
Cloudburst Weighing Precipitation Gauge
Model:pluvio2 L
Brand:fengtu
Cloudburst Weighing Precipitation Gauge complies with WMO 306 No.8 rainfall measurement standard
Cloudburst Weighing Precipitation Gauge uses high-precision electronic weighing principle to measure all types of precipitation, which can ensure long-term heavy precipitation measurement.
Not affected by external climate
gravimetric measurement
Can measure any solid/liquid and mixed precipitation
No mechanics and no maintenance issues of a tipping bucket rain gauge
Measures any type of rainfall
Capable of collecting data throughout the year
Simple and convenient installation, maintenance-free
Lifetime calibrated weighing system, no periodic calibration required
Especially suitable for heavy rain/snowfall measurements
Real-time rain intensity range up to 3000mm/h
It has its own heating device and a variety of heating methods to choose from. It can also work normally under extremely harsh conditions such as heavy snow and frost.
Comes with temperature and wind compensation
Operating temperature range is from -40– 60 degrees
Can be powered by solar energy and can be used for field measurements
Two specifications are used in humid and dry areas respectively.
USB interface for setting, simple and convenient
RS485, SDI12 and pulse output, flexible and versatile
Cloudburst Weighing Precipitation Gauge measuring principle
Pluvio2 uses a high-precision electronic weighing principle for precipitation measurement. High-precision weight sensor can measure rainfall intensity at the same time, and the internal electronic balance system
It can also measure the evaporation of rainwater with high accuracy. It can be equipped with an inverted siphon automatic drainage system and heating device, which is not affected by external weather changes. Low power consumption intelligent transmission
It can work normally when powered by solar energy or 12V battery.
In winter, antifreeze can be added to the rain barrel to measure snowfall. Snow falling in the rain barrel will melt directly without accumulation or freezing.
The instrument comes with wind compensation and precipitation detection functions, so it can be used normally in areas with strong winds. It also has a windshield accessory that can better adapt to areas with heavy winds and sand such as the northwest.
Cloudburst Weighing Precipitation Gauge application scope
General rainfall station
Areas prone to heavy rain
Snowfall monitoring technical indicators
conventional
Measurement method: weighing method
Measurement type: solid, liquid and mixed solid-liquid precipitation
Rainwater collection area: 200/400cm2
Capacity: 1500/750mm
Collection interval: 1~60mins
Measurement data
Real-time precipitation intensity (mm/h)
Real-time accumulated precipitation (mm), non-real-time accumulated precipitation (mm)*
Total accumulated precipitation (mm)*
Real-time sampling bucket capacity (mm), non-real-time sampling bucket capacity (mm)
Pressure sensing element temperature and heating status
Sampling bucket range and accuracy
Precipitation intensity: 0 to 3000mm/h
Real-time/non-real-time cumulative precipitation: 20…1800mm
Resolution: 0.01 mm, 0.01 mm/h
Accuracy: ± 0.1 mm or ±0.2%, whichever is greater
electric
Supply voltage: 12 to 28 VDC
Power: ≤ 110mW (non-heating state)
Ring heating options: 50/100W@24VDC
Dimensions: Height 677-752 mm/ Diameter 450mm
Weight: 16-16.6 kg (empty barrel)
Material: Shell stainless steel, aluminum, sampling barrel polyethylene
Heating mode: Unlimited continuous heating mode, reduction-based
Time-controlled heating mode for rain events, based on
Heating mode with temperature threshold, US based on time control
NWS standard heating mode
interface
USB interface: used to set up the instrument
Output interface: SDI-12, RS485, pulse output
environment
Operating temperature: -40 to +60℃
Storage temperature: -50 to +70℃
Relative humidity: 0 to 100% RH
Protection level: shell IP65-IP63; pressure unit IP68, salt spray proof
Article address:https://www.sqqx.net/en/Rain-And-Snow-Gauge/Cloudburst-Weighing-Precipitation-Gauge.html