| TS-100 Shield Only |
TS-110 ST-110 Thermistor Included |
|
|---|---|---|
| Difference Among Individual Replicate Shields | Less than 0.1 C | Less than 0.1 C |
| Aspiration Rate | 6 m s-1 at full-speed; 3 m s-1 at half-speed | 6 m s-1 at full-speed; 3 m s-1 at half-speed |
| Fan Input Voltage Requirement | 10.8 to 13.2 V DC | 10.8 to 13.2 V DC |
| Fan Current Draw | 80 mA at full-speed, 25 mA at half-speed | 80 mA at full-speed, 25 mA at half-speed |
| Fan Dust and Water Protection | IP55 | IP55 |
| Dimensions | 220 mm height, 270 mm diameter | 220 mm height, 270 mm diameter |
| Mass | 840 g | 840 g |
Introducing Apogee's PV Monitoring Package
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Solar Radiation Shields Overview
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Air Temperature Measurement Sensors
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Aspirated Radiation Shield
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TS-100 Inlet Testing
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Lecture 1-Air Temperature & Humidity
Fan-aspirated radiation shields are designed to shield temperature and humidity sensors from incident solar radiation while maintaining equilibrium with ambient air through active aspiration by a fan.
Applications include air temperature and humidity measurements in weather networks, often for weather forecasting. Fan-aspirated shields are also important in the precise measurement of air temperature and humidity gradients above the land surface and in climate change monitoring.
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Helpful Articles and Links
Accuracy Difference in Naturally vs. Fan-aspirated Shields
Feature Article on the TS-100 in Meteorological Technology International
Comparing Performance of three Fan-aspirated Solar Radiation
Static solar shields do not meet the ± 1 °C IEC 61724-1 air temperature specification Poster
Inferring Random Component Distributions from Environmental Measurements for Quality Assurance
FAQs