We use cookies to provide you with a top-notch browsing experience. You can find more information about cookies here. By selecting "Accept Cookies" you accept their placement.

Learn more

DWS-D-DAC13, DWS-D-DGC13
Wind direction sensors. Carlo Gavazzi

Besides checking the wind speed in wind turbines, photovoltaic power plants etc. another important factor is the wind direction
Product Inquiry

Product Inquiry

Wind direction sensors. Carlo Gavazzi

    DETAILED DESCRIPTION

    DWS-D-DAC13

    The relative wind direction sensor DWS-D-DAC13 designed primarily for wind turbine applications and for mobile trackers applications in photovoltaic systems.
    This wind vane monitoring the wind changes by 90° and is manufactured with the same protection method used in anemometers of DWS-V… series. So the DWS-D-DAC13 has the ability to operate under all weather conditions, even in freezing conditions because there is an integrated heating system that prevents locking case.

    • Wind direction: 0° - 90°, 90° - 180°, 180° - 270°, 270° - 360°
    • Supply voltage:  12 - 24 VDC
    • Supply voltage for heating system:  12 - 24 V AC/DC (separate supply)
    • Ambient humidity: 0 - 100% RH
    • Operating temperature:  -20 to 60°C

     

    DWS-D-DGC13

    The absolute wind direction sensor DWS-D-DGC13 designed primarily for wind turbine applications and for mobile trackers applications in photovoltaic systems.
    This wind vane monitoring the wind changes by 22,5° and is manufactured with the same protection method used in anemometers of DWS-V… series. So the DWS-D-DAC13 has the ability to operate under all weather conditions, even in freezing conditions because there is an integrated heating system that prevents locking case.

    • Wind direction: 0° - 360° (16 x 22,5°)
    • Supply voltage: 20 - 28 VDC
    • Supply voltage for heating system: 12 - 24 V AC/DC (separate supply)
    • Ambient humidity: 0 - 100% RH
    • Operating temperature:  -20 to 50°C

    PHOTOS AND VIDEOS