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Monitoring and Automatic Nutrient for Hydroponik Plant Using Ultrasonic Sensor
- 1. “ Monitoring and Automatic Nutrient for Hydroponic Plant Based-Microcontroller (Arduino Uno)”Presented by : Ade Herdiana Rizkya Nadila S Yossa Fariz R Politeknik Negeri Bandung 2016
- 2. Supervisor C. Bambang Dwi Kuncoro. ST.,MT Instrumentation’s Lecturers M Arman ST., S.Psi., M.Eng Ary Sujanto, ST., MT Drs. Ismail Wellid, MT
- 3. Background In the era of globalization, technological advances and rapidly developing science, technological progress and scientific instrumentation make the community triggered to create a new breakthrough in solving a problem. As students attempt to do about it is to make miniature controls and automatic nutrients in hydroponic plant-based arduino.
- 4. The Purpose of making project • Simplify the process of monitoring • Simplify the process of providing nutrition to the plant control • Make a miniature Arduino Uno microcontroller-based tools • Apply the Arduino Uno with ultrasonic sensors for hydroponic plants
- 5. Description Project This project uses two pumps, because the hydroponic nutrients using two different nutrients, the pump will automatically distribute nutrients, the first pump will pump first, then followed by the second pump. the rest of the nutrients can be seen in the lcd, if the nutrients begin to decrease from a predetermined threshold, the buzzer will sound as a notification indicator for replenishment of nutrients
- 6. Components Required • Board Arduino (UNO) • UltraSonic Module (HC-SR04) • Relay Module • LCD 16x2 • Potentio Meter • Bread Board / Protoboard • Micro Water Pump (2 pcs) • PCB (Printed Circuit Board) • MM/MF/FF Cable (M=Male & F=Female) • Buzzer
- 7. Components Required (cont) • Board Arduino (UNO)
- 8. Components Required (cont) • Ultrasonic Sensor (HC – SR04)
- 9. Components Required (cont) • LCD 16x2
- 10. Components Required (cont) • Micro Water Pump • Power : 6 watt • Output : 400 Liter/jam • H. Max : o,5 meter • Submersible (dalam air)
- 11. Components Required (cont) • Potentio Meter • Bread Board • Relay Module
- 12. Components Required (cont) • Female-Female Cable Buzzer • Printed Circuit Board (PCB)
- 14. Configuration Pin LCD Pin • VSS to GND • VDD to 5V • VO to Potentio • RS pin 2 • RW to GND • R pin 3 Ultrasonic Pin • Trig pin 10 • Echo pin 11 • VCC to 5V • Gnd to GND Relay Pin • IN1 pin 8 • IN2 pin 13 • VCC to 5V • GND to GND Buzzer Pin • - to GND • + to 5V • D4 pin 4 • D5 pin 5 • D6 pin 6 • D7 pin 7 • A to 5V • K to GND Potentio Pin • - to GND • + to VO (LCD)
- 15. Code Program
- 16. Code Program
- 17. Schematic Proses Nutritioning Time Relay On Water Pump On
- 18. UltraSonic Module Board Arduino Relay LCD 16x2 Water Pump Schematic Proses (Cont) Buzzer Nutrition Time
- 19. Schematic Proses (Cont) Nutrition A Nutrition B UltraSonic Module UltraSonic Module Read Nutrition Distance and Covert to Litres
- 20. Flowchart
- 23. How it Work • Put the liquid in the container nutrients nutrition • Place the ultrasonic sensor on top of the container of nutrients • Connect the pump hose to water tank • Connect the power supply to the pump and arduino • Observe what happens to the pump and lcd
- 24. Procedures Experiment • Masukan nutrisi cair pada wadah nutrisi • Tempatkan sensor Ultrasonik di atas wadah nutrisi • Sambungkan selang pompa ke bak penampung air • Sambungkan power supply ke pompa dan arduino • Amati apa yang terjadi pada pompa dan lcd
- 27. Conclusion This project-based work with microcontroller Arduino Uno to combine ultrasonic sensor, buzzer and micro water pump that are connect to each other. And this project was made to facilitate the process of monitoring residual nutrients for hydroponic plants
- 29. Thank You