minimal over-speeding and a low starting value. The sensor is available in a number of variants including digital and analogue outputs. Heated versions are available for use in regions prone to freezing.

IMS4 CLDB and ENVIDB database

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Features: 

• scalable solution
• metadata management
• high availability option
• export to standard formats
• manual or automatic data sources
• mathematical / statistical packages
• highly configurable quality control
• advanced graphical presentation tool and map analysis

Climatological database is a critical component of any modern meteorological institute of today. The main utilization of such system is storage of all collected meteorological data in one unified structure to avoid data inconsistencies and discrepancies and to enable standard comfortable data access for all users and other software systems.

Within the Climatological Database (CLDB), the above mentioned unified structure is based on SQL Database Server and the standard data access is based on SQL language. The guarantee of data storage quality is the industry proven Oracle® Database Server, the world leader in database technologies. Great alternative for smaller systems is based on an open source solution offered by PosgreSQL. CLDB is based on WMO1 recommended practices for climatological data processing (WMO Guide No. 100). It follows the WMO suggestion of a RDBMS (Relational Database Management System) application with wide use   in climatology (World Climate Program efforts concerning new Climate Data Management Systems - CDMSs).

Great advantage of CLDB is its modular architecture, which gives the end user the possibility of detailed customization. The end user can specify additional non-standard input and output modules. Modules can be easily implemented and added to any existing or future installation. One of the most interesting extensions offered is upgrade to environmental database (integration of AWS, radar, satellite, profiler, historical observations, marine data, radiation and air pollution monitoring and more). To provide high availability of the database we use Oracle Real Application Cluster - the database solution provides fault tolerance and high performance for mission-critical applications.

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METEOR 1700S weather radar

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The METEOR 1700S is a high-powered S-Band weather radar system. It was designed to be employed in severe weather regions, where attenuation by intervening heavy rainfall impedes the precise measurement of precipitation at long ranges.

The sophisticated system features a fully coherent 750kW klystron transmitter to deliver accurate data and maximum clutter suppression. The METEOR 1700S is supplied with GDRX® and Rainbow® for the precise detection and tracking of thunderstorms, wind shear and other severe weather phenomena in tropical regions.

The METEOR 1700S is available with single or dual polarization (DP). The dual polarization option further reduces the impact of rainfall attenuation and makes way for the categorization of different types of hydrometeor such as drizzle, rain, hail and snow.

Download datasheet

Hydrological Modelling & Forecasting

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Features:

• land planning and development
• country management
• research and studies

Hydrological modeling is an effective tool for simulation of hydrological processes with the fruitful outputs in many fields. Our system is modular-based and enables the user to use one, or multiple platforms to perform the required outputs. MicroStep-MIS fulfils the above mentioned goals by implementing various modeling tools.

• Complex rainfall – runoff models
• Models of parts of runoff generation process including specific snow-accumulation – snow melt / runoff models
• Hydrodynamic (1 - 2D) models
• Flash – flood modeling tools

Simulations are provided in the form of studies, or in the form of the forecasting and warning system working in the real-time and providing hydrological forecasts to responsible institutions, decision makers and public. Forecasting and warning system uses the real-time measured and forecasted values of precipitation and temperature. Analyses of snow cover and snow-melt processes are included in our systems too.

View datasheet

WindHorizon H400

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Forward-looking Nacelle Lidar

Product description

The WindHorizon H400 is a compact, high-precision forward-looking Nacelle Lidar that accurately detects wind speed and direction information for any 10 distance gates from 50m to 400m directly in front of the fan hub.

It is suitable for application fields such as fan yaw error correction, wind turbine power curve test and feedforward control to reduce fan load. It is of great significance to improve wind turbine power generation efficiency, reduce wind turbine load and failure rate, and prolong wind turbine service life.

Functional features and advantages

• Full function: yaw, feedforward control, power curve test
• High precision: wind speed 0.1m/s, wind direction 0.5°, pass white box and black box accuracy test
• High resolution: 4Hz data refresh rate, meter range resolution
• Wide range of adaptable models: Customized development for different models (including detection distance, optical opening angle, data output, etc.)
• Easy installation: small size, light weight, low power consumption, fast installation, support for multiple compatibility data interfaces
• Automatic unattended observation: remote networked data acquisition and device monitoring
• Strong robustness: continuous and stable operation in harsh environments on land and at sea

View full technical specs

Scientific Data Analysis and Display (RainSNIP)

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RainSNIP, our tool for scientific radar data analysis and display, is a standalone software package that contains a set of applications to read, manipulate, and display radar data. RainSNIP is available for standard operating systems (Windows and Linux).

The use of weather radar in a network for quantitative precipitation estimation becomes essential for most of the national meteorological services. This requires well-calibrated and coherent radars even in heterogeneous weather radar networks. To meet these conditions and to facilitate the use and the analysis of the radar data by researchers and scientists, Leonardo developed an ensemble of practical functions in the software package RainSNIP.

Main functionalities

RainSNIP is equipped with a radar data interface, which supports reading polar raw data and key Rainbow® products. A graphical data viewer allows navigating through PPI slices of a volume as well as analysing and extracting data from the full data set to e.g. CSV files. With the RainSNIP radar inter-comparison application, data of neighbouring radars can easily be compared. The RainSNIP data conversion application is suited to import different standard radar data formats. Area selection, zoom, time navigation, data moment selection, data extraction, data query, and geographical coordinates are conveniently handled via mouse cursor.

LAP®12000 Radar Wind Profiler

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Troposphere Wind Profiler for your needs

The Scintec Wind Profiler LAP®12000 provides vertical profiles of horizontal wind speed and direction and vertical wind velocity up to 16 km above ground level (agl). When an optional Radio Acoustic Sounding System (RASS) is added to the Scintec LAP®12000, it will provide virtual temperature profiles up to 5 km agl. These altitudes are maximum values and will change dramatically depending on atmospheric conditions, profiler configuration, installation site and surrounding environment. The Scintec LAP®12000 operates fully unattended and provides continuous data with high vertical and temporal resolution. 

Software that suits your application

The flexible Scintec LAP-XM® software allows site-specific optimization of system performance, including variable temporal and range resolution, in support of various applications. The operator can choose signal processing parameters, quality control features, and data formats. 

The optional Scintec Graph-XM™ graphical display software provides a wide variety of data visualization schemes including time-height cross sections of wind barbs (vectors), and virtual temperature profiles. The Windows-based data system can archive up to one-year’s worth of wind and temperature data in database and text format. Averaged time series, spectra, and moments data can also be archived. 

Scintec offers new technologies and greater value. You’ll get the latest in wind and temperature radar profiler solutions for meteorological and environmental applications. The Scintec LAP® wind profilers, which operate under Windows® XP and feature versatile digital signal processing, were jointly developed under a Cooperative Research and Development Agreement (CRADA) with the U.S. National Oceanic and Atmospheric Administration (NOAA) and Sonoma Technologies Inc (STI). Current users of Scintec LAP® systems include NOAA, NCAR, NASA, DOD, DOE, air quality districts, universities, utilities, and private industry.

Key Features:

• Continuous wind data up to 16km
• Continuous virtual temperature data up to 5km
• Unattended operation
• Minimal periodic maintenance
• New vertical profile every 5-60 minutes

Key Applications:

• Climate change research
• Missile, rocket, and artillery support
• Space launch support
• Synoptic and mesoscale analysis and forecasting

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AWAIRE Wind Analysis and Forecast System

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AWAIRE™ is a new hardware, software and service package which is designed to provide the most complete, accurate and reliable information about surface and upper winds and to bring this to airport controllers, managers, meteorologists and pilots.

AWAIRE™ uses a variety of the most advanced sensing technologies to continuously measure all relevant wind and turbulence parameters in the area of the departure and climb paths with high distance resolution, precisely and in near real-time. This includes wind speed and direction relative to the airplane as well as both, the turbulent and non-turbulent types of wind shear. The selection of adequate and complementary sounding technologies results in an operability at any weather condition, including low clouds and precipitation.

AWAIRE™, however, is much more than just measurement and display. It generates a database which can be used for better analytics and prognostics of the meteorological parameters at exactly the airport location. Unlike with conventional systems, multi-dimensional algorithms and the trained artificial intelligence finally combine the output data of the various sensors and evaluate them synergistically. This significantly increases the content and reliability of the generated decision supporting information and configurable alerts.

Finally, AWAIRE™ comprehensively displays all information in an intuitively and easily understandable visualization with configurable tools for decision making during approach and departure procedures. Past occurrences can be tracked. Airports with multiple runways are fully supported.

Key Features:

• Decision making tool for all wind-related airport operations
• Wind and wind shear alerts
• Analytic and prognostic capabilities
• Multiple sensors combined (e. g. wind profilers, lidars, radars and LLWAS)
• Algorithms and artificial intelligence for improved information content and quality
• Decision-supporting visualization of current, historic and prognostic data

Key Benefits:

• Less flight delays
• Less flight cancellations
• Enhanced transportation capacity
• Increased safety
• Improved passenger comfort

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XFAS Acoustic Wind Profiler

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The Scintec XFAS is a high-performance, long-range acoustic profiler for the measurement of wind and turbulence within the atmospheric boundary layer.

The operation is based on the reflection of acoustic pulses at temperature inhomogeneities in the air with subsequent doppler analysis.

The instrument can replace towers, tethered balloons or radiosondes at a fraction of the operational costs. The system can be easily transported and installed. Low power consumption facilitates operation in remote areas.

With its proprietary Flat Array Antenna and patented technology, the Scintec XFAS has significant advantages in accuracy, data availability, energy efficiency, lifetime and serviceability – even over systems which are much larger and require more power.

The versatile but easy-to-use operation software APRun satisfies the most demanding needs. Its configurability, graphical display and output options, quality control features, statistical analysis tools, remote access support and self-test functions define today’s standard in wind profiler operation software.

Key Features:

• maximum range up to boundary layer height (nominal > 2000 m)
• vertical resolution down to 20 m
• powerful low-frequency antenna
• can be transported and installed without special equipment
• easy-to-use
• multi-frequency technology (sequential and polyphonic)
• simultaneous multi-beam technology
• low noise-emission with active tapering
• fully-automated self-test
• various remote access options
• RASS extension available (RAE2)

Key Applications:

• airport wind profiling
• air quality
• nuclear power plant safety
• atmospheric dispersion
• micrometeorology
• optical propagation studies
• defence weather
• severe weather
• fog forecasting

Download brochure

IMS4 Model Suite

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Features:

• radiation and pollutant crisis modelling
• road condition modeling
• high resolution, short term weather forecasting and nowcasting
• visibility modeling
• sand storm modeling
• hydrological modeling

The IMS4 Model Suite provides a composition of modern models and simulation technologies for meteorology, hydrology, radiation and air quality.

Models run both operatively and in research mode. IMS4 Model Suite is an integrated, easy-to-use, powerful system for modeling, processing, visualisation and model validation. IMS4 Model Suite is a complex system for supporting forecasters as well as crisis managers. Its application ranges from regular daily forecasting purposes to decision support in emergency.

View datasheet

Low Level Windshear Alert System

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Featuring the National Center for Atmospheric Research (NCAR) Phase 3 LLWAS Algorithm

AWI utilizes the field tested NCAR  Phase 3 LLWAS algorithm in order to deliver the safest and most reliable LLWAS system on the market today.  This system has been deployed at hundreds of airfields around the world.  A properly developed, sited, and functioning LLWAS system protects life and property from extremely hazardous wind shear and microburst conditions. AWI’s extensive experience in surface observation systems and sensor integration combined with our integrated display software, provides airports with an unsurpassed LLWAS system.

Detecting and Reporting Wind Shear and Microbursts

Operating aircraft during volatile wind shifts are critical environmental factors to successfully navigating a safe landing or take off.   A strong headwind causes the pilot to push the aircraft nose down to effect the proper glide slope on final approach. When under wind shear or microburst conditions, in an instant that headwind can switch to an equally strong tail wind causing a dangerous loss of air speed.  Having an early warning system that alerts the pilot of these dangerous conditions is essential for the safe operation of your airfield.

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[Microburst]

windRASS RASS Extension

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The Scintec windRASS™ upgrades the sodar models SFAS or MFAS to work in radio-acoustic mode for precise measurements of both wind and temperature. This differs from conventional RASS where radio-acoustic sounding is used for temperature measurements only. 

With windRASS™, acoustic and electro-magnetic beams are emitted in vertical and tilted directions. The electromagnetic waves are backscattered at the acoustic waves and a Doppler analysis is performed. Wind and temperature are derived via their influence on the speed of sound. windRASS™ is the first wind and temperature profiler that works anywhere, anytime. It is immune to ground clutter and ambient noise, making it a perfect solution for urban or industrial environments. Since windRASS™ does not depend on the existence of atmospheric turbulence, it operates at full performance in the marine boundary layer (coastal sites), foggy conditions or calm nights, each characterized by low turbulence levels. In addition, windRASS™ is not compromised by precipitation. 

The Extended-Sweep Inversion technique (ESI) significantly increases the signal-to-noise ratio and allows for measurement ranges far wider than those of traditional RASS systems.

windRASS™ is operated using APRun with extensive graphical display options and remote access support.

Key Features:

• immune to ground clutter and noise
• tolerates precipitation
• tolerates turbulence-free atmospheres
• ESI technology increases data availability
• maximum range up to 600 / 800 m with Sodar SFAS / MFAS
• monitors inversion heights with 5 / 10 m precision with Sodar SFAS / MFAS
• easy installation
• fully-automated self-test
• remote access

Key Applications:

• atmospheric dispersion
• air quality
• nuclear power plant safety
• airport safety
• fog forecasting
• defence weather
• micrometeorology
• climate change
• urban climate
• wind energy

Download brochure 

Global Lightning Detection Network GLD360

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Reliable storm and lightning information with unmatched efficiency and location accuracy from a sensor network that can detect thunderstorms anywhere in the world, even outside the range of radars or satellites.

TRULY GLOBAL
It’s real-time data from the industry’s most accurate global detection network. GLD360 increases the ability for early detection and tracking of severe weather as it occurs nearly anywhere in the world including oceans, mountain peaks, and other areas not typically covered by radar.

REAL TIME AND RELIABLE
Access comprehensive global lightning data with an uptime better than 99.99%. Users can access it right away and standardize data across all of their facilities worldwide.

BROAD INSIGHT
Follow developing storm situations sooner with more complete situational insight. GLD360 lets users standardize their lightning detection for multiple site locations and share high quality, accurate data to manage safety across global operations with 1 km location accuracy.

SINGLE-SOURCE ACCESS
Get 24/7/365 global thunderstorm and lightning data even in the most remote locations, all without the need to purchase, install, or maintain any additional equipment or systems.

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RAE2 RASS Extension

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The Scintec RAE2 RASS Extension upgrades any Scintec Sodar SFAS, MFAS or XFAS to allow precise measurements of temperature profiles in the atmospheric boundary layer. Temperature is retrieved by remotely measuring the speed of sound which depends on the temperature. This is done by Doppler analysis of the frequency of radiowaves which have been reflected at acoustic waves emitted by the Sodar. 

RASS can replace towers, tethered balloons or radiosondes at a fraction of the operational costs. Compared to passive, thermal microwave techniques, RASS can precisely detect and locate even multiple inversions and has higher accuracy.

The Extended-Sweep Inversion technique (ESI) significantly increases the signal-to-noise ratio and allows for measurement ranges far wider than those of traditional systems.

The RAE2 is operated using the versatile software APRun with flexible configurability, extensive graphical display and output options, quality control features, statistical analysis tools and remote access support.

Key Features:

• maximum range up to 600 / 800 / 1000 m with Sodar SFAS/ MFAS / XFAS
• monitors inversion heights with 5 / 10 / 20 m precision with Sodar SFAS / MFAS / XFAS
• ESI technology increases data availability
• easy installation
• fully-automated self-test
• remote access

Key Applications:

• agrometeorology, forestry
• air quality
• airport safety
• atmospheric dispersion
• climate change studies
• defence weather
• fog forecasting
• micrometeorology
• urban climate

Download brochure

BLS900 Large Aperture Boundary Layer Scintillometer

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Dual Disk Design.

The Scintec BLS900 Large Aperture Scintillometer measures atmospheric turbulence, heat flux and crosswind over path lengths between 100 m (with Path Reduction Aperture, otherwise 500 m) and 6000 m. As part of a meteorological station it can also be used to determine the evapotranspiration over extended areas.

A Scintillometer senses turbulence between an optical transmitter and a receiver. The operation principle is based on the modulation of light by atmospheric refractive index fluctuations in the air. The phenomenon is called scintillation and is the reason why stars twinkle at night.

Compared to conventional turbulence measurements with point sensors, scintillometers gather spatially representative results with lower statistical scatter and shorter averaging times.

The Dual-Disk Design of the BLS900 provides for instantaneous corrections of absorption fluctuations, saturation of scintillation and outer scale effects. This results in significantly higher data quality and increased measurement ranges. All BLS Series Scintillometers use LED arrays. Wide emission angles virtually eliminate the need for transmitter alignment and maintain high data accuracy even when used on towers which are prone to vibration.

Key Features:

• measures turbulence over large spatial scales
• Dual-Disk Design for unrivalled accuracy
• crosswind measurement capability
• maximum path length 6000 m
• LED array eases transmitter alignment
• LED array allows transmitter to be mounted on vibrating towers
• built-in Receiver Alignment Monitor
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• infrared window heating available

Key Applications:

• surface energy balance
• satellite data ground truth
• plant evapotranspiration
• agrometeorology, forestry
• hydrology, water management
• turbulence studies
• atmospheric dispersion
• optical propagation conditions
• defence weather
• runway crosswind

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AMS 111 IV Data Logger

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Features:

• rich set of interfaces
• low power consumption, high reliability
• native communication to central system
• easily customizable configuration of inputs and outputs
• special aviation software

The MicroStep-MIS AMS 111 IV data logger is designed for standard or mobile meteorological stations, as well as for the applications in areas where the commercial power or communication networks are limited or do not exist.

