A circuit breaker is like an automatic switch, designed to break a circuit if the current flowing (measured in amps) exceeds a predetermined maximum amount. The frequency at which the alternating current is changing is not relevant provided it is the normal one for which the circuit breaker has been designed to operate. In USA, Canada and other countries using similar power supply standards, that frequency is 60 Hz. In Europe and other world areas using similar power supply standards, that frequency is 50 Hz. A circuit breaker designed for use on 50 Hz or 60 Hz supplies should not be used to protect a circuit in a ship or aircraft running on a 400 Hz supply because its magnetic and capacitive components may not operate correctly. For such applications a circuit breaker designed to operate at 400 Hz must be used.
A breaker can work on both 60Hz and 50Hz supplies because the internal mechanical and electrical components are designed to operate within the range of frequencies encountered in different electrical systems. The design and construction of the breaker are optimized to handle varying frequencies without impacting its functionality or performance.
You can but it would be wise not to. Most 60hz appliances will not work at 50 Hz. <<>> Yes, no problem at all. The frequency does not enter into the equation because the hot plate is a strictly resistive load.
No, because if you switch a 50-amp load on, it will blow a 40-amp circuit breaker if the load exceeds 40 amps, which is likely.
No, a double pole 50 amp breaker protects a 240 volt supply at 50 amps. The number that is on the handle of the breaker is the amperage that the breaker will trip at if an overload occurs on the circuit.
For a 41 amp load, you would typically use a 50 amp circuit breaker. The general rule is to select a breaker size that is 125% of the continuous load amps or equal to the load amps if it is not a continuous load. In this case, 41 amps is considered a continuous load, so you would round up to the nearest available breaker size, which is 50 amps.
For a 12 Volt 50 watt light, you would need a 4.17 Amp breaker. To calculate this, you can use the formula Power (W) = Voltage (V) x Current (A), rearranged to find Current (A) = Power (W) / Voltage (V). So, 50 watts / 12 volts = 4.17 Amps.
Yes, it will work from 100 to 240 volts on 50 Hz or 60Hz. It has an auto switcher.
Depending on the device, it may or may not work. And if it works, it won't work properly. A 60Hz devices needs 60 cycle current, not 50.
You can but it would be wise not to. Most 60hz appliances will not work at 50 Hz. <<>> Yes, no problem at all. The frequency does not enter into the equation because the hot plate is a strictly resistive load.
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.
Frequency doesn't come into it for normal electrical devices, as long as the voltage matches it will be fine. 50/60hz differences only really affect display equipment.
No, because if you switch a 50-amp load on, it will blow a 40-amp circuit breaker if the load exceeds 40 amps, which is likely.
No, a double pole 50 amp breaker protects a 240 volt supply at 50 amps. The number that is on the handle of the breaker is the amperage that the breaker will trip at if an overload occurs on the circuit.
A 50 amp breaker is an overcurent device.
It is used in medical instruments to remove 50-60hz frequencies....
Philippines follows 60 hz.
Many devices like computer power supplies can work on any voltage or frequency. When going from a 60 Hz region to a 50 Hz region the voltage might change from 120 v to 230/240 v, so this problem is not just a matter of frequency.
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