I have just bought a Samsung side by side refrigerator from a country running 240V 50Hz supply (Bahrain), the unit was immediately shipped and installed in a country running 220v 60Hz (Saudi Arabia).
The problem is that since new the refrigerator side has continued to freeze up after about a week. The freezer appears to work fine. I have called the Samsung 'technicians' out three times and they have replaced the thermostat, checked the rest of the unit and assured me that all is well. When I pressed them for a solution to the problem on their third visit, they opted for the compressor being the cause of the problem. It is a 50Hz and not 60Hz compressor.
Is this the cause of the problem? And if so by replacing the compressor with a 60Hz one will this fix the problem.
I have replaced the heater with a local 220V one, as the original one did not seem to heat when connected to 220v, but then the internal rear of the fridge covering the cooling unit (heat exchanger?) unit just seemed to get hot and the fridge still froze over. I have ordered a new Printed Circuit Card at the lower rear in the hope that this might fix the problem but am still waiting for the card?..
I have trawled the net for some definitive information, as surely in this global village frequency problems must not be unique to me. Any help appreciated.
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Re: SBS Refrigerator mains frequency 50/60Hz
This problem seems to be a common one and in my findings it was a faulty thirmister giving the wrong info back to the main board saying the fridge is not cold enough try that first it is the cheaper option good luck
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Sell it as a second hand tv,get,what $ u get.Sorry,if ur tv is not a Region Free tv Systems.It,will run only on NTSC signal frequencies,will not run on PAL signal frequencies.Ausi as u know,run on PAL and 240V 50Hz.Will work with a step-up tranformer,but if only,if ur tv is a Region free tv Systems.
A transformer will not change the frequency of the supply, only the voltage.
It may be possible to obtain a box of electronics to convert 50Hz to 60Hz, which would solve the problem.
A machine designed to run on 60Hz will run slower on 50Hz and may run hotter. If it burns out due to overheating, then a new motor designed to run at 50Hz should be fitted. You could have peace of mind if you fitted a new motor (which might be cheaper than an electronic frequency converter.
Colinchee, this sounds like a rather complicated electrical engineering issue. Why not buy a coffee grinder in the UK design and rated for your power? It might even be cheaper and the guarantee will cover design flaws. Regards.
Hi, EH1 is a fault code that relates specifically to the frequency of the electrical supply. The power board is designed for 50Hz and will notice if it does n't get what its looking for. You may be able to purchase a new main PCB that works with a 60Hz supply. You would need to contact Electrolux to ascertain whether this would be possible.
Extensive analysis revealed this unit to be for 120V 60Hz regions. If you use it in a region where the mains supply is 220/240V 50Hz then it won't work. In addition, the PSU will overheat, with possible damage to other modules.
One possible solution is a 120V 60Hz inverter, else Samsung may be able to provide the correct PSU for 220/240V.
You will need AC to AC converter that will accomodate US to UK mains. Look for power requirements of your amp on name plate and match with available converters online. Make sure power line frequencies match in/out requiremnts
This trimmer is only made to be used with 110V, we do not have this model in 240V. There is no way to stop the noise. If you would like to purchase a unit made for 240V please call 1-800-558-9441 and speak with one of the Andis customer service reps.
Your idea is basically sound and should work as long as the UPS originally is designed to produce 240V 60Hz and has its own built in timebase. The reason is that the input as long as the voltage matches makes no difference (50 or 60 Hz). By design, the UPS converts the input voltage to DC to charge the internal battery. The battery then powers an electronic circuitry that produces the 240V 60Hz. The input is then isolated from the output in terms of frequency. This is a common design, however, there are some (not many) that uses for its local oscillation sampling from the source and therefore will replicate the input frequency to its output, but very rare; it's better that you know they exist.
Hope this be of some help/idea. Post back how things turn up or should you need further information.
Good luck and kind regards.
The only problem with 50 and 60 Hz is heat buildup which is tolerable and still within safe parameters. The only time the 50/60 HZ makes a big difference is when motors are used, timers such as in the early designs of microwave ovens, washing machines, etc., pumps and other highly inductive consumers. Most electronic devices converts the AC input to DC and therefore the frequency has negligible effect. Of course others may see it differently.