AC/DC双通道智能充电器 用户手册
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接口 / 按键 风扇散热口 CH1方向键 及菜单键 显示屏 CH2方向键 及菜单键 AC电源输入口 DC电源 输入口 CH1电池输出口 CH2电池输出口 CH2平衡口 CH1平衡口 USB-C升级口 充电器预设电池类型及任务参数 支持 串数 最大充 电电流 0.90V 1~16S 20.0A 1.90V 1~12S 20.0A 3.30V 2.90V 1~6S 20.0A 4.10V 3.70V 3.20V 1~6S 20.0A 3.70V 4.20V 3.80V 3.30V 1~6S 20.0A 3.80V 4.35V 3.85V 3.40V 1~6S 20.0A 额定 电压 满充 电压 NiCd/MH 1.20V 1.40V Pb 2.00V 2.40V LiFe 3.20V 3.65V Lilon 3.
如何确定充电电流 在充电前必须先了解清楚所用电池允许的最大充电电流，使用过大的电流对电池充电会对电池的寿命造成影响甚至损坏，过大的电流也会造成 充电过程中电池发热甚至爆炸。电池充放电能力一般以C数来标识，充电C数乘以电池容量就是电池所支持的最大充电电流，例如1000mAh的 电池，标识充电能力是5C，那么最大充电电流为：1000×5=5000mA=5A，也就是最大支持5A充电。 对于锂电池而言，如果无法确定电池充电C数，为了安全起见请将充电电流设定在不大于1C的值。 充电C数与充电时间的参考关系： 充电时间≧60分钟/充电C数（例如使用1C充电，充电完成时间大约需要60~70分钟），由于电池转换能效的差异，此时间有可能会有所延长。 任务设定 将充电器与电源连接上电，连接好电池，长按相应通道的中间菜单确认键进入任务设定菜单，菜单项如下： 任务 充电，放电，存储，销毁电池 电池类型 LiHv、LiPo、LiIon、LiFe、Pb、NiMh/Cd 电池串数 LiFe, LiIon, LiPo, LiHv (1~6S) ; Pb (1~12S) ; NiMH/Cd (1~16S) 电流设置 0.
直流电源 选择该项，充电器的CH1将成为一个直流电源。 输出电压为2~30V可调，电流为1.0~5.
AC/DC DUAL CHANNEL SMART CHARGER USER GUIDE
Thanks for purchasing the ISDT K2 Smart Charger. Please visit: www.isdt.co for more details on the functions of this smart charger, as well as purchase various accessories. Functions of products will be kept on upgrading, the manual in your hand may be different from the actual operation, please refer to the actual functions. Warnings and Safety Tips For your safety and a better user experience, please read this manual and follow the instruction before using the new charger.
Port / Buttons Fan Vent CH1 Arrow key and Menu key Display Screen CH2 Arrow key and Menu key AC Power Input DC Power Input CH1 Power Output CH2 Power Output CH1 Balance Port CH2 Balance Port USB-C Upgrading Port Preset Battery Type of Charger and Task Parameters Rated Full Charge Voltage Voltage Storage Voltage Discharge Balance Unbalanced Charge Charge Voltage Supported Max. Charging Current Cell Count NiCd/MH 1.20V 1.40V 0.90V 1~16S 20.0A Pb 2.00V 2.40V 1.90V 1~12S 20.0A LiFe 3.
How to Confirm Charging Current Make sure to know the maximum charging current of the battery before charging, never use excessive current to charge to damage your battery, which will result in over heat even explosion during the charging process.The charging and discharging capacity of battery is usually marked with C value. Multiplying the charging C value and battery capacity equals to the maximum charging current supported by the battery.
Paralled task Select this setting, it could output Max Power to one battery. Find a power splitter or 1/2 power cord, one end connect with the battery, and the other two ends connect with the battery output port. The battery balance port could connect with any of the charger's balance port. Connect the charger with the power supply and power on, and connect your battery as required, select this setting on the advanced setting menu to set the task parameters.
