The WindSonic solid-state ultrasonic technology provides many advantages over conventional cup anemometers and vane sensors. Having no moving parts that can jam, break or wear out makes it the sensor of choice for harsh weather conditions and remote locations when you need to know you can just fit and leave without fear of failure or damage that occurs with traditional cup and vane sensors.

WindSonic sensors come in four variants and are suitable for a wide range of wind monitoring applications, including marine & offshore (ships, data buoys) and land based installations. With a corrosion free polycarbonate construction and no moving parts, this ultrasonic wind sensor eliminates the need for expensive on-site maintenance, particularly in remote locations where access is difficult.

WindSonic 60 sensor options depending on output requirements:

• WindSonic Option 1: Transmits using RS232 standard communication. Compatible with RPR’s SpaceLogger data loggers and the WeatherFile Communication Unit (WCU) for distances less than 20 metres and when the electrical environment is benign.

• WindSonic Option 2: Transmits using RS422/RS485/NMEA communication standards. Compatible with RPR’s SpaceLogger data loggers and the WeatherFile Communication Unit (WCU) for distances over 20 metres. For use where there may be heavy duty electrical equipment in operation in the vicinity.

• WindSonic Option 3: Transmits using RS232 or RS422/RS485/NMEA and analogue outputs, used when an analogue output is specifically required. Note if used with our WS-15A display output must be set to RS422/485. Analogue output type may be selected from 0-5V, 0-20mA or 4-20mA.

• WindSonic Option 4: SDI-12 output only.

Configuring the WindSonic Sensor:

WindSonic sensors can be configured using the free software provided to select the output rate and units of measurement that suit the application. WindSonic automatically transmits an anemometer status code with each output to indicate its operating status. This ensures accuracy and reliability.

To change the setting of a WindSonic sensor from the default factory settings, it is possible to communicate with the sensor direct from a PC using HyperTerminal (or similar terminal emulation package). Use the WindSonic/GMX D9 Serial Config Cable or the WindSonic/GMX USB Config Cable for easy connection to a PC and power supply.

Applications

• Remote wind monitoring stations
• Road & rail tunnels
• Building controls
• Environmental field sites
• Data buoys
• Ports & harbours
• Marine vessels
• UAV’s
• Mobile weather monitoring vehicles
• Small airports & helipads
• Coastal weather monitoring stations
• Yacht clubs
• Golf courses
• Tower crane operation
• Health and safety
• Educational
• Wind turbine, renewable energy

Features

• Wind speed & direction sensor
• Compatible with SpaceLogger data loggers
• WeatherFile cloud solution ready
• Units of measure: m/s (default), knots, km/h, mph, ft/min, degrees
• Excellent accuracy: Speed ±2% @12m/s, Direction ±3° @12m/s
• Wide wind speed range: 0 to 60 m/s (116knots, 134 mph)
• True 0-360° operation with no dead band
• Wide operational temperature range: -35°C to +70°C
• Low start up speed (0.01 m/s)
• Fast start-up
• Lightweight
• Low power consumption
• No moving parts
• IP66 rated, robust, high strength construction
• Solid-state, no need for on-site calibration or maintenance
• Corrosion free exterior
• 4 sensor options depending on output
• 24 months warranty
• NMEA output

Specification

The manufacturer reserves the right to amend the specification and therefore the information in this document may be subject to change

Documentation

Data Sheets

• WCU
• WindSonic Data Sheet
  
• Wind System Mounting Mast Data Sheet
• WindSonic RS232 Configuration Cable Data Sheet

User Manual

• WCU
• WindSonic Manual
• Gill Windsonic WS1 USB Config Cable
• Gill Windsonic WS3 & MaxiMet USB Config Cable

Brochures

• WeatherFile
• Gill Anemometer