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INSTRUMENTATION PROJECT
AUTOMATIC PLANT FERTILIZATION, BASE ON SOIL HUMIDITY
UTILISING YL-69 SENSOR
THANKS TO INSTRUMENTATION
LECTURERS
Name As
C. Bambang Dwi Kuncoro, ST., MT. Supervisor and Lecturer
Muhammad Arman, ST., ...
TITO RIYANTO
(151611030)
Fabia Febriyanti
(151611008)
Reynaldi
Dermawan
(151611023)
CREATED BY
PURPOSE
1. Understand the using of Arduino Uno Mikrocontroler
2. Understand the funtion of Yl-69 Sensor
3. Understand the ...
PLAN1
SCHEMATIC PROCESS2
COMPONENTS3
PROTOTYPE4
PROGRAM5
TOPICS
WIRING6
1. Set up the humidity level of the soil based on the
ideal humdity level of a plant, Ex : 78,20%
2. When the plant humidi...
SCHEMATIC PROCESS2
Fertilization
Time
Solid State
Relay On
AC pump
on
COMPONENTS3
1. PROJECT BOARD
COMPONENTS3
2. ARDUINO UNO
COMPONENTS3
3. SENSOR YL-69
This is a simple water sensor can be used to detect soil moisture
when the soil moisture defic...
COMPONENTS3
3. SENSOR YL-69
COMPONENTS3
4. LED
COMPONENTS3
5. RESISTOR
A resistor is a specialized electrical component that provides
resistance as a circuit element. Re...
COMPONENTS3
6. AC PUMP
COMPONENTS3
7. CABLE
male-male female-female male-female
COMPONENTS3
8. RECYCLED AQUARIUM
COMPONENTS3
9. SOLID STATE RELAY
COMPONENTS3
9. SOLID STATE RELAY
A solid-state relay (SSR) is an
electronic switching device that
switches on or off when ...
COMPONENTS3
10. PIPE
COMPONENTS3
11. PCB
COMPONENTS3
12. TOOLKITS
COMPONENTS3
13. BOARD BASE
COMPONENTS3
14. OBJECT PLANT CELERY
Type of Plant
Division : Spermatophyta
Sub Division : Angiospermae
Class : Dicotyledon...
COMPONENTS3
14. OBJECT PLANT CELERY
Term Growth :
1. The temperature at seedling 9-20 ⁰C, 15-24 ⁰C while further
growth.
2...
COMPONENTS3
15. FERTILIZER
Nitrogen : 16%
Posfat : 16%
Kalium : 16%
Kalsium : 6%
Magnesium : 0,5%
COMPONENTS3
15. FERTILIZER
1. Stimulate and promote the growth of leaves.
2. Stimulate new leaf buds and twigs.
3. Acceler...
PROTOTYPE4
Created in SketchUp
PROTOTYPE4
That is the design project of automatic fertilization
based on soil humidity utilising Ardunio and YL-69
Sensor...
Start
Humidity (Pin 𝐴0)
Take Humidity Data
If Threshold
Value < 800
Green LED
On
Dry
Pump On
Wet
Red LED On Red LED On
YES...
PROGRAM5
PROGRAM5
WIRING6
How The Program’s Work ?
In the program it written if we have the threshold value and the threshold
value is 800 (based on...
TRIAL DATA
TRIAL DATA
NO TRESHOLD VALUE
INDICATOR
PUMP
GREEN LED RED LED
1 121 ON OFF ON
2 121 ON OFF ON
3 122 ON OFF ON
4 122 ON OFF...
REFERENCES
• Art, Edgaras. 2015. “Arduino and Soil Moisture Sensor YL-69”. https://www.youtube.com/watch?v=BKp4ib1UQj8. [ ...
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Automatic Plant Fertilization based on Soil Humidity utilising Arduino and YL-69 Sensor

This is our Instrumentation Project. The theme of this project is about greenhouse and we came up with and idea titled with "Automatic Plant Fertilization based on Soil Humidity utilising Arduino and YL-69 Sensor ".

