Motorhome 5th wheel and camp trailer roof top air conditioners.
How many amps does a rv roof air conditioner draw.
The formula is 30 amps x 120 volts 3 600 watts.
Average wattage once running.
A roof air conditioner can draw 16 amps to start but may only use 13 amps once it is running.
If both of these appliances were used at the same time on the same 15 amp circuit the circuit breaker in the rv would trip.
One other thing to keep in mind is many rv appliances require more amps to start the appliance than they do to run the appliance.
A larger fifth wheel or a class a rv generally uses 50 amp capacity.
Where as a 13 500 btu air conditioner will draw around 12 amps.
There is a chance for it to increase depending on the number of the air conditioning units installed in your rv and their individual sizes.
Additional wattage required for starting.
The formula is 2 000 watts 120 volts 16 7 amps.
Another example would be determining the maximum wattage capacity for an rv with a 30 amp 120 volt ac electrical system.
It also depends on what mode the unit is set.
10 000 btu rv air conditioner.
That s the figure for a 15 000 btu unit.
A 15 000 btu air conditioner in rv on an average draws around 12 5 13 amps.
Rv air conditioners are typically either 15 000 btu british thermal units or 13 500 btu although other sizes exist as well.
The exact value depends on the btu and the mode in which it is operating.
Watts required for start up.
7000 btu rv air conditioner.
Your air conditioning unit for instance draws around 12 5 amps.
The typical rv is usually designed with either a 30 amp or a 50 amp 220 vac service that powers all of the electrical equipment and appliances the owner may want to use while camping.
How much current do your rv appliances draw.
Note that the 12 5 amp drawn by your air conditioning unit is just the start up figure.
An air conditioner on an average needs around 12 16 amps.
15 000 btu rv air conditioner.