The AMS 111 IV is the third generation of MicroStep-MIS data loggers. Now it is designed on modular platform which supports different main systems and is based on Linux supporting modules. The AMS 111 IV interfaces with various sensors and telecommunication devices. Embedded with the state-of- the-art software, AMS 111 IV is a reliable and cost-effective solution for meteorological and environmental monitoring.

System flexibility allows wide application range from simple compact systems to  multipurpose  stations. 24  bit A/S conversion and software features such as data validation and quality control ensure the accuracy of the measured data. System supports data output to RS-232/485 lines, modems and cellular phones (SMS, GPRS, 4G), radio-modems and satellites.

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X-band Weather Radar WRS400

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X-band Weather Radar WRS400 is short-range radar that is perfect for detailed localized weather detection. It can also be used to fill in the common detection gaps in traditional long-range networks to form a complete weather radar system that is unparalleled in quality and consistency.

Vaisala’s WRS400 delivers detailed storm system data that includes the exact path and precipitation levels, precipitation type and ground-level amounts, and ground-level disturbances such as microbursts and tornadoes.

This is critical weather information for those preparing for storms, hurricanes, and other dangerous weather conditions.

EASY INSTALLATION
The WRS400 boasts a compact design, plug-and-play installation, and simple integration into radar networks. This simplifies site selection and allows you to be up and running within a week.

Although the unit is primarily designed for fixed installations, its design enables for relatively easy transport from one location to another.

OUTSTANDING PERFORMANCE & RELIABILITY
WRS400 radar delivers highly accurate, comprehensive measurement data with exceptional resolution and precision. It is extremely effective for short-range meteorological surveillance applications.

The WRS400 is engineered to work 24/7 in humidity, high altitude, structural icing, dust, wind, power outages, and other demanding conditions.

HIGH DATA QUALITY & AVAILABILITY
Independent solid-state transmitters provide excellent accuracy and sensitivity, and allow the WRS400 to deliver more precise, higher-resolution weather information.

Built-in monitoring and internal redundancies improve system maintainability and reliability. This makes it an extremely reliable system for monitoring strategic locations

COMPREHENSIVE COVERAGE
The WRS400 can be easily integrated into radar networks built on Vaisala’s own C-band Series Weather Radar, WindCube lidar, or other radars on the market.

As part of a fully integrated and optimized radar network, WRS400 radar helps fill gaps in radar coverage; especially in mountainous terrain, low altitudes, and wind farms.

LOWER INVESTMENT & LIFECYCLE COSTS
Rugged construction, easy deployment, and minimal maintenance requirements make WRS400 radar a highly affordable solution for accurate, short-range weather monitoring needs.

Its compact design that features solid state transmitters reduces overall system complexity and adds to the easy maintainability.

Product spotlight

AMS 111 IV Automatic Weather Station

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• Modular and scalable platform for additional sensors and future upgrades
• Statistics, alerts and notifications based on user-defined parameters
• Multimode data communication
• Customizable web interface

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IMS4 CALIBLAB calibration software

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Features:

• intuitive user guidance
• supports variety of existing sensors and calibration devices from other brands
• complies with any customer's requirements
• unified and modular software architecture for all calibrations
• fully automatic instruments values reading and data processing
• automatic calibration, uncertainty calculation, certificate generation

IMS4 Caliblab is a complex, intuitive, easy to use, and flexible calibration laboratory software, which can be easily installed in any meteorological, aviation, meteorological, or industry institute.

The software brings the possibility to calibrate relative humidity, barometric pressure, temperature, wind sensors, and much more, using a unified and modular software, supporting multiple calibration chambers and devices, enabling calibration of almost any sensor on the market automatically, quickly, and reliably.

To achieve the most accurate and professional measurement, it is necessary to employ a regular calibration and adjustment of the meteorological sensors. MicroStep-MIS offers a comprehensive solution for calibration laboratory hydro-meteorological services.

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ClimaVUE™50 Complete Weather Sensor

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The ClimaVUE™50 is an affordable all-in-one meteorological sensor that fulfills your common weather monitoring needs with simplicity, when paired with any of Campbell Scientific's highly flexible and scalable data collection platforms. This sensor uses SDI-12 to report air temperature, relative humidity, vapor pressure, baro­metric pressure, wind (speed, gust, and direction), solar radiation, precipitation, and lightning strike (count and distance). It does this with no moving parts, while consuming little power. A built-in tilt sensor assures long-term data integrity. This diverse product is great for quick deployment, for remote locations, for large networks, as part of a more complex system, or if you just need something simple.

Benefits and features

• All the common meteorological measurements with one simple digital (SDI-12) output
• Less than 1 mA at 12 Vdc average current, making it ideal for solar-powered sites
• Integrated tilt sensor helps assure that the sensor stays level over time
  Low maintenance—no moving parts significantly reduces maintenance cost and time
• 304 stainless-steel hardware for minimal surface staining in marine environments
• No sensor configuration required
• Compact design for quick, low-impact installation
• Compatible with all modern Campbell Scientific data loggers
• Detachable cable facilitates field replacement

PRESSUREWELL Integrated Pressure Calibrator

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Features: 

• excellent stability
• fast response
• room conditions monitoring
• no external devices required

Pressurewell is all you need to accurately calibrate pressure sensors in one box.

No need for external gas sources, compressors  or  vacuum  pump.  Evertyhing  required  is already built-in, small and silent. Sophisticated regulator algorithm provides fast response, no overshoot, high stability of the pressure setpoint. Pressurewell features highly accurate, stable and reliable pressure sensor, which is used as a feedback sensor and also as a reference.

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SLS40 Laser Surface Layer Scintillometer

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The Scintec SLS40 Scintillometer measures turbulence, heat flux and momentum flux by purely optical means. In combination with other meteorological sensors the system can determine latent heat flux or evaporation.

The SLS40 is specifically designed for operation on towers or other platforms prone to vibration. Vibration effects are compensated by using the signal of four instead of two optical detectors.

Each SLS Series Scintillometer consists of a laser transmitter pointing at a receiver. Temperature fluctuations in the air cause variations of the light intensity captured at the receiver. The scintillometer evaluates such variations to yield turbulence information.

The line averaging over the optical path results in spatially representative data and outstanding temporal resolution – a critical edge over data collected from conventional point sensors. The scintillometer provides high sensitivity and accuracy – without mechanical flow distortion or any moving part.

The proprietary displaced-beam technique of the SLS Series Scintillometers opens up access to mechanical turbulence quantities (momentum flux, kinetic-energy dissipation rate) without need to feed in any external wind data.

Key Features:

• heat flux, momentum flux by purely optical means
• suitable for stable and unstable conditions
• measures Cn2, CT2, l0
• crosswind option available
• spatially averaging technique
• high temporal resolution
• low statistical noise
• no flow distortion
• easy installation and operation
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• beam-displacement calibration
• window heating

Key Applications:

• turbulence studies
• air quality and atmospheric dispersion
• spatially-averaged wind measurements
• optical propagation conditions
• defence weather
• surface energy balance
• evapotranspiration monitoring
• agrometeorology, forestry
• satellite data ground truth

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Acclimatise Aware (TM)

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Our Aware platform provides an easy three-step process to screen a company or project for climate risks. It’s as easy as creating a project, selecting company or project locations on a map and answering some simple questions.

Users can save even more time by running an express report with no need to answer questions, Aware does all the work.

Developed for investors and lenders, organisations such as the Asian Development Bank are already using Aware to screen their project and investments for climate risks, ultimately building resilience within their portfolios.

LINET Systems

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LINET systems enable customers to procure and operate their own, independent, ultra-precise and reliable lightning detection system.

With LINET, nowcast has developed a highly efficient lightning detection system. LINET offers excellent value for reasonable money and meets the highest possible demands in professional use, made & engineered in Germany. 

• nowcast expertise: nowcast does not only sell lightning sensors, but also independently operates large networks. Thus nowcast has comprehensive experience in setting up and operating efficient lightning detection systems. The professional service and support provided by nowcast is based on this expertise
• efficient coverage of large areas
• continuous operation in real time
• high efficiency: the nowcast system is extremely efficient and offers excellent value for reasonable money. Sensors can be easily set up at a site with virtually no requirements and low maintenance. Nonetheless, LINET measures more precisely than any other commercially available lighting detection system
• high location accuracy
• total lightning: differentiate between cloud-to-ground and intra-cloud lightning strokes
• 3d-measurement of the emission height of intra-cloud strokes
• detection and nowcasting of thunder cells and sub cells
• capturing lightning parameters
• unique value for money
• easy setup
• highly economical operation, low cost of ownership
• easy monitoring
• continuous innovation: nowcast has made it its mission to continuously further develop  LINET. This affects both the detection quality as well as the processing of lightning data. As customer of LINET systems you will always be ahead of your time and form part of an extraordinary quality-league when it comes to lightning detection

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BLS450 Large Aperture Boundary Layer Scintillometer

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The Scintec BLS450 Large Aperture Scintillometer measures atmospheric turbulence and heat flux over path lengths between 100 m (with Path Reduction Aperture, otherwise 500 m) and 6000 m. As part of a meteorological station it can also be used to determine the evapotranspiration over extended areas.

A scintillometer senses turbulence between an optical transmitter and a receiver. The operation principle is based on the modulation of light by atmospheric refractive index fluctuations in the air. The phenomenon is called scintillation and is the reason why stars twinkle at night.

Compared to conventional turbulence measurements with point sensors, scintillometers gather spatially representative results with lower statistical scatter and shorter averaging times. As a double-ended remote sensing system, scintillometers also allow access to terrains like forest or water without need to install in-situ sensors.

Unlike other large aperture scintillometers, the Scintec BLS Series uses LED arrays which produce wide emission angles. The wide emission angle virtually eliminates the need for transmitter alignment and provides more accurate measurement results. In addition, it facilitates the use on towers which are often prone to vibration.

Key Features:

• measures turbulence over large spatial scales
• maximum path length 6000 m
• LED array eases transmitter alignment
• LED array allows transmitter to be mounted on vibrating towers
• built-in Receiver Alignment Monitor
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• infrared window heating available

Key Applications:

• surface energy balance
• satellite data ground truth
• plant evapotranspiration
• agrometeorology, forestry
• hydrology, water management
• turbulence studies
• atmospheric dispersion
• optical propagation conditions
• defence weather

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Forward Scatter FD70

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FD70 is powerful technology that can potentially replace many separate sensors such as your visibility and present weather sensor, rain gauge, disdrometer, and freezing rain sensor. It can also outperform them in delivering highly accurate visibility and precipitation reporting in all weather conditions, as well as unsurpassed detection sensitivity and reliable identification of present weather.

The FD70 is engineered to meet WMO SYNOP reporting guidelines for precipitation and obscuration types. Its sensors excel with fast response times and the highest sensitivity to correctly detect and identify individual droplets. They provide accurate visibility measurement with proven calibration traceability and a range of up to 100 km (62 mi) and are the first sensors on the market that can reliably report a full range of present weather types including freezing precipitation.

MULTIPURPOSE APPLICATION

The FD70 is a factory-calibrated, plug-and-play sensor that can potentially replace many separate sensors such as your visibility and present weather sensor, rain gauge, disdrometer, and freezing rain sensor. It can function as a standalone unit, as an integral part of Vaisala systems, or with most third-party systems.

ECONOMICAL & RELIABLE

The FD70 features rugged, modular design with no movable or consumable parts, which makes for quick repairs. Remote performance monitoring decreases trips into the field, while advanced self-diagnostics further decrease maintenance requirements.

Additionally, FD70 sensors feature look-down geometry and hood heating that protect against external contaminants and window contaminant compensation for consistent data quality in all conditions, along with professional software security to ensure data integrity.

ADVANCED DETECTION

Vaisala’s pioneering sensor design provides constant, reference-grade performance unlike any other forward scatter technology — even for incidents of freezing rain, ice pellets, intense precipitation, or mixed precipitation.

State-of-the-art, forward scatter technology detects and analyzes current precipitation to identify type, intensity, accumulation, particle size and fall speed distributions with a visibility sensor range up to 100 km (62 mi) Meteorological Optical Range (MOR).

The high sensitivity of the FD70 sensor means it’s able to detect precipitation onset right from the first droplets, and it reacts quickly to meteorological visibility changes from 1m to 100km (3ft to 62mi).

SINGLE-PARTICLE ANALYSIS

From the first signs of precipitation, the sensitivity of FD70 sensors quickly and reliably classify current precipitation type even for incidents of freezing rain, ice pellets, intense precipitation, and mixed precipitation. They also respond quickly with accurate, real-time data as conditions change.

Product spotlight

Meteor 60DX weather radar

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The METEOR 60DX is a highly sensitive X-Band weather radar system based on magnetron technology and featuring dual polarization as standard. Thanks to its compact design and unique radar-over-elevation configuration the METEOR 60DX is suitable for mobile applications and permanent installation. The innovative mobile version is mounted on a trailer, approved for road service worldwide.

Features

• Dual Polarization as standard: hydrometeor classification, enhanced measurement of precipitation intensity, real-time correction of rainfall attenuation
• Radar-over-elevation: no need for expensive rotary joints, reduced two-way losses
• X-Band offers maximum sensitivity at short to medium ranges at low cost
• Highly reliable and proven magnetron technology
• Features state-of-the-art signal processor GDRX® and Rainbow® application software
• Maximum use of COTS components for hardware flexibility

Applications include

• Weather surveillance and tracking
• Severe weather indication
  Hydrological forecasting (e.g. flood forecasting)
• Scientific research campaigns
• Wind shear detection at airports

View factsheet

MMR-116 Mini Meteorological Radar

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Features:

• large amount of functionality integrated into small device
• real time insight to weather situation
• fully automatic operation without servicing staff
• low weight and small dimensions
• user-friendly graphic interface according to customer's requirements

Mini Meteorological Radar MMR-116 is a unique portable X-band weather radar with large functionality integrated into the small device sold for favorable price. The radar provides real time insight to weather situation and is capable to detect precipitation 10 dBZ at distance 200 km.

MMR-116 answers the increasing demand for water management tools and hazardous meteorological phenomena detection. Watershed management, global warming adaptation strategies, flood protection, operational weather forecast, military and civil defense actions or aviation safety are supported by this radar. The combination of its size and low price implies wide use in the water management, tourism, media, transport, military, civil defense, aviation and agriculture.

MMR-116 is exceptionally powerful radar approaching the performance of the big radars. Its capabilities allow the design of efficient small radar networks which have important advantages compared to the single radar with long range. MMR-116 comes with the Radar Software displaying meteorological spatial data in user-friendly graphic form.

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WATCL

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Multi-Wavelength Polarization Raman Lidar WATCL (water vapor, temperature, clouds, aerosol)

Product Description

Based on rotational raman and rotation-vibration raman frequency shift detection principle, the multiwavelength polarization raman lidar can realize fine detection of temperature, humidity and aerosol in boundary layer, troposphere and even bottom of stratosphere.

Equipped with high-energy pulse laser, large aperture receiving telescope, high-performance optical filtering elements and signal detection acquisition devices, the detection height can be up to 15km.

Modular design such as temperature, humidity control system and air purification system enables good performance under different climatic conditions, and provides comprehensive customized solutions and services.

Functional Features and Advantages

• High detection accuracy: the temperature detection accuracy is >1K, the detection accuracy of water vapor mixing ratio is > 5%, reaching 0.01g/kg
• Reliable quality: The system is compliant with the quality control and confirmation standards of the European Aerosol Research Lidar Network (EARLINET)
• Long detection range: the measurement range can reach up to 15km
• High resolution: the range resolution is 7.5m /15m (user configurable). The optical properties of aerosol and cloud can be observed in seconds, and the maximum time resolution of water vapor and temperature detection can reach minute level
• Flexible deployment and transportation: the shelter design fully considers the requirements of hoisting and transferring, and the optical components of the system have high robustness, which is convenient for field station construction and transportation
• Stable and accurate operation: it can realize continuous and stable operation under harsh working environment such as plateau, desert and sea, etc
• Self-calibration and unattended: the system can conduct depolarization ratio correction regularly, realize remote network control and equipment monitoring, and realize data upload and sharing

View full technical specs

AWOS-AV weather observing station

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The OSI AWOS AV™ system is a fully automated aviation weather observing and reporting system designed to support airborne and ground users. This FAA-certfied AWOS is equipped with dual-pressure sensors and visibility sensors for determining official altimeter settings, visibility, and reporting via FCC-licensed UHF data radio, Internet, land line or cell phones.

A basic OSI AWOS AV™ system consists of FAA-approved barometric pressure sensors and FAA-approved visibility sensors. It can be enhanced with:

• Wind speed/direction sensor
• Temperature sensor
• Humidity sensor
• Ceilometer

A full OSI AWOS AV™ system calculates the altimeter setting, density altitude, condensation altitude, dew point - and can report the prevailing and gust wind components for pre-programmed runway headings. With OSI AV software and a Digital Data Receiver (DDR), tower weather telemetry and any NOTAMs are communicated by broadcast audio on a pilot-activated VHF frequency or an Endless Loop Dedicated Frequency (ELDF) on a specified VHF frequency; or by viewing the operator's terminal display in the FBO location, Internet and dialup voice modem options allow remote user access from anywhere on earth.

Cloud Ceilometer CBME80B

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The Eliasson cloud ceilometer CBME80B is a compact and lightweight standalone instrument for measuring cloud base height and vertical visibility.

The design is based on the LIDAR principle. The light emitting component is a low power diode laser with the output power limited to an eye-safe level.

It is designed for both fixed and mobile installations and detects up to three cloud layers simultaneously.

Features include:

• Reliable operation
• Easy installation and maintenance
• Very long laser life (10 years)
• 7600 m / 25000 feet measuring range
• Low weight and low power consumption

The CBME80B ceilometer is ideal for use in aviation and meteorological applications and is suitable for installations on land, ships and for offshore use.

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Weather Transmitter WXT530 Series

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The WXT530 is a cost-efficient series of all-in-one weather instruments. It provides six of the most important weather parameters: air pressure, temperature, humidity, rainfall, wind speed and wind direction. With 6 versions available, you can choose the measurement parameter combination that fits your application.

The latest version of these world-class weather instruments supports the modbus protocol, unlocking new industrial applications such as renewable energy, building and industrial automation, and manufacturing.