I hope this can be useful and helpful!
check out our video about this project at Youtube :
https://www.youtube.com/watch?v=h6N6McVpkq4 .
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- Thankyou -

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Automatic Plant Fertilization based on Soil Humidity utilising Arduino and YL-69 Sensor

  1. 1. INSTRUMENTATION PROJECT AUTOMATIC PLANT FERTILIZATION, BASE ON SOIL HUMIDITY UTILISING YL-69 SENSOR
  2. 2. THANKS TO INSTRUMENTATION LECTURERS Name As C. Bambang Dwi Kuncoro, ST., MT. Supervisor and Lecturer Muhammad Arman, ST., S.Psi., M.Eng. Lecturer Ary Surjanto, ST., MT. Lecturer Drs. Ismail Wellid, MT. Lecturer
  3. 3. TITO RIYANTO (151611030) Fabia Febriyanti (151611008) Reynaldi Dermawan (151611023) CREATED BY
  4. 4. PURPOSE 1. Understand the using of Arduino Uno Mikrocontroler 2. Understand the funtion of Yl-69 Sensor 3. Understand the step of fertilizational control base on humidity parameter 4. Build the simple automatic fertizition system by simple technology based
  5. 5. PLAN1 SCHEMATIC PROCESS2 COMPONENTS3 PROTOTYPE4 PROGRAM5 TOPICS WIRING6
  6. 6. 1. Set up the humidity level of the soil based on the ideal humdity level of a plant, Ex : 78,20% 2. When the plant humidity is enough,then the red light will be turned on, and the AC pump will be turned off 3. If the soil humidity level less than its requirement, then automatically the red light will be switched off. 4. The green light and the AC Pump switch on 5. After the humidity level is achieved , the AC pump will be turned off as well as the green light PLAN1
  7. 7. SCHEMATIC PROCESS2 Fertilization Time Solid State Relay On AC pump on
  8. 8. COMPONENTS3 1. PROJECT BOARD
  9. 9. COMPONENTS3 2. ARDUINO UNO
  10. 10. COMPONENTS3 3. SENSOR YL-69 This is a simple water sensor can be used to detect soil moisture when the soil moisture deficit module outputs a high level, and vice versa output low. Use this sensor produced an automatic plant watering device, so that the plants in your garden without people to manage.
  11. 11. COMPONENTS3 3. SENSOR YL-69
  12. 12. COMPONENTS3 4. LED
  13. 13. COMPONENTS3 5. RESISTOR A resistor is a specialized electrical component that provides resistance as a circuit element. Resistors are passive, which means they are not affected by the current they carry.
  14. 14. COMPONENTS3 6. AC PUMP
  15. 15. COMPONENTS3 7. CABLE male-male female-female male-female
  16. 16. COMPONENTS3 8. RECYCLED AQUARIUM
  17. 17. COMPONENTS3 9. SOLID STATE RELAY
  18. 18. COMPONENTS3 9. SOLID STATE RELAY A solid-state relay (SSR) is an electronic switching device that switches on or off when a small external voltage is applied across its control terminals .
  19. 19. COMPONENTS3 10. PIPE
  20. 20. COMPONENTS3 11. PCB
  21. 21. COMPONENTS3 12. TOOLKITS
  22. 22. COMPONENTS3 13. BOARD BASE
  23. 23. COMPONENTS3 14. OBJECT PLANT CELERY Type of Plant Division : Spermatophyta Sub Division : Angiospermae Class : Dicotyledonae Familly : Apiaceae Genus : Apium Spesies :Apium Greveolens
  24. 24. COMPONENTS3 14. OBJECT PLANT CELERY Term Growth : 1. The temperature at seedling 9-20 ⁰C, 15-24 ⁰C while further growth. 2. Soil Moisture 78-90% moisture. 3. Irradiation is sufficient sunlight. 4. The optimum rainfall of 60-100 mm / month . 5. Ideal Soil: Fertile, organic matter, air and water good governance. 6. The optimum pH from 5.5 to 6.5. 7. Raising altitude 1000-1200 mdl example in Lembang and Cianjur.
