Lithium chargers should charge on a CC/CV algorhythm. Meaning the current is a constant (CC) until the charge is nearing completion then the charger uses a constant voltage (CV) to taper off the current as the charge completes.
What you're indicating definitely suggests a glitch in the charger.
Though with older batts, and the p3 there may be a voltage drop giving false readings. Which if the case, it may be time for new cells.
Does the p3 fire the atty when testing the battery like older provaris?
Does the p3 still read those batts @ 95%+ after charging in the tenergy?
If the answers are yes to the firing question and no to the tenergy question, it's time to replace the cells.
If not, you just have to choose whether you want to continue to use the d2. Under charging your cells will make them last through more cycles at the cost of having to cycle (charge) them more often.
Personally, I'd get an xtar and be done with it once I knew if I was ordering new batts with it.
Tapatyped
What you're indicating definitely suggests a glitch in the charger.
Though with older batts, and the p3 there may be a voltage drop giving false readings. Which if the case, it may be time for new cells.
Does the p3 fire the atty when testing the battery like older provaris?
Does the p3 still read those batts @ 95%+ after charging in the tenergy?
If the answers are yes to the firing question and no to the tenergy question, it's time to replace the cells.
If not, you just have to choose whether you want to continue to use the d2. Under charging your cells will make them last through more cycles at the cost of having to cycle (charge) them more often.
Personally, I'd get an xtar and be done with it once I knew if I was ordering new batts with it.
Tapatyped
