Panasonic BK-3HCDE/2BE újratölthető AA elem 2500mAh 1,2V, 2 darab

Panasonic BK-3HCDE/2BE is a pack of two rechargeable AA batteries with a nominal voltage of 1.2 V and a rated capacity of 2500 mAh. These nickel-metal hydride (NiMH) cells are supplied in a blister pack for secure storage and easy access. Designed to deliver sustained power for everyday high-drain and moderate-drain devices, they offer a repeatable, rechargeable alternative to single-use alkaline AA batteries.

Advantages

These rechargeable AA batteries provide a relatively high capacity for NiMH chemistry, allowing longer run times between charges in cameras, handheld devices and toys. The 1.2 V output is stable under load and suitable for equipment designed for standard AA cells. Because they are rechargeable, the batteries reduce the need for disposable cells and can lower operating costs over multiple charge cycles. The blister pack protects the cells during transport and storage.

Suitable for

• Digital cameras and speedlights
• Battery-powered toys and game controllers
• Portable audio players and wireless computer peripherals
• Flashlights and household measuring instruments

Key specifications

• Cell type: rechargeable NiMH (nickel-metal hydride)
• Size: AA (LR6 form factor)
• Nominal voltage: 1.2 V
• Rated capacity: 2500 mAh
• Quantity in pack: 2 cells
• Packaging: blister

How to use

Insert the AA cells into the device following the correct polarity markings. Recharge the batteries using a charger compatible with NiMH AA cells; follow the charger manufacturer’s instructions for charging current and recommended charging time. Do not attempt to charge the cells in a charger designed only for non-rechargeable batteries. Allow the batteries to cool to ambient temperature before charging if they are warm from use.

Recommendations

Store batteries in their original blister until use, avoid short-circuiting the terminals, and dispose of or recycle them according to local regulations. For best cycle life, use a charger with delta-V or temperature detection suited for NiMH chemistry and avoid deep discharge whenever possible.