Quoted from DugFreez:So what happens if it overloads the circuit? Blow a fuse? Fry a board? Melt the wiring? Fry the inverters?
Drawing too much current would probably first cause problems like you see on GI: burnt connectors. Secondly it could blow a fuse or fry a component.
My concern on the inverters is if one is rated high enough for two EL panels. I don't know that they're not, but I wouldn't set it up that way until I'd seen a spec sheet on the inverter.
I previously communicated with pinballcenter.eu and did not get what I felt where knowledgable answers to my questions, which makes me cautious.
Quoted from jyeakley:Right now i have the two separate converters running (one for each card), but they are off the same 12vDC output under the flipper button - does that sound like an issue??
Seems like they are running fine - do issues usually appear right away? After constant use? Randomly?
Any of the above, although constant use would be the biggest problem. I've been running my Dracula under fairly heavy use for a couple of months with no problems. But every game is going to be different.
I would suggest two different 12 volt circuits to be safe. The only way to know for sure is to monitor the current draw on the 12 volt circuit during game play then add in the additional draw of the EL card(s) and you should still be well under the fused amperage for the circuit.
I really don't intend to scare anyone, but on the other hand unless you check the circuit as described above I would be conservative in the installation. Better safe than sorry.
Quoted from DugFreez:I would say I'm going to be a prime candidate for it since I also will be having a LED backbox light board using the same 12v source.
EL panels draw a lot more current than LED's. Get a 12 volt power supply and plug it into the service outlet if you're going to run a lot of stuff.