> Hello!
>
> I am risking to be called a nitpicker now:
>
> There is a DIY-rack in the photosection uploaded by acakveld. This case
> is constructed in a extremely dangerous way. The XLR-Socket on the right
> side in these pictures....:
>
> http://xa.yimg.com/kq/groups/3183706/sn/483129258/name/first+light.jpg
> http://xa.yimg.com/kq/groups/3183706/sn/444387654/name/first+noise.jpg
>
> ... is used as 230V input. This is something that NEVER NEVER NEVER
> should be done.
> 1.) The solder connections on the XLR socket are not isolated, e.g. with
> heat shrink tube. If you mount a module, in the rack you are not secured
> against high voltage.
> 2.) XLR-Sockets are not intended for AC voltages in this range (e.g.
> Neutrik tells the rated voltage of 50 V AC !!!).
> 3.) Imagine an cable with XLR female connector laying around in your
> studio, and you do not see the other end. You connect it with a
> microphone or any other audiooutput and BANGGGG.... damn, that wasn't
> the microphone cable, but the 230V AC for the modular system (if you
> still can recognize this - you also might be dead in this moment already!)
>
> This is nearly the worst kind of doing this. Sorry to say, but I'd like
> to suggest, that these pictures have to be removed from the photo
> section. Noone should take these as examples. Dieter
>
> Florian

Florian,

the XLR is used for the 16V AC coming from the encapsulated transformer of
the DIY kit. So it's OK. We pay attention that no dangerous voltages are
accessible in the DIY kits. That's also why the standard PSU is not used in
the DIY kits. The PSU board you can see in the pics looks a bit like the
standard PSU but it's the DIY PSU and does not include the transformer but a
16V AC input instead of the transformer.

Anyway - thank you for your alertness. In any case electrical safety is
essential !

Best wishes
Dieter Doepfer