3D-PAWS Manual
Downloads
English
English
  • 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
Powered by GitBook
On this page

Was this helpful?

Export as PDF

3D-Printed Automatic Weather Station

PreviousCalibration and Data Quality AssessmentNext1. Light Sensor (End of Life)

Last updated 4 months ago

Was this helpful?

This photo shows the current design of the 3D-PAWS. This configuration consists of a 3-cup anemometer, wind vane, tipping bucket rain gauge, temperature, relative humidity, light, and pressure sensors. The system is designed to be adapted and installed on a variety of frames. The current design uses low-cost, easily attainable PVC pipe. However, aluminum, metal pipe, and/or wood framing can be used.

The data logger is housed in a water-proof housing unit mounted on the frame. The Power to the 3D-PAWS can be supplied using commercial power (5V is required as input) or through battery with solar power backup. The sizes of the battery and solar panel depend on location of the system.

The following sections include step-by-step instructions for assembling the 3D-PAWS instruments. A parts list is included for each instrument, along with a list of the required tools. The 3D printing files for printed parts along with the software can be found in the Downloads section.

3D-PAWS setup at the Caribbean Institute for Meteorology and Hydrology in Barbados.