Rechargeable NiMH Batteries ANSMANN 1322-0000-510 pack 4+2 (AA/AAA unspecified)

ANSMANN rechargeable NiMH batteries in the 4+2 pack deliver reusable power for a range of household and portable devices. Designed for general-purpose use, these cells replace disposable batteries and provide consistent voltage suitable for remote controls, toys, flashlights and other small electronics where NiMH chemistry is recommended. The pack includes spare cells to simplify replacement and reduce running costs over time.

Advantages

The NiMH chemistry offers repeated charge/discharge cycles with stable performance and lower environmental impact than single-use cells. These ANSMANN batteries maintain usable capacity for everyday devices, enabling frequent use without the need to dispose of cells after a single cycle. The 4+2 pack format provides immediate spares for uninterrupted operation and reduces the need for frequent purchases.

Suitable for

• TV and audio remote controls
• Children’s toys and handheld games
• Portable flashlights and lanterns
• Wireless computer peripherals (keyboards, mice)
• Small household electronics (clocks, thermometers)

Key specifications

• Chemistry: Nickel‑metal hydride (NiMH)
• Quantity: 6 cells (pack with 4 primary + 2 spare cells)
• Cell formats included: standard cylindrical sizes for general use (AA and AAA unspecified within product title)
• Rechargeable: yes, suitable for repeated charging cycles
• Intended use: general-purpose consumer electronics

How to use

Insert the cells into compatible devices observing correct polarity. Charge the batteries before first use and recharge them in a charger designed for NiMH chemistry. Do not attempt to charge NiMH cells in chargers intended only for other chemistries. Store unused cells in a cool, dry place and rotate spares into service as needed to keep devices powered.

Recommendations

Use a compatible NiMH charger, avoid deep discharge whenever possible, and follow device manufacturer guidance for battery installation and replacement to maximize cycle life and safe operation.