60 Hz in North America, 50 Hz in Europe.
the maximum rating is 60 hz . it is work in50hz
No, the Philippines uses 220 volts at 60 Hz.
Philippines follows 60 hz.
220 volts 60 Hz
Yes, but it will run a bit slower and warmer that the nameplate rating due to the 50 Hz grid in the Philippines
60 Hz in North America, 50 Hz in Europe.
the maximum rating is 60 hz . it is work in50hz
No, the Philippines uses 220 volts at 60 Hz.
Philippines follows 60 hz.
220 volts 60 Hz
220 V @ 60 Hz. Source: voltageplugregion.com
Frequency is the speed that the generator revolves, not the sizing of the generator.
Hz = hertz ,which is a measure of frequency. It is equivalent to cycles per second. Your home power is 60 Hz if you live in USA.
Hz (hertz) and watts are different units of measurement. Hz measures frequency while watts measure power. You cannot directly convert Hz to watts without additional information about the system such as voltage or current.
Although most all utility power in the world use either 50 Hz or 60 Hz, 400 Hz power systems are typically used in large aircraft. The reason for the higher frequency is that most of the power system parts, especially the 400 Hz alternator and 400 Hz motors are much smaller compared with similar 60 Hz equipment of the same power rating. In aircraft, every pound saved in equipment weight, equates to about a five pound savings in gross weight during flight. When equipment weight is reduced, both airframe structure and fuel load can also be reduced. As flux is inversely proportional to speed and speed is proportional to frequency Higher the frequency lesser the flux required.Lesser the flux,lesser the core size.Lesser the size means less weight.Hence the pay load can be increased. Also frequency above 400 hz not taken because the radiation takes place beyond this.
The frequency range of human hearing is typically between 20 Hz and 20,000 Hz. When converted to scientific notation, the lower end of this range (20 Hz) is roughly 10 to the 1st power, the higher end of this range (20,000 Hz) is roughly 10 to the 4th power, and the midpoint of this range (10,000 Hz) is roughly 10 to the 4.5 power. So, 10 to the 12th power is beyond the range of frequencies the human ear can detect.