A typical home hot water heater uses 4800 watts. The circuitry connecting to the tanks is a 20 amp breaker with #12 wire for the connection. The tank draws 20 amps. W = A x V = 20 x 240 = 4800 watts. Some industrial hot water tanks can be rated at four times the size of home tanks.
There is one part of the question missing. To find an answer the kW of the heater must be stated. Then the equations used are, to change kW to watts, Kw/1000 = watts. Once that is found then use, I = W/E, Amps = Watts/Volts. This will give you the value in amperage of the heater.
Zero watts can be installed in 1000 micro farads. Watts are the product of amperage times volts. Micro farads is a value used in talking about capacitance.
Six KVA is the same as 6000 watts. As you can see, the appliances have to be totaled up to the amount of 6000 watts to see how many can be used. Each device has its own wattage on the manufactures label and it is usually different for different appliances.
Watts is joules per second, so 50 joules in 5 seconds is 10 watts.
It depends upon how far you need to take it.
The wattage needed to run an oil heater can vary depending on the size and model of the heater. In general, oil heaters typically range from 600 watts to 1500 watts. It's important to check the manufacturer's recommendations for the specific oil heater being used to determine the exact wattage required.
A typical block heater for a car engine would be around 400-1500 watts, depending on the size and efficiency of the heater. This kind of heater is used to keep the engine warm in cold weather for easier start-ups.
The power used by the heater can be calculated using the formula: Power = Voltage x Current. In this case, the power would be 460 volts x 5 amps = 2300 watts.
Do you mean how many watts are used to make hot water? It varies, but a typical home electric hot water heater consumes about 4,500 watts. Industrial hot water heaters might use 20,000 watts or more! I have a little warmer that keeps my coffee warm as I type this, it consumes about 300 watts. Of course it only heats 6 ounces of water....
It obviously varies from TV to TV, but between 0.3 and 10 watts, with newer ones taking less.
To calculate the power used it is necessary to add up the power requirement: typical power values would be solar fans 0, fridge 20 watts average, lighting 200 watts, cooker up to 3000 watts, heater up to 3000 watts, mobile charger 3 watts, TV 150 watts. Solar panels of around 1.2 metres by 1 metre produce about 220 watts in maximum conditions, or about 15 watts out of direct sunlight. So without the heater or cooker a couple of panels should do it on a sunny day, otherwise add 15 panels for the cooker OR the heater.
Up to 2000 watts. 2000 VA means the voltage times the current equals 2000, which must be multiplied by the power factor to find the power. The power factor depends on which type of load is being used. A heater has a power factor of 1, a motor around 0.8.
TV 150 watts, computer 200 watts, laptop 40 watts, refrigerator 15 watts average, toaster 900 watts, light bulbs 15-150 watts, fan 20 watts, a/c 3000 watts, space heater 2000 watts, hair dryer 1000 watts, oven/stove 3000 watts, microwave 1000 watts. Total energy used is equal to the watts times the time. The total energy in units or kWh is the power in kilowatts times the time in hours.
The wattage used to heat water with a single heating element depends on the power rating of that element, which is typically measured in watts (W). For example, a common residential water heater element might be rated between 1,500 to 5,500 watts. To determine the exact wattage used, you would need to know the specific rating of the heating element in use. The energy consumption also depends on the duration the element is operating and the volume of water being heated.
Voltage of the pump (12) multiplied by the current draw = the watts used. This would be 12 watts if the current was 1 amp, 24 watts if the current is 2 amps, and 36 watts if the current is 3 amps, and so on...
There are two insulated heater elements that heat the water.
A base board heater could be rated at any amount of watts. Their physical size usually has no bearing on the wattage but that being said usually the smaller the physical size the lower the wattage. A three foot unit at 240 volts could be 500 watts or .5 kW. The rating of the heaters is on the back of the heater. If the heater is mounted and you want to know how many watts it is, you will have to remove the heater away from the wall to get to the nameplate. If you have access to a clamp on amp meter, the amperage reading can be multiplied by the voltage of the heater. This will give you the wattage of the device. To find kW divide the wattage of the heater by 1000. The amount that the heater uses in kW s depends on its off and on time cycle. This is referred to as kWh. This is the figure that the utility company uses, times how much they charge for a kWh, to calculate the charge to you for the power that you have used.