WXT530 is a simple system that utilizes solid state technologies to minimize operating and maintenance costs. Integration is easy and flexible through the digital and analog interface. You can also connect third party sensors to WXT530 to create your own weather parameter hub.

FEATURES

• Measurement parameters are integrated into one multiparameter platform
• Weather parameter hub having analog input options
• Set of 3rd party analog sensors can be connected (Temperature PT1000, solar radiation, water/snow level, tipping bucket)
• Digital interface incorporates also analog input parameters
• Analog output options
• Wide variety of digital communication modes
• Complies ISO60945 standard for maritime use
• DNV certificate approval

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BTD-200 Lightning Warning System

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The BTD-200 Lightning Warning System is a complete detection and warning system which has been developed from the Biral range of professional, aviation grade lightning detection systems.

It reliably detects the local presence of all forms of lightning out to a range of 35km (22 miles) from the sensor.

Designed to be installed and set up by non-specialist contractors, it comes complete with a power supply for the detector and the essential PC application – Lightning Works – for monitoring and warning of approaching thunderstorms.

• Complete, out-of-the-box warning system with minimal installation. (Power and data cables available separately)
• Fully automatic alarm triggering
• Warns of the most dangerous (overhead) lightning risk even before the first lightning strike
• Advanced, automatic self-test to ensure system operation
• Accurate 35km (22miles) detection range
• Detects cloud-to-ground, intra-cloud and cloud-to-cloud lightning
• Detects charged precipitation and strong atmospheric electric fields
• Compliance with EN50536:2011+/A1:2012 for a Class 1 detector
• Performs in accordance with IEC62793 for a Class A detector

Lightning Detection Networks

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Industry-leading lightning detection and monitoring systems designed and built to your specific needs and supported by the Vaisala team of weather experts.

PRECISION NETWORKS
Vaisala lightning detection networks are complete end-to-end systems that provide comprehensive, reliable data. Vaisala’s sensors detect both in-cloud and cloud-to-ground lightning, with processors delivering highly-accurate location, classification, polarity, and amplitude information. The display software lets users see it all through real-time monitoring.

Airlines, meteorological agencies, and other weather-sensitive industries around the world rely on Vaisala’s lightning technologies to improve forecasts, trigger severe weather warnings, and keep their operations running at peak efficiency.

MORE WITH LESS
Vaisala sensors use a combination of magnetic direction finding and time-of-arrival techniques to deliver superior detection efficiency, optimal location accuracy, and system redundancy.

The technology delivers significantly greater accuracy and requires 70% fewer sensors. This saves users in total cost of ownership, installation, site hosting, and hardware maintenance, and it provides them with a more sustainable solution.

ACCURATE & TRUSTED
Vaisala lightning detection networks capture more of the real-time lightning data required for effective early alerts, lightning reports, and accurate risk modeling, policy planning and incident investigations. With the power of the most accurate lightning detection network, users will know each type of lightning, its intensity and frequency, storm speed and direction, and even when it should clear their location.

Vaisala lightning detection technology is utilized in more than 45 countries — including by the U.S. National Weather Service and the Federal Aviation Authority (FAA) for over 25 years — to maximize productivity and keep people safe.

STANDALONE OR SUBSCRIPTION
With Vaisala, users can choose the detection network option that best suits their weather monitoring needs. Vaisala’s team of engineers and storm monitoring experts can help users design and build their own complete monitoring network that includes sensors, processors, and display software.

Users can also choose a subscription service option that leverages the Vaisala Global Lightning Detection Network (GLD360), which accurately captures real-time lightning data in even the most remote parts of the world.

LIGHTNING EXPERTISE
Vaisala lightning networks are built on 80-plus years of experience in weather measurement technology from operational experienced meteorologists, weather technology experts, and PhDs in meteorology and lightning physics. This is why the scientifically-proven Vaisala technology sets and maintains the world standards for lightning detection.

SWS-050 Visibility Sensor

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The SWS-050 Visibility Sensor is optimised for use in applications where accurate and reliable visibility measurements are required. The forward scatter measurement principle and unique design ensure the output is both accurate and reliable in all weather conditions.

With a measurement range of 10m to 40km the sensor is suitable for use in road and aviation applications as well as meteorological observation networks. The measurement accuracy easily exceeds that specified by the International Civil Aviation Organisation for visibility sensors used in METAR and RVR applications.

• 10m to 40km measurement range
• Compact forward scatter design
• Hood heating for use in extreme environments
• Window heating and contamination monitoring
• Easy integration of Biral ALS-2 Ambient Light Sensor
• Comprehensive self-test capabilities
• Serial data output (RS232, RS422 or RS485)

SKIRON 3D Doppler lidar system

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SKIRON3D® is a high-end, state-of-the-art Doppler lidar system ideally suited to measure winds and detect hazardous wind phenomena such as wind shear, gusts, turbulence, and microbursts. SKIRON3D® provides all capabilities to meet the requirements for these applications. Together with our METEOR 60DX weather radar and an LLWAS system, SKIRON3D® constitutes Leonardo’s solution for an all-weather, three-dimensional detection of hazards that pose serious threats to aviation.

SKIRON3D® employs a MOPA (Master-Oscillator-Power-Amplifier) configuration, and combines an all-fiber technique that enables excellent beam quality with high pulse energy for long-range measurements. The lidar is equipped with a comprehensive BITE (Built-In Test Equipment) system and offers full remote surveillance and control capability based on Leonardo’s Ravis® maintenance tool.

Leonardo’s proprietary wind lidar system offers a cost-effective and modular design featuring maximum use of COTS components and a high number of LRUs (Line-Replaceable Units) and sub-LRUs for low-cost spare parts. Special features such as a proprietary designed scanner without slip rings, air-knife no-contact optical window cleaning, and an integrated camera for lidar northing using the sun, moon, or a fixed target reflect the latest findings from research and technology.

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CPAS

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The ClusterTech Platform for Atmospheric Simulation (CPAS)

The ClusterTech Platform for Atmospheric Simulation (CPAS) is a cloud-based service platform which implements Customizable Unstructured Mesh Generation (CUMG) and Hierarchical Time-Stepping (HTS) on Model for Prediction Across Scales - Atmosphere (MPAS-A (v6.3)) to better serve the computational needs of numerical atmospheric model users.

Background - CPAS is developed based on MPAS-A and WRF

To achieve a balance between accuracy and computational cost, many Numerical Weather Prediction models (NWPs), such as Weather Research and Forecasting Model (WRF), adopt a set of rectangular grids where local refinement is achieved by nesting a high-resolution domain inside coarser grids. MPAS-A adopts spherical centroidal Voronoi tessellations (SCVTs) covering the globe, while local refinement is achieved using variable-resolution meshes. MPAS-A is a promising model for practical usages. However, MPAS-A uses a constant global timestep, determined by the size of the smallest mesh cell, which limits the resolution variability. This is because the existence of a high resolution region would make the computational resource requirements prohibitively large.

HTS - Arbitrary resolution variation

CPAS has relaxed this restriction by implementing an optional Hierarchical Time-Stepping (HTS) treatment in the MPAS-A (v6.3) dynamic core. Cells of different sizes can have different time step levels and hence the computational requirements are substantially reduced, particularly for large variations in resolution. This allows MPAS-A to be used for high-resolution regional/local forecast, instead of limited area models such as WRF (v3.9.1).

CUMG - 100% well-staggered mesh, zero obtuse Delaunay triangle

In contrast to MPAS-A's standard meshes with fixed shape, span and range of resolution variations, the Customizable Unstructured Mesh Generation (CUMG) enables local mesh refinement in arbitrary shape using user-defined horizontal resolution in any desired locations. Bespoke mesh generation can be done by simply drawing polygons on a map panel and setting the resolutions in the selected polygons. Our mesh generation algorithm have solved a well-known problem in generating SCVT with arbitrarily shaped refinement for MPAS' use - no obtuse Delaunay triangle. We guarantee the resulting meshes have perfect SCVT staggering.

View on ClusterTech website

BLS2000 Large Aperture Boundary Layer Scintillometer

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Dual-Disk Design

The Scintec BLS2000 Large Aperture Scintillometer measures atmospheric turbulence, heat flux and crosswind over path lengths between 500 m and 12 km. As part of a meteorological station it can also be used to determine the evapotranspiration over extended areas.

A scintillometer senses turbulence between an optical transmitter and a receiver. The operation principle is based on the modulation of light by atmospheric refractive index fluctuations in the air. The phenomenon is called scintillation and is the reason why stars twinkle at night.

Compared to conventional turbulence measurements with point sensors, scintillometers gather spatially representative results with lower statistical scatter and shorter averaging times.

The Dual-Disk Design of the BLS2000 provides for instantaneous corrections of absorption fluctuations, saturation of scintillation and outer scale effects. This results in significantly higher data quality and increased measurement ranges. All BLS Series scintillometers use LED arrays. Wide emission angles virtually eliminate the need for transmitter alignment and maintain high data accuracy even when used on towers which are prone to vibration.

Key Features:

• measures turbulence over large spatial scales
• Dual-Disk Design for unrivalled accuracy
• crosswind measurement capability
• maximum path length 6000 m
• LED array eases transmitter alignment
• LED array allows transmitter to be mounted on vibrating towers
• built-in Receiver Alignment Monitor
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• infrared window heating available

Key Applications:

• surface energy balance
• satellite data ground truth
• plant evapotranspiration
• agrometeorology, forestry
• hydrology, water management
• turbulence studies
• atmospheric dispersion
• optical propagation conditions
• defence weather
• runway crosswind

Download brochure

WindMast 350-M

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Marine Wind Lidar

Product Description

WindMast 350-M is a type of pulsed coherent wind lidar for marine application, featured of small size, low power consumption and high measurement precision. It’s specially designed for the harsh marine environment, inheriting all the functional advantages of WindMast WP350.

The whole machine is of air-tight design, with the protection level up to IP67 level (it can work normally after being immersed in sea water for a short time), and customized anti-corrosion protection. With the patented correction algorithm of real-time lidar attitude, it can be applied to such floating platforms as buoys.

Functional features and advantages

• Wide detection range: 20m ~ 350m, suitable for various impeller diameter and installation environment
• High precision: 0.1m/s, real time attitude correction algorithm for accuracy correction, compliant with IEA wind recommended standards
• High resolution: data refresh rate at second, 1m range resolution
• Portable: small in size, light in weight, low in power consumption, convenient for transport and booster station integration
• Flexible deployment: can be deployed on buoy, offshore single pile or booster station platform, and powered by complementary wind and solar power or fuel cell
• Unattended: remote access of data acquisition and equipment monitoring, support Beidou satellite data transmission
• High reliability: airtight and anti-corrosion design, continuous and stable operation in harsh offshore environments
• Protection grade: IP67
• Correction algorithm: real-time attitude correction

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AUTOSONDE AS41

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Make accurate weather forecasts with the leading automatic sounding system and its unrivaled accuracy and reliability.

THE HIGHEST QUALITY DATA
AUTOSONDE AS41 provides unparalleled data:

• Utilizes Vaisala’s world-class RS41 Radiosonde and MW41 Sounding System
• Eliminates human error with automatic ground checking
• Offers performance that is fully comparable to Vaisala’s manual sounding solutions

These sounding stations from Vaisala are proven to work at the highest level of continuous operational efficiency and reliability with zero downtime.

UNBEATABLE COST EFFICIENCY
The AUTOSONDE AS41 from Vaisala is an unbeatable, cost-effective solution. It helps you realize cost-efficient operations and:

• Saves 1,800 on-site staff hours per year
• Features 1 to 2 months’ capacity with 60 radiosonde trays
• Offers 4 months of controlled storage capacity for unloaded consumables

RELIABILITY IN HARSH CONDITIONS
Depend on this reliable solution in all weather conditions. The AUTOSONDE AS41 from Vaisala offers:

• 24/7 accuracy and dependability, even in the harshest, most remote conditions
• Advanced diagnostics
• Maximum data availability through remote monitoring

SAFE & EASY TO USE
Experience safer operations with the AUTOSONDE AS41:

• It fulfills common European guidelines (ATEX, Machinery) for safe working environments
• Gas lines are always located outside the container
• It provides clear visual instructions and an intuitive interface

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SLS20-A Laser Surface Layer Scintillometer

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The Scintec SLS20-A Scintillometer measures turbulence, heat flux and momentum flux by purely optical means. In combination with other meteorological sensors the system can determine latent heat flux or evaporation. 

The model SLS20-A has built-in automatic beam steering which permits operation when manual beam alignment is undesirable or difficult. It may also be useful when the pointing stability of the mounting is poor. 

Each SLS Series Scintillometer consists of a laser transmitter pointing at a receiver. Temperature fluctuations in the air cause variations of the light intensity captured at the receiver. The scintillometer evaluates such variations to yield turbulence information.

The line averaging over the optical path results in spatially representative data and outstanding temporal resolution – a critical edge over data collected from conventional point sensors. The scintillometer provides high sensitivity and accuracy – without mechanical flow distortion or any moving part.

The proprietary displaced-beam technique of the SLS Series Scintillometers opens up access to mechanical turbulence quantities (momentum flux, kinetic-energy dissipation rate) without need to feed in any external wind data.

Key Features:

• heat flux, momentum flux by purely optical means
• suitable for stable and unstable conditions
• measures Cn2, CT2, l0
• crosswind option available
• spatially averaging technique
• high temporal resolution
• low statistical noise
• no flow distortion
• easy installation and operation
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• beam-displacement calibration
• window heating

Key Applications:

• turbulence studies
• air quality and atmospheric dispersion
• spatially-averaged wind measurements
• optical propagation conditions
• defence weather
• surface energy balance
• evapotranspiration monitoring
• agrometeorology, forestry
• satellite data ground truth

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Vaisala Beacon™ Station

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Access real-time weather information — wherever you are

What are the current weather conditions? Can I maintain operations outside, or should I wait? Weather measurement isn’t just for meteorologists. The information supports many industries and applications — information you need to keep your operations running efficiently and save time and costs.

Vaisala Beacon Station puts the power of professional-grade weather information in your hands — everywhere, all the time. Simply and affordably.

Datasheet

Model 8339 Laser Ceilometer

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The Model 8339 Laser Ceilometer measures8339 desert cloud height and thickness, in addition to vertical visibility. Unlike other ceilometers, the Model 8339 detects up to four cloud layers simultaneously to a distance of 25,000 vertical feet. Its precision makes it ideal for applications requiring the highest level of performance and reliability, such as aviation and meteorological studies.

In order to make these readings, a laser pulse is emitted into the atmosphere and back-scatter analyzed. Using the speed of light, the altitude of each cloud base and top is determined. Due to poorly defined borders or a sparse composition, some clouds are much more difficult to measure than others. Depending on the current and historical sky conditions, an adaptive algorithm determines the number of returns needed to maintain accuracy.

Accurate measurement of cloud height and thickness in all weather conditions, including heavy precipitation and low clouds, can cause serious errors in other ceilometers. AWI has applied proprietary algorithms and digital techniques developed over more than 20 years of cloud detection research and manufacturing, allowing the Model 8339 laser ceilometer to provide accurate information even in difficult circumstances.

Sensing circuits and optimization algorithms control the pulse frequency, output power and temperature of the laser itself in order to dramatically extend its life. The Model 8339 executes an array of self-tests during operation, which detect faults and reports them. These self-tests also identify the replaceable module associated with the fault, making trouble-shooting and repair as simple as possible.

ClusterTech Big Data Platform

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ClusterTech Big Data Platform (CTBP) - Manage, monitor and configure large-scale clusters for data visualisation. Uncover business value through data analysis and fulfill customers’ needs on data analytics and visualisation.

Optimise data management skills

The amount of data stored in internal systems of enterprises continues to increase at an exponential rate. This leads to the “Information Silo” problem in which traditional information management systems are unable to retrieve useful information from the data.

Enterprises can easily perform data mining and knowledge management using CTBP. Our platform interface is simple and easy-to-use, allowing users to be productive from the onset, without any training.

Benefits  

• Use data to enhance decision making
• Accurately collect operational and business data
• Formulate financial statements to support financial budgeting and planning
• Conduct multiple scenario analysis to understand critical data

Features

• Flexible display of parameters
• Multi-dimensional data analysis
• Smart data analysis engine
• Data processing supported by Apache Spark
• User-friendly interface and operation
• Product and services life cycle generation
  Provides various analytic modules, including: control panel, modules, nodes management and alarm system

Applications

Marketing Strategies Analysis
Use data warehousing technology in CTBP to conduct marketing strategy simulation. By measuring the results, marketers can quantify the impact of changes on sales revenue.

Business Operation Analysis
A multitude of objectives are used in business. CTBP accommodates different types of statistical surveys such as sales revenues, number of transactions per department, comparative analytics, profit-and-loss analysis, product risk analysis, etc.

Strategic Decision Support
CTBP supports strategic decision formulation including, enterprise, business and departmental strategy.

Field Meteorological Station

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The Field Meteorological Station acts as an autonomous, mobile weather station, capable of securing the meteorological activity of aviation units, land forces and landing units, including:

• measuring the earth’s atmospheric parameters
• measuring upper winds from the ground surface up to the height of min. 3 km
• exchanging data with the superior meteorological office
• visualisation of data on the current state of weather at the command (control) station.
  
