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Modular Desk Fan 140mm — zdjęcie 1
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Modular Desk Fan 140mm

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A desk fan designed to accommodate a standard computer case fan, with various options for power input and control.

Ocena
4,75 / 5
Polubienia
283
Pobrania
499
Wydruki
10
Wyświetlenia
4348
Oceny
8

Aktualizacja u źródła:

Informacje o modelu

Źródło
Printables
Kategoria
Office
Licencja
Creative Commons — Attribution — Noncommercial

Overview:
This is 3D-printed desk fan, designed to seamlessly blend functionality and style. Built around a powerful 140mm computer fan, this versatile device is perfect for keeping you cool in the office or for fume extraction during soldering and other tasks. It has customizable airflow options and modular components. Whether you need a gentle breeze or a more powerful cooling effect, this fan can be tailored to meet your needs, making it an ideal addition to any workspace.

What sets this desk fan apart is its modular design, offering flexibility in both power and control options. You can choose between a simple on/off switch or a sophisticated speed controller to manage airflow precisely. The fan is compatible with various power sources, including a standard 12V adapter or a USB-C Power Delivery connection. 

I have prepared also smaller version with 120mm fan and battery mount for Parkside X20V batteries, which can be used also for 140mm version. You can check it here: Modular Desk Fan 120mm (Optional Parkside X20V Mount)
 


Bill of Material:


Assembly Instruction:

  1. Print all the required parts.
  2. Clean the parts and drill any closed holes.
  3. Insert the computer fan into the fan holder. There is a small clearance in the holder to accommodate the fan with rubber dampers. If needed, you can use small spacers to fill in the clearance.
  4. Run the fan cable through the side hole and downwards.
  5. Cover the fan holder. Optionally, add the metal grill(s) or a flow amplifier, and secure everything together using four M4 screws and nuts.
  6. Press the nut covers onto the nuts.
  7. Attach the side plates to both sides. Place the wire into the groove and slightly tighten the plates with the large plastic nuts.
  8. Insert four M4 nuts into the hexagon holes in the base.
  9. Assemble the rear panel.
  10. Assemble the front panel.
  11. Insert the rear and front panels into the base and secure them in position with self-tapping screws.
  12. Connect the power supply to the power switch or PWM controller.
  13. Run the fan wire through the side hole and position the base between the side plates.
  14. Secure the base to the side plates with four M4 screws.
  15. Connect the fan to the power switch or PWM controller.
  16. Attach the base cover using self-tapping screws.
  17. Glue the rubber feet onto the base.
     

Filter cover which can be easily attached to filter out fumes during soldering can be found here.

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