Never Forget to Water Your Plants Again with this Smart System | Arduino Project | Under 5 mins
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- เผยแพร่เมื่อ 2 เม.ย. 2023
- In this video, we'll guide you through the process of building your own Smart Plant Watering System using an Arduino board, moisture sensor, water pump, relay module, jumper wires. We'll also show upload the necessary code to the Arduino board to control the system
So, get your green thumb on, and join us in building this innovative Smart Plant Watering System. Let's create a greener and healthier world, one plant at a time!
Components Required:-
1. Arduino Uno
2. Soil Moisture Sensor and I2C Module
3. Relay Module(5V)
4. DC Motor Pump
5. 5v Battery
6. Jumper Wires
Amazon Links of this Components:-
1. Arduino Uno :-www.amazon.in/IDUINO-SMD-UNO-...
2. Soil Moisture Sensor and I2C Module:- www.amazon.in/EVANA-Moisture-...
3. Relay Module(5V):- www.amazon.in/ERH-India-Relay...
4. DC Motor Pump:- www.amazon.in/Micro-Submersib...
Code and Diagrams Links:-
Code:- drive.google.com/drive/folder...
Diagram:- drive.google.com/drive/folder...
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Keep it up
Yeah, Thanks a lot 😍
If you have time please share my profile with those who are interested in Arduino
@@SciCraft
Sure
Can I ask a question. Why is that when the sensor is wet the pump continuously functioning it don't stop. Can you help me sir ?
1.Check the sensor: Verify that the sensor is working properly by testing it with a multimeter or by simply observing its behavior when it comes into contact with water. If the sensor is not functioning correctly, it may be causing the pump to continuously run.
2.Check the code: Review the code used in the project and ensure that it is programmed to stop the pump when the sensor detects that the soil is adequately moist. If the code is not programmed correctly, it may be causing the pump to continuously run.
3.Adjust the threshold: Try adjusting the threshold for the sensor, so that it stops the pump when the soil is adequately moist. This can be done by changing the values in the code that control the sensor's sensitivity.
4.Check the wiring: Verify that all of the connections between the sensor, pump, and Arduino are secure and properly connected. Loose connections or incorrect wiring can cause issues with the system's performance.
Thankyou somuch sir for the help. God bless you
@@marciano.abrantes2564 most welcome