Ladowarka SkyRC Ladowarka SkyRC e3S 2S/3S

SkyRC Charger

The SkyRC e3S charger is a compact and easy-to-use device designed for charging lithium batteries used, among others, in RC models. It supports popular LiPo, LiHV, and LiFe battery types in 2S and 3S configurations. Thanks to the automatic charging process and built-in balancer, it allows you to conveniently and safely prepare batteries for use. Its small size and mains power supply make the charger suitable for use both at home and in a model workshop.

Simple operation and automatic charging process

The SkyRC e3S has been designed for ease of use. The device has a single mode button that allows you to select the appropriate battery type. When the battery is connected, the charger automatically starts the charging process, maintaining the appropriate current and voltage parameters. This means that the user does not have to manually configure the settings, which greatly facilitates everyday use.

Built-in cell balancer

The charger is equipped with a balancing function that controls the voltage of individual cells in the pack. As a result, all cells are charged evenly, which helps to maintain stable battery performance and can extend its life. The maximum balancing current is 300 mA, which ensures effective control of the charging process.

Compatibility with popular batteries

The e3S model supports three popular types of lithium batteries: LiPo, LiHV, and LiFe. This allows it to be used with many batteries used in RC modeling. The charger supports 2S and 3S packs, and the charging current is automatically selected depending on the number of cells.

Compact design

The device is small and weighs about 104 g, so it does not take up much space on your workstation. The housing is equipped with ventilation holes that help dissipate heat during charging, which contributes to the stable operation of the device.

Battery storage mode

The charger also offers a Storage mode for LiPo and LiHV batteries. This function brings the battery voltage to a level suitable for long-term storage. In practice, this means less cell wear and greater safety when storing batteries.