Rechargeable AA battery pack Kita HR6B4P2100/00 4 pcs 2100 mAh (pre-charged)

Kita Rechargeable AA battery pack HR6B4P2100/00 contains four pre-charged NiMH AA (HR6) cells, each with a nominal capacity of 2100 mAh. These rechargeable AA batteries are intended for repeated use in common household electronics and portable devices, providing higher capacity than standard cells for extended operating time. The pack is supplied ready-to-use out of the box and can be recharged many times to reduce waste and long-term power costs.

Advantages

Pre-charged NiMH chemistry delivers usable power immediately after purchase and maintains charge during storage. The 2100 mAh capacity offers longer runtimes compared with lower-capacity AA rechargeables, making the pack suitable for moderate- to high-drain devices. Rechargeability reduces the need for disposable batteries and lowers ongoing replacement costs. Standard AA size ensures compatibility with a wide range of consumer electronics.

Suitable for

• TV and media remote controls
• Children's toys and electronic games
• Portable lighting: flashlights, headlamps
• Digital cameras and camera flashes (where AA cells are supported)
• Wireless peripherals: computer mice, keyboards

Key specifications

• Cell type: NiMH (nickel–metal hydride)
• Size: AA (HR6)
• Capacity: 2100 mAh per cell (nominal)
• Pack quantity: 4 cells
• Condition: pre-charged, ready to use
• Rechargeable: yes, multiple recharge cycles

How to use

Insert the AA cells into the device following the correct polarity markings. If the device requires a full charge for optimal performance, charge the cells in a compatible NiMH battery charger before use. Use the appropriate charger and follow the charger manufacturer’s instructions to avoid overcharging. When storing spare batteries, keep them in a cool, dry place away from direct sunlight and separate from metal objects to avoid short circuits.

Usage recommendations

For longest service life, use a charger with Delta-V or temperature cut-off designed for NiMH cells, avoid deep discharge when possible, and recharge batteries promptly after heavy use. Rotate cells between devices with varying drain rates to balance cycle wear and maintain reliable performance across applications.