  The FMS consists of:

1. off-road vehicle;
2. an FMS working compartment consisting of:

• a cabin with operator workstations (weatherman and observer)
• power supply module with 230V/50Hz and 110V/60Hz
• a communication module
• automatic-mobile measuring system of AWOS type
• upper wind measurement system based on the TD-4 theodolite by Tamaya
• weatherman support system based on Pileus software, by Comet

Key features:

• a single-body container with two windows on the side walls with roller blinds and rear doors
• insulated walls, floor and roof made of sandwich panels. Interior design adapted to work for two people, equipped with one place for rest
• a 6 kW power generator with automatic starting system and SZR including the possibility of its removal to the outside
• parking roof air conditioner with heating option
• an independent heating system powered by the vehicle’s fuel tank
• internal lighting and external LED work fields
• integrated earthing kit
• mounted ladder to allow access to the roof of the FMS
• a bracket for mounting a radio modem antenna
• handles for transporting fuel canisters and helium cylinders
• equipment lockers for the transport of FMS equipment, with access through accession flaps on both sides of the vehicle, internal LED lighting of equipment lockers
• essential elements of equipment: two computer stations, 4 rugged notebooks, printing and faxing devices, telephone, 2 routers, 2 switches, UPS, 110V/60Hz to 230V/50Hz inverter, external connection board with the following IP66 sockets: electrical, RJ-45, RS-232, antenna

Lidar Ceilometer CL61

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Redefining cloud measurement with the most comprehensive insights in the industry. CL61 is a high-performance light detection and ranging (LiDAR) instrument with depolarization measurement capable of unattended operation in all conditions. In addition to basic ceilometer reporting, the CL61 offers depolarization measurement that enables differentiation between solid, liquid, or mixed-phase clouds and precipitation, providing ready-to-use information for atmospheric characterization.

DATA-RICH VERTICAL PROFILES

See more than ever before — when it matters most. CL61 uses attenuated backscatter profiles measured in 2 polarization directions to calculate the depolarization ratio. The depolarization measurement not only enables the liquid/solid differentiation, but also makes it possible to detect dust, sand and volcanic ash. Improved optical system allows high signal to noise ratio and enables reporting of detailed vertical profiles for the full range, up to 15.4 km (9.6 mi).

TRUSTED TECHNOLOGY

With Vaisala, our technology is proven and backed by decades of experience in ceilometer development. With the CL61 single-lens technology, traceable calibration, depolarization, and ultrapure profiles, you receive accurate, research-grade data and professional support to improve your forecasting.

COST-EFFECTIVE

Even with its new depolarization measurement, the CL61 lidar ceilometer comes in at a fraction of a cost compared to other research lidars. Its low price point allows for the option to deploy multiple instruments in order to improve measurement coverage.

COMPLEMENTARY

No need to replace your current instruments. The CL61 complements already-existing research lidars and can be added on to build hybrid ceilometer networks for more accurate weather modeling and situational awareness.

LOW MAINTENANCE

The CL61 sensor is simple to set up, and operates autonomously any time, without the need for calibration. Rely on uninterrupted depolarization profiling and data around the clock, and in all weather conditions.

Datasheet

HUMIWELL Relative Humidity Calibrator

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Features:   

• wide range, fast response
• excellent stability and homogeneity
• compatible with third party sensors
• compact and portable
• room conditions monitoring
• no external devices required

Humiwell is a Relative Humidity Calibrator developed and manufactured by MicroStep-MIS. Whether you use it as a benchtop device or take it to the field, Humiwell is always ready to deliver the highest accuracy.

Humiwell is designed to attack parameters of the best calibrators in the class. It has the widest temperature range and achieves the temperature setpoint faster than any of its competitors. Still, the price is kept low to keep it competitive with the low-end devices. Whether you need the highest performance, or your budget is limited, Humiwell is always the best choice.

View datasheet

LAP®8000 Radar Wind Profiler

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The LAP®8000 radar wind profiler reliably provides continuous and real-time vertical profiles of horizontal wind speed, wind direction, vertical wind speed and turbulence in the troposphere. Depending on the atmospheric conditions, the measurement height reaches 8 km or higher above ground level.

The operation is based on the scattering of electromagnetic pulses at inhomogeneities in the air with subsequent Doppler analysis of the backscattered signal. The wind vector is derived using the beam swinging method.

The LAP®8000 radar wind profiler provides upper-air data with high resolution in time and height. It can substitute extensive radiosonde launching schemes. The LAP®8000 is designed for durability and low maintenance requirements. It works automatically and is virtually maintenance free. It is economic to operate and suited for operation at unmanned, remote sites. The proven coaxial collinear antennas feature unmatched efficiency and withstand harsh environments. The new Digital IF Processor SIRP offers characteristics never found in wind profiler signal processing before. This results in higher data quality, better height coverage and more flexibility to tailor the system output to the user’s specific needs.

Key Features:

• maximum range up to 8 km and more
• durable and highly efficient antenna
• binary pulse coding
• Advanced Coherent Noise Suppression ACNS
• free positioning of range gates
• unlimited multiple-mode capability
• built-in system monitoring
• RASS extension available for temperature sounding

Key Applications:

• weather analysis and forecasting
• severe weather observations and predictions
• aviation and rocket operations
• aerostat and unmanned aerial vehicles support
• atmospheric research
• air quality monitoring and emergency response
• global climate change studies

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China Air Quality Forecast

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The China Air Quality Forecast is the first and most accurate air quality index (AQI) forecast mobile app in China.
 
Available for free download.

SWS-250 Visibility and Present Weather Sensor

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The SWS-250 Visibility and Present Weather Sensor is optimised for use in aviation applications where both visibility and extended present and past weather information is required.

The sensor measures: visibility (MOR, EXCO and TEXCO), fog, haze, drizzle, snow, hail and other non-frozen precipitation according to WMO table 4680. METAR coded outputs are also provided.

For ultimate visibility performance the visual range extends to 99.99km allowing use in meteorological observation networks and research applications.

The enhanced present weather information from the SWS-250 is due to the backscatter receiver which allows detailed precipitation analysis and the use of algorithms developed for Biral’s flagship VPF-750 present weather sensor.

Easy integration of the Biral ALS-2 ambient light sensor makes the SWS-250 perfect for use in aviation applications where both RVR and METAR data are needed. Calibration in the field can be accomplished quickly and simply by a single operator using the optional calibration kit

• 10m to 99.99km measurement range (other ranges available)
• Instantaneous and averaged visibility outputs
• Transmissometer equivalent EXCO output (TEXCO)
• 39 WMO 4680 present weather codes
• Compact forward scatter design
• Hood heating for use in extreme environments
• Window heating and contamination monitoring
• Serial data output (RS232, RS422 or RS485)
• Comprehensive self-test capabilities

FlexIDS ATIS

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AWI’s FlexIDS ATIS provides the most feature rich, cost effective ATIS solution available today. The fully FAA/ICAO compliant system generates a broadcast containing essential information for pilots approaching and departing an airfield. Having information such as approach, active runway, and weather data available on a continuous broadcast reduces controller workload while minimizing frequency congestion. With FlexIDS ATIS, these broadcasts can be created and maintained in a fraction of the time required by other systems.

Unlike some ATIS products, the FlexIDS ATIS solution can operate as a stand-alone product, or as a fully integrated component of FlexIDS, the premier air traffic management system. This seamless integration reduces cost by eliminating the requirement for a stand-alone ATIS system and allows controllers to work more efficiently without the need to toggle between applications.

AWI’s unique design offers unsurpassed flexibility and customization that puts powerful air traffic management tools at the fingertips of controllers.

WindCube Scan for Meteorology

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Provides 360°/3D wind awareness at long range — giving decision-makers in meteorology and beyond the data they need for safety and efficiency.

GET THE FULL WIND PICTURE
WindCube Scan fills an important gap in modern meteorological forecasting. By providing continuous awareness of the boundary layer and other crucial factors, scanning lidar enables better forecasting, better decision-making, and more effective crisis management.

WindCube Scan units are compact, unattended, rugged devices suitable for any geography. Accurate and reliable over long service lives, they require very little site preparation and almost no human intervention after deployment. They are also simple and quick to repurpose if needs change.

AWARENESS & FORECASTING
WindCube Scan gives powerful data and reporting to meteorological and hydrological agencies. Quick to deploy and easy to use, WindCube Scan provides accurate forecasts, providing insight into several important atmospheric factors for increased situational awareness — notably, convective storm patterns and the boundary layer.

OUTSTANDING DATA & FLEXIBILITY
WindCube Scan offers full 3D scanning with ranges up to 14.7 km (depending on model), as well as multiple scanning patterns that make it ideal for many campaign types. A state-of-the-art structure detection algorithm detect, locates, and classifies clouds and aerosol layers — 24/7 in real time.

SIMPLICITY & RELIABILITY
A non-disruptive, turnkey solution, WindCube Scan integrates easily with existing meteorological systems and sensor networks. Its compactness and ruggedness ensure reliable performance over a long service life.

A SUSTAINABLE PARTNER
Vaisala is home to many of the industry’s brightest scientists, creators, and innovators. For decades, our products, including WindCube Scan, have provided exceptionally long service lives, reduced consumption and waste, and helped airports and meteorological agencies increase safety and preparedness amid climate change. They reflect Vaisala’s philosophy of creating sustainable solutions, businesses, and communities. 

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METEOR 700S weather radar

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The METEOR 700S is a high-powered S-Band weather radar system designed to be employed in severe weather regions, where attenuation by intervening heavy rainfall impedes the precise measurement of precipitation at long ranges. The system features an 850kW magnetron transmitter driven by a solid-state modulator with graceful degradation providing fault-tolerant operation and higher system availability.

The METEOR 700S is supplied with GDRX® and Rainbow® for the precise detection and tracking of thunderstorms, mesocale convective systems and other severe weather phenomena in tropical regions.

The METEOR 700S is available with single or dual polarization (DP). The dual polarization option further reduces the impact of rainfall attenuation, improves rain rate accuracy and makes way for the categorization of different types of hydrometeor such as drizzle, rain, hail and snow.

Download datasheet

SLS40-A Laser Surface Layer Scintillometer

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The Scintec SLS40-A Scintillometer measures turbulence, heat flux and momentum flux by purely optical means. In combination with other meteorological sensors the system can determine latent heat flux or evaporation.

The SLS40-A has both built-in automatic beam steering and vibration correction. It is designed for operation on towers or other platforms which are prone to vibration or longterm-drift. Vibration effects are compensated by using the signal of four instead of two optical detectors.

Each SLS Series Scintillometer consists of a laser transmitter pointing at a receiver. Temperature fluctuations in the air cause variations of the light intensity captured at the receiver. The scintillometer evaluates such variations to yield turbulence information.

The line averaging over the optical path results in spatially representative data and outstanding temporal resolution – a critical edge over data collected from conventional point sensors. The scintillometer provides high sensitivity and accuracy – without mechanical flow distortion or any moving part.

The proprietary displaced-beam technique of the SLS Series Scintillometers opens up access to mechanical turbulence quantities (momentum flux, kinetic-energy dissipation rate) without need to feed in any external wind data.

The proprietary displaced-beam technique of the SLS Series Scintillometers opens up access to mechanical turbulence quantities (momentum flux, kinetic-energy dissipation rate) without need to feed in any external wind data.

Key Features:

• heat flux, momentum flux by purely optical means
• suitable for stable and unstable conditions
• measures Cn2, CT2, l0
• crosswind option available
• spatially averaging technique
• high temporal resolution
• low statistical noise
• no flow distortion
• easy installation and operation
• Signal Processing Unit performs all calculations
• 6 GB built-in data storage
• remote access
• beam-displacement calibration
• window heating

Key Applications:

• turbulence studies
• air quality and atmospheric dispersion
• spatially-averaged wind measurements
• optical propagation conditions
• defence weather
• surface energy balance
• evapotranspiration monitoring
• agrometeorology, forestry
• satellite data ground truth

Download brochure

Weatherman Assistant Systems Pileus

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The system consists of the following groups of applications:

System database – stores source and processed meteorological data used by other system applications of the system.

Database containing the structures storing the meteorological data derived from the following types of bulletins:

• fully decoded: SYNOP; SHIP; METAR; TEMP; TEMP-SHIP; TEMP-SHIP
• only selected dispatch elements decoded: TAF
• in source form: AAPL87-DESB; FPPL55-PROGB; FPPL96-PROGS; FPPL97-PROGD; FPPL98-PROGN; FPPL99-PROGO; SDPL98-MMFP; SDPL99-FFBB; SXPL99-LGPD; WAPL98-KONS; WBPL99-AXEU; WOPL98-OSTS; WOPL99; WWLT90; UXPL99-PILOT

Applications managing data – carrying out data transmission and responsible for keeping the data stored in the system database up-to-date.

They facilitate:

• data transmission both on asynchronous and synchronous links
• data transmission on Internet lines
• exchange of bulletins with other programmes by saving them as files in declared folders (in particular, it enables reading bulletins in accordance with the standard used by the meteorological communication processor – the sent file contains the path to the proper bulletin file stored in the processor archive)
• simultaneous operation of multiple directions (lines)
• sending text and binary bulletins without limiting their size
• filtering bulletins sent on individual lines

Tool and presentation applications – used by the weatherman in the process of developing meteorological data, forecasting and distributing information about the meteorological situation.

This group comprises of:

• synoptic map
• dispatch editor
• aerological diagram
• weather status table

WindMast PBL

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Boundary Layer Wind Profile Lidar

Product Description

Based on the principle of optical pulse coherent Doppler shift detection, WindMast PBL can meet the high-precision and refined detection requirements of atmospheric three-dimensional wind field in the atmospheric boundary layer.

Real-time output of wind profile, turbulence intensity, vertical airflow, boundary layer (cloud bottom) height, SNR (signal-to-noise ratio), backscattering intensity, ground temperature and humidity, and other data products.

It is widely used in meteorological climate research, weather forecasting model assimilation, atmospheric material flux and pollutant area transmission and diffusion research, low-altitude wind shear detection and many other fields.

Functional features and advantages

• Efficient cost ratio: ultra-low blind zone, high efficiency and cost-effective mini-wind profile solution detection system
• Large range: 30m minimum measurement height, 15m distance resolution
• High precision: 0.1m/s, tested by IEC61400-12-1: 2017 international standard
• High resolution: second data refresh rate, 15m distance resolution
• Easy to carry: small size, light weight, low power consumption, easy to transport
• Flexible deployment: easy to operate, support mobile platform navigation measurement
• Automatic unattended observation: remote networked data acquisition and device monitoring
• Strong robustness: continuous and stable operation in harsh environments on land and at sea

View full technical specs

Air Pollution Monitoring

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3D scanning LIDARs are now being used by open-pit mines and other heavy industries to track and better understand airborne pollution problems. Since 2011 Raymetrics has been providing remote dust tracking services to industry.

For each service, Raymetrics provides a LIDAR, GPS, weather station and an in-situ particle counter. The service takes approximately one week (and should be repeated at several intervals to account for weather changes and seasonal variation). Service deliverables include a customized report on airborne pollution plus all raw data.

Uses:

• Identify and categorize pollution plumes and sources
• Provide data on level of airborne pollution (for air quality)
• Early warning system for incoming dust (e.g. for local towns)
• Assess long-range transport potential of pollution
• Allow for targeted spraying to damp airborne dust
• Track dust from individual events (e.g. blasts in mines)
• Provide peace of mind to local populations and government

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Meteorological TFT WindDisplay

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The Gill Instruments Meteorological TFT WindDisplay is a combined wind speed and direction indicator. Wind information is displayed using a 8.5" LED backlight, industrial grade, LCD screen and the data will be indicated with a true viewing angle of 170°

The Meteorological TFT WindDisplay has been designed to operate with the Gill WindObserver and WindSonic wind sensors. Meteorological TFT WindDisplay receives data directly from the wind sensor in NMEA mode without the need for additional interfaces. It provides the power supply for the wind sensor and can be "daisy chained" to a second wind display to transfer wind sensor information.

Depending upon the capacity and type of cable used, data transfer is possible up to a distance of 1000m.

User configurable, this wind speed indicator can display wind speed in various scales, mph, m/s, knots, km/h and Beaufort. The power supply can also be configured to meet specific customer requirements.

A standard wind display has 0?-359? scale for meteorological installations.

• Digital Output
• Max Gust
• 0-359° wind direction
• M/S, Knots, MPH, KM/H and Beaufort
• 2/10 Min and User Defined Average
• Automatic, Manual and Option Remote Brightness Control
• Wind Variation
• Datalogging to SD Card

PG4i Rain Gauge

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PG4i is a stand-alone rain gauge that does not require connection to a datalogger. Due to the built-in 3G mobile modem, it can measure, locally record and automatically send to a FTP server all data pertaining to the overall precipitation as well as its intensity per minute.
Due to the low consumption, the standard batteries that supply power ensure operation without interruptions for very long periods of time, while simplifying the installation as much as possible. It is a particularly accurate rain gauge capable of indicating possible malfunctions before they cause the measurements to stop, therefore it is particularly easy to maintain.
PG4i is certificable in class A according to the criteria of the UNI EN 17277:2020 standard.
PG4i is a rain gauge:

Fast and easy to set up
Stand-alone
Accurate
Built to last
Customizable

ULM30/N ultrasonic snow depth sensor

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ULM30/N is an ultrasonic snow depth sensor, equipped with its own electronics with microprocessor and storage memory.

ULM30/N consists of a latest generation ultrasonic transducer, suitable for both transmission and reception. Snow cover measurement takes place with the emission of a series of ultrasonic pulses and subsequent analysis of the echo received. The sensor, via this data, appropriately compensated according to the air temperature measured by the integrated thermometer, provides the distance from the target surface.

ULM30/N contains internal diagnostic elements to verify the:

battery voltage;
internal temperature conditions;
correct inclination;
quality of the measurement acquired.

RAINPOL® Web Platform

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RAINPOL® is a web-based interface. It allows:

• to achieve specific treatment of hydrometeorological radar data.
• to view the data on a basemap.
• to be configured according to the needs of the client and the intended applications. It can be delivered with a rainfall-runoff model assimilating online measurements of precipitation and delivering in real-time flood forecasting. In addition, RAINPOL® platform is scalable. If the customer wants to implement new applications, especially commercial applications Novimet can implement them. Revenue from these commercial applications can participate in ROI of the overall system.

NOVIMET ensures the real time data distribution in a format compatible with your information system, for the following informations:

• Rainfall during the last ten minutes.
• Accumulated rainfall during the past hour.
• Accumulated rainfall during the last 24 hours.
• Accumulated rainfall from a specific date/time.
• Classification of the nature of the precipitation (rain, snow, hail).
• Animation of the rainfall (or snowfall) of the past two hours and anticipated rainfall fpr the next two hours.

