Weather Sensors | |
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AWS | (Automated
Weather Station) OSi Automated Weather stations are based on the
OWI-430 DSP-WIVIS (AC Powered) or OWI-650 LP-WIVIS (Battery or Solar Powered).
Because the OWI has extra IO capability other meteorological sensors are
easily added. Our Weather experts will work with you to select
sensors and design a weather station which exactly fits your
requirements. Nobody does it better. OSi professional
Automated Weather Stations are versatile and cost effective. |
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OWI-430 | (WIVIS Digital Signal Processing) measures visibility, detects and quantifies rain, snow, drizzle, freezing and mixed precipitation conditions. The sensor is designed for year-round continuous operation in all climates. These sensors provide critical information to airport, highway, military, research and meteorological information systems all over the world. |
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OWI-650 | (WIVIS
Low Power) smaller lower power version of QWI-430.
designed for battery powered or solar operations. Measures visibility, detects and quantifies rain, snow, drizzle, freezing and mixed precipitation conditions. The sensor is designed for year-round continuous operation in all climates. |
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LOA-005 | (Long-baseline Optical Anemometer) uses optical scintillation to detect changes occurring in small parcels of air whose temperature and density differ from their surroundings. It accurately measures wind or turbulence in all weather conditions. It is vastly superior to traditional type sensors and offers the reliability and proven performance you need! |
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HIP-100 | (Hail & Ice Pellet) Sensor enhances the present weather capabilities of the WIVIS by detecting the occurrence and intensity of hail and ice pellets. The acoustic arm is easy to install on the instrument enclosure, tower, or mounting column. |
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ORG-815 | (Optical Rain Gauge) provides accurate measurement of rain rate. This ability makes the instrument more reliable than traditional tipping buckets or collection gauges which have problems with very light and heavy events. The ORG is not affected by overcapacity and not greatly influenced by wind effects as are mechanical methods. |
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