FAQs

FAQ

How should I choose a battery charger? 

First indentify the battery type. For the moment, there are four catogaries, they are Lead Acid battery, NiMh/NiCd battery, Lithium-ion/Lipo battery and LeFePO4 battery. 

Next is to find the voltage on the battery that will be charging. Assure to match the voltage on the charger with the voltage of battery you are charging (for example a 6v battery should be charged with a 6v charger). 

Then take knowledge of the capacity(Ah, mAh) rated on your battery. Every battery charger is rated for a range of batteries based on Ah or mAh. Generally choosing a charger for a SLA battery, match the voltage and use output that is less than 20% of the capacity rated on battery
For Example,
To charge a 6V 6Ah SLA battery, we need to choose a charger with a max output of 1.2Amps (6x 0.2 = 1.2) 

What is the difference between connecting batteries in series and connecting batteries  in parallel?

You connect two or more batteries in parallel if you need a larger battery (higher Ah).
You connect two or more batteries in series in order to get a larger amount of voltage. If you connect two batteries of 12V each in series, you will end up with a 24V system.

How do I connect in series/parallel?



What happens if I use my charger on a larger battery than recommended?

Using a smaller charger than recommended will give longer charging times. If you are only using the charger for maintenance charging you will get a good result anyway. 
The problem with a smaller charger is, among other things that the charging time at high current becomes extra long and therefore the battery will lose fluid unnecessary. Also, the charger might not fully charge because of the built in overheating protection.

My battery has been frozen. Can I charge it?

No, the battery has to defrost first. Note that the battery has been completely drained before it froze otherwise it would not have been possible. Make sure the battery does not have any cracks in the casing before charging it.

What does ripple mean and how does it affect the battery?

Current ripple is a measurement of how much alternating current the charger supplies. High current ripple causes high losses which costs money and generates heat in the battery. This heat means that you must charge using a lower current to avoid gassing. Conventional chargers heat the battery up to four times as much as Gudy chargers.
 Voltage ripple describes the amount of alternating voltage that is mixed with the direct current output. This may cause voltage peaks that could damage sensitive electronics.

How an pulse 12V to 72V Lead Acid  battery desulfator good to your batteries?

The Auto Pulse Lead Acid Battery Desulfator is designed to extend the life of your lead acid batteries by removing sulfate build-up. Sulfation is a common cause of battery failure, reducing capacity and preventing batteries from holding a charge. Our desulfator uses advanced pulse technology to dissolve sulfate crystals, restoring battery performance and prolonging lifespan.

Installation is quick and easy – simply connect the desulfator to your battery terminals and let it work its magic. It's compatible with a wide range of lead acid battery types, including flooded, gel, AGM, and VRLA batteries. Whether you're a car enthusiast, boat owner, or RV traveler, our desulfator is an essential tool for maintaining your batteries and ensuring reliable performance.

Don't let sulfation shorten the lifespan of your batteries. Invest in the Auto Pulse Lead Acid Battery Desulfator and keep your batteries running smoothly for years to come.