Upon request:

• Rainfall warning on a specific spot, with definition of the integration time and of the threshold and ceiling to be reached for triggering the warning
• Customized area integrated rainfall (for example, over catchments and sub-catchments)
• Customized animation
• Impact study on the use of radar rainfall data instead of rain gauge data in your information system

3D CLOUD BASE

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Cloud base height is currently measured using ceilometers, which are in reality low spec LIDAR systems. LIDAR is therefore already the standard method of determining cloud base height. 

Each runway often has more than one ceilometer.

A single 3D scanning LIDAR can measure total ceiling - cloud base in multiple locations, and offer forecasters information about near-future cloud base.

3D Scanning LIDARs can provide:

• Incoming cloud base for near-future forecasting
• Total cloud cover
• 3D cloud base (in case cloud is not directly above ceilometer)
• Excellent range (up to 15km with good SNR)
• Particle distinction (dust, volcanic ash, ice/water clouds, smoke, etc)
• Remote visibility / fog detection

Raymetrics' software now performs auto-picking of cloud base (and other atmospheric layers, such as the PBL or aerosol layers). Automatic particle distinction is also available (may require system upgrade).

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MaxiMet GMX200

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MaxiMet is an advanced compact weather station designed and manufactured by Gill Instruments using proven technology to measure meteorological and environmental parameters to international standards.

MaxiMet incorporates all the measurement parameters that meet the requirements of users in demanding applications where cost, quality and performance are essential.

With features such as wind, precipitation, solar radiation, temperature, humidity, pressure, low power ‘Eco Mode’, GPS, compass and many more, MaxiMet is unique in its ability to provide the widest number of measurements and output protocol options which makes it easy to install, easy to use and with zero maintenance.

Proteus Forecasting Application

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PROTEUS FROM EEC

Get more than just a picture
Proteus is a multi-platform forecasting application, designed for detailed integration and analysis of meteorological satellite imagery and data.

Greater Accuracy In Forecasting
The Proteus image-processing suite offers meteorologists, oceanographers, environmental agencies, and other research organizations the ability to perform detailed analysis of imagery and data from weather satellite systems.

Proteus is able to export all available temperature values for a particular location into a spreadsheet for the evaluation of long-range trends, and allows for cross-analysis of radar, model forecast, and synoptic weather observation data to develop a complete and more accurate forecast.

The capability to integrate satellite images with comprehensive, real-time land, sea, and atmospheric data, makes Proteus a superior forecasting solution

Smart Water Software

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• Multi-dimensional sensing network
• Water solution data center
• Smart water general monitoring and control center (with three core elements: hydraulic geospatial information sharing platform, IoT cloud support, water applications support)
• Full water information sharing scheme
• Facilitate management and judgement with full process modeling on water planning, monitoring and early warning
• 4+N application systems including professional applications like general information service, water resources management, urban drainage and flood prevention, hazards early warning and emergency communication and control center

Aerosol Laser Lidar EV-Lidar

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With a 532nm laser, EV-Lidar polarized Micro Pulse Lidar (MPL) could continuously monitor the aerosols distribution, analyze composition and spatial&temporal evolution of aerosols. EV-Lidar could also acquire such data as structure and evolution characteristics of PBL, vertical extinction coefficient and temporal evolution characteristics of atmospheric aerosols (or dust), height, layers and structure of clouds, atmospheric visibility and PM2.5/PM10 concentration. Meanwhile, EV-Lidar could monitor distribution of industrial dust emission, diffusion law of pollution resources over the city, and monitor weather process of haze and sandstorm. It has a great significance on monitoring atmospheric environment and studying atmospheric science.

Technical features

Hardware

• Stable optical system, minimal blind area and reduced geometric overlapping factor.
• Fully integrated with greater mobility. 
• Wide range of operating temperature. Strong environmental adaptability and can work continuously in the wilds
• With temperature control module, optical sensor chamber, and display&control function of humidity and temperature.
• With a remote start module, to start up lidar system remotely by single push.
• Compliant with TUV eye-safety standards

Software

• User-friendly and advanced interface design.
• Advanced imaging processing for differential and direct comparison as well as evolution characterization.
• Massive historical data archiving, organizing, and browsing by different attributes (distance, time &date, etc.)
• Interactive data viewing on spatial and temporal charts.
• Displaying real-time concentration distribution of PM2.5/PM10 at different time and heights.

WindSonic 60 Ultrasonic Wind Sensor

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The Gill WindSonic is a low-cost 2-axis ultrasonic anemometer, providing wind speed (0-60m/s) and direction data in a robust housing. This anemometer has no moving parts, offering maintenance-free operation in a wide range of applications.

• Low-Cost Ultrasonic Wind Sensors
• Solid-state - no moving parts
• High accuracy, low cost
• Multiple output options
• Excellent reliability, low maintenance

N-DRX Digital Receiver/Radar Signal Processor

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The NDRX Digital Receiver and Radar Signal Processor is designed to equip doppler weather radars including coherent-on-receive / coherent-on-transmit systems, as well as those with single polarization /dual polarization.

All these configurations are supported for both Magnetron and Klystron based systems.

The NDRX system is based on three types of boards: I/O board, Computational board, and Waveform Generator board. By using these modules is possible to build-up powerful system configurations to respond to any weather radar requirement.

Download technical sheet

Remote Temperature & Humidity Profiling

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Accurate profiling of atmospheric temperature and humidity is a prerequisite for many meteorological studies, including nowcasting, model evaluation, and assimilation. Unfortunately, existing instrumentation lacks either the temporal or vertical resolution required for such application.

To fill this gap, Raymetrics S.A., a global leader in lidar (lidar detection and ranging) technology, is developing a new state-of-the-art temperature and humidity lidar instrument. Based on the lidar technique the new product can provide measurements of temperature and humidity from near the ground up to few kilometers, with vertical resolution down to few meters and time of the order of few seconds.

The measurements are based on accurate observation of spectral signature of atmospheric molecules and their changes with ambient temperature. The new system integrates finding from leading research institutes developed during the final decade, into robust and reliable lidar that can cover requirements for a wide range of application.

The system can be optimized either for Planetary Boundary Layer (PBL) monitoring, or observation in the middle and upper troposphere. The interpretations of the data are done using proprietary algorithms that exploit the full information content on the measurements, delivering consistently better results than even state-of-the-art retrieval techniques.

AccuWeather For Business Service

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The AccuWeather For Business Advantage

Equip your team with the intelligence and situational awareness to confidently make correct decisions wherever weather is a factor.

• Site-Specific, Actionable Warnings
  • SkyGuard provides twice the advance notice of any other source, enabling you to enhance safety. While public warnings cover large areas, we alert you only when your location is at risk.
• Global Short & Long-Term Forecasts
  • Be the first to know what’s coming for any of your locations globally, up to 10 days in advance with forecasts created by our team of meteorologists.
• 24/7 Support & Consultation
  • Our business weather experts are always available to brief your stakeholders with up-to-the-minute details when weather threatens.
• Superior Accuracy™
  • Our detailed forecast insights are specific to your business needs and thresholds, enabling you to plan for specific outcomes up to 2 years in advance.

WR-10X Weather Radar

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The WR-10X is a valuable tool for real-time monitoring of weather phenomena in areas with complex topography.

It can be used advantageously at both urban and regional levels, or as a gap filler for an existing network.

A mobile version can be deployed quickly in situations where meteorological alerts arise in areas with significant hydrological risks, becoming an important tool for civil protection emergencies.

The possibility of WR-10X cluster networking allows the system coverage to be extended practically without limit. The result is a unique image that combines the data collected by all the radar units included in the network.

Thanks to the use of the latest technology, as well as the capital, installation, and operating costs of WR-10X radar networks, these are an attractive alternative to the traditional high-power, large-size, weather radar approach.

A comprehensive set of the most common radar output data, the so-called “weather products”, is provided with the system, and thanks to the open software architecture, additional or customized products can be easily added later.

The control and display software has a very intuitive GUI and the possibility to be web visualized. The system can be remotely controlled, operated, and tested, resulting in no requirement to access the radar site for standard operations.

ELDES is based in Italy but thanks to our Service Department, supported by our Distributor network, we can easily reach all parts of the world, ensuring support for installation and commissioning, constant assistance and quick response times throughout the product lifetime.

Gap filling, storm prevention, research, hydrology, transportation, outdoor events… All easier now with WR-10X.

Key Features

• X-Band magnetron TX (10KW peak power)
• Single Polarization
• Compact antenna <3° beam width with fixed or programmable elevation 0° to 180°
• Max range 108Km
• Kit for mobile installation
• Small size radome 0.9m x 1.3m, <90Kg
• Low electrical power consumption

Download technical sheet

Aspirated Radiation Shield

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Accurate measurement of air temperature

Apogee Instruments’ fan-aspirated radiation shield works with several temperature and humidity sensors to provide research-grade measurements with minimal power consumption. It is ideal for solar-powered sites.

Rugged, Low-power Fan
The fan has an ingress protection (IP) rating of 55, virtually eliminating moisture and dust ingress. At full speed the power requirement is 1 W (80 mA at 12 V DC). To conserve power fan speed can be reduced, via pulse width modulation (PWM), to 0.3 W at night or when wind speed is greater than 3 m s-1 without loss of accuracy. If the fan is continuously operated at full speed lifetime is rated at 50,000 hours (5.7 years). The fan includes a tachometer, allowing RPM to be mounted to detect obstruction of the fan.

Aerodynamic Shape
The curved inlet facilitates the reduction of air into the shield through the Coandã effect (tendency of fluid to follow a convex surface). The tapered diameter of the internal surface enhances air velocity through the Venturi effect (reduction in fluid pressure after flowing through a constriction). Both effects contribute to more efficient air flow and allow for a lower power fan than other fan-aspirated radiation shields on the market.

Sensor Compatibility
Various humidity and temperature sensors work with the shield through the use of adapter plugs. Standard adapter plugs are available for the Apogee ST-110 thermistor, Apogee ST-300 PRT, and the EE08-SS air temperature/relative humidity probe. Upon request, custom plugs are also available for sensors such as the Vaisala HMP110, Campbell Scientific CS215, Rotronic HC2-S3, or a combination of temperature sensor and relative humidity probe. Please contact us to discuss options, and click here to view a guideline for custom adapter plug constraints.

METEOS 101 Integrated Sensor

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METEOS 101 Integrated Meteorology Sensor for:

• Air Temperature
• Relative Humidity
• Precipitation Intensity
• Precipitation Type
• Precipitation Quantity
• Air Pressure
• Wind Direction
• Wind Speed

HDMCS-200 All-in-One Meteo Compact Station

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A ready to use and easy to set up Automatic Weather Station. The AWS measures wind speed, wind direction, humidity, dew point, temperature, barometric pressure and solar radiation.

HDMCS-200 is a quick to install and easy to use Meteo Compact Station, an All-in-One AWS solution, capable of measuring at the same time:

• Wind speed
• Wind direction
• Temperature
• Relative Humidity
• Barometric Pressure
• Solar Radiation

HDMCS-200 is a self-supporting system complete with solar panel, back up battery and built in GSM. This makes the AWS completely independent from any external power as well as from any local structure.

Easy to use: as soon as set up the Meteo Compact Station starts working by sending all measured data to your FTP server or to the Delta OHM Cloud.

The stable mechanical design alongside the ultrasonic sensor with no moving parts makes the weather station completely maintenance free.

Cables with connectors, solar panel, back up battery, tripod and logger with GSM communication are all included in the set.

For option with precipitation measurement see HDMCS-100.

Download datasheet

ISS-2100 Configurable Integrated Surveillance System

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The ISS-2100 configurable integrated surveillance system simplifies surveillance by joining several features – such as weather detection, traffic alert and collision avoidance, Mode S surveillance and terrain awareness and warning functions – into a single system.

The ISS-2100 significantly enhances the safety of your flights, lowers airline operating costs, and enables seamless integration of future surveillance and hazard detection functions.

The ISS-2100 provides the platform for Collins Aerospace's next-generation cooperative surveillance operations and applications for both airspace users and ground-based system managers. ADS-B, TIS-B, traffic computing functions and decision support applications are all integrated into the configurable system.

Features and benefits

• Improved operating economics: With the application of advanced digital technology and functional integration
• Airspace operations flexibility: Robust traffic computing capability with growth for advanced ADS-B applications

LPA Array

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ARA’s series of log-periodic antenna arrays supports a wide variety of applications requiring high-power transmission. These arrays are designed to meet strict beamwidth, gain, and power handling requirements. The log periodic design produces very broadband characteristics and a unidirectional radiation pattern. These antennas can be used to make accurate electric field strength measurements and an individually calibrated antenna factor curve can be provided.

ARA can also supply the pedestal, positioner, and controller when a full antenna system is required. These systems can support high accuracy positioning. Power requirements and overall durability are our prime concerns to provide a long-term solution.

LPA Series

• Broadband
• High Gain
• High Accuracy Positioning
• Pedestal, Positioner, and Controller Available when a full antenna system is required.
• Aluminum is Gold Iridite and can be supplied with an epoxy paint finish or anodized.
• Made in the USA

HY-WDS21E Tunnel Wind Sensor

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MiniAir20 Measurement Device

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Hand measurement device for flow, humidity and temperature

Attributes: 

• the hand measurement device MiniAir20 is used for the acquisition of flow velocity (propeller principle) such as gasiform and fluid media, acquisition of temperature, relative humidity and revolution
• it measures with a high precision. Its robustness is appropriate for a mobile or a laboratory use
• all the MiniAir20-sensor can be easily handled
• automatic probe recognition
• simple manipulation, handy keyboard
• mean, minimum and maximum values per keystroke
• free selectable measurement period from 2 s until 2 hours
• analog Output 0 - 1 V
• Mini2Logger-Output
• thanks to the handling head principle simple repairs are possible

AirLink Air Quality Sensor

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Features

Versatile mounting options
Place AirLink on a desk or countertop, or mount on a wall inside or outside. Outdoor housing provides protection.

Global air quality indices
Choose from a growing list including US, Canada, Mexico, China, EU, UK, Australia, India, and South Korea.Versatile mounting options

Connect to the WeatherLink Cloud
Uploads to the WeatherLink Cloud. See your current AQI and other air quality data on your phone or computer.

Pair with a weather station
Use multiple AirLinks as stand-alone sensors or easily merge with your Davis weather station on the WeatherLink Cloud.

Wi-Fi connected
Easily connect AirLink to your Wi-Fi network to send data to the Davis Cloud.

Additional weather data
Temperature, humidity, dew point, heat index, and wet bulb -- all updated every minute.

Welcome to the smart home
Works with Amazon Alexa and Google Home.

Tech Specs - General

• Operating Temperature: +14°F to +140°F (−10°C to +60°C)
• Storage Temperature: -40°F to +176°F (-40°C to +80°C)
• AC Adapter (not included with 7210USB): 5VDC, 1000mA
• Current Draw: Average: 100mA; Peak: 500mA
• Housing Material: Rugged ABS Plastic
• Dimensions (Height x Width x Depth): Sensor Housing 2" x 3.5" x 1" (5.1 cm x 8.9 cm x 2.5 cm)
• Optional Outside-Use Cover: 4" x 4.5" x 1.5" (10.1 cm x 11.4 cm x 3.8 cm)
• Weight: Sensor Only: 3.7 oz (106 g), Sensor with Mounting Bracket: 4.3 oz (121 g), Sensor with Bracket & Outside-Use Cover: 6.5 oz (183 g)
• Wi-Fi Frequency Range: US Models: 2412-2462 MHz, 802.11b/g/n, EU/UK/USB Models: 2412-2472 MHz, 802.11b/g/n
• BLE Frequency Range: 2402-2480MHz

Sensors

• Particulate Matter: Particle Range of Measurement: 0.3 ? 1.0 μm; 1.0 ? 2.5 μm; 2.5 ? 10 μm
• Particle Resolution: 1 μg/m³
• Accuracy: ±10 μg/m³
• Update Interval: 1 minute
• Inside/Outside Relative Humidity Resolution and Units: 0.1%
• Range: 0.1% to 100% RH
• Accuracy: ±2%
• Update Interval: 1 minute
• Inside/Outside Temperature Resolution and Units: Current Data: 0.1°
• Range: -40° to +140°F (-40° to +60°C)
• Accuracy: ±0.5°F (±0.3°C) (typical)
• Update Interval: 1 minute

GMWR-400/1000-SST Solid State X-band Doppler Weather Radar

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The GMWR-400/1000-SST is a cost-effective, flexible, and entirely solid state X-Band Doppler weather radar. It is designed for operation ranges up to 100 km and uses Doppler technology for accurate radial wind velocity measurements. Its dual polarization feature offers attenuation correction, advanced product generation, hydrometeor classification, and detection of non-meteorological objects.

New possibilities with solid state

Core feature of our GMWR-400/1000-SST is its entirely solid state design, including the transmitter. This novel technology offers enhanced dual polarization features, like simultaneous or alternating polarized signals, enabling new approaches for scientific issues. The higher possible pulse repetition frequency (PRF) allows measurement of higher wind velocities, a feature for regions suffering from strong winds and storms.

If you are looking for a radar with magnetron transmitter, check out our GMWR-25-SP/DP.

Reliable hardware components

The GMWR-400/1000-SST is built with a minimum number of components and few wearing parts. This enables low investment and small operating costs while being highly reliable. Hardware maintenance effort is reduced because of higher MTBF rates and can be performed by any local technical service with experience in radar maintenance. The symmetrical splash plate antenna provides perfect conditions for dual polarization measurements and thus is the ideal completion of the solid state weather radar.

Advanced signal processing

All GAMIC radars include our digital receiver and signal processor ENIGMA which allows rapid scanning and analysis products of scientific quality and accuracy. Digital Doppler velocity processing enables accurate velocity measurement.

The processing allows filtering of the input data, including clutter suppression (40 dB or better) resulting in less ground clutter, and the removal of distortions, speckles, interferences, and more. The result is clean weather output data which can be further processed as meteorological products.

Comprehensive software suite

The perfect enhancement for your radar system is our weather radar software suite FROG-MURAN. It provides full product generation capability, including volume scan products and hydro-meteorological rainfall analysis. The visualization system serves high quality radar images which can also be displayed via our browser-based Webview application.

