Ansmann 1001-0183 battery charger Household battery USB

ANSMANN Pure Power – Maximum energy for demanding applications
With the Pure Power series, ANSMANN is setting new standards in mobile energy supply. The advanced, newly developed lithium technology enables significantly higher energy density and ensures exceptionally long runtimes – ideal for devices with continuous or high energy requirements.

Specially developed charging module for ANSMANN 1.5 V Li-ion batteries
The specially developed charging module for ANSMANN Pure Power 1.5 V Li-Ion batteries offers a reliable and user-friendly solution for power supply and charge monitoring. The batteries regulate the charging process independently, while the module provides the necessary power supply and displays the charge status via an integrated LED indicator.

Perfect protection
The integrated protection circuit protects the cell from overcharging, overloading, short-circuiting or deep discharge. As a result, the battery is perfectly protected against incorrect handling, which guarantees a long service life.

High energy density
Compared to conventional NiMH batteries, Li-ion technology has almost twice the energy density for the same size.

Low weight, low self-discharge and high cycle stability
The Pure Power AA / HR6 Li-Ion battery is extremely durable and can be recharged up to times, even under harsh operating conditions. Thanks to the very low self-discharge rate, the battery retains its energy over a long period of time even when not in use. In addition, the weight of the Li-ion cell is much lower compared to conventional battery technologies (e.g. NiMH/NiCD/PB) with the same performance.

Wide range of applications
The high-quality ANSMANN lithium-ion battery is ideal for use in modern devices such as LED torches, headlamps, toys, wildlife cameras, etc.. The cell has a capacity of 3500 mAh, making it ideal for "power guzzlers" with high energy requirements. In addition, the rechargeable battery can be used over a wide temperature range from -20°C to +60°C.