"Cam" Veteran Location: Japan
| The 0606i is a DC charger. You need a separate Power Supply Unit (PSU).
If your pack is 2500mAh (TRex 500) you will want to charge it at 2.5 Amps. (1C).
The nominal pack voltage times the amps = 55.5 Watts. This means, as the pack reaches full charge (4.1, 4.2 Volts per cell) the charge rate will slow to only 2.0 Amps.
The 0606i AC/DC internal transformer is only 60W and rated at 50W continuous which means if you want to charge a 6S pack at 3 Amps, it will start at 2.7A and drop to 2.2A for most of the charge, before dropping below 2A for the last 15 minutes. [With the 0610i NET there is a setting called TCS- Terminal Capacity Selection, and you can set this to say 90%, avoiding the slowest charge rate and save that 15 minutes by only charging the pack to 90%].
If you had a 2300mAh 6S A123 pack you Can charge it at 10 Amps on the 0610i NET, And if you had a 5000mAh 6S LiPo pack you can charge it at 5 Amps as the peak power will only be 126 Watts, compared to the 0610i NET’s potential of 250W.
It may even be possible to charge a 5000 pack at 10 Amps (2C) for about three-quarters of the charge (before exceeding the power rating) but I will have to check if it the will allow this – some chargers in the range you choose the Amp Rate by selecting the capacity and some by telling the charger the Amp value. It may also be limited to 1C and I think the capacity has a limit of 6000. (I can check all this tomorrow).
  
The Packs in the photos above are 5S 4800 LCL and 5S 4500 VX. Wired for flight as 15S2P and all disconnected for balance charging. You can see the Sync wires in the photo with the Red (LCL) Packs. The Amps in the far right photo are low because the cells are at 4.1V each. (The Amps are not the same becasue I forgot to sync the charges! But the balancer calibrtaions of each charger are close enough to get away with it)! Sometimes the chargers stop the amps for a few seconds to accurately read the cell voltages. |