Flexible operational applications

Besides the typical stationary radar installation, we also offer transportable and mobile radars. Our custom solutions comprise mounting on a vehicle or trailer, a self-erecting hydraulic mast, a flexible container for transport and deployment in remote areas, and more. Tell us about your needs, we will find a solution that suits you.

Features

• Weather radar for hydrology, aviation, population and asset protection, agriculture, research, gap-filling, early warning systems, and more
• Compact design – stationary, transportable, or mobile
• Powerful signal processing with ENIGMA
• Software suite FROG-MURAN for meteorological and hydrological data analysis

Download datasheet

ZX TM Turbine Mounted Wind Lidar

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Optimise wind turbines, wind farms and wind projects with the only Lidar capable of measuring full turbine shear, veer and wakes.

ZX TM at a glance:

• Remotely measure the wind ahead of wind turbines from 10m to 500m+
• Accurately and automatically detect complex flow conditions such as wakes
• Compensate for turbine movement automatically for accurate measurements above ground level, e.g. hub height
• See a turbine’s true potential with an independent Power Performance Measurement
• Remove cup anemometer or Nacelle Transfer Funciton uncertainty or calibration issues
• Application and campaign-focussed User Interface ensuring ease of data handling
• Standard industry-accepted methodologies and measurements for: Power Curves, Nacelle Transfer Function calibration including Yaw Alignment, and Wake Detection
• Extensive 3 year service period ensuring the lowest cost of through-life ownership
• Suitable for installation on all major turbine platforms

ZX TM features include:

• Lidar Control Unit (LCU) mounted in the nacelle, Lidar Optical Head (LOH) mounted on the Turbine Integration Kit (TIK) which is mounted on to the nacelle roof
• 10 Horizontal measurement ranges and up to 13 Vertical Slices at each range – the most comprehensive measurement capability of any Lidar, delivering Rotor Equivalent Wind Speed and Slices for IEC Power Curves
• Extensive 3 year service life as standard
• High availability with all laser energy focussed at each measurement range, with low susceptibility to turbine blades due to short measurement integration time (50Hz)
• High Lidar directional positional accuracy on turbine essential for any set point changes relative to rotor alignment using unique patented  auto-alignment technique
• “Application mode” software helping you to define Key Performance Indicators, campaign duration and to include turbine parameters, in addition to the initial installation and easy configuration of the Lidar

Improve the Levelised Cost of Energy of a wind farm with ZX TM by producing more energy for the same cost, reducing operating costs for the same production and increasing project value with more certain wind measurements.

Download product specification

PA-5 SODAR Acoustic Wind Profiler

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• 3,000 meters average range
• 100 meters minimum altitude
• Multi-frequency coding
• ARM Quad Core CPU and linux operating system
• 150 watts total power consumption
• 180 kg total weight
• GPS, 2D inclinometer, pressure, temperature and humidity sensors
• WiFi for local control (up to 100 m distance)
• Wireless modem and/or satellite terminal for remote control

Technical description

The PA-5 Sodar includes the latest hardware design. The electronics have been downsized by an extensive use of the SMC technology.

The computer part uses an ARM Quad Core CPU which is plugged on a 16 bits A/D converter board. All the hardware matches military specifications (-40 to +60 °C with up to 100% relative humidity) and is fixed underneath the antenna. Wireless modem or satellite connections are available.

This new design includes GPS, 2D inclinometer, Wi-Fi, as well as pressure, temperature and humidity measurements.

Download datasheet

WXR-2100 MultiScan ThreatTrack™ Weather Radar

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Bad weather can’t be controlled, but it can be avoided – with the help of Collins Aerospace.

The WXR-2100 MultiScan ThreatTrack™ detects and analyzes adverse weather phenomena and automatically displays weather that is a threat to your aircraft. Its advanced technology makes optimum adjustments to maximize the “probability of detecting” weather hazards during all phases of flight, reducing long deviations and delays to the gate and ensuring a safer, smoother and more efficient journey.

Advanced track-while-scan technology
Our patented track-while-scan technology tracks up to 40 cells while providing threats out to 320 nm.  By performing dedicated vertical scans on each developed cell or even fast-growing convective cells that could likely pose a threat, MultiScan ThreatTrack gives you the right information to make smart choices about your flight path.

Core and associated threat assessment – at a glance
MultiScan ThreatTrack conducts assessments of actual thunderstorm threats and provides associated lightning, hail and convective threat potential within and external to a thunderstorm core. The intuitive symbology displayed makes it easy to quickly understand the actual threat to the aircraft.

Predictive OverFlight™ protection
To ensure pilots are aware of turbulence that can be generated by cells developing below the flight path, our Predictive OverFlight protection tracks storm cells below the aircraft to measure growth rate predict bow-wave turbulence, and provide indication of potential threats.

Two-level enhanced turbulence protection
Our two-level enhanced turbulence detection identifies both severe and ride-quality turbulence up to 40 nm ahead of the aircraft, allowing for a safer and smoother ride for passengers and flight crew.

Automatic analysis
With MultiScan ThreatTrack, there’s no need to go to manual mode to “analyze” the weather – it’s done automatically, allowing for reduced pilot workload and improved situational awareness that allows for the most efficient operation of the aircraft when deviating for weather.

Other advanced features
Predictive wind shear detection with wind shear event data recording and retrieval
Advanced ground clutter suppression eliminates ground clutter on the weather display at all ranges, allowing pilots to concentrate exclusively on true weather threats. The quiet dark cockpit display provides a complete threat picture at a glance by clearly delineating threats while reducing pilot workload

High reliability
Global flight tests of MultiScan ThreatTrack have validated the performance of the threat detection concept in a wide range of weather conditions. In fact, it uses a database of geographic and seasonal weather variations for maximum performance, worldwide.

And like everything Collins Aerospace offers, MultiScan ThreatTrack promises high reliability, backed by our global service capability and 24/7/365 customer support.

Vantage Vue Weather Station

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Sensor Suite

• Operating Temperature: 40° to +150°F (-40° to +65°C)
• Non-operating (Storage) Temperature: -40° to +158°F (-40° to +70°C)
• Current Draw: 0.20 mA (average), 30 mA (peak) at 3.3 VDC
• Solar Power Panel: 0.5 Watts
• Battery: CR-123 3-Volt Lithium cell
• Battery Life (3-Volt Lithium cell): 8 months without sunlight - greater than 2 years depending on solar charging
• Wind Speed Sensor: Wind cups with magnetic detection
• Wind Direction Sensor: Wind vane with magnetic encoder
• Rain Collector Type: Tipping spoon, 0.01" (US versions)/0.2 mm (metric versions) per tip
• Temperature Sensor Type: PN Junction Silicon Diode
• Relative Humidity Sensor Type: Film capacitor element
• Housing Material: UV-resistant ABS & ASA plastic
• Sensor Suite Dimensions (not including mounting pole): 12.95" x 5.75" x 13.40" (329 mm x 146 mm x 340 mm)

Console 

• Operating Temperature: +32° to +140°F (0° to +60°C)
• Non-Operating (Storage) Temperature: +14° to +158°F (-10° to +70°C)
• Current Draw: 0.9 mA average, 30 mA peak, (add 120 mA for display lamps, add 0.125 mA for each transmitter received by the console) at 4.4 VDC
• Power Adapter: 5 VDC, 300 mA
• Battery Backup: 3 C-cells
• Battery Life (no AC power): Up to 9 months (approximately)
• Housing Material: UV-resistant ABS plastic
• Console Display Type: LCD Transflective
• Display Backlight: LEDs
• Weight (with batteries): 1.48 lbs. (.67 kg)
• Console dimensions, with antenna: (L x H x D) 7.5" x 5.75" x 4.5" (190 mm x 146 mm x 114 mm)
• Console dimensions with antenna mounted on wall: (L x H x D): 7.5" x 7.0 " x 3.0" (190 mm x 178 mm x 76 mm)
• Display (L x H): 4.13" x 3.0" (105 mm x 76 mm)

WR-25XP Mini Radar

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The WR-25XP is the flagship product of the ELDES’ X-Band mini radar family, characterized by a price/performance ratio that is unique on the market.

The capacity to operate in simultaneous dual-polarization and Doppler capabilities make WR-25XP an ideal instrument for the most advanced radar hydro-meteorological application, as well as for medium-scale civil protection uses.

Given its small size and weight, the WR-25XP can even be installed on a light trailer for quick relocation to areas open to hydrological risk, or to areas with high concentration of people for civil protection needs.

Its cluster networking ability allows the system coverage to be extended practically without limit. The resulting image produces mosaics, integrating the data collected by all the sensors making up the network.

Thanks to the use of the latest technology, as well as the capital, installation, and operating costs of WR-25XP radars networks, these are a very attractive alternatives to the traditional high-power, large-size, weather radar approach.

A powerful Linux Workstation, typically installed in the Radar Control Centre or near the radar itself, processes the polar data of the three-dimensional spaces containing the instances acquired by one or more radars. The result is the generation of a large number of reflectivity and Doppler products, usually only available with considerably more expensive weather radars.

Download technical sheet

Sky2 Weather Camera Station

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• Ultra-wide Angle Camera
• 4 Atmospheric Sensors (Temperature, Humidity, Barometric Pressure, Precipitation) 
• Battery Charged with Solar Panel
• Real-time Collection and Transmission of Data
• Weatherproof and Durable Construction

Wind Energy Network

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Wind Energy Network Issue 59

ZPHI Software

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The ZPHI ® software implements three patents brought by CNRS to NOVIMET, CNRS becoming a share holder of the company.

In 2017, NOVIMET set a fourth patent which improved the algorithm by a better consideration of the spatial variability of precipitation.

ZPHI ® takes advantage of “dual polarization” radar technology to extract the value of the intensity of rain with unprecedented precision.

ZPHI ® features are:

• Measurement of the rain rate on the ground, with precision better than a gauge
• Separation of precipitation echoes from clutters (ground clutter or sea)
• Classification of different types of precipitations (rain, snow, sleet, hail).

The specific advantages of ZPHI ® lie in the fact that:

• It corrects the estimation of the rain rate from the attenuation effects (for C-band and X-band)
• It adapts itself to the natural variability of the rain, adjusting automatically the convertion “radar signal → rain intensity”, without degrading the spatial resolution of the input data…
• It allows you to check the internal absolute calibration of the radar.
  It has a module for classification of types of precipitations also suitable for attenuated band frequencies

The ZPHI ® algorithm is applicable to X-band (~ 9 GHz), C-band (~ 5 GHz) and S-band (~ 3 GHz).

ZX 300 Onshore Wind Lidar

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Full IEC Classification, the longest service and warranty period as standard of any Lidar and accepted by DNV GL as a Stage 3 Bankable Lidar.

ZX 300 at a glance:

• Remotely measure the wind from 10 to 200+ metres above ground
• Reduce your measurement uncertainty by measuring higher than a met mast and by mobilising measurements across a whole site
• Better manage health & safety requirements on site with no need to work at height
• Be flexible within your planning applications by using a low visual impact, low height device
• Start your measurement campaign tomorrow with little or no site preparation or planning permits required
• ZX 300 is fully IEC Classified to IEC 61400-12-1: 2017
• Take confidence from our 3 year Warranty and Service Interval.

ZX 300 represents a mid-life upgrade of our established ZephIR 300 wind Lidar, originally launched in 2011. New features include:

• Modernised internal components. These benefits are realised through increased in-field performance and long-term serviceability. ZX 300 is provided as standard with an extensive 36 month return-to-base warranty – the longest of any Lidar
• Real-time Quality Controlled 1-second data. This new best-in-class resolution of wind data enables emerging Lidar applications within the wind, meteorological and associated industries such as crane lifts and helicopter operations. No other Lidar provides a full 360° wind field calculation derived from just one second of data.
• Refreshed User Interface. Additional contrast modes and streamlined menu systems promote easier navigation when deploying and configuring ZX 300
• Performance Verification against Golden Lidar provided as standard.

In addition, ZX 300 features optimised processing for improved wind data quality control. Extensive field demonstrations have been performed on ZX 300 at the UK Remote Sensing Test Site, with analysis of deployments spanning several years over all seasons and weather conditions with results showing excellent performance and a step forward in the existing accuracy that is considered Stage 3, suitable for standalone wind energy assessments, by DNV GL. ZX 300 is fully IEC Classified to IEC 61400-12-1: 2017.

Download product specification

HY-SA3E Ultrasonic Anemometer

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PVMet Solar Monitoring System

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Advanced Weather Management with Solar Monitoring Precision

The RainWise family of professional-grade Photovoltaic (PV) solar monitoring systems are specifically designed for utility, commercial, and industrial solar arrays. Leading inverter and solar monitoring companies worldwide have chosen RainWise as the #1 provider of meteorological systems for our proven reliability, easy deployment, and accurate data. The PVMet™ product family is the best solar monitoring system on the market with plug-and-play setup, real-time monitoring, and precise data acquisition.

Gain insights into the efficiency and status of your Solar Monitoring System
The PVmet™ weather station provides strategic environmental data that significantly increases the value of any on-site solar monitoring system. Our solar specific sensors provide real-time measurement of key performance indicators such as irradiation measurement, back-of-module temperature, and ambient air temperatures. Additional environmental sensors provide critical information to enable performance modeling, fault detection, and maintenance scheduling for maximum system production. Standard models come fully assembled, are easy to install, and are fully operational in minutes. 

MS6R Monitoring, Data Logging & Control System

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The complete solution for monitoring of temperature, humidity and other values

Main Features 

• Universal Sixteen channels data logger is designed for data acquisition from sensors of variety values 
• Temperature, humidity, current, voltage, binary inputs
• Capacity up to 480 000 recorded values
• Audio and optical alarm functions
• Communication - RS232,RS485,USB,Ethernet,GSM
• Control of external devices
• Included traceable calibration certificate

BASTA cloud radar

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The BASTA is a cloud radar (95GHz) dedicated to cloud and fog observation. Unlike Pulsed Radars that allow excellent performances but are very expensive, The BASTA uses a less powerful (0,5W) transmitter turning the solution more affordable. Technology The lack of power of the transmitter is compensated by FMCW (frequency modulated continuous wave) Technology and associated signal processing treatment.

BASTA enables to obtain the vertical distribution of clouds and the hydrometeors sedimentation speed. Designed with several operating modes allowing vertical resolutions from 12.5 m to 100 m. Each resolution corresponds to a field of study, the 12,5m resolution is adapted to fog and precipitation studies, the 100 m mode is much more fitted for high clouds observation.

An intermediary mode is available. This innovative and brand new radar measures the reflected energy of the hydrometeors and can be linked to the water content of the cloud. The less the resolution is in distance the best the radar sensitivity will be. The Doppler capability of the instrument allows to measure the velocity of the hydrometeors. Last but not least it is also possible to assess the size of droplets and ice crystals.

Main features:

• Measurement of reflectivity and Doppler Velocity
• Low power needed with direct impact on cost reduction
• Tropospheric profile up to 12 km (20 km in tropics)
• BASTA provides real time 24/7 vertical observations of cloud structure
• Fog monitoring capability for enhanced security on airports (Nowcasting)
• High mobile capability allowing BASTA to be used as a calibration mean for other radars

Diluvium™ Flood Barrier

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Flooding is a global challenge that is getting worse. It is essential to have a flood protection solution to protect your property. There are many products aimed at providing flood protection, from simple sand bags to permanent steel/ concrete structures.

Some are easy to use but lack strength and/ or height, others are very strong but require a lot of time and manpower to deploy and can be very expensive. So customers are often faced with a choice, a compromise or dilema even.

But now there is a solution that offers both the strength and the ease of use needed to protect your property.

Diluvium™, our ultra-light, ultra-strong patented solution is manufactured from technical textiles and is a fully portable, re-useable, recyclable flood barrier. It’s very quick and easy to deploy in any environment and will create a safe, watertight solution in minutes.

Diluvium™ is a modular system which means it can be extended to any length required. Additionally, corner sections can be fitted to adapt to the required dimensions of the property.

Diluvium™ works by using the flood water to form a seal against intruding water, which makes it stable throughout variating water levels. Because of its simple construction and light weight, Diluvium is also very easy to remove and is very portable. It also takes up very little space to store.

RASS Radio Acoustic Sounding System

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• 1,500 meters average range
• 100 meters minimum altitude
• 200 watts total power consumption
• 120 kg total weight
• 0.2°C accuracy

Technical description

The RASS includes the latest hardware design. It is a CW Radar which can be added to a PA-0 or a PA-5 Sodar system. Our RASS remotely measures temperature profiles in the atmosphere up to 1,500 m.

Data measurements and applications

The RASS system accurately measures:

• temperature profile
• temperature standard deviation
• RASS echo strength

The RASS system can be used in environmental studies and study of telecommunication network disturbances due to atmospheric conditions.

Download datasheet

HY-SLV2E Visibility Sensor

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WCM411 Water Content Monitor

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Water content monitor WCM411 is an outstanding optical moisture sensor designed for detecting moisture content of concrete aggregates. The sensor embeds a micro-processor and uses LED’s as light sources. It provides a 4…20mA current loop output for process automation systems and an RS232 serial interface for maintenance and monitoring.
 
Moisture content is determined as percentage of water by weight of dry aggregate. The sensor is most optimal when used above conveyors or silo feeders to detect moisture content in moving samples.
 
WCM411 sensor highlights 

• Non-contacting remote measurement
• Stable performance
• Long life-time

View datasheet

Sparvio UAV Sensor System

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Flexible sensor system for UAVs and more

The sensor system Sparvio is a modular system for data collection with logging, real-time telemetry and visualization, supporting a range of sensors. It is designed to start immediate measurements without any further integration. Sparvio supports a large number of simultaneously connected modules and can freely be rearranged by the user thanks to the universal connectors.

Today Sparvio offers sensors with the system to measure parameters such as temperature, humidity, winds, carbon dioxide, ozone, methane and particulates. We are happy to support more sensors on customer request.

For ultimate flexibility, our developers opted to make each sensor smart. Instead of keeping all logic and calibration in a central data logger, our small adapter boards are loaded with a software driver for the sensor. Now even third-party sensors become plug and play and can be hot-swapped in the field.

Next time, instead of trying to set up your UAV with home-made solutions, consult with us!

