Rechargeable NiMH Battery Panasonic HHR-60AAAH-1Z Micro (AAA)

Panasonic HHR-60AAAH-1Z is a rechargeable NiMH micro (AAA) battery designed for repeated use in small household electronics and portable devices. The cell delivers consistent voltage and capacity typical for AAA NiMH chemistry, enabling multiple charge/discharge cycles that reduce the need for single‑use batteries in remotes, toys, small flashlights and wireless accessories.

Advantages

This rechargeable NiMH micro battery offers the benefit of reuse through many charge cycles and maintains stable output under typical low- to medium-drain loads. Compared with alkaline single‑use cells, it reduces long‑term cost and waste while providing reliable performance in devices that accept AAA rechargeable cells. The battery is compatible with standard NiMH chargers and is suitable for environments where frequent replacement of disposables would be impractical.

Suitable for

• TV and media remotes
• Children’s toys and handheld games
• Small LED flashlights and headlamps
• Wireless keyboards, mice and computer accessories
• Portable audio devices and small cameras that accept AAA cells

Key specifications

• Chemistry: Nickel‑Metal Hydride (NiMH)
• Size: Micro (AAA)
• Cell type: Rechargeable cylindrical cell
• Typical use: Low to medium drain portable electronics
• Recharge cycles: Designed for multiple charge/discharge cycles (performance depends on use and charging method)
• Nominal voltage: Typical for NiMH AAA cells

How to use

Insert the rechargeable AAA battery into devices observing correct polarity. Charge only in a charger designed for NiMH cells and follow the charger manufacturer’s instructions for charge current and duration. Allow the battery to cool to ambient temperature before charging if it has been in use, and remove from the charger when charging is complete. For storage, keep cells in a cool, dry place and discharge/charge periodically if stored for long periods to maintain capacity.

Recommendations

For best results, use a smart or delta‑V NiMH charger to prevent overcharging, avoid deep discharges where possible, and match battery condition across multi‑cell devices by using cells of similar age and state of charge.