Duracell 4 LR06 1300mAh Rechargeable battery Nickel-Metal Hydride (NiMH)

The Duracell DUR039247 AA is a rechargeable 1.2 V battery supplied as a set of four AA cells in a blister pack. Designed for repeated recharge cycles, these NiMH-format cells provide a practical power source for a wide range of household electronics. The pack format offers protected storage and easy removal of individual cells when replacing batteries in devices.

Advantages

These rechargeable AA batteries combine the established chemistry of nickel–metal hydride with Duracell quality controls to deliver consistent voltage and dependable performance across multiple uses. The 1.2 V nominal voltage is suitable for equipment designed for standard AA cells, and the rechargeable nature reduces waste and long-term cost compared with single-use batteries. The blister packaging keeps the cells organized and protected until they are needed.

Suitable for

• TV remote controls and wireless keyboards
• Children’s toys and electronic games
• Portable radios and flashlights
• Clocks, thermometers and small household gadgets
• Digital cameras and handheld devices that accept AA NiMH cells

Key specifications

• Battery type: Rechargeable nickel–metal hydride (NiMH)
• Nominal voltage: 1.2 V per cell
• Cell size: AA (LR6/AM3 compatible form factor)
• Quantity: 4 cells per blister pack
• Intended reuse: Designed for multiple recharge cycles

How to use

Insert the AA cells into the device following correct polarity markings (+ and −). Use a compatible NiMH battery charger and follow the charger manufacturer’s instructions for charging times and indicators. Do not mix these rechargeable cells with non-rechargeable batteries or with cells of different capacities or states of charge in the same device. After charging, allow batteries to cool briefly before placing them in equipment. Store unused cells in the blister pack in a cool, dry place away from direct sunlight.

Recommendations

For best lifecycle performance, fully charge the cells before first use and avoid deep discharge when possible. Use a charger with detection for NiMH chemistry and appropriate charge termination to prevent overcharging. If storing charged cells for extended periods, check charge level periodically and recharge as needed to maintain performance.