Prosper - business intelligence

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Actionable insights for critical decisions.

Whether you’re responsible for profitability, expediency, or safety, you can’t get the best outcomes without the best information. Customizable real-time business intelligence from DTN gives you invaluable insights to help you make in-the-moment decisions with complete confidence.

Floodwall

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AquaFence FloodWall is a leading, FEMA compliant, deployable flood barrier, used to secure commercial, municipal, and industrial properties throughout the world.

A drop-in-place flood shield solution that is customized to secure specific exposures of buildings or properties. These systems range from single openings to entire buildings.

AquaFence FloodWalls can transition between heights and range from 2.5’ to 9’.

PA-XS Acoustic Wind Profiler

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Remtech introduces the miniature PA-XS acoustic wind profiler. 

• 400 meters average range
• 10 meters minimum altitude
• Multi-frequency coding
• ARM Quad Core CPU and linux operating system
• 10 watts total power consumption
• 7 kg total weight
• GPS, 2D inclinometer, pressure, temperature and humidity sensors
• WiFi for local control (up to 100 m distance)
• Wireless modem and/or satellite terminal for remote control

Technical description

The PA-XS Sodar includes the latest hardware design. The electronics have been downsized by an extensive use of the SMC technology. The computer part uses an ARM Quad Core CPU which is plugged on a 16 bits A/D converter board. All the hardware matches military specifications (-40 to +60 °C with up to 100% relative humidity) and is fixed underneath the antenna. Wireless modem or satellite connections are available.

This new design includes GPS, 2D inclinometer, Wi-Fi, as well as pressure, temperature and humidity measurements

Download datasheet

MetConsole Automatic Terminal Info System (ATIS)

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Get automated delivery of critical information with MetConsole Automatic Terminal Information System (ATIS).

With the MetConsole ATIS, air traffic controllers can focus more on managing flights that are departing and arriving. Working with a VOLMET located in the cockpit, crews have the most current and relevant weather information, straight from the airfield. Crews can enhance preparedness for takeoffs and landings with our reliable and effective ATIS.

AgroMET Weather Station

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This professional weather system has been designed with the grower in mind! Using the same superior technology as our popular MK-lll weather station, the AgroMET adds a leaf wetness sensor and global solar radiation sensor to the monitoring capabilities. Our durable and dependable weather station collects on-site environmental information critical to making informed decisions for best practice planting, spraying and watering schedules. Authorized by NEWA.

Weather RADAR antenna systems

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Understanding weather patterns is an important tool for public safety and agriculture to ensure that the proper steps are being taken before storms. Properly monitoring weather patterns helps with preparation to limit damage and administer the proper size of response needed during and after major weather events. This is critical for public safety.

ARA designs and manufactures a complete line of Weather RADAR antenna systems to support weather surveillance and doppler radar applications. These can locate and calculate a storm’s motion and type by detecting rain droplets.

ARA antenna systems operate in S-band, C-band, X-band, Ku-band, and Ka-band and meet RADAR suppliers most stringent requirements. Antenna feeds for all bands and reflectors, measuring from 2 ft to 28 ft in diameter, provide the necessary specifications for the operation of a high-performance weather RADAR system.

MiniAir20 Temperature Probe

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Attributes:

• Measurement range from -20°C to 140°C
• Cable length 1.5 m
• Probe length 180 mm
• Resolution 0.1°C

Flood Barrier Door Dam

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Floods are becoming more common around the world. What was once a 100-year phenomenon is now a seasonal trend that homeowners must deal with.

That’s EXACTLY why you need this Dam Easy Flood Barrier Door Dam!

An excellent alternative to heavy and messy sandbags, this barrier provides the first line of defense to prevent water from entering doors and windows in your home. When flooding happens, the ability to act quickly is critical. This flood protection barrier provides you with reliable flood protection at your fingertips as it can be installed in under 5 minutes!

Don’t wait until it’s too late. Get this flood barrier door dam and protect your house now!

Vertical LIDAR - Volcanic Ash Detection

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The 2010 Icelandic eruption caused massive disruption to air traffic. Many other volcanic events are continuously causing severe disturbance to world air traffic such as cancellation of flights and closing of airspaces and airports, in Latin America, Asia, North America, Australia among others.

"The new LIDAR network will significantly improve our overall ability to monitor and forecast the distribution of volcanic ash over the UK. Our forecasts are used by partners at the National Air Traffic Service to make decisions on flight safety across UK airspace, based on the safety thresholds set by the Civil Aviation Authority and the International Civil Aviation Organisation."

From WMO Aerosol Bulletin.

Download brochure

ENIGMA IV Weather Radar Signal Processor

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GAMIC designs and manufactures ENIGMA IV, the advanced weather radar signal processor for single and dual polarization. It comprises two components – the intermediate frequency digitizer (IFD) converts your radar output to a stable and high quality digital signal while the host provides clean output data by applying powerful algorithms and corrections.

State-of-the-art signal processing hardware

The ENIGMA IV signal processor consists of a powerful host PC (ENIGMA PC) and a 19″ companion device called IFD (Intermediate Frequency Digitizer). The IFD can be installed either in an IT rack or head-mounted behind the radar antenna. It can be used in any common weather radar installation.

The IFD controls the transmit timing of the connected radar by applying trigger signals and performing the data acqusition accordingly. It comes with three separate input channels for horizontal, vertical, and burst (transmit signal / reference) signal measurement which enable full dual polarization capability. The IF signal is digitized at an intermediate frequency of 60 MHz (other frequencies optional) and the radar echo data is tagged with corresponding time and elevation/azimuth angle information. For optimum sensitivity and dynamic range a digital filter is applied which matches the transmitted pulse length perfectly. The generated raw echo data is provided to the host PC through an optical fibre connection of 1 Gbit/s for further processing.

The ENIGMA IV signal processor is very versatile and can be used for magnetron, klystron, or solid-state radars. In case of non-solid-state radars, the IFD is able to measure the IF frequency and apply an AFC (automatic frequency control) for proper receiving. For solid-state radars the complete output signal is generated by the IFD utilizing pulse compression technology.

Powerful correction algorithms

To get the best out of your weather radar data, ENIGMA IV comes with powerful algorithms to ensure high data quality and reduced disturbances. Digital Doppler velocity processing enables more accurate velocity data and better clutter mitigation. The velocity based clutter filters provide 40 dB or better clutter rejection, resulting in less ground clutter. Dual polarization based rain and gas attenuation correction are inevitable for reliable rain rate retrievals, especially for sensitive X-band radars. Further data improvement features comprise the removal of multi-trip echoes, RF interferences, and sun spokes.

ENIGMA IV is highly configurable, including speckle remover (via reflectivity, velocity, spectrum width, or dual pol moment), thresholding (NOISE, CCOR, SIGPOW, RHOHV, SQI), and KDP interpolation.

New features for enhanced data

GAMIC’s signal processor ENIGMA IV just got better with some new features to get even more out of your data. Those new features include the following:

• Fuzzy logic classification and flagging of range gates for ground clutter, multi-trip echoes, wind-turbine clutter, RF interference, and sun spokes
• Improved random phase multip-trip detection and mitigation
• Adaptive clutter filtering
• Additional output moments (clutter phase alignment, standard deviation, SQI 2nd/3rd trip, classification flags, real and complex cross spectrum)
• Improved thresholding including the new classifier flags

Comprehensive output moments

Besides typical single polarization radar moments reflectivity (Z), radial velocity (V), and spectral width (W), ENIGMA IV provides output of enhanced dual polarization moments which are essential for any contemporary processing and further usage of weather radar data. Those comprise ZDR, KDP, RHOHV, PHIDP, and much more. All radar moments are provided uncorrected and corrected.

For comprehensive data quality and signal analysis, ENIGMA IV serves some more output variables like signal-to-noise ratio (SNR), signal quality index (SQI), clutter power (CCOR), power spectrum (DFT), and more. For a non-exhaustive list of all ENIGMA IV output moments and further details, consider the ENIGMA IV datasheet.

Check out our weather radar software suite FROG-MURAN for generation of meteorological products and further data analysis tools.

Download datasheet

E700 PDR Series Doppler radar

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The Tactical Weather Radar of Choice for the U.S. Military

EWR Radar Systems has been the industry leader in portable X Band weather radar solutions since 1982. Today, EWR’s Portable Weather Radar Systems are in the hands of a broad spectrum of end users including governments, oil companies, emergency management agencies, weather services and airports around the world.

EWR understands what it takes to build a radar system that is compact, rugged and can handle the rigors of mobile and rapid deployment in some of the most hostile conditions. This has led the United States Department of Defense to make EWR its primary supplier of ground based weather radar systems. The E700 PDR Weather Radar System is in use today by the U.S. Air Force Special Operations Command, the United States Marine Corps for their Meteorological Mobile Facility (METMF) Next Generation (NEXGEN) systems and by the U.S. Air Force for its next generation PDR (Portable Doppler Radar) program.

Field Proven EWR Solid State Transmitter with Pulse Compression and Hybrid Pulse Technology.

EWR pioneered the use of solid state transmitters in weather radar systems.

Where other Doppler radars utilize tube transmitters (klystrons, magnetrons, TWTs, etc.) that require frequent maintenance, high voltage and are prone to failure in difficult environments such as those found in mobile applications, the E700 PDR uses a long life solid-state transmitter which is virtually maintenance free and consumes far less power.

EWR solid state transmitters are field proven with over 80 solid state weather radar systems installed around the world today, a statement that no other manufacturer can make!

Survey Solutions

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SALT provides the following survey solutions:

+ Oceanographic
+ Hydrographic
+ Geophysical / Seismic
+ Hydrology
+ Navigation & Positioning
+ NDT Inspection
+ Environmental
+ Land Survey
+ DP Sensors
+ Laboratory
+ Underwater Robotics

GWSP Weather Signal Extractor

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GAMIC’s weather signal extractor GWSP is designed to augment ASR/ATC radars with a comprehensive weather data output. It uses the existing surveillance radar data to detect and report severe weather situations in the surrounding area. The GWSP has been installed over 50 times and is operating successfully for more than 10 years by German, Swiss, and Canadian Air Forces, and at Schiphol airport (Amsterdam, NL).

Seamless integration into existing infrastructure

GSWP extracts information from ASR (Air Search / Airport Surveillance Radars) or ATC (Air Traffic Control) radars in parallel to their tracking function and does not conflict with the radar’s main functions. It simply makes use of the already existing but previously discarded radar signal of the surrounding weather. GAMIC’s weather signal extractor is available for radars with magnetron, klystron, or solid-state transmitters.

Setup and functionality

The GWSP constists of three parts. The adaption box (ABOX) captures IF or I/Q data from any type of primary radar and transforms it into WSP data format. The weather signal processor (WSP) corrects and processes the signal to meterological moments (Z, V, W). Last part is the weather data processor (WDP) which generates weather products for prediction and tracking of weather events. GAMIC’s comprehensive weather radar software suite FROG-MURAN can be used optionally to get the full potential out of your weather data.

Output of critical weather data

GWSP provides fast and precise weather data by processing and identifying severe precipitation, wind shear, and other critical weather events like microbursts and gust fronts. The corrected and processed output data are displayed in real-time and color-coded weather parameters: reflectivity (Z), radial velocity (V) and turbulence (W). The data can be sent in suitable formats to operating stations, i.e. ASTERIX CAT008 or other high resolution formats.

Neptune Marine Automatic Weather Station

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STERELA proposes an automatic weather station installed on board ships, designed for data acquisition and transmission in harsh environments.

Measurements

• Air temperature and humidity
• Pressure
• Speed and direction of the wind
• Temperature of the sea

Interface

• 8 capteurs
• Synchronization and GPS positioning
  Integration of navigation data
• Integration of human observations
• Static pressure measure

Power

• 18-30 Vdc
• Consumption: 50mA
• External ON / OFF switch

Communication

• Iridium Satellite / Bidirectional
• SSL / TLS security, STARTTLS / normal
• Parameterizable interval
• Message size: 30 to 51 bytes
• Message FM94-BUFR
• Triggering transmissions on events: zone, hours, port mode

Download schematic

Flood Forecasting models

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UKCEH flood models improve warning times of national flood forecasting systems and support flood management and incident response. Our state-of-the-art models have been extensively validated against historical flood records across the UK and overseas. We provide tools and solutions that support:

• Real-time and seasonal river flow forecasting
• Probabilistic flood forecasting
• Risk analysis and impact-based flood forecasting
• Surface water flooding hazard assessment
• Catchment to national scale coverage to forecast “everywhere”
• Performance assessment of rainfall and flood forecasts

Seasonal Climate Forecasts

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The World Climate Service produces seasonal climate forecasts up to 6 months in advance and delivers the tools needed to understand and create these challenging predictions.

Commodity trading desk meteorologists using World Climate Service gain multiple benefits. They include:

1. Save time with efficient, intuitive access to a comprehensive suite of climate prediction tools, including forecast models and statistical and analog-based tools. The World Climate Service provides user-friendly access to a comprehensive set of online tools for climate forecasts as well as monthly subjective written seasonal climate forecasts prepared by our experts

2. Create your own forecasts from the interactive WCS analog database. Experienced meteorologists rely on both our subjective expert forecasts and the tools and information we provide. Using World Climate Service tools, meteorologists can diagnose the current state of the climate and prepare an original climate forecast

3. Stay ahead of the competition with unique WCS insight on seasonal climate drivers and risks. The World Climate Service team draws on many years of seasonal forecast experience and cutting-edge research and development, including NOAA-sponsored climate forecasting research. Our experience and insight is ingrained in the web-based interface, the monthly written report, and in the forecasts themselves. Every aspect of the product reflects our expertise in the rapidly advancing science of seasonal forecasting

Surveyor Data Logger

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The Surveyor data logger is a small, ultra low power, cost effective data logger with built-in 4G cellular modem. It is further provided with an internal temperature sensor, 8GB micro SD card and a 2FF SIM card slot.

The data logger is available with several power provisions a/o: 3.6 Volt Lithium battery, 8.28V DC-input or integrated solar panel with 3 x AA NiMH charger.

The data logger can acquire physical signals by 2 current loop inputs, 2 voltage inputs, 1 potentiometer input and 3 digital inputs. More or special inputs can be added by means of internal stackable option boards/converters. The data logger is provided with one serial port to capture measurements from ASCII, MODBUS, NMEA or SDI-12 compatible sensors.

External sensors can be powered by the data logger itself, to prevent them to consume power while the data logger is a sleep. Up to 8 mathematical channels are available to calculate meaningful engineering values derived from sensor input values (e.g. a polynomial to calculate a flow from a stream level).

Supports up to 8 aggregation channels (e.g. to record 2 or 10 minute windspeed averages sampled at 1Hz).

Logged data can be pushed to a central host by HTTP(S), FTP(S), e-mail, secure TCP or MQTT at configurable intervals and optionally by satellite as well (Iridium SBD).

The Surveyor is available with: 4G Global (LTE-M) with 2G fall-back or 4G Europe (LTE Cat 1) with 2G fall-back or 4G North-America (LTE Cat 1).

RFS Numerical Modelling

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Raymetrics hosts its own modeling system, namely the RFS (Raymetrics integrated Forecasting System), which uses proprietary algorithms to integrate all available data streams and numerical models and provide optimal estimates of the atmospheric state.

• Due to its modular nature RFS can be used in a great number of applications at various scales (synoptic to local) depending on customer needs
• Being an innovative tool in itself RFS can also be used to support scientific proposals and projects: Radiative impacts of natural/anthropogenic particles, air-sea interactions, health impacts, severe weather formation, climate change etc.. can all be studied using RFS
• RFS has been designed to be highly flexible and customizable, in order to meet all the demands of an ever-growing customer base
• Software developed in-house to visualize model outputs, depending on demands
• RFS outputs can be distributed in standardized formats (NetCDF, ascii, grib, grib2)
• The information can be integrated into any other weather forecasting software platforms

View brochure

CE376 - micro LIDAR

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The CE376 is the latest compact, eyesafe backscatter LiDAR, featuring outstanding performances for the automated continuous monitoring of aerosols.

It operates in the visible (green) and/or in the near infrared (NIR) with options for depolarization channels for enhanced aerosol characterization.

The rugged, fully integrated system operates without shutdown, any human attendance, authorization, nor maintenance. With its thermal enclosure, the LiDARcan withstand extreme environmental conditions.

The CE376 is particularly easy to install (indoor or outdoor), to transport and even to use onboard a vehicle or a plane.

It is therefore, the perfect solution to monitor industrial dust emissions, urban pollution, volcanic ashes, and all type of aerosol particles.

373 Dew Point Mirror

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The 373 has been a reference in humidity measurement for almost 20 years. Incremental development based on operational experience and customer feedback means that the 373 continues to meet and exceed the expectations of hundreds of users in some of the most challenging humidity applications.

Despite its high performance and specification, the 373 is easy to use and simple to maintain. The touch panel user interface is simple and intuitive to use and enables even inexperienced users to perform measurements successfully. Even early instruments remain serviceable thanks to the use of industry standard components and careful control of software build records.

A unique feature of the 373 is its dual mirror PRT configuration.  In standards laboratories, this means that the user can use an external resistance bridge to measure the mirror temperature independent of the 373 electronics so that measurement uncertainty can be reduced and long-term stability maintained in the event of changes to the 373 measurement electronics.

The latest 373 developments include improved materials of construction to further reduce sorption effects, higher pressure capability based on new measuring head designs, data acquisition software with automated humidity generator control, and multichannel thermometer data integration.

View datasheet

ZX 300M Offshore Wind Lidar

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The industry standard offshore Lidar, available on all commercial floating buoys and designed for any offshore platform.

ZX 300M at a glance:

• 10 to 200+ metre wind measurements from deck
• Specifically designed for the offshore environment with enhanced marinisation
• Extensive 3 year service period ensuring the lowest cost of ownership of any offshore Lidar available
• Installed and proven for use on all market-ready floating Lidar platforms
• Validated across multiple pre-commercial floating deployments and as mast replacements on fixed platforms
• ZX 300M is fully IEC Classified to IEC 61400-12-1: 2017.

