I have a GENERAL question regarding what effect 50hz will have on a battery charger
. I am currently shopping
for a (3.5kva +-) Multi Tap Isolation Transformer and so I will be able to get European 230v down to the 120v. That said I do understand that this will do nothing to change the frequency so the voltage will be 50hz when operating in Europe
. I have seen many posts regarding the effect of 60hz equipment
running at 50hz as far as efficiency, heat buildup, and additional wear & tear. Mostly these relate to motors, magnetrons, heating
elements and some other stuff, but have not seen a specific comment on a battery
chargers. I have bought my Inverter/Charger already (Magnum Energy MS2012-U) and when purchasing
it could not find anything on the charger
input voltage spec. but knew is was 120v. I have since found a supplement on their website citing 120v/60hz. Understanding that 60hz is the system in which this product was designed for, does anyone know the real world effect of running it or any 120v/60hz charger in a 50hz environment
? Of course I'm chasing down answers from other sources (i.e. the manufacture), but was hoping to get comment from the smart guys here as sometimes the manufacture will just use spec's to void warranty. That said, I'm not that concerned about warranty, I'm just concerned if it will work at all. If the ill effects would be simply in longevity and efficiency and if it will have ill effects on other equipment
beyond the charger it self.
I have seen other American Made battery chargers spec'd at 120v 50hz/60hz but of course that does not mean mine is okay. On that note does anyone know what design consideration are required to make something okay to run at both 50 and 60 hertz. I'm sure this very complicated and dependent on what type of equipment/device it is, lets say for a battery charger for now.
Sorry for the run on, but once again I'm hoping for real world experience and not replies like call the manufacturer, as I am pursuing that also.