mikenr said:
I'm on a steep learning curve here
Ha Ha dont spin out or fall of it will only get better...............
mikenr,
I can go with what I have for results on the Moli-Energy cells that I have tested and say that voltage has very little effect on the IR of these cells.
Most of them measure a
little less or a
little more in m? after a full charge.
If the seller tested the IR with the Liito Ks then that IR is way off. The Liito Ks dont test the cells with a 1KHz 4 wire test they run a simple V drop test and calculate the DC IR which in its own right is OK but not the accurate way. Additionally the charger contacts themselves add a considerable amount of m?s to the mix.
Here is a chart of all the Moli-Energy cells That I have tested with the Liito Kala Lii-500 These are the slightly higher capacity cells2300mAh and 2600mAh ones.
The fact remains the same, the IR doesn't change that much from before the test and charge, to after the 30+ days recheck. That goes for all cells I have checked from all manufactures except the SONY GR series.(That's a strange cell) :huh:
The Manufacture of the Moly-Energy cells claims that an IR of ?80m? is acceptable for their J and K series I was not able to find the spec. for the H series but I would imagene it is about the same.
I did finda Moli B that is close to the MoliH at 2250mAh that says 75m? max.
Do your own experiment with them. Discharge 4 cells with your Liito K and measure the IR and then charge them and repeat the IR check.
Slap the data into a spreadsheet and slowly you will find a correlation.
Also since this is a 2200mAh cell what are you getting for results?
Link to molicel product info
http://www.molicel.com/products-applications/explore-by-product/
Wolf