1 power supply for 2 chargers
#1
1 power supply for 2 chargers
I've been running a TP610c charger on a Victor Engineering 12 amp max 13.8v, 165 watt max, power supply. I'm charging at 10 amps / 2s with no problems.
Would it be possible to power to 2 of those chargers at the same time using this 1 power supply? If so, is there any special way they'd need to be hooked up?
Could I continue to charge at 10 amps for 2s?
What charge rate could I manage at 4s in a 2 charger 1 power supply config?
Thanks for your input.
Would it be possible to power to 2 of those chargers at the same time using this 1 power supply? If so, is there any special way they'd need to be hooked up?
Could I continue to charge at 10 amps for 2s?
What charge rate could I manage at 4s in a 2 charger 1 power supply config?
Thanks for your input.
#2
Tech Master
iTrader: (3)
Easiest way to do it is to get yourself one of these
http://www.rcaccessory.com/12vdcpowerstrip.aspx
If you power supply is 165 watts simply divide the voltage you need into it, less 20% for overheads
165 watts less 20% = 130watts
130 / 16.8 (4s pack) = 7.7 amps or so
Cheers
http://www.rcaccessory.com/12vdcpowerstrip.aspx
If you power supply is 165 watts simply divide the voltage you need into it, less 20% for overheads
165 watts less 20% = 130watts
130 / 16.8 (4s pack) = 7.7 amps or so
Cheers
#3
Easiest way to do it is to get yourself one of these
http://www.rcaccessory.com/12vdcpowerstrip.aspx
If you power supply is 165 watts simply divide the voltage you need into it, less 20% for overheads
165 watts less 20% = 130watts
130 / 16.8 (4s pack) = 7.7 amps or so
Cheers
http://www.rcaccessory.com/12vdcpowerstrip.aspx
If you power supply is 165 watts simply divide the voltage you need into it, less 20% for overheads
165 watts less 20% = 130watts
130 / 16.8 (4s pack) = 7.7 amps or so
Cheers
Given what you've said, I suppose I could charge that same 4s at 5 amps and another battery (2s or 4s) on the other charger at 5 amps.
If that's true couldn't I do the same with one charger using some sort of parallel charge lead setup and skip the other charger all together? Which do you suppose is better?
#5
Tech Champion
So using this power supply, charging a 4s would only leave me 3.3 available amps to charge with on another charger that's attached to the same power supply, since there's only 10 amps to divide. right? Or is the major limiting factor the amount of wattage?
No, the 7.7 amps on a 4S would be about all you could do. Because of wattage limits.
Given what you've said, I suppose I could charge that same 4s at 5 amps and another battery (2s or 4s) on the other charger at 5 amps.
That's about right, one of each, both at 5 amps. (16.8V x 5A + 8.4V x 5A = 126W)
Or two 2S at the ~7.7 amps at the same time.
If that's true couldn't I do the same with one charger using some sort of parallel charge lead setup and skip the other charger all together? Which do you suppose is better?
Like crusey mentioned, only same cell counts can be parallel charged. Cheaper, but less flexibility.
No, the 7.7 amps on a 4S would be about all you could do. Because of wattage limits.
Given what you've said, I suppose I could charge that same 4s at 5 amps and another battery (2s or 4s) on the other charger at 5 amps.
That's about right, one of each, both at 5 amps. (16.8V x 5A + 8.4V x 5A = 126W)
Or two 2S at the ~7.7 amps at the same time.
If that's true couldn't I do the same with one charger using some sort of parallel charge lead setup and skip the other charger all together? Which do you suppose is better?
Like crusey mentioned, only same cell counts can be parallel charged. Cheaper, but less flexibility.