Charger 6/12 V, 0.8/3.8 A, 230 V, winter charge mode, display, maximum battery capacity 1.2-120 A/h Intertool AT-3023

Charger 6/12 V, 0.8/3.8 A, 230 V, winter charge mode, display, maximum battery capacity 1.2-120 A/h Intertool AT-3023 is a reliable and functional device that allows you to charge car and motorcycle batteries and other vehicles.

Fast and high-quality charging

Thanks to a wide range of input voltage (230 V) and the ability to select the charge mode (6/12 V, 0.8/3.8 A), this charger is ideal for charging different types of batteries with different capacities. Moreover, the Intertool AT-3023 charger has a winter charging mode, which allows you to charge batteries at low temperatures.

The maximum battery capacity is 1.2-120 A/g

Intertool AT-3023 has a maximum battery capacity of 1.2-120 A/h, which allows charging both small and large batteries. Moreover, the charger has an automatic shutdown function after the battery is fully charged, which allows you to avoid overcharging and preserve its resource.

Display

The Intertool AT-3023 charger has a convenient display that displays information about the state of battery charging, voltage and current. This allows you to control the charging process and stop it in time, if necessary.

Reliability and security

The Intertool AT-3023 charger has a reliable design and high-quality workmanship, which allows you to use it for a long time without the risk of battery damage. What's more, the charger has overload and short-circuit protection, which ensures safety during charging.

Conclusion

Charger 6/12 V, 0.8/3.8 A, 230 V, winter charge mode, display, maximum battery capacity 1.2-120 A/h Intertool AT-3023 is an ideal choice for those looking for a reliable and functional charger for your car, motorcycle or other vehicle. With a wide range of input voltage, the possibility of choosing a charge mode, a winter charge mode, a maximum battery capacity and a convenient display, this charger ensures fast and high-quality charging of your battery, as well as safety during charging.