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15 amp
20 amp is perfect, 15 is fine
20 amp breaker 12 gauge wire assuming its 120 volt
15,000 watts at 240 volts will use 62.5 amps. Therefore you will need to use AWG #3 wire on a 100 amp breaker.
There are zero volts in a watt. Watts are the product of amps x volts. Without stating the voltage and amperage, the wattage of a device can not be calculated.
15 amp
20 amp
20 amp is perfect, 15 is fine
A watt is the product of amperage times voltage.
20 amp breaker 12 gauge wire assuming its 120 volt
15,000 watts at 240 volts will use 62.5 amps. Therefore you will need to use AWG #3 wire on a 100 amp breaker.
a 220 volt, 3200 watt oven will draw under 15 amps, so yes a 2o amp breaker will work.
There are zero volts in a watt. Watts are the product of amps x volts. Without stating the voltage and amperage, the wattage of a device can not be calculated.
Current in amps = watts/ voltage in volts. If you have a 240 volt supply, it will draw 4800/240 = 20 amps, so no. This is a very powerful water heater, and would normally be wired into a dedicated circuit, presumably with a 30 amp breaker.
they will accont in parallel 100//150=60 watts <<>> The individual amperage of the 100 watt heater will be A = W/V = 100/110 = .9 amps. Resistance of heater is R = E/I = 110/.9 = 122 ohms. The individual amperage of the 150 watt heater will be A = W/V = 150/110 = 1.36 amps. Resistance of heater is R = E/I = 110/1.36 = 80.8 ohms. Resistances in series circuits are additive. R1 +R2 = 122 + 80.8 = 202.8 ohms. W = E sqd/R = 220 x 220 = 48400/202.8 = 238 watts. The 100 watt heater will operate hotter than its nameplate rating and the 150 watt heater will run cooler that its nameplate rating.
A 2000 watt heater draws 8.3 amps on a 240 v supply, so the cutout should be set to 10 or 12 amps. <<>> In North America a 2000 watt baseboard heater will be fed with a two pole 15 amp breaker. A two wire cable of #14 copper will be used to connect the supply voltage to the heater.
Yes, the total amperage load of a 2000 watt heater at 240 volts is 8.3 amps. Keep in mind that the wire feeding the heater must be a #10 because the breaker is rated at 25 amps. A wire's ampacity rating can be larger that the breaker amperage rating but never smaller. Example, a #14 rated at 15 amps or a #12 rated at 20 amps can not be connected to a 25 amp breaker. The 25 amp breaker does not trip until it reaches 25 amps well over the allowable amperage of the #14 amd #12 wire. This is why a #10 wire must be used as its rating is 30 amps.