Why is the RV battery disconnect switch so important
The RV battery disconnect switch is a critical safety component of any RV. It’s also a handy tool to use when storing your RV or making any sort of electrical upgrade.
Below we’ll discuss what this switch does, how it works, and why it’s an important part of any lithium polymer battery setup. Let’s start.
First and foremost, the RV battery disconnect switch is a helpful safety precaution that allows you to cut off power instantly. It can protect you against electric shock while performing maintenance and allow you to conduct troubleshooting without interfering with your work.
The disconnect should be turned off when you store your camper so your batteries discharge more slowly. Mind you, they’ll still discharge spontaneously over the course of several weeks, but with the switch off it’ll take longer. Using your disconnect switch in this way ensures longer life for your batteries.
Battery disconnect switches are designed to cut-off electrical power, help protect against electrical fires and theft when equipment is not in use. They also provide a reliable way to shut down electrical power during maintenance and protect batteries from excessive drain.
What does the RV battery disconnect switch do
The RV battery disconnect switch turns off power from the battery to the RV. Essentially, it provides an easy and convenient way to disconnect the main circuit from the power system.
By doing this, your lithium polymer battery will remain in the same state of charge as it was before the power was turned off. This protects your deep cycle battery from constant drain from low voltage appliances and ultimately helps extend battery life. Sometimes, lithium car batteries can also play an important role.
Why do you need an RV battery disconnect switch
The RV battery disconnect switch is very important as it helps protect your battery and your safety. You can easily power off your RV equipment anytime you need to work on your RV, ensuring you don’t run into live wires.
It also gives you a safe option when storing your RV. After all, appliances like refrigerators, LP detectors, and radios constantly consume small amounts of power. Over time, this can build up and drain your lithium polymer battery completely.
It’s not good to store any battery without a charge, nor is it fun to go back to a dead battery. Keep in mind that a “dead” battery isn’t actually dead; it’s just electronically sleeping and may need to be “wake up”.
The disconnect switch also makes it safer to install and remove the battery. Since the battery itself cannot be turned off, it is important to have an electrical connection to the battery without any load. Disconnecting the RV before adding or removing batteries reduces the risk of short circuits and sparks when using batteries.Sometimes, the lithium battery price is also a very important factor.
How does the RV battery disconnect switch work
If you’ve ever installed an RV battery, then you know that power for the main compartment comes from a negative cable that is powered by your deep-cycle battery. Many people actually disconnect this negative cable every time they need to work on their RV or prepare it for storage.
A better option is to simply install an RV battery disconnect switch. Instead of connecting directly to the RV’s negative cable, the disconnect switch breaks that connection. Then, another shorter negative cable goes from your RV disconnect switch to the rest of the electrical system.
With this, you can easily turn off the current from the battery.
An RV battery disconnect switch can be installed on the negative or positive lead of the battery and it will effectively disconnect the entire circuit. However, mounting the switch on the negative lead adds extra safety. When adding or removing batteries, it is possible the tool can short between the positive lithium polymer battery lead and the RV frame even if the positive is disconnected.
Because of this disconnect, the negative lead will destroy any ground path potential and make removal safer. With the disconnect switch on the positive side, always disconnect the negative lead first. This minimizes the chance of your tool shorting the battery pack.
Even though the switch is red, please note that this switch is on the black negative lead where the battery is connected.
Where is your RV battery disconnecting switch
The RV battery disconnect switch is usually located in a bay near or next to the battery. If you’re installing it yourself, it’s important to place the switch where you can easily access it. Sometimes, you can even find it in the main part of the RV.
No matter where it is, it is critical that nothing else is connected to your RV cable before the switch. This ensures that your RV disconnect switch will shut down all power in the RV when engaged.
When would you use an RV battery disconnect switch
RV battery disconnect switches serve several purposes. First, it lets you turn off the power from the battery pack while the battery is installed. It will also come in handy when doing any maintenance (or refurbishment!) on the battery or electrical system.
With the flip of that switch, you’ll have peace of mind knowing your rig isn’t receiving any current when you’re drilling through walls, changing lights, etc.
You’ll also want to use a circuit breaker when preparing to store your rig. As mentioned before, the switch puts your battery in the same state of charge it was before the power was turned off. Then you can rest assured that your battery won’t overcharge or drain when your rig sits for months on end.
Since Maxworld Power batteries don’t require a battery tender to be stored, using a disconnection is a great tool to winterize your batteries.
Conclusion-Make sure you have an RV battery disconnect switch
The RV battery disconnect switch provides RVers with an easy way to turn off power between the battery and the main part of the RV. This is handy in a variety of situations, including battery installation, RV maintenance, RV storage, and even checking battery voltage.
This makes it an important part of your battery setup, as it protects your safety and the health of your battery, and allows you to control how much power your battery puts out.