15. Motor Fan Module(EF05014)#

15.1. Introduction#

It is a simple motor-drived fan module.


15.3. Characteristic#

Designed in RJ11 connections, easy to plug.

15.4. Specification#

Item 参数
SKU EF05014
Connection RJ11
Type of Connection Analog input
Working Voltage 3.3V

15.5. Outlook#

../_images/05014_02.png ../_images/05014_03.png

15.6. Quick to Start#

15.6.1. Materials Required and Diagram#

Connect the Motor fan module to J1 port and the potentiaometer to J2 port in the Nezha expansion board as the picture shows.


15.7. MakeCode Programming#

15.7.1. Step 1#

Click “Advanced” in the MakeCode drawer to see more choices.


We need to add a package for programming, . Click “Extensions” in the bottom of the drawer and search with “PlanetX” in the dialogue box to download it.


Note: If you met a tip indicating that the codebase will be deleted due to incompatibility, you may continue as the tips say or build a new project in the menu.

15.7.2. Step 2#

15.7.3. Code as below:#


15.7.5. Result#

The rotation speed of the fan is adjusted by the potentiometer.

15.8. Python Programming#

15.8.1. Step 1#

Download the package and unzip it: PlanetX_MicroPython

Go to Python editor


We need to add enum.py and fans.py for programming. Click “Load/Save” and then click “Show Files (1)” to see more choices, click “Add file” to add enum.py and fans.py from the unzipped package of PlanetX_MicroPython.

../_images/05001_081.png ../_images/05001_091.png ../_images/05014_10.png

15.8.2. Step 2#

15.8.3. Reference#

from microbit import *
from enum import *
from fans import *
fans = FANS(J1)
while True:

15.8.4. Result#

After powering on, the Motor fan module rotates for 3 seconds at the speed of 100% first and then at the speed of 50% for another 3 seconds, and finally stops for 3 seconds.

15.9. Relevant File#

15.10. Technique File#