Step 2: What I used

1) An early 1900s oak telephone box (ebay)
2) Three vintage round analog volt meters (ebay)
3) A fiveway switch (Sparkfun)
4) Arduino Mega (Sparkfun)
5) Arduino Mega prototyping shield
6) Chronodot (Dallas 3231 real time clock board with battery backup) (www.macetech.com)
7) Micro OLED 128 by 4D systems (Saelig)
8) SOMO-14D sound board and amp by 4D systems (Sparkfun)
9) Three rotary encoders with pushbutton  (Sparkfun)
10) Capacitive touch sensor board MPR121 (Sparkfun)
11) Three small FETs to drive the gauges
12) Three 10k trimpots to trim the PWM output to the gauges
13) Watch crystal for the viewport (www.esslinger.com) I used the 29mm magnifier
14) Clock wind up mechanism made from old clock parts
15) Small microswitch for wind up mechanism
16) Custom trim hardware
17) Electroluminescent sheet (  cA4-4S-BG ) (e-luminates.com)
18) Avery laser printer clear sticker sheets (15664)
19) 1.5 " diameter speaker (Sparkfun)
20) Various wires, cables, screws, grommets, caps and almost no tape or glue!
21) Arduino development environment (FREE!)

I think you should add "teacher" to the list of talents... you have tought me a lot here. Lovely clock, great application of technology and execution of ideas. Full pot!
Just tumble into this great Instructable! Your work has inspired me to build a long time project idea using a 'knock-off' of your clock functions. I was wondering if you ever developed any wiring diagrams to go along with all the other great info you put into your 'ible? <br> <br>Thanks for putting this up!
I've been a member for years and this is the first comment i posted. Outstanding work!!! Very inspiring.
If I am not mistaken that is a portrait of Van Gough you are standing by, I think after reading the engineering instructions I'll go cut off an ear too, what a fantastic idea and wonderfully executed.
AWESOME!!!!!!! Well Done!!
How well does the battery backup for your clock chip work?<br><br>Would it be sufficient to maintain accuracy if this were hooked to a hand cranked dynamo for power and remained unpowered when not in use?
The battery back-up works as well as power as far as accuracy is concerned. The question that I had when I read your question is how long will the battery last. As you can imagine, there is not a clear cut answer to that question, but I did browse the datasheet for the 3231 and found a reference to an application note that sheds some light on the subject (link below). It turns out that the current draw of the chip when not transmitting data or performing temperature compensation conversions is very, very low.<br> If I were you, I would give it a go. A Panasonic CR2032 coin cell has a capacity of 220 mAh and will last about 1000 hrs at 190 uA (microamp). The DS3231 (according to the app note below) draws just 3.0 uA. So you should be good for a long long time.<br> <br> cheers<br> <br> <a href="http://www.maxim-ic.com/app-notes/index.mvp/id/3644">http://www.maxim-ic.com/app-notes/index.mvp/id/3644</a><br> <br>
Much appreciated.<br><br>cheers
Super awesome project man the wheels in my head are turning
Good! That was my purpose in posting this project. Have fun.<br><br>cheers
So I decided I want to tackle this project. If you could help it would be greatly appreciated. Im currently scouting the parts and will get bak to you as soon as I have everything <br>
Cool. I'll do what I can to help you.<br>I got the watch crystal for the viewport from Esslinger by the way.<br>www.esslinger.com/ <br><br>cheers
That's totally warehouse 13 !
Thanks for all the kind words!<br><br>cheers
I love the clock you have made, the mind boggles!! I would like to do same. Are the instructions here complete to make this without a lot of knowledge about electronics but able to follow clear instructions as long as there are no bugs in the programs you've written.<br><br>Superb workmanship!!!<br><br>I have voted for you.
Thanks!<br>I encourage you to take what I have posted and use it to make your own clock. I will be adding more info in the days/weeks to come so check back for more. The steps that I have added so far will get you very close to making your clock. You will have to have some knowledge of programming and electronics to be successful. Go for it!<br><br>cheers
This is very cool. I'm interested in doing this instructable, but it appears that starting with Step 10, the instructable is missing steps? Is it just me, or do other people see what I'm talking about?
Thank you!<br>I have not finished adding the steps yet! I will continue to add them in the coming weeks. Please give me some time and check back.<br><br>cheers
Gotcha! Definitely will check back. Thanks for sharing!<br>
Awesome build!! I love the moon fase display. Thanks for sharing!
This is so amazing. Thanks for sharing.
Cool. i love it. i have some old gauges and have been wondering what to make. Please add some close up photos of the clock!<br>
Thanks. I'll add some more photos. Anything in particular you want to see close up?<br><br>cheers
wow, amazing, i would pay upwards of $200 for that little thing, I LOVE CLOCKS and that looks awesome.
wonderful work.... great idea with moon phases
Thank you, appreciate it.<br><br>cheers
This is amazing! I am so intrigued with building electronic devices, but I have NO idea where to start. I would love to do something like this!
Thanks!<br><br>When I started with electronics, I found the books by Mims to be very helpflul. Here's a link to his website.<br><br>http://www.forrestmims.com/<br><br>I bought mine from Radio Shack, you may still be able to get them there. Very easy to understand and practical.
Thanks! I really do love this piece. Do you have any other steampunk stuff?
Workin' on it!
wonderful work.... great idea with moon phases <br><a href="http://gettman.ru">http://gettman.ru</a>
Thank you.
Happy to do it! Any more questions, please ask. I will be adding to this in the coming weeks.<br><br>Cheers

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