Ignoring all other issues; when power goes out the UPS starts providing battery backup power that has been CONVERTED to AC. The UPS will attempt to provide 60 HZ power, and all of the stuff plugged into it will have been designed for 50 HZ power.
ALSO... 50 HZ countries often use 240 V mains inside the home, so the UPS that is designed for 60 HZ 120 V will probably melt down, but if it survives, it will attempt to provide 120 V when the power goes off, meaning that your equipment will probably fail.
The results will be unpredictable and unstable. It isn't really recommended, and if i were you, I wouldn't try it. Only use the proper UPS, the one that is designed for the local current.
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the maximum rating is 60 hz . it is work in50hz
yes, the voltage and frequency are both nominal. As long as your within 10% of the rated voltage and frequency of the name plate you will be good. 50Hz and 60Hz are not within 10% of each other. I do not think it will work. u also run the risk of burn out because it will run faster
There really isn't that much of an advantage. Since many countries work with both frequencies, many appliances, especially computers, have the option to run at 50Hz or 60Hz. You will know this because in the back of the unit where the power supply is located, there will be a switch that allows you to change from 50Hz to 60Hz.If you have any type of equipment that does not provide the option to change frequenies, but the equipment was made recently (in the last year), you can safely run it at either frequency. If your equipment is older, you may want to contact the manufacturer to see if they have any special transformer or electronic device that can be connected with the electronic equipment to allow for such a difference in frequency.The only real difference you may experience with certain appliances that run two-phase or three-phase motors is extra heat buildup while running at 60Hz.
the voltage and frequency are 110v and 50(or)60hz because the devices which are invented in us are work at that voltage and it is efficient for that devices.
60 Hertz is the frequency that the welder should be connected to, to work as it is designed to.