No. The 240V lamp will pop the circuit or fuse because the draw is higher than the supply.
It depends on the size of the lava lamp
The Louisiana Purchase in 1803 greatly increased America's supply of natural resources, as it doubled the size of the country and provided access to abundant land, minerals, and water resources.
what size wire would be required for an ak012 with a power supply of 208/240-3-60 hz
that depends entirely on the size of the lamp post
the trick to finding the right size lampshade for your lamp is to measure the base of the lamp, times it by the height and the divide it by the width. this answer will be the diameter of your lampshade.
It is limited by the size of the fuse in the circuit.
To determine the right size lamp shade harp for your table lamp, measure the height of the lamp base and add 1 inch for a standard fit.
The size of that battery can increase weight, but the size can improve burn time and brightness. Bigger batteries generally supply more power. If the volts are increased this increases the capacity for a brighter bulb. If the amps are increased this increases the burn time of the flashlight.
that depends entirely on the size of the lamp post
The size fuse should be noted on the old fuse.
Mercury lamps typically operate at voltages ranging from 100 volts to 600 volts, depending on the specific type and size of the lamp. The exact operating voltage required will be specified by the manufacturer in the lamp's technical specifications. It is essential to follow the manufacturer's guidelines to ensure safe and optimal performance of the mercury lamp.
First, the answer is going to depend on what electrical supply you have, in particular the supply voltage, and where in the world you are as the rules vary between countries. In England with a 240 volt supply and normal '13 amp' ring mains the following would be normal. For electronic equipment such as a stereo or computer - a 3 amp fuse. Something like an electric drill etc might have a 7 amp fuse Electric fires, electric irons etc usually need a 13 amp fuse. To work out the correct fuse, divide the power rating of the device by the supply voltage, For example. A large TV rated at 350 watts on a 240 volt supply will draw 350 / 240 = about 1.5 amps. The next highest fuse you can buy is 3 amp so use one of those. Never ever use something like a nail in place of a proper fuse, this can cause a fire or death,,,