ES-W303F Aluminum Alloy Ultrasonic Anemometer

ES-W303F Aluminum Alloy Ultrasonic Anemometer is a measuring instrument that uses the time difference of ultrasonic wave propagation in the air to measure the wind speed and direction. Compared with the traditional mechanical anemometer, it has the characteristics of small wear, long service life and fast response. It can be widely used in urban environmental monitoring, wind power generation, meteorological monitoring, bridges and tunnels, navigation ships, aviation airports and other fields. No maintenance and field calibration required.

ES-W303F Aluminum Alloy Ultrasonic Anemometer is a measuring instrument that uses the time difference of ultrasonic wave propagation in the air to measure the wind speed and direction. Compared with the traditional mechanical anemometer, it has the characteristics of small wear, long service life and fast response. It can be widely used in urban environmental monitoring, wind power generation, meteorological monitoring, bridges and tunnels, navigation ships, aviation airports and other fields. No maintenance and field calibration required.

Wind speed

Range

0 - 60m/s (customizable 0 - 75m/s )

Accuracy

±2%

Resolution

0.01m/s

Unit

m/s,km/h,knots,mph,ft/min (selectable)

Wing direction

Measure Range

0-359°

intersection angle with geographic north

0-359°

Accuracy

±3°

Resolution

Rain sensor

Principle

24G radar

Measure Range

0-200mm/hour

Resolution

0.1mm

Measurement type

Rain/Snow/Hail

Digital output

Interface

RS232/RS485

Baud rate

9600(default),1200-19200(configurable)

Frequency

Standard: 1Hz, Customized:4Hz

Protocol

ModBus-RTU/NMEA 0183

Protection grade

IP65 (with the cable connected), IP67/68 customized

Operating Temp./Humidity

-40℃ ~+70℃, 0 - 100%

Power supply

DC 12~24V DC

Size/Weight

Φ140×183mm / 0.78kg

Body material

ABS engineering plastic

Air pressure*

Capacitive MEMS sensors/Range: 150 - 1100hPa  /Resolutions: 0.1hPa/ accuracy: ±1 hPa

Longitude and latitude*

Positioning global longitude and latitude coordinates

Height*

The average sea level at which the instrument is located

Movement speed*

Instrument movement speed, in knots or meters per hour

Moving heading angle*

The angle between the instrument's moving direction and the North Pole of the Earth, clockwise, with a maximum of 359.9 degrees

Documents

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