Understanding how an RV air conditioner works is important.
The reason it’s essential comes down to knowing how much power is required to run the RV air conditioner. You will want to prepare for this to make sure the right amount of power is available from the power source when running an RV AC.
With this in mind, what’s the 15000 BTU RV air conditioner amp draw?
The amp draw for a 15000 BTU RV air conditioner is between 13 to 16 amps. The number varies depending on the setup. It’s recommended to use a 30 amp connection to help handle surges in power.
It’s important to note that most RV air conditioners are going to have an amp draw of less than 20. This is the average.
It’s best to adjust for fluctuations by going to a campground and finding a connection that will offer at least 30 amps. Most campgrounds are going to have a 30 or 50-amp connection depending on the setup.
This guide is going to dive deeper into how many amps an RV AC uses.
Table of Contents
How Many Amps Does An RV Air Conditioner Use?
1. 20 Amps Or Less Is Common
Let’s begin with a basic understanding of how many amps an RV air conditioner uses.
The average RV air conditioner is going to use between 13 to 16 amps. Larger models will end up using around 20 amps but most will remain under this limit.
It’s recommended to read through the user manual to gauge what the amp draw is for an RV air conditioner.
The reason to be aware of this is to know how to power an RV air conditioner.
The RV air conditioner can be connected to a 30 amp outlet. It will work well with this type of setup and it’s going to remain stable when it’s running. The most important detail to think about is stability. If the cooling matters, it needs to be running for things to turn out as required.
This will not be a problem when connecting an RV AC to a 30 amp outlet.
2. Using a Generator For RV AC
Are 30 amps enough for a 15000 BTU AC?
Yes, 30 amps are enough for a 15000 BTU AC and will help maintain a consistent supply of power to the unit. This includes any surges of power that occur when the appliance is running during the day.
It’s important to set up a generator for the RV AC.
The reason has to do with maintaining a robust power connection to keep the unit running. The generator is going to offer ample power and is going to keep the RV AC running for as long as needed. This helps during hotter days.
3. Using a Small Circuit
When looking at the RV air conditioner voltage requirements, it’s important to also look at the circuit as a whole.
The RV air conditioner might be one appliance that’s connected to the circuit. If there are other appliances and/or devices linked to the circuit, this can lead to excess drawing.
Do not let this happen as it might ruin the circuit and anything that is connected to it.
A smaller circuit is better for the RV AC. This includes a direct link to the power source. Doing this is going to make sure the unit continues to run as required.
A small circuit helps keep the RV air conditioner running and also ensures its cooling efficiency is as good as it needs to be.
4. Preventing Overloading
This is one concern you are going to have to think about.
Overloading is a real concern and it’s essential to make sure nothing is being done to damage the air conditioner.
Overloading is going to harm the circuit and it is not going to let enough power run to the unit. This is when it becomes essential to test the circuit and make sure it is not being overdrawn.
How do you do this?
You want to look at the performance of anything that is linked to the unit.
This includes the RV air conditioner.
What’s the 15000 BTU RV air conditioner amp draw?
The amp draw for a 15000 RV air conditioner is between 13 to 16 amps. It’s recommended to maintain a 30 amp connection to protect against surges in power.
This is ideal when running an RV air conditioner and hoping to get it to run consistently.
You do not want to overload the air conditioner as that is not good for how it’s going to run and it will overdo the amount of overloading that is done on the circuit. It’s better to make sure you are addressing this issue by using a smaller circuit that offers at least 30 amps.
This is essential in getting the RV air conditioner to run consistently.