I may be over-reacting, but I'd be curious to know what a sustained voltage dip like that would to do a
lot of things -- electric motors (dryers, washers, dishwashers, air conditioner fans), compressors in air conditioners, television tubes, computer power supplies, ovens, ... (I just had a talk late last week with an equipment manufacturer about his heating coil ratings and what a difference the actual voltage provided makes.) As for the 1050 itself, I'd suspect a reduction in max power from the amp section (assuming the amp draw remains contant, losing volts will reduce watts). I don't know what the lower voltage would do to the electronics, if it would do anything.
I'll have to quiz one of the EE's at the office tomorrow -- we do mechanical and electrical engineering for buildings (I'm just mechanical), so I suspect that one of our EE's can offer some quick thoughts on how a power company could implement something like that and what it would do to the end user equipment. I'll be very interested in seeing what other feedback this thread gets.
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