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ULTRASONIC ANEMOMETER 2D IMPROVED / THIES CLIMA 4.3821.01.000 ; GP189308 | Gamesa 4.3821.01.000

Used in Gamesa turbines

Installed in G87 turbines

Gamesa PN: 4.3821.01.000
Price on request
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ULTRASONIC ANEMOMETER 2D IMPROVED / THIES CLIMA 4.3821.01.000 ; GP189308
ULTRASONIC ANEMOMETER 2D IMPROVED / THIES CLIMA 4.3821.01.000 ; GP189308
ULTRASONIC ANEMOMETER 2D IMPROVED / THIES CLIMA 4.3821.01.000 ; GP189308

Details

Expected lead time: 24 hour
Quantity available: 25 pcs
Product group: Wind Sensors
Wind turbine brand: Gamesa
Wind turbine type: G87
Condition: New
Warranty: Yes
Exchange: Yes
Additional information:

DISCOUNTED PRICE IS OFFERED FOR MIN. 2 UNITS ORDER!

ONE YEAR FULL WARRANTY!

Adolf Thies GmbH  ( THIES Clima )

Ultrasonic anemometers allow the measurement of quickly changing wind parameters thanks to their acoustic measuring principle. Gust- and peak-values are acquired inertia-free with the highest precision.

Applications: Wind power plant, Meteorology, Climate measuring network, Research, Development

The ultrasonic measurement principle allows, compared to the classic anemometers, an inertia-free measurement of running variable dimensions with highest precision and accuracy. It is especially suitable for the measurement of gust- and peak values. The measurement values can be transmitted digitally and/or in analogue form. The serial or analogue output of the data is carried out alternatively as instantaneous value or with selectable time frame. If necessary, the sensor arms are automatically heated in case of critical ambient emperatures. The possibility of malfunction, caused by icing, is minimized. Model no. 4.3820.3x.xxx, thanks to the additionally installed ultrasonic converter heating, is suitable even for the more difficult use in locations where frequently icing is to be expected.

More than 35 different measurement values are available, for ex.:

Orthogonal wind velocity

vectors (X- and Y-distance)

Scalar wind velocity

Wind direction

Acoustic-virtual temperature

Acoustic-virtual temperature of the orthogonal measurement distances (X- and Y-distance)

Standard deviation of the vectorial wind velocity

(X and Y-distance)

Standard deviation of the scalar wind velocity

Standard deviation

of the wind direction

Standard deviation of the acoustic-virtual temperature

Wind velocity of the gust acc. to WMO

Wind direction of the gust acc. to WMO

The instrument is especially suitable for the use in the fields of

Meteorology

Climatology

Regenerative energy, wind energy plant

Traffic engineering, aviation and navigation

Pollutant dispersal

Wind alarm devices, building construction and building safety

Indoor flow measurement and in alpine field of application