What are Automatic weather station components?

Automatic weather station components: Typical AWS have the following components: Anemometer for measuring Wind Speed.Wind Vane for measuring Wind direction.Pyranometer for measuring solar radiation.Barometer for measuring atmospheric pressure.Hygrometer for measuring humidity.Rain gauge for measuring liquid precipitation.Evaporation Sensor for measuring evaporation.

WS310-UMB Smart Weather Sensor

Q: What is weather monitoring station?

Weather monitor station: Weather monitoring station is a facility with instruments and equipment for measuring atmospheric conditions to provide information for weather forecasts and to study the weather and climate. It is available with Solar Panel and Mounting Accessories.

Q: What is weather monitor system?

Weather monitor system: Collecting weather data like Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure, with the help of data logger. A weather monitoring system consists following component. Weather sensors (Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure)Solar PanelData loggerTelemetry systemData monitoring software.

Q: What is weather monitor?

Weather monitors: The periodic or continuous surveillance or analysis of the state of the atmosphere and climate, including variables such as temperature, moisture, wind velocity and barometric pressure is called weather monitoring.

Q: What is weather detector?

Weather detector: Weather detectors are also called weather sensor as per their name they detect changes in weather parameters.

Q: What is weather sensor?

Weather sensor: Weather sensors are sensor used to detect meteorological parameters data such as- Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure.

Q: What is cast of Automatic weather station.

Automatic weather station cost: AWS cost varies according to number of parameters and features, you can contact us to get best quote.

Q: What is Automatic weather station?

Automatic weather station (AWS) is automated version of conventional weather sensor. Which helps in monitoring all type of weather parameter like Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure.

Make: Lufft Model: WS310 UMB

✅ Compact all-in-one weather sensor, low power, heater, aspirated radiation shield, maintenance-free operation, open communication protocol.

✅ Measurand : Temperature, Relative humidity, Air pressure, Solar radiation.

✅ Sensor Type : Compact weather station

✅ Signal Output : RS485 with supported protocols UMB-Binary, UMB-ASCII, Modbus-RTU, Modbus-ASCII, XDR and SDI-12.

✅ Supplied With : 10 Meter standerd cable, Factory test/ Calibration certificate

✅ Article number : 8374.U13

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Category: Compact Weather Sensor

WS310-UMB Smart Weather Sensor:

From the WS product family of professional intelligent measurement transducers with digital interfaces for environmental applications. integrated design with ventilated radiation protection for measuring: Air temperature, Relative humidity, Air pressure, and Radiation. It is possible to connect one external temperature or rain sensor.

Air Temperature and Humidity: Temperature is measured by way of a highly accurate NTC resistor, while humidity is measured using a capacitive humidity sensor. In order to keep the effects of external influences (e.g., solar radiation) as low as possible, these sensors are located in a ventilated housing with radiation protection. In contrast to conventional, non-ventilated sensors, this allows significantly more accurate measurement during high radiation conditions. Air temperature values with reduced accuracy are available as service channels for additional information. Additional variables such as dewpoint, absolute humidity, and mixing ratio are calculated from air temperature and relative humidity, taking account of air pressure.

Air Pressure: Absolute air pressure is measured by way of a built-in sensor (MEMS). The relative air pressure referenced to sea level is calculated using the barometric formula with the aid of the local altitude, which is user-configurable on the equipment.

Global Radiation: Global radiation is measured by a pyranometer mounted on the top cover of the Smart Weather Sensor.

Application And features of WS310-UMB Smart Weather Sensor:

Application	Features
✅ PV-Monitoring / Solar Monitoring on photovoltaic farms ✅ Hydro-meteorological stations ✅ Meteorological reference stations ✅ Integration into various other systems and solutions where these measurement parameters are needed.	✅ All-in-one housing design for a compact weather sensor that combines multiple measurement parameters in a single housing with only one cable connection. ✅ The first and only compact weather sensor with an integrated Kipp & Zonen CMP10 pyranometer and secondary quality standards. ✅ Built-in data pre-processing, universal interfaces, and selectable output protocols. ✅ Compatible with many commercially available Met/HydroMet dataloggers and PLS systems thanks to an open communication protocol. ✅ Maintenance-free operation—no moving parts that can wear out. ✅ Suitable for all climate zones and also for solar-powered automatic meteorological stations. ✅ WMO-recommended ventilation temperature and humidity measurement. ✅ Integrated heater that can be switched on if there is danger of frost.

