AA rechargeable Ni‑MH batteries Kodak 2000 mAh (R6) Silver Line, 1.2V

Kodak AA rechargeable Ni‑MH batteries Silver Line provide a nominal capacity of 2000 mAh and a nominal voltage of 1.2 V (size R6). They are designed for repeated charge and discharge cycles and use a low self‑discharge Ni‑MH chemistry that helps retain charge during storage. The cells are intended for everyday household electronics and deliver a stable voltage under moderate loads. These AA batteries are compatible with standard Ni‑MH chargers and can replace single‑use alkaline AA cells in many devices.

Advantages

These Kodak Ni‑MH AA batteries combine a relatively high capacity with low self‑discharge characteristics to maintain usable charge when not in use. Their 2000 mAh capacity offers longer runtime compared with lower‑capacity rechargeable AA cells, while the stable 1.2 V output under moderate load supports consistent operation of portable electronics. Compatibility with common Ni‑MH chargers and suitability for many household devices make them a versatile and reusable power source.

Suitable for

• Remote controls and wireless peripherals
• Flashlights and headlamps
• Children's toys and handheld games
• Battery‑powered clocks and small appliances
• Portable audio devices and wireless mice/keyboards

Key specifications

• Cell type: Nickel‑metal hydride (Ni‑MH)
• Size: AA (R6)
• Nominal capacity: 2000 mAh
• Nominal voltage: 1.2 V
• Chemistry feature: Low self‑discharge
• Intended use: Rechargeable consumer applications

How to use

Insert the batteries into the device following the correct polarity markings. Charge the cells before first use and recharge them with a compatible Ni‑MH battery charger. Observe the charger manufacturer's instructions for charge current and duration. Remove the batteries from devices for long‑term storage and store them in a cool, dry place to minimize self‑discharge. Do not attempt to charge non‑rechargeable batteries or mix old and new cells in the same device.

Usage recommendations

For optimal cycle life, use a charger suited for Ni‑MH chemistries and avoid prolonged exposure to high temperatures. Recharge batteries before they are fully depleted when possible, and replace cells that show decreased runtime after repeated cycles.