Meteorological equipment for airfields.

We have developed and producing a comprehensive solution for airfield equipping with control systems for lighting equipment, as well as meteorological equipment, taking into account the requirements for these solutions, both ICAO regulatory documents and domestic rules.

Airfield meteorological mast The meteorological mast is designed to place meteorological equipment at predetermined heights. Wind speed and direction sensors should be located at a height of 10 meters. Temperature and humidity meters are located at a height of 1.5 meters. Advantages: - Easy installation with 2 people - Foldable design for service - Lightweight design - Availability of mounts for obstruction lights Characteristics: - Mast height - 10 meters - Mast material - aluminum - Base material - steel - Quantity of mast fastening cables - 3 pcs. - The weight of the mast assembly - up to 30 kg. Assembling instruction for meteorological mast 10m.

Aerodrome/heliport remote access control system.

The “heart” of the system is the NanoPi NEO microcomputer based on the Allwinner H3 processor (four Cortex-A7 1.2 GHz cores) with the Linux OpenWRT operating system. Through the Internet/intranet, the user gets the opportunity to access the control of the lighting equipment system, the data of the meteorological complex and the video image of the landing site. The system can have access to the Internet, as well as work in isolation as an internal intranet structure. Multiple users can access at the same time which makes the transfer of control between two employees, even located 1000 kilometers apart using an Internet connection, inseparable. All control actions of one employee are seen by another.

Sensors for wind speed and direction, temperature and humidity, geolocation and time. Wind sensors are designed to determine the surface wind parameters. Temperature and humidity sensors also allow you to calculate the dew point. The built-in GPS receiver in the temperature and humidity sensor is designed to automatically correct the time and obtain the real coordinates of the meteorological mast. Advantages: - Robust housings operating in a wide temperature range - Bearings with low rotational resistance - Digital interface RS-485 (ModBusRTU) Characteristics: - Wind direction 0-359 degrees - Wind direction in 1 degree increments - Wind speed 0-60 m/s - Wind speed measurement step 0.28 m/s - Temperature from -60С to +70С - Humidity from 0% to 100% - Time and position data receiver works with GPS, GLONASS, Galileo, BeiDou, QZSS and SBAS

Transfer of meteorological information to third-party sites and display it to Internet users.

A system built on the basis of Internet technologies, without the use of additional devices and software, can transmit current weather information landing site websites or any other meteorological services. The finished software will make the preparation of the output of this information on custom monitors is not a difficult task. The amount of data transferred per day is about 10 kilobytes.

Meteorological information for the airfield Meteorological information is transmitted to the selected site once every 10 minutes and is supplied with the date and time in UTC. Advantages: - Easy installation of ready-made software on the server - Minimum system requirements - Small size of software - Availability of updates from the manufacturer - No need to install any software at the client side - WEB technologies available to users from any mobile and stationary device Display: - Temperature - Humidity - Dew points - Prassure QNH & QFE - Wind speed and direction - Wind gust - Wind angle to runway - Crosswind component to the runway WEATHER AT KUDINOVO WEATHER STATION

Saving archives of meteorological information on the server.

The server automatically saves the received meteorological information in the file system. All meteorological information is stored in daily files and has identifiers that allow you to determine whether they belong to a weather station and when the data was received. Additional software allows you to view archives of meteorological information in a graphical form.




Viewing the archive of meteorological data in the form of graphs.

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