can this charger be used for 2300 0r 2500 mAh recharagble batteries?
612122
Honestly, I have no idea. We use the batteries that came with the charger and those are great.
612123
Yes, I tried charging Energizer 2450mAh AA rebatteries with no problem. Just be sure to charge it in pairs of the same bat capacity.
1784473
I just bought the Black & Decker BDFC240 NiCD/NiMH charger to use on a non- B&D; 3000 mAh NiMH battery, and it will not charge the non - B&D; battery.
727953
TrustFire TR-006 Dual-Slot 25500 / 26650 / 26700 / 18650 / 16340 Battery Charger (AC 110~240V)
1445712
Unlikely. In search type in: NP-N145-JP02US charger. You will see several choices. Bon Chance
503463
Yes, it will work fine. The milliampere /hours of the battery only have to do with power capacity ie batterylife. If the voltage is the same and the battery fits bigger mAh is better. Make sure the new one is therechargable type before you attempt to recharge it.
858604
Yes Curt, I use it for quite a few of my 3Ah EY9L40 batteries. It will charge these as well as the newer 3.3Ah and 1.5Ah batteries. Sincerely, Ken Rhodes
2061602
Probably yes, if that battery has a XT60 plug as this charger uses it, but it will take more time than a 2200mAh battery.
834971
It will fit and CAN BUT, you should respect the maximum mfg recommended charge rate in milliamperes. Check the battery company mfg for charge milliampere. And yes it will charge four at the same time. The maximum this charger will output is:750 mA for 1.4 volt batts. And 500 mA for 4.2 MAX VOLT. Keep in mind if you own 26650 batts.it will only charge 2 total on the extreme left/right bays.
299888
Yes it will work. But I would recommend the 6000mAh battery over the 3000mAh as I've experienced a faster charging than the 3000mAh.
1614240
No, it is specifically for 18600 or 25500 Lithium-Ion batteries only and can only charge 2 at a time.
126954
If you are matching the current, amps and polarity of the provided charger then the answer is yes.
1649528
I don't think so. My original charger has the same specs you mentioned with the only exception of 1.2A 50/60 HZ on yours - mine is 1.7A 50/60 HZ.My charger works fine with my battery. I love my battery. Hold a great charge. Hope this helps you.
877458
If you meant the 1812 charger, then the answer is yes. If you meant the 1801 charger, I do not know. It is likely that any Milwaukee 18 volt charger with the same contact configuration will work, but it might take longer to charge the high amperage battery.
788554
I have the NC-2LH 1800 battery and I have used it on this charger. Its slightly a little more snug then the charger that came with my camera but it charges the battery just fine.
441984
Below is a link I found to get the part for 23.54 which seems pretty high. almost any 3.6v charger with the right tip should do the job. i'm not home right now but I might have a spare there. If you want me to check let me know.http://www.ereplacementparts.com/skil-235201-lithium-ion-power-cutter-parts-c-130_737_168854.html
1950447
You need to ask an electrician in Cyprus. Most of us that you ask here will only have knowledge of our system and would only be able to guess as to how your countries electrical systems work. I have my thoughts but there are simply too many variables. You could also contact the company in which you want to purchase a drill from and ask whether they supply a charger with that voltage rating. If it counts for anything, I have never heard of a 230V charger.
2262797
It will work. Single Lithium cells provide the same nominal voltage, which is between 3.3-4.2V. They're interchangeable in this regard. the milliamp-hours rating is capacity, so 2000 mAH is 2/3rds the capacity of 3000 mAH. It will work, but you may get less runtime - I say "may" because the mAH ratings of both OEMs and aftermarket batteries are notoriously inaccurate. You may be looking at 2 batteries with the same useful capacity. In all likelihood, the charger cuts out at a specific voltage (that's how li-ion chargers know when the battery is full), and the battery's capacity won't matter. The only reason it may is that to charge a larger cell, you may wish to provide higher current to speed it up. This presumably will take longer (50% or so) to charge a true 3000 mAH battery than a 2000 mAH. If the battery is fully discharged, the charger could be damaged by attempting to charge too large a battery due to the initial current draw, but I think that's likely not a concern here.