How do you make an automatic plant watering system with Arduino?
Automatic Plant Watering with Arduino
- Step 1 The Kit.
- Step 2 Soil Moisture Sensor.
- Step 3 The 5V Relay Module.
- Step 4 Connect VCC to 5V.
- Step 5 Connect GND to negative power rail.
- Step 6 Connect IN to Pin 3.
- Step 7 Insert batteries into battery holder.
- Step 8 Connect black wire (battery holder) to negative power rail.
How do you make an automatic plant water system?
59 second clip suggested4:49Simple Automatic Plant Watering System || DIY – YouTubeYouTubeStart of suggested clipEnd of suggested clipDrill a hole and thread the tubing through the pot adding nozzle to the end of the tubing to helpMoreDrill a hole and thread the tubing through the pot adding nozzle to the end of the tubing to help bury it into the soil. Bury the soil sensor you may have to adjust this. Later.
How do I make my Arduino smart irrigation?
Assembling the Automatic Irrigation System Let’s start with connecting the relay to the Arduino board. Connect the VCC of the relay module to the 5v pin of the Arduino and connect the ground of the relay to the ground of Arduino. Now connect the relay signal pin to any digital pin of Arduino except pin 13.
What is automatic watering plant system?
This system consists of a soil moisture sensor, a water pump, water flow sensor and an automated system. The Soil Moisture Sensor will detect moisture level in soil and once the soil is dry it will automatically pump 100 ML water to Plant.
How do you make an automatic water irrigation system using soil moisture sensor and Arduino at home?
61 second clip suggested5:17How to make an Automatic water irrigation system using soil moisture …YouTube
How do I use home automation with Arduino?
Home Automation Using Arduino Uno
- Step 1: Tools and Materials.
- Step 2: Hardware Assembly.
- Step 3: Schematics. Bluetooth TX pin to Arduino RX pin.
- Step 4: Programming the Arduino.
- Step 5: Install the App. Connect Arduino to 9v battery or computer.
- Step 6: Control Your home Using Your Phone.
Why Arduino Uno is used in smart irrigation system?
In an automatic plant watering system or we can say it smart irrigation system. we are using an Arduino microcontroller to control and sense the thing in the projects such as sense or measure the moisture in the soil we are using soil moisture sensor. basically it is a resistor that works on moisture condition.
What is water pump Arduino?
Water pump made by 5 volt DC motor. Arduino pin 13 (named as WATERPUMP in code) is used to turn on and off the transistor.
What is an Arduino board?
Arduino is an open-source electronics platform based on easy-to-use hardware and software. Arduino boards are able to read inputs – light on a sensor, a finger on a button, or a Twitter message – and turn it into an output – activating a motor, turning on an LED, publishing something online.
Which Arduino is best for home automation?
ARDUINO MKR WIFI 1010 This is probably the most versatile Arduino board to work with right now.
How to set up an automatic plant watering system?
The circuit diagram of the automatic plant watering system is shown in Fig. 2. The circuit comprises an Arduino UNO board, a soil moisture sensor, a servo motor, a 12V water pump and an L293D (IC1) motor driver IC to run the water pump. You can power the Arduino board using a 7V to 12V wall wart or plug-in adaptor or solar panel.
How do you Power a water pump with Arduino Uno?
The circuit comprises an Arduino UNO board, a soil moisture sensor, a servo motor, a 12V water pump and an L293D (IC1) motor driver IC to run the water pump. You can power the Arduino board using a 7V to 12V wall wart or plug-in adaptor or solar panel.
How to water potted plants with Arduino Uno?
Similarly, if you are using a second sensor, the servo motor horn will move to 145 degrees to the second biggest pot, motor pump will be on for eight seconds and then stop automatically. The servo returns to its original position. Using the Arduino UNO board, you can water six different potted plants.
How to control soil moisture sensor motor with Arduino?
Arduino pin 13 (named as WATERPUMP in code) is used to turn on and off the transistor. According to the code to control the speed of the motor we need to enter a value between 0 and 255 in the Serial Monitor. I used 200 value for the speed of the motor. 2. Soil moisture sensor: