there is no such thing as a free lunch power consumption is directly proportional to current draw firstly you need to convert mains voltage to12volt via a transformer the advantage to 12 volt lighting is only recognised when using lower wattage halogen or led lighting. as far as i am aware the use of a mains voltage 100watt globe draws the same if not slightly less than a12volt 100watt light as the transformer uses power (in the form of heat) to produce 12volt at least this is what all my "sparky" contacts tell me . my own experience has shown led lighting to be the way to go , i am using a small deep cycle battery ,a small solar panel and leds so far so good with more and more 12volt led lights becoming available
No, a 240 volt string of Christmas lights is designed to be used with a 240 volt socket. Plugging it into a 110 volt socket may damage the lights and pose a safety hazard. Be sure to always use lights with the correct voltage rating.
For a 240 volt circuit, you should use a 240 volt fuse in each leg for proper protection. Using two 120 volt fuses is not recommended as it could lead to safety hazards and may not provide adequate protection for the circuit.
12 volts is enough for a 12-volt 100-watt light bulb. It would not be enough for a 120-volt or 240-volt bulb.
Yes, a 240 volt window air conditioner is generally more energy efficient than a 120 volt unit with the same BTU rating. This is because higher voltage appliances require less current to operate, which can result in lower energy consumption and potentially lower operating costs.
Not necessarily. The voltage of a light does not directly determine its energy consumption. The power rating of the light (measured in watts) will determine how much electricity it consumes. A 120-volt light may consume more or less energy than a 240-volt light depending on its power rating.
No, a 240 volt string of Christmas lights is designed to be used with a 240 volt socket. Plugging it into a 110 volt socket may damage the lights and pose a safety hazard. Be sure to always use lights with the correct voltage rating.
Because 240 volts is dangerous
1You could get 220-240V from using the two live ["hot"] wires rather than one live and one neutral. 2Tim, Industrial control transformers are available to get 120 volts from 277 volt systems. If you feed one of these with 120 volts to the secondary coil, it will put out 277 volt from the primary. However, these are rare and are not cheap. If you are trying to use surplus 277 volt fluorescent lights on a 120 volt system, it would be cheaper to replace the ballasts in the fixtures. Another approach would be to use an autotransformer with a 240 volt primary and a 32 volt secondary. If you feed it with 240 volt and wire it to boost +32 volts that will give you 272 volt which should run the lights. But again, you are looking at $60 - $100 for one circuit of lights. 3If you have access to three phase power..... Phase to ground on a 480v 3 phase system is 277v.
240
Yes
It is neither more or less dangerous . The determining danger factor is amperage.
No, a 240 volt device runs on 240, and a 120 volt device runs on 120. Attempting to run a device on incompatible voltage results in damage.
no
For a 240 volt circuit, you should use a 240 volt fuse in each leg for proper protection. Using two 120 volt fuses is not recommended as it could lead to safety hazards and may not provide adequate protection for the circuit.
Yes a 10 amp fuse can be used to protect a 240 volt circuit. The amperage rating of a fuse is based on the given amperage load of the circuit. The voltage rating on a fuse must match or be higher than the voltage that is applied to the fuse. In other words you can not use a 240 volt fuse on a 277, 347, 480 or 600 volt circuit but it can be used on a 120 volt, Manufactures of switching equipment today make it impossible to interchange different voltage fuses to be installed in higher voltage switches.
12 volts is enough for a 12-volt 100-watt light bulb. It would not be enough for a 120-volt or 240-volt bulb.
no