Automatic Irrigation DIY Kit

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Original price was: 799.00₹.Current price is: 569.00₹.

Automatic Irrigation DIY kit utilizing soil sensors to regulate watering based on moisture levels, reducing manual intervention and ensuring efficient crop irrigation. Components include soil sensor, 555 Timer IC, relay and pump for portable operation, facilitating water conservation and agricultural automation.

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  • 100% working. Tested by S.R. Robotics.
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The Automatic Irrigation DIY Kit using Soil Sensor is a convenient and efficient solution for automating irrigation processes in agricultural fields. It utilizes soil moisture sensing technology to regulate the operation of the irrigation system, reducing the need for manual intervention and ensuring optimal watering of crops.

Components Included: (Batteries not included)

  • Soil Sensor: Detects moisture content in the soil to determine irrigation requirements.
  • 555 Timer IC with IC Base: Controls the timing and operation of the irrigation system.
  • VTR Switch: Enables easy activation and deactivation of the system.
  • 5V Voltage Regulator: Stabilizes the power supply for consistent system performance.
  • Battery Cap: Secures and protects the batteries.
  • LED: Provides visual indication of system status.
  • Resistor: Regulates current flow within the circuit.
  • Relay: Controls the switching of the pump motor based on soil moisture levels.
  • Pump: Delivers water to the irrigation system.
  • Pipe: Distributes water to the plants in the field.


  1. The soil sensor measures the moisture content in the soil.
  2. The 555 Timer IC processes the sensor input and triggers the relay accordingly.
  3. When the soil is dry, the relay activates the pump motor to irrigate the field.
  4. Once the soil reaches the desired moisture level, the relay switches off the pump motor to conserve water.
  5. This automated process reduces the need for manual monitoring and intervention, ensuring efficient irrigation.


  • Agriculture: Ideal for automating irrigation in agricultural fields, orchards, and gardens.
  • Water Conservation: Helps conserve water by delivering precise amounts of water based on soil moisture levels.
  • Educational Projects: Suitable for educational purposes to demonstrate the concept of automated irrigation systems and sensor-based control.