# Motor Fan Module(EF05014) ## Introduction It is a simple motor-drived fan module.  ## Products Link [ELECFREAKS PlanetX Motor Fan](https://shop.elecfreaks.com/products/elecfreaks-planetx-motor-fan?_pos=1&_sid=3b76e654e&_ss=r) ## Characteristic Designed in RJ11 connections, easy to plug. ## Specification Item | 参数 :-: | :-: SKU|EF05014 Connection|RJ11 Type of Connection|Analog input Working Voltage|3.3V ## Outlook   ## Quick to Start ### 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.  ## MakeCode Programming ### 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. ### Step 2 ### Code as below:  ### Link Link: [https://makecode.microbit.org/_A8ma6p0s7bR7](https://makecode.microbit.org/_A8ma6p0s7bR7) You may also download it directly below:
### Result The rotation speed of the fan is adjusted by the potentiometer. ## Python Programming ### Step 1 Download the package and unzip it: [PlanetX_MicroPython](https://github.com/lionyhw/PlanetX_MicroPython/archive/master.zip) Go to [Python editor](https://python.microbit.org/v/2.0)  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.    ### Step 2 ### Reference ``` from microbit import * from enum import * from fans import * fans = FANS(J1) while True: fans.set_fans(1,100) sleep(3000) fans.set_fans(1,50) sleep(3000) fans.set_fans(0) sleep(3000) ``` ### 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. ## Relevant File ## Technique File