ZX 300M features include:

• Our Continuous Wave laser measures the Line of Sight wind speed every 20 milliseconds to ‘freeze’ any motion encountered
• Multi-layered, highly insulated, plastic moulded Lidar housing, with additives to provide high UV stability and improved marine growth resistance
• Highest grade of marine connectors available for all peripheral items, 2000+hrs salt spray tested
• Custom stainless steel frame to allow for ease of handling and efficient securing to any platform surface
• Marine met station with improved yaw determination, for floating offshore platforms
• Stainless steel window wiper system with silicone wiper blade
• External cooling system / air movement fans upgraded to IP 68

Extensive field demonstrations have been performed on ZX 300M at the UK Remote Sensing Test Site, with analysis of deployments spanning several years over all seasons and weather conditions with results showing excellent performance and accuracy that is considered Stage 3, suitable for standalone wind energy assessments, by DNV GL. ZX 300M is fully IEC Classified to IEC 61400-12-1: 2017.

Download product specification 

UAV Antennas

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ARA offers a wide variety of antennas designed specifically for UAV applications, antennas to support airborne-to-satellite datalinks, and line-of-sight air to ground links.

This family of antennas includes omnidirectional, directional, linear, and circularly polarized configurations for fixed-wing or rotor-wing airframes. They are constructed to support the demanding environmental conditions and the ever-increasing frequency ranges and performance requirements.

Datalogger

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The CAEtech dataloggers of the Compact line are innovative units designed to acquire and store data, making them available and, at the same time, allowing implementation of complex calculation algorithms that regulate the activation of local or remote alarms when specific events occur.

In order to best perform these tasks a power hardware has been created with Linux embedded operating system (Kernel 4), ensuring high flexibility and a user friendly graphic interface, keeping consumption low.

The products of the Compact line are compact and scalable and ensure the maximum flexibility and modularity at hardware, software, installation and data management level. They are open customisable products that allow the users to develop their own applications with the most common coding languages such as Python, C, Shell Script, etc.
 

HD33M.2 GSM/GPRS Data Logger

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GSM/GPRS data loggers for weather stations with inputs for dedicated Delta OHM sensors and cup anemometer.

The HD33M.2 data logger has an integrated GSM/GPRS module. It has 5 inputs: easy to use for monitoring (and/or) temperature, humidity, solar radiation, rainfall quantity, wind speed and direction (with cup-anemometer). Optional atmospheric pressure can be integrated in the unit. The instrument can simply be integrated with any FTP or Cloud solution.

Data logger:

• Temperature, relative humidity, dew point, atmospheric pressure, solar radiation, rainfall quantity, wind speed and direction (cup-anemometer)
• GSM/GPRS module for the remote monitoring
• Local (PC/Server) database or FTP or HTTP server (Cloud)
• Free PC software for configuration
• Alarm notification via e-mail and SMS
• IP 67 waterproof housing
• Powered 7-30VDC or solar panel (optional power supply)
• Optional:
  - with display (HD33LM.2)
  - with atmospheric pressure (HD33M4b.2 or HD33LM4b.2)

Download datasheet

573 Dew Point Mirror

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The 573 Dew Point Mirror is a high performance 19″ rack format instrument that is very well suited to fixed industrial installations. The 573 is equipped with an integral measurement head, pressure sensor, sample pump and flow meter for continuous precision monitoring of frost/dew point and absolute humidity values across a wide range of applications.

The 573 is very similar in specification to the 973, but adds the capability to measure dew points above the ambient temperature thanks to versions with heated measuring heads and sampling tubes. A special option on the 573H and 573HX variants is an automated steam trap that provides user controlled draining of condensation collected during operation at dew points up to 95 ?C.

Features

• Integral frost/dew point measuring head
• Internal sample pump
• Optimal Response Injection System
• ForceFrostTM 
• Ice-Test user calibration verification
• User configurable sampling circuit
• Drop-in replacement for DP3, DP8 and DP30
• Dew points up to +95 ?C

View datasheet

HYDRIX® weather radar

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The HYDRIX® weather radar proposed by NOVIMET is a specialized radar for rainfall measurement. Associated to the ZPHI® software, it offers the same precision as 11000 rain gauges spread over a radius of 60 km.

HYDRIX® radar operates at X band and possesses the Doppler and polarimetric capability. At X band, an accurate antenna resolution is obtained with a moderate antenna size (1.5 m diameter). Thus wind resistance (to 180 km/h) of the positioner may be achieved without radome. The interest of operating without radome is two fold:

• When raining over the radome, a water film develops, that induces a severe insertion loss and biases the radar calibration. Hydrophobic painting on the radome is not a practical solution since it loses its property after six months of outside exposure. Operating without radome allows avoiding this major inconvenient
• The radome increases significantly the total mass of the system and increases infrastructure constraint and complexity of installation. The HYDRIX® antenna of the offset type has been specified for particularly low side lobes (<-30 dB), which reduces the ground clutter and improves the radar visibility in complex terrain

The latest generation of HYDRIX radar embeds the whole radar electronics in the pedestal, which is airtight and cooled by an air-conditioning unit. Thus, the radar is fully protected against outdoor aggression such as dust salted fog or insects.

Endurance C-Band System

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The solid-state of things to come

EEC is proud to introduce Endurance C, our fully solid-state C-Band radar product line. Endurance C systems provide for ultra-wideband performance and low life-cycle costs thanks to advanced solid-state power amplifiers operating in the widest C-Band frequency range available. For geographic areas with diverse and dynamic weather conditions, nothing offers greater return on your investment than the Endurance C.

EEC C-Band Radar - The Benchmark Standard Around The World

For most areas of the world, nothing offers a better value than the proven line-up of C-Band radar systems from EEC. Even in challenging environments, our C-Band systems provide powerful and accurate information. Perhaps most importantly, the specifications of our C-Band radars can be customized to meet a wide range of demands and uses.

ENDURANCE C

EEC’s solid-state Endurance C-Band radars are the most advanced weather radar systems in the world. Thanks to their perfect balance of power and effective range, these systems are the ideal choice for customers with a diverse set of weather detection demands. You can choose to equip them in either single or dual-polarity configurations.

With any EEC C-Band radar, our turn-key design, manufacturing, and installation processes allow us to configure your system to your exact specifications. Among the many options are single or dual-polarity transmitters and a variety of full-featured control and display systems. For a clean and true picture of mid to long range weather events, we will match your EEC C-Band system with the precise Doppler processing of our super-sensitive IQ2 signal processor and digital receiver. You can even choose the installation and radome that best fits your environmental needs.

RCM411 Road Condition Monitor

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RCM411 is an optical sensor based on spectral analysis. The firmware of the sensor measures the optical reflection signals and analyses the data to produce a road surface condition and friction report.
 
RCM411 reports the following road surface information:

• Surface condition
• Coefficient of friction
• Water layer thickness 

RCM411 sensor highlights:

• Easy and fast installation in any vehicle, from passenger vehicles to plough trucks, easily transferable to another vehicle
• Low purchasing cost and economic life cycle costs of the total measurement system
• The system is almost maintenance free: only cleaning of lenses may occasionally be needed
• Automatic software updates and remote control of parameters

View datasheet

X-band Weather Radar for Mining

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Enhanced forecasting possibilities for efficiency and safety

Weather Impact on Mining

The core of mining is to get value out of the ground. However, a threat for the mining industry comes from above. Severe weather like heavy precipitation, thunderstorms, and heavy winds can have a major impact on operation cycles and force temporary shutdowns of mining sites.

Thunderstorms with lightning and hail pose a risk for both human workers and working equipment. Strong winds can interrupt blasting operations. Heavy rain can disable access routes and close whole sites.

Not only open-cast mining but also open transport and embarkation of material from mining in general suffers from precipitation. It reduces maximum payload and thus shipping efficiency.

All in all, severe weather can have many negative impacts on mining, resulting in an unnecessary economic disadvantage.

Lack of radar data

The problem is, mines are often located in sparsely populated regions with lacking weather radar coverage. Forecasting is based on models which provide only a coarse spatial resolution of several kilometers and temporal resolution of several hours.

To reduce the negative impact of weather on mining, short-time forecasting is necessary and inevitably associated with the input data of a high resolution weather radar.

GAMIC X-band Radar fills the gap

While most weather services rely on S- and C-band weather radars due to their large coverage, the smaller and more cost-effective X-band radars have several advantages.

The GAMIC X-band weather radar systems GMWR offer high sensitivity and a high spatial resolution. This way they are able to detect even small but intense shower cells and provide highly reliable input data for nowcasting systems. Optionally, the dual polarization feature can provide additional information about hydrometeors, i.e. the kind of precipitation.

GMWR radar systems provide a compactness that allows flexible installation scenarios as well as transportable and even mobile radars, e.g. mounted on a trailer or truck. All these features make our GMWR radar systems the perfect basis for reliable and short-term weather forecasts to reduce downtime and increase safety of any mining site.

Industrial Flood Defence Doors

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At MMEngineering we understand the ever increasing need to protect entry points to critical assets from flooding. To provide passive flood defence solutions to industrial and utility buildings at risk of flooding, we have developed a range of fully-integrated flood doors. Our flood doors have the design capability to protect your entrance from a full head of water.  Depending on the strength of the surrounding civil works, we can defend your asset up to a height of 4.0 metres

All our product designs follow best-practice engineering principles and are covered by a full set of design calculations.  These are signed off by an independent structural engineer.  This gives our clients full confidence that our products are fit for their flood defence purpose.

We only source the highest quality materials from UK manufacturers.  This enables us to build strong supplier relationships and provide our customers with competitive rate products with remarkable quality.

A heavy-duty flood door leaf incorporates a closed cell EPDM seal. Our engineers modify the Surelock-McGill security locking shoot system, upgrading it to withstand greater design loads imposed by a head of water.

FROG-MURAN Weather Radar Software Suite

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FROG-MURAN is GAMIC’s complete weather radar software suite for single radars and radar networks. It comprises various tools for any weather radar related task – control and maintenance, product generation and scheduling, visualization, and much more.

Core applications

• FROG-RealTime Real-time radar maintenance, surveillance, and calibration tool
• RadarControl Scheduling of pre-/post-processing and product generation, data distribution, user configuration, and more
• COLIBRI Visualization and animation of radar products

Additional tools

• MOSAIC Radar network compositing
• 3DVIEW Interactive 3D data presentation
• Webview Browser-based product visualization
• IIDG Internet Image Data Generator
• Internet Server for data access via web-browser and PC
• GSF Radar-based storm tracking and nowcasting
• WWARN Weather decision aid system
• ASTERIX ATC console weather data generator (CAT008/009)
• Data Integration Lidar, AWOS, rain gauges, lightning

Compatible with any weather radar system

Designed to be fully independent of equipment, FROG-MURAN is compatible with all types of weather radars (X/C/S-band; magnetron, klystron, or solid-sate transmitters), with single or dual polarization, and including pulse compression options. No matter whether you are running a stand-alone radar or a multi-radar network, FROG-MURAN is the perfect software for you.

Features

• Radar observation and maintenance
• Multi radar network
• Meteorological and hydrological product generation
• Scheduling of tasks
• Visualization and export tools
• Easily extendable with flexible licensing concept
• Configurable user administration

Download datasheet

Radiosonde Windsond

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Lightweight and reusable radiosonde

Windsond is a miniature GPS radiosonde system by Sparv Embedded, whose focus on portability and low operating costs make its instruments perfect for frequent use in the field.

The Windsond radiosonde only needs a nine gram balloon and about 30 liters of helium for low altitude soundings, making it extremely portable. The standard Windsond system can track up to eight sondes per radio receiver.  An extension of Windsond which supports more than 30 radiosondes simultaneously has made headlines in the USA, and Sparv has now extended this further, supporting over 100 sondes in the air.

We also offer Windsond as a “reusable” option equipped with dual cut-down mechanisms, strobe light and loudspeaker to ease recovery of the sonde. The unique hardware features in combination with special software attributes makes recovery of sondes very possible. We have customers launching the same sonde over ten times. Recovery of sondes works best for soundings where the sonde is cut down from the balloon below four kilometers altitude. The maximum altitude for Windsond is about nine kilometers.

The radiosondes are easily managed on the ground using one of our radio receivers connected to a laptop installed with the Windsond software. Receivers can connect to the laptop via USB or Bluetooth.

All the above mentioned features, in combination with the user-friendly software makes Windsond highly appreciated by its users.

Windsond Summary:

• Uniquely small size
• Save precious helium and canister size
• Real-time wind, temperature and humidity profiles
• Measure multiple sondes simultaneously
• Predict and control landing location
• Reusable sondes for best economy
• Reliable sonde recovery even days later
• User-friendly ground station software
• Outputs over 10 data formats, including WRF and CSV

CE312 IR Radiometer

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The CE312 IR radiometer is the benchmark precision instrument for measurements of spectral luminance in 4 to 6 thermal InfraRed bands.

Thanks to differential measurement principle, it performs highly accurate radiation measurements. It is insensitive to environmental variations (temperature, radiations). The radiometer provides real time spectral luminances and brightness temperatures.

The CE312 is a portable field instrument particularly suitable for thermal ground or atmosphere campaigns in the field measurements and for continuous operation with robotized pointing within an observation network.

Eiffel-Type Wind Tunnels

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The Eiffel-type wind tunnel has no air recirculation. The blower is at the end of the tunnel in an outflow diffusor. In this procedure, the flow guidance happens by means of a smoothing chamber (with a rectifier and sieves) and a nozzle. This system is connected to a closed section of measurements. The closed section is indispensable as a consequence of the low pressure arising due the structure of the blower.

The main advantages of the Eiffel-type can be summarized as follows:

• Flow disturbances caused by the rotor do not pass anymore through the wind tunnel together with the flow
• Low costs
• Due to the fact that the air is absorbed from the environment, measurements are always made under the currently existing ambient temperature.

All wind tunnels are designed and manufactured by us in accordance with the requirements of the individual customer specifications.

Wave & Tidal Energy Network

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Wave & Tidal Energy Issue 31

METRANET 2 – Radar Data Processor

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The METRANET2 software package is a comprehensive and powerful Radar Data Processor (RDP) suite designed to equip new weather radar systems, or to retrofit existing ones. 

The open METRANET2 architecture offers the most demanding users fully programmable operations with easy integration of “User created Products”. 

The standard output formats guarantee full compatibility with other vendors’ systems and scientific communities.

METRANET 2 Key Features

• Data Processing complete configurability (pre-processing, product generation and post-processing), even using User created scripts and products
• Can be interfaced, by means of the ELDES radar single and control processor “PERSER-PC” to any existing weather Radar for retrofit purposes
• Real time system status monitoring for maintenance purposes and data quality assessment
• Support of single and multi-radar/multi-brand networks
• Wide variety of reflectivity, precipitation, wind velocity, hydrometeor classification, nowcasting and converting products
• Every user can customize the product display layout
• Possibility to create custom layers (overlay and underlay) in KLM/images formats
• Linux OS
• WEB based architecture allows the Radar management and monitoring from any standard PC equipped with a standard browser
• Data export in the most common graphic formats like JPG, PNG, GIF, TIFF, as well as in the more widely used standard encoding like Opera BUFR, HDF5, MDV, NEXRAD Level II
• Data import from foreign radar and composite with local ones
• Automatic data recovery in case of momentary loss of connection with the radar
• Off-line product generation and volume preview from archived data
• Polar volumes export for 3D viewer

Download technical sheet

MetPak Weather Station

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The MetPak Base Station is capable of monitoring barometric pressure, air temperature, humidity and dew point. The unit features an on-board high accuracy barometric pressure sensor and a Rotronic Hygroclip HC2-S3 temperature/humidity probe housed in a naturally aspirated radiation shield.

MetPak with Integrated WindSonic: this all-in-one variant of the MetPak features the same on-board sensors as the Base Station, with an integrated WindSonic ultrasonic wind sensor for high accuracy wind speed and direction measurement.

• MODBUS Output Available
• Wind Speed & Direction
• Barometric Pressure
• Air Temperature, Humidity, Dew Point
• Configurable

Webview Visualization Tool for Weather Radar Data

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Webview is the latest software application developed by GAMIC. This lightweight tool enables flexible and hardware independent display of weather radar data in any web browser – desktop or mobile. Webview provides data from single radar sites up to multi-radar networks and serves data in real-time or archive mode.

Flexible contemporary application

With GAMIC’s Webview, radar data and products can be displayed from everywhere. The only preconditions are an up-to-date web browser and network access. This enables various and flexible application scenarios, from in-office product monitoring to on-site data inspection and on-the-go weather checkup.

Vector map underlay

To allow a detailed geographical assignment of weather radar data, Webview includes an extensive vector map underlay, based on OpenStreetMaps. The level of detail is set dynamically depending on the current zoom level. Webview default is a clear and straightforward map style, which however can be adjusted or completely replaced by a user-defined style.

Webview components

The final visualization in a client’s web browser is the core feature of GAMIC’s Webview. However, its basis is the Webview host which serves radar products from a central database. This can be fed by the weather radar product generation from our software suite FROG-MURAN. Optionally, a local tile server can be set up to provide vector tiles for the underlay map which is thereby independent from internet access.

Download datasheet

Electronic Water Level Gauge

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The Augur electronic water level gauge deploys a stainless steel shell, sealed with high corrosion resistance material. It is suitable severe condition like under highly corrosive, low temperature environments.
 
Product Structure:

Data sensor collection module comprises a number of collection circuits. Every circuit has a collection chip with 8 electrodes arranged in standard distance to measure water levels. With advanced ARM chip as controller, the module will then check every electrode on each circuit to measure the water level. The module could be combined with RS485 communication, 4~20mA analog output, GPRS or other communication modules. It has high reliability and anti-interference ability to suit for all types of environment.

Product key features:

1. Industry standard compliance with patents
2. Low power consumption: max power ≤1.5W under wireless communication or 0.5W under wired communication, one full month operation in raining days with solar power panel and battery
3. Standard accuracy measurement: multi-section measurement with standard accuracy of 0.5/1cm in the entire measurement span
4. Easy maintenance: supports remote parameter setting, remote upgrade
5. Expandable measurement span: measurement span could be expanded with multiple section connected
6. Wide interface portability: adaptable to various main stream software under Modbus