XinsuGlobal brand battery chargers are highly popular in the market. They cover a wide range of output powers from 3W to 1200W. Hundreds of models include lithium-ion battery chargers, lithium iron phosphate battery chargers, lead-acid battery chargers, nickel-hydride battery chargers, and lithium titanate battery chargers.
In addition, Xin Su International chargers are widely used in UPS energy storage systems, power tools, electric bicycles, robots, lighting, drones, smart terminals, skateboards, E-ATVs, self-balancing bikes, and smart helmets, among others. Our charger features a three-stage intelligent charging mode, transitioning from constant current to constant voltage, and then to trickle charging. The trickle charge mode provides a relatively low electrical current, just enough to counteract the self-discharge of batteries that are idle for extended periods. The charging current can be adjusted according to your desired charging time; if you're okay with a longer charging period, the charger can be set to a lower current. For a faster charge, we can adjust the output current with a high-speed charger. In summary, a higher charging current can significantly reduce charging time, but it should be done without damaging the battery pack, such as using high-power chargers for electric vehicles, power tools, and sweeping vehicles powered by new energy technology. To ensure user safety and prevent electrical hazards, we have added necessary protections like overcurrent, overvoltage, short-circuit, reverse polarity, and backflow protections. Moreover, we promise a three-year warranty for all chargers manufactured by Xin Su International, allowing customers to use our products with confidence.
All charging adapters produced by XinSu International have passed safety certifications including UL, FCC, CACUL, JPPSE, EU CE GS, AUSA, RCM, C-tick, CN CCC, KRC, UKCA ICES, PSB, and more. Additionally, we comply with nine major safety standards: IEC62368, IEC60950, IEC61558, IEC60335, IEC60065, IEC61010, IEC60601, IEC60529, and GB4943.
