Osgood
Western Thunderer
Hang on a minute:
watts = volts x amps - i.e. 100 watts = 240 volts x 0.42 amps (same load that a 100W light bulb draws).
A motor would likely pull 4 x running load on initial start-up, and given power factor, voltage drop and other techie stuff you'd need probably 2 amps max, with a running load something like 0.5 amps - both within capacity of shaver sockets etc? (but the machine does have a earth wire so ideally needs a 3-pin plug).
So I would have thought 3A is the ideal fuse to use
watts = volts x amps - i.e. 100 watts = 240 volts x 0.42 amps (same load that a 100W light bulb draws).
A motor would likely pull 4 x running load on initial start-up, and given power factor, voltage drop and other techie stuff you'd need probably 2 amps max, with a running load something like 0.5 amps - both within capacity of shaver sockets etc? (but the machine does have a earth wire so ideally needs a 3-pin plug).
So I would have thought 3A is the ideal fuse to use
