Where as a 13 500 btu air conditioner will draw around 12 amps.
15000 btu rv air conditioner amp draw.
Average wattage once running.
In most cases people are interested in how many amps does a 5 000 btu air conditioner use.
7000 btu rv air conditioner.
Personally i would always opt for 50 amp over 30 on any rv it was available on.
Rv air conditioners with 13 500 15 000 btu use about 1500 1800 watt in cooling mode.
A 15 000 btu air conditioner in rv on an average draws around 12 5 13 amps.
That is equal to about 15 amps on a 120 volt power supply.
The problem is if your rv only runs on 30 amps then you may find your self short on power when you come to using your kettle.
A heating mode will need extra amps like a 15 000 btu air conditioner set in cooling mode can draw a 13 amp but when set in heating mode it can draw 15 amps.
Anyone measure the startup amperage draw for a typical 15000 btu air conditioner.
The 15k ac will probably draw around 13 to 16 amps on start.
Watts required for start up.
It also depends on what mode the unit is set.
A 15000 btu rv ac will need 3500 to start and 1800 running watts.
One of them is fla or full load amps.
Most ac units will draw around 10 20 amps depending on how high the btu is.
Once it s up and running it will need 50 less power like 1500 watt running.
What is the start up watts of a 15 000 btu rv ac 3300 watts surge 2000 steady state.
It also depends on the mode of heating and cooling.
15 000 btu rv air conditioner.
13 500 btu rv air conditioner.
10 000 btu rv air conditioner.
I am thinking once started it will draw about 15 to 18 amps and the locked rotor draw is about 55 amps so the starting draw must lie somewhere between these two values.
An rv that has 13500 btu air conditioner will need at least 3000 watts to start.
If you look on the boiler plate for the air conditioner you ll see a couple of amp ratings.
Running wattage requirements.
If you have the extra cash than a 15000 btu rv air conditioner which is ducted.
Without 50 amp you re basically saying you will only ever have a single a c unit installed.
Even smaller portable generators are capable of running this a c but the real problem is the start.
The electrical current measured in amperes or amps for short needed to run an air conditioner is directly proportional to how much the ac unit will affect your electricity bill.
This is kinda like a worst case scenario for amp draw at start up on a very hot day.
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.
Is 30 amps enough for 15 000 btu ac.
Motorhome 5th wheel and camp trailer roof top air conditioners.
