BSA - Biaxial and multiparametric sonic anemometer

  • Anemometro sonico applicazione
  • Anemometro sonico applicazione

 

Main applications

  • Portable Weather stations;
  • Mobile laboratory for environmental monitoring;
  • Marine buoys
  • Highways, tunnels, undergrounds and runways
  • Renewable energies
  • Building automation

       

More information

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Description

MAIN FEATURES 

BSA Sensors are sonic static biaxial anemometers for the measure of the following parameters:

  • Wind speed and direction, U-V Cartesian components of wind speed (Basic  version);
  • Air temperature and humidity (option “T”);
  • Global solar radiation (option “S”) or Rainfall (option "P");
  • Atmospheric pressure (option “B”)
  • Heater (option “R”)

All models are provided of compass that allow to install the anemometer in any mobile application without the need to orient the wind direction element. BSA are available with RS232, RS485 and SDI12 serial ports with NMEA, MODBUS-RTU and SDI-12 communication protocols. All versions have two analog outputs, for wind speed and direction measures, configurable in factory from 4...20mA (standard), 0...1Vdc, 0...5Vdc, 0...10Vdc (to specify at the order). Optionally, you can calibrate the sensor with reference to Ilac-MRA (ACCREDIA) laboratory.

 

ADVANTAGES

  • The absence of moving parts minimizes the maintenance of the instrument;
  • High sensitivity for very low speed detection, not detectable by traditional methods;
  • Low power consumption of the instrument allows installation on remote sites, with power from photovoltaic panel and buffer battery;
  • The heating option "R" prevents snow accumulation and ice formation, allowing accurate measurements in all environmental conditions;
  • Fast and easy installation (pole mounting diameter 40mm), integrated alignment facilitated alignment;
  • The available measurement options combine in a single, compact and lightweight instrument, the principal magnitudes of interest in weather stations;
  • The MODBUS-RTU output allows the creation of instrument networks.