Rechargeable AA battery GP ReCyko GPRCK210AA058C8 2100 mAh 1.2V — pack of 8

GP ReCyko AA rechargeable batteries with 2100 mAh capacity and nominal 1.2 V deliver a reusable power source for a wide range of household electronics. Supplied as an 8-pack, these AA-size cells are designed to replace single-use alkaline batteries in devices that require moderate to high current, offering consistent voltage and the ability to be cycled many times.

Advantages

These rechargeable GP ReCyko AA batteries provide stable performance across repeated charge and discharge cycles while reducing waste compared with disposable cells. Their 2100 mAh capacity balances run time and recharge frequency for common consumer devices. The AA format and nominal 1.2 V output make them compatible with a broad selection of remotes, toys, flashlights and wireless peripherals. Packaged as a set of eight, they allow multiple-device replacement or staggered rotation to maintain a charged spare supply.

Suitable for

• TV and media remotes
• Battery-powered toys and handheld games
• Portable flashlights and headlamps
• Wireless keyboards, mice and other peripherals
• Clocks, portable radios and household sensors

Key specifications

• Cell size: AA (standard cylindrical cell)
• Nominal voltage: 1.2 V
• Capacity: 2100 mAh
• Chemistry: rechargeable NiMH (nickel–metal hydride)
• Pack quantity: 8 cells
• Typical applications: moderate to high drain consumer devices

How to use

Insert the AA cells into devices observing polarity markings. Charge batteries before first use and recharge them when device performance begins to decline. Use a charger suitable for NiMH AA cells and follow the charger manufacturer's instructions. Do not mix these rechargeable cells with alkaline or different-type batteries in the same device. Store batteries in a cool, dry place when not in use and remove them from devices for long-term storage to avoid leakage or self-discharge effects in the device.

Usage recommendations

For best cycle life, use a quality smart charger with temperature or delta-V detection and avoid prolonged exposure to high temperature. Rotate batteries in multi-battery devices to maintain even wear and fully recharge cells before extended storage.