Gill Instruments sponsor the Second Amateur Meteorologists’ Conference

Gill Instruments are pleased to be supporting the Second Amateur Meteorologists’ Conference organised by the Royal Meteorological Society. The conference will be held at the University of Reading on the 13th to the 15th September 2013 and is open to meteorology enthusiasts across Europe. Supported by National Meteorology Societies, the weekend event aims to promote measurement and data collection techniques of global weather. The conference will combine a programme lead by keynote speakers from amateur to professional meteorologist and an exhibition from reputable organisations. Organised to explore the impact of weather on our daily lives, the conference provides the perfect environment to share, observe and discuss your passions with others. Gill Instruments will be demonstrating the WindSonic ultrasonic anemometer range and the MetPak range of multi-sensor Weather stations in the main exhibition hall. Our range of meteorological instruments feature solid-state technology to measure a range of weather parameters and are proven in a number of harsh environment applications. With the largest range of wind speed and direction sensors currently on the market, our display will be a must see for all weather monitoring enthusiasts. Visitors to the stand will also get a first glimpse of our newest meteorological products due to launch shortly, along with our biggest product launch to-date. If you would like to talk to us about any of our products please come and see us at the conference or contact us to arrange a meeting.

Gill Instruments launch MetPak PricePak Promotion

For a limited time only, Gill Instruments will be offering an exclusive price promotion on MetPak multi-sensor weather stations with remote wind sensor configurations.

Customers can now buy complete multi-sensor weather station and remote wind sensor packages from an end user price of only £1435.00.

The MetPak offer will allow customers to buy MetPak or MetPak Pro base station units with an ultrasonic wind speed and direction sensor from a selection of Gill’s range at a fantastic discount.

Offering unmatched reliability, MetPak compact weather stations provide exceptional quality data suited to exact weather measurement requirements.

The MetPak base station and wind sensor options provide precision meteorological data including air temperature, humidity, barometric pressure, dew point and wind speed and direction, with MetPak Pro offering additional precipitation measurement, PRT input and a further two analogue inputs to connect a vast array of third party sensors. Both solid-state sensors feature Gill’s latest technology to deliver customers with a comprehensive weather monitoring system to achieve high quality weather measurement in almost any application.

Each of the base stations included in the package can be integrated with a 2-axis or 3-axis wind sensor offering a variety of functionalities such as wind speed measurement up to 75 m/s, 3 –axis data outputs and optional heating capabilities. Gill’s selection of sensors are suitable for use in extreme operating environments where easy installation, minimal maintenance and highly accurate data collection is critical.

Gill Instruments to debut at All Energy 2013

Gill Instruments are pleased to announce their involvement at the All Energy Conference 2013 on 22nd & 23rd May 2013 in Aberdeen – Europe’s most influential and innovative Energy City.

As the largest renewable energy conference in the UK, the All Energy conference is a key event within the sustainable energy market. Now in its 13th year, the annual conference brings together the latest renewable energy technologies with a first-rate conference schedule, providing an exclusive platform for industry professionals to explore new business prospects.

Gill Instruments will be exhibiting for the first time at this year’s event on stand C79 in the main hall. As leaders in the field of ultrasonic wind measurement, Gill will be showcasing a variety of meteorological instruments including the largest range of ultrasonic anemometers on the market to date.

The instruments display will contain the newly revived MetPak Weather Station range, along with the recently launched MetPak RG – a professional multi-sensor base station offering an additional input for an aerodynamic tipping bucket rain gauge. Visitors to the stand will also be able to view the new MetPak demonstration video which highlights the full capabilities of the weather station range.

Gill 2-axis and 3-axis ultrasonic wind speed and direction sensors will also be on display, including the popular WindSonic and WindObserver ranges. The entire anemometer range has been specifically designed to provide precision wind speed and direction measurement in extreme operating conditions.

To receive more information on our meteorological products visit stand C79 during the show or contact our sales team.

