If a battery is not kept on a maintainer and sits for and extended time, the plates start to get a coating of sulphite on them. When that happens, the battery can't absorb a full charge, and fades fast.
Yes. It came bottle supplied which is one reason I've had no concern about letting it sit on the bench for months before using it.Did you get a dry battery and that is why you need prep the battery?
What do you mean "thought"? The same as OEM battery is AGM. It says so right on the box. At least that's what I read on the box I have!Was in a sealed Yuasa box, already serviced, but somehow thought it was an AGM style battery.
I just watched this: https://www.youtube.com/watch?v=IRHR9EaxSgE, "How to Desulphate a Battery." In the clip they show that to desulphate a battery a higher voltage, like 16 volts, is applied to the battery for awhile. This probably explains why yesterday when one time I checked to see what was happening the Battery Bug showed something like 15.5 volts. The DieHard was connected and on at the time. What I thought was something maybe gone wrong was probably an automatic desulphate mode the charger was in. My DieHard charger may be smarter than I realized!If a battery is not kept on a maintainer and sits for and extended time, the plates start to get a coating of sulphite on them. When that happens, the battery can't absorb a full charge, and fades fast.
That comment would indicate that plugging your Spyder in to a maintainer every time you park it, is not necessary. I also saw comments regarding reversible and non-reversible sulphation. Sulphation occurs any time the battery is discharged, and then is reversed every time you charge it. That is, unless the sulphation is severe such as comes from storing the battery in a fully, or near fully, discharged condition. In that case it most likely will be irreversible and thus ruins the battery. Based on the discussions I read reversible sulphation is not 100% reversed every time the battery is charged. Hence, every battery will eventually die from sulphate buildup.Don’t Store on “E”:
Always store your battery fully charged. Even when not in use, apply a full charge every 6 months to keep the batter in prime working order, as the charge on a battery will slowly deplete over time even if they aren’t being used.
I agree with Bill but replace batteries every three years.....needed or not. If I would get stranded in southwest Texas, with no cell service or towns and little vehicle traffic I would be in trouble.....which I don't need. Yep, every three years....and give them a full charge before installing new battery....
Are you bragging or complaining?This is Florida......... you gotta mow the grass every two weeks, even in December.
Are you bragging or complaining?![]()
I just watched this: https://www.youtube.com/watch?v=IRHR9EaxSgE, "How to Desulphate a Battery." In the clip they show that to desulphate a battery a higher voltage, like 16 volts, is applied to the battery for awhile. This probably explains why yesterday when one time I checked to see what was happening the Battery Bug showed something like 15.5 volts. The DieHard was connected and on at the time. What I thought was something maybe gone wrong was probably an automatic desulphate mode the charger was in. My DieHard charger may be smarter than I realized!
Regarding charging of batteries not being actively used here's a quote from Crown Battery, you know, the folks who build Crown fork trucks. https://www.crownbattery.com/news/charging-best-practices.
That comment would indicate that plugging your Spyder in to a maintainer every time you park it, is not necessary. I also saw comments regarding reversible and non-reversible sulphation. Sulphation occurs any time the battery is discharged, and then is reversed every time you charge it. That is, unless the sulphation is severe such as comes from storing the battery in a fully, or near fully, discharged condition. In that case it most likely will be irreversible and thus ruins the battery. Based on the discussions I read reversible sulphation is not 100% reversed every time the battery is charged. Hence, every battery will eventually die from sulphate buildup.
The bottom line is this. Every battery will fail. Two of the main causes are usage over time, or extended storage times in a discharged condition. We are, of course, referring to lead-acid batteries only.
:dontknow::dontknow::dontknow::dontknow::dontknow:
You saying they don't come with this?
(Picture below)
!
Not quite. You'll see 14.3 when running or on a charger because that's what the voltage level the charging system is putting out, even if the battery static voltage is much less and the battery is not fully charged. The last I checked my battery charger was showing the battery as fully charged and my voltmeter showed 14+ volts. But when I disconnected the charger the voltage dropped to something like 9.2. That's why I said earlier that voltage level and "fully charged" are not reliable indicators of battery health.Fully charged is @ 14.3 volts when running. Static voltage is @ 12.5.