Rechargeable AA Batteries GRUNDIG R6 975mAh – 15 pcs

Pack of 15 GRUNDIG rechargeable AA (R6) batteries with a nominal capacity of 975 mAh, designed for repeated use in everyday household and portable devices. These AA cells fit standard AA battery compartments and are compatible with most AA chargers. They are intended primarily for low- to medium-drain applications where frequent replacement of disposable batteries would be inconvenient or costly.

Advantages

Rechargeable chemistry provides multiple charge cycles, reducing the need to buy single-use batteries and lowering long-term operating cost. The 975 mAh nominal capacity offers a balance between capacity and recharge time for common devices such as remotes, toys, clocks, and flashlights. Supplied as a set of 15 cells, the pack supports replacing several batteries at once to keep multiple devices or multi-cell devices powered. The cells conform to the standard AA (R6) size, ensuring broad compatibility.

Suitable for

• TV and media remotes
• Children’s toys and electronic games
• Handheld flashlights and torches
• Wireless computer peripherals (keyboard, mouse)
• Clocks, radio devices, and small portable electronics

Key specifications

• Cell type: AA (R6) rechargeable battery
• Nominal capacity: 975 mAh
• Quantity: 15 cells per pack
• Chemistry: rechargeable NiMH (typical for AA rechargeables)
• Intended use: low- to medium-drain devices

How to use

Insert the AA cells into devices following the polarity markings. Charge batteries before first use and recharge them using a compatible AA charger. For best results, charge batteries at room temperature and remove them from the charger once charging is complete. Do not mix old and new batteries or different battery chemistries in the same device. Store unused cells in a cool, dry place away from direct heat and sunlight.

Usage recommendations

To maximize cycle life, discharge and recharge the batteries regularly rather than leaving them unused for long periods. Use a charger with automatic cut-off or temperature sensing to avoid overcharging. Replace all cells in multi-cell devices at the same time to maintain consistent performance.