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AC Motors Part 1

Details
Category: 2013 system (v1)
Published: 27 August 2014

The Rotator has arrived from America and duly gets powered up, tested and taken to pieces, its effectively a small 18VAC motor, a set of gears and a sturdy metal box.

 

Read more: AC Motors Part 1

Low Power

Details
Category: 2013 system (v1)
Published: 07 August 2014

Well, it had to happen, its winter, its cold (obviously); the solar panel is in a fixed position and the sun is low in the sky, so we're just not getting the power or being able to store a sufficient amount to make this all work. The system will run for a couple of days, but then it dies in interesting and random ways, random lock-up's failures to open the door, etc. The batteries are just exhausted.

Read more: Low Power

HEN 9000

Details
Category: 2013 system (v1)
Published: 09 July 2014

Any system needs a user interface and this one is no different. Also each system needs a name and whilst "Chicken House Controller" is descriptive, its hardly catchy either, so we need a name, but what to call it. Suggestions came and went, but nothing stuck, other than Domestic Management instructing that the coop is to be known as "Brkingham Palace", since its palatial compared to its predecessor, but that's for the house, not the control system.

The user interface module that's fitted above the main door allows you to see at a glance what's going on and to override the system or instruct it to unlock or lock the various doors.

Read more: HEN 9000

It lives Igor, It lives

Details
Category: 2013 system (v1)
Published: 05 July 2014

Having spent many hours making the components and testing them in the house, its now time to put it all together and see what stops working as something is ALWAYS going to break or work in a fundamentally different way after installation compared to how it worked on the bench.

Read more: It lives Igor, It lives

Batteries and Charge Controllers

Details
Category: 2013 system (v1)
Published: 09 June 2014

Lead Acid batteries are supposed to be charged at a precise voltage and a maximum current, this equates to 2.35 volts per cell and a current of no more than 1/10 of the AH rating of the battery. Given we have a 6 cell battery rated at 12AH, we should charge at no more than 14.1 Volts and no more than 1.2 Amps. The Battery University is a wealth of information on this subject and with the technology being invented in 1859 by Gaston Planté, there is loads of information available on their characteristics. There are even cheap IC's that ensure the right charge conditions are met through the charging process.

Read more: Batteries and Charge Controllers

  1. Vermin Hunting
  2. We need to move !
  3. It's dead Jim
  4. Device Programming

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2013 system

  • The v1 functional spec
  • Where to start ?
  • Technology Summary
  • We have a design
  • Main Board Construction
  • Constructing the main box
  • Main Unit Built
  • Power monitoring
  • Power Efficiency Part 1
  • The new coop
  • Power Efficiency Part 2
  • Device Programming
  • It's dead Jim
  • We need to move !
  • Vermin Hunting
  • Batteries and Charge Controllers
  • It lives Igor, It lives
  • HEN 9000
  • Low Power
  • AC Motors Part 1
  • Reading and Decoding the logs
  • Summer Time Offsets
  • Sunrise and Sunset
  • Programming the Rotator
  • Intelligent Debugging
  • Random Power Failures
  • Fitting the Solar Panel Positioner
  • AC Motors Part 2
  • Positioning and Encoders
  • What did it look like in 2015?
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