L9110 Fan Motor Module with Propeller for Firefighting Robot

Description

What is the L9110 Fan Motor Module? The L9110 Fan Motor Module combines a motor and a fan propeller, designed for use in firefighting robots and other aeromodelling and drone projects. Features SKU: ARD006641 Price: 6.22 € Compatibility: Arduino, check the datasheet Usage: Firefighting robot, aeromodelling, drones What does it do? This module is ideal for improving cooling efficiency in firefighting robots, helping to manage heat in hot areas. It can also be used in aeromodelling and drone projects for ventilation or temperature control. Tutorial How to use the L9110 Fan Motor Module The L9110 Fan Motor Module is perfect for enhancing your firefighting robot’s cooling efficiency. Suitable for beginners and intermediates. What you need L9110 Fan Motor Module Compatible Arduino or microcontroller 5V power cable 10kΩ resistor (for microcontroller protection) Steps 1. Check the datasheet for motor specifications. 2. Connect the 5V power cable to the VCC pin of the module. 3. Connect the GND pin of the module to the GND of the microcontroller. 4. Connect the IN pin of the module to a digital pin on the microcontroller (e.g., 9). 5. Connect the 10kΩ resistor between the IN and VCC pins. 6. Upload source code to Arduino. 7. Turn on the motor with a digital command. 8. Check the motor operation. Example Code “` #include const int fanPin = 9; void setup() { pinMode(fanPin, OUTPUT); } void loop() { digitalWrite(fanPin, HIGH); delay(1000); digitalWrite(fanPin, LOW); delay(1000); } “` Mini-project Build a simple firefighting robot that uses the L9110 for cooling hot areas. Common mistakes Connecting the motor directly to VCC without resistance. Using an incompatible microcontroller. Forgetting to check specifications on the datasheet. Not using a 5V power cable. Recommended accessories Arduino Uno Plastic Elisa Metal support 5V power cable Frequently Asked Questions Does the motor work with voltages other than 5V? Check the datasheet for supported supply voltages. Which pins of the microcontroller should be used? Use a digital pin. Does the motor consume a lot of energy? Check the datasheet for current consumption. Can it function without resistance? No, use a 10kΩ resistor for protection.