The time it takes to charge a battery pack will depend on the battery pack. A dead 9.6 volt battery pack that is rated at 500 mA-hours will take less time to charge than a dead 9.6 volt battery pack rated an 1000 mA-hours. Larger batteries take longer to charge than smaller ones. A given type of battery has a maximum charge rate associated with it. You can only put so much energy into a given battery pack so fast without damaging it. Different voltages and different capacities compound the problem. Different chargers make the problem even worse. Your best bet is to check the rating of your battery pack and the rating of your charger and do a little math, or just consult the manufacturer's specifications. A call to a local RC (remote control) hobby shop might help you gather information.
1million
depends on your charger if you have charger that outputs about .8 volts it would take about 12 hour. Also if you want your battey to last longer buy the one that takes the longest to charge so it won't kill the battery.
it's worked for me. Last cordless drill both battery packs stopped taking a charge in the middle of a job. Whacked them both in the freezer for an hour or so whilst I did other things and had lunch. They both took a charge again and kept going for at least six months until I sold that drill to cash convertors. Current drill has one battery that on occasions refuses to take a charge, it's been sent to the freezer a few times now and it takes a charge again. I've no doubt that it's only a temporary fix and that it signals the end of the battery pack but I've managed to squeeze another year out of that batttery. I'm also sure that not all batteries will respond and that possibly frequency of usage will have an impact also. Generally my cordless gets used for 10 hours or more a week. I'm sure that this is better for a battery than infrequent use.
I am no expert but until someone answers for sure Im going to help you out and say that yes a 24volt charger will charge a battery slightly. You will in no way get up to 36 volts or the right amounts of amps (volts are like how fast water can come out of a pipe, and amps are like how much water is actually coming out, wide pipe=lots of water; small pipe=less water. but moving both at same speed.) So yes Im pretty sure your 36v batt will capture some electricity and bring it back to mid-low volts (5-15) but you should really find a 36v charger for you 36v battery. if you find this charger keep in mind that the lower the amp rating of the charger (say 1amp -3amp) will take longer to charge the battery but its better for the battery. Higher amps are for fast charges in an emergency and will lower battery performance and life over time.
take out the battery and put it back in I think!
How long does it take for an 18v battery to charge
it takes about 18 hours to charge.(1.2x(Mah of battery)/300
Gem Beeps When your Gem Vehicle beeps when you are trying to charge it . This means your pack voltage of your battery pack is too low to take a charge. Your battery pack needs to have a certain amount of voltage to allow your charger to iniate a charge. You need to get a regular 12 volt battery charger and charge each battery individually . You do not have to disconnect the interconnects on each battery. Just charge each battery for about 2 hours on the 10 amp charge and then replug the onboard charger . Eventually it should start charging. Now if you charge each battery and the on board charger will not come on you may have destroyed the batteries and they need to be replaced/
5 or more
The firs time the FitBit is charged it can take up to 4 hours to charge the battery completely.
Yes, but it will take a very long time if the battery is dead.
depends on you charge rate. if you are charging at 1.1A (1100mA) it will take 1 hour
The time it takes for the 3DS' battery to charge to full from 0% is around 3 hours. Therefore, it should take around an hour and a half to charge half of the battery.
approx 6hrs
It depends on the charging rate available.
6 hrs. if the battery is fully depleted
It would depend on the condition of the battery.