@cleeds
To do completely separate circuits requires separate service drops, too.
As long as the grounding points are physically far enough apart (I think it's more 30ft), I think you're good. Been a looong time since I read NEC and no idea if this to code...
I wouldn't normally recommend messing with ground path at the service side, but I've found so much gear grounds in the signal path instead of via chassis that sometimes it takes extremes to cure ground loops. Better to deal with grounding at the interconnects but back feeding can be a big problem. I recommend series protection (something like ZeroSurge, Brickwall) to avoid the problem.
Hey at least it's better than just lifting the ground (I've seen this way too many times).
To do completely separate circuits requires separate service drops, too.
As long as the grounding points are physically far enough apart (I think it's more 30ft), I think you're good. Been a looong time since I read NEC and no idea if this to code...
I wouldn't normally recommend messing with ground path at the service side, but I've found so much gear grounds in the signal path instead of via chassis that sometimes it takes extremes to cure ground loops. Better to deal with grounding at the interconnects but back feeding can be a big problem. I recommend series protection (something like ZeroSurge, Brickwall) to avoid the problem.
Hey at least it's better than just lifting the ground (I've seen this way too many times).