Application

Features

✅ PV-Monitoring / Solar Monitoring on photovoltaic farms
✅ Hydro-meteorological stations
✅ Meteorological reference stations
✅ Integration into various other systems and solutions where these measurement parameters are needed.

✅ All-in-one housing design for a compact weather sensor that combines multiple measurement parameters in a single housing with only one cable connection.
✅ The first and only compact weather sensor with an integrated Kipp & Zonen CMP10 pyranometer and secondary quality standards.
✅ Built-in data pre-processing, universal interfaces, and selectable output protocols.
✅ Compatible with many commercially available Met/HydroMet dataloggers and PLS systems thanks to an open communication protocol.
✅ Maintenance-free operation—no moving parts that can wear out.
✅ Suitable for all climate zones and also for solar-powered automatic meteorological stations.
✅ WMO-recommended ventilation temperature and humidity measurement.
✅ Integrated heater that can be switched on if there is danger of frost.

Make	Lufft
Model	WS310-UMB
Dimension	Ø approx. 150 mm, height approx. 332 mm
Weight (Mass)	Approx. 1.5 kg
Interface	RS485, 2-wire, half-duplex
Power Supply	11 …. 32 VDC, 5…11 VDC (electronics with limited precision of measurements), 24 VDC +/- 10% (heater).
Power Consumption	40 VA (heater)
Operating Environment	Operating Temperature: -50…60°C (with heater), Operating Rel. Humidity: 0…100% RH
Cable Length	10m
Protection Level	IP66
Mast diameter	60 – 76 mm
Solar Radiation	Response time : < 5 s Zero offset A : < 7 W/m² Zero offset B : < 2 W/m² Directional error (at 1000 W/m²) : < 0.2 % Temperature dependence of sensitivity : < 1 % (-10 ºC…40 ºC) Spectral range : 285 to 2,800 nm Measuring range : 4000 W/m²
Air Temperature	Principle : NTC Measuring range : -40 … 80 °C Unit : °C Accuracy : ±0.2 °C (-20…50 °C), otherwise ±0.5 °C (>-30 °C)
Relative Humidity	Principle : Capacitive Measuring range : 0 … 100 % RH Unit : % RH Accuracy : ±2 % RH
Air Pressure	Principle : MEMS capacitive Measuring range : 300 … 1200 hPa Unit : hPa Accuracy : ±0.5 hPa (0…40 °C)

Weather monitor station: Weather monitoring station is a facility with instruments and equipment for measuring atmospheric conditions to provide information for weather forecasts and to study the weather and climate. It is available with Solar Panel and Mounting Accessories.

Weather monitor system: Collecting weather data like Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure, with the help of data logger.

A weather monitoring system consists following component.

Weather sensors (Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure)
Solar Panel
Data logger
Telemetry system
Data monitoring software.

Weather monitors: The periodic or continuous surveillance or analysis of the state of the atmosphere and climate, including variables such as temperature, moisture, wind velocity and barometric pressure is called weather monitoring.

Weather detector: Weather detectors are also called weather sensor as per their name they detect changes in weather parameters.

Weather sensor: Weather sensors are sensor used to detect meteorological parameters data such as- Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure.

Automatic weather station cost: AWS cost varies according to number of parameters and features, you can contact us to get best quote.

Automatic weather station components: Typical AWS have the following components:

Anemometer for measuring Wind Speed.
Wind Vane for measuring Wind direction.
Pyranometer for measuring solar radiation.
Barometer for measuring atmospheric pressure.
Hygrometer for measuring humidity.
Rain gauge for measuring liquid precipitation.
Evaporation Sensor for measuring evaporation.

Automatic weather station (AWS) is automated version of conventional weather sensor. Which helps in monitoring all type of weather parameter like Wind Speed, Wind Direction, Precipitation, Air temperature, Relative humidity, Brightness, Twilight, Solar radiation, Barometric pressure.

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