Monday, 11 December 2023 10:13

WINDMETER

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How fast is the wind?

Design and build a 3D-printed windmeter

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Additional Info

  • What you will learn:
    • Science: The student learns about windmeasuring

    • Engineering: Mechanical engineering, programming

    • Technology: 3D-modelling and printing, basic electricity and electronics. 

  • Expected Time:

    120h

  • Materials & Recycled Materials:
    • Arduino Uno
    • 4 pcs IrDa transceiver (TCRT1000 or similar)
    • Unipolar Hall sensor
    • Neodym magnet 5x5 mm
    • I2C-compatible 16x2 LCD-screen
    • 2 pcs ball bearings 35x15x12 mm
  • Guide:
    • Read the guide while looking at the given pictures. Design the 3D-printable parts according with the guide requirements and personal style.
    • Speed sensor: in the speed sensor the magnet activates the Hall-sensor when the last one is bypassed. The sensor must be of unipolar type and the magnet has to be correctly assembled. 34-40 cm long wires are soldered to the circuit board. Sensor’s circuit board and bearing are placed lower 3D-printed part. Magnet and windmeter spoons are attached to the upper 3D-printed part. Lower part is connected to the Arduino’s case by a 3D-printed pipe.
    • Direction sensor: IR-receptors react to the 3D-printed top part’s reflected light. There is a IR-Led and a IR-transistor in the sensor. 30-40 cm long wires are soldered to the circuit board. Sensor’s circuit board and bearing are placed in the 3D-printed lower part. Upper part is non-reflective material and a 140 ° wide surface is fixed to it. The 3D-printed direction arrow is attached to the upper part. Lower part is connected to the Arduino Uno’s case via 3D-printed pipe.
    • Arduino’s case: 3D-modeled case is 3D-printed for the Arduino and the LCD-display. A circuit board is designed to Arduino’s top, where sensor’s wires and LCD-display are connected.
    • Programming: Speed sensor is read with a stop and sensor is to be connected to Arduino’s inputs D2 or D3. Direction is read at digital inputs and sensor is connected to Arduino inputs D8-D11. LCD-display is driven via I2C pins and display is connected to connectors SDA and SCL.
  • Further Steps:
    • Once the assembly works, try modeling and building a second one with different style or size.
  • Software used in the project:
    • - Solidworks
    • - Ultimaker Cura
    • - Eagle.
  • Difficulty level: Hard
  • Developed By: Salpaus

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Read 126 times Last modified on Wednesday, 13 December 2023 07:45

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