Campbell Scientific, Inc. Present Weather Sensor PWS100

Description
The PWS100 determines precipitation and visibility parameters for road, marine, and airport automated weather stations. Using a novel optical system and a laser-based light source, a structured detection volume is formed. This volume allows the PWS100 to accurately determine the velocity and size of falling precipitation. The use of two separate detectors and laser Doppler anemometry techniques improve upon current present weather sensors and optical distrometers, and enables the PWS100 to accurately determine individual particle velocity and size to within ±5 percent.
Description
The PWS100 determines precipitation and visibility parameters for road, marine, and airport automated weather stations. Using a novel optical system and a laser-based light source, a structured detection volume is formed. This volume allows the PWS100 to accurately determine the velocity and size of falling precipitation. The use of two separate detectors and laser Doppler anemometry techniques improve upon current present weather sensors and optical distrometers, and enables the PWS100 to accurately determine individual particle velocity and size to within ±5 percent.

Suppliers

Company
Product
Description
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Logan, UT, USA
Present Weather Sensor
PWS100
Present Weather Sensor PWS100
The PWS100 determines precipitation and visibility parameters for road, marine, and airport automated weather stations. Using a novel optical system and a laser-based light source, a structured detection volume is formed. This volume allows the PWS100 to accurately determine the velocity and size of falling precipitation. The use of two separate detectors and laser Doppler anemometry techniques improve upon current present weather sensors and optical distrometers, and enables the PWS100 to accurately determine individual particle velocity and size to within ±5 percent.

The PWS100 determines precipitation and visibility parameters for road, marine, and airport automated weather stations. Using a novel optical system and a laser-based light source, a structured detection volume is formed. This volume allows the PWS100 to accurately determine the velocity and size of falling precipitation. The use of two separate detectors and laser Doppler anemometry techniques improve upon current present weather sensors and optical distrometers, and enables the PWS100 to accurately determine individual particle velocity and size to within ±5 percent.

Supplier's Site

Technical Specifications

  Campbell Scientific, Inc.
Product Category Weather Instruments
Product Number PWS100
Product Name Present Weather Sensor
Device Classification Sensor Only
Weather Component Sensed Measures Rain/Snow Fall; Measures Temperature (optional feature); Measures % Relative Humidity (optional feature)
Interface Options Digital Serial
Features Battery Powered (optional feature)
Measurement Increment 3.94E-6 inch (1.00E-4 mm)
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