54% off (Sale price $22.99, Reg. Price $49.99) :: Best Charger for charging all NiMH/NiCD battery packs 12V,13.2V,14.4V,15.6V,16.8VTemperature sensor to offer 2nd level over charge protectionUniversal for for any NiMH /NiCd battery packs 12V – 16.8V (10-14 NiMH/NiCD Cells packs) Fast charger with current switch to select either, 0.9A and 1.8A. Deliver full charge within 1 – 2 hours. Charging Current 0.9A for battery packs with capacity from 1100mAh -2200mAh. For 2000mAhpack, charging time is 1 hour. Charging Current 1.8A for battery packs with capacity above 2000mAh. For 3000mAh pack, charging time is 1.5 hours. Smart Charger:with automatic voltage detection. Use pulse and negative pulse technology to avoid battery overheating during fast charging, optimized for battery pack’s cycle life. Red LED will be on during charging. Automatically charging ending with negative delta V. Worldwide usage with 120-240V AC Safety protection fuse for over current, short circuit & reverse polarity protection. Accessories Included 1 standard Tamiya Female connector and Fuse house with the smart battery charger. 1 connector adaptor from standard Male Tamiya to Mini Female. 1 set of clip adaptor with Male Tamiya connector on one end. 2 additional fuses Smart Charger Specification FOR 12V-16.8V NI-MH/NI-CD Battery Packs (10-14 Cells in series ) InputAC100-240V Output12V-16.8V 0.9 or 1.8A Dimensions11.7 x 5.8 x 3.6 cmOperation InstructionConnect battery pack to output connector and plug AC power source. Make sure battery polarity is connected correctly (Red wire is positive) Charger will detect battery voltage automatically, Red LED will be on during charging When battery is fully charged, current will reduce to trickle charging at 50mA,Green LED will be on Battery will be charged at 0.9A or 1.8A constant current, Approx, Charging time is about 2 hrs for 3000mAh battery,1.5hr for 1800mAh battery. Don’t charger battery pack with voltage less than 12V or Voltage bigger than 16.8V and capacity less than 1100mAh. Please contact your seller for instruction. Mfg is no
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