WindObserver Ultrasonic Anemometer

Robust ultrasonic wind sensors for challenging environments. Precision wind measurement with stainless steel construction. Models for marine, aviation & hazardous areas.

Gill Instruments

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Description

WindObserver ultrasonic anemometers have a proven record of providing reliable data in critical applications. The product has been selected for use by commercial marine businesses and national navies across the world, as well as being deployed at a range of high volume international airports.

Key Features

  • High quality wind measurements up to 65m/s (234 km/h) for normal use
  • Models available up to 90m/s (324 km/h) for extreme conditions
  • Unheated and heated models to match application and available power
  • Robust stainless steel construction for challenging environments
  • Intrinsically safe models available (ATEX, IECEx & UKEX certification)
  • Comprehensive support includes software and technical advice

Typical Applications

  • Wind speed and direction observation
  • General purpose marine use (models with Lloyds Register Type Approval)
  • Dynamic positioning systems
  • Airport weather systems (FAA & CAA approved models)
  • Low temperature applications
  • Turbine control
  • Intrinsically safe applications including offshore rigs
Measurement
MeasurementPrecision 2-axis ultrasonic wind speed and direction
Wind speed range0–65 m/s (234 km/h) standard (WindObserver 65 / II); up to 0–70 m/s (252 km/h) (WindObserver 70); 0–75 m/s (270 km/h) (WindObserver 75 / IS); 0–90 m/s (324 km/h) (WindObserver 90)
Wind speed accuracy±2% @ 12 m/s (representative across range)
Wind direction range0–360° (no dead band)
Output frequencies1, 2, 4, 5, 8, 10 Hz with flexible averaging from 1–3600 seconds
Measurement unitsm/s, knots, MPH, KPH, ft/min
Output formatsUV, Polar, NMEA, Tunnel
Gust measurementAveraging and gusts to WMO guidelines
Measurement principleSolid-state ultrasonic, no moving parts
ModelsWindObserver II, 65, 70, 75, 90, RH, IS (Intrinsically Safe)
Error checkingSophisticated error checking and fault reporting; instrumentation status code transmitted alongside measurement outputs
Outputs
Output protocols (65/70/75/90/II)RS422 / RS485 full duplex / half duplex
Output protocols (IS)RS422 & RS232 from power supply and interface; RS422 from anemometer
Analogue outputsAvailable on WindObserver II (1 digital + 3 optional analogue outputs)
Power Requirements
Anemometer power9–30 V DC (~30–40 mA @ 12 V DC, anemometer only)
Heating power (WindObserver 65 / II)Anti-icing heating option available
Heating power (WindObserver 70 / 75 / 90)Anti-icing enhanced heating option — 7 A @ 24 V AC or DC (1 W/cm²); ~150 W of electrical heating in the anemometer head
Environmental
Operating temperature (unheated)-40°C to +70°C (typical)
Operating temperature (with heating)-55°C to +70°C
Protection ratingIP66 across all WindObserver models
ConstructionRobust stainless steel housing
Calibration (option)Traceable to national standards; available on all models except WindObserver IS
Certification & Compliance
Lloyds Register Type ApprovalAll WindObserver models
FAA & CAAWindObserver 70 accepted as part of a suitable AWOS (Automatic Weather Observing System) for observation and reporting of surface wind
China Classification Society (CCS)WindObserver II
IECExWindObserver IS (Certificate of Conformity SIR 13.0159 and SIR 15.0013)
ATEXWindObserver IS (Sira EU Type Examination Certificates 13ATEX 2384, 15ATEX 2014, 00ATEX 2218)
UKEXWindObserver IS (CSAE UK Type Examination Certificates 21UKEX2364, 21UKEX2363)
WMOAveraging and gusts to WMO guidelines
WindObserver IS exposed environment testingIP66, BS EN 60945

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