Now that you’ve learned about the factors that constitute a true RV deep-cycle battery let’s move on to the proper charging for these batteries.Īlthough proper AGM battery charging techniques may seem like a bit of a mystery as a result of greatly differing industry information, it is really quite simple. Unlike any other RV AGM battery brands, Lifeline batteries can tolerate in-rush current levels as high as 5C (500A for a 100Ah battery) due to their extremely low internal impedance levels. In addition to the thickness of the positive battery plates, the chemistry of the proprietary lead oxide paste and acid ratios are also large contributors to the success Lifeline is experiencing throughout the RV and numerous other industries. Lifeline RV batteries provide industry leading life-cycles and boast 1000 to 1100 cycles at a 50% depth of discharge. It is important, however, to keep in mind that the deeper the depth of discharge the fewer life-cycles you will be able to utilize. You can discharge Lifeline RV batteries to 100% without causing damage to the battery. The thickness of the Lifeline battery positive plates enables them to be drawn down, or deeply discharged without damage. What makes a Lifeline AGM deep-cycle battery a true deep-cycle battery? Thick positive battery plates are one of the biggest contributors to the deep-cycle battery concept and in fact, Lifeline positive battery plates are some of the thickest in the industry (Lifeline positive plate thickness of. Perhaps the single greatest challenge when the time comes to make the best RV deep-cycle battery selection, is sorting through the plethora of misinformation that is eternally circulating.
The last portion of these RV battery papers will cover battery testing procedures designed to assist in the diagnosis of damaged batteries. Topics will include a detailed definition of the characteristics of deep-cycle RV batteries, proper charging practices and RV battery storage procedures. The goal of these RV battery papers is to provide insight into RV AGM batteries. All of these steps and processes contribute to the unparalleled true deep-cycle performance that is delivered by Lifeline Batteries. There are special stabilizing materials used on the negative plates, the absolute highest micro porous glass matting, hand welded over the partition intercell connections and fully sealed and crimped edges all polyethylene separator material just to name a few. In addition to thick flat positive plates, there is an array of materials and processes used in the manufacturing of Lifeline Batteries that make them top performers. You won’t get the same life expectancy from batteries that have thin flat plates or from thin spiraled plates, but only from the thickest positive plates in the industry like those used in Lifeline Batteries. Not all deep-cycle batteries are built to the same standards. Deep-cycle batteries are specifically designed to handle the rigors of deep discharges and recharges with the most effective delivery of energy.
A true deep-cycle battery, like Lifeline Batteries, is what you will need to accomplish this task effectively.
Not just any type of battery is designed for this strenuous type of discharge and recharge life style.
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