Game on!

[ericks]

I just completed a panel. Was going to offer it for sale but decided to use it on my own machine. The way i do the ventilation/cooling is filter on side bottom and fan on side top opposite side. Been doing it this way in control panels for many years...no issues. Separation between "noisy" and low voltage devices and wiring is also very important, that way noise related issues would be greatly eliminated :)
As you can see i used plugs for all the external devices cause this was a plug and play unit for sale. Same as you i used the AXBB-E and although it works good the way they designed it makes wiring a bit complicated....i am currently working on a better solution for that. Another thing i am working on is to make wiring to the sensor plugs easier and faster. Just thought this might give you some ideas for your next one :)

[Voicecoil]

I just completed a panel. Was going to offer it for sale but decided to use it on my own machine. The way i do the ventilation/cooling is filter on side bottom and fan on side top opposite side.

Ahhh, so you're using your fan in sucking mode I guess?? Mine's blowing into the enclosure, but the airflow route must be similar. I always tend to go for blowing into the enclosure in equipment I've designed in the past as it's marginally better dust-wise to have the enclosure slightly pressurised, though with a well sealed box like these control enclosures it won't make any difference at all.

Same as you i used the AXBB-E and although it works good the way they designed it makes wiring a bit complicated....i am currently working on a better solution for that. Another thing i am working on is to make wiring to the sensor plugs easier and faster. Just thought this might give you some ideas for your next one :)

Aye, the enormous number of screw terminals is a PITA - if I were making even just a few units I'd lay out my own breakout PCB with onboard connectors and interface to something like the UC400ETH via some flat cables.