Επαναφορτιζόμενη μπαταρία GP ReCyko Micro AAA 650 mAh 1,2 V

Rechargeable GP ReCyko Micro AAA 650 mAh 1.2 V is a nickel-metal hydride (NiMH) battery designed for small electronic devices. With a nominal voltage of 1.2 V and a stated capacity of 650 mAh, this GP ReCyko Micro AAA battery is intended to replace single-use AAA cells in appliances such as remote controls, wireless mice, toys and small flashlights. The rechargeable design supports multiple charge/discharge cycles to reduce waste and lower ongoing power costs compared with disposable batteries.

Advantages

The GP ReCyko Micro AAA 650 mAh provides a stable nominal voltage of 1.2 V suitable for many low-to-moderate drain devices. Its rechargeable NiMH chemistry enables repeated reuse, reducing the number of single-use batteries discarded. The moderate 650 mAh capacity balances compact physical size with usable runtime in small electronics, and the battery is compatible with chargers designed for AAA NiMH cells.

Suitable for

• TV and audio remote controls
• Wireless computer mice and keyboards
• Small children’s toys and handheld electronic games
• Compact flashlights and LED keyring lights

Key specifications

• Type: Rechargeable nickel-metal hydride (NiMH) cell
• Size: Micro AAA
• Nominal voltage: 1.2 V
• Capacity: 650 mAh (typical)
• Intended use: Low-to-moderate drain portable electronics

How to use

Use the GP ReCyko Micro AAA battery in place of disposable AAA cells in compatible devices, observing correct polarity. Charge the battery only with a charger designed for NiMH AAA cells and follow the charger manufacturer’s instructions. For best results, charge the cell fully before first use and recharge it when device performance begins to decline. Store unused batteries in a cool, dry place and avoid exposing them to high temperatures or direct sunlight.

Recommendations

For reliable operation, pair these GP ReCyko Micro AAA cells with chargers that offer appropriate charge control for NiMH chemistry and select suitable charging modes for the battery capacity. Periodically check device performance and recharge cells rather than leaving them discharged for extended periods to maintain usable capacity over many cycles.