We are the exclusive distributor of rain gauges from the renowned manufacturer OTT Hydromet.
We supply measuring devices for cities, municipalities, universities and research institutes, national parks, and water administration units. We provide services ranging from the selection of device technology, through installation, to post-warranty service.
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Rain Gauge Pluvio2
OTT Pluvio2 is a rain gauge that uses advanced weighing technology to measure the amount and intensity of all types of precipitation.
The OTT Pluvio2 rain gauge is equipped with a precise weighing sensor. It features algorithms that compensate for disturbances caused by wind and temperature to provide the most accurate possible precipitation data.
Type: Weighing rain gauge
Tank size: Pluvio2 L – 35l, Pluvio2 S – 8l
Device measurement specifications:
- Range – 0-50mm/min (0-3000 mm/h)
- Accuracy – for total +/- 1mm or 1% of the measured value for intensity +/- 1 mm/min (+/- 6mm/h) or measured value
ADVANTAGES
- Measurement of total and intensity meets all requirements of WMO Directive 306 No. 8 (WMO – World Meteorological Organization)
- Resistant to disturbances from temperature changes and wind.
- Meets all requirements stated in WMO Standard 306 No. 8 (WMO – World Meteorological Organization)
- Precisely records even extreme precipitation with intensity up to 3,000 mm/h, exceeding WMO requirements (up to 2,000 mm/h)
- Accurate measurement of all types of precipitation (solid, liquid, and mixed) – no evaporation of precipitation from heated elements
- Factory calibration of the weighing sensor does not need to be repeated throughout the rain gauge’s lifetime
- Heating system of the rain gauge inlet prevents snow caps from forming, without causing precipitation evaporation
- Various communication interfaces allow easy integration of the rain gauge
- For specific locations or requirements, the smaller-sized S version can be used
APPLICATIONS
- Automatic meteorological measurement networks
- Urban hydrological-meteorological stations
- Agricultural weather observation networks
- Flood warning and hydrological modeling systems
- Scientific meteorological stations
Disdrometer Parsivel2
The OTT Parsivel2 disdrometer is a precise measuring instrument that uses a laser beam to measure precipitation. By measuring the diameter and fall speed of each particle, it provides information about the total, intensity, and type of precipitation.
Type: Optical (laser) disdrometer
Mounting: 2″ diameter base
Specifications:
- Measurement area 180 x 30 mm (54 cm2)
- Range – 0.001-1200 mm/h
- Accuracy
- for liquid precipitation +/- 5%
- for solid precipitation +/- 20%
ADVANTAGES
- Parsivel2 offers very high measurement resolution and identification of precipitation type.
- It is a maintenance-free device, providing an alternative to traditional rain gauges.
- It meets WMO (World Meteorological Organization) standards for precipitation measurement accuracy.
- Parsivel2 can function as a standalone sensor or as part of an autonomous measurement station.
APPLICATIONS
- Flood warning: Parsivel2 provides quick and accurate measurement of precipitation amount and intensity, which is crucial for flood warning systems.
- Landslide monitoring: The device calculates the kinetic energy of precipitation, which can help assess the impact of rainfall on soil erosion.
- Road condition monitoring: Parsivel2 provides data on precipitation intensity and visibility, important for systems monitoring road conditions.
- Precipitation measurement: The disdrometer measures precipitation intensity and calculates its volume and intensity based on particle size, identifying the type of precipitation.
- Weather classification (PWS – Present Weather Sensor): Parsivel2 classifies current weather and precipitation type according to international WMO standards, essential for automatic weather stations.
Rain Gauge WS100Luft
The Lufft WS100 rain gauge is a modern rain sensor utilizing radar technology and equipped with an automatic heating system. Thanks to the 24 GHz Doppler radar, it precisely measures the speed of falling water in all its forms, including rain, freezing rain, hail, snow, and sleet. Suitable for hard-to-reach locations, the device operates maintenance-free, eliminating the need for maintenance or calibration. Long life and high reliability are the result of using top-quality components.
Type: Radar rain gauge
Power supply: Mains or solar panel
Mounting: Installation on 2” diameter bases
Specifications:
- Accuracy of ±0.16 mm or ±10% of the measured value for liquid precipitation
- Measurement intensity range from 0.01 to 200 mm/h
ADVANTAGES
- Precise measurement: The sensor offers quick and accurate measurement of precipitation intensity and type from the very first drop.
- Maintenance-free operation: With no moving parts, the rain gauge operates maintenance-free, ensuring reliability over a long period.
- Energy efficiency: Utilizing ECO mode (0.4 VA) and integrated high-power heating, the sensor operates energy-efficiently in both summer and winter.
- Long lifespan: High-quality components translate into a very long lifespan and high reliability of the device.
- Quick response: The rain gauge allows for very fast measurement from the first drop, providing real-time information.
- Versatile applications: It is perfect for various sectors such as hydrology, agrometeorology, meteorology, building automation, aviation, and traffic control.
APPLICATIONS
- Hydro-meteorological stations: Flood warning, stormwater management, urban measurement networks.
- Agrometeorological stations: Precise monitoring of atmospheric conditions for agriculture needs.
- Weather observation for road and traffic control systems: Road weather information stations, supporting road safety, monitoring the intensity and type of atmospheric precipitation.
- Meteorological stations for government services: Measurement of atmospheric conditions related to precipitation.
- Mountain meteorological stations: Avalanche and flood warning in mountainous conditions.
- Building automation: Integration into building automation systems for monitoring atmospheric conditions.