Glad to hear it's coming along. Looking forward to the details, how it's working, board availability, final script, schematics....

Any more work on the project? I really like the concept of this.

Has anyone looked at putting this on the Vera?

There are 2 boards listed the second has the following specs translated from Dutch.

Panel Mount Power Distribution Fuse Module Board.
specification:
Working voltage: AC or DC 5 ~ 32V, total current rating 40Amp.afmetingen: 150mm x 72.5mm x 29mm (W x L x H) .ingangsklemmen: pitch 7.62mm / 0.3 ", current 30A for each position, thread size 26 ~ 10 AWG, stripping length 8mm Metric M3 welded schroef.P1 output terminals: pitch 5.08mm / 0.2 ", 10A maximum current for each position, size 26 ~ 12 AWG wire, strip length 7mm, Metric M2.5 slotted screw .P2-1 to P2-10 output terminals: pitch 7.5mm / 0.295 "maximum current of 10A per position, size 26 ~ 12 AWG wire, strip length 7mm, Metric M2.5 slotted schroef.zekering holders medium Blade ATO / ATC fuse, factory-installed fuses 5Amp. fused fail indication functieFR-4 fiberglass PCB, dual copper layers.

GREAT! Thanks much. I will be implementing this very soon.

PERFECT!

Thanks.

Any update on the video?

Thanks for all the good videos you have done to date.

Richard

I think it depends on the quality of the drawing and other factors. I wouldn't discount the idea. AGiC also offers ink jet cartridges to print higher quality traces.

https://youtu.be/_xv2w2AFxl8

Paper arduino

This might be a cool way to do prototyping. OR possibly a completed (easy to build) circuits.

https://agic.cc/en

You are using standard cat 5/6 for the power run? Can't wait for the "How to video". Looking forward to replacing
all those 'wall warts'. What fuse rating do you use? Dose it vary, or do you use a standard to protect against short circuit?

I know petewill has done this and was hopping he would comment. hat is one of my concerns. I'm mainly interested in the 12v.

I'm wanting to do this but think there should be more to it than this, such as various protections.

Soft fail-over to my solar setup would be nice too.

http://www.instructables.com/id/Convert-an-ATX-Power-Supply-Into-a-Regular-DC-Powe/

I know several of you have done this.

Thanks,
Richard

Has anyone used these or have any comments?

http://www.ebay.com/itm/2pcs-4CH-AC-BULB-LED-Dimmer-Module-Arduino-Raspberry-110-240V-50-60Hz-/121995455296

Thanks,
Richard

https://www.youtube.com/watch?v=gtM832Z0ujE

This is an excellent comparison of 4 radios and a slew of antennas.

Pete, thanks.

This will work for most situations I need. Is there an option to add the buttons and motion to one or more of the led's?

Hate to bother you again.

Richard

@petewill Yes that's what I'm talking about. Just wondering how the code was modified to discretely control the 3 zones.

Do you have the Fitzing and code for the 3 zone? I have several places to use this. Any "max wattage" info, per channel and total?

Thanks,
Richard

Just a couple of questions. Most of the components are 240V, are these the same as used for 110/120v in the US? Also one of the varistors is not available, suggested alternative?
Thanks

Does the light switch need to be a SPST or can you use a pushbutton? Curious how this would work with a SPST switch. I haven't looked at the code to see what is setup.