Browsing all articles from November, 2011

So this is going to be a rather strange post as at the time of writing its not actually implemented, the system is built in a waterproof container as well as the networking setup and so on. I figure that since I will only be able to get another Arduino and ethernet shield at a later stage I may as well write it up for now. Below are a few pictures of the system completed:

Completed System

Completed System

Completed System

Completed System

Completed System

Completed System

 

 

 

 

 

 

 

 

 

With regards to the requirements for the system my part spec was as follows:

  • One large reservoir – I got an 80 litre orange bucket for about R100
  • Arduino + Ethernet shield – pretty stock standard
  • 4x 10K resistors – used for the sensors
  • 4x ‘sensors’ – sensors setup as before, coiled wire (soldered if you can) and taped on
  • 8x galvanised steel washers – used as the actual sensors
  • 2x transistors - used for the relay setup
  • 2x relays - I used LT-5GS’ for this to switch the pumps on and off
  • 2x Diodes – used for my relay setup
  • 2x Water pumps - I used two (1 per pot) honestly because it was cheaper, although not as elegant as having a electrical valves and a more intricate watering system, mine were the 1.5A 12V bilge pumps (about R150 each)
  • 2x Water pump power supplies – Obviously used for the pumps power, I used some cheap power adapters that didn’t cost much
  • 1x Arduino power supply - See http://www.arduino.cc/playground/Learning/WhatAdapter for more information
  • Wires, Tape, Tv Series, Patience -  essential in setting this up :)

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