Just curious as to the current draw on a conventional 110vAC/60Hz domestic electricity supply hookup, when plugging in the block heater overnight in the winter months.
In Europe we have 220vAC/50Hz electricity supply, and the frequency variance won't make any difference, but I can get hold of a used, step-down transformer which will give me the 110v feed I need.
Does anyone have any ideas as to the peak current draw at switch-on and then what it settles down to, once connected? I just need to check that the duty cycle of this step-down transformer can live within these requirements comfortably.
Cheers!!
In Europe we have 220vAC/50Hz electricity supply, and the frequency variance won't make any difference, but I can get hold of a used, step-down transformer which will give me the 110v feed I need.
Does anyone have any ideas as to the peak current draw at switch-on and then what it settles down to, once connected? I just need to check that the duty cycle of this step-down transformer can live within these requirements comfortably.
Cheers!!
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