3D-PAWS Manual
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  • Introduction
    • System Cost
    • Calibration and Data Quality Assessment
  • 3D-Printed Automatic Weather Station
    • 1. Light Sensor (End of Life)
    • 2. Rain Gauge Assembly
    • 3. Rain Gauge Calibration
    • 4. Rain Gauge Screen
    • 5. Anemometer
    • 6. Wind Vane Assembly - Digital Sensor
    • 7. Wind Vane - Alignment
    • 8. Radiation Shield Wiring
    • 9. Radiation Shield Assembly
    • Testing the Sensors
    • 10a. Data Logger - Particle
    • 10b. Data Logger - Raspberry Pi
    • 11. Solar Panel Support
    • 12. Building the Weather Station
    • 13. Siting the Station
    • Station Maintenance
  • Additional Instruments
    • Stream/Storm Surge Gauge
    • Snow Gauge
    • Air Quality
    • Black Globe
  • Data Loggers
    • Particle IoT
    • Raspberry Pi
      • Software Image
    • Adafruit Feather M0
  • Data Access and Visualization
    • CHORDS
    • Grafana
    • Particle / CHORDS Integrations
  • Downloads
    • 3D Printing Files
    • Current Full Manual (PDF version)
    • Materials and Tools
    • Rain Gauge Calibration Spreadsheet
  • Other 3D-PAWS Resources
    • Online Instrumentation Course
    • Previous Manual Versions
      • 3D-PAWS Manual 2022 (Qwiic cables)
      • 3D-PAWS Manual 2020
  • Helpful Videos
  • 3D-PAWS User Forum
  • Terms of Use
  • About Us
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  1. 3D-Printed Automatic Weather Station

13. Siting the Station

Previous12. Building the Weather StationNextStation Maintenance

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Accurate weather data depends on selecting a location that minimizes environmental interference. The station should be placed in an open, level area away from obstructions like buildings, trees, or heat sources (e.g., pavement, vents, bodies of water) that could distort temperature, wind, or rainfall readings. Grass or natural terrain is ideal for temperature sensors, while wind instruments require clear exposure to prevailing winds. Prioritize accessibility for maintenance and repairs while balancing security needs—select a visible yet secure spot to deter vandalism, such as within fenced property or monitored areas. Mount the station on a sturdy, tamper-resistant pole (e.g., steel set in concrete) and consider using lockable enclosures for electronics. Careful siting minimizes microclimate effects and ensures data aligns with official meteorological standards, improving reliability for analysis or comparisons.

Instruction Slides

Sitting the Station - Slides