Gill Instruments to Exhibit at AMS Annual Meeting 2013

Gill Instruments will be attending the 93rd AMS Annual Meeting on 6th-10th January 2013 in Austin, Texas,  which will focus around the theme ‘Taking Predictions to the Next Level: Expanding Beyond Today’s Weather, Water, and Climate Forecasting and Projections’. The AMS meeting held by the American Meteorological Society combines a programme packed with conferences, workshops and exhibitors from leading meteorology professionals. Created to promote the advancements in atmospheric science and its professional applications, the annual meeting offers the perfect opportunity to discuss and share developments with industry organisation and enthusiasts. Gill Instruments will be exhibiting on booth #913 in the main hall, showcasing the latest 2 axis WindSonic and WindObserver anemometer ranges.  The Ultrasonic WindSonic and WindSonic M wind speed and direction sensors feature an optional heating system and solid-state technology to provide accurate wind speed (0-60m/s) and direction (0-359°) data. The WindObserver range, including the WindObserver70 and WindObserver75 offer advanced ultrasonic technology and 150 watts of electrical heating power allowing operation in temperatures down to -55°C (-67°F). The WindObserver65, launched in October this year, is the newest member of the WindObserver range and is capable of providing wind speed (up to 65m/s) and directional (0-359°) data via 1 digital and optional analogue outputs. All the sensors within the range are environmentally protected to IP66 and offer multiple base, pipe and thread mount options. In addition to the anemometer display the MetPak weather station range will also be presented alongside the Gill rain gauge. If you would like to learn more about our products visit booth #913 or contact us to arrange a meeting at the show.

Advanced Sensor Network developed for Heathrow Airport incorporates Gill WindSonic Sensors

The WindSonic ultrasonic wind speed and direction sensor from Gill Instruments Ltd has been integrated into a low-cost air quality monitoring system currently deployed around London’s Heathrow Airport. The new project, led by the University of Cambridge with a range of partners including the Universities of Hertfordshire and Manchester, Imperial College, NPL and CERC and funded by NERC, has involved the development and deployment of a large-scale sensor network to understand and develop sophisticated computer models for air quality in the vicinity of the airport and accomplish the complex task of modelling air pollution within busy urban areas. Each of the 50 sensor nodes within the system monitors a range of air quality metrics using field based sensors. The project aims to create advanced large scale sensor networks incorporating the same technical capabilities as larger traditional systems, achieving a greater level of precision in modelling air quality. The Gill WindSonic provides critical real-time information regarding wind speed and direction, and is mounted to the top of each node. Other components measure temperature, humidity, levels of gases such as NO, NO2, CO, CO2, SO2, O3, VOCs and particle sizes of emissions. Built-in GPS positioning and GPRS communication electronics facilitate real-time data transfer. A critical requirement for the wind sensor was the ability to provide accurate wind direction measurement to identify source attribution, pinpointing the pollution hotspots around the airport. The sensor also needed to be strong enough to withstand the rapidly changing environmental conditions experienced year-round at the airport. WindSonic is well suited to the changing environmental extremes experienced at the airport. With no moving parts and a corrosion-free polycarbonate construction, the sensors provide reliable operation in harsh and changeable operating conditions without the requirement for frequent on-site maintenance. The sensor will monitor wind speeds up to 60m/s (134mph) and is suitable for operation in temperatures from -35ºC to +70ºC. Importantly, WindSonic is lightweight enough to be mounted to existing structures around the airport and is a viable alternative to typically less-reliable mechanical cup and vane or propeller based systems. “The WindSonic was chosen due to its robustness, low maintenance with no moving parts and its proven high quality performance” explained Professor Rod Jones of The University of Cambridge, who leads the project. “In addition, Gill Instruments are highly regarded with a reputation for manufacturing high quality, robust wind measurement devices.” The installation of the sensor nodes at Heathrow airport is underway, with initial sensor data measurements now being transmitted. The entire system is planned to be fully operational by the end of 2012. The Heathrow project represents a new paradigm for making environmental science observations, as the high density of sensors enables a level of precision in air quality modelling that has not previously been possible. It is anticipated that the outcomes of this project will have impact not only in terms of atmospheric science and the way the environment is measured but also more broadly potential legislative implications for maintaining urban air quality standards and its impact on health related issues.