Its only 10 volts in difference. So, electronics rated at lets say volts will work with Volts - volts. The outlet voltage is never a solid volts or volts depends on country.
To answer the question, though—the US does have a higher power supply. The reason it's V is because that's the power line that has been standardized over here.
Some European countries use V , while some specify V; most appliances will accept V however. If we pass current, which is more than the prefferd scaling the cable may melts and leads to explosion.
So, from this cables of V can allow V without any damage in the electric cable. Very few countries still officially rate their AC mains as V , but DO still call it V and rate their appliances as such. The end result is that our supply voltage will always remain in range for both V and V rated appliances.
Is v and v the same? However, V refers to a different system voltage level. With electrical loads, the voltage will drop, hence the common reference to voltages below and , such as , , , and What is the difference between volt and volt? Wiring an outlet for volts is identical to wiring an outlet for or volts. When electricity is wired into a home, the power company delivers electricity at and volts with a plus or minus of 5 percent.
Therefore , and volts are all interchangeable and wired the same. Active 1 year, 3 months ago. Viewed 36k times. Improve this question. Machavity Shelia Abshire Shelia Abshire 1 1 gold badge 1 1 silver badge 3 3 bronze badges. Rule of thumb for home appliances: , , , it's all close enough not to worry about the difference.
There's a good chance the actual voltage on your outlet is somewhere in between and it's even possible the voltage is even lower than say, Add a comment. Active Oldest Votes. Two issues: In the world of electrical power devices, there is a "Distribution Voltage" that your utility is providing to you, and there is a "Utilization Voltage" that your devices are designed to work on.
They are not the same values, because it is EXPECTED that there will be a "voltage drop" that takes place between the utility transformer and the point at which the device connects due to the resistance of the wire between them.
Distribution voltage levels have changed over the years. Here in the US we don't know where you are , V was an old original standard going back to the s. Some time around the s, as part of one of Roosevelt's "New Deal" programs called the "REA" Rural Electrification Act , power lines were run out to farms and small communities all across the country.
So for residential single phase distribution, the official voltage is actually VAC. But because old habits die hard, and because SOME utilities never actually changed, "V" is a common term still used all over the place. It's actually somewhat rare for it to actually BE V. Generically, it's all referred to as being the " nominal " voltage; , , all being relatively close enough.
Improve this answer. JRaef JRaef Check your incoming line voltage across the line and from line to line. Wiring an outlet for volts is identical to wiring an outlet for or volts. Therefore , and volts are all interchangeable and wired the same. It will work perfectly fine. In answer to the original post: yes, you can use the drill. Yes — you can. Most appliances available in the market, the world over, has a voltage range, instead of one fixed voltage. Nothing will happens while connecting V supply to V cable When ever we connect the V supply to V cable then there is no any reactions because the cable is considered with respective to current it not completely depend on voltage.
Your volt outlet is actually volts supply and the volt plug is a rating and the is also a rating. They are all intended for use with the volt supply. Wiring an outlet for volts is identical to wiring an outlet for or volts. When electricity is wired into a home, the power company delivers electricity at and volts with a plus or minus of 5 percent.
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