  25. 25. COMPONENTS3 15. FERTILIZER Nitrogen : 16% Posfat : 16% Kalium : 16% Kalsium : 6% Magnesium : 0,5%
  26. 26. COMPONENTS3 15. FERTILIZER 1. Stimulate and promote the growth of leaves. 2. Stimulate new leaf buds and twigs. 3. Accelerate the formation of flowers and fruit. 4. Prevent plants from wilting of leaves, flowers and fruit. 5. Prevents plants from the loss of leaves, flowers and fruit. 6. to make a plant be green leaves and fresh BENEFITS
  27. 27. PROTOTYPE4 Created in SketchUp
  28. 28. PROTOTYPE4 That is the design project of automatic fertilization based on soil humidity utilising Ardunio and YL-69 Sensor. With the 4 inch pipe for growing media and watering medium using 5/8 inch pipe
  29. 29. Start Humidity (Pin 𝐴0) Take Humidity Data If Threshold Value < 800 Green LED On Dry Pump On Wet Red LED On Red LED On YESNO Flowchart Program
  30. 30. PROGRAM5
  31. 31. PROGRAM5
  32. 32. WIRING6
  33. 33. How The Program’s Work ? In the program it written if we have the threshold value and the threshold value is 800 (based on which plant we choose) as 800 1023 𝑥 100% = 78,20 %. Thus, when the value detected by the sensor shows less than the threshold value , the red LED will shut down or Off. Menawhile, green LED and the pumps would turn on. That indicates that the plant needs to fertilization. In reverse, when the value hits more than the mentioned value or equal to that, red light will turn on meanwhile green light and the pump will shut down. This indicates that the plant does not need the fertilization.
  34. 34. TRIAL DATA
  35. 35. TRIAL DATA NO TRESHOLD VALUE INDICATOR PUMP GREEN LED RED LED 1 121 ON OFF ON 2 121 ON OFF ON 3 122 ON OFF ON 4 122 ON OFF ON 5 123 ON OFF ON 6 830 OFF ON OFF 7 900 OFF ON OFF 8 1000 OFF ON OFF 9 873 OFF ON OFF
  36. 36. REFERENCES • Art, Edgaras. 2015. “Arduino and Soil Moisture Sensor YL-69”. https://www.youtube.com/watch?v=BKp4ib1UQj8. [ 7 November 2016]. • Dahrul. 2011. “Budidaya Seledri”. http://agrocultural.blogspot.co.id/2011/03/budidaya-seledri.html. [ 7 November 2016]. • Devil, Tasmanian. 2015. “Arduino using a yl-69 and yl-38 moisture sensor”. https://www.youtube.com/watch?v=EjJW0_VET8I. [ 7 November 2016]. • Hendri, Suhendri. 2013. “Arduino Uno”. http://belajar-dasar-pemrograman.blogspot.co.id/2013/03/arduino-uno.html. [ 7 November 2016]. • Lewi, Bagas. 2015. “Penyiraman dan Pemupukan Tanaman Otomatis berbasis Mikrokontroler”. https://www.youtube.com/watch?v=rm5JhvnYHo4. [ 7 November 2016]. • Random Nerd Tutorials. 2016. “Guide for Soil Moisture Sensor YL-69 or HL-69 with Arduino”. https://randomnerdtutorials.com/guide-for-soil-moisture-sensor-yl-69-or-hl-69-with-the-arduino/. [ 7 November 2016]. • Teknik Elektronika. 2015. “Pengertian LED dan Cara Kerjanya”. http://teknikelektronika.com/pengertian-led-light- emitting-diode-cara-kerja/. [ 7 November 2016]. • Wardana, Kusuma. 2016. “Tutorial menggunakan Sensor Kelembaban Tanah YL-39 dan YL-69 pada Arduino” https://tutorkeren.com/artikel/tutorial-menggunakan-sensor-kelembaban-tanah-yl-39-dan-yl-69-pada-arduino.htm. [ 7 November 2016]. • Wiki Komponen. 2016. “Prinsip dan Cara Kerja Pompa Air”. http://www.wikikomponen.com/prinsip-dan-cara-kerja- mesin-pompa-air/. [ 7 November 2016].

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