The Water Level Sensor project demonstrates how to monitor water levels using an Arduino Nano and a water level sensor module. Water level sensors are essential in various applications such as water tanks, aquariums, and industrial systems to ensure optimal water levels and prevent overflow or dry-running scenarios. This project allows you to detect whether the water level is above or below a specified threshold.
- Arduino Nano
- Water Level Sensor Module
- Jumper Wires
- Connect Water Level Sensor to Arduino Nano:
- Connect the analog output of the water level sensor module to analog pin A0 on the Arduino Nano.
- Optionally, connect the power (VCC) and ground (GND) pins of the water level sensor module to the respective VCC and GND pins on the Arduino Nano.
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Circuit Setup:
- Wire the water level sensor module to the Arduino Nano as described in the circuit setup section.
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Code Upload:
- Open the Arduino IDE and paste the provided code.
- Upload the code to the Arduino Nano.
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Testing:
- Once the code is uploaded, open the serial monitor.
- Observe the water level readings displayed as "Water level is HIGH" or "Water level is LOW" based on the threshold value.
- Adjust the threshold value as needed to suit the specific water level detection requirements.
- Water Tank Monitoring: Monitor water levels in tanks to prevent overflow or ensure an adequate water supply.
- Aquarium Water Level Control: Maintain proper water levels in aquariums to support aquatic life.
- Industrial Automation: Use water level sensors in industrial systems for process control and monitoring.
- Ensure proper calibration of the water level sensor module to accurately detect water levels.
- Adjust the threshold value based on the specific water level requirements of your application.
- Consider implementing additional features such as alarms or notifications for critical water level conditions.
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