Rechargeable AA battery GP ReCyko Mignon 2100 mAh 1.2V (NiMH)

Rechargeable GP ReCyko Mignon AA battery delivers 2100 mAh capacity at a nominal 1.2 V (NiMH), designed for repeated use in everyday portable electronics. The cell is intended as a direct replacement for single‑use AA batteries and supports multiple recharge cycles to lower operating cost and environmental impact. Its chemistry and capacity provide a balance between moderate discharge devices and longer runtime needs, making it suitable for both intermittent and continuous use.

Advantages

The GP ReCyko Mignon AA offers a high usable capacity of 2100 mAh in the standard AA format, providing extended run time compared with lower‑capacity NiMH cells. As a rechargeable NiMH cell, it supports many charge/discharge cycles, reducing waste from disposable batteries. The battery is compatible with common AA chargers and maintains stable voltage under typical loads, ensuring consistent performance in a wide range of devices.

Suitable for

• TV and media remote controls
• Children's toys and electronic games
• Flashlights and portable lights
• Wireless keyboards and mice
• Clocks, radios and small household gadgets

Key specifications

• Cell type: Nickel‑metal hydride (NiMH)
• Nominal voltage: 1.2 V
• Rated capacity: 2100 mAh
• Cell size: AA (Mignon)
• Designed for multiple recharge cycles
• Suitable for standard AA charging equipment

How to use

Insert the GP ReCyko Mignon AA cells into compatible devices following device polarity markings. Charge the batteries using a charger designed for NiMH AA cells and follow the charger manufacturer's instructions for charge current and time. Allow the charger to complete its charge cycle before use for optimal performance. Store batteries in a cool, dry place when not in use and avoid exposing them to high temperatures or direct sunlight.

Usage recommendations

For longest service life, use a suitable NiMH smart charger that applies proper charge termination (delta‑V, timer or temperature sensing) and avoid deep discharge when possible. Rotate batteries between devices with different drain rates and recharge cells promptly after significant discharge. Dispose of worn cells at appropriate recycling facilities.